return;
}
+ exit_todoitem(state);
+
/* append new todolist to board */
board = state->board;
todolist_list = board->todolist_list;
void
enter_todoitem(State* state, char* item_name)
{
+ TodoItem* new_todoitem;
+
+ new_todoitem = malloc(sizeof(TodoItem));
+ new_todoitem->item_name = item_name;
+ new_todoitem->description = NULL;
+ new_todoitem->due = NULL;
+ new_todoitem->subtask_list = malloc(0);
+ new_todoitem->subtask_count = 0;
+ state->cur_todoitem = new_todoitem;
+
}
void
exit_todoitem(State* state)
{
+ TodoList* todolist;
+ TodoItem** item_list;
+
+ if (state->cur_todoitem == NULL) {
+ return;
+ }
+
+ /* append current item to todo list */
+ todolist = state->cur_todolist;
+ item_list = todolist->item_list;
+
+ todolist->item_count += 1;
+ item_list = realloc(item_list, todolist->item_count*sizeof(TodoItem*));
+ item_list[todolist->item_count-1] = state->cur_todoitem;
+ state->cur_todoitem = NULL;
+
+ /* save */
+ todolist->item_list = item_list;
}
void
set_description(State* state, char* description)
{
-
+ state->cur_todoitem->description = description;
}
void
void
add_subtask(State* state, char* subtask_name, SubTaskState subtask_state)
{
+ SubTask* new_subtask;
+ SubTask** subtask_list;
+
+ /* create new subtask */
+ new_subtask = malloc(sizeof(SubTask));
+ new_subtask->subtask_name = subtask_name;
+ new_subtask->done = subtask_state;
+
+ /* add it */
+ subtask_list = state->cur_todoitem->subtask_list;
+
+ state->cur_todoitem->subtask_count += 1;
+ subtask_list = realloc(subtask_list, state->cur_todoitem->subtask_count*sizeof(SubTask*));
+ subtask_list[state->cur_todoitem->subtask_count-1] = new_subtask;
+
+ state->cur_todoitem->subtask_list = subtask_list;
}
switch (type) {
- case MD_BLOCK_H:
+ case MD_BLOCK_H:;
- switch(((MD_BLOCK_H_DETAIL*)detail)->level) {
+ MD_BLOCK_H_DETAIL* h_detail;
+ h_detail = ((MD_BLOCK_H_DETAIL*)detail);
+
+ switch(h_detail->level) {
case 1:
- printf("leave h1, %s\n", state->last_block_text);
-
+ break;
+
case 2:
exit_todolist(state);
enter_todolist(state, state->last_block_text);
- printf("leave h2, %s\n", state->last_block_text);
break;
+
case 3:
- printf("leave h3, %s\n", state->last_block_text);
+ exit_todoitem(state);
+ enter_todoitem(state, state->last_block_text);
break;
-
}
break;
case MD_BLOCK_QUOTE:
- printf("blockquote, %s\n", state->last_block_text);
+ set_description(state, state->last_block_text);
break;
- case MD_BLOCK_LI:
- printf("todo, %s\n", state->last_block_text);
+ case MD_BLOCK_LI:;
+ MD_BLOCK_LI_DETAIL* li_detail;
+ SubTaskState done;
+
+ li_detail = ((MD_BLOCK_LI_DETAIL*)detail);
+
+ assert(li_detail->is_task != 0); // all lists should be task lists
+
+ done = li_detail->task_mark == ' ' ? SubTaskState_todo : SubTaskState_done;
+
+ add_subtask(state, state->last_block_text, done);
break;
// no need for default case for now :>
board = begin_parse("test_board.md");
- printf("%d\n", board->todolist_count);
+ for (int i = 0; i < board->todolist_count; i++) {
+ TodoList* todolist;
+ printf("List =-=-=-=-=-==-=-=-=-=-=-\n");
+ todolist = board->todolist_list[i];
+ printf("List name: %s\n", todolist->list_name);
+ printf("Num of items: %d\n", todolist->item_count);
+
+ for (int j = 0; j < todolist->item_count; j++) {
+ TodoItem* todoitem;
+ printf("Item =-=-=-=-=-\n");
+ todoitem = todolist->item_list[j];
+ printf("Item name: %s\n", todoitem->item_name);
+ printf("Description: %s\n", todoitem->description);
+ printf("Num of subtasks: %d\n", todoitem->subtask_count);
+
+ for (int k = 0; k < todoitem->subtask_count; k++) {
+ SubTask* subtask;
+ int done;
+
+ subtask = todoitem->subtask_list[k];
+ printf("Subtask: %s, %d\n", subtask->subtask_name, subtask->done);
+ }
+ }
+
+ }
+ /* printf("%d\n", board->todolist_count); */
+ /* printf("%s\n", board->todolist_list[1]->list_name); */
return 0;
}