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py: split runtime into map, obj, builtin.

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This commit is contained in:
Damien 2013-12-17 18:27:24 +00:00
parent a1b2693161
commit 660365e14c
10 changed files with 1057 additions and 943 deletions
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113
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#include <stdint.h>
#include <stdlib.h>
#include <stdio.h>
#include <stdarg.h>
#include <string.h>
#include <assert.h>
#include "nlr.h"
#include "misc.h"
#include "mpyconfig.h"
#include "runtime.h"
#include "bc.h"
#include "map.h"
#include "obj.h"
#include "objprivate.h"
#include "builtin.h"
py_obj_t py_builtin___repl_print__(py_obj_t o) {
if (o != py_const_none) {
py_obj_print(o);
printf("\n");
}
return py_const_none;
}
py_obj_t py_builtin_print(int n_args, const py_obj_t* args) {
for (int i = 0; i < n_args; i++) {
if (i > 0) {
printf(" ");
}
if (IS_O(args[i], O_STR)) {
// special case, print string raw
printf("%s", qstr_str(((py_obj_base_t*)args[i])->u_str));
} else {
// print the object Python style
py_obj_print(args[i]);
}
}
printf("\n");
return py_const_none;
}
py_obj_t py_builtin_len(py_obj_t o_in) {
py_small_int_t len = 0;
if (IS_O(o_in, O_STR)) {
py_obj_base_t *o = o_in;
len = strlen(qstr_str(o->u_str));
} else if (IS_O(o_in, O_TUPLE) || IS_O(o_in, O_LIST)) {
py_obj_base_t *o = o_in;
len = o->u_tuple_list.len;
} else if (IS_O(o_in, O_MAP)) {
py_obj_base_t *o = o_in;
len = o->u_map.used;
} else {
assert(0);
}
return TO_SMALL_INT(len);
}
py_obj_t py_builtin_abs(py_obj_t o_in) {
if (IS_SMALL_INT(o_in)) {
py_small_int_t val = FROM_SMALL_INT(o_in);
if (val < 0) {
val = -val;
}
return TO_SMALL_INT(val);
#if MICROPY_ENABLE_FLOAT
} else if (IS_O(o_in, O_FLOAT)) {
py_obj_base_t *o = o_in;
// TODO check for NaN etc
if (o->u_float < 0) {
return py_obj_new_float(-o->u_float);
} else {
return o_in;
}
} else if (IS_O(o_in, O_COMPLEX)) {
py_obj_base_t *o = o_in;
return py_obj_new_float(machine_sqrt(o->u_complex.real*o->u_complex.real + o->u_complex.imag*o->u_complex.imag));
#endif
} else {
assert(0);
return py_const_none;
}
}
py_obj_t py_builtin___build_class__(py_obj_t o_class_fun, py_obj_t o_class_name) {
// we differ from CPython: we set the new __locals__ object here
py_map_t *old_locals = rt_get_map_locals();
py_map_t *class_locals = py_map_new(MAP_QSTR, 0);
rt_set_map_locals(class_locals);
// call the class code
rt_call_function_1(o_class_fun, (py_obj_t)0xdeadbeef);
// restore old __locals__ object
rt_set_map_locals(old_locals);
// create and return the new class
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_CLASS;
o->u_class.locals = class_locals;
return o;
}
py_obj_t py_builtin_range(int n_args, const py_obj_t* args) {
switch (n_args) {
case 1: return py_obj_new_range(0, py_obj_get_int(args[0]), 1);
case 2: return py_obj_new_range(py_obj_get_int(args[0]), py_obj_get_int(args[1]), 1);
case 3: return py_obj_new_range(py_obj_get_int(args[0]), py_obj_get_int(args[1]), py_obj_get_int(args[2]));
default: nlr_jump(py_obj_new_exception_2(rt_q_TypeError, "range expected at most 3 arguments, got %d", (void*)(machine_int_t)n_args, NULL));
}
}

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py_obj_t py_builtin___repl_print__(py_obj_t o);
py_obj_t py_builtin_print(int n_args, const py_obj_t* args);
py_obj_t py_builtin_len(py_obj_t o_in);
py_obj_t py_builtin_abs(py_obj_t o_in);
py_obj_t py_builtin___build_class__(py_obj_t o_class_fun, py_obj_t o_class_name);
py_obj_t py_builtin_range(int n_args, const py_obj_t* args);

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#include <stdint.h>
#include <stdlib.h>
#include <assert.h>
#include "misc.h"
#include "mpyconfig.h"
#include "runtime.h"
#include "map.h"
#include "obj.h"
#include "objprivate.h"
// approximatelly doubling primes; made with Mathematica command: Table[Prime[Floor[(1.7)^n]], {n, 3, 24}]
static int doubling_primes[] = {7, 19, 43, 89, 179, 347, 647, 1229, 2297, 4243, 7829, 14347, 26017, 47149, 84947, 152443, 273253, 488399, 869927, 1547173, 2745121, 4861607};
int get_doubling_prime_greater_or_equal_to(int x) {
for (int i = 0; i < sizeof(doubling_primes) / sizeof(int); i++) {
if (doubling_primes[i] >= x) {
return doubling_primes[i];
}
}
// ran out of primes in the table!
// return something sensible, at least make it odd
return x | 1;
}
void py_map_init(py_map_t *map, py_map_kind_t kind, int n) {
map->kind = kind;
map->used = 0;
map->alloc = get_doubling_prime_greater_or_equal_to(n + 1);
map->table = m_new0(py_map_elem_t, map->alloc);
}
py_map_t *py_map_new(py_map_kind_t kind, int n) {
py_map_t *map = m_new(py_map_t, 1);
py_map_init(map, kind, n);
return map;
}
py_map_elem_t* py_map_lookup_helper(py_map_t *map, py_obj_t index, bool add_if_not_found) {
bool is_map_py_obj = (map->kind == MAP_PY_OBJ);
machine_uint_t hash;
if (is_map_py_obj) {
hash = py_obj_hash(index);
} else {
hash = (machine_uint_t)index;
}
uint pos = hash % map->alloc;
for (;;) {
py_map_elem_t *elem = &map->table[pos];
if (elem->key == NULL) {
// not in table
if (add_if_not_found) {
if (map->used + 1 >= map->alloc) {
// not enough room in table, rehash it
int old_alloc = map->alloc;
py_map_elem_t *old_table = map->table;
map->alloc = get_doubling_prime_greater_or_equal_to(map->alloc + 1);
map->used = 0;
map->table = m_new0(py_map_elem_t, map->alloc);
for (int i = 0; i < old_alloc; i++) {
if (old_table[i].key != NULL) {
py_map_lookup_helper(map, old_table[i].key, true)->value = old_table[i].value;
}
}
m_free(old_table);
// restart the search for the new element
pos = hash % map->alloc;
} else {
map->used += 1;
elem->key = index;
return elem;
}
} else {
return NULL;
}
} else if (elem->key == index || (is_map_py_obj && py_obj_equal(elem->key, index))) {
// found it
/* it seems CPython does not replace the index; try x={True:'true'};x[1]='one';x
if (add_if_not_found) {
elem->key = index;
}
*/
return elem;
} else {
// not yet found, keep searching in this table
pos = (pos + 1) % map->alloc;
}
}
}
py_map_elem_t* py_qstr_map_lookup(py_map_t *map, qstr index, bool add_if_not_found) {
py_obj_t o = (py_obj_t)(machine_uint_t)index;
return py_map_lookup_helper(map, o, add_if_not_found);
}
py_map_elem_t* py_map_lookup(py_obj_t o, py_obj_t index, bool add_if_not_found) {
assert(IS_O(o, O_MAP));
return py_map_lookup_helper(&((py_obj_base_t *)o)->u_map, index, add_if_not_found);
}
py_obj_t py_set_lookup(py_obj_t o_in, py_obj_t index, bool add_if_not_found) {
assert(IS_O(o_in, O_SET));
py_obj_base_t *o = o_in;
int hash = py_obj_hash(index);
int pos = hash % o->u_set.alloc;
for (;;) {
py_obj_t elem = o->u_set.table[pos];
if (elem == NULL) {
// not in table
if (add_if_not_found) {
if (o->u_set.used + 1 >= o->u_set.alloc) {
// not enough room in table, rehash it
int old_alloc = o->u_set.alloc;
py_obj_t *old_table = o->u_set.table;
o->u_set.alloc = get_doubling_prime_greater_or_equal_to(o->u_set.alloc + 1);
o->u_set.used = 0;
o->u_set.table = m_new(py_obj_t, o->u_set.alloc);
for (int i = 0; i < old_alloc; i++) {
if (old_table[i] != NULL) {
py_set_lookup(o, old_table[i], true);
}
}
m_free(old_table);
// restart the search for the new element
pos = hash % o->u_set.alloc;
} else {
o->u_set.used += 1;
o->u_set.table[pos] = index;
return index;
}
} else {
return NULL;
}
} else if (py_obj_equal(elem, index)) {
// found it
return elem;
} else {
// not yet found, keep searching in this table
pos = (pos + 1) % o->u_set.alloc;
}
}
}

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typedef enum {
MAP_QSTR,
MAP_PY_OBJ,
} py_map_kind_t;
typedef struct _py_map_elem_t {
py_obj_t key;
py_obj_t value;
} py_map_elem_t;
typedef struct _py_map_t {
struct {
py_map_kind_t kind : 1;
machine_uint_t used : (8 * BYTES_PER_WORD - 1);
};
machine_uint_t alloc;
py_map_elem_t *table;
} py_map_t;
// these are defined in runtime.c
py_map_t *rt_get_map_locals(void);
void rt_set_map_locals(py_map_t *m);
int get_doubling_prime_greater_or_equal_to(int x);
void py_map_init(py_map_t *map, py_map_kind_t kind, int n);
py_map_t *py_map_new(py_map_kind_t kind, int n);
py_map_elem_t* py_map_lookup_helper(py_map_t *map, py_obj_t index, bool add_if_not_found);
py_map_elem_t* py_qstr_map_lookup(py_map_t *map, qstr index, bool add_if_not_found);
py_map_elem_t* py_map_lookup(py_obj_t o, py_obj_t index, bool add_if_not_found);
py_obj_t py_set_lookup(py_obj_t o_in, py_obj_t index, bool add_if_not_found);

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#include <stdint.h>
#include <stdlib.h>
#include <stdio.h>
#include <stdarg.h>
#include <assert.h>
#include "nlr.h"
#include "misc.h"
#include "mpyconfig.h"
#include "runtime.h"
#include "map.h"
#include "obj.h"
#include "objprivate.h"
py_obj_t py_obj_new_int(machine_int_t value) {
return TO_SMALL_INT(value);
}
py_obj_t py_obj_new_const(const char *id) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_CONST;
o->id = id;
return (py_obj_t)o;
}
py_obj_t py_obj_new_str(qstr qstr) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_STR;
o->u_str = qstr;
return (py_obj_t)o;
}
#if MICROPY_ENABLE_FLOAT
py_obj_t py_obj_new_float(py_float_t val) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_FLOAT;
o->u_float = val;
return (py_obj_t)o;
}
py_obj_t py_obj_new_complex(py_float_t real, py_float_t imag) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_COMPLEX;
o->u_complex.real = real;
o->u_complex.imag = imag;
return (py_obj_t)o;
}
#endif
py_obj_t py_obj_new_exception_0(qstr id) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_EXCEPTION_0;
o->u_exc0.id = id;
return (py_obj_t)o;
}
py_obj_t py_obj_new_exception_2(qstr id, const char *fmt, const char *s1, const char *s2) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_EXCEPTION_N;
o->u_exc_n.id = id;
o->u_exc_n.n_args = 3;
o->u_exc_n.args = m_new(const void*, 3);
o->u_exc_n.args[0] = fmt;
o->u_exc_n.args[1] = s1;
o->u_exc_n.args[2] = s2;
return (py_obj_t)o;
}
// range is a class and instances are immutable sequence objects
py_obj_t py_obj_new_range(int start, int stop, int step) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_RANGE;
o->u_range.start = start;
o->u_range.stop = stop;
o->u_range.step = step;
return o;
}
py_obj_t py_obj_new_range_iterator(int cur, int stop, int step) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_RANGE_IT;
o->u_range_it.cur = cur;
o->u_range_it.stop = stop;
o->u_range_it.step = step;
return o;
}
py_obj_t py_obj_new_tuple_iterator(py_obj_base_t *tuple, int cur) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_TUPLE_IT;
o->u_tuple_list_it.obj = tuple;
o->u_tuple_list_it.cur = cur;
return o;
}
py_obj_t py_obj_new_list_iterator(py_obj_base_t *list, int cur) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_LIST_IT;
o->u_tuple_list_it.obj = list;
o->u_tuple_list_it.cur = cur;
return o;
}
py_obj_t py_obj_new_user(const py_user_info_t *info, machine_uint_t data1, machine_uint_t data2) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_USER;
// TODO should probably parse the info to turn strings to qstr's, and wrap functions in O_FUN_N objects
// that'll take up some memory. maybe we can lazily do the O_FUN_N: leave it a ptr to a C function, and
// only when the method is looked-up do we change that to the O_FUN_N object.
o->u_user.info = info;
o->u_user.data1 = data1;
o->u_user.data2 = data2;
return o;
}
const char *py_obj_get_type_str(py_obj_t o_in) {
if (IS_SMALL_INT(o_in)) {
return "int";
} else {
py_obj_base_t *o = o_in;
switch (o->kind) {
case O_CONST:
if (o == py_const_none) {
return "NoneType";
} else {
return "bool";
}
case O_STR:
return "str";
#if MICROPY_ENABLE_FLOAT
case O_FLOAT:
return "float";
#endif
case O_FUN_0:
case O_FUN_1:
case O_FUN_2:
case O_FUN_N:
case O_FUN_VAR:
case O_FUN_BC:
return "function";
case O_GEN_INSTANCE:
return "generator";
case O_TUPLE:
return "tuple";
case O_LIST:
return "list";
case O_TUPLE_IT:
return "tuple_iterator";
case O_LIST_IT:
return "list_iterator";
case O_SET:
return "set";
case O_MAP:
return "dict";
case O_OBJ:
{
py_map_elem_t *qn = py_qstr_map_lookup(o->u_obj.class->u_class.locals, qstr_from_str_static("__qualname__"), false);
assert(qn != NULL);
assert(IS_O(qn->value, O_STR));
return qstr_str(((py_obj_base_t*)qn->value)->u_str);
}
case O_USER:
return o->u_user.info->type_name;
default:
assert(0);
return "UnknownType";
}
}
}
void printf_wrapper(void *env, const char *fmt, ...) {
va_list args;
va_start(args, fmt);
vprintf(fmt, args);
va_end(args);
}
void py_obj_print_helper(void (*print)(void *env, const char *fmt, ...), void *env, py_obj_t o_in) {
if (IS_SMALL_INT(o_in)) {
print(env, "%d", (int)FROM_SMALL_INT(o_in));
} else {
py_obj_base_t *o = o_in;
switch (o->kind) {
case O_CONST:
print(env, "%s", o->id);
break;
case O_STR:
// TODO need to escape chars etc
print(env, "'%s'", qstr_str(o->u_str));
break;
#if MICROPY_ENABLE_FLOAT
case O_FLOAT:
print(env, "%.8g", o->u_float);
break;
case O_COMPLEX:
if (o->u_complex.real == 0) {
print(env, "%.8gj", o->u_complex.imag);
} else {
print(env, "(%.8g+%.8gj)", o->u_complex.real, o->u_complex.imag);
}
break;
#endif
case O_EXCEPTION_0:
print(env, "%s", qstr_str(o->u_exc0.id));
break;
case O_EXCEPTION_N:
print(env, "%s: ", qstr_str(o->u_exc_n.id));
print(env, o->u_exc_n.args[0], o->u_exc_n.args[1], o->u_exc_n.args[2]);
break;
case O_GEN_INSTANCE:
print(env, "<generator object 'fun-name' at %p>", o);
break;
case O_TUPLE:
print(env, "(");
for (int i = 0; i < o->u_tuple_list.len; i++) {
if (i > 0) {
print(env, ", ");
}
py_obj_print_helper(print, env, o->u_tuple_list.items[i]);
}
if (o->u_tuple_list.len == 1) {
print(env, ",");
}
print(env, ")");
break;
case O_LIST:
print(env, "[");
for (int i = 0; i < o->u_tuple_list.len; i++) {
if (i > 0) {
print(env, ", ");
}
py_obj_print_helper(print, env, o->u_tuple_list.items[i]);
}
print(env, "]");
break;
case O_SET:
{
bool first = true;
print(env, "{");
for (int i = 0; i < o->u_set.alloc; i++) {
if (o->u_set.table[i] != NULL) {
if (!first) {
print(env, ", ");
}
first = false;
py_obj_print_helper(print, env, o->u_set.table[i]);
}
}
print(env, "}");
break;
}
case O_MAP:
{
bool first = true;
print(env, "{");
for (int i = 0; i < o->u_map.alloc; i++) {
if (o->u_map.table[i].key != NULL) {
if (!first) {
print(env, ", ");
}
first = false;
py_obj_print_helper(print, env, o->u_map.table[i].key);
print(env, ": ");
py_obj_print_helper(print, env, o->u_map.table[i].value);
}
}
print(env, "}");
break;
}
case O_USER:
if (o->u_user.info->print == NULL) {
print(env, "<unknown user object>");
} else {
o->u_user.info->print(o_in);
}
break;
default:
print(env, "<? %d>", o->kind);
assert(0);
}
}
}
void py_obj_print(py_obj_t o_in) {
py_obj_print_helper(printf_wrapper, NULL, o_in);
}
bool py_obj_is_callable(py_obj_t o_in) {
if (IS_SMALL_INT(o_in)) {
return false;
} else {
py_obj_base_t *o = o_in;
switch (o->kind) {
case O_FUN_0:
case O_FUN_1:
case O_FUN_2:
case O_FUN_VAR:
case O_FUN_N:
case O_FUN_BC:
case O_FUN_ASM:
// what about O_CLASS, and an O_OBJ that has a __call__ method?
return true;
default:
return false;
}
}
}
machine_int_t py_obj_hash(py_obj_t o_in) {
if (o_in == py_const_false) {
return 0; // needs to hash to same as the integer 0, since False==0
} else if (o_in == py_const_true) {
return 1; // needs to hash to same as the integer 1, since True==1
} else if (IS_SMALL_INT(o_in)) {
return FROM_SMALL_INT(o_in);
} else if (IS_O(o_in, O_CONST)) {
return (machine_int_t)o_in;
} else if (IS_O(o_in, O_STR)) {
return ((py_obj_base_t*)o_in)->u_str;
} else {
assert(0);
return 0;
}
}
// this function implements the '==' operator (and so the inverse of '!=')
// from the python language reference:
// "The objects need not have the same type. If both are numbers, they are converted
// to a common type. Otherwise, the == and != operators always consider objects of
// different types to be unequal."
// note also that False==0 and True==1 are true expressions
bool py_obj_equal(py_obj_t o1, py_obj_t o2) {
if (o1 == o2) {
return true;
} else if (IS_SMALL_INT(o1) || IS_SMALL_INT(o2)) {
if (IS_SMALL_INT(o1) && IS_SMALL_INT(o2)) {
return false;
} else {
if (IS_SMALL_INT(o2)) {
py_obj_t temp = o1; o1 = o2; o2 = temp;
}
// o1 is the SMALL_INT, o2 is not
py_small_int_t val = FROM_SMALL_INT(o1);
if (o2 == py_const_false) {
return val == 0;
} else if (o2 == py_const_true) {
return val == 1;
} else {
return false;
}
}
} else if (IS_O(o1, O_STR) && IS_O(o2, O_STR)) {
return ((py_obj_base_t*)o1)->u_str == ((py_obj_base_t*)o2)->u_str;
} else {
assert(0);
return false;
}
}
machine_int_t py_obj_get_int(py_obj_t arg) {
if (arg == py_const_false) {
return 0;
} else if (arg == py_const_true) {
return 1;
} else if (IS_SMALL_INT(arg)) {
return FROM_SMALL_INT(arg);
} else {
assert(0);
return 0;
}
}
#if MICROPY_ENABLE_FLOAT
machine_float_t py_obj_get_float(py_obj_t arg) {
if (arg == py_const_false) {
return 0;
} else if (arg == py_const_true) {
return 1;
} else if (IS_SMALL_INT(arg)) {
return FROM_SMALL_INT(arg);
} else if (IS_O(arg, O_FLOAT)) {
return ((py_obj_base_t*)arg)->u_float;
} else {
assert(0);
return 0;
}
}
void py_obj_get_complex(py_obj_t arg, py_float_t *real, py_float_t *imag) {
if (arg == py_const_false) {
*real = 0;
*imag = 0;
} else if (arg == py_const_true) {
*real = 1;
*imag = 0;
} else if (IS_SMALL_INT(arg)) {
*real = FROM_SMALL_INT(arg);
*imag = 0;
} else if (IS_O(arg, O_FLOAT)) {
*real = ((py_obj_base_t*)arg)->u_float;
*imag = 0;
} else if (IS_O(arg, O_COMPLEX)) {
*real = ((py_obj_base_t*)arg)->u_complex.real;
*imag = ((py_obj_base_t*)arg)->u_complex.imag;
} else {
assert(0);
*real = 0;
*imag = 0;
}
}
#endif
qstr py_obj_get_qstr(py_obj_t arg) {
if (IS_O(arg, O_STR)) {
return ((py_obj_base_t*)arg)->u_str;
} else {
assert(0);
return 0;
}
}
py_obj_t *py_obj_get_array_fixed_n(py_obj_t o_in, machine_int_t n) {
if (IS_O(o_in, O_TUPLE) || IS_O(o_in, O_LIST)) {
py_obj_base_t *o = o_in;
if (o->u_tuple_list.len != n) {
nlr_jump(py_obj_new_exception_2(rt_q_IndexError, "requested length %d but object has length %d", (void*)n, (void*)o->u_tuple_list.len));
}
return o->u_tuple_list.items;
} else {
nlr_jump(py_obj_new_exception_2(rt_q_TypeError, "object '%s' is not a tuple or list", py_obj_get_type_str(o_in), NULL));
}
}
void py_user_get_data(py_obj_t o, machine_uint_t *data1, machine_uint_t *data2) {
assert(IS_O(o, O_USER));
if (data1 != NULL) {
*data1 = ((py_obj_base_t*)o)->u_user.data1;
}
if (data2 != NULL) {
*data2 = ((py_obj_base_t*)o)->u_user.data2;
}
}
void py_user_set_data(py_obj_t o, machine_uint_t data1, machine_uint_t data2) {
assert(IS_O(o, O_USER));
((py_obj_base_t*)o)->u_user.data1 = data1;
((py_obj_base_t*)o)->u_user.data2 = data2;
}
// temporary way of making C modules
// hack: use class to mimic a module
py_obj_t py_module_new(void) {
py_obj_base_t *o = m_new(py_obj_base_t, 1);
o->kind = O_CLASS;
o->u_class.locals = py_map_new(MAP_QSTR, 0);
return o;
}

55
py/obj.h Normal file
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@ -0,0 +1,55 @@
typedef machine_int_t py_small_int_t; // do we need to expose this in the public API?
#if MICROPY_ENABLE_FLOAT
typedef machine_float_t py_float_t;
#endif
// user defined objects
typedef struct _py_user_method_t {
const char *name;
machine_uint_t kind;
void *fun;
} py_user_method_t;
typedef struct _py_user_info_t {
const char *type_name;
void (*print)(py_obj_t);
const py_user_method_t methods[];
} py_user_info_t;
py_obj_t py_obj_new_int(machine_int_t value);
py_obj_t py_obj_new_const(const char *id);
py_obj_t py_obj_new_str(qstr qstr);
#if MICROPY_ENABLE_FLOAT
py_obj_t py_obj_new_float(py_float_t val);
py_obj_t py_obj_new_complex(py_float_t real, py_float_t imag);
#endif
py_obj_t py_obj_new_exception_0(qstr id);
py_obj_t py_obj_new_exception_2(qstr id, const char *fmt, const char *s1, const char *s2);
py_obj_t py_obj_new_range(int start, int stop, int step);
py_obj_t py_obj_new_range_iterator(int cur, int stop, int step);
py_obj_t py_obj_new_user(const py_user_info_t *info, machine_uint_t data1, machine_uint_t data2);
const char *py_obj_get_type_str(py_obj_t o_in);
void py_obj_print_helper(void (*print)(void *env, const char *fmt, ...), void *env, py_obj_t o_in);
void py_obj_print(py_obj_t o);
bool py_obj_is_callable(py_obj_t o_in);
machine_int_t py_obj_hash(py_obj_t o_in);
bool py_obj_equal(py_obj_t o1, py_obj_t o2);
machine_int_t py_obj_get_int(py_obj_t arg);
#if MICROPY_ENABLE_FLOAT
machine_float_t py_obj_get_float(py_obj_t arg);
void py_obj_get_complex(py_obj_t arg, py_float_t *real, py_float_t *imag);
#endif
qstr py_obj_get_qstr(py_obj_t arg);
py_obj_t *py_obj_get_array_fixed_n(py_obj_t o, machine_int_t n);
void py_user_get_data(py_obj_t o, machine_uint_t *data1, machine_uint_t *data2);
void py_user_set_data(py_obj_t o, machine_uint_t data1, machine_uint_t data2);
// temporary way of making C modules
py_obj_t py_module_new(void);

140
py/objprivate.h Normal file
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@ -0,0 +1,140 @@
// internal py_obj_t representation
// not for general use, instead access using py_obj_xxx functions
#define IS_O(o, k) (((((py_small_int_t)(o)) & 1) == 0) && (((py_obj_base_t*)(o))->kind == (k)))
#define IS_SMALL_INT(o) (((py_small_int_t)(o)) & 1)
#define FROM_SMALL_INT(o) (((py_small_int_t)(o)) >> 1)
#define TO_SMALL_INT(o) ((py_obj_t)(((o) << 1) | 1))
typedef enum {
O_CONST,
O_STR,
#if MICROPY_ENABLE_FLOAT
O_FLOAT,
O_COMPLEX,
#endif
O_CELL,
O_EXCEPTION_0,
O_EXCEPTION_N,
O_RANGE,
O_RANGE_IT,
O_FUN_0,
O_FUN_1,
O_FUN_2,
O_FUN_N,
O_FUN_VAR,
O_FUN_BC,
O_FUN_ASM,
O_GEN_WRAP,
O_GEN_INSTANCE,
O_BOUND_METH,
O_CLOSURE,
O_TUPLE,
O_LIST,
O_TUPLE_IT,
O_LIST_IT,
O_SET,
O_MAP,
O_CLASS,
O_OBJ,
O_USER,
} py_obj_kind_t;
typedef struct _py_obj_base_t py_obj_base_t;
struct _py_obj_base_t {
py_obj_kind_t kind;
union {
const char *id;
qstr u_str;
#if MICROPY_ENABLE_FLOAT
py_float_t u_float; // for O_FLOAT
struct { // for O_COMPLEX
py_float_t real;
py_float_t imag;
} u_complex;
#endif
py_obj_t u_cell; // for O_CELL
struct { // for O_EXCEPTION_0
qstr id;
} u_exc0;
struct { // for O_EXCEPTION_N
// TODO make generic object or something
qstr id;
int n_args;
const void **args;
} u_exc_n;
struct { // for O_RANGE
// TODO make generic object or something
machine_int_t start;
machine_int_t stop;
machine_int_t step;
} u_range;
struct { // for O_RANGE_IT
// TODO make generic object or something
machine_int_t cur;
machine_int_t stop;
machine_int_t step;
} u_range_it;
struct { // for O_FUN_[012N], O_FUN_VAR
int n_args;
void *fun;
} u_fun;
struct { // for O_FUN_BC
int n_args;
uint n_state;
byte *code;
} u_fun_bc;
struct { // for O_FUN_ASM
int n_args;
void *fun;
} u_fun_asm;
struct { // for O_GEN_WRAP
int n_state;
py_obj_base_t *fun;
} u_gen_wrap;
struct { // for O_GEN_INSTANCE
py_obj_t *state;
const byte *ip;
py_obj_t *sp;
} u_gen_instance;
struct { // for O_BOUND_METH
py_obj_t meth;
py_obj_t self;
} u_bound_meth;
struct { // for O_CLOSURE
py_obj_t fun;
py_obj_t vars;
} u_closure;
struct { // for O_TUPLE, O_LIST
machine_uint_t alloc;
machine_uint_t len;
py_obj_t *items;
} u_tuple_list;
struct { // for O_TUPLE_IT, O_LIST_IT
py_obj_base_t *obj;
machine_uint_t cur;
} u_tuple_list_it;
struct { // for O_SET
machine_uint_t alloc;
machine_uint_t used;
py_obj_t *table;
} u_set;
py_map_t u_map; // for O_MAP
struct { // for O_CLASS
py_map_t *locals;
} u_class;
struct { // for O_OBJ
py_obj_base_t *class; // points to a O_CLASS object
py_map_t *members;
} u_obj;
struct { // for O_USER
const py_user_info_t *info;
machine_uint_t data1;
machine_uint_t data2;
} u_user;
};
};
py_obj_t py_obj_new_tuple_iterator(py_obj_base_t *tuple, int cur);
py_obj_t py_obj_new_list_iterator(py_obj_base_t *list, int cur);

999
py/runtime.c
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File diff suppressed because it is too large Load Diff

51
py/runtime.h
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@ -86,6 +86,21 @@ typedef py_obj_t (*py_fun_2_t)(py_obj_t, py_obj_t);
typedef py_obj_t (*py_fun_t)(void);
typedef py_obj_t (*py_fun_var_t)(int n, const py_obj_t *);
extern qstr rt_q_append;
extern qstr rt_q_pop;
extern qstr rt_q_sort;
extern qstr rt_q_join;
extern qstr rt_q_format;
extern qstr rt_q___build_class__;
extern qstr rt_q___next__;
extern qstr rt_q_AttributeError;
extern qstr rt_q_IndexError;
extern qstr rt_q_KeyError;
extern qstr rt_q_NameError;
extern qstr rt_q_TypeError;
extern qstr rt_q_SyntaxError;
extern qstr rt_q_ValueError;
extern py_obj_t py_const_none;
extern py_obj_t py_const_false;
extern py_obj_t py_const_true;
@ -97,27 +112,16 @@ int rt_get_unique_code_id(bool is_main_module);
void rt_assign_byte_code(int unique_code_id, byte *code, uint len, int n_args, int n_locals, int n_cells, int n_stack, bool is_generator);
void rt_assign_native_code(int unique_code_id, py_fun_t f, uint len, int n_args);
void rt_assign_inline_asm_code(int unique_code_id, py_fun_t f, uint len, int n_args);
void py_obj_print(py_obj_t o);
py_obj_t py_obj_new_int(machine_int_t value);
py_obj_t py_obj_new_str(qstr qstr);
py_obj_t py_obj_new_cell(py_obj_t val);
int rt_is_true(py_obj_t arg);
machine_int_t py_obj_get_int(py_obj_t arg);
machine_float_t py_obj_get_float(py_obj_t arg);
qstr py_obj_get_qstr(py_obj_t arg);
py_obj_t py_obj_get_cell(py_obj_t cell);
void py_obj_set_cell(py_obj_t cell, py_obj_t val);
py_obj_t *py_obj_get_array_fixed_n(py_obj_t o, machine_int_t n);
py_obj_t rt_load_const_dec(qstr qstr);
py_obj_t rt_load_const_str(qstr qstr);
py_obj_t rt_load_name(qstr qstr);
py_obj_t rt_load_global(qstr qstr);
py_obj_t rt_load_build_class(void);
py_obj_t rt_get_cell(py_obj_t cell);
void rt_set_cell(py_obj_t cell, py_obj_t val);
void rt_store_name(qstr qstr, py_obj_t obj);
void rt_store_global(qstr qstr, py_obj_t obj);
py_obj_t rt_unary_op(int op, py_obj_t arg);
@ -153,24 +157,3 @@ py_obj_t rt_getiter(py_obj_t o);
py_obj_t rt_iternext(py_obj_t o);
py_obj_t rt_import_name(qstr name, py_obj_t fromlist, py_obj_t level);
py_obj_t rt_import_from(py_obj_t module, qstr name);
// temporary way of making C modules
py_obj_t py_module_new(void);
// user defined objects
typedef struct _py_user_method_t {
const char *name;
machine_uint_t kind;
void *fun;
} py_user_method_t;
typedef struct _py_user_info_t {
const char *type_name;
void (*print)(py_obj_t);
const py_user_method_t methods[];
} py_user_info_t;
py_obj_t py_obj_new_user(const py_user_info_t *info, machine_uint_t data1, machine_uint_t data2);
void py_user_get_data(py_obj_t o, machine_uint_t *data1, machine_uint_t *data2);
void py_user_set_data(py_obj_t o, machine_uint_t data1, machine_uint_t data2);

4
py/vm.c
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@ -122,7 +122,7 @@ bool py_execute_byte_code_2(const byte **ip_in_out, py_obj_t *fastn, py_obj_t **
case PYBC_LOAD_DEREF:
DECODE_UINT;
PUSH(py_obj_get_cell(fastn[unum]));
PUSH(rt_get_cell(fastn[unum]));
break;
case PYBC_LOAD_CLOSURE:
@ -174,7 +174,7 @@ bool py_execute_byte_code_2(const byte **ip_in_out, py_obj_t *fastn, py_obj_t **
case PYBC_STORE_DEREF:
DECODE_UINT;
py_obj_set_cell(fastn[unum], POP());
rt_set_cell(fastn[unum], POP());
break;
case PYBC_STORE_NAME: