MIRROR: javascript for 🐜's, a tiny runtime with big ambitions
crypto alias + allocUnsafe
+46
-3
+3
include/modules/crypto.h
+3
include/modules/crypto.h
+1
-1
meson.build
+1
-1
meson.build
···
74
74
build_date = run_command('date', '+%Y-%m-%d', check: true).stdout().strip()
75
75
76
76
version_conf = configuration_data()
77
-
version_conf.set('ANT_VERSION', '0.0.8.23')
77
+
version_conf.set('ANT_VERSION', '0.0.8.24')
78
78
version_conf.set('ANT_GIT_HASH', git_hash)
79
79
version_conf.set('ANT_BUILD_DATE', build_date)
80
80
+1
src/main.c
+1
src/main.c
···
190
190
ant_register_library("ant:shell", shell_library);
191
191
ant_register_library("ant:path", path_library);
192
192
ant_register_library("ant:ffi", ffi_library);
193
+
ant_register_library("node:crypto", crypto_library);
193
194
194
195
if (eval->count > 0) eval_code(js, eval, print);
195
196
else if (repl_mode) ant_repl_run(); else {
+21
src/modules/buffer.c
+21
src/modules/buffer.c
···
626
626
ArrayBufferData *buffer = create_array_buffer_data(size);
627
627
if (!buffer) return js_mkerr(js, "Failed to allocate buffer");
628
628
629
+
memset(buffer->data, 0, size);
630
+
631
+
jsval_t obj = create_typed_array(js, TYPED_ARRAY_UINT8, buffer, 0, size, "Buffer");
632
+
js_set(js, obj, "toString", js_mkfun(js_buffer_toString));
633
+
js_set(js, obj, "toBase64", js_mkfun(js_buffer_toBase64));
634
+
js_set(js, obj, "write", js_mkfun(js_buffer_write));
635
+
636
+
return obj;
637
+
}
638
+
639
+
// Buffer.allocUnsafe(size)
640
+
static jsval_t js_buffer_allocUnsafe(struct js *js, jsval_t *args, int nargs) {
641
+
if (nargs < 1) {
642
+
return js_mkerr(js, "Buffer.allocUnsafe requires a size argument");
643
+
}
644
+
645
+
size_t size = (size_t)js_getnum(args[0]);
646
+
ArrayBufferData *buffer = create_array_buffer_data(size);
647
+
if (!buffer) return js_mkerr(js, "Failed to allocate buffer");
648
+
629
649
jsval_t obj = create_typed_array(js, TYPED_ARRAY_UINT8, buffer, 0, size, "Buffer");
630
650
js_set(js, obj, "toString", js_mkfun(js_buffer_toString));
631
651
js_set(js, obj, "toBase64", js_mkfun(js_buffer_toBase64));
···
794
814
jsval_t buffer_obj = js_mkobj(js);
795
815
js_set(js, buffer_obj, "from", js_mkfun(js_buffer_from));
796
816
js_set(js, buffer_obj, "alloc", js_mkfun(js_buffer_alloc));
817
+
js_set(js, buffer_obj, "allocUnsafe", js_mkfun(js_buffer_allocUnsafe));
797
818
js_set(js, buffer_obj, "@@toStringTag", js_mkstr(js, "Buffer", 6));
798
819
js_set(js, glob, "Buffer", buffer_obj);
799
820
}
+20
-2
src/modules/crypto.c
+20
-2
src/modules/crypto.c
···
162
162
return args[0];
163
163
}
164
164
165
-
void init_crypto_module() {
166
-
struct js *js = rt->js;
165
+
static jsval_t create_crypto_obj(struct js *js) {
167
166
jsval_t crypto_obj = js_mkobj(js);
168
167
169
168
js_set(js, crypto_obj, "random", js_mkfun(js_crypto_random));
···
173
172
js_set(js, crypto_obj, "getRandomValues", js_mkfun(js_crypto_get_random_values));
174
173
175
174
js_set(js, crypto_obj, "@@toStringTag", js_mkstr(js, "Crypto", 6));
175
+
return crypto_obj;
176
+
}
177
+
178
+
void init_crypto_module() {
179
+
struct js *js = rt->js;
180
+
jsval_t crypto_obj = create_crypto_obj(js);
176
181
js_set(js, js_glob(js), "crypto", crypto_obj);
177
182
}
183
+
184
+
jsval_t crypto_library(struct js *js) {
185
+
jsval_t lib = js_mkobj(js);
186
+
jsval_t webcrypto = create_crypto_obj(js);
187
+
188
+
js_set(js, lib, "webcrypto", webcrypto);
189
+
js_set(js, lib, "randomBytes", js_mkfun(js_crypto_random_bytes));
190
+
js_set(js, lib, "randomUUID", js_mkfun(js_crypto_random_uuid));
191
+
js_set(js, lib, "getRandomValues", js_mkfun(js_crypto_get_random_values));
192
+
js_set(js, lib, "@@toStringTag", js_mkstr(js, "crypto", 6));
193
+
194
+
return lib;
195
+
}