nifs.c
Include dependency graph for nifs.c:
Defines
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_GNU_SOURCE
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MAX_NIF_NAME_LEN 260
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FLOAT_BUF_SIZE 64
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RAISE(a, b)
ctx->x[0] = (a); \
ctx->x[1] = (b); \
return
term_invalid_term();
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MAX(x, y) (((x) > (y)) ? (x) : (y))
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NOT_FOUND (0xFF)
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DEFINE_MATH_NIF(moniker) static const struct Nif
math_##moniker##_nif = \
{ \
.base.type =
NIFFunctionType, \
.nif_ptr = nif_math_##moniker \
};
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IF_HAVE_OPEN_CLOSE(expr) NULL
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IF_HAVE_MKFIFO(expr) NULL
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IF_HAVE_UNLINK(expr) NULL
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IF_HAVE_CLOCK_SETTIME_OR_SETTIMEOFDAY(expr) NULL
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DEFINE_UNARY_MATH_OP(moniker) static avm_float_t math_##moniker(avm_float_t
x) \
{ \
return moniker(x); \
} \
\
static
term nif_math_##moniker(Context *ctx, int argc, termargv[]) \
{ \
UNUSED(argc); \ VALIDATE_VALUE(argv[0], term_is_number); \ term t = math_unary_op(ctx, argv[0], math_##moniker); \
if (
term_is_atom(t)) { \ RAISE_ERROR(t); \
} else { \
return t; \
} \
}
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DEFINE_BINARY_MATH_OP(moniker) static avm_float_t math_##moniker(avm_float_t x, avm_float_t
y) \
{ \
return moniker(x, y); \
} \
\
static
term nif_math_##moniker(Context *ctx, int argc, termargv[]) \
{ \
UNUSED(argc); \ VALIDATE_VALUE(argv[0], term_is_number); \ VALIDATE_VALUE(argv[1], term_is_number); \ term t = math_binary_op(ctx, argv[0], argv[1], math_##moniker); \
if (
term_is_atom(t)) { \ RAISE_ERROR(t); \
} else { \
return t; \
} \
}
Typedefs
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typedef avm_float_t (*unary_math_f)(avm_float_t x)
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typedef avm_float_t (*binary_math_f)(avm_float_t x, avm_float_t y)
Functions
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const struct Nif *nifs_get(AtomString module, AtomString function, int arity)
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static bool is_tagged_tuple(term t, term tag, int size)
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static int is_valid_float_string(const char *str, int len)
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static size_t lltoa(avm_int64_t int_value, unsigned base, char *integer_string)
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static int format_float(term value, int scientific, int decimals, int compact, char *out_buf, int outbuf_len)
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int get_float_format_opts(term opts, int *scientific, int *decimals, int *compact)
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static void *nif_iterate_processes(GlobalContext *glb, context_iterator fun, void *accum)
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static size_t nif_num_processes(GlobalContext *glb)
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static size_t nif_num_ports(GlobalContext *glb)
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static void refc_binary_avm_pack_destructor(struct AVMPackData *obj, GlobalContext *global)
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static inline uint8_t find_index(uint8_t c)
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static int sort_keys_uniq(term *keys, int size, GlobalContext *global)
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static void maybe_clear_exceptions()
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static term get_exception(avm_float_t f)
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static term math_unary_op(Context *ctx, term x_term, unary_math_f f)
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static term math_binary_op(Context *ctx, term x_term, term y_term, binary_math_f f)
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static avm_float_t math_cos(avm_float_t x)
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static avm_float_t math_acos(avm_float_t x)
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static avm_float_t math_acosh(avm_float_t x)
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static avm_float_t math_asin(avm_float_t x)
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static avm_float_t math_asinh(avm_float_t x)
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static avm_float_t math_atan(avm_float_t x)
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static avm_float_t math_atan2(avm_float_t x, avm_float_t y)
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static avm_float_t math_atanh(avm_float_t x)
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static avm_float_t math_ceil(avm_float_t x)
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static avm_float_t math_cosh(avm_float_t x)
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static avm_float_t math_exp(avm_float_t x)
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static avm_float_t math_floor(avm_float_t x)
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static avm_float_t math_fmod(avm_float_t x, avm_float_t y)
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static avm_float_t math_log(avm_float_t x)
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static avm_float_t math_log10(avm_float_t x)
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static avm_float_t math_log2(avm_float_t x)
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static avm_float_t math_pow(avm_float_t x, avm_float_t y)
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static avm_float_t math_sin(avm_float_t x)
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static avm_float_t math_sinh(avm_float_t x)
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static avm_float_t math_sqrt(avm_float_t x)
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static avm_float_t math_tan(avm_float_t x)
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static avm_float_t math_tanh(avm_float_t x)
Variables
- static const char *const trace_calls_atom = "\xB" "trace_calls"
- static const char *const trace_call_args_atom = "\xF" "trace_call_args"
- static const char *const trace_returns_atom = "\xD" "trace_returns"
- static const char *const trace_send_atom = "\xA" "trace_send"
- static const char *const trace_receive_atom = "\xD" "trace_receive"
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static const struct Nif binary_at_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_binary_at_2}
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static const struct Nif binary_first_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_binary_first_1}
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static const struct Nif binary_last_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_binary_last_1}
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static const struct Nif binary_part_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_binary_part_3}
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static const struct Nif binary_split_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_binary_split_2}
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static const struct Nif make_ref_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_make_ref_0}
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static const struct Nif atom_to_binary_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_atom_to_binary_2}
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static const struct Nif atom_to_list_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_atom_to_list_1}
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static const struct Nif binary_to_atom_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_binary_to_atom_2}
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static const struct Nif binary_to_float_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_binary_to_float_1}
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static const struct Nif binary_to_integer_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_binary_to_integer_1}
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static const struct Nif binary_to_list_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_binary_to_list_1}
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static const struct Nif binary_to_existing_atom_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_binary_to_existing_atom_2}
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static const struct Nif delete_element_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_delete_element_2}
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static const struct Nif display_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_display_1}
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static const struct Nif erase_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_erase_1}
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static const struct Nif error_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_error}
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static const struct Nif exit_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_exit}
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static const struct Nif insert_element_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_insert_element_3}
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static const struct Nif integer_to_binary_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_integer_to_binary_2}
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static const struct Nif integer_to_list_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_integer_to_list_2}
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static const struct Nif float_to_binary_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_float_to_binary}
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static const struct Nif float_to_list_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_float_to_list}
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static const struct Nif is_process_alive_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_is_process_alive_1}
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static const struct Nif list_to_atom_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_list_to_atom_1}
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static const struct Nif list_to_existing_atom_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_list_to_existing_atom_1}
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static const struct Nif list_to_binary_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_list_to_binary_1}
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static const struct Nif list_to_integer_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_list_to_integer_1}
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static const struct Nif list_to_float_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_list_to_float_1}
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static const struct Nif list_to_tuple_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_list_to_tuple_1}
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static const struct Nif iolist_size_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_iolist_size_1}
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static const struct Nif iolist_to_binary_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_iolist_to_binary_1}
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static const struct Nif open_port_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_open_port_2}
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static const struct Nif make_tuple_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_make_tuple_2}
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static const struct Nif register_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_register_2}
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static const struct Nif unregister_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_unregister_1}
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static const struct Nif spawn_opt_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_spawn_opt}
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static const struct Nif spawn_fun_opt_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_spawn_fun_opt}
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static const struct Nif send_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_send_2}
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static const struct Nif setelement_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_setelement_3}
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static const struct Nif whereis_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_whereis_1}
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static const struct Nif concat_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_concat_2}
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static const struct Nif monotonic_time_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_monotonic_time_1}
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static const struct Nif system_time_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_system_time_1}
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static const struct Nif universaltime_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_universaltime_0}
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static const struct Nif localtime_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_localtime}
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static const struct Nif timestamp_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_timestamp_0}
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static const struct Nif system_time_to_universal_time_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_calendar_system_time_to_universal_time_2}
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static const struct Nif tuple_to_list_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_tuple_to_list_1}
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static const struct Nif flat_size_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erts_debug_flat_size}
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static const struct Nif process_flag_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_process_flag}
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static const struct Nif processes_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_processes}
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static const struct Nif process_info_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_process_info}
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static const struct Nif put_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_put_2}
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static const struct Nif system_info_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_system_info}
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static const struct Nif system_flag_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_system_flag}
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static const struct Nif binary_to_term_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_binary_to_term}
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static const struct Nif term_to_binary_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_term_to_binary}
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static const struct Nif throw_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_throw}
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static const struct Nif pid_to_list_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_pid_to_list}
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static const struct Nif ref_to_list_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_ref_to_list}
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static const struct Nif fun_to_list_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_fun_to_list}
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static const struct Nif function_exported_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_function_exported}
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static const struct Nif garbage_collect_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_garbage_collect}
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static const struct Nif make_fun_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_make_fun_3}
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static const struct Nif memory_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_memory}
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static const struct Nif monitor_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_monitor}
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static const struct Nif demonitor_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_demonitor}
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static const struct Nif link_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_link}
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static const struct Nif unlink_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_unlink}
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static const struct Nif group_leader_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_group_leader}
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static const struct Nif get_module_info_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_get_module_info}
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static const struct Nif raise_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_erlang_raise}
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static const struct Nif atomvm_add_avm_pack_binary_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_atomvm_add_avm_pack_binary}
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static const struct Nif atomvm_add_avm_pack_file_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_atomvm_add_avm_pack_file}
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static const struct Nif atomvm_close_avm_pack_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_atomvm_close_avm_pack}
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static const struct Nif atomvm_get_start_beam_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_atomvm_get_start_beam}
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static const struct Nif atomvm_read_priv_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_atomvm_read_priv}
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static const struct Nif console_print_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_console_print}
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static const struct Nif base64_encode_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_base64_encode}
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static const struct Nif base64_decode_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_base64_decode}
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static const struct Nif base64_encode_to_string_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_base64_encode_to_string}
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static const struct Nif base64_decode_to_string_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_base64_decode_to_string}
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static const struct Nif code_load_abs_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_code_load_abs}
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static const struct Nif code_load_binary_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_code_load_binary}
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static const struct Nif lists_reverse_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_lists_reverse}
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static const struct Nif maps_from_keys_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_maps_from_keys}
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static const struct Nif maps_next_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_maps_next}
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static const struct Nif unicode_characters_to_list_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_unicode_characters_to_list}
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static const struct Nif unicode_characters_to_binary_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_unicode_characters_to_binary}
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static const struct Nif math_cos_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_cos}
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static const struct Nif math_acos_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_acos}
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static const struct Nif math_acosh_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_acosh}
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static const struct Nif math_asin_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_asin}
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static const struct Nif math_asinh_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_asinh}
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static const struct Nif math_atan_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_atan}
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static const struct Nif math_atan2_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_atan2}
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static const struct Nif math_atanh_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_atanh}
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static const struct Nif math_ceil_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_ceil}
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static const struct Nif math_cosh_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_cosh}
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static const struct Nif math_exp_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_exp}
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static const struct Nif math_floor_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_floor}
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static const struct Nif math_fmod_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_fmod}
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static const struct Nif math_log_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_log}
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static const struct Nif math_log10_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_log10}
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static const struct Nif math_log2_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_log2}
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static const struct Nif math_pow_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_pow}
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static const struct Nif math_sin_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_sin}
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static const struct Nif math_sinh_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_sinh}
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static const struct Nif math_sqrt_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_sqrt}
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static const struct Nif math_tan_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_tan}
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static const struct Nif math_tanh_nif = {.base.type = NIFFunctionType, .nif_ptr = nif_math_tanh}
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static const struct AVMPackInfo refc_binary_avm_pack_info = {.destructor = refc_binary_avm_pack_destructor}
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static char b64_table[64] = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"
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struct ContextAccumulator
Collaboration diagram for ContextAccumulator:
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struct RefcBinaryAVMPack
Collaboration diagram for RefcBinaryAVMPack: