Cosmetic tweaks in the safe-alloc module.

1 files changed, 26 insertions, 26 deletions

diff --git a/doc/safe-alloc.texi b/doc/safe-alloc.texi
index bd398907ee..9b7de06a56 100644
--- a/doc/safe-alloc.texi
+++ b/doc/safe-alloc.texi
@@ -2,8 +2,8 @@
 @section Safe Allocation Macros
 
 The standard C library malloc/realloc/calloc/free APIs are prone to a
-number of common coding errors. The @code{safe-alloc} module provides
-macros that make it easier to avoid many of them. It still uses the
+number of common coding errors.  The @code{safe-alloc} module provides
+macros that make it easier to avoid many of them.  It still uses the
 standard C allocation functions behind the scenes.
 
 Some of the memory allocation mistakes that are commonly made are
@@ -11,72 +11,72 @@ Some of the memory allocation mistakes that are commonly made are
 @itemize @bullet
 @item
 passing the incorrect number of bytes to @code{malloc}, especially
-when allocationg an array
+when allocating an array,
 @item
 fail to check the return value of @code{malloc} and @code{realloc} for
-errors
+errors,
 @item
-forget to fully initialize memory just allocated with @code{malloc}
+forget to fully initialize memory just allocated with @code{malloc},
 @item
 duplicate calls to @code{free} by forgetting to set the pointer
-variable to @code{NULL}
+variable to @code{NULL},
 @item
-leaking memory in calls to @code{realloc} when that call fails
+leaking memory in calls to @code{realloc} when that call fails.
 @end itemize
 
 The @code{safe-alloc} module addresses these problems in the following way:
 
 @itemize @bullet
 @item
-Define macros that wrap around the standard C allocation
-functions. That makes it possible to use the compiler's knowledge of
+It defines macros that wrap around the standard C allocation
+functions.  That makes it possible to use the compiler's knowledge of
 the size of objects for allocation; it also allows setting pointers
-passed in as arguments when appropriate
+passed in as arguments when appropriate.
 @item
-Use return values only for a success/fail error condition flag,
-and annotate them with GCC's @code{__warn_unused_result__}
+It uses return values only for a success/failure error condition flag,
+and annotates them with GCC's @code{__warn_unused_result__} attribute.
 @item
-Use @code{calloc} in favor of @code{malloc}
+It uses @code{calloc} instead of @code{malloc}.
 @end itemize
 
 @defmac {int} ALLOC (ptr)
 @findex ALLOC
 Allocate @code{sizeof(*ptr)} bytes of memory and store the address of
-allocated memory in @code{ptr}. Fill the newly allocated memory with
+allocated memory in @code{ptr}.  Fill the newly allocated memory with
 zeros.
 
 Returns -1 on failure, 0 on success.
 @end defmac
 
-@defmac {int} ALLOC_N(ptr, count)
+@defmac {int} ALLOC_N (ptr, count)
 @findex ALLOC_N
 Allocate an array of @code{count} elements, each @code{sizeof(*ptr)}
-bytes long and store the address of allocated memory in
-@code{ptr}. Fill the newly allocated memory with zeros.
+bytes long, and store the address of allocated memory in
+@code{ptr}.  Fill the newly allocated memory with zeros.
 
 Returns -1 on failure, 0 on success.
 @end defmac
 
-@defmac {int} ALLOC_N_UNINITIALIZED(ptr, count)
+@defmac {int} ALLOC_N_UNINITIALIZED (ptr, count)
 @findex ALLOC_N_UNINITIALIZED
 Allocate an array of @code{count} elements, each @code{sizeof(*ptr)}
-bytes long and store the address of allocated memory in
-@code{ptr}. The allocated memory is not initialized.
+bytes long, and store the address of allocated memory in
+@code{ptr}.  The allocated memory is not initialized.
 
 Returns -1 on failure, 0 on success.
 @end defmac
 
-@defmac {int} REALLOC_N(ptr, count)
+@defmac {int} REALLOC_N (ptr, count)
 @findex REALLOC_N
-Reallocate the memory pointedto by @code{ptr} to be big enough to hold
-at least @code{count} elements, each @code{sizeof(*ptr)} bytes long
-and store the address of allocated memory in @code{ptr}. If
-reallocation fails, the @code{ptr} is not modified.
+Reallocate the memory pointed to by @code{ptr} to be big enough to hold
+at least @code{count} elements, each @code{sizeof(*ptr)} bytes long,
+and store the address of allocated memory in @code{ptr}.  If
+reallocation fails, the @code{ptr} variable is not modified.
 
 Returns -1 on failure, 0 on success.
 @end defmac
 
-@defmac {void} FREE(ptr)
+@defmac {void} FREE (ptr)
 @findex FREE
 Free the memory stored in @code{ptr} and set @code{ptr} to
 @code{NULL}.