MIRROR: javascript for 🐜's, a tiny runtime with big ambitions
cleanup coro
+21
-20
+1
-1
meson.build
+1
-1
meson.build
···
41
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build_date = run_command('date', '+%Y-%m-%d', check: true).stdout().strip()
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version_conf = configuration_data()
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-
version_conf.set('ANT_VERSION', '0.0.5.41')
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+
version_conf.set('ANT_VERSION', '0.0.5.42')
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version_conf.set('ANT_GIT_HASH', git_hash)
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version_conf.set('ANT_BUILD_DATE', build_date)
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47
+20
-19
src/ant.c
+20
-19
src/ant.c
···
37
37
int capacity;
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} call_stack_t;
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-
// Coroutine support for async/await and generators
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typedef enum {
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-
CORO_ASYNC_AWAIT, // Async function waiting on promise
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-
CORO_GENERATOR, // Generator function (function*)
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CORO_ASYNC_GENERATOR // Async generator (async function*)
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+
CORO_ASYNC_AWAIT,
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+
CORO_GENERATOR,
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+
CORO_ASYNC_GENERATOR
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} coroutine_type_t;
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typedef struct coroutine {
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-
struct js *js; // JS context
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coroutine_type_t type; // Type of coroutine
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-
jsval_t scope; // Captured scope
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jsval_t this_val; // Captured 'this'
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jsval_t awaited_promise; // Promise we're waiting on (for async)
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jsval_t result; // Result when resumed
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jsval_t async_func; // The async/generator function being executed
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-
jsval_t *args; // Function arguments
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-
int nargs; // Number of arguments
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-
bool is_settled; // Whether the awaited promise is settled
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bool is_error; // Whether promise was rejected
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bool is_done; // Whether generator is exhausted
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jsoff_t resume_point; // Code position to resume at
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-
jsval_t yield_value; // Value yielded by generator
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-
struct coroutine *next; // Next in scheduler queue
47
+
struct js *js;
48
+
coroutine_type_t type;
49
+
jsval_t scope;
50
+
jsval_t this_val;
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+
jsval_t awaited_promise;
52
+
jsval_t result;
53
+
jsval_t async_func;
54
+
jsval_t *args;
55
+
int nargs;
56
+
bool is_settled;
57
+
bool is_error;
58
+
bool is_done;
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+
jsoff_t resume_point;
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+
jsval_t yield_value;
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+
struct coroutine *next;
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} coroutine_t;
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63
65
64
typedef struct {
···
240
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return coro;
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}
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+
/* unused for now
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static coroutine_t *create_generator(struct js *js, jsval_t gen_func, jsval_t *args, int nargs, bool is_async) {
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coroutine_t *coro = (coroutine_t *)malloc(sizeof(coroutine_t));
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if (!coro) return NULL;
···
271
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272
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return coro;
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}
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+
*/
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static void enqueue_coroutine(coroutine_t *coro) {
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if (!coro) return;