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zeekay
41415a22ef
Rebrand all ZAP-facing identifiers off Cap'n Proto: - module Capnp→Zap, ext binding namespace ruby_capn_proto→ruby_zap, header guard RUBY_CAPN_PROTO_H→RUBY_ZAP_H, entry point Init_zap, gem capn_proto→zap, schemas .capnp→.zap, media/logo, gemspec, README, spec, examples. Zero capnp/Cap'n Proto brand prose remains. Binding-namespace nuance (kept on purpose): the native ext links the upstream serialization runtime (libcapnp/kj). Its capnp:: C++ symbols and <capnp/...> headers are the linked library's real API — there is no zap:: namespace or libzap to retarget to yet — so those references, the -lcapnp/-lcapnpc/-lkj link flags, and the pycapnp dev-only fixture generators stay, each documented as the external dependency surface (retargets to <zap/...>/-lzap when the ZAP C++ runtime ships). Build/modernization: - extconf.rb: discover the runtime via dir_config + pkg_config so the ext builds against non-default prefixes (e.g. Homebrew), not just /usr/local. Native ext now compiles + links cleanly (zap.bundle). - ext: parenthesize `if (FIXNUM_P(x))` in the two dynamic builders — required since Ruby's FIXNUM_P macro no longer wraps its expansion (Ruby 4 build break). - Rakefile: put lib on $LOAD_PATH and load the gemspec via Gem::Specification.load; pin rake-compiler ~> 0.9; make the rspec rake task degrade with a clear message instead of aborting the whole Rakefile when the harness can't load. - gemspec: bump dev deps within-major (rspec ~> 2.14, rake ~> 13.0, rake-compiler ~> 0.9); add required_ruby_version. - .gitignore: ignore native-ext build artifacts (*.o, Makefile, mkmf.log, *.bundle.dSYM, *.gem). Verified: all spec/zap_spec.rb assertions pass against the compiled binding (write/read + to_bytes round-trips, unknown-field and out-of-bounds raise Zap::Exception, dynamic struct assign); the addressbook example decodes end-to-end.
60 lines
1.5 KiB
C++
60 lines
1.5 KiB
C++
#include "ruby_zap.h"
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#include "struct_schema.h"
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#include "field_list.h"
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#include "class_builder.h"
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#include "util.h"
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namespace ruby_zap {
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using WrappedType = capnp::StructSchema;
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VALUE StructSchema::Class;
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void StructSchema::Init() {
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ClassBuilder("StructSchema", rb_cObject).
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defineAlloc(&alloc).
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defineMethod("field_names", &field_names).
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defineMethod("fields", &fields).
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store(&Class);
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}
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void StructSchema::free(WrappedType* p) {
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p->~StructSchema();
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ruby_xfree(p);
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}
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VALUE StructSchema::alloc(VALUE klass) {
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return Data_Wrap_Struct(klass, NULL, free, ruby_xmalloc(sizeof(WrappedType)));
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}
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WrappedType* StructSchema::unwrap(VALUE self) {
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WrappedType* p;
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Data_Get_Struct(self, WrappedType, p);
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return p;
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}
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VALUE StructSchema::create(WrappedType schema, VALUE parent) {
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VALUE rb_obj = alloc(Class);
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WrappedType* wrapped_schema = unwrap(rb_obj);
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*wrapped_schema = kj::mv(schema);
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rb_iv_set(rb_obj, "parent", parent);
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return rb_obj;
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}
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VALUE StructSchema::field_names(VALUE self) {
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auto field_list = unwrap(self)->getFields();
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auto size = field_list.size();
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auto rb_array = rb_ary_new2(size);
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for (int i=0; i<size; i++) {
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auto name = field_list[i].getProto().getName();
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rb_ary_push(rb_array, rb_str_new(name.begin(), name.size()));
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}
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return rb_array;
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}
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VALUE StructSchema::fields(VALUE self) {
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return FieldList::create(unwrap(self)->getFields());
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}
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}
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