3 SV *mop_method_metaclass;
4 SV *mop_associated_metaclass;
9 find_method (const char *key, STRLEN keylen, SV *val, void *ud)
11 bool *found_method = (bool *)ud;
13 PERL_UNUSED_ARG(keylen);
19 EXTERN_C XS(boot_Class__MOP__Package);
20 EXTERN_C XS(boot_Class__MOP__Class);
21 EXTERN_C XS(boot_Class__MOP__Attribute);
22 EXTERN_C XS(boot_Class__MOP__Method);
24 MODULE = Class::MOP PACKAGE = Class::MOP
31 mop_method_metaclass = newSVpvs("method_metaclass");
32 mop_wrap = newSVpvs("wrap");
33 mop_associated_metaclass = newSVpvs("associated_metaclass");
34 mop_namespace = newSVpvs("namespace");
36 MOP_CALL_BOOT (boot_Class__MOP__Package);
37 MOP_CALL_BOOT (boot_Class__MOP__Class);
38 MOP_CALL_BOOT (boot_Class__MOP__Attribute);
39 MOP_CALL_BOOT (boot_Class__MOP__Method);
41 # use prototype here to be compatible with get_code_info from Sub::Identify
43 get_code_info(coderef)
50 if (mop_get_code_info(coderef, &pkg, &name)) {
52 mPUSHs(newSVpv(pkg, 0));
53 mPUSHs(newSVpv(name, 0));
56 # This is some pretty grotty logic. It _should_ be parallel to the
57 # pure Perl version in lib/Class/MOP.pm, so if you want to understand
58 # it we suggest you start there.
60 is_class_loaded(klass=&PL_sv_undef)
64 bool found_method = FALSE;
66 if (!SvPOK(klass) || !SvCUR(klass)) {
70 stash = gv_stashsv(klass, 0);
75 if (hv_exists_ent (stash, KEY_FOR(VERSION), HASH_FOR(VERSION))) {
76 HE *version = hv_fetch_ent(stash, KEY_FOR(VERSION), 0, HASH_FOR(VERSION));
78 if (version && HeVAL(version) && (version_sv = GvSV(HeVAL(version)))) {
79 if (SvROK(version_sv)) {
80 SV *version_sv_ref = SvRV(version_sv);
82 if (SvOK(version_sv_ref)) {
86 else if (SvOK(version_sv)) {
92 if (hv_exists_ent (stash, KEY_FOR(ISA), HASH_FOR(ISA))) {
93 HE *isa = hv_fetch_ent(stash, KEY_FOR(ISA), 0, HASH_FOR(ISA));
94 if (isa && HeVAL(isa) && GvAV(HeVAL(isa)) && av_len(GvAV(HeVAL(isa))) != -1) {
99 mop_get_package_symbols(stash, TYPE_FILTER_CODE, find_method, &found_method);