"""Smart is inspired by the Table behavior of Org-mode. Markdown itself doesn't support grid table, yet pandoc does. @todo: add a key binding for converting grid table to the simple one """ # Author: Muchenxuan Tong # LICENSE: MIT import sublime import sublime_plugin try: from . import table except ValueError: import table class SmartTable(sublime_plugin.TextCommand): def run(self, edit, forward=True): new_sel = [] for r in self.view.sel(): point = r.a for i in self.view.folded_regions(): if i.contains(sublime.Region(point, point)): return t = table.convert_table_at_point_as_list(self.view, point) t = table.reformat_table_list(t) t_str = table.convert_table_list_to_str(t) # Both are 0-based cur_row_num, cur_col_num = table.get_point_row_and_col(self.view, point) table_row_num = len(t) line_num, _ = self.view.rowcol(point) start_line_num = line_num - cur_row_num start_point = self.view.text_point(line_num - cur_row_num, 0) end_line_num = line_num + table_row_num - cur_row_num - 1 end_line_start_point = self.view.text_point(end_line_num, 0) end_point = self.view.line(end_line_start_point).b # Erase the previous table region, use the new one for substitution. self.view.erase(edit, sublime.Region(start_point, end_point)) self.view.insert(edit, start_point, t_str) if forward: if cur_col_num is None or cur_col_num >= len(t[0]) - 1: line_num += 1 while(table.is_line_separator(self.view, line_num)): line_num += 1 cur_col_num = 0 else: cur_col_num += 1 else: if cur_col_num is None or cur_col_num <= 0: line_num -= 1 while(table.is_line_separator(self.view, line_num)): line_num -= 1 cur_col_num = len(t[0]) - 1 else: cur_col_num -= 1 # Add a new line when at the end of the table. if line_num < start_line_num or line_num > end_line_num: col_pos = 0 if line_num > end_line_num: self.view.insert(edit, self.view.text_point(line_num, 0), "\n") else: col_pos = self.calculate_col_point(t, cur_col_num) new_sel.append(self.view.text_point(line_num, col_pos)) self.view.sel().clear() for r in new_sel: self.view.sel().add(r) self.view.show(r) def calculate_col_point(self, formatted_table, col_num): i = 0 while table.SEPARATOR_PATTERN.match(formatted_table[i][0]): i += 1 cols_length = [len(j) for j in formatted_table[i]] point = 2 for i in range(col_num): point += cols_length[i] + 3 return point