199 lines
6.3 KiB
Perl
199 lines
6.3 KiB
Perl
package winapi_local;
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use strict;
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sub check_function {
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my $options = shift;
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my $output = shift;
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my $return_type = shift;
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my $calling_convention = shift;
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my $name = shift;
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my $refargument_types = shift;
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my @argument_types = @$refargument_types;
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my $winapi = shift;
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my $module = $winapi->function_module($name);
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if($winapi->name eq "win16") {
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my $name16 = $name;
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$name16 =~ s/16$//;
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if($name16 ne $name && $winapi->function_stub($name16)) {
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if($options->implemented) {
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&$output("function implemented but declared as stub in .spec file");
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}
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return;
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} elsif($winapi->function_stub($name)) {
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if($options->implemented_win32) {
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&$output("32-bit variant of function implemented but declared as stub in .spec file");
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}
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return;
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}
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} elsif($winapi->function_stub($name)) {
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if($options->implemented) {
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&$output("function implemented but declared as stub in .spec file");
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}
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return;
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}
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my $forbidden_return_type = 0;
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my $implemented_return_kind;
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$winapi->type_used_in_module($return_type,$module);
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if(!defined($implemented_return_kind = $winapi->translate_argument($return_type))) {
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if($return_type ne "") {
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&$output("no translation defined: " . $return_type);
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}
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} elsif(!$winapi->is_allowed_kind($implemented_return_kind) || !$winapi->allowed_type_in_module($return_type,$module)) {
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$forbidden_return_type = 1;
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if($options->report_argument_forbidden($return_type)) {
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&$output("forbidden return type: $return_type ($implemented_return_kind)");
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}
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}
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my $segmented = 0;
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if($implemented_return_kind =~ /^segptr|segstr$/) {
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$segmented = 1;
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}
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my $implemented_calling_convention;
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if($winapi->name eq "win16") {
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if($calling_convention =~ /^__cdecl$/) {
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$implemented_calling_convention = "cdecl";
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} elsif($calling_convention = ~ /^__stdcall|VFWAPI|WINAPI$/) {
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if($implemented_return_kind =~ /^s_word|word|void$/) {
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$implemented_calling_convention = "pascal16";
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} else {
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$implemented_calling_convention = "pascal";
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}
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}
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} elsif($winapi->name eq "win32") {
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if($calling_convention =~ /^__cdecl$/) {
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$implemented_calling_convention = "cdecl";
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} elsif($calling_convention =~ /^VFWAPIV|WINAPIV$/) {
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$implemented_calling_convention = "varargs";
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} elsif($calling_convention =~ /^__stdcall|VFWAPI|WINAPI$/) {
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$implemented_calling_convention = "stdcall";
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} else {
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$implemented_calling_convention = "<default>";
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}
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}
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my $declared_calling_convention = $winapi->function_calling_convention($name);
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my @declared_argument_kinds = split(/\s+/, $winapi->function_arguments($name));
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if($declared_calling_convention =~ /^register|interrupt$/) {
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push @declared_argument_kinds, "ptr";
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}
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if($declared_calling_convention =~ /^register|interupt$/ &&
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(($winapi->name eq "win32" && $implemented_calling_convention eq "stdcall") ||
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(($winapi->name eq "win16" && $implemented_calling_convention =~ /^pascal/))))
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{
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# correct
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} elsif($implemented_calling_convention ne $declared_calling_convention &&
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!($declared_calling_convention =~ /^pascal/ && $forbidden_return_type))
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{
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if($options->calling_convention) {
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&$output("calling convention mismatch: $implemented_calling_convention != $declared_calling_convention");
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}
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}
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if($declared_calling_convention eq "varargs") {
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if($#argument_types != -1 && $argument_types[$#argument_types] eq "...") {
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pop @argument_types;
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} else {
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&$output("function not implemented as vararg");
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}
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} elsif($#argument_types != -1 && $argument_types[$#argument_types] eq "...") {
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&$output("function not declared as vararg");
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}
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if($name =~ /^CRTDLL__ftol|CRTDLL__CIpow$/) {
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# ignore
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} else {
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my $n = 0;
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my @argument_kinds = map {
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my $type = $_;
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my $kind = "unknown";
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$winapi->type_used_in_module($type,$module);
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if(!defined($kind = $winapi->translate_argument($type))) {
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&$output("no translation defined: " . $type);
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} elsif(!$winapi->is_allowed_kind($kind) ||
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!$winapi->allowed_type_in_module($type, $module)) {
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if($options->report_argument_forbidden($type)) {
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&$output("forbidden argument " . ($n + 1) . " type (" . $type . ")");
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}
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}
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if(defined($kind) && $kind eq "longlong") {
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$n+=2;
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("long", "long");
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} else {
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$n++;
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$kind;
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}
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} @argument_types;
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for my $n (0..$#argument_kinds) {
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if(!defined($argument_kinds[$n]) || !defined($declared_argument_kinds[$n])) { next; }
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if($argument_kinds[$n] =~ /^segptr|segstr$/ ||
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$declared_argument_kinds[$n] =~ /^segptr|segstr$/)
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{
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$segmented = 1;
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}
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if($argument_kinds[$n] ne $declared_argument_kinds[$n]) {
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if($options->report_argument_kind($argument_kinds[$n]) ||
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$options->report_argument_kind($declared_argument_kinds[$n]))
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{
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&$output("argument " . ($n + 1) . " type mismatch: " .
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$argument_types[$n] . " ($argument_kinds[$n]) != " . $declared_argument_kinds[$n]);
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}
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}
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}
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if($#argument_kinds != $#declared_argument_kinds) {
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if($options->argument_count) {
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&$output("argument count differs: " . ($#argument_types + 1) . " != " . ($#declared_argument_kinds + 1));
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}
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}
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}
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if($segmented && $options->shared_segmented && $winapi->is_shared_function($name)) {
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&$output("function using segmented pointers shared between Win16 och Win32");
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}
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}
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sub check_file {
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my $options = shift;
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my $output = shift;
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my $file = shift;
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my $functions = shift;
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if($options->cross_call) {
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my @names = sort(keys(%$functions));
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for my $name (@names) {
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my @called_names = $$functions{$name}->called_function_names;
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my @called_by_names = $$functions{$name}->called_by_function_names;
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my $module = $$functions{$name}->module;
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my $module16 = $$functions{$name}->module16;
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my $module32 = $$functions{$name}->module32;
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if($#called_names >= 0 && (defined($module16) || defined($module32)) ) {
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for my $called_name (@called_names) {
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my $called_module16 = $$functions{$called_name}->module16;
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my $called_module32 = $$functions{$called_name}->module32;
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if(defined($module32) &&
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defined($called_module16) && !defined($called_module32) &&
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$name ne $called_name)
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{
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$output->write("$file: $module: $name: illegal call to $called_name (Win16)\n");
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}
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}
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}
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}
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}
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}
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1;
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