static Value * builtin_relation_is_sublattice(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), get_value_by_name(args, memspace, "1"), }; Value *rval = value_new(); value_set_bool(rval, rf_relation_is_sublattice(arg[0]->as_Relation, arg[1]->as_Relation)); return rval; }
static Value * builtin_set_is_subset(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), get_value_by_name(args, memspace, "1"), }; Value *rval = value_new(); value_set_bool(rval, rf_set_is_subset(arg[0]->as_Set, arg[1]->as_Set)); return rval; }
static Value * builtin_relation_generate_random(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), get_value_by_name(args, memspace, "1"), get_value_by_name(args, memspace, "2"), }; Value *rval = value_new(); rf_Relation *r = rf_relation_generate_random(arg[0]->as_Set, arg[1]->as_Set, arg[2]->as_float); value_set_relation(rval, r); return rval; }
void LogControlModule::add_hook() { auto type = controller->get_enum_type("GstDebugLevel"); if (!type) return; auto value = type->get_value_by_name(log_levels_combobox->get_active_text()); if (value) controller->send_set_log_hook_command(true, debug_categories_combobox->get_active_text(), value.get()); }
void parse_vars_in_string(const char *string,char *out,int max_len) { const char *scan= string; char buf[SCAN_SIZE + 1]; char *dest; char *out_scan = out; shell_value *value; int out_len = 0; int len_cnt; int out_max_len= max_len; int can_move; char *text; while((*scan != 0) && (*scan != '\'') && (out_max_len > 0)){ if(*scan == '$'){ scan++; dest = buf; len_cnt = SCAN_SIZE; while ((*scan != 0) && (IS_IDENT_CHAR(*scan)) &&(len_cnt > 0)){ *dest = *scan; dest++; scan++; len_cnt--; } *dest = 0; value = get_value_by_name(buf); if(value != NULL){ text = shell_value_to_char(value); can_move = strlen(text); if(can_move > out_max_len) can_move = out_max_len; memcpy(out_scan,text,can_move); out_max_len -= can_move; out_scan += can_move; free(text); } } else{ *out_scan = *scan; out_len++; out_scan++; scan ++; out_max_len--; } } *out_scan= 0; }
static Value * builtin_bool2str(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), }; Value *rval = value_new(); value_set_string(rval, strdup((arg[0]->as_bool) ? "true" : "false")); return rval; }
static Value * builtin_relation_is_partial_order(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), }; Value *rval = value_new(); value_set_bool(rval, rf_relation_is_partial_order(arg[0]->as_Relation)); return rval; }
static Value * builtin_relation_new_converse(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), }; Value *rval = value_new(); value_set_relation(rval, rf_relation_new_converse(arg[0]->as_Relation)); return rval; }
static Value * builtin_set_new_powerset(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), }; Value *rval = value_new(); value_set_set(rval, rf_set_new_powerset(arg[0]->as_Set)); return rval; }
static Value * builtin_println(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), }; Value *rval = value_new(); printf("%s\n", arg[0]->as_String); value_set_void(rval); return rval; }
int main() { char a[100] = "?action=add_permission&acc_1=acc1&acc_2=123"; char *split, *split2, *split3, *ret; int n; char buff[50]; scanf("%s", buff); split3 = get_value_by_name(buff, a); printf("split: %s\n", split3); return 0; }
static Value * builtin_r2tex(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), }; Value *rval = value_new(); char *buf = rf_relation_format_tex(arg[0]->as_Relation); value_set_string(rval, strdup(buf)); rf_string_free(buf); return rval; }
static Value * builtin_set2str(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), }; Value *rval = value_new(); char *buf = rf_set_to_string(arg[0]->as_Set); value_set_string(rval, strdup(buf)); rf_string_free(buf); return rval; }
static Value * builtin_float2str(Scope *args, MemorySpace *memspace) { Value *arg[] = { get_value_by_name(args, memspace, "0"), }; Value *rval = value_new(); char buf[64]; snprintf(buf, 64, "%f", arg[0]->as_float); value_set_string(rval, strdup(buf)); return rval; }