asm_command *asm_command_search(asm_command_table *table, char *text_buffer)
{
if(!text_buffer)
PLEASE_KILL_MY_VERY_BAD_FUNCTION(NULL_PTR);
if(asm_command_table_ok(table))
PLEASE_KILL_MY_VERY_BAD_FUNCTION(asm_command_table_ok(table));
char* str_pointer = text_buffer;
param_t operator1 = NONE;
param_t operator2 = NONE;
for(int i = 0; i < table->quantity_elements; i++)
{
if(!strcmp(table->command[i].name, str_pointer))
{
if(table->command[i].param1_t != NONE)
operator1 = str_to_type (str_pointer + strlen(str_pointer) + 1);
if(table->command[i].param2_t != NONE)
operator2 = str_to_type (str_pointer + 2 + strlen(str_pointer) + strlen(str_pointer + strlen(str_pointer) + 1));
printf("%d %d %s %d\n", operator1, operator2, text_buffer, str_pointer + 2 + strlen(str_pointer) + strlen(str_pointer + strlen(str_pointer) + 1));
if((operator1 == DATA)&&(table->command[i].param1_t == CHARDATA))
return &table->command[i];
if((operator1 == NONE)&&((table->command[i].param1_t == FAROFFSET)||(table->command[i].param1_t == FAR8OFFSET)))
return &table->command[i];
if((operator1 == table->command[i].param1_t)&&(operator2 == table->command[i].param2_t))
return &table->command[i];
if(operator2 == REGISTER)
if((operator1 == table->command[i].param1_t)&&(RMEMORY == table->command[i].param2_t))
return &table->command[i];
if(operator1 == REGISTER)
if((RMEMORY == table->command[i].param1_t)&&(operator2 == table->command[i].param2_t))
return &table->command[i];
if(operator1 == REGISTER)
if((operator1 == table->command[i].param1_t)&&(table->command[i].param2_t == OFFSET))
return &table->command[i];
}
}
if(asm_command_table_ok(table))
PLEASE_KILL_MY_VERY_BAD_FUNCTION(asm_command_table_ok(table));
return &table->command[0];
}
void take_item(t_env *e, int cs)
{
char *item;
int resource;
int player_x;
int player_y;
item = e->users[cs]->player.acts[e->users[cs]->player.cur_aread].cmd;
player_x = e->users[cs]->player.x;
player_y = e->users[cs]->player.y;
if ((resource = str_to_type(item)) == -1)
tmp_to_bc(&e->users[cs]->buf_write, "ko", 1);
else
{
if (e->map[player_y][player_x].ground[resource] == 0)
tmp_to_bc(&e->users[cs]->buf_write, "ko", 1);
else
{
e->map[player_y][player_x].ground[resource]--;
e->users[cs]->player.inv[resource]++;
tmp_to_bc(&e->users[cs]->buf_write, "ok", 1);
}
}
gfx_send_npc(e, cs, gfx_pin);
gfx_send_map(e, player_x, player_y, gfx_bct);
}
void gfx_take_item(t_env *e, int cs)
{
char *item;
int resource;
item = e->users[cs]->player.acts[e->users[cs]->player.cur_aread].cmd;
resource = str_to_type(item);
if (resource < 0)
return ;
gfx_send_act(e, cs, gfx_pgt, resource);
}
static void *iir_init(const struct dspfilter_info *info,
const struct dspfilter_config *config, void *userdata)
{
struct iir_data *iir = (struct iir_data*)calloc(1, sizeof(*iir));
if (!iir)
return NULL;
float freq, qual, gain;
config->get_float(userdata, "frequency", &freq, 1024.0f);
config->get_float(userdata, "quality", &qual, 0.707f);
config->get_float(userdata, "gain", &gain, 0.0f);
char *type = NULL;
config->get_string(userdata, "type", &type, "LPF");
enum IIRFilter filter = str_to_type(type);
config->free(type);
iir_filter_init(iir, info->input_rate, freq, qual, gain, filter);
return iir;
}
void MainMenu::build_menu_item(Fl_XmlNode *node)
{
if(!node) return;
int type = str_to_type(node->get_attribute("Type"));
if(type==ITEM_NONE) return;
Fl_Widget *w=0;
EItemGroup *g=0;
EItem *i=0;
switch(type) {
case ITEM_EXEC:
i = new EItem(this);
i->callback((Fl_Callback*)cb_exec_item);
set_exec(i, node->get_attribute("Exec"));
i->image(run_pix);
w = (Fl_Widget *)i;
break;
case ITEM_APPDIR:
g = new EItemGroup(this, APP_GROUP);
g->image(programs_pix);
g->dir(get_item_dir(node));
break;
case ITEM_SUBDIR:
g = new EItemGroup(this, APP_GROUP);
g->image(programs_pix);
break;
case ITEM_FILEBROWSER:
g = new EItemGroup(this, BROWSER_GROUP);
g->dir(get_item_dir(node));
g->image(find_pix);
break;
case ITEM_DIVIDER:
w = (Fl_Widget *)new Fl_Menu_Divider();
break;
}
if(g) {
g->begin();
w = (Fl_Widget*)g;
}
Fl_Image *im=0;
if(node->has_attribute("Icon")) {
im = find_image(node->get_attribute("Icon"));
} else {
Fl_String im_path(node->get_attribute("Exec"));
im_path += ".png";
im = find_image(im_path);
}
if(im) w->image(im);
Fl_String label = get_item_name(node);
w->label(label);
for(uint n=0; n<node->children(); n++) {
Fl_XmlNode *np = node->child(n);
if((np->is_element() || np->is_leaf()) && np->name()=="Item")
build_menu_item(np);
}
if(w->is_group())
((Fl_Group*)w)->end();
}
void test_str_to_type(void)
{
assert_int_equals(J_VOID, str_to_type("V"));
assert_int_equals(J_BYTE, str_to_type("B"));
assert_int_equals(J_CHAR, str_to_type("C"));
assert_int_equals(J_DOUBLE, str_to_type("D"));
assert_int_equals(J_FLOAT, str_to_type("F"));
assert_int_equals(J_INT, str_to_type("I"));
assert_int_equals(J_LONG, str_to_type("J"));
assert_int_equals(J_SHORT, str_to_type("S"));
assert_int_equals(J_BOOLEAN, str_to_type("Z"));
assert_int_equals(J_REFERENCE, str_to_type("[L"));
assert_int_equals(J_REFERENCE, str_to_type("[java/lang/Object;"));
}
