typed.c

#include "hermes/VM/static_h.h"
#include <stdlib.h>

static uint32_t unit_index;
static inline SHSymbolID *get_symbols(SHUnit *);
static inline SHWritePropertyCacheEntry *get_write_prop_cache(SHUnit *);
static inline SHReadPropertyCacheEntry *get_read_prop_cache(SHUnit *);
static inline SHPrivateNameCacheEntry *get_private_name_cache(SHUnit *);
static const SHSrcLoc s_source_locations[];
static SHNativeFuncInfo s_function_info_table[];
static SHLegacyValue _0_global(SHRuntime *shr);
// index.js:1:1
static SHLegacyValue _0_global(SHRuntime *shr)
{
    _SH_MODEL();
    struct
    {
        SHLocals head;
        SHLegacyValue t0;
        SHLegacyValue t1;
    } locals;
    _sh_check_native_stack_overflow(shr);
    SHLegacyValue *frame = _sh_enter(shr, &locals.head, 10);
    locals.head.count = 2;
    SHUnit *shUnit = shr->units[unit_index];
    locals.t0 = _sh_ljs_undefined();
    locals.t1 = _sh_ljs_undefined();
    SHLegacyValue np0 = _sh_ljs_undefined();
    SHLegacyValue np1 = _sh_ljs_undefined();
L0:;
    locals.t1 = _sh_ljs_get_global_object(shr);
    frame[3] = _sh_ljs_try_get_by_id_rjs(shr, &locals.t1, get_symbols(shUnit)[1] /*print*/, get_read_prop_cache(shUnit) + 0);
    locals.t1 = _sh_ljs_try_get_by_id_rjs(shr, &locals.t1, get_symbols(shUnit)[2] /*globalThis*/, get_read_prop_cache(shUnit) + 1);
    locals.t1 = _sh_ljs_get_by_id_rjs(shr, &locals.t1, get_symbols(shUnit)[3] /*value*/, get_read_prop_cache(shUnit) + 2);
    np0 = _sh_ljs_double(1);
    locals.t1 = _sh_ljs_add_rjs(shr, &np0, &locals.t1);
    if (!(_sh_ljs_is_double(locals.t1)))
        _sh_throw_type_error_ascii(shr, "Checked cast failed");
    frame[1] = locals.t1;
    np0 = _sh_ljs_undefined();
    frame[4] = _sh_ljs_undefined();
    frame[2] = _sh_ljs_undefined();
    locals.t0 = _sh_ljs_call(shr, frame, 1);
    _sh_leave(shr, &locals.head, frame);
    return np0;
}
static unsigned char s_literal_val_buffer[0] = {};
static unsigned char s_obj_key_buffer[0] = {};
static const SHShapeTableEntry s_obj_shape_table[] = {};
static const SHSrcLoc s_source_locations[] = {
    {.filename_idx = 0, .line = 0, .column = 0},
};
static SHNativeFuncInfo s_function_info_table[] = {
    {.name_index = 4, .arg_count = 0, .prohibit_invoke = 2, .kind = 0},
};
static const char s_ascii_pool[] = {
    '\0',
    'p',
    'r',
    'i',
    'n',
    't',
    '\0',
    'g',
    'l',
    'o',
    'b',
    'a',
    'l',
    'T',
    'h',
    'i',
    's',
    '\0',
    'v',
    'a',
    'l',
    'u',
    'e',
    '\0',
    'g',
    'l',
    'o',
    'b',
    'a',
    'l',
    '\0',
};
static const char16_t s_u16_pool[] = {};
static const uint32_t s_strings[] = {
    0,
    0,
    0,
    1,
    5,
    2794059355,
    7,
    10,
    4077459857,
    18,
    5,
    3746588989,
    24,
    6,
    615793799,
};
#define CREATE_THIS_UNIT sh_export_this_unit struct UnitData
{
    SHUnit unit;
    SHSymbolID symbol_data[5];
    SHWritePropertyCacheEntry write_prop_cache_data[0];
    SHReadPropertyCacheEntry read_prop_cache_data[3];
    SHPrivateNameCacheEntry private_name_cache_data[0];
    SHCompressedPointer object_literal_class_cache[0];
};
SHUnit *CREATE_THIS_UNIT(void)
{
    struct UnitData *unit_data = calloc(sizeof(struct UnitData), 1);
    *unit_data = (struct UnitData){.unit = {.index = &unit_index, .num_symbols = 5, .num_write_prop_cache_entries = 0, .num_read_prop_cache_entries = 3, .ascii_pool = s_ascii_pool, .u16_pool = s_u16_pool, .strings = s_strings, .symbols = unit_data->symbol_data, .write_prop_cache = unit_data->write_prop_cache_data, .read_prop_cache = unit_data->read_prop_cache_data, .private_name_cache = unit_data->private_name_cache_data, .obj_key_buffer = s_obj_key_buffer, .obj_key_buffer_size = 0, .literal_val_buffer = s_literal_val_buffer, .literal_val_buffer_size = 0, .obj_shape_table = s_obj_shape_table, .obj_shape_table_count = 0, .object_literal_class_cache = unit_data->object_literal_class_cache, .source_locations = s_source_locations, .source_locations_size = 1, .unit_main = _0_global, .unit_main_info = &s_function_info_table[0], .unit_name = "sh_compiled"}};
    return (SHUnit *)unit_data;
}
SHSymbolID *get_symbols(SHUnit *unit) { return ((struct UnitData *)unit)->symbol_data; }
SHWritePropertyCacheEntry *get_write_prop_cache(SHUnit *unit) { return ((struct UnitData *)unit)->write_prop_cache_data; }
SHReadPropertyCacheEntry *get_read_prop_cache(SHUnit *unit) { return ((struct UnitData *)unit)->read_prop_cache_data; }
SHPrivateNameCacheEntry *get_private_name_cache(SHUnit *unit) { return ((struct UnitData *)unit)->private_name_cache_data; }
typedef struct SHConsoleContext SHConsoleContext;
SHConsoleContext *init_console_bindings(SHRuntime *shr);
void free_console_context(SHConsoleContext *consoleContext);
bool run_event_loop(SHRuntime *shr, SHConsoleContext *consoleContext);
int main(int argc, char **argv)
{
    SHRuntime *shr = _sh_init(argc, argv);
    SHConsoleContext *consoleContext = init_console_bindings(shr);
    bool success = _sh_initialize_units(shr, 1, CREATE_THIS_UNIT) && run_event_loop(shr, consoleContext);
    free_console_context(consoleContext);
    _sh_done(shr);
    return success ? 0 : 1;
}

untyped.c

#include "hermes/VM/static_h.h"
#include <stdlib.h>
static uint32_t unit_index;
static inline SHSymbolID *get_symbols(SHUnit *);
static inline SHWritePropertyCacheEntry *get_write_prop_cache(SHUnit *);
static inline SHReadPropertyCacheEntry *get_read_prop_cache(SHUnit *);
static inline SHPrivateNameCacheEntry *get_private_name_cache(SHUnit *);
static const SHSrcLoc s_source_locations[];
static SHNativeFuncInfo s_function_info_table[];
static SHLegacyValue _0_global(SHRuntime *shr);
static SHLegacyValue _1_add(SHRuntime *shr);
// index2.js:1:1
static SHLegacyValue _0_global(SHRuntime *shr)
{
    _SH_MODEL();
    struct
    {
        SHLocals head;
        SHLegacyValue t0;
        SHLegacyValue t1;
    } locals;
    _sh_check_native_stack_overflow(shr);
    SHLegacyValue *frame = _sh_enter(shr, &locals.head, 10);
    locals.head.count = 2;
    SHUnit *shUnit = shr->units[unit_index];
    locals.t0 = _sh_ljs_undefined();
    locals.t1 = _sh_ljs_undefined();
    SHLegacyValue np0 = _sh_ljs_undefined();
    SHLegacyValue np1 = _sh_ljs_undefined();
L0:;
    _sh_ljs_declare_global_var(shr, get_symbols(shUnit)[1] /*add*/);
    locals.t0 = _sh_ljs_get_global_object(shr);
    locals.t1 = _sh_ljs_create_closure(shr, NULL, _1_add, &s_function_info_table[1], shUnit);
    _sh_ljs_put_by_id_loose_rjs(shr, shUnit, &locals.t0, get_symbols(shUnit)[1] /*add*/, &locals.t1, get_write_prop_cache(shUnit) + 0);
    locals.t1 = _sh_ljs_try_get_by_id_rjs(shr, &locals.t0, get_symbols(shUnit)[2] /*print*/, get_read_prop_cache(shUnit) + 0);
    frame[3] = _sh_ljs_get_by_id_rjs(shr, &locals.t0, get_symbols(shUnit)[1] /*add*/, get_read_prop_cache(shUnit) + 1);
    frame[1] = _sh_ljs_double(1);
    np0 = _sh_ljs_undefined();
    frame[4] = _sh_ljs_undefined();
    frame[2] = _sh_ljs_undefined();
    frame[1] = _sh_ljs_call(shr, frame, 1);
    frame[4] = _sh_ljs_undefined();
    frame[3] = locals.t1;
    frame[2] = _sh_ljs_undefined();
    locals.t0 = _sh_ljs_call(shr, frame, 1);
    _sh_leave(shr, &locals.head, frame);
    return locals.t0;
}
// index2.js:1:1
static SHLegacyValue _1_add(SHRuntime *shr)
{
    struct
    {
        SHLocals head;
        SHLegacyValue t0;
        SHLegacyValue t1;
    } locals;
    _sh_check_native_stack_overflow(shr);
    SHLegacyValue *frame = _sh_enter(shr, &locals.head, 1);
    locals.head.count = 2;
    SHUnit *shUnit = shr->units[unit_index];
    locals.t0 = _sh_ljs_undefined();
    locals.t1 = _sh_ljs_undefined();
L0:;
    locals.t0 = _sh_ljs_get_global_object(shr);
    locals.t0 = _sh_ljs_try_get_by_id_rjs(shr, &locals.t0, get_symbols(shUnit)[3] /*globalThis*/, get_read_prop_cache(shUnit) + 2);
    locals.t1 = _sh_ljs_get_by_id_rjs(shr, &locals.t0, get_symbols(shUnit)[4] /*value*/, get_read_prop_cache(shUnit) + 3);
    locals.t0 = _sh_ljs_param(frame, 1);
    locals.t0 = _sh_ljs_add_rjs(shr, &locals.t0, &locals.t1);
    _sh_leave(shr, &locals.head, frame);
    return locals.t0;
}
static unsigned char s_literal_val_buffer[0] = {};
static unsigned char s_obj_key_buffer[0] = {};
static const SHShapeTableEntry s_obj_shape_table[] = {};
static const SHSrcLoc s_source_locations[] = {
    {.filename_idx = 0, .line = 0, .column = 0},
};
static SHNativeFuncInfo s_function_info_table[] = {
    {.name_index = 5, .arg_count = 0, .prohibit_invoke = 2, .kind = 0},
    {.name_index = 1, .arg_count = 1, .prohibit_invoke = 2, .kind = 0},
};
static const char s_ascii_pool[] = {
    '\0',
    'a',
    'd',
    'd',
    '\0',
    'p',
    'r',
    'i',
    'n',
    't',
    '\0',
    'g',
    'l',
    'o',
    'b',
    'a',
    'l',
    'T',
    'h',
    'i',
    's',
    '\0',
    'v',
    'a',
    'l',
    'u',
    'e',
    '\0',
    'g',
    'l',
    'o',
    'b',
    'a',
    'l',
    '\0',
};
static const char16_t s_u16_pool[] = {};
static const uint32_t s_strings[] = {
    0,
    0,
    0,
    1,
    3,
    1492819387,
    5,
    5,
    2794059355,
    11,
    10,
    4077459857,
    22,
    5,
    3746588989,
    28,
    6,
    615793799,
};
#define CREATE_THIS_UNIT sh_export_this_unit struct UnitData
{
    SHUnit unit;
    SHSymbolID symbol_data[6];
    SHWritePropertyCacheEntry write_prop_cache_data[1];
    SHReadPropertyCacheEntry read_prop_cache_data[4];
    SHPrivateNameCacheEntry private_name_cache_data[0];
    SHCompressedPointer object_literal_class_cache[0];
};
SHUnit *CREATE_THIS_UNIT(void)
{
    struct UnitData *unit_data = calloc(sizeof(struct UnitData), 1);
    *unit_data = (struct UnitData){.unit = {.index = &unit_index, .num_symbols = 6, .num_write_prop_cache_entries = 1, .num_read_prop_cache_entries = 4, .ascii_pool = s_ascii_pool, .u16_pool = s_u16_pool, .strings = s_strings, .symbols = unit_data->symbol_data, .write_prop_cache = unit_data->write_prop_cache_data, .read_prop_cache = unit_data->read_prop_cache_data, .private_name_cache = unit_data->private_name_cache_data, .obj_key_buffer = s_obj_key_buffer, .obj_key_buffer_size = 0, .literal_val_buffer = s_literal_val_buffer, .literal_val_buffer_size = 0, .obj_shape_table = s_obj_shape_table, .obj_shape_table_count = 0, .object_literal_class_cache = unit_data->object_literal_class_cache, .source_locations = s_source_locations, .source_locations_size = 1, .unit_main = _0_global, .unit_main_info = &s_function_info_table[0], .unit_name = "sh_compiled"}};
    return (SHUnit *)unit_data;
}
SHSymbolID *get_symbols(SHUnit *unit) { return ((struct UnitData *)unit)->symbol_data; }
SHWritePropertyCacheEntry *get_write_prop_cache(SHUnit *unit) { return ((struct UnitData *)unit)->write_prop_cache_data; }
SHReadPropertyCacheEntry *get_read_prop_cache(SHUnit *unit) { return ((struct UnitData *)unit)->read_prop_cache_data; }
SHPrivateNameCacheEntry *get_private_name_cache(SHUnit *unit) { return ((struct UnitData *)unit)->private_name_cache_data; }
typedef struct SHConsoleContext SHConsoleContext;
SHConsoleContext *init_console_bindings(SHRuntime *shr);
void free_console_context(SHConsoleContext *consoleContext);
bool run_event_loop(SHRuntime *shr, SHConsoleContext *consoleContext);
int main(int argc, char **argv)
{
    SHRuntime *shr = _sh_init(argc, argv);
    SHConsoleContext *consoleContext = init_console_bindings(shr);
    bool success = _sh_initialize_units(shr, 1, CREATE_THIS_UNIT) && run_event_loop(shr, consoleContext);
    free_console_context(consoleContext);
    _sh_done(shr);
    return success ? 0 : 1;
}