module U_tree where import UgenUtil import Util import U_binding import U_coresyn ( U_coresyn ) -- interface only import U_hpragma ( U_hpragma ) -- interface only import U_list import U_literal import U_ttype type U_infixTree = (ProtoName, U_tree, U_tree) rdU_infixTree :: _Addr -> UgnM U_infixTree rdU_infixTree pt = ioToUgnM (_casm_ ``%r = gident(*Rginfun_hs((struct Sap *)%0));'' pt) `thenUgn` \ op_t -> ioToUgnM (_casm_ ``%r = (*Rginarg1_hs((struct Sap *)%0));'' pt) `thenUgn` \ arg1_t -> ioToUgnM (_casm_ ``%r = (*Rginarg2_hs((struct Sap *)%0));'' pt) `thenUgn` \ arg2_t -> rdU_unkId op_t `thenUgn` \ op -> rdU_tree arg1_t `thenUgn` \ arg1 -> rdU_tree arg2_t `thenUgn` \ arg2 -> returnUgn (op, arg1, arg2) data U_tree = U_hmodule U_stringId U_list U_list U_binding U_long | U_ident U_unkId | U_lit U_literal | U_tuple U_list | U_ap U_tree U_tree | U_lambda U_list U_tree U_long | U_let U_binding U_tree | U_casee U_tree U_list | U_ife U_tree U_tree U_tree | U_par U_tree | U_as U_unkId U_tree | U_lazyp U_tree | U_plusp U_tree U_literal | U_wildp | U_restr U_tree U_ttype | U_comprh U_tree U_list | U_qual U_tree U_tree | U_guard U_tree | U_def U_tree | U_tinfixop U_infixTree | U_lsection U_tree U_unkId | U_rsection U_unkId U_tree | U_eenum U_tree U_list U_list | U_llist U_list | U_ccall U_stringId U_stringId U_list | U_scc U_hstring U_tree | U_negate U_tree rdU_tree :: _Addr -> UgnM U_tree rdU_tree t = ioToUgnM (_ccall_ ttree t) `thenUgn` \ tag@(I# _) -> if tag == ``hmodule'' then ioToUgnM (_ccall_ ghname t) `thenUgn` \ x_ghname -> rdU_stringId x_ghname `thenUgn` \ y_ghname -> ioToUgnM (_ccall_ ghimplist t) `thenUgn` \ x_ghimplist -> rdU_list x_ghimplist `thenUgn` \ y_ghimplist -> ioToUgnM (_ccall_ ghexplist t) `thenUgn` \ x_ghexplist -> rdU_list x_ghexplist `thenUgn` \ y_ghexplist -> ioToUgnM (_ccall_ ghmodlist t) `thenUgn` \ x_ghmodlist -> rdU_binding x_ghmodlist `thenUgn` \ y_ghmodlist -> ioToUgnM (_ccall_ ghmodline t) `thenUgn` \ x_ghmodline -> rdU_long x_ghmodline `thenUgn` \ y_ghmodline -> returnUgn (U_hmodule y_ghname y_ghimplist y_ghexplist y_ghmodlist y_ghmodline) else if tag == ``ident'' then ioToUgnM (_ccall_ gident t) `thenUgn` \ x_gident -> rdU_unkId x_gident `thenUgn` \ y_gident -> returnUgn (U_ident y_gident) else if tag == ``lit'' then ioToUgnM (_ccall_ glit t) `thenUgn` \ x_glit -> rdU_literal x_glit `thenUgn` \ y_glit -> returnUgn (U_lit y_glit) else if tag == ``tuple'' then ioToUgnM (_ccall_ gtuplelist t) `thenUgn` \ x_gtuplelist -> rdU_list x_gtuplelist `thenUgn` \ y_gtuplelist -> returnUgn (U_tuple y_gtuplelist) else if tag == ``ap'' then ioToUgnM (_ccall_ gfun t) `thenUgn` \ x_gfun -> rdU_tree x_gfun `thenUgn` \ y_gfun -> ioToUgnM (_ccall_ garg t) `thenUgn` \ x_garg -> rdU_tree x_garg `thenUgn` \ y_garg -> returnUgn (U_ap y_gfun y_garg) else if tag == ``lambda'' then ioToUgnM (_ccall_ glampats t) `thenUgn` \ x_glampats -> rdU_list x_glampats `thenUgn` \ y_glampats -> ioToUgnM (_ccall_ glamexpr t) `thenUgn` \ x_glamexpr -> rdU_tree x_glamexpr `thenUgn` \ y_glamexpr -> ioToUgnM (_ccall_ glamline t) `thenUgn` \ x_glamline -> rdU_long x_glamline `thenUgn` \ y_glamline -> returnUgn (U_lambda y_glampats y_glamexpr y_glamline) else if tag == ``let'' then ioToUgnM (_ccall_ gletvdeflist t) `thenUgn` \ x_gletvdeflist -> rdU_binding x_gletvdeflist `thenUgn` \ y_gletvdeflist -> ioToUgnM (_ccall_ gletvexpr t) `thenUgn` \ x_gletvexpr -> rdU_tree x_gletvexpr `thenUgn` \ y_gletvexpr -> returnUgn (U_let y_gletvdeflist y_gletvexpr) else if tag == ``casee'' then ioToUgnM (_ccall_ gcaseexpr t) `thenUgn` \ x_gcaseexpr -> rdU_tree x_gcaseexpr `thenUgn` \ y_gcaseexpr -> ioToUgnM (_ccall_ gcasebody t) `thenUgn` \ x_gcasebody -> rdU_list x_gcasebody `thenUgn` \ y_gcasebody -> returnUgn (U_casee y_gcaseexpr y_gcasebody) else if tag == ``ife'' then ioToUgnM (_ccall_ gifpred t) `thenUgn` \ x_gifpred -> rdU_tree x_gifpred `thenUgn` \ y_gifpred -> ioToUgnM (_ccall_ gifthen t) `thenUgn` \ x_gifthen -> rdU_tree x_gifthen `thenUgn` \ y_gifthen -> ioToUgnM (_ccall_ gifelse t) `thenUgn` \ x_gifelse -> rdU_tree x_gifelse `thenUgn` \ y_gifelse -> returnUgn (U_ife y_gifpred y_gifthen y_gifelse) else if tag == ``par'' then ioToUgnM (_ccall_ gpare t) `thenUgn` \ x_gpare -> rdU_tree x_gpare `thenUgn` \ y_gpare -> returnUgn (U_par y_gpare) else if tag == ``as'' then ioToUgnM (_ccall_ gasid t) `thenUgn` \ x_gasid -> rdU_unkId x_gasid `thenUgn` \ y_gasid -> ioToUgnM (_ccall_ gase t) `thenUgn` \ x_gase -> rdU_tree x_gase `thenUgn` \ y_gase -> returnUgn (U_as y_gasid y_gase) else if tag == ``lazyp'' then ioToUgnM (_ccall_ glazyp t) `thenUgn` \ x_glazyp -> rdU_tree x_glazyp `thenUgn` \ y_glazyp -> returnUgn (U_lazyp y_glazyp) else if tag == ``plusp'' then ioToUgnM (_ccall_ gplusp t) `thenUgn` \ x_gplusp -> rdU_tree x_gplusp `thenUgn` \ y_gplusp -> ioToUgnM (_ccall_ gplusi t) `thenUgn` \ x_gplusi -> rdU_literal x_gplusi `thenUgn` \ y_gplusi -> returnUgn (U_plusp y_gplusp y_gplusi) else if tag == ``wildp'' then returnUgn (U_wildp ) else if tag == ``restr'' then ioToUgnM (_ccall_ grestre t) `thenUgn` \ x_grestre -> rdU_tree x_grestre `thenUgn` \ y_grestre -> ioToUgnM (_ccall_ grestrt t) `thenUgn` \ x_grestrt -> rdU_ttype x_grestrt `thenUgn` \ y_grestrt -> returnUgn (U_restr y_grestre y_grestrt) else if tag == ``comprh'' then ioToUgnM (_ccall_ gcexp t) `thenUgn` \ x_gcexp -> rdU_tree x_gcexp `thenUgn` \ y_gcexp -> ioToUgnM (_ccall_ gcquals t) `thenUgn` \ x_gcquals -> rdU_list x_gcquals `thenUgn` \ y_gcquals -> returnUgn (U_comprh y_gcexp y_gcquals) else if tag == ``qual'' then ioToUgnM (_ccall_ gqpat t) `thenUgn` \ x_gqpat -> rdU_tree x_gqpat `thenUgn` \ y_gqpat -> ioToUgnM (_ccall_ gqexp t) `thenUgn` \ x_gqexp -> rdU_tree x_gqexp `thenUgn` \ y_gqexp -> returnUgn (U_qual y_gqpat y_gqexp) else if tag == ``guard'' then ioToUgnM (_ccall_ ggexp t) `thenUgn` \ x_ggexp -> rdU_tree x_ggexp `thenUgn` \ y_ggexp -> returnUgn (U_guard y_ggexp) else if tag == ``def'' then ioToUgnM (_ccall_ ggdef t) `thenUgn` \ x_ggdef -> rdU_tree x_ggdef `thenUgn` \ y_ggdef -> returnUgn (U_def y_ggdef) else if tag == ``tinfixop'' then ioToUgnM (_ccall_ gdummy t) `thenUgn` \ x_gdummy -> rdU_infixTree x_gdummy `thenUgn` \ y_gdummy -> returnUgn (U_tinfixop y_gdummy) else if tag == ``lsection'' then ioToUgnM (_ccall_ glsexp t) `thenUgn` \ x_glsexp -> rdU_tree x_glsexp `thenUgn` \ y_glsexp -> ioToUgnM (_ccall_ glsop t) `thenUgn` \ x_glsop -> rdU_unkId x_glsop `thenUgn` \ y_glsop -> returnUgn (U_lsection y_glsexp y_glsop) else if tag == ``rsection'' then ioToUgnM (_ccall_ grsop t) `thenUgn` \ x_grsop -> rdU_unkId x_grsop `thenUgn` \ y_grsop -> ioToUgnM (_ccall_ grsexp t) `thenUgn` \ x_grsexp -> rdU_tree x_grsexp `thenUgn` \ y_grsexp -> returnUgn (U_rsection y_grsop y_grsexp) else if tag == ``eenum'' then ioToUgnM (_ccall_ gefrom t) `thenUgn` \ x_gefrom -> rdU_tree x_gefrom `thenUgn` \ y_gefrom -> ioToUgnM (_ccall_ gestep t) `thenUgn` \ x_gestep -> rdU_list x_gestep `thenUgn` \ y_gestep -> ioToUgnM (_ccall_ geto t) `thenUgn` \ x_geto -> rdU_list x_geto `thenUgn` \ y_geto -> returnUgn (U_eenum y_gefrom y_gestep y_geto) else if tag == ``llist'' then ioToUgnM (_ccall_ gllist t) `thenUgn` \ x_gllist -> rdU_list x_gllist `thenUgn` \ y_gllist -> returnUgn (U_llist y_gllist) else if tag == ``ccall'' then ioToUgnM (_ccall_ gccid t) `thenUgn` \ x_gccid -> rdU_stringId x_gccid `thenUgn` \ y_gccid -> ioToUgnM (_ccall_ gccinfo t) `thenUgn` \ x_gccinfo -> rdU_stringId x_gccinfo `thenUgn` \ y_gccinfo -> ioToUgnM (_ccall_ gccargs t) `thenUgn` \ x_gccargs -> rdU_list x_gccargs `thenUgn` \ y_gccargs -> returnUgn (U_ccall y_gccid y_gccinfo y_gccargs) else if tag == ``scc'' then ioToUgnM (_ccall_ gsccid t) `thenUgn` \ x_gsccid -> rdU_hstring x_gsccid `thenUgn` \ y_gsccid -> ioToUgnM (_ccall_ gsccexp t) `thenUgn` \ x_gsccexp -> rdU_tree x_gsccexp `thenUgn` \ y_gsccexp -> returnUgn (U_scc y_gsccid y_gsccexp) else if tag == ``negate'' then ioToUgnM (_ccall_ gnexp t) `thenUgn` \ x_gnexp -> rdU_tree x_gnexp `thenUgn` \ y_gnexp -> returnUgn (U_negate y_gnexp) else error ("rdU_tree: bad tag selection:"++show tag++"\n")