path: root/compiler/msg/errore.msg

#
#   This file is part of the Free Pascal Compiler
#   Copyright (c) 1999-2018 by the Free Pascal Development team
#
#   English (default) Language File for Free Pascal
#
#   See the file COPYING.v2, included in this distribution,
#   for details about the copyright.
#
#   This program is distributed in the hope that it will be useful,
#   but WITHOUT ANY WARRANTY; without even the implied warranty of
#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
#

# CodePage 20127

#
# The constants are build in the following order:
# <part>_<type>_<txtidentifier>
#
# <part> is the part of the compiler the message is used
#   asmr_     assembler parsing
#   asmw_     assembler writing/binary writers
#   unit_     unit handling
#   option_   command line parameter parsing
#   scan_     scanner
#   parser_   parser
#   type_     type checking
#   general_  general info
#   exec_     calls to assembler, external linker, binder
#   link_     internal linker
#   package_  package handling
#
# <type> the type of the message it should normally used for
#   f_   fatal error
#   e_   error
#   w_   warning
#   n_   note
#   h_   hint
#   i_   info
#   l_   add linenumber
#   u_   used
#   t_   tried
#   c_   conditional
#   d_   debug message
#   x_   executable informations
#   o_   normal (e.g., "press enter to continue")
#
# <type> can contain a minus sign at the beginning to mark that
# the message is off by default. Look at type_w_explicit_string_cast
# for example.

#
# General
#
# 01027 is the last used one
#
# BeginOfTeX
% \section{General compiler messages}
% This section gives the compiler messages which are not fatal, but which
% display useful information. The number of such messages can be
% controlled with the various verbosity level \var{-v} switches.
% \begin{description}
general_t_compilername=01000_T_Compiler: $1
% When the \var{-vt} switch is used, this line tells you what compiler
% is used.
general_d_sourceos=01001_D_Compiler OS: $1
% When the \var{-vd} switch is used, this line tells you what the source
% operating system is.
general_i_targetos=01002_I_Target OS: $1
% When the \var{-vd} switch is used, this line tells you what the target
% operating system is.
general_t_exepath=01003_T_Using executable path: $1
% When the \var{-vt} switch is used, this line tells you where the compiler
% looks for its binaries.
general_t_unitpath=01004_T_Using unit path: $1
% When the \var{-vt} switch is used, this line tells you where the compiler
% looks for compiled units. You can set this path with the \var{-Fu} option.
general_t_includepath=01005_T_Using include path: $1
% When the \var{-vt} switch is used, this line tells you where the compiler
% looks for its include files (files used in \var{\{\$I xxx\}} statements).
% You can set this path with the \var{-Fi} option.
general_t_librarypath=01006_T_Using library path: $1
% When the \var{-vt} switch is used, this line tells you where the compiler
% looks for the libraries. You can set this path with the \var{-Fl} option.
general_t_objectpath=01007_T_Using object path: $1
% When the \var{-vt} switch is used, this line tells you where the compiler
% looks for object files you link in (files used in \var{\{\$L xxx\}} statements).
% You can set this path with the \var{-Fo} option.
general_i_abslines_compiled=01008_I_$1 lines compiled, $2 sec$3
% When the \var{-vi} switch is used, the compiler reports the number
% of lines compiled, and the time it took to compile them (real time,
% not program time).
general_f_no_memory_left=01009_F_No memory left
% The compiler doesn't have enough memory to compile your program. There are
% several remedies for this:
% \begin{itemize}
% \item If you're using the build option of the compiler, try compiling the
% different units manually.
% \item If you're compiling a huge program, split it up into units, and compile
% these separately.
% \item If the previous two don't work, recompile the compiler with a bigger
% heap. (You can use the \var{-Ch} option for this, \seeo{Ch}.)
% \end{itemize}
general_i_writingresourcefile=01010_I_Writing Resource String Table file: $1
% This message is shown when the compiler writes the Resource String Table
% file containing all the resource strings for a program.
general_e_errorwritingresourcefile=01011_E_Writing Resource String Table file: $1
% This message is shown when the compiler encounters an error when writing
% the Resource String Table file.
general_i_fatal=01012_I_Fatal:
% Prefix for Fatal Errors.
general_i_error=01013_I_Error:
% Prefix for Errors.
general_i_warning=01014_I_Warning:
% Prefix for Warnings.
general_i_note=01015_I_Note:
% Prefix for Notes.
general_i_hint=01016_I_Hint:
% Prefix for Hints.
general_e_path_does_not_exist=01017_E_Path "$1" does not exist
% The specified path does not exist.
general_f_compilation_aborted=01018_F_Compilation aborted
% Compilation was aborted.
general_text_bytes_code=01019_bytes code
% The size of the generated executable code, in bytes.
general_text_bytes_data=01020_bytes data
% The size of the generated program data, in bytes.
general_i_number_of_warnings=01021_I_$1 warning(s) issued
% Total number of warnings issued during compilation.
general_i_number_of_hints=01022_I_$1 hint(s) issued
% Total number of hints issued during compilation.
general_i_number_of_notes=01023_I_$1 note(s) issued
% Total number of notes issued during compilation.
general_f_ioerror=01024_F_I/O error: $1
% During compilation an I/O error happened which allows no further compilation.
general_f_oserror=01025_F_Operating system error: $1
% During compilation an operating system error happened which allows no further compilation.
general_e_exception_raised=01026_E_Compilation raised exception internally
% Compilation was aborted, due to an exception generation.
general_t_unitscope=01027_T_Using unit scope: $1
% When the \var{-vt} switch is used, this line tells you what unit scopes (namespaces)
% the compiler is using when looking up units. You can add a unit scope with the
% \var{-FN} option.
% \end{description}
#
# Scanner
#
# 02105 is the last used one
#
% \section{Scanner messages.}
% This section lists the messages that the scanner emits. The scanner takes
% care of the lexical structure of the pascal file, i.e. it tries to find
% reserved words, strings, etc. It also takes care of directives and
% conditional compilation handling.
% \begin{description}
scan_f_end_of_file=02000_F_Unexpected end of file
% This typically happens in one of the following cases:
% \begin{itemize}
% \item The source file ends before the final \var{end.} statement. This
% happens mostly when the \var{begin} and \var{end} statements are not
% balanced;
% \item An include file ends in the middle of a statement.
% \item A comment was not closed.
% \end{itemize}
scan_f_string_exceeds_line=02001_F_String exceeds line
% There is a missing closing ' in a string, so it occupies
% multiple lines.
scan_f_illegal_char=02002_F_Illegal character "$1" ($2)
% An illegal character was encountered in the input file.
scan_f_syn_expected=02003_F_Syntax error, "$1" expected but "$2" found
% This indicates that the compiler expected a different token than
% the one you typed. It can occur almost anywhere it is possible to make an error
% against the Pascal language.
scan_t_start_include_file=02004_TL_Start reading includefile $1
% When you provide the \var{-vt} switch, the compiler tells you
% when it starts reading an included file.
scan_w_comment_level=02005_W_Comment level $1 found
% When the \var{-vw} switch is used, then the compiler warns you if
% it finds nested comments. Nested comments are not allowed in Turbo Pascal
% and Delphi, and can be a possible source of errors.
scan_n_ignored_switch=02008_N_Ignored compiler switch "$1"
% With \var{-vn} on, the compiler warns if it ignores a switch.
scan_w_illegal_switch=02009_W_Illegal compiler switch "$1"
% You included a compiler switch (i.e. \var{\{\$... \}}) which the compiler
% does not recognise.
scan_w_switch_is_global=02010_W_Misplaced global compiler switch, ignored
% The compiler switch is misplaced. It must be located at
% the start of the compilation unit, before the uses clause or any declaration.
scan_e_illegal_char_const=02011_E_Illegal char constant
% This happens when you specify a character with its ASCII code, as in
% \var{\#96}, but the number is either illegal, or out of range.
scan_f_cannot_open_input=02012_F_Cannot open file "$1"
% \fpc cannot find the program or unit source file you specified on the
% command line.
scan_f_cannot_open_includefile=02013_F_Cannot open include file "$1"
% \fpc cannot find the source file you specified in a \var{\{\$include ..\}}
% statement.
scan_e_illegal_pack_records=02015_E_Illegal record alignment specifier "$1"
% You are specifying \var{\{\$PACKRECORDS n\} } or \var{\{\$ALIGN n\} }
% with an illegal value for \var{n}. For \$PACKRECORDS valid alignments are 1, 2, 4, 8, 16, 32, C,
% NORMAL, DEFAULT, and for \$ALIGN valid alignments are 1, 2, 4, 8, 16, 32, ON,
% OFF. Under mode MacPas \$ALIGN also supports MAC68K, POWER and RESET.
scan_e_illegal_pack_enum=02016_E_Illegal enum minimum-size specifier "$1"
% You are specifying the \var{\{\$PACKENUM n\}} with an illegal value for
% \var{n}. Only 1,2,4, NORMAL or DEFAULT is valid here.
scan_e_endif_expected=02017_E_$ENDIF expected for $1 $2 defined in $3 line $4
% Your conditional compilation statements are unbalanced.
scan_e_preproc_syntax_error=02018_E_Syntax error while parsing a conditional compiling expression
% There is an error in the expression following the \var{\{\$if ..\}}, \var{\{\$ifc \}}
% or \var{\{\$setc \}} compiler directives.
scan_e_error_in_preproc_expr=02019_E_Evaluating a conditional compiling expression
% There is an error in the expression following the \var{\{\$if ..\}}, $ifc or $setc compiler
% directives.
scan_w_macro_cut_after_255_chars=02020_W_Macro contents are limited to 255 characters in length
% The contents of macros cannot be longer than 255 characters.
scan_e_endif_without_if=02021_E_ENDIF without IF(N)DEF
% Your \var{\{\$IFDEF ..\}} and {\{\$ENDIF\}} statements are not balanced.
scan_f_user_defined=02022_F_User defined: $1
% A user defined fatal error occurred. See also the \progref.
scan_e_user_defined=02023_E_User defined: $1
% A user defined error occurred. See also the \progref.
scan_w_user_defined=02024_W_User defined: $1
% A user defined warning occurred. See also the \progref.
scan_n_user_defined=02025_N_User defined: $1
% A user defined note was encountered. See also the \progref.
scan_h_user_defined=02026_H_User defined: $1
% A user defined hint was encountered. See also the \progref.
scan_i_user_defined=02027_I_User defined: $1
% User defined information was encountered. See also the \progref.
scan_e_keyword_cant_be_a_macro=02028_E_Keyword redefined as macro has no effect
% You cannot redefine keywords with macros.
scan_f_macro_buffer_overflow=02029_F_Macro buffer overflow while reading or expanding a macro
% Your macro or its result was too long for the compiler.
scan_w_macro_too_deep=02030_W_Expanding of macros exceeds a depth of 16.
% When expanding a macro, macros have been nested to a level of 16.
% The compiler will expand no further, since this may be a sign that
% recursion is used.
scan_w_wrong_styled_switch=02031_W_Compiler switches are not supported in // styled comments
% Compiler switches should be in normal Pascal style comments.
scan_d_handling_switch=02032_DL_Handling switch "$1"
% When you set debugging info on (\var{-vd}) the compiler tells you when it
% is evaluating conditional compile statements.
scan_c_endif_found=02033_CL_ENDIF $1 found
% When you turn on conditional messages (\var{-vc}), the compiler tells you
% where it encounters conditional statements.
scan_c_ifdef_found=02034_CL_IFDEF $1 found, $2
% When you turn on conditional messages (\var{-vc}), the compiler tells you
% where it encounters conditional statements.
scan_c_ifopt_found=02035_CL_IFOPT $1 found, $2
% When you turn on conditional messages (\var{-vc}), the compiler tells you
% where it encounters conditional statements.
scan_c_if_found=02036_CL_IF $1 found, $2
% When you turn on conditional messages (\var{-vc}), the compiler tells you
% where it encounters conditional statements.
scan_c_ifndef_found=02037_CL_IFNDEF $1 found, $2
% When you turn on conditional messages (\var{-vc}), the compiler tells you
% where it encounters conditional statements.
scan_c_else_found=02038_CL_ELSE $1 found, $2
% When you turn on conditional messages (\var{-vc}), the compiler tells you
% where it encounters conditional statements.
scan_c_skipping_until=02039_CL_Skipping until...
% When you turn on conditional messages (\var{-vc}), the compiler tells you
% where it encounters conditional statements, and whether it is skipping or
% compiling parts.
scan_i_press_enter=02040_I_Press <return> to continue
% When the \var{-vi} switch is used, the compiler stops compilation
% and waits for the \var{Enter} key to be pressed when it encounters
% a \var{\{\$STOP\}} directive.
scan_w_unsupported_switch=02041_W_Unsupported switch "$1"
% When warnings are turned on (\var{-vw}), the compiler warns you about
% unsupported switches. This means that the switch is used in Delphi or
% Turbo Pascal, but not in \fpc.
scan_w_illegal_directive=02042_W_Illegal compiler directive "$1"
% When warnings are turned on (\var{-vw}), the compiler warns you about
% unrecognised switches. For a list of recognised switches, see the \progref.
scan_t_back_in=02043_TL_Back in $1
% When you use the \var{-vt} switch, the compiler tells you when it has finished
% reading an include file.
scan_w_unsupported_app_type=02044_W_Unsupported application type: "$1"
% You get this warning if you specify an unknown application type
% with the directive \var{\{\$APPTYPE\}}.
scan_w_app_type_not_support=02045_W_APPTYPE is not supported by the target OS
% The \var{\{\$APPTYPE\}} directive is supported by certain operating systems only.
scan_w_description_not_support=02046_W_DESCRIPTION is not supported by the target OS
% The \var{\{\$DESCRIPTION\}} directive is not supported on this target OS.
scan_n_version_not_support=02047_N_VERSION is not supported by target OS
% The \var{\{\$VERSION\}} directive is not supported on this target OS.
scan_n_only_exe_version=02048_N_VERSION only for exes or DLLs
% The \var{\{\$VERSION\}} directive is only used for executable or DLL sources.
scan_w_wrong_version_ignored=02049_W_Wrong format for VERSION directive "$1"
% The \var{\{\$VERSION\}} directive format is majorversion.minorversion
% where majorversion and minorversion are words.
scan_e_illegal_asmmode_specifier=02050_E_Illegal assembler style specified "$1"
% When you specify an assembler mode with the \var{\{\$ASMMODE xxx\}} directive,
% the compiler didn't recognize the mode you specified.
scan_w_no_asm_reader_switch_inside_asm=02051_W_ASM reader switch is not possible inside asm statement, "$1" will be effective only for next
% It is not possible to switch from one assembler reader to another
% inside an assembler block. The new reader will be used for next
% assembler statements only.
scan_e_wrong_switch_toggle=02052_E_Wrong switch toggle, use ON/OFF or +/-
% You need to use ON or OFF or a + or - to toggle the switch.
scan_e_resourcefiles_not_supported=02053_E_Resource files are not supported for this target
% The target you are compiling for doesn't support resource files.
scan_w_include_env_not_found=02054_W_Include environment "$1" not found in environment
% The included environment variable cannot be found in the environment; it will
% be replaced by an empty string instead.
scan_e_invalid_maxfpureg_value=02055_E_Illegal value for FPU register limit
% Valid values for this directive are 0..8 and NORMAL/DEFAULT.
scan_w_only_one_resourcefile_supported=02056_W_Only one resource file is supported for this target
% The target you are compiling for supports only one resource file.
% The first resource file found is used, the others are discarded.
scan_w_macro_support_turned_off=02057_W_Macro support has been turned off
% A macro declaration has been found, but macro support is currently off,
% so the declaration will be ignored. To turn macro support on compile with
% -Sm on the command line or add \{\$MACRO ON\} in the source.
scan_e_invalid_interface_type=02058_E_Illegal interface type specified. Valids are COM, CORBA or DEFAULT.
% The interface type that was specified is not supported.
scan_w_appid_not_support=02059_W_APPID is only supported for PalmOS
% The \var{\{\$APPID\}} directive is only supported for the PalmOS target.
scan_w_appname_not_support=02060_W_APPNAME is only supported for PalmOS
% The \var{\{\$APPNAME\}} directive is only supported for the PalmOS target.
scan_e_string_exceeds_255_chars=02061_E_Constant strings cannot be longer than 255 chars
% A single string constant can contain at most 255 chars. Try splitting up the
% string into multiple smaller parts and concatenate them with a + operator.
scan_f_include_deep_ten=02062_F_Including include files exceeds a depth of 16.
% When including include files the files have been nested to a level of 16.
% The compiler will expand no further, since this may be a sign that
% recursion is used.
scan_e_too_many_push=02063_F_Too many levels of PUSH
% A maximum of 20 levels is allowed. This error occurs only in mode MacPas.
scan_e_too_many_pop=02064_E_A POP without a preceding PUSH
% This error occurs only in mode MacPas.
scan_e_error_macro_lacks_value=02065_E_Macro or compile time variable "$1" does not have any value
% Thus the conditional compile time expression cannot be evaluated.
scan_e_wrong_switch_toggle_default=02066_E_Wrong switch toggle, use ON/OFF/DEFAULT or +/-/*
% You need to use ON or OFF or DEFAULT or a + or - or * to toggle the switch.
scan_e_mode_switch_not_allowed=02067_E_Mode switch "$1" not allowed here
% A mode switch has already been encountered, or, in the case of option -Mmacpas,
% a mode switch occurs after UNIT.
scan_e_error_macro_undefined=02068_E_Compile time variable or macro "$1" is not defined.
% Thus the conditional compile time expression cannot be evaluated. Only in mode MacPas.
scan_e_utf8_bigger_than_65535=02069_E_UTF-8 code greater than 65535 found
% \fpc handles UTF-8 strings internally as widestrings, i.e. the char codes are limited to 65535.
scan_e_utf8_malformed=02070_E_Malformed UTF-8 string
% The given string isn't a valid UTF-8 string.
scan_c_switching_to_utf8=02071_C_UTF-8 signature found, using UTF-8 encoding
% The compiler found a UTF-8 encoding signature (\$ef, \$bb, \$bf) at the beginning of a file,
% so it interprets it as a UTF-8 file.
scan_e_compile_time_typeerror=02072_E_Compile time expression: Wanted $1 but got $2 at $3
% The type-check of a compile time expression failed.
scan_n_app_type_not_support=02073_N_APPTYPE is not supported by the target OS
% The \var{\{\$APPTYPE\}} directive is supported by certain operating systems only.
scan_e_illegal_optimization_specifier=02074_E_Illegal optimization specified "$1"
% You specified an optimization with the \var{\{\$OPTIMIZATION xxx\}} directive,
% and the compiler didn't recognize the optimization you specified.
scan_w_setpeflags_not_support=02075_W_SETPEFLAGS is not supported by the target OS
% The \var{\{\$SETPEFLAGS\}} directive is not supported by the target OS.
scan_w_imagebase_not_support=02076_W_IMAGEBASE is not supported by the target OS
% The \var{\{\$IMAGEBASE\}} directive is not supported by the target OS.
scan_w_minstacksize_not_support=02077_W_MINSTACKSIZE is not supported by the target OS
% The \var{\{\$MINSTACKSIZE\}} directive is not supported by the target OS.
scan_w_maxstacksize_not_support=02078_W_MAXSTACKSIZE is not supported by the target OS
% The \var{\{\$MAXSTACKSIZE\}} directive is not supported by the target OS.
scanner_e_illegal_warn_state=02079_E_Illegal state "$1" for $WARN directive
% Only ON and OFF can be used as state with a \var{\{\$WARN\}} compiler directive.
scan_e_only_packset=02080_E_Illegal set packing value
% Only 0, 1, 2, 4, 8, DEFAULT and NORMAL are allowed as packset parameters.
scan_w_pic_ignored=02081_W_PIC directive or switch ignored
% Several targets, such as \windows, do not support nor need PIC,
% so the PIC directive and switch are ignored.
scan_w_unsupported_switch_by_target=02082_W_The switch "$1" is not supported by the currently selected target
% Some compiler switches like \$E are not supported by all targets.
scan_w_frameworks_darwin_only=02084_W_Framework-related options are only supported for Darwin/Mac OS X
% Frameworks are not a known concept, or at least not supported by FPC,
% on operating systems other than Darwin/Mac OS X.
scan_e_illegal_minfpconstprec=02085_E_Illegal minimal floating point constant precision "$1"
% Valid minimal precisions for floating point constants are default, 32 and 64,
% which mean respectively minimal (usually 32 bit), 32 bit and 64 bit precision.
scan_w_multiple_main_name_overrides=02086_W_Overriding name of "main" procedure multiple times, was previously set to "$1"
% The name for the main entry procedure is specified more than once. Only the last
% name will be used.
scanner_w_illegal_warn_identifier=02087_W_Illegal identifier "$1" for $WARN directive
% Identifier is not known by a \var{\{\$WARN\}} compiler directive.
scanner_e_illegal_alignment_directive=02088_E_Illegal alignment directive
% The alignment directive is not valid. Either the alignment type is not known or the alignment
% value is not a power of two.
scanner_f_illegal_utf8_bom=02089_F_It is not possible to include a file that starts with an UTF-8 BOM in a module that uses a different code page
% All source code that is part of a single compilation entity (program, library, unit) must be encoded
% in the same code page
scanner_w_directive_ignored_on_target=02090_W_Directive "$1" is ignored for the current target platform
% Some directives are ignored for certain targets, such as changing the
% packrecords and packenum settings on managed platforms.
scan_w_unavailable_system_codepage=02091_W_Current system codepage "$1" is not available for the compiler. Switching default codepage back to "$2".
% The current system codepage is not known by the compiler.
% The compiler is compiled with support for several codepages built-in.
% The codepage of the operation system is not in that list. You will need to recompile
% the compiler with support for this codepage.
scan_w_setpeoptflags_not_support=02092_W_SETPEOPTFLAGS is not supported by the target OS
% The \var{\{\$SETPEOPTFLAGS\}} directive is not supported by the target OS.
scan_e_illegal_peflag=02093_E_Illegal argument for SETPEFLAGS
% The given argument for SETPEFLAGS is neither a correct named value nor an
% ordinal value
scan_e_illegal_peoptflag=02094_E_Illegal argument for SETPEOPTFLAGS
% The given argument for SETPEOPTFLAGS is neither a correct named value nor an
% ordinal value
scan_e_unsupported_switch=02095_E_Directive $1 is not supported on this target
% Not all compiler directives are supported on all targets.
scan_w_invalid_stacksize=02096_W_The specified stack size is not within the valid range for the platform. Setting the stack size ignored.
% The valid range for the stack size is 1024 - 67107839 on 32-bit and 64-bit
% platforms and 1024 - 65520 on 16-bit platforms. Additionally, for Turbo Pascal 7
% compatibility reasons, specifying a stack size of 65521 on 16-bit platforms
% actually sets the stack size to 65520.
scan_w_heapmax_lessthan_heapmin=02097_W_The specified HeapMax value is smaller than the HeapMin value. Setting HeapMax ignored.
% The HeapMax value (if specified) must be greater than or equal to the HeapMin
% value. Otherwise, the HeapMax value is ignored.
scan_e_illegal_hugepointernormalization=02098_E_Illegal argument for HUGEPOINTERNORMALIZATION
% The only allowed values for HUGEPOINTERNORMALIZATION are BORLANDC, MICROSOFTC
% and WATCOMC.
scan_e_illegal_asmcpu_specifier=02099_E_Illegal assembler CPU instruction set specified "$1"
% When you specify an assembler CPU with the \var{\{\$ASMCPU xxx\}} directive,
% the compiler didn't recognize the CPU you specified.
scan_w_syscall_convention_not_useable_on_target=02100_W_Specified syscall convention is not useable on this target
% The specified syscall convention using the \var{\{\$SYSCALL xxx\}} directive,
% is not useable on the current target system.
scan_w_syscall_convention_invalid=02101_W_Invalid syscall convention specified
% The compiler did not recognize the syscall convention specified by the \var{\{\$SYSCALL xxx\}} directive.
scan_w_setpeuserversion_not_support=02102_W_SETPEUSERVERSION is not supported by the target OS
% The \var{\{\$SETPEUSERVERSION\}} directive is not supported by the target OS.
scan_w_setpeosversion_not_support=02103_W_SETPEOSVERSION is not supported by the target OS
% The \var{\{\$SETPEOSVERSION\}} directive is not supported by the target OS.
scan_w_setpesubsysversion_not_support=02104_W_SETPESUBSYSVERSION is not supported by the target OS
% The \var{\{\$SETPESUBSYSVERSION\}} directive is not supported by the target OS.
scan_n_changecputype=02105_N_Changed CPU type to be consistent with specified controller
scan_e_emptymacroname=02106_E_A macro/compiler variable name cannot be empty
% \end{description}
#
# Parser
#
# 03355 is the last used one
#
% \section{Parser messages}
% This section lists all parser messages. The parser takes care of the
% semantics of you language, i.e. it determines if your Pascal constructs
% are correct.
% \begin{description}
parser_e_syntax_error=03000_E_Parser - Syntax Error
% An error against the Turbo Pascal language was encountered. This typically
% happens when an illegal character is found in the source file.
parser_e_dont_nest_interrupt=03004_E_INTERRUPT procedure cannot be nested
% An \var{INTERRUPT} procedure must be global.
parser_w_proc_directive_ignored=03005_W_Procedure type "$1" ignored
% The specified procedure directive is ignored by FPC programs.
parser_e_no_overload_for_all_procs=03006_E_Not all declarations of "$1" are declared with OVERLOAD
% When you want to use overloading using the \var{OVERLOAD} directive, then
% all declarations need to have \var{OVERLOAD} specified.
parser_e_export_name_double=03008_E_Duplicate exported function name "$1"
% Exported function names inside a specific DLL must all be different.
parser_e_export_ordinal_double=03009_E_Duplicate exported function index $1
% Exported function indexes inside a specific DLL must all be different.
parser_e_export_invalid_index=03010_E_Invalid index for exported function
% DLL function index must be in the range \var{1..\$FFFF}.
parser_w_parser_reloc_no_debug=03011_W_Relocatable DLL or executable $1 debug info does not work, disabled.
% It is currently not possible to include debug information in a relocatable DLL.
parser_w_parser_win32_debug_needs_WN=03012_W_To allow debugging for win32 code you need to disable relocation with -WN option
% Stabs debug info is wrong for relocatable DLL or EXES. Use -WN
% if you want to debug win32 executables.
parser_e_constructorname_must_be_init=03013_E_Constructor name must be INIT
% You are declaring an object constructor with a name which is not \var{init}, and the
% \var{-Ss} switch is in effect. See the switch \seeo{Ss}.
parser_e_destructorname_must_be_done=03014_E_Destructor name must be DONE
% You are declaring an object destructor with a name which is not \var{done}, and the
% \var{-Ss} switch is in effect. See the switch \seeo{Ss}.
parser_e_proc_inline_not_supported=03016_E_Procedure type INLINE not supported
% You tried to compile a program with C++ style inlining, and forgot to
% specify the \var{-Si} option (\seeo{Si}). The compiler doesn't support C++
% styled inlining by default.
parser_w_constructor_should_be_public=03018_W_Constructor should be public
% Constructors must be in the 'public' part of an object (class) declaration.
parser_w_destructor_should_be_public=03019_W_Destructor should be public
% Destructors must be in the 'public' part of an object (class) declaration.
parser_n_only_one_destructor=03020_N_Class should have one destructor only
% You can declare only one destructor for a class.
parser_e_no_local_objects=03021_E_Local class definitions are not allowed
% Classes must be defined globally. They cannot be defined inside a
% procedure or function.
parser_f_no_anonym_objects=03022_F_Anonymous class definitions are not allowed
% An invalid object (class) declaration was encountered, i.e. an
% object or class without methods that isn't derived from another object or
% class. For example:
% \begin{verbatim}
% Type o = object
%          a : longint;
%          end;
% \end{verbatim}
% will trigger this error.
parser_n_object_has_no_vmt=03023_N_The object "$1" has no VMT
% This is a note indicating that the declared object has no
% virtual method table.
parser_e_illegal_parameter_list=03024_E_Illegal parameter list
% You are calling a function with parameters that are of a different type than
% the declared parameters of the function.
parser_e_wrong_parameter_size=03026_E_Wrong number of parameters specified for call to "$1"
% There is an error in the parameter list of the function or procedure --
% the number of parameters is not correct.
parser_e_overloaded_no_procedure=03027_E_Overloaded identifier "$1" isn't a function
% The compiler encountered a symbol with the same name as an overloaded
% function, but it is not a function it can overload.
parser_e_overloaded_have_same_parameters=03028_E_Overloaded functions have the same parameter list
% You're declaring overloaded functions, but with the same parameter list.
% Overloaded function must have at least 1 different parameter in their
% declaration.
parser_e_header_dont_match_forward=03029_E_Function header doesn't match the previous declaration "$1"
% You declared a function with the same parameters but
% different result type or function modifiers.
parser_e_header_different_var_names=03030_E_Function header "$1" doesn't match forward : var name changes $2 => $3
% You declared the function in the \var{interface} part, or with the
% \var{forward} directive, but defined it with a different parameter list.
parser_n_duplicate_enum=03031_N_Values in enumeration types have to be ascending
% \fpc allows enumeration constructions as in C. Examine the following
% two declarations:
% \begin{verbatim}
% type a = (A_A,A_B,A_E:=6,A_UAS:=200);
% type a = (A_A,A_B,A_E:=6,A_UAS:=4);
% \end{verbatim}
% The second declaration would produce an error. \var{A\_UAS} needs to have a
% value higher than \var{A\_E}, i.e. at least 7.
parser_e_no_with_for_variable_in_other_segments=03033_E_With cannot be used for variables in a different segment
% With stores a variable locally on the stack,
% but this is not possible if the variable belongs to another segment.
parser_e_too_much_lexlevel=03034_E_Function nesting > 31
% You can nest function definitions only 31 levels deep.
parser_e_range_check_error=03035_E_Range check error while evaluating constants
% The constants are out of their allowed range.
parser_w_range_check_error=03036_W_Range check error while evaluating constants
% The constants are out of their allowed range.
parser_e_double_caselabel=03037_E_Duplicate case label
% You are specifying the same label 2 times in a \var{case} statement.
parser_e_case_lower_less_than_upper_bound=03038_E_Upper bound of case range is less than lower bound
% The upper bound of a \var{case} label is less than the lower bound and this
% is useless.
parser_e_type_const_not_possible=03039_E_Typed constants of classes or interfaces are not allowed
% You cannot declare a constant of type class or object.
parser_e_no_overloaded_procvars=03040_E_Function variables of overloaded functions are not allowed
% You are trying to assign an overloaded function to a procedural variable.
% This is not allowed.
parser_e_invalid_string_size=03041_E_String length must be a value from 1 to 255
% The length of a shortstring in Pascal is limited to 255 characters. You are
% trying to declare a string with length less than 1 or greater than 255.
parser_w_use_extended_syntax_for_objects=03042_W_Use extended syntax of NEW and DISPOSE for instances of objects
% If you have a pointer \var{a} to an object type, then the statement
% \var{new(a)} will not initialize the object (i.e. the constructor isn't
% called), although space will be allocated. You should issue the
% \var{new(a,init)} statement. This will allocate space, and call the
% constructor of the object.
parser_w_no_new_dispose_on_void_pointers=03043_W_Use of NEW or DISPOSE for untyped pointers is meaningless
parser_e_no_new_dispose_on_void_pointers=03044_E_Use of NEW or DISPOSE is not possible for untyped pointers
% You cannot use \var{new(p)} or \var{dispose(p)} if \var{p} is an untyped pointer
% because no size is associated to an untyped pointer.
% It is accepted for compatibility in \var{TP} and \var{DELPHI} modes, but the
% compiler will still warn you if it finds such a construct.
parser_e_class_id_expected=03045_E_Class identifier expected
% This happens when the compiler scans a procedure declaration that contains
% a dot, i.e., an object or class method, but the type in front of the dot is not
% a known type.
parser_e_no_type_not_allowed_here=03046_E_type identifier not allowed here
% You cannot use a type inside an expression.
parser_e_methode_id_expected=03047_E_Method identifier expected
% This identifier is not a method.
% This happens when the compiler scans a procedure declaration that contains
% a dot, i.e., an object or class method, but the procedure name is not a
% procedure of this type.
parser_e_header_dont_match_any_member=03048_E_Function header doesn't match any method of this class "$1"
% This identifier is not a method.
% This happens when the compiler scans a procedure declaration that contains
% a dot, i.e., an object or class method, but the procedure name is not a
% procedure of this type.
parser_d_procedure_start=03049_DL_procedure/function $1
% When using the \var{-vd} switch, the compiler tells you when it starts
% processing a procedure or function implementation.
parser_e_error_in_real=03050_E_Illegal floating point constant
% The compiler expects a floating point expression, and gets something else.
parser_e_fail_only_in_constructor=03051_E_FAIL can be used in constructors only
% You are using the \var{fail} keyword outside a constructor method.
parser_e_no_paras_for_destructor=03052_E_Destructors cannot have parameters
% You are declaring a destructor with a parameter list. Destructor methods
% cannot have parameters.
parser_e_only_class_members_via_class_ref=03053_E_Only class methods, class properties and class variables can be referred with class references
% This error occurs in a situation like the following:
% \begin{verbatim}
% Type :
%    Tclass = Class of Tobject;
%
% Var C : TClass;
%
% begin
% ...
% C.free
% \end{verbatim}
% \var{Free} is not a class method and hence cannot be called with a class
% reference.
parser_e_only_class_members=03054_E_Only class methods, class properties and class variables can be accessed in class methods
% This is related to the previous error. You cannot call a method of an object
% from inside a class method. The following code would produce this error:
% \begin{verbatim}
% class procedure tobject.x;
%
% begin
%   free
% \end{verbatim}
% Because free is a normal method of a class it cannot be called from a class
% method.
parser_e_case_mismatch=03055_E_Constant and CASE types do not match
% One of the labels is not of the same type as the case variable.
parser_e_illegal_symbol_exported=03056_E_The symbol cannot be exported from a library
% You can only export procedures and functions when you write a library. You
% cannot export variables or constants.
parser_w_should_use_override=03057_W_An inherited method is hidden by "$1"
% A method that is declared \var{virtual} in a parent class, should be
% overridden in the descendant class with the \var{override} directive. If you
% don't specify the \var{override} directive, you will hide the parent method;
% you will not override it.
parser_e_nothing_to_be_overridden=03058_E_There is no method in an ancestor class to be overridden: "$1"
% You are trying to \var{override} a virtual method of a parent class that does
% not exist.
parser_e_no_procedure_to_access_property=03059_E_No member is provided to access property
% You specified no \var{read} directive for a property.
parser_w_stored_not_implemented=03060_W_Stored property directive is not yet implemented
% This message is no longer used, as the \var{stored} directive has been implemented.
parser_e_ill_property_access_sym=03061_E_Illegal symbol for property access
% There is an error in the \var{read} or \var{write} directives for an array
% property. When you declare an array property, you can only access it with
% procedures and functions. The following code would cause such an error.
% \begin{verbatim}
% tmyobject = class
%   i : integer;
%   property x [i : integer]: integer read I write i;
% \end{verbatim}
%
parser_e_cant_access_protected_member=03062_E_Cannot access a protected field of an object here
% Fields that are declared in a \var{protected} section of an object or class
% declaration cannot be accessed outside the module where the object is
% defined, or outside descendent object methods.
parser_e_cant_access_private_member=03063_E_Cannot access a private field of an object here
% Fields that are declared in a \var{private} section of an object or class
% declaration cannot be accessed outside the module where the class is
% defined.
parser_e_overridden_methods_not_same_ret=03066_E_Overridden methods must have the same return type: "$2" is overridden by "$1" which has another return type
% If you declare overridden methods in a class definition, they must
% have the same return type.
parser_e_dont_nest_export=03067_E_EXPORT declared functions cannot be nested
% You cannot declare a function or procedure within a function or procedure
% that was declared as an export procedure.
parser_e_methods_dont_be_export=03068_E_Methods cannot be EXPORTed
% You cannot declare a procedure that is a method for an object as
% \var{export}ed.
parser_e_call_by_ref_without_typeconv=03069_E_Call by var for arg no. $1 has to match exactly: Got "$2" expected "$3"
% When calling a function declared with \var{var} parameters, the variables in
% the function call must be of exactly the same type. There is no automatic
% type conversion.
parser_e_no_super_class=03070_E_Class isn't a parent class of the current class
% When calling inherited methods, you are trying to call a method of a non-related
% class. You can only call an inherited method of a parent class.
parser_e_self_not_in_method=03071_E_SELF is only allowed in methods
% You are trying to use the \var{self} parameter outside an object's method.
% Only methods get passed the \var{self} parameters.
parser_e_generic_methods_only_in_methods=03072_E_Methods can be only in other methods called direct with type identifier of the class
% A construction like \var{sometype.somemethod} is only allowed in a method.
parser_e_illegal_colon_qualifier=03073_E_Illegal use of ':'
% You are using the format \var{:} (colon) 2 times on an expression that
% is not a real expression.
parser_e_illegal_set_expr=03074_E_Range check error in set constructor or duplicate set element
% The declaration of a set contains an error. Either one of the elements is
% outside the range of the set type, or two of the elements are in fact
% the same.
parser_e_pointer_to_class_expected=03075_E_Pointer to object expected
% You specified an illegal type in a \var{new} statement.
% The extended syntax of \var{new} needs an object as a parameter.
parser_e_expr_have_to_be_constructor_call=03076_E_Expression must be constructor call
% When using the extended syntax of \var{new}, you must specify the constructor
% method of the object you are trying to create. The procedure you specified
% is not a constructor.
parser_e_expr_have_to_be_destructor_call=03077_E_Expression must be destructor call
% When using the extended syntax of \var{dispose}, you must specify the
% destructor method of the object you are trying to dispose of.
% The procedure you specified is not a destructor.
parser_e_invalid_record_const=03078_E_Illegal order of record elements
% When declaring a constant record, you specified the fields in the wrong
% order.
parser_e_false_with_expr=03079_E_Expression type must be class or record type, got $1
% A \var{with} statement needs an argument that is of the type \var{record}
% or \var{class}. You are using \var{with} on an expression that is not of
% this type.
parser_e_void_function=03080_E_Procedures cannot return a value
% In \fpc, you can specify a return value for a function when using
% the \var{exit} statement. This error occurs when you try to do this with a
% procedure. Procedures cannot return a value.
parser_e_only_methods_allowed=03081_E_constructors, destructors and class operators must be methods
% You're declaring a procedure as destructor, constructor or class operator, when the
% procedure isn't a class method.
parser_e_operator_not_overloaded=03082_E_Operator is not overloaded
% You're trying to use an overloaded operator when it is not overloaded for
% this type.
parser_e_no_such_assignment=03083_E_Impossible to overload assignment for equal types
% You cannot overload assignment for types
% that the compiler considers as equal.
parser_e_overload_impossible=03084_E_Impossible operator overload
% The combination of operator, arguments and return type are
% incompatible.
parser_e_no_reraise_possible=03085_E_Re-raise isn't possible there
% You are trying to re-raise an exception where it is not allowed. You can only
% re-raise exceptions in an \var{except} block.
parser_e_no_new_or_dispose_for_classes=03086_E_The extended syntax of new or dispose isn't allowed for a class
% You cannot generate an instance of a class with the extended syntax of
% \var{new}. The constructor must be used for that. For the same reason, you
% cannot call \var{dispose} to de-allocate an instance of a class, the
% destructor must be used for that.
parser_e_procedure_overloading_is_off=03088_E_Procedure overloading is switched off
% When using the \var{-So} switch, procedure overloading is switched off.
% Turbo Pascal does not support function overloading.
parser_e_overload_operator_failed=03089_E_It is not possible to overload this operator. Related overloadable operators (if any) are: $1
% You are trying to overload an operator which cannot be overloaded.
% The following operators can be overloaded :
% \begin{verbatim}
%    +, -, *, /, =, >, <, <=, >=, is, as, in, **, :=
% \end{verbatim}
parser_e_comparative_operator_return_boolean=03090_E_Comparative operator must return a boolean value
% When overloading the \var{=} operator, the function must return a boolean
% value.
parser_e_only_virtual_methods_abstract=03091_E_Only virtual methods can be abstract
% You are declaring a method as abstract, when it is not declared to be
% virtual.
parser_f_unsupported_feature=03092_F_Use of unsupported feature: "$1".
% You're trying to force the compiler into doing something it cannot do yet.
parser_e_mix_of_classes_and_objects=03093_E_The mix of different kind of objects (class, object, interface, etc) isn't allowed
% You cannot derive \var{objects}, \var{classes}, \var{cppclasses} and \var{interfaces} intertwined. E.g.
% a class cannot have an object as parent and vice versa.
parser_w_unknown_proc_directive_ignored=03094_W_Unknown procedure directive had to be ignored: "$1"
% The procedure directive you specified is unknown.
parser_e_directive_only_one_var=03095_E_$1 can be associated with only one variable
% You cannot specify more than one variable before the \var{absolute}, \var{export}, \var{external},
% \var{weakexternal}, \var{public} and \var{cvar} directives.
% As a result, for example the following construct will provide this error:
% \begin{verbatim}
% Var Z : Longint;
%     X,Y : Longint absolute Z;
% \end{verbatim}
parser_e_absolute_only_to_var_or_const=03096_E_absolute can only be associated with a var or const
% The address of an \var{absolute} directive can only point to a variable or
% constant. Therefore, the following code will produce this error:
% \begin{verbatim}
%   Procedure X;
%
%  var p : longint absolute x;
% \end{verbatim}
parser_e_initialized_only_one_var=03097_E_Only one variable can be initialized
% You cannot specify more than one variable with a initial value in Delphi mode.
parser_e_abstract_no_definition=03098_E_Abstract methods shouldn't have any definition (with function body)
% Abstract methods can only be declared, you cannot implement them. They
% should be overridden by a descendant class.
parser_e_overloaded_must_be_all_global=03099_E_This overloaded function cannot be local (must be exported)
% You are defining an overloaded function in the implementation part of a unit,
% but there is no corresponding declaration in the interface part of the unit.
parser_w_virtual_without_constructor=03100_W_Virtual methods are used without a constructor in "$1"
% If you declare objects or classes that contain virtual methods, you need
% to have a constructor and destructor to initialize them. The compiler
% encountered an object or class with virtual methods that doesn't have
% a constructor/destructor pair.
parser_c_macro_defined=03101_CL_Macro defined: $1
% When \var{-vc} is used, the compiler tells you when it defines macros.
parser_c_macro_undefined=03102_CL_Macro undefined: $1
% When \var{-vc} is used, the compiler tells you when it undefines macros.
parser_c_macro_set_to=03103_CL_Macro $1 set to $2
% When \var{-vc} is used, the compiler tells you what values macros get.
parser_i_compiling=03104_I_Compiling $1
% When you turn on information messages (\var{-vi}), the compiler tells you
% what units it is recompiling.
parser_u_parsing_interface=03105_UL_Parsing interface of unit $1
% This tells you that the reading of the interface
% of the current unit has started
parser_u_parsing_implementation=03106_UL_Parsing implementation of $1
% This tells you that the code reading of the implementation
% of the current unit, library or program starts
parser_d_compiling_second_time=03107_DL_Compiling $1 for the second time
% When you request debug messages (\var{-vd}) the compiler tells you what
% units it recompiles for the second time.
parser_e_no_property_found_to_override=03109_E_No property found to override
% You want to override a property of a parent class, when there is, in fact,
% no such property in the parent class.
parser_e_only_one_default_property=03110_E_Only one default property is allowed
% You specified a property as \var{Default}, but the class already has a
% default property, and a class can have only one default property.
parser_e_property_need_paras=03111_E_The default property must be an array property
% Only array properties of classes can be made \var{default} properties.
parser_e_constructor_cannot_be_not_virtual=03112_E_Virtual constructors are only supported in class object model
% You cannot have virtual constructors in objects. You can only have them
% in classes.
parser_e_no_default_property_available=03113_E_No default property available
% You are trying to access a default property of a class, but this class (or one of
% its ancestors) doesn't have a default property.
parser_e_cant_have_published=03114_E_The class cannot have a published section, use the {$M+} switch
% If you want a \var{published} section in a class definition, you must
% use the \var{\{\$M+\}} switch, which turns on generation of type
% information.
parser_e_forward_declaration_must_be_resolved=03115_E_Forward declaration of class "$1" must be resolved here to use the class as ancestor
% To be able to use an object as an ancestor object, it must be defined
% first. This error occurs in the following situation:
% \begin{verbatim}
%  Type ParentClas = Class;
%       ChildClass = Class(ParentClass)
%         ...
%       end;
% \end{verbatim}
% where \var{ParentClass} is declared but not defined.
parser_e_no_local_operator=03116_E_Local operators not supported
% You cannot overload locally, i.e. inside procedures or function
% definitions.
parser_e_proc_dir_not_allowed_in_interface=03117_E_Procedure directive "$1" not allowed in interface section
% This procedure directive is not allowed in the \var{interface} section of
% a unit. You can only use it in the \var{implementation} section.
parser_e_proc_dir_not_allowed_in_implementation=03118_E_Procedure directive "$1" not allowed in implementation section
% This procedure directive is not allowed in the \var{implementation} section of
% a unit. You can only use it in the \var{interface} section.
parser_e_proc_dir_not_allowed_in_procvar=03119_E_Procedure directive "$1" not allowed in procvar declaration
% This procedure directive cannot be part of a procedural or function
% type declaration.
parser_e_function_already_declared_public_forward=03120_E_Function is already declared Public/Forward "$1"
% You will get this error if a function is defined as \var{forward} twice.
% Or if it occurs in the \var{interface} section, and again as a \var{forward}
% declaration in the \var{implementation} section.
parser_e_not_external_and_export=03121_E_Cannot use both EXPORT and EXTERNAL
% These two procedure directives are mutually exclusive.
parser_n_not_supported_for_inline=03123_N_"$1" not yet supported inside inline procedure/function
% Inline procedures don't support this declaration.
parser_h_inlining_disabled=03124_H_Inlining disabled
% Inlining of procedures is disabled.
parser_i_writing_browser_log=03125_I_Writing Browser log $1
% When information messages are on, the compiler warns you when it
% writes the browser log (generated with the \var{\{\$Y+ \}} switch).
parser_h_maybe_deref_caret_missing=03126_H_Maybe pointer dereference is missing?
% The compiler thinks that a pointer may need a dereference.
parser_f_assembler_reader_not_supported=03127_F_Selected assembler reader not supported
% The selected assembler reader (with \var{\{\$ASMMODE xxx\}} is not
% supported. The compiler can be compiled with or without support for a
% particular assembler reader.
parser_e_proc_dir_conflict=03128_E_Procedure directive "$1" cannot be used with $2
% You specified a procedure directive that conflicts with other directives.
% For instance \var{cdecl} and \var{pascal} are mutually exclusive.
parser_e_call_convention_dont_match_forward=03129_E_Calling convention doesn't match forward
% This error happens when you declare a function or procedure with
% e.g. \var{cdecl;} but omit this directive in the implementation, or vice
% versa. The calling convention is part of the function declaration, and
% must be repeated in the function definition.
parser_e_property_cant_have_a_default_value=03131_E_Property cannot have a default value
% Set properties or indexed properties cannot have a default value.
parser_e_property_default_value_must_const=03132_E_The default value of a property must be constant
% The value of a \var{default} declared property must be known at compile
% time. The value you specified is only known at run time. This happens
% e.g. if you specify a variable name as a default value.
parser_e_cant_publish_that=03133_E_Symbol cannot be published, can be only a class
% Only class type variables can be in a \var{published} section of a class
% if they are not declared as a property.
parser_e_cant_publish_that_property=03134_E_This kind of property cannot be published
% Properties in a \var{published} section cannot be array properties.
% They must be moved to public sections. Properties in a \var{published}
% section must be an ordinal type, a real type, strings or sets.
parser_e_empty_import_name=03136_E_An import name is required
% Some targets need a name for the imported procedure or a \var{cdecl} specifier.
parser_e_division_by_zero=03138_E_Division by zero
% A division by zero was encountered.
parser_e_invalid_float_operation=03139_E_Invalid floating point operation
% An operation on two real type values produced an overflow or a division
% by zero.
parser_e_array_lower_less_than_upper_bound=03140_E_Upper bound of range is less than lower bound
% The upper bound of an array declaration is less than the lower bound and this
% is not possible.
parser_w_string_too_long=03141_W_String "$1" is longer than "$2"
% The size of the constant string is larger than the size you specified in
% string type definition.
parser_e_string_larger_array=03142_E_String length is larger than array of char length
% The size of the constant string is larger than the size you specified in
% the \var{Array[x..y] of char} definition.
parser_e_ill_msg_expr=03143_E_Illegal expression after message directive
% \fpc supports only integer or string values as message constants.
parser_e_ill_msg_param=03144_E_Message handlers can take only one call by ref. parameter
% A method declared with the \var{message} directive as message handler
% can take only one parameter which must be declared as call by reference.
% Parameters are declared as call by reference using the \var{var}-directive.
parser_e_duplicate_message_label=03145_E_Duplicate message label: "$1"
% A label for a message is used twice in one object/class.
parser_e_self_in_non_message_handler=03146_E_Self can only be an explicit parameter in methods which are message handlers
% The \var{Self} parameter can only be passed explicitly to a method which
% is declared as message handler.
parser_e_threadvars_only_sg=03147_E_Threadvars can be only static or global
% Threadvars must be static or global; you cannot declare a thread
% local to a procedure. Local variables are always local to a thread,
% because every thread has its own stack and local variables
% are stored on the stack.
parser_f_direct_assembler_not_allowed=03148_F_Direct assembler not supported for binary output format
% You cannot use direct assembler when using a binary writer. Choose an
% other output format or use another assembler reader.
parser_w_no_objpas_use_mode=03149_W_Don't load OBJPAS unit manually, use {$mode objfpc} or {$mode delphi} instead
% You are trying to load the \file{ObjPas} unit manually from a \var{uses} clause.
% This is not a good idea. Use the \var{\{\$MODE OBJFPC\}} or
% \var{\{\$mode delphi\}} directives which load the unit automatically.
parser_e_no_object_override=03150_E_OVERRIDE cannot be used in objects
% \var{Override} is not supported for objects, use \var{virtual} instead to override
% a method of a parent object.
parser_e_cant_use_inittable_here=03151_E_Data types which require initialization/finalization cannot be used in variant records
% Some data types (e.g. \var{ansistring}) need initialization/finalization
% code which is implicitly generated by the compiler. Such data types
% cannot be used in the variant part of a record.
parser_e_resourcestring_only_sg=03152_E_Resourcestrings can be only static or global
% Resourcestring cannot be declared local, only global or using the static
% directive.
parser_e_exit_with_argument_not__possible=03153_E_Exit with argument cannot be used here
% An exit statement with an argument for the return value cannot be used here. This
% can happen for example in \var{try..except} or \var{try..finally} blocks.
parser_e_stored_property_must_be_boolean=03154_E_The type of the storage symbol must be boolean
% If you specify a storage symbol in a property declaration, it must be a
% boolean type.
parser_e_ill_property_storage_sym=03155_E_This symbol isn't allowed as storage symbol
% You cannot use this type of symbol as storage specifier in property
% declaration. You can use only methods with the result type boolean,
% boolean class fields or boolean constants.
parser_e_only_publishable_classes_can_be_published=03156_E_Only classes which are compiled in $M+ mode can be published
% A class-typed field in the published section of a class can only be a class which was
% compiled in \var{\{\$M+\}} or which is derived from such a class. Normally
% such a class should be derived from \var{TPersistent}.
parser_e_proc_directive_expected=03157_E_Procedure directive expected
% This error is triggered when you have a \var{\{\$Calling\}} directive without
% a calling convention specified.
% It also happens when declaring a procedure in a const block and you
% used a ; after a procedure declaration which must be followed by a
% procedure directive.
% Correct declarations are:
% \begin{verbatim}
% const
%   p : procedure;stdcall=nil;
%   p : procedure stdcall=nil;
% \end{verbatim}
parser_e_invalid_property_index_value=03158_E_The value for a property index must be of an ordinal type
% The value you use to index a property must be of an ordinal type, for
% example an integer or enumerated type.
parser_e_procname_to_short_for_export=03159_E_Procedure name too short to be exported
% The length of the procedure/function name must be at least 2 characters
% long. This is because of a bug in dlltool which doesn't parse the .def
% file correctly with a name of length 1.
parser_e_dlltool_unit_var_problem=03160_E_No DEFFILE entry can be generated for unit global vars
parser_e_dlltool_unit_var_problem2=03161_E_Compile without -WD option
% You need to compile this file without the -WD switch on the
% command line.
parser_f_need_objfpc_or_delphi_mode=03162_F_You need ObjFpc (-S2) or Delphi (-Sd) mode to compile this module
% You need to use \var{\{\$MODE OBJFPC\}} or \var{\{\$MODE DELPHI\}} to compile this file.
% Or use the corresponding command line switch, either \var{-Mobjfpc} or \var{-MDelphi.}
parser_e_no_export_with_index_for_target=03163_E_Cannot export with index under $1
% Exporting of functions or procedures with a specified index is not
% supported on this target.
parser_e_no_export_of_variables_for_target=03164_E_Exporting of variables is not supported under $1
% Exporting of variables is not supported on this target.
parser_e_improper_guid_syntax=03165_E_Improper GUID syntax
% The GUID indication does not have the proper syntax. It should be of the form
% \begin{verbatim}
% {XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX}
% \end{verbatim}
% Where each \var{X} represents a hexadecimal digit.
parser_w_interface_mapping_notfound=03168_W_Procedure named "$1" not found that is suitable for implementing the $2.$3
% The compiler cannot find a suitable procedure which implements the given method of an interface.
% A procedure with the same name is found, but the arguments do not match.
parser_e_interface_id_expected=03169_E_Interface identifier expected
% This happens when the compiler scans a \var{class} declaration that contains
% \var{interface} function name mapping code like this:
% \begin{verbatim}
% type
%   TMyObject = class(TObject, IDispatch)
%     function IUnknown.QueryInterface=MyQueryInterface;
%     ....
% \end{verbatim}
% and the \var{interface} before the dot is not listed in the inheritance list.
parser_e_type_cant_be_used_in_array_index=03170_E_Type "$1" cannot be used as array index type
% Types like \var{qword} or \var{int64} are not allowed as array index type.
parser_e_no_con_des_in_interfaces=03171_E_Con- and destructors are not allowed in interfaces
% Constructor and destructor declarations are not allowed in interfaces.
% In the most cases method \var{QueryInterface} of \var{IUnknown} can
% be used to create a new interface.
parser_e_no_access_specifier_in_interfaces=03172_E_Access specifiers cannot be used in INTERFACEs and OBJCPROTOCOLs
% The access specifiers \var{public}, \var{private}, \var{protected} and
% \var{published} cannot be used in interfaces, Objective-C protocols and categories because all methods
% of an interface/protocol/category must be public.
parser_e_no_vars_in_interfaces=03173_E_An interface, helper or Objective-C protocol or category cannot contain fields
% Declarations of fields are not allowed in interfaces, helpers and Objective-C protocols and categories.
% An interface/helper/protocol/category can contain only methods and properties with method read/write specifiers.
parser_e_no_local_proc_external=03174_E_Cannot declare local procedure as EXTERNAL
% Declaring local procedures as external is not possible. Local procedures
% get hidden parameters that will make the chance of errors very high.
parser_w_skipped_fields_before=03175_W_Some fields coming before "$1" were not initialized
% In Delphi mode, not all fields of a typed constant record have to be
% initialized, but the compiler warns you when it detects such situations.
parser_e_skipped_fields_before=03176_E_Some fields coming before "$1" were not initialized
% In all syntax modes but Delphi mode, you cannot leave some fields uninitialized
% in the middle of a typed constant record.
parser_w_skipped_fields_after=03177_W_Some fields coming after "$1" were not initialized
% You can leave some fields at the end of a type constant record uninitialized
% (The compiler will initialize them to zero automatically). This may be the cause
% of subtle problems.
parser_e_varargs_need_cdecl_and_external=03178_E_VarArgs directive (or '...' in MacPas) without CDecl/CPPDecl/MWPascal/StdCall and External
% The varargs directive (or the ``...'' varargs parameter in MacPas mode) can only be
% used with procedures or functions that are declared with \var{external} and one of
% \var{cdecl}, \var{cppdecl}, \var{stdcall}  and \var{mwpascal}. This functionality
% is only supported to provide a compatible interface to C functions like printf.
parser_e_self_call_by_value=03179_E_Self must be a normal (call-by-value) parameter
% You cannot declare \var{Self} as a const or var parameter, it must always be
% a call-by-value parameter.
parser_e_interface_has_no_guid=03180_E_Interface "$1" has no interface identification
% When you want to assign an interface to a constant, then the interface
% must have a GUID value set.
parser_e_illegal_field_or_method=03181_E_Unknown class field or method identifier "$1"
% Properties must refer to a field or method in the same class.
parser_w_proc_overriding_calling=03182_W_Overriding calling convention "$1" with "$2"
% There are two directives in the procedure declaration that specify a calling
% convention. Only the last directive will be used.
parser_e_no_procvarobj_const=03183_E_Typed constants of the type "procedure of object" can only be initialized with NIL
% You cannot assign the address of a method to a typed constant which has a
% 'procedure of object' type, because such a constant requires two addresses:
% that of the method (which is known at compile time) and that of the object or
% class instance it operates on (which cannot be known at compile time).
parser_e_default_value_only_one_para=03184_E_Default value can only be assigned to one parameter
% It is not possible to specify a default value for several parameters at once.
% The following is invalid:
% \begin{verbatim}
% Procedure MyProcedure (A,B : Integer = 0);
% \end{verbatim}
% Instead, this should be declared as
% \begin{verbatim}
% Procedure MyProcedure (A : Integer = 0; B : Integer = 0);
% \end{verbatim}
parser_e_default_value_expected_for_para=03185_E_Default parameter required for "$1"
% The specified parameter requires a default value.
parser_w_unsupported_feature=03186_W_Use of unsupported feature!
% You're trying to force the compiler into doing something it cannot do yet.
parser_h_c_arrays_are_references=03187_H_C arrays are passed by reference
% Any array passed to a C function is passed
% by a pointer (i.e. by reference).
parser_e_C_array_of_const_must_be_last=03188_E_C array of const must be the last argument
% You cannot add any other argument after an \var{array of const} for
% \var{cdecl} functions, as the size pushed on stack for this argument is
% not known.
parser_h_type_redef=03189_H_Type "$1" redefinition
% This is an indicator that a previously declared type is
% being redefined as something else. This may, or may not
% be, a potential source of errors.
parser_w_cdecl_has_no_high=03190_W_cdecl'ared functions have no high parameter
% Functions declared with the \var{cdecl} modifier do not pass an extra implicit parameter.
parser_w_cdecl_no_openstring=03191_W_cdecl'ared functions do not support open strings
% Openstring is not supported for functions that have the \var{cdecl} modifier.
parser_e_initialized_not_for_threadvar=03192_E_Cannot initialize variables declared as threadvar
% Variables declared as threadvar cannot be initialized with a default value.
% The variables will always be filled with zero at the start of a new thread.
parser_e_msg_only_for_classes=03193_E_Message directive is only allowed in Classes
% The message directive is only supported for Class types.
parser_e_procedure_or_function_expected=03194_E_Procedure or Function expected
% A class method can only be specified for procedures and functions.
parser_e_illegal_calling_convention=03195_W_Calling convention directive ignored: "$1"
% Some calling conventions are supported only by certain CPUs. I.e. most non-i386 ports support
% only the standard ABI calling convention of the CPU.
parser_e_no_object_reintroduce=03196_E_REINTRODUCE cannot be used in objects
% \var{reintroduce} is not supported for objects, Objective-C classes and Objective-C protocols.
parser_e_paraloc_only_one_para=03197_E_Each argument must have its own location
% If locations for arguments are specified explicitly as it is required by
% some syscall conventions, each argument must have its own location. Things
% like
% \begin{verbatim}
% procedure p(i,j : longint 'r1');
% \end{verbatim}
% are not allowed.
parser_e_paraloc_all_paras=03198_E_Each argument must have an explicit location
% If one argument has an explicit argument location, all arguments of a procedure
% must have one.
parser_e_illegal_explicit_paraloc=03199_E_Invalid explicit parameter location specified
% Syscalls specific: the specified explicit location string for this parameter cannot be parsed, invalid,
% or The location specified for an argument isn't recognized by the compiler.
parser_e_32bitint_or_pointer_variable_expected=03200_E_32 Bit-Integer or pointer variable expected
% The libbase for MorphOS/AmigaOS can be given only as \var{longint}, \var{dword} or any pointer variable.
parser_e_goto_outside_proc=03201_E_Goto statements are not allowed between different procedures
% It isn't allowed to use \var{goto} statements referencing labels outside the
% current procedure. The following example shows the problem:
% \begin{verbatim}
% ...
%   procedure p1;
%   label
%     l1;
%
%     procedure p2;
%     begin
%       goto l1; // This goto ISN'T allowed
%     end;
%
%   begin
%     p2
%   l1:
%   end;
% ...
%
% \end{verbatim}
parser_f_too_complex_proc=03202_F_Procedure too complex, it requires too many registers
% Your procedure body is too long for the compiler. You should split the
% procedure into multiple smaller procedures.
parser_e_illegal_expression=03203_E_Illegal expression
% This can occur under many circumstances. Usually when trying to evaluate
% constant expressions.
parser_e_invalid_integer=03204_E_Invalid integer expression
% You made an expression which isn't an integer, and the compiler expects the
% result to be an integer.
parser_e_invalid_qualifier=03205_E_Illegal qualifier
% One of the following is happening :
% \begin{itemize}
% \item You're trying to access a field of a variable that is not a record.
% \item You're indexing a variable that is not an array.
% \item You're dereferencing a variable that is not a pointer.
% \end{itemize}
parser_e_upper_lower_than_lower=03206_E_High range limit < low range limit
% You are declaring a subrange, and the high limit is less than the low limit of
% the range.
parser_e_macpas_exit_wrong_param=03207_E_Exit's parameter must be the name of the procedure it is used in or of a surrounding procedure
% The parameter of a exit call in macpas mode must be either the name of the current subroutine or of a surrounding one
parser_e_illegal_assignment_to_count_var=03208_E_Illegal assignment to for-loop variable "$1"
% The type of a \var{for} loop variable must be an ordinal type.
% Loop variables cannot be reals or strings. You also cannot assign values to
% loop variables inside the loop (Except in Delphi and TP modes). Use a while or
% repeat loop instead if you need to do something like that, since those
% constructs were built for that.
parser_e_no_local_var_external=03209_E_Cannot declare local variable as EXTERNAL
% Declaring local variables as external is not allowed. Only global variables can reference
% external variables.
parser_e_proc_already_external=03210_E_Procedure is already declared EXTERNAL
% The procedure is already declared with the EXTERNAL directive in an interface or
% forward declaration.
parser_w_implicit_uses_of_variants_unit=03211_W_Implicit uses of Variants unit
% The Variant type is used in the unit without any used unit using the Variants unit. The
% compiler has implicitly added the Variants unit to the uses list. To remove this warning
% the Variants unit needs to be added to the uses statement.
parser_e_no_static_method_in_interfaces=03212_E_Class and static methods cannot be used in INTERFACES
% The specifier \var{class} and directive \var{static} cannot be used in interfaces
% because all methods of an interface must be public.
parser_e_arithmetic_operation_overflow=03213_E_Overflow in arithmetic operation
% An operation on two integer values produced an overflow.
parser_e_protected_or_private_expected=03214_E_Protected or private expected
% \var{strict} can be only used together with \var{protected} or \var{private}.
parser_e_illegal_slice=03215_E_SLICE cannot be used outside of parameter list
% \var{slice} can be used only for arguments accepting an open array parameter.
parser_e_dispinterface_cant_have_parent=03216_E_A DISPINTERFACE cannot have a parent class
% A DISPINTERFACE is a special type of interface which cannot have a parent class. Dispinterface always derive from IDispatch type.
parser_e_dispinterface_needs_a_guid=03217_E_A DISPINTERFACE needs a guid
% A DISPINTERFACE always needs an interface identification (a GUID).
parser_w_overridden_methods_not_same_ret=03218_W_Overridden methods must have a related return type. This code may crash, it depends on a Delphi parser bug ("$2" is overridden by "$1" which has another return type)
% If you declare overridden methods in a class definition, they must
% have the same return type. Some versions of Delphi allow you to change the
% return type of interface methods, and even to change procedures into
% functions, but the resulting code may crash depending on the types used
% and the way the methods are called.
parser_e_dispid_must_be_ord_const=03219_E_Dispatch IDs must be ordinal constants
% The \var{dispid} keyword must be followed by an ordinal constant (the dispid index).
parser_e_array_range_out_of_bounds=03220_E_The range of the array is too large
% Regardless of the size taken up by its elements, an array cannot have more
% than high(ptrint) elements. Additionally, the range type must be a subrange
% of ptrint.
parser_e_packed_element_no_var_addr=03221_E_The address cannot be taken of bit packed array elements and record fields
% If you declare an array or record as \var{packed} in Mac Pascal mode
% (or as \var{packed} in any mode with \var{\{\$bitpacking on\}}), it will
% be packed at the bit level. This means it becomes impossible to take addresses
% of individual array elements or record fields. The only exception to this rule
% is in the case of packed arrays elements whose packed size is a multiple of 8 bits.
parser_e_packed_dynamic_open_array=03222_E_Dynamic arrays cannot be packed
% Only regular (and possibly in the future also open) arrays can be packed.
parser_e_packed_element_no_loop=03223_E_Bit packed array elements and record fields cannot be used as loop variables
% If you declare an array or record as \var{packed} in Mac Pascal mode
% (or as \var{packed} in any mode with \var{\{\$bitpacking on\}}), it will
% be packed at the bit level. For performance reasons, they cannot be
% used as loop variables.
parser_e_type_var_const_only_in_records_and_classes=03224_E_VAR, TYPE and CONST are allowed only in records, objects and classes
% The usage of VAR, TYPE and CONST to declare new types inside an object is allowed only inside
% records, objects and classes.
parser_e_cant_create_generics_of_this_type=03225_E_This type cannot be a generic
% Only Classes, Objects, Interfaces and Records are allowed to be used as generic.
parser_w_no_lineinfo_use_switch=03226_W_Don't load LINEINFO unit manually, Use the -gl compiler switch instead
% Do not use the \file{lineinfo} unit directly, Use the \var{-gl} switch which
% automatically adds the correct unit for reading the selected type of debugging
% information. The unit that needs to be used depends on the type of
% debug information used when compiling the binary.
parser_e_no_funcret_specified=03227_E_No function result type specified for function "$1"
% The first time you declare a function you have to declare it completely,
% including all parameters and the result type.
parser_e_special_onlygenerics=03228_E_Specialization is only supported for generic types
% Types which are not generics cannot be specialized.
parser_e_no_generics_as_params=03229_E_Generics cannot be used as parameters when specializing generics
% When specializing a generic, only non-generic types can be used as parameters.
parser_e_type_object_constants=03230_E_Constants of objects containing a VMT are not allowed
% If an object requires a VMT either because it contains a constructor or virtual methods,
% it's not allowed to create constants of it. In TP and Delphi mode this is allowed
% for compatibility reasons.
parser_e_label_outside_proc=03231_E_Taking the address of labels defined outside the current scope isn't allowed
% It isn't allowed to take the address of labels outside the
% current procedure.
parser_e_initialized_not_for_external=03233_E_Cannot initialize variables declared as external
% Variables declared as external cannot be initialized with a default value.
parser_e_illegal_function_result=03234_E_Illegal function result type
% Some types like file types cannot be used as function result.
parser_e_no_common_type=03235_E_No common type possible between "$1" and "$2"
% To perform an operation on integers, the compiler converts both operands
% to their common type, which appears to be an invalid type. To determine the
% common type of the operands, the compiler takes the minimum of the minimal values
% of both types, and the maximum of the maximal values of both types. The common
% type is then minimum..maximum.
parser_e_no_generics_as_types=03236_E_Generics without specialization cannot be used as a type for a variable
% Generics must be always specialized before being used as variable type.
parser_w_register_list_ignored=03237_W_Register list is ignored for pure assembler routines
% When using pure assembler routines, the list with modified registers is ignored.
parser_e_implements_must_be_class_or_interface=03238_E_Implements property must have class or interface type
% A property which implements an interface must be of type class or interface.
parser_e_implements_must_have_correct_type=03239_E_Implements-property must implement interface of correct type, found "$1" expected "$2"
% A property which implements an interface actually implements a different interface.
parser_e_implements_must_read_specifier=03240_E_Implements-property must have read specifier
% A property  which implements an interface must have at least a read specifier.
parser_e_implements_must_not_have_write_specifier=03241_E_Implements-property must not have write-specifier
% A property  which implements an interface may not have a write specifier.
parser_e_implements_must_not_have_stored_specifier=03242_E_Implements-property must not have stored-specifier
% A property  which implements an interface may not have a stored specifier.
parser_e_implements_uses_non_implemented_interface=03243_E_Implements-property used on unimplemented interface: "$1"
% The interface which is implemented by a property is not an interface implemented by the class.
parser_e_unsupported_real=03244_E_Floating point not supported for this target
% The compiler parsed a floating point expression, but it is not supported.
parser_e_class_doesnt_implement_interface=03245_E_Class "$1" does not implement interface "$2"
% The delegated interface is not implemented by the class given in the implements clause.
parser_e_class_implements_must_be_interface=03246_E_Type used by implements must be an interface
% The \var{implements} keyword must be followed by an interface type.
parser_e_cant_export_var_different_name=03247_E_Variables cannot be exported with a different name on this target, add the name to the declaration using the "export" directive (variable name: $1, declared export name: $2)
% On most targets it is not possible to change the name under which a variable
% is exported inside the \var{exports} statement of a library.
% In that case, you have to specify the export name at the point where the
% variable is declared, using the \var{export} and \var{alias} directives.
parser_e_weak_external_not_supported=03248_E_Weak external symbols are not supported for the current target
% A "weak external" symbol is a symbol which may or may not exist at (either static
% or dynamic) link time. This concept may not be available (or implemented yet)
% on the current cpu/OS target.
parser_e_forward_mismatch=03249_E_Forward type definition does not match
% Classes and interfaces being defined forward must have the same type
% when being implemented. A forward interface cannot be changed into a class.
parser_n_ignore_lower_visibility=03250_N_Virtual method "$1" has a lower visibility ($2) than parent class $3 ($4)
% The virtual method overrides an method that is declared with a higher visibility. This might give
% unexpected results. E.g., in case the new visibility is private then a call to ``inherited'' in a
% new child class will call the higher-visible method in a parent class and ignores the private method.
parser_e_field_not_allowed_here=03251_E_Fields cannot appear after a method or property definition, start a new visibility section first
% Once a method or property has been defined in a class or object, you cannot define any fields afterwards
% without starting a new visibility section (such as \var{public}, \var{private}, etc.). The reason is
% that otherwise the source code can appear ambiguous to the compiler, since it is possible to use modifiers
% such as \var{default} and \var{register} also as field names.
parser_e_no_local_para_def=03252_E_Parameters or result types cannot contain local type definitions. Use a separate type definition in a type block.
% In Pascal, types are not considered to be identical simply because they are semantically equivalent.
% Two variables or parameters are only considered to be of the same type if they refer to the
% same type definition.
% As a result, it is not allowed to define new types inside parameter lists, because then it is impossible to
% refer to the same type definition in the procedure headers of the interface and implementation of a unit
% (both procedure headers would define a separate type). Keep in mind that expressions such as
% ``file of byte'' or ``string[50]'' also define a new type.
parser_e_abstract_and_sealed_conflict=03253_E_ABSTRACT and SEALED conflict
% ABSTRACT and SEALED cannot be used together in one declaration
parser_e_sealed_descendant=03254_E_Cannot create a descendant of the sealed class "$1"
% Sealed means that class cannot be derived by another class.
parser_e_sealed_class_cannot_have_abstract_methods=03255_E_SEALED class cannot have an ABSTRACT method
% Sealed means that class cannot be derived. Therefore no one class is able to override an abstract method in a sealed class.
parser_e_only_virtual_methods_final=03256_E_Only virtual methods can be final
% You are declaring a method as final, when it is not declared to be
% virtual.
parser_e_final_can_no_be_overridden=03257_E_Final method cannot be overridden: "$1"
% You are trying to \var{override} a virtual method of a parent class that does
% not exist.
parser_e_multiple_messages=03258_E_Only one message can be used per method.
% It is not possible to associate multiple messages with a single method.
parser_e_invalid_enumerator_identifier=03259_E_Invalid enumerator identifier: "$1"
% Only "MoveNext" and "Current" enumerator identifiers are supported.
parser_e_enumerator_identifier_required=03260_E_Enumerator identifier required
% "MoveNext" or "Current" identifier must follow the \var{enumerator} modifier.
parser_e_enumerator_movenext_is_not_valid=03261_E_Enumerator MoveNext pattern method is not valid. Method must be a function with the Boolean return type and no required arguments.
% "MoveNext" enumerator pattern method must be a function with Boolean return type and no required arguments
parser_e_enumerator_current_is_not_valid=03262_E_Enumerator Current pattern property is not valid. Property must have a getter.
% "Current" enumerator pattern property must have a getter
parser_e_only_one_enumerator_movenext=03263_E_Only one enumerator MoveNext method is allowed per class/object
% Class or Object can have only one enumerator MoveNext declaration.
parser_e_only_one_enumerator_current=03264_E_Only one enumerator Current property is allowed per class/object
% Class or Object can have only one enumerator Current declaration.
parser_e_for_in_loop_cannot_be_used_for_the_type=03265_E_For in loop cannot be used for the type "$1"
% For in loop can be used not for all types. For example it cannot be used for the enumerations with jumps.
parser_e_objc_requires_msgstr=03266_E_Objective-C messages require their Objective-C selector name to be specified using the "message" directive.
% Objective-C messages require their Objective-C name (selector name) to be specified using the \var{message `someName:'} procedure directive.
% While bindings to other languages automatically generate such names based on the identifier you use (by replacing
% all underscores with colons), this is unsafe since nothing prevents an Objective-C method name to contain actual
% colons.
parser_e_objc_no_constructor_destructor=03267_E_Objective-C does not have formal constructors nor destructors. Use the alloc, initXXX and dealloc messages.
% The Objective-C language does not have any constructors or destructors. While there are some messages with a similar
% purpose (such as \var{init} and \var{dealloc}), these cannot be identified using automatic parsers and do not
% guarantee anything like Pascal constructors/destructors (e.g., you have to take care of only calling ``designated''
% inherited ``constructors''). For these reasons, we have opted to follow the standard Objective-C patterns for
% instance creation/destruction.
parser_e_message_string_too_long=03268_E_Message name is too long (max. 255 characters)
% Due to compiler implementation reasons, message names are currently limited to 255 characters.
parser_e_objc_message_name_too_long=03269_E_Objective-C message symbol name for "$1" is too long
% Due to compiler implementation reasons, mangled message names (i.e., the symbol names used in the assembler
% code) are currently limited to 255 characters.
parser_h_no_objc_parent=03270_H_Defining a new Objective-C root class. To derive from another root class (e.g., NSObject), specify it as the parent class.
% If no parent class is specified for an Object Pascal class, then it automatically derives from TObject.
% Objective-C classes however do not automatically derive from NSObject, because one can have multiple
% root classes in Objective-C. For example, in the Cocoa framework both NSObject and NSProxy are root classes.
% Therefore, you have to explicitly define a parent class (such as NSObject) if you want to derive your
% Objective-C class from it.
parser_e_no_objc_published=03271_E_Objective-C classes cannot have published sections.
% In Object Pascal, ``published'' determines whether or not RTTI is generated. Since the Objective-C runtime always needs
% RTTI for everything, this specified does not make sense for Objective-C classes.
parser_f_need_objc=03272_F_This module requires an Objective-C mode switch to be compiled
% This error indicates the use of Objective-C language features without an Objective-C mode switch
% active. Enable one via the -M command line switch, or the {\$modeswitch x} directive.
parser_e_must_use_override=03273_E_Inherited methods can only be overridden in Objective-C and Java, add "override" (inherited method defined in $1)
parser_h_should_use_override=03274_H_Inherited methods can only be overridden in Objective-C and Java, add "override" (inherited method defined in $1).
% It is not possible to \var{reintroduce} methods in Objective-C or Java like in Object Pascal. Methods with the same
% name always map to the same virtual method entry. In order to make this clear in the source code,
% the compiler always requires the \var{override} directive to be specified when implementing overriding
% Objective-C or Java methods in Pascal. If the implementation is external, this rule is relaxed because Objective-C and Java
% do not have any \var{override}-style keyword (since it's the default and only behaviour in these languages),
% which makes it hard for automated header conversion tools to include it everywhere.
% The type in which the inherited method is defined is explicitly mentioned, because this may either
% be an objcclass or an objccategory in case of Objective-C.
parser_e_objc_message_name_changed=03275_E_Message name "$1" in inherited class is different from message name "$2" in current class.
% An overriding Objective-C method cannot have a different message name than an inherited method. The reason
% is that these message names uniquely define the message to the Objective-C runtime, which means that
% giving them a different message name breaks the ``override'' semantics.
parser_e_unique_unsupported=03276_E_It is not yet possible to make unique copies of Objective-C or Java types
% Duplicating an Objective-C or Java type using \var{type x = type y;} is not yet supported. You may be able to
% obtain the desired effect using \var{type x = objcclass(y) end;} resp.{} \var{type x = class(y) end;} instead.
parser_e_no_category_as_types=03277_E_Objective-C categories and Object Pascal class helpers cannot be used as types
% It is not possible to declare a variable as an instance of an Objective-C
% category or an Object Pascal class helper. A category/class helper adds
% methods to the scope of an existing class, but does not define a type by
% itself. An exception of this rule is when inheriting an Object Pascal class
% helper from another class helper.
parser_e_no_category_override=03278_E_Categories do not override, but replace methods. Use "reintroduce" instead.
parser_e_must_use_reintroduce_objc=03279_E_Replaced methods can only be reintroduced in Objective-C, add "reintroduce" (replaced method defined in $1).
parser_h_should_use_reintroduce_objc=03280_H_Replaced methods can only be reintroduced in Objective-C, add "reintroduce" (replaced method defined in $1).
% A category replaces an existing method in an Objective-C class, rather than that it overrides it.
% Calling an inherited method from an category method will call that method in
% the extended class' parent, not in the extended class itself. The
% replaced method in the original class is basically lost, and can no longer be
% called or referred to. This behaviour corresponds somewhat more closely to
% \var{reintroduce} than to \var{override} (although in case of \var{reintroduce}
% in Object Pascal, hidden methods are still reachable via inherited).
% The type in which the inherited method is defined is explicitly mentioned, because this may either
% be an objcclass or an objccategory.
parser_e_implements_getter_not_default_cc=03281_E_Getter for implements interface must use the target's default calling convention.
% Interface getters are called via a helper in the run time library, and hence
% have to use the default calling convention for the target (\var{register} on
% i386 and x86\_64, \var{stdcall} on other architectures).
parser_e_no_refcounted_typed_file=03282_E_Typed files cannot contain reference-counted types.
% The data in a typed file cannot be of a reference counted type (such as
% \var{ansistring} or a record containing a field that is reference counted).
parser_e_operator_not_overloaded_2=03283_E_Operator is not overloaded: $2 "$1"
% You are trying to use an overloaded operator when it is not overloaded for
% this type.
parser_e_operator_not_overloaded_3=03284_E_Operator is not overloaded: "$1" $2 "$3"
% You are trying to use an overloaded operator when it is not overloaded for
% this type.
parser_e_more_array_elements_expected=03285_E_Expected another $1 array elements
% When declaring a typed constant array, you provided to few elements to initialize the array
parser_e_string_const_too_long=03286_E_String constant too long while ansistrings are disabled
% Only when a piece of code is compiled with ansistrings enabled (\var{\{\$H+\}}), string constants
% longer than 255 characters are allowed.
parser_e_invalid_univ_para=03287_E_Type cannot be used as univ parameter because its size is unknown at compile time: "$1"
% \var{univ} parameters are compatible with all values of the same size, but this
% cannot be checked in case a parameter's size is unknown at compile time.
parser_e_only_one_class_constructor_allowed=03288_E_Only one class constructor can be declared in class: "$1"
% You are trying to declare more than one class constructor but only one class constructor can be declared.
parser_e_only_one_class_destructor_allowed=03289_E_Only one class destructor can be declared in class: "$1"
% You are trying to declare more than one class destructor but only one class destructor can be declared.
parser_e_no_paras_for_class_constructor=03290_E_Class constructors cannot have parameters
% You are declaring a class constructor with a parameter list. Class constructor methods
% cannot have parameters.
parser_e_no_paras_for_class_destructor=03291_E_Class destructors cannot have parameters
% You are declaring a class destructor with a parameter list. Class destructor methods
% cannot have parameters.
parser_f_modeswitch_objc_required=03292_F_This construct requires the \{\$modeswitch objectivec1\} mode switch to be active
% Objective-Pascal constructs are not supported when \{\$modeswitch ObjectiveC1\}
% is not active.
parser_e_widestring_to_ansi_compile_time=03293_E_Unicodechar/string constants cannot be converted to ansi/shortstring at compile-time
% It is not possible to use unicodechar and unicodestring constants in
% constant expressions that have to be converted into an ansistring or shortstring
% at compile time, for example inside typed constants. The reason is that the
% compiler cannot know what the actual ansi encoding will be at run time.
parser_e_objc_enumerator_2_0=03294_E_For-in Objective-Pascal loops require \{\$modeswitch ObjectiveC2\} to be active
% Objective-C ``fast enumeration'' support was added in Objective-C 2.0, and
% hence the appropriate modeswitch has to be activated to expose this feature.
% Note that Objective-C 2.0 programs require Mac OS X 10.5 or later.
parser_e_objc_missing_enumeration_defs=03295_E_The compiler cannot find the NSFastEnumerationProtocol or NSFastEnumerationState type in the CocoaAll unit
% Objective-C for-in loops (fast enumeration) require that the compiler can
% find a unit called CocoaAll that contains definitions for the
% NSFastEnumerationProtocol and NSFastEnumerationState types. If you get this
% error, most likely the compiler is finding and loading an alternate CocoaAll
% unit.
parser_e_no_procvarnested_const=03296_E_Typed constants of the type 'procedure is nested' can only be initialized with NIL and global procedures/functions
% A nested procedural variable consists of two components: the address of the
% procedure/function to call (which is always known at compile time), and also
% a parent frame pointer (which is never known at compile time) in case the
% procedural variable contains a reference to a nested procedure/function.
% Therefore such typed constants can only be initialized with global
% functions/procedures since these do not require a parent frame pointer.
parser_f_no_generic_inside_generic=03297_F_Declaration of generic inside another generic is not allowed
% At the moment, scanner supports recording of only one token buffer at the time
% (guarded by internal error 200511173 in tscannerfile.startrecordtokens).
% Since generics are implemented by recording tokens, it is not possible to
% have declaration of a generic (type or method) inside another generic.
parser_e_forward_intf_declaration_must_be_resolved=03298_E_Forward declaration "$1" must be resolved before a class can conform to or implement it
% An Objective-C protocol or Java Interface must be fully defined before classes can conform to it.
% This error occurs in the following situation (example for Objective-C, but the same goes for Java interfaces):
% \begin{verbatim}
%  Type MyProtocol = objcprotoocl;
%       ChildClass = Class(NSObject,MyProtocol)
%         ...
%       end;
% \end{verbatim}
% where \var{MyProtocol} is declared but not defined.
parser_e_no_record_published=03299_E_Record types cannot have published sections
% Published sections can be used only inside classes.
parser_e_no_destructor_in_records=03300_E_Destructors are not allowed in records or helpers
% Destructor declarations are not allowed in records or helpers.
parser_e_class_methods_only_static_in_records=03301_E_Class methods must be static in records
% Class methods declarations are not allowed in records without static modifier.
% Records have no inheritance and therefore non static class methods have no sense for them.
parser_e_no_parameterless_constructor_in_records=03302_E_Parameterless constructors are not allowed in records or record/type helpers
% Constructor declarations with no arguments are not allowed in records or record/type helpers.
parser_e_at_least_one_argument_must_be_of_type=03303_E_Either the result or at least one parameter must be of type "$1"
% It is required that either the result of the routine or at least one of its parameters be of the specified type.
% For example class operators either take an instance of the structured type in which they are defined, or they return one.
parser_e_cant_use_type_parameters_here=03304_E_Type parameters may require initialization/finalization - cannot be used in variant records
% Type parameters may be specialized with types which (e.g. \var{ansistring}) need initialization/finalization
% code which is implicitly generated by the compiler.
parser_e_externals_no_section=03305_E_Variables being declared as external cannot be in a custom section
% A section directive is not valid for variables being declared as external.
parser_e_section_no_locals=03306_E_Non-static and non-global variables cannot have a section directive
% A variable placed in a custom section is always statically allocated so it must be either a static or global variable.
parser_e_not_allowed_in_helper=03307_E_"$1" is not allowed in helper types
% Some directives and specifiers like "virtual", "dynamic", "override" are not
% allowed inside helper types in mode ObjFPC (they are ignored in mode Delphi),
% because they have no meaning within helpers. Also "abstract" isn't allowed in
% either mode.
parser_e_no_class_constructor_in_helpers=03308_E_Class constructors are not allowed in helpers
% Class constructor declarations are not allowed in helpers.
parser_e_inherited_not_in_record=03309_E_The use of "inherited" is not allowed in a record
% As records don't support inheritance the use of "inherited" is prohibited for
% these as well as for record helpers (in mode "Delphi" only).
parser_e_no_types_in_local_anonymous_records=03310_E_Type declarations are not allowed in local or anonymous records
% Records with types must be defined globally. Types cannot be defined inside records which are defined in a
% procedure or function or in anonymous records.
parser_e_duplicate_implements_clause=03311_E_Duplicate implements clause for interface "$1"
% A class may delegate an interface using the "implements" clause only to a single property. Delegating it multiple times
% is a error.
parser_e_mapping_no_implements=03312_E_Interface "$1" cannot be delegated by "$2", it already has method resolutions
% Method resolution clause maps a method of an interface to a method of the current class. Therefore the current class
% has to implement the interface directly. Delegation is not possible.
parser_e_implements_no_mapping=03313_E_Interface "$1" cannot have method resolutions, "$2" already delegates it
% Method resolution is only possible for interfaces that are implemented directly, not by delegation.
parser_e_invalid_codepage=03314_E_Invalid codepage
% When declaring a string with a given codepage, the range of valid codepages values is limited
% to 0 to 65535.
parser_e_final_only_const_var=03315_E_Only fields (var-sections) and constants can be final in object types
% A final (class) field must be assigned a single value in the (class) constructor, and cannot
% be overwritten afterwards. A final (typed) constant is read-only.
parser_e_final_only_external=03316_E_Final fields are currently only supported for external classes
% Support for final fields in non-external classes requires a full data flow
% analysis implementation in FPC, which it currently still lacks.
parser_e_no_typed_const=03317_E_Typed constants are not allowed here, only formal constants are
% Java interfaces define a namespace in which formal constant can be defined,
% but since they define no storage it is not possible to define typed constants
% in them (those are more or less the same as initialised class fields).
parser_e_java_no_inherited_constructor=03318_E_Constructors are not automatically inherited in the JVM; explicitly add a constructor that calls the inherited one if you need it
% Java does not automatically add inherited constructors to child classes, so that they can be hidden.
% For compatibility with external Java code, FPC does the same. If you require access to the same
% constructors in a child class, define them in the child class and call the inherited one from
% there.
parser_d_internal_parser_string=03319_D_Parsing internally generated code: $1
% The compiler sometimes internally constructs Pascal code that is subsequently
% injected into the program. These messages display such code, in order to help
% with debugging errors in them.
parser_e_feature_unsupported_for_vm=03320_E_This language feature is not supported on managed VM targets
% Certain language features are not supported on targets that are managed virtual machines.
parser_e_jvm_invalid_virtual_constructor_call=03321_E_Calling a virtual constructor for the current instance inside another constructor is not possible on the JVM target
% The JVM does not natively support virtual constructor. Unforunately, we are not aware of a way to
% emulate them in a way that makes it possible to support calling virtual constructors
% for the current instance inside another constructor.
parser_e_method_lower_visibility=03322_E_Overriding method "$1" cannot have a lower visibility ($2) than in parent class $3 ($4)
% The JVM does not allow lowering the visibility of an overriding method.
parser_e_nostackframe_without_assembler=03323_E_Procedure/Function declared with call option NOSTACKFRAME but without ASSEMBLER
% nostackframe call modifier is supposed to be used in conjunction with assembler.
parser_e_nostackframe_with_locals=03324_E_Procedure/Function declared with call option NOSTACKFRAME but local stack size is $1
% nostackframe call modifier used without assembler modifier
% might still generate local stack needs.
parser_e_cannot_generate_property_getter_setter=03325_E_Cannot generate property getter/setter $1 because its name clashes with existing identifier $2
% Automatically generated getters/setters cannot have the same name as existing
% identifiers, because this may change the behaviour of existing code.
parser_w_overriding_property_getter_setter=03326_W_Automatically generated property getter/setter $1 overrides the same-named getter/setter in class $2
% Automatically generated property getters/setters on the JVM platform are virtual methods, because
% the JVM does not support non-virtual methods that can be changed in child classes. This means
% that if a child class changes an inherited property definition, the behaviour of that property
% can change compared to native targets since even if a variable is declared as the parent type,
% by calling the virtual method the getter from the child will be used. This is different from
% the behaviour on native targets or when not activating automatically generated setters/getters,
% because in that case only the declared type of a variable influences the property behaviour.
parser_w_case_difference_auto_property_getter_setter_prefix=03327_W_Case mismatch between declared property getter/setter $1 and automatically constructed name $2, not changing declared name
% If a property's specified getter/setter already corresponded to the naming convention specified
% by the automatic getter/setter generation setting except in terms of upper/lowercase, the
% compiler will print a warning because it cannot necessarily change that other declaration itself
% not can it add one using the correct case (it could conflict with the original declaration).
% Manually correct the case of the getter/setter to conform to the desired coding rules.
% \var{TChild} overrides
parser_e_no_consts_in_local_anonymous_records=03328_E_Constants declarations are not allowed in local or anonymous records
% Records with constants must be defined globally. Constants cannot be defined inside records which are defined in a
% procedure or function or in anonymous records.
parser_e_no_methods_in_local_anonymous_records=03329_E_Method declarations are not allowed in local or anonymous records
% Records with methods must be defined globally. Methods cannot be defined inside records which are defined in a
% procedure or function or in anonymous records.
parser_e_no_properties_in_local_anonymous_records=03330_E_Property declarations are not allowed in local or anonymous records
% Records with properties must be defined globally. Properties cannot be defined inside records which are defined in a
% procedure or function or in anonymous records.
parser_e_no_class_in_local_anonymous_records=03331_E_Class member declarations are not allowed in local or anonymous records
% Records with class members must be defined globally. Class members cannot be defined inside records which are defined in a
% procedure or function or in anonymous records.
parser_e_not_allowed_in_record=03332_E_Visibility section "$1" not allowed in records
% The visibility sections \var(protected) and \var(strict protected) are only
% useful together with inheritance. Since records do not support that they are
% forbidden.
parser_e_dir_not_allowed=03333_E_Directive "$1" not allowed here
% This directive is not allowed in the given context. E.g. "static"
% is not allowed for instance methods or class operators.
parser_e_no_assembler_in_generic=03334_E_Assembler blocks not allowed inside generics
% The use of assembler blocks/routines is not allowed inside generics.
parser_e_property_only_sgr=03335_E_Properties can be only static, global or inside structured types
% Properties cannot be declared local, only global, using the static
% directive or inside structured types.
parser_e_overloaded_have_same_mangled_name=03336_E_Overloaded routines have the same mangled name
% Some platforms, such as the JVM platform, encode the parameters in the routine name in
% a prescribed way, and this encoding may map different Pascal types to the same encoded
% (a.k.a.\ ``mangled'') name. This error can only be solved by removing or changing the
% conflicting definitions' parameter declarations or routine names.
parser_e_default_value_val_const=03337_E_Default values can only be specified for value, const and constref parameters
% A default parameter value allows you to not specify a value for this parameter
% when calling the routine, and the compiler will instead pass the specified
% default (constant) value. As a result, default values can only be specified
% for parameters that can accept constant values.
parser_w_ptr_type_ignored=03338_W_Pointer type "$1" ignored
% The specified pointer type modifier is ignored, because it is not supported on
% the current platform. This happens, for example, when a far pointer is
% declared on a non-x86 platform.
parser_e_global_generic_references_static=03339_E_Generic template in interface section references symbol in implementation section
% A generic declared in the interface section of a unit must not reference symbols that belong
% solely to the implementation section of that unit.
parser_u_already_compiled=03340_UL_Unit $1 has been already compiled meanwhile.
% This tells you that the recursive reading of the uses clauses triggered already
% a compilation of the current unit, so the current compilation can be aborted.
parser_e_explicit_method_implementation_for_specializations_not_allowed=03341_E_Explicit implementation of methods for specializations of generics is not allowed
% Methods introduced in a generic must be implemented for the generic. It is not possible to implement them only for specializations.
parser_e_no_genfuncs_in_interfaces=03342_E_Generic methods are not allowed in interfaces
% Generic methods are not allowed in interfaces, because there is no way to specialize a suitable
% implementation.
parser_e_genfuncs_cannot_be_virtual=03343_E_Generic methods can not be virtual
% Generic methods can not be declared as virtual as there'd need to be a VMT entry for each
% specialization. This is however not possible with a static VMT.
parser_e_packages_not_supported=03344_E_Dynamic packages not supported for target OS
% Support for dynamic packages is not implemented for the specified target OS
% or it is at least not tested and thus disabled.
parser_e_cannot_use_hardfloat_in_a_softfloat_environment=03345_E_The HardFloat directive cannot be used if soft float code is generated or fpu emulation is turned on
% The \var{HardFloat} directive can only be used if an instruction set is used which supports floating point operations.
parser_e_invalid_internal_function_index=03346_E_Index $1 is not a valid internal function index
% The index specified for the \var{compilerproc} directive is not an index that's recognized
% by the compiler.
parser_w_operator_overloaded_hidden_3=03347_W_Operator overload hidden by internal operator: "$1" $2 "$3"
% An operator overload is defined for the specified overload, but the internal overload by the compiler
% takes precedence. This only happens for operators that had been overloadable before (e.g. dynamic array + dynamic array),
% but aren't anymore due to an internal operator being defined while this behavior is controllable by a modeswitch
% (in case of dynamic arrays that is the modeswitch \var{ArrayOperators}).
parser_e_threadvar_must_be_class=03348_E_Thread variables inside classes or records must be class variables
% A \var{threadvar} section inside a class or record was started without it being prefixed by \var{class}.
parser_e_only_static_members_via_object_type=03349_E_Only static methods and static variables can be referenced through an object type
% This error occurs in a situation like the following:
% \begin{verbatim}
% Type
%    TObj = object
%      procedure test;
%    end;
%
% begin
%   TObj.test;
% \end{verbatim}
% \var{test} is not a static method and hence cannot be called through a type, but only using an instance.
parser_e_callthrough_varargs=03350_E_Cannot redeclare C-style variadic function "$1" as external on this platform; make its first declaration already external
% If a function is declared normally in the interface or as a forward declaration, and then later as external, the compiler
% must generate a stub that calls the external function. Due to code generation limitations, this cannot be done on some
% platforms. Even on platforms where it is supported, this is quite inefficient.
parser_e_unbound_attribute=03351_E_Unbound custom attribute: "$1".
% A custom attribute is defined, but there is no identifier to bind it to.
parser_e_enumeration_out_of_range=03352_E_Enumeration symbols can only have values in the range of -2^31 to 2^31-1
% The size of enumeration values is limited to 4 bytes. As the value can be signed, the range
% of valid values is limited to a signed 32 Bit value (i.e. \var{longint}).
parser_w_enumeration_out_of_range=03353_W_Enumeration symbols can only have values in the range of -2^31 to 2^31-1
% The size of enumeration values is limited to 4 bytes. As the value can be signed, the range
% of valid values is limited to a signed 32 Bit value (i.e. \var{longint}).
parser_e_method_for_type_in_other_unit=03354_E_Implementing a method for type "$1" declared in another unit
% This error occurs if one tries to define a method for a type that is originally declared
% in a different unit.
parser_e_generic_constraints_not_allowed_here=03355_E_Generic constraint not allowed here
% At the current location specifying a constraint is not allowed. For example
% in delphi mode, a constraint might not be specified in the header of the implementation.
parser_e_location_size_too_small=03356_E_Explicit location is too small for parameter
% AmigaOS/MorphOS syscall specific: for int64/qword parameter only a single register location is specified
parser_e_location_size_too_large=03357_E_Explicit location size is larger than required by parameter
% AmigaOS/MorphOS syscall specific: for a parameter which is smaller than 64bit, a register pair is specified
parser_e_location_regpair_only_data=03358_E_Only data registers are supported for explicit location register pairs
% AmigaOS/MorphOS syscall specific: for 64bit register pairs, only data registers are supported
parser_e_location_regpair_only_consecutive=03359_E_Only consecutive registers are supported for explicit location register pairs
% MorphOS syscall specific: only consecutive (f.e.: d1-d2) registers are supported for 64bit register pairs
parser_e_constructurs_cannot_take_type_parameters=03360_E_Constructors cannot take type parameters
% The use of type parameters in constructors is not allowed.
%
% \end{description}
%
# Type Checking
#
# 04128 is the last used one
#
% \section{Type checking errors}
% This section lists all errors that can occur when type checking is
% performed.
% \begin{description}
type_e_mismatch=04000_E_Type mismatch
% This can happen in many cases:
% \begin{itemize}
% \item The variable you're assigning to is of a different type than the
% expression in the assignment.
% \item You are calling a function or procedure with parameters that are
% incompatible with the parameters in the function or procedure definition.
% \end{itemize}
type_e_incompatible_types=04001_E_Incompatible types: got "$1" expected "$2"
% There is no conversion possible between the two types.
% Another possibility is that they are declared in different
% declarations:
% \begin{verbatim}
% Var
%    A1 : Array[1..10] Of Integer;
%    A2 : Array[1..10] Of Integer;
%
% Begin
%    A1:=A2; { This statement also gives this error. It
%              is due to the strict type checking of Pascal }
% End.
% \end{verbatim}
type_e_not_equal_types=04002_E_Type mismatch between "$1" and "$2"
% The types are not equal.
type_e_type_id_expected=04003_E_Type identifier expected
% The identifier is not a type, or you forgot to supply a type identifier.
type_e_variable_id_expected=04004_E_Variable identifier expected
% This happens when you pass a constant to a routine (such as \var{Inc} var or \var{Dec})
% when it expects a variable. You can only pass variables as arguments to these functions.
type_e_integer_expr_expected=04005_E_Integer expression expected, but got "$1"
% The compiler expects an expression of type integer, but gets a different
% type.
type_e_boolean_expr_expected=04006_E_Boolean expression expected, but got "$1"
% The expression must be a boolean type. It should be return \var{True} or
% \var{False}.
type_e_ordinal_expr_expected=04007_E_Ordinal expression expected
% The expression must be of ordinal type, i.e., maximum a \var{Longint}.
% This happens, for instance, when you specify a second argument
% to \var{Inc} or \var{Dec} that doesn't evaluate to an ordinal value.
type_e_pointer_type_expected=04008_E_Pointer type expected, but got "$1"
% The variable or expression isn't of the type \var{pointer}. This
% happens when you pass a variable that isn't a pointer to \var{New}
% or \var{Dispose}.
type_e_class_type_expected=04009_E_Class type expected, but got "$1"
% The variable or expression isn't of the type \var{class}. This happens
% typically when
% \begin{enumerate}
% \item The parent class in a class declaration isn't a class.
% \item An exception handler (\var{On}) contains a type identifier that
% isn't a class.
% \end{enumerate}
type_e_cant_eval_constant_expr=04011_E_Can't evaluate constant expression
% This error can occur when the bounds of an array you declared do
% not evaluate to ordinal constants.
type_e_set_element_are_not_comp=04012_E_Set elements are not compatible
% You are trying to perform an operation on two sets, when the set element types
% are not the same. The base type of a set must be the same when taking the
% union.
type_e_set_operation_unknown=04013_E_Operation not implemented for sets
% several binary operations are not defined for sets.
% These include: \var{div}, \var{mod}, \var{**}, \var{>=} and \var{<=}.
% The last two may be  defined for sets in the future.
type_w_convert_real_2_comp=04014_W_Automatic type conversion from floating type to COMP which is an integer type
% An implicit type conversion from a real type to a \var{comp} is
% encountered. Since \var{comp} is a 64 bit integer type, this may indicate
% an error.
type_h_use_div_for_int=04015_H_Use DIV instead to get an integer result
% When hints are on, then an integer division with the '/' operator will
% produce this message, because the result will then be of type real.
type_e_strict_var_string_violation=04016_E_String types have to match exactly in $V+ mode
% When compiling in \var{\{\$V+\}} mode, the string you pass as a parameter
% should be of the exact same type as the declared parameter of the procedure.
type_e_succ_and_pred_enums_with_assign_not_possible=04017_E_Succ or Pred on enums with assignments not possible
% If you declare an enumeration type which has C-like assignments
% in it, such as in the following:
% \begin{verbatim}
%   Tenum = (a,b,e:=5);
% \end{verbatim}
% then you cannot use the \var{Succ} or \var{Pred} functions with this enumeration.
type_e_cant_read_write_type=04018_E_Can't read or write variables of this type
% You are trying to \var{read} or \var{write} a variable from or to a
% file of type text, which doesn't support that variable's type.
% Only integer types, reals, pchars and strings can be read from or
% written to a text file. Booleans can only be written to text files.
type_e_no_readln_writeln_for_typed_file=04019_E_Can't use readln or writeln on typed file
% \var{readln} and \var{writeln} are only allowed for text files.
type_e_no_read_write_for_untyped_file=04020_E_Can't use read or write on untyped file.
% \var{read} and \var{write} are only allowed for text or typed files.
type_e_typeconflict_in_set=04021_E_Type conflict between set elements
% There is at least one set element which is of the wrong type, i.e. not of
% the set type.
type_w_maybe_wrong_hi_lo=04022_W_lo/hi(dword/qword) returns the upper/lower word/dword
% \fpc supports an overloaded version of \var{lo/hi} for \var{longint/dword/int64/qword}
% which returns the lower/upper word/dword of the argument. \tp always uses
% a 16 bit \var{lo/hi} which always returns bits 0..7 for \var{lo} and the
% bits 8..15 for \var{hi}. If you want the \tp behavior you have
% to type cast the argument to a \var{word} or \var{integer}.
type_e_integer_or_real_expr_expected=04023_E_Integer or real expression expected
% The first argument to \var{str} must be a real or integer type.
type_e_wrong_type_in_array_constructor=04024_E_Wrong type "$1" in array constructor
% You are trying to use a type in an array constructor which is not
% allowed.
type_e_wrong_parameter_type=04025_E_Incompatible type for arg no. $1: Got "$2", expected "$3"
% You are trying to pass an invalid type for the specified parameter.
type_e_no_method_and_procedure_not_compatible=04026_E_Method (variable) and Procedure (variable) are not compatible
% You cannot assign a method to a procedure variable or a procedure to a
% method pointer.
type_e_wrong_math_argument=04027_E_Illegal constant passed to internal math function
% The constant argument passed to a \var{ln} or \var{sqrt} function is out of
% the definition range of these functions.
type_e_no_addr_of_constant=04028_E_Can't take the address of constant expressions
% It is not possible to get the address of a constant expression, because they
% are not stored in memory. You can try making it a typed constant. This error
% can also be displayed if you try to pass a property to a var parameter.
type_e_argument_cant_be_assigned=04029_E_Argument cannot be assigned to
% Only expressions which can be on the left side of an
% assignment can be passed as call by reference arguments.
%
% Remark: Properties can be used on the left side of an assignment,
% nevertheless they cannot be used as arguments.
type_e_cannot_local_proc_to_procvar=04030_E_Can't assign local procedure/function to procedure variable
% It's not allowed to assign a local procedure/function to a
% procedure variable, because the calling convention of a local procedure/function is
% different. You can only assign local procedure/function to a void pointer.
type_e_no_assign_to_addr=04031_E_Can't assign values to an address
% It is not allowed to assign a value to an address of a variable, constant,
% procedure or function. You can try compiling with -So if the identifier
% is a procedure variable.
type_e_no_assign_to_const=04032_E_Can't assign values to const variable
% It's not allowed to assign a value to a variable which is declared
% as a const. This is normally a parameter declared as const. To allow
% changing the value, pass the parameter by value, or a parameter by reference
% (using var).
type_e_array_required=04033_E_Array type required
% If you are accessing a variable using an index '[<x>]' then
% the type must be an array. In FPC mode a pointer is also allowed.
type_e_interface_type_expected=04034_E_Interface type expected, but got "$1"
% The compiler expected to encounter an interface type name, but got something else.
% The following code would produce this error:
% \begin{verbatim}
% Type
%   TMyStream = Class(TStream,Integer)
% \end{verbatim}
type_h_mixed_signed_unsigned=04035_H_Mixing signed expressions and longwords gives a 64bit result
% If you divide (or calculate the modulus of) a signed expression by a longword (or vice versa),
% or if you have overflow and/or range checking turned on and use an arithmetic
% expression (+, -, *, div, mod) in which both signed numbers and longwords appear,
% then everything has to be evaluated in 64-bit arithmetic which is slower than normal
% 32-bit arithmetic. You can avoid this by typecasting one operand so it
% matches the result type of the other one.
type_w_mixed_signed_unsigned2=04036_W_Mixing signed expressions and cardinals here may cause a range check error
% If you use a binary operator (and, or, xor) and one of
% the operands is a longword while the other one is a signed expression, then,
% if range checking is turned on, you may get a range check error because in
% such a case both operands are converted to longword before the operation is
% carried out. You can avoid this by typecasting one operand so it
% matches the result type of the other one.
type_e_typecast_wrong_size_for_assignment=04037_E_Typecast has different size ($1 -> $2) in assignment
% Type casting to a type with a different size is not allowed when the variable is
% used in an assignment.
type_e_array_index_enums_with_assign_not_possible=04038_E_Enums with assignments cannot be used as array index
% When you declared an enumeration type which has C-like
% assignments, such as in the following:
% \begin{verbatim}
%   Tenum = (a,b,e:=5);
% \end{verbatim}
% you cannot use it as the index of an array.
type_e_classes_not_related=04039_E_Class or Object types "$1" and "$2" are not related
% There is a typecast from one class or object to another while the class/object
% are not related. This will probably lead to errors.
type_w_classes_not_related=04040_W_Class types "$1" and "$2" are not related
% There is a typecast from one class to another while the classes
% are not related. This will probably lead to errors.
type_e_class_or_interface_type_expected=04041_E_Class or interface type expected, but got "$1"
% The compiler expected a class or interface name, but got another type or identifier.
type_e_type_is_not_completly_defined=04042_E_Type "$1" is not completely defined
% This error occurs when a type is not complete: i.e. a pointer type which points to
% an undefined type.
type_w_string_too_long=04043_W_String literal has more characters than short string length
% The size of the constant string, which is assigned to a shortstring,
% is longer than the maximum size of the shortstring (255 characters).
type_w_comparison_always_false=04044_W_Comparison might be always false due to range of constant and expression
% There is a comparison between a constant and an expression where the constant is out of the
% valid range of values of the expression. Because of type promotion, the statement will always evaluate to
% false. Explicitly typecast the constant or the expression to the correct range to avoid this warning
% if you think the code is correct.
type_w_comparison_always_true=04045_W_Comparison might be always true due to range of constant and expression
% There is a comparison between a constant and an expression where the constant is out of the
% valid range of values of the expression. Because of type promotion, the statement will always evaluate to
% true. Explicitly typecast the constant or the expression to the correct range to avoid this warning
% if you think the code is correct.
type_w_instance_with_abstract=04046_W_Constructing a class "$1" with abstract method "$2"
% An instance of a class is created which contains non-implemented abstract
% methods. This will probably lead to a runtime error 211 in the code if that
% routine is ever called. All abstract methods should be overridden.
type_h_in_range_check=04047_H_The left operand of the IN operator should be byte sized
% The left operand of the \var{in} operator is not an ordinal or enumeration which fits
% within 8 bits. This may lead to range check errors. The \var{in} operator
% currently only supports a left operand which fits within a byte. In the case of
% enumerations, the size of an element of an enumeration can be controlled with
% the \var{\{\$PACKENUM\}} or \var{\{\$Zn\}} switches.
type_w_smaller_possible_range_check=04048_W_Type size mismatch, possible loss of data / range check error
% There is an assignment to a smaller type than the source type. This means that
% this may cause a range-check error, or may lead to possible loss of data.
type_h_smaller_possible_range_check=04049_H_Type size mismatch, possible loss of data / range check error
% There is an assignment to a smaller type than the source type. This means that
% this may cause a range-check error, or may lead to possible loss of data.
type_e_cant_take_address_of_abstract_method=04050_E_The address of an abstract method cannot be taken
% An abstract method has no body, so the address of an abstract method cannot be taken.
type_e_assignment_not_allowed=04051_E_Assignments to formal parameters and open arrays are not possible
% You are trying to assign a value to a formal (untyped var, const or out)
% parameter, or to an open array.
type_e_constant_expr_expected=04052_E_Constant Expression expected
% The compiler expects an constant expression, but gets a variable expression.
type_e_operator_not_supported_for_types=04053_E_Operation "$1" not supported for types "$2" and "$3"
% The operation is not allowed for the supplied types.
type_e_illegal_type_conversion=04054_E_Illegal type conversion: "$1" to "$2"
% When doing a type-cast, you must take care that the sizes of the variable and
% the destination type are the same.
type_h_pointer_to_longint_conv_not_portable=04055_H_Conversion between ordinals and pointers is not portable
% If you typecast a pointer to a longint (or vice-versa), this code will not compile
% on a machine using 64 bits addressing.
type_w_pointer_to_longint_conv_not_portable=04056_W_Conversion between ordinals and pointers is not portable
% If you typecast a pointer to an ordinal type of a different size (or vice-versa), this can
% cause problems. This is a warning to help in finding the 32-bit specific code where cardinal/longint is used
% to typecast pointers to ordinals. A solution is to use the ptrint/ptruint types instead.
type_e_cant_choose_overload_function=04057_E_Can't determine which overloaded function to call
% You're calling overloaded functions with a parameter that doesn't correspond
% to any of the declared function parameter lists. e.g. when you have declared
% a function with parameters \var{word} and \var{longint}, and then you call
% it with a parameter which is of type \var{integer}.
type_e_illegal_count_var=04058_E_Illegal counter variable
% The type of a \var{for} loop variable must be an ordinal type.
% Loop variables cannot be reals or strings.
type_w_double_c_varargs=04059_W_Converting constant real value to double for C variable argument, add explicit typecast to prevent this.
% In C, constant real values are double by default. For this reason, if you
% pass a constant real value to a variable argument part of a C function, FPC
% by default converts this constant to double as well. If you want to prevent
% this from happening, add an explicit typecast around the constant.
type_e_class_or_cominterface_type_expected=04060_E_Class or COM interface type expected, but got "$1"
% Some operators, such as the AS operator, are only applicable to classes or COM interfaces.
type_e_no_const_packed_array=04061_E_Constant packed arrays are not yet supported
% You cannot declare a (bit)packed array as a typed constant.
type_e_got_expected_packed_array=04062_E_Incompatible type for arg no. $1: Got "$2" expected "(Bit)Packed Array"
% The compiler expects a (bit)packed array as the specified parameter.
type_e_got_expected_unpacked_array=04063_E_Incompatible type for arg no. $1: Got "$2" expected "(not packed) Array"
% The compiler expects a regular (i.e., not packed) array as the specified parameter.
type_e_no_packed_inittable=04064_E_Elements of packed arrays cannot be of a type which need to be initialised
% Support for packed arrays of types that need initialization
% (such as ansistrings, or records which contain ansistrings) is not yet implemented.
type_e_no_const_packed_record=04065_E_Constant packed records and objects are not yet supported
% You cannot declare a (bit)packed array as a typed constant at this time.
type_w_untyped_arithmetic_unportable=04066_W_Arithmetic "$1" on untyped pointer is unportable to {$T+}, suggest typecast
% Addition/subtraction from an untyped pointer may work differently in \var{\{\$T+\}}.
% Use a typecast to a typed pointer.
type_e_cant_take_address_of_local_subroutine=04076_E_Can't take address of a subroutine marked as local
% The address of a subroutine marked as local cannot be taken.
type_e_cant_export_local=04077_E_Can't export subroutine marked as local from a unit
% A subroutine marked as local cannot be exported from a unit.
type_e_not_automatable=04078_E_Type is not automatable: "$1"
% Only byte, integer, longint, smallint, currency, single, double, ansistring,
% widestring, tdatetime, variant, olevariant, wordbool and all interfaces are automatable.
type_h_convert_add_operands_to_prevent_overflow=04079_H_Converting the operands to "$1" before doing the add could prevent overflow errors.
% Adding two types can cause overflow errors. Since you are converting the result to a larger type, you
% could prevent such errors by converting the operands to this type before doing the addition.
type_h_convert_sub_operands_to_prevent_overflow=04080_H_Converting the operands to "$1" before doing the subtract could prevent overflow errors.
% Subtracting two types can cause overflow errors. Since you are converting the result to a larger type, you
% could prevent such errors by converting the operands to this type before doing the subtraction.
type_h_convert_mul_operands_to_prevent_overflow=04081_H_Converting the operands to "$1" before doing the multiply could prevent overflow errors.
% Multiplying two types can cause overflow errors. Since you are converting the result to a larger type, you
% could prevent such errors by converting the operands to this type before doing the multiplication.
type_w_pointer_to_signed=04082_W_Converting pointers to signed integers may result in wrong comparison results and range errors, use an unsigned type instead.
% The virtual address space on 32-bit machines runs from \$00000000 to \$ffffffff.
% Many operating systems allow you to allocate memory above \$80000000.
% For example both \windows and \linux allow pointers in the range \$0000000 to \$bfffffff.
% If you convert pointers to signed types, this can cause overflow and range check errors,
% but also \$80000000 < \$7fffffff. This can cause random errors in code like "if p>q".
type_e_interface_has_no_guid=04083_E_Interface type $1 has no valid GUID
% When applying the as-operator to an interface or class, the desired interface (i.e. the right operand of the
% as-operator) must have a valid GUID.
type_e_invalid_objc_selector_name=04084_E_Invalid selector name "$1"
% An Objective-C selector cannot be empty, must be a valid identifier or a single colon,
% and if it contains at least one colon it must also end in one.
type_e_expected_objc_method_but_got=04085_E_Expected Objective-C method, but got $1
% A selector can only be created for Objective-C methods, not for any other kind
% of procedure/function/method.
type_e_expected_objc_method=04086_E_Expected Objective-C method or constant method name
% A selector can only be created for Objective-C methods, either by specifying
% the name using a string constant, or by using an Objective-C method identifier
% that is visible in the current scope.
type_e_no_type_info=04087_E_No type info available for this type
% Type information is not generated for some types, such as enumerations with gaps
% in their value range (this includes enumerations whose lower bound is different
% from zero).
type_e_ordinal_or_string_expr_expected=04088_E_Ordinal or string expression expected
% The expression must be an ordinal or string type.
type_e_string_expr_expected=04089_E_String expression expected
% The expression must be a string type.
type_w_zero_to_nil=04090_W_Converting 0 to NIL
% Use NIL rather than 0 when initialising a pointer.
type_e_protocol_type_expected=04091_E_Objective-C protocol type expected, but got "$1"
% The compiler expected a protocol type name, but found something else.
type_e_objc_type_unsupported=04092_E_The type "$1" is not supported for interaction with the Objective-C and the blocks runtime.
% Objective-C and Blocks make extensive use of run time type information (RTTI). This format
% is defined by the maintainers of the run time and can therefore not be adapted
% to all possible Object Pascal types. In particular, types that depend on
% reference counting by the compiler (such as ansistrings and certain kinds of
% interfaces) cannot be used as fields of Objective-C classes, cannot be
% directly passed to Objective-C methods or Blocks, and cannot be encoded using \var{objc\_encode}.
type_e_class_or_objcclass_type_expected=04093_E_Class or objcclass type expected, but got "$1"
% It is only possible to create class reference types of \var{class} and \var{objcclass}
type_e_objcclass_type_expected=04094_E_Objcclass type expected
% The compiler expected an \var{objcclass} type
type_w_procvar_univ_conflicting_para=04095_W_Coerced univ parameter type in procedural variable may cause crash or memory corruption: $1 to $2
% \var{univ} parameters are implicitly compatible with all types of the same size,
% also in procedural variable definitions. That means that the following code is
% legal, because \var{single} and \var{longint} have the same size:
% \begin{verbatim}
% {$mode macpas}
% Type
%   TIntProc = procedure (l: univ longint);
%
%   procedure test(s: single);
%     begin
%       writeln(s);
%     end;
%
%   var
%     p: TIntProc;
%   begin
%     p:=test;
%     p(4);
%   end.
% \end{verbatim}
% This code may however crash on platforms that pass integers in registers and
% floating point values on the stack, because then the stack will be unbalanced.
% Note that this warning will not flag all potentially dangerous situations.
% when \var{test} returns.
type_e_generics_cannot_reference_itself=04096_E_Type parameters of specializations of generics cannot reference the currently specialized type
% Recursive specializations of generics like \var{Type MyType = specialize MyGeneric<MyType>;} are not possible.
type_e_type_parameters_are_not_allowed_here=04097_E_Type parameters are not allowed on non-generic class/record/object procedure or function
% Type parameters are only allowed for methods of generic classes, records or objects
type_e_generic_declaration_does_not_match=04098_E_Generic declaration of "$1" differs from previous declaration
% Generic declaration does not match the previous declaration
type_e_helper_type_expected=04099_E_Helper type expected
% The compiler expected a \var{class helper} type.
type_e_record_type_expected=04100_E_Record type expected
% The compiler expected a \var{record} type.
type_e_class_helper_must_extend_subclass=04101_E_Derived class helper must extend a subclass of "$1" or the class itself
% If a class helper inherits from another class helper the extended class must
% extend either the same class as the parent class helper or a subclass of it
type_e_record_helper_must_extend_same_record=04102_E_Derived record or type helper must extend "$1"
% If a record helper inherits from another record helper it must extend the same
% record that the parent record helper extended.
type_e_procedures_return_no_value=04103_E_Invalid assignment, procedures return no value
% This error occurs when one tries to assign the result of a procedure or destructor call.
% A procedure or destructor returns no value so this is not
% possible.
type_w_implicit_string_cast=04104_W_Implicit string type conversion from "$1" to "$2"
% An implicit type conversion from an ansi string type to an unicode string type is
% encountered. To avoid this warning perform an explicit type conversion.
type_w_implicit_string_cast_loss=04105_W_Implicit string type conversion with potential data loss from "$1" to "$2"
% An implicit type conversion from an unicode string type to an ansi string type is
% encountered. This conversion can lose data since not all unicode characters may be represented in the codepage of
% destination string type.
type_w_explicit_string_cast=04106_-W_Explicit string typecast from "$1" to "$2"
% An explicit typecast from an ansi string type to an unicode string type is
% encountered. This warning is off by default. You can turn it on to see all suspicious string conversions.
type_w_explicit_string_cast_loss=04107_-W_Explicit string typecast with potential data loss from "$1" to "$2"
% An explicit typecast from an unicode string type to an ansi string type is
% encountered. This conversion can lose data since not all unicode characters may be represented in the codepage of
% destination string type. This warning is off by default. You can turn it on to see all the places with lossy string
% conversions.
type_w_unicode_data_loss=04108_W_Unicode constant cast with potential data loss
% Conversion from a WideChar to AnsiChar can lose data since now all unicode characters may be represented in the current
% system codepage
% You can nest function definitions only 31 levels deep.
type_e_range_check_error_bounds=04109_E_Range check error while evaluating constants ($1 must be between $2 and $3)
type_w_range_check_error_bounds=04110_W_Range check error while evaluating constants ($1 must be between $2 and $3)
% The constants are outside their allowed range.
type_e_type_not_allowed_for_default=04111_E_This type is not supported for the Default() intrinsic
% Some types like for example Text and File Of X are not supported by the Default intrinsic.
type_e_java_class_method_not_static_virtual=04112_E_JVM virtual class methods cannot be static
% Virtual class methods cannot be static when targeting the JVM platform, because
% the self pointer is required for correct dispatching.
type_e_invalid_final_assignment=04113_E_Final (class) fields can only be assigned in their class' (class) constructor
% It is only possible to assign a value to a final (class) field inside a (class) constructor of its owning class.
type_e_no_managed_formal_assign_typecast=04114_E_It is not possible to typecast untyped parameters on managed platforms, simply assign a value to them instead.
% On managed platforms, untyped parameters are translated by the compiler into
% the equivalent of \var{var x: BaseClassType}. Non-class-based types passed to
% such parameters are automatically wrapped (or boxed) in a class, and after the
% call the potentially modified value is assigned back to the original variable.
% On the caller side, changing untyped var/out parameters happens by simply assigning
% values to them (either class-based or primitive ones). On the caller side,
% they will be extracted and if their type does not match the original variable's,
% an exception will be raised.
type_e_no_managed_assign_generic_typecast=04115_E_The assignment side of an expression cannot be typecasted to a supertype on managed platforms
% Managed platforms guarantee type safety at the bytecode level. This means that the virtual machine must be able
% to statically determine that no type-unsafe assignments or operations occur. By assigning a parent class type to a
% variable of a child type by typecasting the assignment side to the parent class type, the type safety would no
% longer be guaranteed and the generated code would fail verification at run time time.
type_w_interface_lower_visibility=04116_-W_The interface method "$1" raises the visibility of "$2" to public when accessed via an interface instance
type_e_interface_lower_visibility=04117_E_The interface method "$1" has a higher visibility (public) than "$2"
% All methods in an interface have always public visibility. That means that if
% an interface method is implemented using a (strict) protected or private method,
% this method is actually publicly accessible via the interface. On the JVM
% target this situation results in an error because the JVM rejects such
% attempts to circumvent the visibility rules. On other targets this is a
% warning that is disabled by default because such situations are common
% practice, but it can be enabled in case you are concerned with keeping your
% code compilable for the JVM target.
type_e_typeof_requires_vmt=04118_E_TYPEOF can only be used on object types with VMT
% Typeof() intrinsic returns pointer to VMT of its argument. It cannot be used on object types that do not have VMT.
type_e_invalid_default_value=04119_E_It is not possible to define a default value for a parameter of type "$1"
% Parameters declared as structured types, such as files, variants, non-dynamic
% arrays and TP-style objects, cannot have a default value.
type_e_type_not_allowed_for_type_helper=04120_E_Type "$1" cannot be extended by a type helper
% Types like procedural variables cannot be extended by type helpers
type_e_procedure_must_be_far=04121_E_Procedure or function must be far in order to allow taking its address: "$1"
% In certain i8086 memory models (medium, large and huge), procedures and functions
% have to be declared 'far' in order to allow their address to be taken.
type_w_instance_abstract_class=04122_W_Creating an instance of abstract class "$1"
% The specified class is declared as \var{abstract} and thus no instance of this class
% should be created. This is merely a warning for Delphi compatibility.
type_e_function_reference_kind=04123_E_Subroutine references cannot be declared as "of object" or "is nested", they can always refer to any kind of subroutine
% Subroutine references can refer to any kind of subroutine and hence do not
% require specialisation for methods or nested subroutines.
type_e_seg_procvardef_wrong_memory_model=04124_E_Procedure variables in that memory model do not store segment information
type_w_empty_constant_range_set=04125_W_The first value of a set constructur range is greater then the second value, so the range describes an empty set.
% If a set is constructed like this: \var{s:=[9..7];]}, then an empty set is generated. As this is something normally not desired, the compiler warns about it.
type_e_cblock_callconv=04126_E_C block reference must use CDECL or MWPASCAL calling convention.
% When declaring a C block reference ensure that it uses either the \var{cdecl} or \var{mwpascal}
% calling convention either by adding the corresponding function directive or by using the
% \var{\{\$Calling\}} compiler directive.
type_e_forward_interface_type_does_not_match=04127_E_The interface type of the forward declaration and the declared interface type do not match for interface $1
% When declaring an interface forward, the interface type must be the same as at the actual declaration of the interface.
% This is in particular important with regard to the parent interface which implicitly sets the interface type for the
% child interface.
type_e_generic_const_type_not_allowed=04128_E_Type not allowed for generic constant parameter: $1
% Only types that can also be used (indirectly) for untyped constants can be used as a
% type for a generic constant parameter.
type_e_cant_read_write_type_in_iso_mode=04129_E_Can't read or write variables of this type in iso mode
% You are trying to \var{read} or \var{write} a variable from or to a
% file of type text, which doesn't support that variable's type in the selected language mode (iso mode).
type_w_array_size_does_not_match_size_of_constant_string=04130_W_The length of the constant string (length is $1) must be equal to the number of array elements ($2 elements)
% ISO Pascal requires that string constants have the same length as the array to which them they are assigned.
%
% \end{description}
#
# Symtable
#
# 05098 is the last used one
#
% \section{Symbol handling}
% This section lists all the messages that concern the handling of symbols.
% This means all things that have to do with procedure and variable names.
% \begin{description}
sym_e_id_not_found=05000_E_Identifier not found "$1"
% The compiler doesn't know this symbol. Usually happens when you misspell
% the name of a variable or procedure, or when you forget to declare a
% variable.
sym_f_internal_error_in_symtablestack=05001_F_Internal Error in SymTableStack()
% An internal error occurred in the compiler; If you encounter such an error,
% please contact the developers and try to provide an exact description of
% the circumstances in which the error occurs.
sym_e_duplicate_id=05002_E_Duplicate identifier "$1"
% The identifier was already declared in the current scope.
sym_h_duplicate_id_where=05003_H_Identifier already defined in $1 at line $2
% The identifier was already declared in a previous scope.
sym_e_unknown_id=05004_E_Unknown identifier "$1"
% The identifier encountered has not been declared, or is used outside the
% scope where it is defined.
sym_e_forward_not_resolved=05005_E_Forward declaration not solved "$1"
% This can happen in two cases:
% \begin{itemize}
% \item You declare a function in the \var{interface} part, or
% with a \var{forward} directive, but do not implement it.
% \item You reference a type which isn't declared in the current \var{type}
% block.
% \end{itemize}
sym_e_error_in_type_def=05007_E_Error in type definition
% There is an error in your definition of a new array type.
% One of the range delimiters in an array declaration is erroneous.
% For example, \var{Array [1..1.25]} will trigger this error.
sym_e_forward_type_not_resolved=05009_E_Forward type not resolved "$1"
% A symbol was forward defined, but no declaration was encountered.
sym_e_only_static_in_static=05010_E_Only static variables can be used in static methods or outside methods
% A static method of an object can only access static variables.
sym_e_type_must_be_rec_or_object_or_class=05012_E_Record or object or class type expected
% The variable or expression isn't of the type \var{record} or \var{object} or \var{class}.
sym_e_no_instance_of_abstract_object=05013_E_Instances of classes or objects with an abstract method are not allowed
% You are trying to generate an instance of a class which has an abstract
% method that wasn't overridden.
sym_w_label_not_defined=05014_W_Label not defined "$1"
% A label was declared, but not defined.
sym_e_label_used_and_not_defined=05015_E_Label used but not defined "$1"
% A label was declared and used, but not defined.
sym_e_ill_label_decl=05016_E_Illegal label declaration
% This error should never happen; it occurs if a label is defined outside a
% procedure or function.
sym_e_goto_and_label_not_supported=05017_E_GOTO and LABEL are not supported (use switch -Sg)
% You must use the -Sg switch to compile a program which has \var{label}s
% and \var{goto} statements. By default, \var{label} and \var{goto} are not
% supported.
sym_e_label_not_found=05018_E_Label not found
% A \var{goto label} was encountered, but the label wasn't declared.
sym_e_id_is_no_label_id=05019_E_Identifier isn't a label
% The identifier specified after the \var{goto} isn't of type label.
sym_e_label_already_defined=05020_E_Label already defined
% You are defining a label twice. You can define a label only once.
sym_e_ill_type_decl_set=05021_E_Illegal type declaration of set elements
% The declaration of a set contains an invalid type definition.
sym_e_class_forward_not_resolved=05022_E_Forward class definition not resolved "$1"
% You declared a class, but you did not implement it.
sym_n_unit_not_used=05023_H_Unit "$1" not used in $2
% The unit referenced in the \var{uses} clause is not used.
sym_h_para_identifier_not_used=05024_H_Parameter "$1" not used
% The identifier was declared (locally or globally) but
% was not used (locally or globally).
sym_n_local_identifier_not_used=05025_N_Local variable "$1" not used
% You have declared, but not used, a variable in a procedure or function
% implementation.
sym_h_para_identifier_only_set=05026_H_Value parameter "$1" is assigned but never used
% The identifier was declared (locally or globally) and
% assigned to, but is not used (locally or globally) after the assignment.
sym_n_local_identifier_only_set=05027_N_Local variable "$1" is assigned but never used
% The variable in a procedure or function implementation is declared and
% assigned to, but is not used after the assignment.
sym_h_local_symbol_not_used=05028_H_Local $1 "$2" is not used
% A local symbol is never used.
sym_n_private_identifier_not_used=05029_N_Private field "$1.$2" is never used
% The indicated private field is defined, but is never used in the code.
sym_n_private_identifier_only_set=05030_N_Private field "$1.$2" is assigned but never used
% The indicated private field is declared and assigned to, but never read.
sym_n_private_method_not_used=05031_N_Private method "$1.$2" never used
% The indicated private method is declared but is never used in the code.
sym_e_set_expected=05032_E_Set type expected
% The variable or expression is not of type \var{set}. This happens in an
% \var{in} statement.
sym_w_function_result_not_set=05033_W_Function result does not seem to be set
% You can get this warning if the compiler thinks that a function return
% value is not set. This will not be displayed for assembler procedures,
% or procedures that contain assembler blocks.
sym_w_wrong_C_pack=05034_W_Type "$1" is not aligned correctly in current record for C
% Arrays with sizes not multiples of 4 will be wrongly aligned
% for C structures.
sym_e_illegal_field=05035_E_Unknown record field identifier "$1"
% The field doesn't exist in the record/object definition.
sym_w_uninitialized_local_variable=05036_W_Local variable "$1" does not seem to be initialized
% This message is displayed if the compiler thinks that a variable will
% be used (i.e. it appears in the right-hand side of an expression) when it
% was not initialized first (i.e. appeared in the left-hand side of an
% assignment).
sym_w_uninitialized_variable=05037_W_Variable "$1" does not seem to be initialized
% This message is displayed if the compiler thinks that a variable will
% be used (i.e. it appears in the right-hand side of an expression) when it
% was not initialized first (i.e. appeared in the left-hand side of an
% assignment).
sym_e_id_no_member=05038_E_Identifier idents no member "$1"
% This error is generated when an identifier of a record,
% field or method is accessed while it is not defined.
sym_h_param_list=05039_H_Found declaration: $1
% You get this when you use the \var{-vh} switch.In the case of an overloaded procedure
% not being found. Then all candidate overloaded procedures are
% listed, with their parameter lists.
sym_e_segment_too_large=05040_E_Data element too large
% You get this when you declare a data element whose size exceeds the
% prescribed limit (2 Gb on 80386+/68020+ processors).
sym_e_no_matching_implementation_found=05042_E_No matching implementation for interface method "$1" found
% There was no matching method found which could implement the interface
% method. Check argument types and result type of the methods.
sym_w_deprecated_symbol=05043_W_Symbol "$1" is deprecated
% This means that a symbol (a variable, routine, etc...) which is
% declared as \var{deprecated} is used. Deprecated symbols may no longer
% be available in newer versions of the unit / library. Use of this symbol
% should be avoided as much as possible.
sym_w_non_portable_symbol=05044_W_Symbol "$1" is not portable
% This means that a symbol (a variable, routine, etc...) which is
% declared as \var{platform} is used. This symbol's value, use
% and availability is platform specific and should not be used
% if the source code must be portable.
sym_w_non_implemented_symbol=05055_W_Symbol "$1" is not implemented
% This means that a symbol (a variable, routine, etc...) which is
% declared as \var{unimplemented} is used. This symbol is defined,
% but is not yet implemented on this specific platform.
sym_e_cant_create_unique_type=05056_E_Can't create unique type from this type
% Only simple types like ordinal, float and string types are supported when
% redefining a type with \var{type newtype = type oldtype;}.
sym_h_uninitialized_local_variable=05057_H_Local variable "$1" does not seem to be initialized
% This message is displayed if the compiler thinks that a variable will
% be used (i.e. it appears in the right-hand side of an expression) when it
% was not initialized first (i.e. it did not appear in the left-hand side of an
% assignment).
sym_h_uninitialized_variable=05058_H_Variable "$1" does not seem to be initialized
% This message is displayed if the compiler thinks that a variable will
% be used (i.e. it appears in the right-hand side of an expression) when it
% was not initialized first (i.e. t did not appear in the left-hand side of an
% assignment).
sym_w_function_result_uninitialized=05059_W_Function result variable does not seem to be initialized
% This message is displayed if the compiler thinks that the function result
% variable will be used (i.e. it appears in the right-hand side of an expression)
% before it is initialized (i.e. before it appeared in the left-hand side of an
% assignment).
sym_h_function_result_uninitialized=05060_H_Function result variable does not seem to be initialized
% This message is displayed if the compiler thinks that the function result
% variable will be used (i.e. it appears in the right-hand side of an expression)
% before it is initialized (i.e. it appears in the left-hand side of an
% assignment)
sym_w_identifier_only_read=05061_W_Variable "$1" read but nowhere assigned
% You have read the value of a variable, but nowhere assigned a value to
% it.
sym_h_abstract_method_list=05062_H_Found abstract method: $1
% When getting a warning about constructing a class/object with abstract methods
% you get this hint to assist you in finding the affected method.
sym_w_experimental_symbol=05063_W_Symbol "$1" is experimental
% This means that a symbol (a variable, routine, etc...) which is
% declared as \var{experimental} is used. Experimental symbols
% might disappear or change semantics in future versions. Usage of this symbol
% should be avoided as much as possible.
sym_w_forward_not_resolved=05064_W_Forward declaration "$1" not resolved, assumed external
% This happens if you declare a function in the \var{interface} of a unit in macpas mode,
% but do not implement it.
sym_w_library_symbol=05065_W_Symbol "$1" is belongs to a library
% This means that a symbol (a variable, routine, etc...) which is
% declared as \var{library} is used. Library symbols may not be
% available in other libraries.
sym_w_deprecated_symbol_with_msg=05066_W_Symbol "$1" is deprecated: "$2"
% This means that a symbol (a variable, routine, etc...) which is
% declared as \var{deprecated} is used. Deprecated symbols may no longer
% be available in newer versions of the unit / library. Use of this symbol
% should be avoided as much as possible.
sym_e_no_enumerator=05067_E_Cannot find an enumerator for the type "$1"
% This means that compiler cannot find an appropriate enumerator to use in the for-in loop.
% To create an enumerator you need to define an operator enumerator or add a public or published
% GetEnumerator method to the class or object definition.
sym_e_no_enumerator_move=05068_E_Cannot find a "MoveNext" method in enumerator "$1"
% This means that compiler cannot find a public MoveNext method with the Boolean return type in
% the enumerator class or object definition.
sym_e_no_enumerator_current=05069_E_Cannot find a "Current" property in enumerator "$1"
% This means that compiler cannot find a public Current property in  the enumerator class or object
% definition.
sym_e_objc_para_mismatch=05070_E_Mismatch between number of declared parameters and number of colons in message string.
% In Objective-C, a message name automatically contains as many colons as parameters.
% In order to prevent mistakes when specifying the message name in FPC, the compiler
% checks whether this is also the case here. Note that in case of messages taking a
% variable number of arguments translated to FPC via an \var{array of const} parameter,
% this final \var{array of const} parameter is not counted. Neither are the hidden
% \var{self} and \var{\_cmd} parameters.
sym_n_private_type_not_used=05071_N_Private type "$1.$2" never used
% The indicated private type is declared but is never used in the code.
sym_n_private_const_not_used=05072_N_Private const "$1.$2" never used
% The indicated private const is declared but is never used in the code.
sym_n_private_property_not_used=05073_N_Private property "$1.$2" never used
% The indicated private property is declared but is never used in the code.
sym_w_deprecated_unit=05074_W_Unit "$1" is deprecated
% This means that a unit which is
% declared as \var{deprecated} is used. Deprecated units may no longer
% be available in newer versions of the library. Use of this unit
% should be avoided as much as possible.
sym_w_deprecated_unit_with_msg=05075_W_Unit "$1" is deprecated: "$2"
% This means that a unit which is
% declared as \var{deprecated} is used. Deprecated units may no longer
% be available in newer versions of the library. Use of this unit
% should be avoided as much as possible.
sym_w_non_portable_unit=05076_W_Unit "$1" is not portable
% This means that a unit which is
% declared as \var{platform} is used. This unit use
% and availability is platform specific and should not be used
% if the source code must be portable.
sym_w_library_unit=05077_W_Unit "$1" is belongs to a library
% This means that a unit which is
% declared as \var{library} is used. Library units may not be
% available in other libraries.
sym_w_non_implemented_unit=05078_W_Unit "$1" is not implemented
% This means that a unit which is
% declared as \var{unimplemented} is used. This unit is defined,
% but is not yet implemented on this specific platform.
sym_w_experimental_unit=05079_W_Unit "$1" is experimental
% This means that a unit which is
% declared as \var{experimental} is used. Experimental units
% might disappear or change semantics in future versions. Usage of this unit
% should be avoided as much as possible.
sym_e_formal_class_not_resolved=05080_E_No full definition of the formally declared class "$1" is in scope. Add the unit containing its full definition to the uses clause.
% Objecive-C and Java classes can be imported formally, without using the unit in which it is fully declared.
% This enables making forward references to such classes and breaking circular dependencies amongst units.
% However, as soon as you wish to actually do something with an entity of this class type (such as
% access one of its fields, send a message to it, or use it to inherit from), the compiler requires the full definition
% of the class to be in scope.
sym_e_interprocgoto_into_init_final_code_not_allowed=05081_E_Gotos into initialization or finalization blocks of units are not allowed
% Gotos into initialization or finalization blockse of units are not allowed.
sym_e_external_class_name_mismatch1=05082_E_Invalid external name "$1" for formal class "$2"
sym_e_external_class_name_mismatch2=05083_E_Complete class definition with external name "$1" here
% When a class is declared using a formal external definition, the actual external
% definition (if any) must specify the same external name as the formal definition
% (since both definitions refer to the same actual class type).
sym_w_library_overload=05084_W_Possible library conflict: symbol "$1" from library "$2" also found in library "$3"
% Some OS do not have library specific namespaces, for those
% OS, the function declared as "external 'libname' name 'funcname'",
% the 'libname' part is only a hint, funcname might also be loaded
% by another library. This warning appears if 'funcname' is used twice
% with two different library names.
sym_e_duplicate_id_create_java_constructor=05085_E_Cannot add implicit constructor 'Create' because identifier already used by "$1"
% Java does not automatically add inherited constructors to child classes, so that they can be hidden.
% However, if a class does not explicitly declare at least one constructor, the compiler is
% required to add a public, parameterless constructor. In Java, constructors are nameless,
% but in FPC they are all called ``Create''. Therefore, if you do not add a constructor to
% a Java class and furthermore use the ``Create'' identifier for another entity (e.g., a field,
% or a parameterless method), the compiler cannot satisfy this requirement.
sym_e_no_matching_inherited_parameterless_constructor=05086_E_Cannot generate default constructor for class, because parent has no parameterless constructor
% Java does not automatically add inherited constructors to child classes, so that they can be hidden.
% However, if a class does not explicitly declare at least one constructor, the compiler is
% required to add a public, parameterless constructor. This compiler must then call
% the parameterless constructor from the parent class inside this added constructor.
% This is however impossible if the parent class does not declare such a constructor.
% In this case you must add a valid constructor yourself.
sym_d_adding_helper_for=05087_D_Adding helper for $1
% A helper for the mentioned type is added to the current scope
sym_e_param_list=05088_E_Found declaration: $1
% This message shows all overloaded declarations in case of an error.
sym_w_uninitialized_managed_local_variable=05089_W_Local variable "$1" of a managed type does not seem to be initialized
% This message is displayed if the compiler thinks that a variable will
% be used (i.e. it appears in the right-hand side of an expression) when it
% was not initialized first (i.e. appeared in the left-hand side of an
% assignment). Since the variable is managed, i. e. implicitly initialized by the compiler, this might be intended behaviour and
% does not necessarily mean that the code is wrong.
sym_w_uninitialized_managed_variable=05090_W_Variable "$1" of a managed type does not seem to be initialized
% This message is displayed if the compiler thinks that a variable will
% be used (i.e. it appears in the right-hand side of an expression) when it
% was not initialized first (i.e. appeared in the left-hand side of an
% assignment). Since the variable is managed, i. e. implicitly initialized by the compiler, this might be intended behaviour and
% does not necessarily mean that the code is wrong.
sym_h_uninitialized_managed_local_variable=05091_H_Local variable "$1" of a managed type does not seem to be initialized
% This message is displayed if the compiler thinks that a variable will
% be used (i.e. it appears in the right-hand side of an expression) when it
% was not initialized first (i.e. it did not appear in the left-hand side of an
% assignment). Since the variable is managed, i. e. implicitly initialized by the compiler, this might be intended behaviour and
% does not necessarily mean that the code is wrong.
sym_h_uninitialized_managed_variable=05092_H_Variable "$1" of a managed type does not seem to be initialized
% This message is displayed if the compiler thinks that a variable will
% be used (i.e. it appears in the right-hand side of an expression) when it
% was not initialized first (i.e. t did not appear in the left-hand side of an
% assignment). Since the variable is managed, i. e. implicitly initialized by the compiler, this might be intended behaviour and
% does not necessarily mean that the code is wrong.
sym_w_managed_function_result_uninitialized=05093_W_Function result variable of a managed type does not seem to be initialized
% This message is displayed if the compiler thinks that the function result
% variable will be used (i.e. it appears in the right-hand side of an expression)
% before it is initialized (i.e. before it appeared in the left-hand side of an
% assignment). Since the variable is managed, i. e. implicitly initialized by the compiler, this might be intended behaviour and
% does not necessarily mean that the code is wrong.
sym_h_managed_function_result_uninitialized=05094_H_Function result variable of a managed type does not seem to be initialized
% This message is displayed if the compiler thinks that the function result
% variable will be used (i.e. it appears in the right-hand side of an expression)
% before it is initialized (i.e. it appears in the left-hand side of an
% assignment). Since the variable is managed, i. e. implicitly initialized by the compiler, this might be intended behaviour and
% does not necessarily mean that the code is wrong.
sym_w_duplicate_id=05095_W_Duplicate identifier "$1"
% The identifier was already declared in an Objective-C category that's in the
% same scope as the current identifier. This is a warning instead of an error,
% because while this hides the identifier from the category, there are often
% many unused categories in scope.
sym_e_generic_type_param_mismatch=05096_E_Generic type parameter "$1" does not match with the one in the declaration
% The specified generic type parameter for the generic class, record or routine does
% not match with the one declared in the declaration of the generic class, record
% or routine.
sym_e_generic_type_param_decl=05097_E_Generic type parameter declared as "$1"
% Shows what the generic type parameter was originally declared as if a mismatch
% is found between a declaration and the definition.
sym_e_type_must_be_rec_or_object=05098_E_Record or object type expected
% The variable or expression isn't of the type \var{record} or \var{object}.
% \end{description}
#
# Codegenerator
#
# 06062 is the last used one
#
% \section{Code generator messages}
% This section lists all messages that can be displayed if the code
% generator encounters an error condition.
% \begin{description}
cg_e_parasize_too_big=06009_E_Parameter list size exceeds 65535 bytes
% The I386 processor limits the parameter list to 65535 bytes. (The \var{RET}
% instruction causes this.)
cg_e_file_must_call_by_reference=06012_E_File types must be var parameters
% You cannot specify files as value parameters, i.e., they must always be
% declared \var{var} parameters.
cg_e_cant_use_far_pointer_there=06013_E_The use of a far pointer isn't allowed there
% Free Pascal doesn't support far pointers, so you cannot take the address of
% an expression which has a far reference as a result. The \var{mem} construct
% has a far reference as a result, so the following code will produce this
% error:
% \begin{verbatim}
% var p : pointer;
% ...
% p:=@mem[a000:000];
% \end{verbatim}
cg_e_dont_call_exported_direct=06015_E_EXPORT declared functions cannot be called
% No longer in use.
cg_w_member_cd_call_from_method=06016_W_Possible illegal call of constructor or destructor
% The compiler detected that a constructor or destructor is called within a
% a method. This will probably lead to problems, since constructors / destructors
% require parameters on entry.
cg_n_inefficient_code=06017_N_Inefficient code
% Your statement seems dubious to the compiler.
cg_w_unreachable_code=06018_W_Unreachable code
% You specified a construct which will never be executed. Example:
% \begin{verbatim}
% while false do
%   begin
%   {.. code ...}
%   end;
% \end{verbatim}
cg_e_cant_call_abstract_method=06020_E_Abstract methods cannot be called directly
% You cannot call an abstract method directly. Instead, you must call an
% overriding child method, because an abstract method isn't implemented.
cg_d_register_weight=06027_DL_Register $1 weight $2 $3
% Debugging message. Shown when the compiler considers a variable for
% keeping in the registers.
cg_d_stackframe_omited=06029_DL_Stack frame is omitted
% Some procedure/functions do not need a complete stack-frame, so it is omitted.
% This message will be displayed when the {-vd} switch is used.
cg_e_unable_inline_object_methods=06031_E_Object or class methods cannot be inline.
% You cannot have inlined object methods.
cg_e_unable_inline_procvar=06032_E_Procvar calls cannot be inline.
% A procedure with a procedural variable call cannot be inlined.
cg_e_no_code_for_inline_stored=06033_E_No code for inline procedure stored
% The compiler couldn't store code for the inline procedure.
cg_e_can_access_element_zero=06035_E_Element zero of an ansi/wide- or longstring cannot be accessed, use (set)length instead
% You should use \var{setlength} to set the length of an ansi/wide/longstring
% and \var{length} to get the length of such string type.
cg_e_cannot_call_cons_dest_inside_with=06037_E_Constructors or destructors cannot be called inside a 'with' clause
% Inside a \var{with} clause you cannot call a constructor or destructor for the
% object you have in the \var{with} clause.
cg_e_cannot_call_message_direct=06038_E_Cannot call message handler methods directly
% A message method handler method cannot be called directly if it contains an
% explicit \var{Self} argument.
cg_e_goto_inout_of_exception_block=06039_E_Jump in or outside of an exception block
% It is not allowed to jump in or outside of an exception block like \var{try..finally..end;}.
% For example, the following code will produce this error:

% \begin{verbatim}
% label 1;
%
% ...
%
% try
%    if not(final) then
%      goto 1;   // this line will cause an error
% finally
%   ...
% end;
% 1:
% ...
% \end{verbatim}
cg_e_control_flow_outside_finally=06040_E_Control flow statements are not allowed in a finally block
% It isn't allowed to use the control flow statements \var{break},
% \var{continue} and \var{exit}
% inside a finally statement. The following example shows the problem:
% \begin{verbatim}
% ...
%   try
%      p;
%   finally
%      ...
%      exit;  // This exit ISN'T allowed
%   end;
% ...
%
% \end{verbatim}
% If the procedure \var{p} raises an exception the finally block is
% executed. If the execution reaches the exit, it's unclear what to do:
% exit the procedure or search for another exception handler.
cg_w_parasize_too_big=06041_W_Parameters size exceeds limit for certain cpu's
% This indicates that you are declaring more than 64K of parameters, which
% might not be supported on other processor targets.
cg_w_localsize_too_big=06042_W_Local variable size exceed limit for certain cpu's
% This indicates that you are declaring more than 32K of local variables, which
% might not be supported on other processor targets.
cg_e_localsize_too_big=06043_E_Local variables size exceeds supported limit
% This indicates that you are declaring more than 32K of local variables, which
% is not supported by this processor.
cg_e_break_not_allowed=06044_E_BREAK not allowed
% You're trying to use \var{break} outside a loop construction.
cg_e_continue_not_allowed=06045_E_CONTINUE not allowed
% You're trying to use \var{continue} outside a loop construction.
cg_f_unknown_compilerproc=06046_F_Unknown compilerproc "$1". Check if you use the correct run time library.
% The compiler expects that the runtime library contains certain subroutines. If you see this error
% and you didn't change the runtime library code, it's very likely that the runtime library
% you're using doesn't match the compiler in use. If you changed the runtime library this error means
% that you removed a subroutine which the compiler needs for internal use.
cg_f_unknown_system_type=06047_F_Cannot find system type "$1". Check if you use the correct run time library.
% The compiler expects that the runtime library contains certain type definitions. If you see this error
% and you didn't change the runtime library code, it's very likely that the runtime library
% you're using doesn't match the compiler in use. If you changed the runtime library this error means
% that you removed a type which the compiler needs for internal use.
cg_h_inherited_ignored=06048_H_Inherited call to abstract method ignored
% This message appears only in Delphi mode when you call an abstract method
% of a parent class via \var{inherited;}. The call is then ignored.
cg_e_goto_label_not_found=06049_E_Goto label "$1" not defined or optimized away
% The label used in the goto definition is not defined or optimized away by the
% unreachable code elemination.
cg_f_unknown_type_in_unit=06050_F_Cannot find type "$1" in unit "$2". Check if you use the correct run time library.
% The compiler expects that the runtime library contains certain type definitions. If you see this error
% and you didn't change the runtime library code, it's very likely that the runtime library
% you're using doesn't match the compiler in use. If you changed the runtime library this error means
% that you removed a type which the compiler needs for internal use.
cg_e_interprocedural_goto_only_to_outer_scope_allowed=06051_E_Interprocedural gotos are allowed only to outer subroutines
% Gotos between subroutines are only allowed if the goto jumps from an inner to an outer subroutine or
% from a subroutine to the main program
cg_e_labels_cannot_defined_outside_declaration_scope=06052_E_Label must be defined in the same scope as it is declared
% In ISO mode, labels must be defined in the same scope as they are declared.
cg_e_goto_across_procedures_with_exceptions_not_allowed=06053_E_Leaving procedures containing explicit or implicit exceptions frames using goto is not allowed
% Non-local gotos might not be used to leave procedures using exceptions either implicitly or explicitly. Procedures
% which use automated types like ansistrings or class constructurs are affected by this too.
cg_e_mod_only_defined_for_pos_quotient=06054_E_In ISO mode, the mod operator is defined only for positive quotient
% In ISO pascal, only positive values are allowed for the quotient: \var{n mod m} is only valid if \var{m>0}.
cg_d_autoinlining=06055_DL_Auto inlining: $1
% Due to auto inlining turned on, the compiler auto inlines this subroutine.
cg_e_function_not_support_by_selected_instruction_set=06056_E_The function used, is not supported by the selected instruction set: $1
% Some functions cannot be implemented efficiently for certain instruction sets, one example is fused multiply/add.
% To avoid very inefficient code, the compiler complains in this case, so either select another instruction set
% or replace the function call by alternative code
cg_f_max_units_reached=06057_F_Maximum number of units ($1) reached for the current target
% Depending of target architecture, the number of units is limited. This limit
% has been reached. A unit counts only if it contains initialization or finalization count.
cg_n_no_inline=06058_N_Call to subroutine "$1" marked as inline is not inlined
% The directive inline is only a hint to the compiler. Sometimes the compiler ignores this hint, a subroutine
% marked as inline is not inlined. In this case, this hint is given. Compiling with \var{-vd} might result in more information why
% the directive inline is ignored.
cg_e_case_missing_value=06059_E_Case statement does not handle ordinal value "$1", and no else/otherwise statement is present.
# The case statement does not handle the specified value and does not have an else/otherwise statement, and the compiler determined
# that this value can be passed to the case statement. This is a compile-time error in ISO and Extended Pascal.
cg_w_case_incomplete=06060_W_Case statement does not handle all possible cases
% The case statement does not contain labels for all possible values of the operand, and no else statement is present.
cg_w_cannot_compile_subroutine=06061_W_The current subroutine "$1" cannot be compiled for the target CPU, creating dummy
% Some processors have a very limited instruction set so some routines cannot be compiled for them. As it is not always
% clear from the beginning if a subroutine can be compiled for a certain CPU or not, the compiler checks afterwards
% and creates a dummy if it cannot compile the subroutine.
cg_w_interrupt_does_not_save_registers=06062_W_The target CPU does not support preserving the registers in subroutine "$1"
% Certain processors have no memory (e.~g. avr1 family), so they do not support storing/restoring the used registers
% in an interrupt routine. The programmer has to ensure that while there is a chance for the interrupt routine being
% called that no other code depending on registers being preserved is executed.
%
% \end{description}
# EndOfTeX
#
# Assembler reader
#
# 07145 is the last used one
#
asmr_d_start_reading=07000_DL_Starting $1 styled assembler parsing
% This informs you that an assembler block is being parsed
asmr_d_finish_reading=07001_DL_Finished $1 styled assembler parsing
% This informs you that an assembler block has finished.
asmr_e_none_label_contain_at=07002_E_Non-label pattern contains @
% A identifier which isn't a label cannot contain a @.
asmr_e_building_record_offset=07004_E_Error building record offset
% There has an error occurred while building the offset of a record/object
% structure, this can happen when there is no field specified at all or
% an unknown field identifier is used.
asmr_e_offset_without_identifier=07005_E_OFFSET used without identifier
% You can only use OFFSET with an identifier. Other syntaxes are not
% supported
asmr_e_type_without_identifier=07006_E_TYPE used without identifier
% You can only use TYPE with an identifier. Other syntaxes are not
% supported
asmr_e_no_local_or_para_allowed=07007_E_Cannot use local variable or parameters here
% You cannot use a local variable or parameter here, mostly because the
% addressing of locals and parameters is done using the frame pointer register so the
% address cannot be obtained directly.
asmr_e_need_offset=07008_E_Need to use OFFSET here
% You need to use OFFSET <id> here to get the address of the identifier.
asmr_e_need_dollar=07009_E_Need to use $ here
% You need to use $<id> here to get the address of the identifier.
asmr_e_cant_have_multiple_relocatable_symbols=07010_E_Cannot use multiple relocatable symbols
% You cannot have more than one relocatable symbol (variable/typed constant)
% in one argument.
asmr_e_only_add_relocatable_symbol=07011_E_Relocatable symbol can only be added
% Relocatable symbols (variable/typed constant) cannot be used with other
% operators. Only addition is allowed.
asmr_e_invalid_constant_expression=07012_E_Invalid constant expression
% There is an error in the constant expression.
asmr_e_relocatable_symbol_not_allowed=07013_E_Relocatable symbol is not allowed
% You cannot use a relocatable symbol (variable/typed constant) here.
asmr_e_invalid_reference_syntax=07014_E_Invalid reference syntax
% There is an error in the reference.
asmr_e_local_para_unreachable=07015_E_You cannot reach $1 from that code
% You cannot read directly the value of a local variable or parameter
% of a higher level procedure in assembler code (except for
% local assembler code without parameter nor locals).
asmr_e_local_label_not_allowed_as_ref=07016_E_Local symbols/labels are not allowed as references
% You cannot use local symbols/labels as references
asmr_e_wrong_base_index=07017_E_Invalid base and index register usage
% There is an error with the base and index register, they are
% probably incorrect
asmr_w_possible_object_field_bug=07018_W_Possible error in object field handling
% Fields of objects or classes can be reached directly in normal or objfpc
% modes but TP and Delphi modes treat the field name as a simple offset.
asmr_e_wrong_scale_factor=07019_E_Wrong scale factor specified
% The scale factor given is wrong, only 1,2,4 and 8 are allowed
asmr_e_multiple_index=07020_E_Multiple index register usage
% You are trying to use more than one index register
asmr_e_invalid_operand_type=07021_E_Invalid operand type
% The operand type doesn't match with the opcode used
asmr_e_invalid_string_as_opcode_operand=07022_E_Invalid string as opcode operand: $1
% The string specified as operand is not correct with this opcode
asmr_w_CODE_and_DATA_not_supported=07023_W_@CODE and @DATA not supported
% @CODE and @DATA are unsupported and are ignored.
asmr_e_null_label_ref_not_allowed=07024_E_Null label references are not allowed
asmr_e_expr_zero_divide=07025_E_Divide by zero in asm evaluator
% There is a division by zero in a constant expression
asmr_e_expr_illegal=07026_E_Illegal expression
% There is an illegal expression in a constant expression
asmr_e_escape_seq_ignored=07027_E_Escape sequence ignored: $1
% There is a C-styled string, but the escape sequence in the string
% is unknown, and is therefore ignored
asmr_e_invalid_symbol_ref=07028_E_Invalid symbol reference
asmr_w_fwait_emu_prob=07029_W_Fwait can cause emulation problems with emu387
asmr_w_fadd_to_faddp=07030_W_$1 without operand translated into $1P
asmr_w_enter_not_supported_by_linux=07031_W_ENTER instruction is not supported by Linux kernel
% ENTER instruction can generate a stack page fault that is not
% caught correctly by the i386 Linux page handler.
asmr_w_calling_overload_func=07032_W_Calling an overload function in assembler
% There is a call to an overloaded method in the assembler block,
% this might be the sign there is a problem
asmr_e_unsupported_symbol_type=07033_E_Unsupported symbol type for operand
asmr_e_constant_out_of_bounds=07034_E_Constant value out of bounds
asmr_e_error_converting_decimal=07035_E_Error converting decimal $1
% A constant decimal value does not have the correct syntax
asmr_e_error_converting_octal=07036_E_Error converting octal $1
% A constant octal value does not have the correct syntax
asmr_e_error_converting_binary=07037_E_Error converting binary $1
% A constant binary value does not have the correct syntax
asmr_e_error_converting_hexadecimal=07038_E_Error converting hexadecimal $1
% A constant hexadecimal value does not have the correct syntax
asmr_h_direct_global_to_mangled=07039_H_$1 translated to $2
asmr_w_direct_global_is_overloaded_func=07040_W_$1 is associated to an overloaded function
asmr_e_cannot_use_SELF_outside_a_method=07041_E_Cannot use SELF outside a method
% There is a reference to the \var{self} symbol while it is not
% allowed. \var{self} can only be referenced inside methods
asmr_e_cannot_use_OLDEBP_outside_nested_procedure=07042_E_Cannot use OLDEBP outside a nested procedure
% There is a reference to the \var{oldebp} symbol while it is not
% allowed. \var{oldebp} can only be referenced inside nested routines
asmr_e_void_function=07043_W_Procedures cannot return any value in asm code
% Trying to return a value while in a procedure. A procedure
% does not have any return value
asmr_e_SEG_not_supported=07044_E_SEG not supported
asmr_e_size_suffix_and_dest_dont_match=07045_E_Size suffix and destination or source size do not match
% The register size and the opcode size suffix don't match. This is
% probably an error in the assembler statement
asmr_w_size_suffix_and_dest_dont_match=07046_W_Size suffix and destination or source size do not match
% The register size and the opcode size suffix don't match. This is
% probably an error in the assembler statement
asmr_e_syntax_error=07047_E_Assembler syntax error
% There is an assembler syntax error
asmr_e_invalid_opcode_and_operand=07048_E_Invalid combination of opcode and operands
% The opcode cannot be used with this type of operand
asmr_e_syn_operand=07049_E_Assembler syntax error in operand
asmr_e_syn_constant=07050_E_Assembler syntax error in constant
asmr_e_invalid_string_expression=07051_E_Invalid String expression
asmr_w_const32bit_for_address=07052_W_Constant with symbol $1 for address which is not on a pointer
% A constant expression represents an address which does not fit
% into a pointer. The address is probably incorrect
asmr_e_unknown_opcode=07053_E_Unrecognized opcode $1
% This opcode is not known
asmr_e_invalid_or_missing_opcode=07054_E_Invalid or missing opcode
asmr_e_invalid_prefix_and_opcode=07055_E_Invalid combination of prefix and opcode: $1
asmr_e_invalid_override_and_opcode=07056_E_Invalid combination of override and opcode: $1
asmr_e_too_many_operands=07057_E_Too many operands on line
% There are too many operands for this opcode. Check your
% assembler syntax
asmr_w_near_ignored=07058_W_NEAR ignored
asmr_w_far_ignored=07059_W_FAR ignored
asmr_e_dup_local_sym=07060_E_Duplicate local symbol $1
asmr_e_unknown_local_sym=07061_E_Undefined local symbol $1
asmr_e_unknown_label_identifier=07062_E_Unknown label identifier $1
asmr_e_invalid_register=07063_E_Invalid register name
% There is an unknown register name used as operand.
asmr_e_invalid_fpu_register=07064_E_Invalid floating point register name
% There is an unknown register name used as operand.
asmr_w_modulo_not_supported=07066_W_Modulo not supported
asmr_e_invalid_float_const=07067_E_Invalid floating point constant $1
% The floating point constant declared in an assembler block is
% invalid.
asmr_e_invalid_float_expr=07068_E_Invalid floating point expression
% The floating point expression declared in an assembler block is
% invalid.
asmr_e_wrong_sym_type=07069_E_Wrong symbol type
asmr_e_cannot_index_relative_var=07070_E_Cannot index a local var or parameter with a register
% Trying to index using a base register a symbol which is already relative
% to a register. This is not possible, and will probably lead to crashes.
asmr_e_invalid_seg_override=07071_E_Invalid segment override expression
asmr_w_id_supposed_external=07072_W_Identifier $1 supposed external
% There is a reference to an undefined symbol. This will not result
% in an error, since the symbol might be external, but may cause
% problems at link time if the symbol is not defined anywhere.
asmr_e_string_not_allowed_as_const=07073_E_Strings not allowed as constants
% Character strings are not allowed as constants.
asmr_e_no_var_type_specified=07074_E_No type of variable specified
% The syntax expects a type identifier after the dot, but
% none was found.
asmr_w_assembler_code_not_returned_to_text=07075_E_Assembler code not returned to text section
% There was a directive in the assembler block to change sections,
% but there is a missing return to the text section at the end
% of the assembler block. This might cause errors during link time.
asmr_e_not_directive_or_local_symbol=07076_E_Not a directive or local symbol $1
% This symbol is unknown.
asmr_w_using_defined_as_local=07077_E_Using a defined name as a local label
asmr_e_dollar_without_identifier=07078_E_Dollar token is used without an identifier
% A constant expression has an identifier which does not start with
% the $ symbol.
asmr_w_32bit_const_for_address=07079_W_32bit constant created for address
% A constant was used as an address. This is probably an error,
% since using absolute addresses will probably not work.
asmr_n_align_is_target_specific=07080_N_.align is target specific, use .balign or .p2align
% Using the .align directive is platform specific, and its meaning will vary
% from one platform to another.
asmr_e_cannot_access_field_directly_for_parameters=07081_E_Cannot directly access fields of pointer-based parameters
% You should load the parameter first into a register and then access the
% fields using that register.
asmr_e_cannot_access_object_field_directly=07082_E_Can't access fields of objects/classes directly
% You should load the self pointer first into a register and then access the
% fields using the register as base. By default the self pointer is available
% in the esi register on i386.
asmr_e_unable_to_determine_reference_size=07083_E_No size specified and unable to determine the size of the operands
% You should specify explicitly a size for the reference, because
% the compiler is unable to determine what size (byte,word,dword,etc.) it
% should use for the reference.
asmr_e_cannot_use_RESULT_here=07084_E_Cannot use RESULT in this function
% Some functions which return complex types cannot use the \var{result}
% keyword.
asmr_w_adding_explicit_args_fXX=07086_W_"$1" without operand translated into "$1 %st,%st(1)"
asmr_w_adding_explicit_first_arg_fXX=07087_W_"$1 %st(n)" translated into "$1 %st,%st(n)"
asmr_w_adding_explicit_second_arg_fXX=07088_W_"$1 %st(n)" translated into "$1 %st(n),%st"
asmr_e_invalid_char_smaller=07089_E_Char < not allowed here
% The shift operator requires the << characters. Only one
% of those characters was found.
asmr_e_invalid_char_greater=07090_E_Char > not allowed here
% The shift operator requires the >> characters. Only one
% of those characters was found.
asmr_w_align_not_supported=07093_W_ALIGN not supported
asmr_e_no_inc_and_dec_together=07094_E_Inc and Dec cannot be together
% Trying to use an increment and a decrement within the same
% opcode on the 680x0. This is impossible.
asmr_e_invalid_reg_list_in_movem_or_fmovem=07095_E_Invalid register list for MOVEM or FMOVEM
% Trying to use the \var{movem} or \var{fmovem} opcode with invalid registers
% to save or restore.
asmr_e_invalid_reg_list_for_opcode=07096_E_Reglist invalid for opcode
asmr_e_higher_cpu_mode_required=07097_E_Higher cpu mode required ($1)
% Trying to use an instruction which is not supported in the current
% cpu mode. Use a higher cpu generation to be able to use this
% opcode in your assembler block
asmr_w_unable_to_determine_reference_size_using_dword=07098_W_No size specified and unable to determine the size of the operands, using DWORD as default
% You should specify explicitly a size for the reference, because
% the compiler is unable to determine what size (byte,word,dword,etc.) it
% should use for the reference. This warning is only used in Delphi mode where
% it falls back to use DWORD as default.
asmr_e_illegal_shifterop_syntax=07099_E_Syntax error while trying to parse a shifter operand
% ARM only; ARM assembler supports a so called shifter operand. The used syntax isn't
% a valid shifter operand. Example for an operation with shifter operand:
% \begin{verbatim}
% asm
%   orr     r2,r2,r2,lsl #8
% end;
% \end{verbatim}
asmr_e_packed_element=07100_E_Address of packed component is not at a byte boundary
% Packed components (record fields and array elements) may start at an arbitrary
% bit inside a byte. On CPU which do not support bit-addressable memory (which
% includes all currently supported CPUs by FPC) you will therefore get an error
% message when trying to index arrays with elements whose size is not a multiple
% of 8 bits. The same goes for accessing record fields with such an address.
% multiple of 8 bits.
asmr_w_unable_to_determine_reference_size_using_byte=07101_W_No size specified and unable to determine the size of the operands, using BYTE as default
% You should specify explicitly a size for the reference, because
% the compiler is unable to determine what size (byte,word,dword,etc.) it
% should use for the reference. This warning is only used in Delphi mode where
% it falls back to use BYTE as default.
asmr_w_no_direct_ebp_for_parameter=07102_W_Use of $1 for parameters invalid here
% Using direct 8(%ebp) reference for function/procedure parameters is invalid
% if parameters are in registers.
asmr_w_direct_ebp_for_parameter_regcall=07103_W_Use of $1 is not compatible with regcall convention
% Using direct 8(%ebp) reference for function/procedure parameters is invalid
% if parameters are in registers.
asmr_w_direct_ebp_neg_offset=07104_W_Use of $1 is not recommended for local variable access
% Using -8(%ebp) to access a local variable is not recommended
asmr_w_direct_esp_neg_offset=07105_W_Use of $1, access may cause a crash or value may be lost
% Using -8(%esp) to access a local stack is not recommended, as
% this stack portion can be overwritten by any function calls or interrupts.
asmr_e_no_vmtoffset_possible=07106_E_VMTOffset must be used in combination with a virtual method, and "$1" is not virtual
% Only virtual methods have VMT offsets
asmr_e_need_pic_ref=07107_E_Generating PIC, but reference is not PIC-safe
% The compiler has been configured to generate position-independent code
% (PIC), but there are position-dependent references in the current
% handwritten assembler instruction.
asmr_e_mixing_regtypes=07108_E_All registers in a register set must be of the same kind and width
% Instructions on the ARM architecture that take a register set as argument require that all registers
% in this set are of the same kind (e.g., integer, vfp) and width (e.g., single precision, double precision).
asmr_e_empty_regset=07109_E_A register set cannot be empty
% Instructions on the ARM architecture that take a register set as argument require that such a set
% contains at least one register.
asmr_w_useless_got_for_local=07110_W_@GOTPCREL is useless and potentially dangerous for local symbols
% The use of @GOTPCREL supposes an extra indirection that is
% not present if the symbol is local, which might lead to wrong assembler code
asmr_w_general_segment_with_constant=07111_W_Constant with general purpose segment register
% General purpose register should not have constant offsets
% as OS memory allocation might not be compatible with that.
asmr_e_bad_seh_directive_offset=07112_E_Invalid offset value for $1
% Win64 SEH directives have certain restrictions on possible offset values, e.g. they should
% be positive and have 3 or 4 low bits clear.
asmr_e_bad_seh_directive_register=07113_E_Invalid register for $1
% Win64 SEH directives accept only 64-bit integer registers or XMM registers.
asmr_e_seh_in_pure_asm_only=07114_E_SEH directives are allowed only in pure assembler procedures
% Win64 SEH directives are allowed only in pure assembler procedures, not in assembler
% blocks of regular procedures.
asmr_e_unsupported_directive=07115_E_Directive "$1" is not supported for the current target
asmr_e_complex_function_result_location=07116_E_This function's result location cannot be encoded directly in a single operand when "nostackframe" is used
% Functions declared with the \var{nostackframe} modifier do not have a stack frame, and hence
% do not have a local variable to hold the temporary function result.  Accesses to the function
% result in such routines directly go to the registers or memory location that will be used
% to return their result to the caller.  In some cases this result may be spread over multiple
% registers, in which case it is not possible to access the location via its symbolic name.
% You have to directly use the appropriate register names in this case.
asmr_e_wrong_gotpcrel_intel_syntax=07117_E_GOTPCREL references in Intel assembler syntax cannot contain a base or index register, and their offset must 0.
% The syntax for a gotpcrel PIC memory expression in Intel assembler syntax is
% \verb*[global_symbol wrt ..gotpcrel]*
asmr_e_no_gotpcrel_support=07118_E_The current target does not support GOTPCREL relocations
% Not all targets support position-independent code using a global offset table.
% Use a different way to access symbols in a position-indepent way in these cases.
asmr_w_global_access_without_got=07119_W_Exported/global symbols should be accessed via the GOT
% Global symbols (symbols from the unit interface, or defined in a program
% or library) should be accessed via the GOT when generating position-indepent code.
asmr_w_check_mem_operand_size=07120_W_Check size of memory operand "$1"
% The size of memory operand is possible invalid. This is
% probably an error in the assembler statement
asmr_w_check_mem_operand_size3=07121_W_Check size of memory operand "$1: memory-operand-size is $2 bits, but expected [$3 bits]"
% The size of memory operand is possible invalid. This is
% probably an error in the assembler statement
asmr_w_check_mem_operand_size_offset=07122_W_Check size of memory operand "$1: memory-operand-size is $2 bits, but expected [$3 bits + $4 byte offset]"
% The size of memory operand is possible invalid. This is
% probably an error in the assembler statement
asmr_w_check_mem_operand_negative_offset=07123_W_Check "$1: offset of memory operand is negative "$2 byte"
% The offset of memory operand is possible invalid. This is
% probably an error in the assembler statement
asmr_w_check_mem_operand_automap_multiple_size=07124_W_Check "$1: size of memory operand is empty, but es exists different definitions of the memory size =>> map to $2 (smallest option)"
% The size of memory operand is empty and we have different definitions of possible memory sizes. Check it!
asmr_e_invalid_ref_register=07125_E_Invalid register used in memory reference expression: "$1"
% FPU, vector and sometimes integer registers cannot be used in memory reference
% expressions, due to limitations of the cpu architecture or simple because
% it is not meaningful.
asmr_e_seg_without_identifier=07126_E_SEG used without identifier
% You can only use SEG with an identifier. Other syntaxes are not
% supported
asmr_e_CODE_or_DATA_without_SEG=07127_E_@CODE and @DATA can only be used with the SEG operator
% You can only use @CODE and @DATA symbols together with the SEG operator
asmr_e_const16bit_for_segment=07128_E_Not enough space (16 bits required) for the segment constant of symbol $1
% Specifying a segment constant for a symbol via the SEG operator requires at
% least 16 bits of space for the segment. This error occurs, if you specify
% less, for example, if you use 'DB SEG symbol' instead of 'DW SEG symbol'.
asmr_e_invalid_code_value=07129_E_Invalid value of .code directive constant
% The ARM assembler only allows the values 16 and 32 to be used as arguments to the .code directive
asmr_w_unable_to_determine_constant_size_using_byte=07130_W_No size specified and unable to determine the size of the constant, using BYTE as default
% You should specify explicitly a size for the reference, because
% the compiler is unable to determine what size (byte, word, dword, etc.) it
% should use for the constant. Based on its value, BYTE is used.
asmr_w_unable_to_determine_constant_size_using_word=07131_W_No size specified and unable to determine the size of the constant, using WORD as default
% You should specify explicitly a size for the reference, because
% the compiler is unable to determine what size (byte, word, dword, etc.) it
% should use for the constant. Based on its value, WORD is used.
asmr_e_cannot_override_es_segment=07132_E_Cannot override ES segment
% The ES segment in the ES:[EDI] reference of the x86 string instructions
% cannot be overridden.
asmr_w_invalid_reference=07133_W_Reference is not valid here (expected "$1")
% Certain x86 instructions require a fixed source or destination reference
% (e.g. [ESI] or [EDI] for the string instructions source and destination)
asmr_e_address_sizes_do_not_match=07134_E_Address sizes do not match
% Caused by using two memory operands in the same instruction with mismatched
% address sizes (e.g. movs byte ptr [EDI], byte ptr [SI] )
asmr_e_pop_cs_not_valid=07135_E_Instruction "POP CS" is not valid for the current target
% The 'pop cs' instruction works only on the 8086 and 8088 CPUs, which are not
% supported on the i386 or x86_64 targets.
asmr_w_pop_cs_not_portable=07136_W_Instruction "POP CS" is not portable (it only works on 8086 and 8088 CPUs)
% The 'pop cs' instruction doesn't work on any CPU, except 8086 and 8088.
asmr_e_public_must_be_used_before_label_definition=07137_E_Label $1 can only be declared public before it's defined
asmr_e_local_label_cannot_be_declared_public=07138_E_Local label $1 cannot be declared public
asmr_e_multiple_segment_overrides=07139_E_Cannot use multiple segment overrides
asmr_w_multiple_segment_overrides=07140_W_Multiple segment overrides (only the last one will take effect)
asmr_w_segment_override_ignored_in_64bit_mode=07141_W_Segment base $1 will be generated, but is ignored by the CPU in 64-bit mode
asmr_e_mismatch_broadcasting_elements=07142_E_Mismatch broadcasting elements (expected: {$1} found: {$2})
asmr_e_invalid_arrangement=07143_E_Invalid arrangement specifier "$1"
asmr_e_a64_invalid_regset=07144_E_Registers in a register set must be consecutive.
asmr_e_unknown_field=07145_E_Unknown field identifier
% The internal assembler read cannot find the passed field identifier.
#
# Assembler/binary writers
#
# 08035 is the last used one
#
asmw_f_too_many_asm_files=08000_F_Too many assembler files
% With smartlinking enabled, there are too many assembler
% files generated. Disable smartlinking.
asmw_f_assembler_output_not_supported=08001_F_Selected assembler output not supported
asmw_f_comp_not_supported=08002_F_Comp not supported
asmw_f_direct_not_supported=08003_F_Direct not support for binary writers
% Direct assembler mode is not supported for binary writers.
asmw_e_alloc_data_only_in_bss=08004_E_Allocating of data is only allowed in bss section
asmw_f_no_binary_writer_selected=08005_F_No binary writer selected
asmw_e_opcode_not_in_table=08006_E_Asm: Opcode $1 not in table
asmw_e_invalid_opcode_and_operands=08007_E_Asm: $1 invalid combination of opcode and operands
asmw_e_16bit_not_supported=08008_E_Asm: 16 Bit references not supported
asmw_e_invalid_effective_address=08009_E_Asm: Invalid effective address
asmw_e_immediate_or_reference_expected=08010_E_Asm: Immediate or reference expected
asmw_e_value_exceeds_bounds=08011_E_Asm: $1 value exceeds bounds $2
asmw_e_short_jmp_out_of_range=08012_E_Asm: Short jump is out of range $1
asmw_e_undefined_label=08013_E_Asm: Undefined label $1
asmw_e_comp_not_supported=08014_E_Asm: Comp type not supported for this target
asmw_e_extended_not_supported=08015_E_Asm: Extended type not supported for this target
asmw_e_duplicate_label=08016_E_Asm: Duplicate label $1
asmw_e_redefined_label=08017_E_Asm: Redefined label $1
asmw_e_first_defined_label=08018_E_Asm: First defined here
asmw_e_invalid_register=08019_E_Asm: Invalid register $1
asmw_e_16bit_32bit_not_supported=08020_E_Asm: 16 or 32 Bit references not supported
asmw_e_64bit_not_supported=08021_E_Asm: 64 Bit operands not supported
asmw_e_bad_reg_with_rex=08022_E_Asm: AH,BH,CH or DH cannot be used in an instruction requiring REX prefix
% x86_64 only: instruction encoding of this platform does not allow using
% 8086 high byte registers (AH,BH,CH or DH) together with REX prefix in a single instruction.
% The REX prefix is required whenever the instruction operand size is 64 bits, or
% when it uses one of extended x86_64 registers (R8-R15 or XMM8-XMM15).
asmw_e_missing_endprologue=08023_E_Missing .seh_endprologue directive
% x86_64-win64 only: Normally, SEH directives are handled internally by compiler.
% However, in pure assembler procedures .seh_endprologue directive is required
% if other SEH directives are present.
asmw_e_prologue_too_large=08024_E_Function prologue exceeds 255 bytes
% x86_64-win64: .seh_prologue directive must be placed within 255 bytes from function start.
asmw_e_handlerdata_no_handler=08025_E_.seh_handlerdata directive without preceding .seh_handler
% x86_64-win64: If .seh_handlerdata directive is used, then a .seh_handler directive must be
% present earlier in the same function.
asmw_f_too_many_relocations=08026_F_Relocation count for section $1 exceeds 65535
% Legacy COFF targets limit number of relocations per section to 65535 because they use a 2-byte field
% to store the relocation count. Targets using newer PECOFF format do not have this limitation.
asmw_w_changing_bind_type=08027_N_Change of bind type of symbol $1 from $2 to $3 after use
asmw_h_changing_bind_type=08028_H_Change of bind type of symbol $1 from $2 to $3 after use
% An assembler symbol bind type has been altered after use, which can lead to wrong code.
% First version is reserved for changig to local label, which is the most probable cause
% of wrong code generation, but currently set to Note level as it appears inside
% the compiler compilation.
asmw_e_32bit_not_supported=08029_E_Asm: 32 Bit references not supported
asmw_f_code_segment_too_large=08030_F_Code segment too large
asmw_f_data_segment_too_large=08031_F_Data segment too large
asmw_e_instruction_not_supported_by_cpu=08032_E_Instruction not supported by the selected instruction set
asmw_e_brxx_out_of_range=08033_E_Asm: conditional branch destination is out of range
asmw_e_illegal_use_of_rip=08034_E_Asm: RIP cannot be used as index register or with another register in a reference
asmw_e_seh_invalid_data_size=08035_F_Illegal function size for SEH function
#
# Executing linker/assembler
#
# 09035 is the last used one
#
# BeginOfTeX
%
% \section{Errors of assembling/linking stage}
% This section lists errors that occur when the compiler is processing the
% command line or handling the configuration files.
% \begin{description}
exec_w_source_os_redefined=09000_W_Source operating system redefined
% The source operating system is redefined.
exec_i_assembling_pipe=09001_I_Assembling (pipe) $1
% Assembling using a pipe to an external assembler.
exec_d_cant_create_asmfile=09002_E_Can't create assembler file: $1
% The mentioned file cannot be created. Check if you have
% access permissions to create this file.
exec_e_cant_create_objectfile=09003_E_Can't create object file: $1 (error code: $2)
% The mentioned file cannot be created. Check if you have
% got access permissions to create this file.
exec_e_cant_create_archivefile=09004_E_Can't create archive file: $1
% The mentioned file cannot be created. Check if you have
% access permissions to create this file.
exec_e_assembler_not_found=09005_E_Assembler $1 not found, switching to external assembling
% The assembler program was not found. The compiler will produce a script that
% can be used to assemble and link the program.
exec_t_using_assembler=09006_T_Using assembler: $1
% An informational message saying which assembler is being used.
exec_e_error_while_assembling=09007_E_Error while assembling exitcode $1
% There was an error while assembling the file using an external assembler.
% Consult the documentation of the assembler tool to find out more information
% on this error.
exec_e_cant_call_assembler=09008_E_Can't call the assembler, error $1 switching to external assembling
% An error occurred when calling an external assembler. The compiler will produce a script that
% can be used to assemble and link the program.
exec_i_assembling=09009_I_Assembling $1
% An informational message stating which file is being assembled.
exec_i_assembling_smart=09010_I_Assembling with smartlinking $1
% An informational message stating which file is being assembled using smartlinking.
exec_w_objfile_not_found=09011_W_Object $1 not found, Linking may fail !
% One of the object files is missing, and linking will probably fail.
% Check your paths.
exec_w_libfile_not_found=09012_W_Library $1 not found, Linking may fail !
% One of the library files is missing, and linking will probably fail.
% Check your paths.
exec_e_error_while_linking=09013_E_Error while linking
% Generic error while linking.
exec_e_cant_call_linker=09014_E_Can't call the linker, switching to external linking
% An error occurred when calling an external linker. The compiler will produce a script that
% can be used to assemble and link the program.
exec_i_linking=09015_I_Linking $1
% An informational message, showing which program or library is being linked.
exec_e_util_not_found=09016_E_Util $1 not found, switching to external linking
% An external tool was not found. The compiler will produce a script that
% can be used to assemble and link or postprocess the program.
exec_t_using_util=09017_T_Using util $1
% An informational message, showing which external program (usually a postprocessor) is being used.
exec_e_exe_not_supported=09018_E_Creation of Executables not supported
% Creating executable programs is not supported for this platform, because it was
% not yet implemented in the compiler.
exec_e_dll_not_supported=09019_E_Creation of Dynamic/Shared Libraries not supported
% Creating dynamically loadable libraries is not supported for this platform, because it was
% not yet implemented in the compiler.
exec_e_static_lib_not_supported=09035_E_Creation of Static Libraries not supported
% Creating static libraries is not supported for this platform, because it was
% not yet implemented in the compiler.
exec_i_closing_script=09020_I_Closing script $1
% Informational message showing when writing of the external assembling and linking script is finished.
exec_e_res_not_found=09021_E_Resource compiler "$1" not found, switching to external mode
% An external resource compiler was not found. The compiler will produce a script that
% can be used to assemble, compile resources and link or postprocess the program.
exec_i_compilingresource=09022_I_Compiling resource $1
% An informational message, showing which resource is being compiled.
exec_t_unit_not_static_linkable_switch_to_smart=09023_T_Unit $1 cannot be statically linked, switching to smart linking
% Static linking was requested, but a unit which is not statically linkable was used.
exec_t_unit_not_smart_linkable_switch_to_static=09024_T_Unit $1 cannot be smart linked, switching to static linking
% Smart linking was requested, but a unit which is not smart-linkable was used.
exec_t_unit_not_shared_linkable_switch_to_static=09025_T_Unit $1 cannot be shared linked, switching to static linking
% Shared linking was requested, but a unit which is not shared-linkable was used.
exec_e_unit_not_smart_or_static_linkable=09026_E_Unit $1 cannot be smart or static linked
% Smart or static linking was requested, but a unit which cannot be used for either  was used.
exec_e_unit_not_shared_or_static_linkable=09027_E_Unit $1 cannot be shared or static linked
% Shared or static linking was requested, but a unit which cannot be used for either  was used.
exec_d_resbin_params=09028_D_Calling resource compiler "$1" with "$2" as command line
% An informational message showing which command line is used for the resource compiler.
exec_e_error_while_compiling_resources=09029_E_Error while compiling resources
% The resource compiler or converter returned an error.
exec_e_cant_call_resource_compiler=09030_E_Can't call the resource compiler "$1", switching to external mode
% An error occurred when calling a resource compiler. The compiler will produce
% a script that can be used to assemble, compile resources and link or
% postprocess the program.
exec_e_cant_open_resource_file=09031_E_Can't open resource file "$1"
% An error occurred resource file cannot be opened.
exec_e_cant_write_resource_file=09032_E_Can't write resource file "$1"
% An error occurred resource file cannot be written.
exec_n_backquote_cat_file_not_found=09033_N_File "$1" not found for backquoted cat command
% The compiler did not find the file that should be expanded into linker parameters
exec_w_init_file_not_found=09034_W_"$1" not found, this will probably cause a linking failure
% The compiler adds certain startup code files to the linker only when they are found.
% If they are not found, they are not added and this might cause a linking failure.
% If the system has gcc installed, running \var{gcc --print-file-name <filename>} might return the path to the file.
% Add this path in your \var{fpc.cfg} using the switch \var{-Fl} to fix this error. This requires though,
% that gcc targets the same target as FPC.
%
%\end{description}
# EndOfTeX

#
# Executable information
#
# 09134 is the last used one
#
# BeginOfTeX
% \section{Executable information messages.}
% This section lists all messages that the compiler emits when an executable program is produced,
% and only when the internal linker is used.
% \begin{description}
execinfo_f_cant_process_executable=09128_F_Can't post process executable $1
% Fatal error when the compiler is unable to post-process an executable.
execinfo_f_cant_open_executable=09129_F_Can't open executable $1
% Fatal error when the compiler cannot open the file for the executable.
execinfo_x_codesize=09130_X_Size of Code: $1 bytes
% Informational message showing the size of the produced code section.
execinfo_x_initdatasize=09131_X_Size of initialized data: $1 bytes
% Informational message showing the size of the initialized data section.
execinfo_x_uninitdatasize=09132_X_Size of uninitialized data: $1 bytes
% Informational message showing the size of the uninitialized data section.
execinfo_x_stackreserve=09133_X_Stack space reserved: $1 bytes
% Informational message showing the stack size that the compiler reserved for the executable.
execinfo_x_stackcommit=09134_X_Stack space committed: $1 bytes
% Informational message showing the stack size that the compiler committed for the executable.
%\end{description}
# EndOfTeX

#
# Internal linker messages
#
# 09222 is the last used one
#
# BeginOfTeX
% \section{Linker messages}
% This section lists messages produced by internal linker.
% \begin{description}
link_f_executable_too_big=09200_F_Executable image size is too big for $1 target.
% Fatal error when resulting executable is too big.
link_w_32bit_absolute_reloc=09201_W_Object file "$1" contains 32-bit absolute relocation to symbol "$2".
% Warning when 64-bit object file contains 32-bit absolute relocations.
% In such case an executable image can be loaded into lower 4Gb of
% address space only.
link_e_program_segment_too_large=09202_E_Program segment too large (exceeds 64k by $1 bytes)
% Error when a 16-bit program is compiled in the tiny memory model, but its size exceeds 64k
link_e_code_segment_too_large=09203_E_Code segment "$1" too large (exceeds 64k by $2 bytes)
% Error when a 16-bit program's code segment exceeds 64k bytes
link_e_data_segment_too_large=09204_E_Data segment "$1" too large (exceeds 64k by $2 bytes)
% Error when a 16-bit program's data segment exceeds 64k bytes
link_e_segment_too_large=09205_E_Segment "$1" too large (exceeds 64k by $2 bytes)
% Error when a 16-bit program contains a segment that exceeds 64k bytes
link_e_group_too_large=09206_E_Group "$1" too large (exceeds 64k by $2 bytes)
% Error when a 16-bit program's object modules define a segment group that
% exceeds 64k bytes
link_e_com_program_uses_segment_relocations=09207_E_Cannot create a .COM file, because the program contains segment relocations
% Error occurs, when creating a tiny model DOS .COM file, but at least one of
% the program's object modules contains segment relocations. Segment relocations
% might be caused by the use of the Seg() function or by the SEG assembler
% directive (either in pascal's built-in inline assembler, or in an externally
% linked assembly module).
link_w_program_uses_checkpointer=09208_W_Program "$1" uses experimental CheckPointer option
link_e_duplicate_symbol=09209_E_Multiple defined symbol "$1"
% The specified symbol is already defined inside the whole collection of object files.
link_e_comdat_select_unsupported=09210_E_COMDAT selection mode $1 not supported (section: "$1")
% The specified COMDAT selection mode is not supported.
link_e_comdat_associative_section_expected=09211_E_Associative section expected for COMDAT section "$1"
% The specified COMDAT section is specified as expecting an associative section,
% but none is specified.
link_e_comdat_not_matching=09212_E_COMDAT section selection mode doesn't match for section "$1" and symbol "$2"
% All COMDAT symbols/sections need to use the same selection mode.
link_e_comdat_associative_section_not_found=09213_E_Associative COMDAT section for section "$1" not found
% The COMDAT section expects an associative section, but it was not found inside the object file.
link_d_comdat_discard_any=09214_D_Discarding duplicate symbol "$1" due to COMDAT selection mode
% The COMDAT section specifies that any section with the same name might be selected and this
% specific section was selected to be discarded.
link_d_comdat_discard_size=09215_D_Discarding duplicate symbol "$1" with same size due to COMDAT selection mode
% The COMDAT section specifies that any section with the same name and size might be selected
% and this specific section was selected to be discarded.
link_d_comdat_discard_content=09216_D_Discarding duplicate symbol "$1" with same content due to COMDAT selection mode
% The COMDAT section specifies that any section with the same name and content might be selected
% and this specific section was selected to be discarded.
link_d_comdat_replace_size=09217_D_Replacing duplicate symbol "$1" with smaller size due to COMDAT selection mode
% The COMDAT section specifies that the largest section with the same name should be selected
% this specific section was larger than the previous largest one.
link_e_comdat_size_differs=09218_E_Size of duplicate COMDAT symbol "$1" differs
% The COMDAT section specifies that all sections with the same name need to have the same size,
% but this section had a different size.
link_e_comdat_content_differs=09219_E_Content of duplicate COMDAT symbol "$1" differs
% The COMDAT section specifies that all sections with the same name need to have the same content,
% but this section had a different size.
link_e_comdat_selection_differs=09220_E_COMDAT selection mode for symbol "$1" differs
% Two COMDAT sections with the same name have different COMDAT selection modes.
link_e_undefined_symbol_in_obj=09221_E_Undefined symbol: $1 (first seen in $2)
% The specified symbol is used, but not defined and was first seen in the specified object file.
link_e_undefined_symbol=09222_E_Undefined symbol: $1
% The specified symbol is used, but not defined.
%\end{description}
# EndOfTeX

#
# Unit loading
#
# 10064 is the last used one
#
# BeginOfTeX
% \section{Unit loading messages.}
% This section lists all messages that can occur when the compiler is
% loading a unit from disk into memory. Many of these messages are
% informational messages.
% \begin{description}
unit_t_unitsearch=10000_T_Unitsearch: $1
% When you use the \var{-vt} option, the compiler tells you where it tries to find
% unit files.
unit_t_ppu_loading=10001_T_PPU Loading $1
% When the \var{-vt} switch is used, the compiler tells you
% what units it loads.
unit_u_ppu_name=10002_U_PPU Name: $1
% When you use the \var{-vu} flag, the unit name is shown.
unit_u_ppu_flags=10003_U_PPU Flags: $1
% When you use the \var{-vu} flag, the unit flags are shown.
unit_u_ppu_crc=10004_U_PPU Crc: $1
% When you use the \var{-vu} flag, the unit CRC check is shown.
unit_u_ppu_time=10005_U_PPU Time: $1
% When you use the \var{-vu} flag, the time the unit was compiled is shown.
unit_u_ppu_file_too_short=10006_U_PPU File too short
% The ppufile is too short, not all declarations are present.
unit_u_ppu_invalid_header=10007_U_PPU Invalid Header (no PPU at the begin)
% A unit file contains as the first three bytes the ASCII codes of the characters \var{PPU}.
unit_u_ppu_invalid_version=10008_U_PPU Invalid Version $1
% This unit file was compiled with a different version of the compiler, and
% cannot be read.
unit_u_ppu_invalid_processor=10009_U_PPU is compiled for another processor
% This unit file was compiled for a different processor type, and
% cannot be read.
unit_u_ppu_invalid_target=10010_U_PPU is compiled for another target
% This unit file was compiled for a different target, and
% cannot be read.
unit_u_ppu_source=10011_U_PPU Source: $1
% When you use the \var{-vu} flag, the unit source file name is shown.
unit_u_ppu_write=10012_U_Writing $1
% When you specify the \var{-vu} switch, the compiler will tell you where it
% writes the unit file.
unit_f_ppu_cannot_write=10013_F_Can't Write PPU-File
% An error occurred when writing the unit file.
unit_f_ppu_read_error=10014_F_Error reading PPU-File
% This means that the unit file was corrupted, and contains invalid
% information. Recompilation will be necessary.
unit_f_ppu_read_unexpected_end=10015_F_Unexpected end of PPU-File
% Unexpected end of file. This may mean that the PPU file is
% corrupted.
unit_f_ppu_invalid_entry=10016_F_Invalid PPU-File entry: $1
% The unit the compiler is trying to read is corrupted, or generated with a
% newer version of the compiler.
unit_f_ppu_dbx_count_problem=10017_F_PPU Dbx count problem
% There is an inconsistency in the debugging information of the unit.
unit_e_illegal_unit_name=10018_E_Illegal unit name: $1 (expecting $2)
% The name of the unit does not match the file name.
% There might to two reasons: either there is a spelling mistake in the unit name
% or there is a unit with a 8.3 name where the 8 characters are equal to first 8 characters of
% the name of a unit with a longer name. However, this unit is not found. Example: Program contains
% \var{uses mytestunit;}, the unit file or source of mytestunit are not available but there is a source
% with the name \var{mytestun}. Then compiler tries to compile and use that one, however the expected unit name does not match.
unit_f_too_much_units=10019_F_Too much units
% \fpc has a limit of 1024 units in a program. You can change this behavior
% by changing the \var{maxunits} constant in the \file{fmodule.pas} file of the
% compiler, and recompiling the compiler.
unit_f_circular_unit_reference=10020_F_Circular unit reference between $1 and $2
% Two units are using each other in the interface part. This is only allowed
% in the \var{implementation} part. At least one unit must contain the other one
% in the \var{implementation} section.
unit_f_cant_compile_unit=10021_F_Can't compile unit $1, no sources available
% A unit was found that needs to be recompiled, but no sources are
% available.
unit_f_cant_find_ppu=10022_F_Can't find unit $1 used by $2
% You tried to use a unit of which the PPU file isn't found by the
% compiler. Check your configuration file for the unit paths.
unit_w_unit_name_error=10023_W_Unit $1 was not found but $2 exists
% This error message is no longer used.
unit_f_unit_name_error=10024_F_Unit $1 searched but $2 found
% \dos truncation of 8 letters for unit PPU files
% may lead to problems when unit name is longer than 8 letters.
unit_w_switch_us_missed=10025_W_Compiling the system unit requires the -Us switch
% When recompiling the system unit (it needs special treatment), the
% \var{-Us} switch must be specified.
unit_f_errors_in_unit=10026_F_There were $1 errors compiling module, stopping
% When the compiler encounters a fatal error or too many errors in a module
% then it stops with this message.
unit_u_load_unit=10027_U_Load from $1 ($2) unit $3
% When you use the \var{-vu} flag, which unit is loaded from which unit is
% shown.
unit_u_recompile_crc_change=10028_U_Recompiling $1, checksum changed for $2
% The unit is recompiled because the checksum of a unit it depends on has
% changed.
unit_u_recompile_source_found_alone=10029_U_Recompiling $1, source found only
% When you use the \var{-vu} flag, these messages tell you why the current
% unit is recompiled.
unit_u_recompile_staticlib_is_older=10030_U_Recompiling unit, static lib is older than ppufile
% When you use the \var{-vu} flag, the compiler warns if the static library
% of the unit is older than the unit file itself.
unit_u_recompile_sharedlib_is_older=10031_U_Recompiling unit, shared lib is older than ppufile
% When you use the \var{-vu} flag, the compiler warns if the shared library
% of the unit is older than the unit file itself.
unit_u_recompile_obj_and_asm_older=10032_U_Recompiling unit, obj and asm are older than ppufile
% When you use the \var{-vu} flag, the compiler warns if the assembler or
% object file of the unit is older than the unit file itself.
unit_u_recompile_obj_older_than_asm=10033_U_Recompiling unit, obj is older than asm
% When you use the \var{-vu} flag, the compiler warns if the assembler
% file of the unit is older than the object file of the unit.
unit_u_parsing_interface=10034_U_Parsing interface of $1
% When you use the \var{-vu} flag, the compiler warns that it starts
% parsing the interface part of the unit.
unit_u_parsing_implementation=10035_U_Parsing implementation of $1
% When you use the \var{-vu} flag, the compiler warns that it starts
% parsing the implementation part of the unit.
unit_u_second_load_unit=10036_U_Second load for unit $1
% When you use the \var{-vu} flag, the compiler warns that it starts
% recompiling a unit for the second time. This can happen with
% interdependent units.
unit_u_check_time=10037_U_PPU Check file $1 time $2
% When you use the \var{-vu} flag, the compiler shows the filename and
% date and time of the file on which a recompile depends.
### The following two error msgs is currently disabled.
#unit_h_cond_not_set_in_last_compile=10038_H_Conditional $1 was not set at startup in last compilation of $2
#% when recompilation of an unit is required the compiler will check that
#% the same conditionals are set for the recompilation. The compiler has
#% found a conditional that currently is defined, but was not used the last
#% time the unit was compiled.
#unit_h_cond_set_in_last_compile=10039_H_Conditional $1 was set at startup in last compilation of $2
#% when recompilation of an unit is required the compiler will check that
#% the same conditionals are set for the recompilation. The compiler has
#% found a conditional that was used the last time the unit was compiled, but
#% the conditional is currently not defined.
unit_w_cant_compile_unit_with_changed_incfile=10040_W_Can't recompile unit $1, but found modified include files
% A unit was found to have modified include files, but
% some source files were not found, so recompilation is impossible.
unit_u_source_modified=10041_U_File $1 is newer than the one used for creating PPU file $2
% A modified source file for a compiler unit was found.
unit_u_ppu_invalid_fpumode=10042_U_Trying to use a unit which was compiled with a different FPU mode
% Trying to compile code while using units which were not compiled with
% the same floating point format mode. Either all code should be compiled
% with FPU emulation on, or with FPU emulation off.
unit_u_loading_interface_units=10043_U_Loading interface units from $1
% When you use the \var{-vu} flag, the compiler warns that it is starting
% to load the units defined in the interface part of the unit.
unit_u_loading_implementation_units=10044_U_Loading implementation units from $1
% When you use the \var{-vu} flag, the compiler warns that it is starting
% to load the units defined in the implementation part of the unit.
unit_u_interface_crc_changed=10045_U_Interface CRC changed for unit $1
% When you use the \var{-vu} flag, the compiler warns that the
% CRC calculated for the interface has been changed after the implementation
% has been parsed.
unit_u_implementation_crc_changed=10046_U_Implementation CRC changed for unit $1
% When you use the \var{-vu} flag, the compiler warns that the
% CRC calculated has been changed after the implementation
% has been parsed.
unit_u_finished_compiling=10047_U_Finished compiling unit $1
% When you use the \var{-vu} flag, the compiler warns that it
% has finished compiling the unit.
unit_u_add_depend_to=10048_U_Adding dependency: $1 depends on $2
% When you use the \var{-vu} flag, the compiler warns that it
% has added a dependency between the two units.
unit_u_no_reload_is_caller=10049_U_No reload, is caller: $1
% When you use the \var{-vu} flag, the compiler warns that it
% will not reload the unit because it is the unit that wants
% to load this unit.
unit_u_no_reload_in_second_compile=10050_U_No reload, already in second compile: $1
% When you use the \var{-vu} flag, the compiler warns that it
% will not reload the unit because it is already in a second recompile.
unit_u_flag_for_reload=10051_U_Flag for reload: $1
% When you use the \var{-vu} flag, the compiler warns that it
% has to reload the unit.
unit_u_forced_reload=10052_U_Forced reloading
% When you use the \var{-vu} flag, the compiler warns that it
% is reloading the unit because it was required.
unit_u_previous_state=10053_U_Previous state of $1: $2
% When you use the \var{-vu} flag, the compiler shows the
% previous state of the unit.
unit_u_second_compile_unit=10054_U_Already compiling $1, setting second compile
% When you use the \var{-vu} flag, the compiler warns that it is starting
% to recompile a unit for the second time. This can happen with interdependent
% units.
unit_u_loading_unit=10055_U_Loading unit $1
% When you use the \var{-vu} flag, the compiler warns that it starts
% loading the unit.
unit_u_finished_loading_unit=10056_U_Finished loading unit $1
% When you use the \var{-vu} flag, the compiler warns that it finished
% loading the unit.
unit_u_registering_new_unit=10057_U_Registering new unit $1
% When you use the \var{-vu} flag, the compiler warns that it has
% found a new unit and is registering it in the internal lists.
unit_u_reresolving_unit=10058_U_Re-resolving unit $1
% When you use the \var{-vu} flag, the compiler warns that it
% has to recalculate the internal data of the unit.
unit_u_skipping_reresolving_unit=10059_U_Skipping re-resolving unit $1, still loading used units
% When you use the \var{-vu} flag, the compiler warns that it is
% skipping the recalculation of the internal data of the unit
% because there is no data to recalculate.
unit_u_unload_resunit=10060_U_Unloading resource unit $1 (not needed)
% When you use the \var{-vu} flag, the compiler warns that it is unloading the
% resource handling unit, since no resources are used.
unit_e_different_wpo_file=10061_E_Unit $1 was compiled using a different whole program optimization feedback input ($2, $3); recompile it without wpo or use the same wpo feedback input file for this compilation invocation
% When a unit has been compiled using a particular whole program optimization (wpo) feedback file (\var{-FW<x>} \var{-OW<x>}),
% this compiled version of the unit is specialised for that particular compilation scenario and cannot be used in
% any other context. It has to be recompiled before you can use it in another program or with another wpo feedback input file.
unit_u_indirect_crc_changed=10062_U_Indirect interface (objects/classes) CRC changed for unit $1
% When you use the \var{-vu} flag, the compiler warns that the
% indirect CRC calculated for the unit (this is the CRC of all classes/objects/interfaces/$\ldots$
% in the interfaces of units directly or indirectly used by this unit in the interface) has been changed after the
% implementation has been parsed.
unit_u_ppu_invalid_memory_model=10063_U_PPU is compiled for another i8086 memory model
% This unit file was compiled for a different i8086 memory model and
% cannot be read.
unit_u_loading_from_package=10064_U_Loading unit $1 from package $2
% The unit is loaded from a package.
cg_f_internal_type_not_found=10065_F_Internal type "$1" was not found. Check if you use the correct run time library.
% The compiler expects that the runtime library contains certain types. If you see this error
% and you didn't change the runtime library code, it's very likely that the runtime library
% you're using doesn't match the compiler in use. If you changed the runtime library this error means
% that you removed a type which the compiler needs for internal use.
cg_f_internal_type_does_not_match=10066_F_Internal type "$1" does not look as expected. Check if you use the correct run time library.
% The compiler expects that the runtime library contains certain types. If you see this error
% and you didn't change the runtime library code, it's very likely that the runtime library
% you're using doesn't match the compiler in use. If you changed the runtime library this error means
% that you changed a type which the compiler needs for internal use and which needs to have a certain structure.
unit_u_ppu_llvm_mismatch=10067_U_Skipping unit, PPU and compiler have to be both compiled with or without LLVM support
% Units compiled by a compiler built with the LLVM code generator cannot be used with a regular compiler,
% and vice versa.
% \end{description}
# EndOfTeX

#
#  Options
#
# 11063 is the last used one
#
option_usage=11000_O_$1 [options] <inputfile> [options]
# BeginOfTeX
%
% \section{Command line handling errors}
% This section lists errors that occur when the compiler is processing the
% command line or handling the configuration files.
% \begin{description}
option_only_one_source_support=11001_W_Only one source file supported, changing source file to compile from "$1" into "$2"
% You can specify only one source file on the command line. The last
% one will be compiled, others will be ignored. This may indicate that
% you forgot a \var{'-'} sign.
option_def_only_for_os2=11002_W_DEF file can be created only for OS/2
% This option can only be specified when you're compiling for OS/2.
option_no_nested_response_file=11003_E_Nested response files are not supported
% You cannot nest response files with the \var{@file} command line option.
option_no_source_found=11004_F_No source file name in command line
% The compiler expects a source file name on the command line.
option_no_option_found=11005_N_No option inside $1 config file
% The compiler didn't find any option in that config file.
option_illegal_para=11006_E_Illegal parameter: $1
% You specified an unknown option.
option_help_pages_para=11007_H_-? writes help pages
% When an unknown option is given, this message is displayed.
option_too_many_cfg_files=11008_F_Too many config files nested
% You can only nest up to 16 config files.
option_unable_open_file=11009_F_Unable to open file $1
% The option file cannot be found.
option_reading_further_from=11010_D_Reading further options from $1
% Displayed when you have notes turned on, and the compiler switches
% to another options file.
option_target_is_already_set=11011_W_Target is already set to: $1
% Displayed if more than one \var{-T} option is specified.
option_no_shared_lib_under_dos=11012_W_Shared libs not supported on DOS platform, reverting to static
% If you specify \var{-CD} for the \dos platform, this message is displayed.
% The compiler supports only static libraries under \dos.
option_too_many_ifdef=11013_F_In options file $1 at line $2 too many #IF(N)DEFs encountered
% The \var{\#IF(N)DEF} statements in the options file are not balanced with
% the \var{\#ENDIF} statements.
option_too_many_endif=11014_F_In options file $1 at line $2 unexpected #ENDIFs encountered
% The \var{\#IF(N)DEF} statements in the options file are not balanced with
% the \var{\#ENDIF} statements.
option_too_less_endif=11015_F_Open conditional at the end of the options file
% The \var{\#IF(N)DEF} statements in the options file are not balanced with
% the \var{\#ENDIF} statements.
option_no_debug_support=11016_W_Debug information generation is not supported by this executable
% It is possible to have a compiler executable that doesn't support
% the generation of debugging info. If you use such an executable with the
% \var{-g} switch, this warning will be displayed.
option_no_debug_support_recompile_fpc=11017_H_Try recompiling with -dGDB
% It is possible to have a compiler executable that doesn't support
% the generation of debugging info. If you use such an executable with the
% \var{-g} switch, this warning will be displayed.
option_obsolete_switch=11018_W_You are using the obsolete switch $1
% This warns you when you use a switch that is not needed/supported anymore.
% It is recommended that you remove the switch to overcome problems in the
% future, when the meaning of the switch may change.
option_obsolete_switch_use_new=11019_W_You are using the obsolete switch $1, please use $2
% This warns you when you use a switch that is not supported anymore. You
% must now use the second switch instead.
% It is recommended that you change the switch to overcome problems in the
% future, when the meaning of the switch may change.
option_switch_bin_to_src_assembler=11020_N_Switching assembler to default source writing assembler
% This notifies you that the assembler has been changed because you used the
% -a switch, which cannot be used with a binary assembler writer.
option_incompatible_asm=11021_W_Assembler output selected "$1" is not compatible with "$2"
option_asm_forced=11022_W_"$1" assembler use forced
% The assembler output selected cannot generate
% object files with the correct format. Therefore, the
% default assembler for this target is used instead.
option_using_file=11026_T_Reading options from file $1
% Options are also read from this file.
option_using_env=11027_T_Reading options from environment $1
% Options are also read from this environment string.
option_handling_option=11028_D_Handling option "$1"
% Debug info that an option is found and will be handled.
option_help_press_enter=11029_O_*** press enter ***
% Message shown when help is shown page per page. When pressing the ENTER
% Key, the next page of help is shown. If you press q and then ENTER, the
% compiler exits.
option_start_reading_configfile=11030_H_Start of reading config file $1
% Start of configuration file parsing.
option_end_reading_configfile=11031_H_End of reading config file $1
% End of configuration file parsing.
option_interpreting_option=11032_D_Interpreting option "$1"
% The compiler is interpreting an option
option_interpreting_firstpass_option=11036_D_Interpreting firstpass option "$1"
% The compiler is interpreting an option for the first time.
option_interpreting_file_option=11033_D_Interpreting file option "$1"
% The compiler is interpreting an option which it read from the configuration file.
option_read_config_file=11034_D_Reading config file "$1"
% The compiler is starting to read the configuration file.
option_found_file=11035_D_Found source file name "$1"
% Additional information about options.
% Displayed when you have the debug option turned on.
option_code_page_not_available=11039_E_Unknown codepage "$1"
% An unknown codepage for the source files was requested.
% The compiler is compiled with support for several codepages built-in.
% The requested codepage is not in that list. You will need to recompile
% the compiler with support for the codepage you need.
option_config_is_dir=11040_F_Config file $1 is a directory
% Directories cannot be used as configuration files.
option_confict_asm_debug=11041_W_Assembler output selected "$1" cannot generate debug info, debugging disabled
% The selected assembler output cannot generate
% debugging information, debugging option is therefore disabled.
option_ppc386_deprecated=11042_W_Use of ppc386.cfg is deprecated, please use fpc.cfg instead
% Using ppc386.cfg is still supported for historical reasons, however, for a multiplatform
% system the naming makes no sense anymore. Please continue to use fpc.cfg instead.
option_else_without_if=11043_F_In options file $1 at line $2 #ELSE directive without #IF(N)DEF found
% An \var{\#ELSE} statement was found in the options file without a matching \var{\#IF(N)DEF} statement.
option_unsupported_target=11044_F_Option "$1" is not, or not yet, supported on the current target platform
% Not all options are supported or implemented for all target platforms. This message informs you that a chosen
% option is incompatible with the currently selected target platform.
option_unsupported_target_for_feature=11045_F_The feature "$1" is not, or not yet, supported on the selected target platform
% Not all features are supported or implemented for all target platforms. This message informs you that a chosen
% feature is incompatible with the currently selected target platform.
option_dwarf_smart_linking=11046_N_DWARF debug information cannot be used with smart linking on this target, switching to static linking
% Smart linking is currently incompatible with DWARF debug information on most
% platforms, so smart linking is disabled in such cases.
option_ignored_target=11047_W_Option "$1" is ignored for the current target platform.
% Not all options are supported or implemented for all target platforms. This message informs you that a chosen
% option is ignored for the currently selected target platform.
option_debug_external_unsupported=11048_W_Disabling external debug information because it is unsupported for the selected target/debug format combination.
% Not all debug formats can be stored in an external file on all platforms. In particular, on
% Mac OS X only DWARF debug information can be stored externally.
option_dwarf_smartlink_creation=11049_N_DWARF debug information cannot be used with smart linking with external assembler, disabling static library creation.
% Smart linking is currently incompatble with DWARF debug information on most
% platforms, so smart linking is disabled in such cases.
option_invalid_macosx_deployment_target=11050_E_Invalid value for MACOSX_DEPLOYMENT_TARGET environment variable: $1
option_invalid_iphoneos_deployment_target=11051_E_Invalid value for IPHONEOS_DEPLOYMENT_TARGET environment variable: $1
% On Mac OS X, the MACOSX\_DEPLOYMENT\_TARGET/IPHONEOS\_DEPLOYMENT\_TARGET environment variable can be
% used to set the default target OS version. In case of Mac OS X, it has to be of the format
% XY.Z or XY.Z.AB with X, Y,Z , A and B all digits from 0-9.
% In case of iOS, it has to be X.Z.A, where X, Z and A can all be either 1 or 2
% digits from 0-9.
option_illegal_fpu_eabihf=11052_E_You must use one of the VFP FPU types when using the EABIHF ABI target
% The EABIHF (VFP hardfloat) ABI target can only be used with VFP FPUs.
option_w_unsupported_debug_format=11053_W_The selected debug format is not supported on the current target, not changing the current setting
% Not all targets support all debug formats (in particular, Stabs is not supported on 64 bit targets).
option_missing_arg=11054_E_Argument to "$1" is missing
% Displayed when parameter must be followed by an argument.
option_malformed_para=11055_E_Malformed parameter: $1
% Given argument is not valid for parameter.
option_smart_link_requires_external_linker=11056_W_Smart linking requires external linker
option_com_files_require_tiny_model=11057_E_Creating .COM files is not supported in the current memory model. Only the tiny memory model supports making .COM files.
% Do not enable experimental -gc option if -Ur option is given.
option_gc_incompatible_with_release_flag=11058_W_Experimental CheckPointer option not enabled because it is incomptatible with -Ur option.
% The compiler binary only supports a single target architecture. Invoke the fpc binary if you wish to select a compiler binary for a different target architecture.
option_invalid_target_architecture=11059_E_Unsupported target architecture -P$1, invoke the "fpc" compiler driver instead.
% The ppc<target> executables support only a single target architecture. They do not support the -P switch. The compiler driver "fpc"
% handles this switch, so you have to invoke compiling by using "fpc" instead
option_features_only_for_system_unit=11060_E_Feature switches are only supported while compiling the system unit.
% To selected a certain feature, the system unit must be compiled with this feature enabled. All other units inherited the features set by the
% system unit through the ppu of the system unit.
option_debug_info_requires_external_linker=11061_N_The selected debug format is not supported by the internal linker, switching to external linking
option_valgrind_heaptrc_mismatch=11062_E_You can not use both options ($1) ($2) at same time.
option_unsupported_fpu=11063_F_The selected FPU type "$1" is not supported by the selected instruction set "$2"
% Not all instruction sets support all FPU types. For example on ARM, Thumb(-1) supports no FPU/VFP instruction set
%\end{description}
# EndOfTeX

#
#  Whole program optimization
#
# 12019 is the last used one
#
# BeginOfTeX
%
% \section{Whole program optimization messages}
% This section lists errors that occur when the compiler is performing
% whole program optimization.
% \begin{description}
wpo_cant_find_file=12000_F_Cannot open whole program optimization feedback file "$1"
% The compiler cannot open the specified feedback file with whole program optimization information.
wpo_begin_processing=12001_D_Processing whole program optimization information in wpo feedback file "$1"
% The compiler starts processing whole program optimization information found in the named file.
wpo_end_processing=12002_D_Finished processing the whole program optimization information in wpo feedback file "$1"
% The compiler has finished processing the whole program optimization information found in the named file.
wpo_expected_section=12003_E_Expected section header, but got "$2" at line $1 of wpo feedback file
% The compiler expected a section header in the whole program optimization file (starting with \%),
% but did not find it.
wpo_no_section_handler=12004_W_No handler registered for whole program optimization section "$2" at line $1 of wpo feedback file, ignoring
% The compiler has no handler to deal with the mentioned whole program optimization information
% section, and will therefore ignore it and skip to the next section.
wpo_found_section=12005_D_Found whole program optimization section "$1" with information about "$2"
% The compiler encountered a section with whole program optimization information, and according
% to its handler this section contains information usable for the mentioned purpose.
wpo_no_input_specified=12006_F_The selected whole program optimizations require a previously generated feedback file (use -Fw to specify)
% The compiler needs information gathered during a previous compilation run to perform the selected
% whole program optimizations. You can specify the location of the feedback file containing this
% information using the -Fw switch.
wpo_not_enough_info=12007_E_No collected information necessary to perform "$1" whole program optimization found
% While you pointed the compiler to a file containing whole program optimization feedback, it
% did not contain the information necessary to perform the selected optimizations. You most likely
% have to recompile the program using the appropriate -OWxxx switch.
wpo_no_output_specified=12008_F_Specify a whole program optimization feedback file to store the generated info in (using -FW)
% You have to specify the feedback file in which the compiler has to store the whole program optimization
% feedback that is generated during the compilation run. This can be done using the -FW switch.
wpo_output_without_info_gen=12009_E_Not generating any whole program optimization information, yet a feedback file was specified (using -FW)
% The compiler was instructed to store whole program optimization feedback into a file specified using -FW,
% but not to actually generated any whole program optimization feedback. The classes of to be
% generated information can be specified using -OWxxx.
wpo_input_without_info_use=12010_E_Not performing any whole program optimizations, yet an input feedback file was specified (using -Fw)
% The compiler was not instructed to perform any whole program optimizations (no -Owxxx parameters),
% but nevertheless an input file with such feedback was specified (using -Fwyyy). Since this can
% indicate that you forgot to specify an -Owxxx parameter, the compiler generates an error in this case.
wpo_skipping_unnecessary_section=12011_D_Skipping whole program optimization section "$1", because not needed by the requested optimizations
% The whole program optimization feedback file contains a section with information that is not
% required by the selected whole program optimizations.
wpo_duplicate_wpotype=12012_W_Overriding previously read information for "$1" from feedback input file using information in section "$2"
% The feedback file contains multiple sections that provide the same class of information (e.g.,
% information about which virtual methods can be devirtualized). In this case, the information in last encountered
% section is used. Turn on debugging output (-vd) to see which class of information is provided by each section.
wpo_cannot_extract_live_symbol_info_strip=12013_E_Cannot extract symbol liveness information from program when stripping symbols, use -Xs-
% Certain symbol liveness collectors extract the symbol information from the linked program. If the symbol information
% is stripped (option -Xs), this is not possible.
wpo_cannot_extract_live_symbol_info_no_link=12014_E_Cannot extract symbol liveness information from program when when not linking
% Certain symbol liveness collectors extract the symbol information from the linked program. If the program is not
% linked by the compiler, this is not possible.
wpo_cannot_find_symbol_progs=12015_F_Cannot find "$1" or "$2" to extract symbol liveness information from linked program
% Certain symbol liveness collectors need a helper program to extract the symbol information from the linked program.
% This helper program is normally 'nm', which is part of the GNU binutils.
wpo_error_reading_symbol_file=12016_E_Error during reading symbol liveness information produced by "$1"
% An error occurred during the reading of the symbol liveness file that was generated using the 'nm' or 'objdump' program. The reason
% can be that it was shorter than expected, or that its format was not understood.
wpo_error_executing_symbol_prog=12017_F_Error executing "$1" (exitcode: $2) to extract symbol information from linked program
% Certain symbol liveness collectors need a helper program to extract the symbol information from the linked program.
% The helper program produced the reported error code when it was run on the linked program.
wpo_symbol_live_info_needs_smart_linking=12018_E_Collection of symbol liveness information can only help when using smart linking, use -CX -XX
% Whether or not a symbol is live is determined by looking whether it exists in the final linked program.
% Without smart linking/dead code stripping, all symbols are always included, regardless of whether they are
% actually used or not. So in that case all symbols will be seen as live, which makes this optimization ineffective.
wpo_cant_create_feedback_file=12019_E_Cannot create specified whole program optimisation feedback file "$1"
% The compiler is unable to create the file specified using the -FW parameter to store the whole program optimisation information.
%\end{description}
# EndOfTeX


#
# Package loading and handling
#
# 13029 is the last used one
#
# BeginOfTeX
% \section{Package loading messages.}
% This section lists all messages that can occur when the compiler is
% loading a package from disk into memory, saving a package from memory
% to disk or when parsing packages in general. Many of these messages are
% informational messages.
% \begin{description}
package_f_cant_find_pcp=13001_F_Can't find package $1
% You tried to use a package of which the PCP file isn't found by the
% compiler. Check your configuration file for the package paths.
package_u_pcp_found=13002_U_PCP file for package $1 found
% The PCP file for the specified package was found.
package_e_duplicate_package=13003_E_Duplicate package $1
% The package was already specified as required package and may not be specified
% a second time.
package_e_unit_deny_package=13004_E_Unit $1 can not be part of a package
% The unit can not be part of a package because the DenyPackageUnit directive is enabled for the unit.
package_n_implicit_unit_import=13005_N_Unit $1 is implicitely imported into package $2
% The unit was not specified as part of the \var{contains} section and is also not included in one of the
% required packages. Add the unit to the \var{contains} section to increase compatibility with other packages.
package_f_cant_create_pcp=13006_F_Failed to create PCP file $2 for package $1
% The PCP file for the package could not be created.
package_f_cant_read_pcp=13007_F_Failed to read PCP file for package $1
% The PCP file for the package could not be read.
package_t_pcp_loading=13008_T_PCP loading $1
% When the \var{-vt} switch is used, the compiler tells you
% what packages it loads.
package_u_pcp_name=13009_U_PCP Name: $1
% When you use the \var{-vu} flag, the package name is shown.
package_u_pcp_flags=13010_U_PCP Flags: $1
% When you use the \var{-vu} flag, the package flags are shown.
package_u_pcp_crc=13011_U_PCP Crc: $1
% When you use the \var{-vu} flag, the package CRC check is shown.
package_u_pcp_time=13012_U_PCP Time: $1
% When you use the \var{-vu} flag, the time the package was compiled is shown.
package_u_pcp_file_too_short=13013_U_PCP File too short
% The PCP file is too short, not all declarations are present.
package_u_pcp_invalid_header=13014_U_PCP Invalid Header (no PCP at the begin)
% A package file contains as the first three bytes the ASCII codes of the characters \var{PCP}.
package_u_pcp_invalid_version=13015_U_PCP Invalid Version $1
% This package file was compiled with a different version of the compiler, and
% cannot be read.
package_u_pcp_invalid_processor=13016_U_PCP is compiled for another processor
% This package file was compiled for a different processor type, and
% cannot be read.
package_u_pcp_invalid_target=13017_U_PCP is compiled for another target
% This package file was compiled for a different target, and
% cannot be read.
package_u_pcp_write=13018_U_Writing $1
% When you specify the \var{-vu} switch, the compiler will tell you where it
% writes the package file.
package_f_pcp_cannot_write=13019_F_Can't Write PCP-File
% An error occurred when writing the package file.
package_f_pcp_read_error=13020_F_Error reading PCP-File
% This means that the package file was corrupted, and contains invalid
% information. Recompilation will be necessary.
package_f_pcp_read_unexpected_end=13021_F_Unexpected end of PCP-File
% Unexpected end of file. This may mean that the PCP file is
% corrupted.
package_f_pcp_invalid_entry=13022_F_Invalid PCP-File entry: $1
% The unit the compiler is trying to read is corrupted, or generated with a
% newer version of the compiler.
package_u_pcp_invalid_fpumode=13023_U_Trying to use a unit which was compiled with a different FPU mode
% Trying to compile code while using units which were not compiled with
% the same floating point format mode. Either all code should be compiled
% with FPU emulation on, or with FPU emulation off.
package_t_packagesearch=13024_T_Packagesearch: $1
% When you use the \var{-vt} option, the compiler tells you where it tries to find
% package files.
package_u_required_package=13025_U_Required package $1
% When you specify the \var{-vu} switch, the compiler will tell you which
% packages a package requires.
package_u_contained_unit=13026_U_Contained unit $1
% When you specify the \var{-vu} switch, the compiler will tell you which
% units a package contains.
package_e_unit_already_contained_in_package=13027_E_Unit $1 is already contained in package $2
% A unit specified in a contains sections must not be part of a required package. Note that
% a unit might have become part of another package by indirectly including it.
package_w_unit_from_indirect_package=13028_W_Unit $1 is imported from indirectly required package $2
% If a unit from a package that is not part of the \var{requires} section is used then the package
% should require this unit directly to avoid confusion.
package_u_ppl_filename=13029_U_PPL filename $1
% The name of the binary package library that is stored in the PCP.
%
% \end{description}
# EndOfTeX


#
# Logo (option -l)
#
option_logo=11023_[
Free Pascal Compiler version $FPCFULLVERSION [$FPCDATE] for $FPCCPU
Copyright (c) 1993-2021 by Florian Klaempfl and others
]

#
# Info (option -i)
#
option_info=11024_[
Free Pascal Compiler version $FPCVERSION

Compiler date      : $FPCDATE
Compiler CPU target: $FPCCPU

Supported targets (targets marked with '{*}' are under development):
  $OSTARGETS

Supported CPU instruction sets:
  $INSTRUCTIONSETS

Supported FPU instruction sets:
  $FPUINSTRUCTIONSETS

Supported inline assembler modes:
  $ASMMODES

Recognized compiler and RTL features:
  $FEATURELIST

Recognized modeswitches:
  $MODESWITCHES

Supported ABI targets:
  $ABITARGETS

Supported Optimizations:
  $OPTIMIZATIONS

Supported Whole Program Optimizations:
  All
  $WPOPTIMIZATIONS

Code Generation Backend
  $CODEGENERATIONBACKEND

Supported Microcontroller types:$\n  $CONTROLLERTYPES$\n
This program comes under the GNU General Public Licence
For more information read COPYING.v2

Please report bugs in our bug tracker on:
                 https://bugs.freepascal.org

More information may be found on our WWW pages (including directions
for mailing lists useful for asking questions or discussing potential
new features, etc.):
                 https://www.freepascal.org
]

#
# Help pages (option -? and -h)
#
# The first character on the line indicates who will display this
# line, the current possibilities are:
#    * = every target
#    3 = 80x86 targets
#    4 = x86_64
#    6 = 680x0 targets
#    8 = 8086 (16-bit) targets
#    a = AArch64
#    A = ARM
#    e = in extended debug mode only
#    F = help for the 'fpc' binary (independent of the target compiler)
#    I = VIS
#    J = JVM
#    L = LLVM variant
#    M = MIPS (MIPSEB) targets
#    m = MIPSEL targets
#    P = PowerPC targets
#    p = PowerPC64 targets
#    R = RiscV32 targets
#    r = RiscV64 targets
#    S = Sparc targets
#    s = Sparc64 targets
#    V = AVR
#    x = xtensa targets
#    Z = Z80
# The second character also indicates who will display this line,
# (if the above character was TRUE) the current possibilities are :
#    * = everyone
#    g = with GDB info supported by the compiler
#    O = OS/2
#    L = UNIX systems
#  The third character represents the indentation level.
#
option_help_pages=11025_[
# It is also possible to insert comments in that section
F*0*_Only options valid for the default or selected platform are listed.
**0*_Put + after a boolean switch option to enable it, - to disable it.
**1@<x>_Read compiler options from <x> in addition to the default fpc.cfg
# Assembler related options
**1a_The compiler does not delete the generated assembler file
**2a5_Don't generate Big Obj COFF files for GNU Binutils older than 2.25 (Windows, NativeNT)
**2al_List sourcecode lines in assembler file
**2an_List node info in assembler file (-dEXTDEBUG compiler)
**2ao_Add an extra option to external assembler call (ignored for internal)
*L2ap_Use pipes instead of creating temporary assembler files
**2ar_List register allocation/release info in assembler file
**2at_List temp allocation/release info in assembler file
# Choice of assembler used
**1A<x>_Output format:
**2Adefault_Use default assembler
3*2Aas_Assemble using GNU AS
3*2Aas-darwin_Assemble Darwin Mach-O using GNU GAS
3*2Amacho_Mach-O (Darwin, Intel 32 bit) using internal writer
8*2Anasm_Assemble using Nasm
8*2Anasmobj_Assemble using Nasm
3*2Anasm_Assemble using Nasm
3*2Anasmcoff_COFF (Go32v2) file using Nasm
3*2Anasmelf_ELF32 (Linux) file using Nasm
3*2Anasmwin32_Win32 object file using Nasm
3*2Anasmwdosx_Win32/WDOSX object file using Nasm
3*2Anasmdarwin_macho32 object file using Nasm (experimental)
3*2Awasm_Obj file using Wasm (Watcom)
3*2Anasmobj_Obj file using Nasm
3*2Amasm_Obj file using Masm (Microsoft)
3*2Atasm_Obj file using Tasm (Borland)
3*2Aelf_ELF (Linux) using internal writer
3*2Acoff_COFF (Go32v2) using internal writer
3*2Apecoff_PE-COFF (Win32) using internal writer
3*2Ayasm_Assemble using Yasm (experimental)
4*2Aas_Assemble using GNU AS
4*2Agas_Assemble using GNU GAS
4*2Aas-darwin_Assemble Darwin Mach-O using GNU GAS
4*2Amasm_Win64 object file using ml64 (Microsoft)
4*2Apecoff_PE-COFF (Win64) using internal writer
4*2Aelf_ELF (Linux-64bit) using internal writer
4*2Ayasm_Assemble using Yasm (experimental)
4*2Anasm_Assemble using Nasm (experimental)
4*2Anasmwin64_Assemble Win64 object file using Nasm (experimental)
4*2Anasmelf_Assemble Linux-64bit object file using Nasm (experimental)
4*2Anasmdarwin_Assemble darwin macho64 object file using Nasm (experimental)
6*2Aas_Unix o-file using GNU AS
6*2Agas_GNU Motorola assembler
6*2Amit_MIT Syntax (old GAS)
6*2Amot_Standard Motorola assembler
6*2Avasm_Use vasm to assemble
A*2Aas_Assemble using GNU AS
A*2Aas-darwin_Assemble using GNU AS for Darwin targets
A*2Aclang_Assemble using clang
A*2Aelf_Assemble using internal ELF writer
a*2Aas_Assemble using GNU AS
a*2Aclang_Assemble using clang for darwin/ios targets
a*2Aas-clang_Assemble using clang for other targets 
P*2Aas_Assemble using GNU AS
S*2Aas_Assemble using GNU AS
s*2Aas_Assemble using GNU AS
v*2Aas_Assemble using GNU AS
W*2Abinaryen_Assemble using GNU AS for wasm32 (wasm-as)
W*2Allvm-mc_Assemble using llvm-mc
W*2Awabt_Assemble using wasa
x*2Aas_Assemble using GNU AS
Z*2Asdcc-sdasz80_Assemble using SDCC-SDASZ80
Z*2Az80asm_Assemble using z80asm
Z*2Avasm_Assemble using Vasm
# Used only internally by IDE
**1b_Generate browser info
**2bl_Generate local symbol info
**1B_Build all modules
**1C<x>_Code generation options:
**2C3_Turn on ieee error checking for constants
**2Ca<x>_Select ABI; see fpc -i or fpc -ia for possible values
**2Cb_Generate code for a big-endian variant of the target architecture
**2Cc<x>_Set default calling convention to <x>
**2CD_Create also dynamic library (not supported)
**2Ce_Compilation with emulated floating point opcodes
**2CE_Generate FPU code which can raise exceptions
**2Cf<x>_Select fpu instruction set to use; see fpc -i or fpc -if for possible values
**2CF<x>_Minimal floating point constant precision (default, 32, 64)
**2Cg_Generate PIC code
**2Ch<n>[,m]_<n> bytes min heap size (between 1023 and 67107840) and optionally [m] max heap size
**2Ci_IO-checking
A*2CI<x>_Select instruction set on ARM: ARM or THUMB
L*2Cl<x>_LLVM code generation options
L*3Clflto_Enable Link-time optimisation (needed both when compiling units and programs/libraries)
L*3Clfltonosystem_Disable LTO for the system unit (needed with at least Xcode 10.2 and earlier due to linker bugs)
L*3Clv<x>_LLVM target version: Xcode-10.1, 7.0, 8.0, .., 10.0
**2Cn_Omit linking stage
P*2CN_Generate nil-pointer checks (AIX-only)
**2Co_Check overflow of integer operations
**2CO_Check for possible overflow of integer operations
**2Cp<x>_Select instruction set; see fpc -i or fpc -ic for possible values
**2CP<x>=<y>_ packing settings
**3CPPACKSET=<y>_ <y> set allocation: 0, 1 or DEFAULT or NORMAL, 2, 4 and 8
**3CPPACKENUM=<y>_ <y> enum packing: 0, 1, 2 and 4 or DEFAULT or NORMAL
**3CPPACKRECORD=<y>_ <y> record packing: 0 or DEFAULT or NORMAL, 1, 2, 4, 8, 16 and 32
**2Cr_Range checking
**2CR_Verify object method call validity
**2Cs<n>_Set stack checking size to <n>
**2Ct_Stack checking (for testing only, see manual)
8*2CT<x>_Target-specific code generation options
3*2CT<x>_Target-specific code generation options
4*2CT<x>_Target-specific code generation options
p*2CT<x>_Target-specific code generation options
P*2CT<x>_Target-specific code generation options
J*2CT<x>_Target-specific code generation options
A*2CT<x>_Target-specific code generation options
p*3CTsmalltoc_ Generate smaller TOCs at the expense of execution speed (AIX)
P*3CTsmalltoc_ Generate smaller TOCs at the expense of execution speed (AIX)
J*3CTautogetterprefix=X_  Automatically create getters for properties with prefix X (empty string disables)
J*3CTautosetterprefix=X_  Automatically create setters for properties with prefix X (empty string disables)
8*3CTcld_                 Emit a CLD instruction before using the x86 string instructions
3*3CTcld_                 Emit a CLD instruction before using the x86 string instructions
4*3CTcld_                 Emit a CLD instruction before using the x86 string instructions
8*3CTfarprocspushoddbp_       Increment BP before pushing it in the prologue of far functions
J*3CTcompactintarrayinit_ Generate smaller (but potentially slower) code for initializing integer array constants
J*3CTenumfieldinit_       Initialize enumeration fields in constructors to enumtype(0), after calling inherited constructors
J*3CTinitlocals_          Initialize local variables that trigger a JVM bytecode verification error if used uninitialized (slows down code)
J*3CTlowercaseprocstart_  Lowercase the first character of procedure/function/method names
A*3CTthumbinterworking_ Generate Thumb interworking-safe code if possible
J*2Cv_Var/out parameter copy-out checking
A*2CV<x>_Set section threadvar model to <x>
**2CX_Create also smartlinked library
**1d<x>_Defines the symbol <x>
**1D_Generate a DEF file
**2DD<x>_Set the date string returned by %DATE% to x, it is not checked for being a valid date string
**2Dd<x>_Set description to <x>
**2DT<x>_Set the time string returned by %TIME% to x, it is not checked for being a valid time string
**2Dv<x>_Set DLL version to <x>
*O2Dw_PM application
**1e<x>_Set path to executable
**1E_Same as -Cn
**1fPIC_Same as -Cg
**1F<x>_Set file names and paths:
**2Fa<x>[,y]_(for a program) load units <x> and [y] before uses is parsed
**2Fc<x>_Set input codepage to <x>
**2FC<x>_Set RC compiler binary name to <x>
**2Fd_Disable the compiler's internal directory cache
**2FD<x>_Set the directory where to search for compiler utilities
**2Fe<x>_Redirect error output to <x>
**2FE<x>_Set exe/unit output path to <x>
**2Ff<x>_Add <x> to framework path (Darwin only), or set IDF path to <x> (Xtensa-FreeRTOS)
**2FF_Use fpcres as RC to RES compiler instead of windres or gorc
**2Fi<x>_Add <x> to include path
**2Fl<x>_Add <x> to library path
**2FL<x>_Use <x> as dynamic linker
**2Fm<x>_Load unicode conversion table from <x>.txt in the compiler dir
**2FM<x>_Set the directory where to search for unicode binary files
**2FN<x>_Add <x> to list of default unit scopes (namespaces)
**2Fo<x>_Add <x> to object path
**2Fr<x>_Load error message file <x>
**2FR<x>_Set resource (.res) linker to <x>
**2Fu<x>_Add <x> to unit path
**2FU<x>_Set unit output path to <x>, overrides -FE
**2FW<x>_Store generated whole-program optimization feedback in <x>
**2Fw<x>_Load previously stored whole-program optimization feedback from <x>
*g1g_Generate debug information (default format for target)
*g2gc_Generate checks for pointers (experimental, only available on some targets, might generate false positive)
*g2gh_Use heaptrace unit (for memory leak/corruption debugging)
*g2gl_Use line info unit (show more info with backtraces)
*g2gm_Generate Microsoft CodeView debug information (experimental)
*g2go<x>_Set debug information options
*g3godwarfsets_ Enable DWARF 'set' type debug information (breaks gdb < 6.5)
*g3gostabsabsincludes_ Store absolute/full include file paths in Stabs
*g3godwarfmethodclassprefix_ Prefix method names in DWARF with class name
*g3godwarfcpp_ Simulate C++ debug information in DWARF
*g3godwarfomflinnum_ Generate line number information in OMF LINNUM records in MS LINK format in addition to the DWARF debug information (Open Watcom Debugger/Linker compatibility)
*g2gp_Preserve case in stabs symbol names
*g2gs_Generate Stabs debug information
*g2gt_Trash local variables (to detect uninitialized uses; multiple 't' changes the trashing value)
*g2gv_Generates programs traceable with Valgrind
*g2gw_Generate DWARFv2 debug information (same as -gw2)
*g2gw2_Generate DWARFv2 debug information
*g2gw3_Generate DWARFv3 debug information
*g2gw4_Generate DWARFv4 debug information (experimental)
**1i_Information
**2iD_Return compiler date
**2iSO_Return compiler OS
**2iSP_Return compiler host processor
**2iTO_Return target OS
**2iTP_Return target processor
**2iV_Return short compiler version
**2iW_Return full compiler version
**2ia_Return list of supported ABI targets
**2ib_Return the used code generation backend type
**2ic_Return list of supported CPU instruction sets
**2if_Return list of supported FPU instruction sets
**2ii_Return list of supported inline assembler modes
**2im_Return list of supported modeswitches
**2io_Return list of supported optimizations
**2ir_Return list of recognized compiler and RTL features
**2it_Return list of supported targets
**2iu_Return list of supported microcontroller types
**2iw_Return list of supported whole program optimizations
**1I<x>_Add <x> to include path
**1k<x>_Pass <x> to the linker
**1l_Write logo
**1M<x>_Set language mode to <x> / enable modeswitch <x> (see option -im)
**2Mfpc_Free Pascal dialect (default)
**2Mobjfpc_FPC mode with Object Pascal support
**2Mdelphi_Delphi 7 compatibility mode
**2Mtp_TP/BP 7.0 compatibility mode
**2Mmacpas_Macintosh Pascal dialects compatibility mode
**2Miso_ISO 7185 mode
**2Mextendedpascal_ISO 10206 mode
**2Mdelphiunicode_Delphi 2009 and later compatibility mode
**2*_Each mode (as listed above) enables its default set of modeswitches.
**2*_Other modeswitches are disabled and need to be enabled one by another.
**1M<x>-_Disable modeswitch <x> (see option -im)
**1n_Do not read the default config files
**1o<x>_Change the name of the executable produced to <x>
**1O<x>_Optimizations:
**2O-_Disable optimizations
**2O1_Level 1 optimizations (quick and debugger friendly)
**2O2_Level 2 optimizations (-O1 + quick optimizations)
**2O3_Level 3 optimizations (-O2 + slow optimizations)
**2O4_Level 4 optimizations (-O3 + optimizations which might have unexpected side effects)
**2Oa<x>=<y>_Set alignment
**2Oo[NO]<x>_Enable or disable optimizations; see fpc -i or fpc -io for possible values
**2Op<x>_Set target cpu for optimizing; see fpc -i or fpc -ic for possible values
**2OW<x>_Generate whole-program optimization feedback for optimization <x>; see fpc -i or fpc -iw for possible values
**2Ow<x>_Perform whole-program optimization <x>; see fpc -i or fpc -iw for possible values
**2Os_Optimize for size rather than speed
**1pg_Generate profile code for gprof (defines FPC_PROFILE)
F*1P<x>_Target CPU / compiler related options:
F*2PB_Show default compiler binary
F*2PP_Show default target cpu
F*2P<x>_Set target CPU (aarch64,arm,avr,i386,i8086,jvm,m68k,mips,mipsel,powerpc,powerpc64,sparc,x86_64)
**1R<x>_Assembler reading style:
**2Rdefault_Use default assembler for target
3*2Ratt_Read AT&T style assembler
3*2Rintel_Read Intel style assembler
4*2Ratt_Read AT&T style assembler
4*2Rintel_Read Intel style assembler
8*2Ratt_Read AT&T style assembler
8*2Rintel_Read Intel style assembler
6*2RMOT_Read Motorola style assembler
**1S<x>_Syntax options:
**2S2_Same as -Mobjfpc
**2Sc_Support operators like C (*=,+=,/= and -=)
**2Sa_Turn on assertions
**2Sd_Same as -Mdelphi
**2Se<x>_Error options. <x> is a combination of the following:
**3*_<n> : Compiler halts after the <n> errors (default is 1)
**3*_w : Compiler also halts after warnings
**3*_n : Compiler also halts after notes
**3*_h : Compiler also halts after hints
**2Sf_Enable certain features in compiler and RTL; see fpc -i or fpc -ir for possible values)
**2Sg_Enable LABEL and GOTO (default in -Mtp and -Mdelphi)
**2Sh_Use reference counted strings (ansistring by default) instead of shortstrings
**2Si_Turn on inlining of procedures/functions declared as "inline"
**2Sj_Allows typed constants to be writeable (default in all modes)
**2Sk_Load fpcylix unit
**2SI<x>_Set interface style to <x>
**3SIcom_COM compatible interface (default)
**3SIcorba_CORBA compatible interface
**2sT_Generate script only to link on target
**2Sm_Support macros like C (global)
**2So_Same as -Mtp
**2Sr_Transparent file names in ISO mode
**2Ss_Constructor name must be init (destructor must be done)
**2Sv_Support vector processing (use CPU vector extensions if available)
**2Sx_Enable exception keywords (default in Delphi/ObjFPC modes)
**2Sy_@<pointer> returns a typed pointer, same as $T+
**1s_Do not call assembler and linker
**2sh_Generate script to link on host
**2st_Generate script to assemble and link on target
**2sr_Skip register allocation phase (use with -alr)
**1T<x>_Target operating system:
# i386 targets
3*2Tandroid_Android
3*2Taros_AROS
3*2Tbeos_BeOS
3*2Tdarwin_Darwin/Mac OS X
3*2Tembedded_Embedded
3*2Temx_OS/2 via EMX (including EMX/RSX extender)
3*2Tfreebsd_FreeBSD
3*2Tgo32v2_Version 2 of DJ Delorie DOS extender
3*2Thaiku_Haiku
3*2Tiphonesim_iPhoneSimulator from iOS SDK 3.2+ (older versions: -Tdarwin)
3*2Tlinux_Linux
3*2Tnativent_Native NT API (experimental)
3*2Tnetbsd_NetBSD
3*2Tnetware_Novell Netware Module (clib)
3*2Tnetwlibc_Novell Netware Module (libc)
3*2Topenbsd_OpenBSD
3*2Tos2_OS/2 / eComStation
3*2Tsymbian_Symbian OS
3*2Tsolaris_Solaris
3*2Twatcom_Watcom compatible DOS extender
3*2Twdosx_WDOSX DOS extender
3*2Twin32_Windows 32 Bit
3*2Twince_Windows CE
# x86_64 targets
4*2Tandroid_Android
4*2Taros_AROS
4*2Tdarwin_Darwin/Mac OS X
4*2Tdragonfly_DragonFly BSD
4*2Tembedded_Embedded
4*2Tfreebsd_FreeBSD
4*2Thaiku_Haiku
4*2Tiphonesim_iPhoneSimulator
4*2Tlinux_Linux
4*2Tnetbsd_NetBSD
4*2Topenbsd_OpenBSD
4*2Tsolaris_Solaris
4*2Twin64_Win64 (64 bit Windows systems)
# m68k targets
6*2Tamiga_Commodore Amiga
6*2Tatari_Atari ST/STe/TT
6*2Tembedded_Embedded
6*2Tlinux_Linux
6*2Tnetbsd_NetBSD
6*2Tmacosclassic_Classic Mac OS
6*2Tpalmos_PalmOS
6*2Tsinclairql_Sinclair QL
# i8086 targets
8*2Tembedded_Embedded
8*2Tmsdos_MS-DOS (and compatible)
8*2Twin16_Windows 16 Bit
# arm targets
A*2Tandroid_Android
A*2Taros_AROS
A*2Tembedded_Embedded
A*2Tfreertos_FreeRTOS
A*2Tgba_Game Boy Advance
A*2Tios_iOS
A*2Tlinux_Linux
A*2Tnds_Nintendo DS
A*2Tnetbsd_NetBSD
A*2Tpalmos_PalmOS
A*2Tsymbian_Symbian
A*2Twince_Windows CE
# aarch64 targets
a*2Tandroid_Android
a*2Tdarwin_Darwin/Mac OS X
a*2Tfreebsd_FreeBSD
a*2Tios_iOS
a*2Tlinux_Linux
a*2Twin64_Windows 64
# jvm targets
J*2Tandroid_Android
J*2Tjava_Java
# mipsel targets
m*2Tandroid_Android
m*2Tembedded_Embedded
m*2Tlinux_Linux
# mipseb targets
M*2Tembedded_Embedded
M*2Tlinux_Linux
# powerpc targets
P*2Taix_AIX
P*2Tamiga_AmigaOS
P*2Tdarwin_Darwin/Mac OS X
P*2Tembedded_Embedded
P*2Tlinux_Linux
P*2Tmacosclassic_Classic Mac OS
P*2Tmorphos_MorphOS
P*2Tnetbsd_NetBSD
P*2Twii_Wii
# powerpc64 targets
p*2Taix_AIX
p*2Tdarwin_Darwin/Mac OS X
p*2Tembedded_Embedded
p*2Tlinux_Linux
# riscv32 targets
R*2Tlinux_Linux
R*2Tembedded_Embedded
# riscv64 targets
r*2Tlinux_Linux
r*2Tembedded_Embedded
# sparc targets
S*2Tlinux_Linux
S*2Tsolaris_Solaris
# sparc64 targets
s*2Tlinux_Linux
# not yet ready s*2Tsolaris_Solaris
# avr targets
V*2Tembedded_Embedded
# xtensa targets
x*2Tembedded_Embedded
x*2Tfreertos_FreeRTOS
x*2Tlinux_Linux
# z80 targets
Z*2Tembedded_Embedded
Z*2Tzxspectrum_ZX Spectrum
Z*2Tmsxdos_MSX-DOS
# wasm32 targets
W*2Tembedded_Embedded
W*2Twasi_The WebAssembly System Interface (WASI)
# end of targets section
**1u<x>_Undefines the symbol <x>
**1U_Unit options:
**2Un_Do not check where the unit name matches the file name
**2Ur_Generate release unit files (never automatically recompiled)
**2Us_Compile a system unit
**1v<x>_Be verbose. <x> is a combination of the following letters:
**2*_e : Show errors (default)       0 : Show nothing (except errors)
**2*_w : Show warnings               u : Show unit info
**2*_n : Show notes                  t : Show tried/used files
**2*_h : Show hints                  c : Show conditionals
**2*_i : Show general info           d : Show debug info
**2*_l : Show linenumbers            r : Rhide/GCC compatibility mode
**2*_s : Show time stamps            q : Show message numbers
**2*_a : Show everything             x : Show info about invoked tools
**2*_b : Write file names messages   p : Write tree.log with parse tree
**2*_    with full path              v : Write fpcdebug.txt with
**2*_z : Write output to stderr          lots of debugging info
**2*_m<x>,<y> : Do not show messages numbered <x> and <y>
F*1V<x>_Append '-<x>' to the used compiler binary name (e.g. for version)
**1W<x>_Target-specific options (targets)
3*2WA_Specify native type application (Windows)
4*2WA_Specify native type application (Windows)
A*2WA_Specify native type application (Windows)
3*2Wb_Create a bundle instead of a library (Darwin)
P*2Wb_Create a bundle instead of a library (Darwin)
p*2Wb_Create a bundle instead of a library (Darwin)
a*2Wb_Create a bundle instead of a library (Darwin)
A*2Wb_Create a bundle instead of a library (Darwin)
4*2Wb_Create a bundle instead of a library (Darwin)
3*2WB_Create a relocatable image (Windows, Symbian)
3*2WB<x>_Set image base to <x> (Windows, Symbian)
4*2WB_Create a relocatable image (Windows)
4*2WB<x>_Set image base to <x> (Windows)
A*2WB_Create a relocatable image (Windows, Symbian)
A*2WB<x>_Set image base to <x> (Windows, Symbian)
Z*2WB<x>_Set image base to <x> (ZX Spectrum)
3*2WC_Specify console type application (EMX, OS/2, Windows)
4*2WC_Specify console type application (Windows)
A*2WC_Specify console type application (Windows)
P*2WC_Specify console type application (Classic Mac OS)
3*2WD_Use DEFFILE to export functions of DLL or EXE (Windows)
4*2WD_Use DEFFILE to export functions of DLL or EXE (Windows)
A*2WD_Use DEFFILE to export functions of DLL or EXE (Windows)
3*2We_Use external resources (Darwin)
4*2We_Use external resources (Darwin)
a*2We_Use external resources (Darwin)
A*2We_Use external resources (Darwin)
P*2We_Use external resources (Darwin)
p*2We_Use external resources (Darwin)
3*2WF_Specify full-screen type application (EMX, OS/2)
3*2WG_Specify graphic type application (EMX, OS/2, Windows)
4*2WG_Specify graphic type application (Windows)
A*2WG_Specify graphic type application (Windows)
P*2WG_Specify graphic type application (Classic Mac OS)
3*2Wi_Use internal resources (Darwin)
4*2Wi_Use internal resources (Darwin)
a*2Wi_Use internal resources (Darwin)
A*2Wi_Use internal resources (Darwin)
P*2Wi_Use internal resources (Darwin)
p*2Wi_Use internal resources (Darwin)
3*2WI_Turn on/off the usage of import sections (Windows)
4*2WI_Turn on/off the usage of import sections (Windows)
A*2WI_Turn on/off the usage of import sections (Windows)
8*2Wh_Use huge code for units (ignored for models with CODE in a unique segment)
8*2Wm<x>_Set memory model
8*3WmTiny_Tiny memory model
8*3WmSmall_Small memory model (default)
8*3WmMedium_Medium memory model
8*3WmCompact_Compact memory model
8*3WmLarge_Large memory model
8*3WmHuge_Huge memory model
3*2WM<x>_Minimum Mac OS X deployment version: 10.4, 10.5.1, ... (Darwin)
4*2WM<x>_Minimum Mac OS X deployment version: 10.4, 10.5.1, ... (Darwin)
p*2WM<x>_Minimum Mac OS X deployment version: 10.4, 10.5.1, ... (Darwin)
P*2WM<x>_Minimum Mac OS X deployment version: 10.4, 10.5.1, ... (Darwin)
3*2WN_Do not generate relocation code, needed for debugging (Windows)
4*2WN_Do not generate relocation code, needed for debugging (Windows)
A*2WN_Do not generate relocation code, needed for debugging (Windows)
A*2Wp<x>_Specify the controller type; see fpc -i or fpc -iu for possible values
m*2Wp<x>_Specify the controller type; see fpc -i or fpc -iu for possible values
R*2Wp<x>_Specify the controller type; see fpc -i or fpc -iu for possible values
V*2Wp<x>_Specify the controller type; see fpc -i or fpc -iu for possible values
x*2Wp<x>_Specify the controller type; see fpc -i or fpc -iu for possible values
3*2WP<x>_Minimum iOS deployment version: 3.0, 5.0.1, ... (iphonesim)
4*2WP<x>_Minimum iOS deployment version: 8.0, 8.0.2, ... (iphonesim)
a*2WP<x>_Minimum iOS deployment version: 7.0, 7.1.2, ... (Darwin)
A*2WP<x>_Minimum iOS deployment version: 3.0, 5.0.1, ... (Darwin)
3*2WR_Generate relocation code (Windows)
4*2WR_Generate relocation code (Windows)
A*2WR_Generate relocation code (Windows)
8*2Wt<x>_Set the target executable format
8*3Wtexe_Create a DOS .EXE file (default)
8*3Wtcom_Create a DOS .COM file (requires tiny memory model)
P*2WT_Specify MPW tool type application (Classic Mac OS)
6*2WQ<x>_Set executable metadata format (Sinclair QL)
6*3WQqhdr_Set metadata to QDOS File Header style (default)
6*3WQxtcc_Set metadata to XTcc style
**2WX_Enable executable stack (Linux)
**1X_Executable options:
**2X9_Generate linkerscript for GNU Binutils ld older than version 2.19.1 (Linux)
**2Xa_Generate code which allows to use more than 2 GB static data on 64 Bit targets (Linux)
**2Xc_Pass --shared/-dynamic to the linker (BeOS, Darwin, FreeBSD, Linux)
**2Xd_Do not search default library path (sometimes required for cross-compiling when not using -XR)
**2Xe_Use external linker
**2Xf_Substitute pthread library name for linking (BSD)
**2Xg_Create debuginfo in a separate file and add a debuglink section to executable
**2XD_Try to link units dynamically      (defines FPC_LINK_DYNAMIC)
**2Xi_Use internal linker
L*2XlS<x>_LLVM utilties suffix (e.g. -7 in case clang is called clang-7)
**2XLA_Define library substitutions for linking
**2XLO_Define order of library linking
**2XLD_Exclude default order of standard libraries
**2Xm_Generate link map
**2XM<x>_Set the name of the 'main' program routine (default is 'main')
**2Xn_Use target system native linker instead of GNU ld (Solaris, AIX)
F*2Xp<x>_First search for the compiler binary in the directory <x>
**2XP<x>_Prepend the binutils names with the prefix <x>
**2Xr<x>_Set the linker's rlink-path to <x> (needed for cross compile, see the ld manual for more information) (BeOS, Linux)
**2XR<x>_Prepend <x> to all linker search paths (BeOS, Darwin, FreeBSD, Linux, Mac OS, Solaris)
**2Xs_Strip all symbols from executable
**2XS_Try to link units statically (default, defines FPC_LINK_STATIC)
**2Xt_Link with static libraries (-static is passed to linker)
**2Xu_Generate executable in UF2 format  (embedded targets only)
**2Xv_Generate table for Virtual Entry calls
**2XV_Use VLink as external linker       (default on Amiga, MorphOS)
**2XX_Try to smartlink units             (defines FPC_LINK_SMART)
**1*_
**1?_Show this help
**1h_Shows this help without waiting
]

#
# The End...