def __init__(self, asm_writer, max_width, min_col_width):
self.asm_writer = asm_writer
self.max_width = max_width
self.min_col_width = min_col_width
self.table = None
self.table_parser = TableParser()
self.cell_matrix = None
def __init__(self, asm_writer, max_width, min_col_width, properties):
self.asm_writer = asm_writer
self.max_width = max_width
self.min_col_width = min_col_width
border_h = properties.get('table-border-horizontal', '-')
self.border_h_ext = border_h[:1].strip()
self.border_h_int = (border_h[1:2] or self.border_h_ext).strip()
self.border_v = properties.get('table-border-vertical', '')[:1] or '|'
self.border_join = properties.get('table-border-join', '')[:1] or '+'
self.table = None
self.table_parser = TableParser()
self.cell_matrix = None
def __init__(self, asm_writer, max_width, min_col_width):
self.asm_writer = asm_writer
self.max_width = max_width
self.min_col_width = min_col_width
self.table = None
self.table_parser = TableParser()
self.cell_matrix = None
class TableWriter:
def __init__(self, asm_writer, max_width, min_col_width, properties):
self.asm_writer = asm_writer
self.max_width = max_width
self.min_col_width = min_col_width
border_h = properties.get('table-border-horizontal', '-')
self.border_h_ext = border_h[:1].strip()
self.border_h_int = (border_h[1:2] or self.border_h_ext).strip()
self.border_v = properties.get('table-border-vertical', '')[:1] or '|'
self.border_join = properties.get('table-border-join', '')[:1] or '+'
self.table = None
self.table_parser = TableParser()
self.cell_matrix = None
def format_table(self, text):
self.table = self.table_parser.parse_table(self.asm_writer, text)
self.table.prepare_cells(self.min_col_width, self.max_width)
self.cell_matrix = self._build_cell_matrix()
return self._create_table_text()
def _build_cell_matrix(self):
cell_matrix = []
for row in self.table.rows:
cell_matrix.append([None] * self.table.num_cols)
for cell in self.table.cells:
for x in range(cell.col_index, cell.col_index + cell.colspan):
for y in range(cell.row_index, cell.row_index + cell.rowspan):
cell_matrix[y][x] = cell
return cell_matrix
def _get_cell(self, col_index, row_index):
if 0 <= row_index < len(
self.cell_matrix) and 0 <= col_index < self.table.num_cols:
return self.cell_matrix[row_index][col_index]
def _render_row(self, lines, row_index, first_line=True):
rendered = False
line = ''
col_index = 0
cell_left_transparent = True
cell = self._get_cell(col_index, row_index)
while cell:
if cell.transparent and cell_left_transparent:
border = ' '
else:
border = self.border_v
text = ''
if cell.contents and (first_line or row_index
== cell.row_index + cell.rowspan - 1):
text = cell.contents.pop(0)
rendered = True
line += "{} {} ".format(
border,
text.ljust(self.table.get_cell_width(col_index, cell.colspan)))
col_index += cell.colspan
cell_left_transparent = cell.transparent
cell = self._get_cell(col_index, row_index)
if rendered:
if (cell and not cell.transparent) or (cell is None and
not cell_left_transparent):
line += self.border_v
lines.append(line.rstrip())
return rendered
def _create_table_text(self):
lines = []
max_row_index = len(self.table.rows)
if max_row_index == 0:
return lines
sep = True
for row_index in range(max_row_index + 1):
if sep or row_index == max_row_index:
row_sep = self._create_row_separator(row_index)
if row_sep:
lines.append(row_sep)
if row_index < max_row_index:
self._render_row(lines, row_index)
while self._render_row(lines, row_index, False):
pass
sep = any(c.header for c in self.table.rows[row_index])
return lines
def _create_row_separator(self, row_index):
# Return a separator between rows `row_index - 1` and `row_index`
line = ''
col_index = 0
cell_left_contents = True
while col_index < self.table.num_cols:
cell_above = self._get_cell(col_index, row_index - 1)
if row_index < len(self.table.rows):
cell = self._get_cell(col_index, row_index)
else:
cell = cell_above
if cell is None:
break
cell_above_transparent = cell_above is None or cell_above.transparent
cell_above_left = self._get_cell(col_index - 1, row_index - 1)
cell_above_left_transparent = cell_above_left is None or cell_above_left.transparent
cell_left = self._get_cell(col_index - 1, row_index)
cell_left_transparent = cell_left is None or cell_left.transparent
cell_contents = bool(
cell_above
and (cell_above.contents
or cell_above.row_index + cell_above.rowspan > row_index))
if cell.transparent and cell_above_transparent and cell_above_left_transparent and cell_left_transparent:
line += ' '
elif cell_contents and cell_left_contents:
line += self.border_v
else:
line += self.border_join
if cell_contents:
if cell.contents:
text = cell.contents.pop(0)
else:
text = ''
line += ' {} '.format(
text.ljust(
self.table.get_cell_width(col_index,
cell_above.colspan)))
else:
if cell.transparent and cell_above_transparent:
spacer = ' '
elif 0 < row_index < len(self.table.rows):
spacer = self.border_h_int
else:
spacer = self.border_h_ext
if not spacer:
return None
line += spacer * (
2 + self.table.get_cell_width(col_index, cell.colspan))
cell_left_contents = cell_contents
col_index += cell.colspan
if cell_contents and not cell_above_transparent:
return line + self.border_v
if line.endswith(' '):
return line.rstrip()
return line + self.border_join
class TableWriter:
def __init__(self, asm_writer, max_width, min_col_width):
self.asm_writer = asm_writer
self.max_width = max_width
self.min_col_width = min_col_width
self.table = None
self.table_parser = TableParser()
self.cell_matrix = None
def format_table(self, text):
self.table = self.table_parser.parse_table(self.asm_writer, text)
self.table.cell_padding = 3
self.table.prepare_cells()
self.table.reduce_width(self.max_width, self.min_col_width)
self.cell_matrix = self._build_cell_matrix()
return self._create_table_text()
def _build_cell_matrix(self):
cell_matrix = []
for row in self.table.rows:
cell_matrix.append([None] * self.table.num_cols)
for cell in self.table.cells:
for x in range(cell.col_index, cell.col_index + cell.colspan):
for y in range(cell.row_index, cell.row_index + cell.rowspan):
cell_matrix[y][x] = cell
return cell_matrix
def _get_cell(self, col_index, row_index):
if 0 <= row_index < len(self.cell_matrix) and 0 <= col_index < self.table.num_cols:
return self.cell_matrix[row_index][col_index]
def _render_row(self, lines, row_index, first_line=True):
rendered = False
line = ''
col_index = 0
cell_left_transparent = True
cell = self._get_cell(col_index, row_index)
while cell:
if cell.transparent and cell_left_transparent:
border = ' '
else:
border = '|'
text = ''
if cell.contents and (first_line or row_index == cell.row_index + cell.rowspan - 1):
text = cell.contents.pop(0)
rendered = True
line += "{} {} ".format(border, text.ljust(self.table.get_cell_width(col_index, cell.colspan)))
col_index += cell.colspan
cell_left_transparent = cell.transparent
cell = self._get_cell(col_index, row_index)
if rendered:
if (cell and not cell.transparent) or (cell is None and not cell_left_transparent):
line += '|'
lines.append(line.rstrip())
return rendered
def _create_table_text(self):
lines = []
max_row_index = len(self.table.rows)
if max_row_index == 0:
return lines
separator_row_indexes = set((0, max_row_index))
separator_row_indexes.update([i + 1 for i in self.table.get_header_rows()])
for row_index in range(max_row_index):
if row_index in separator_row_indexes:
lines.append(self._create_row_separator(row_index))
self._render_row(lines, row_index)
while self._render_row(lines, row_index, False):
pass
lines.append(self._create_row_separator(max_row_index))
return lines
def _create_row_separator(self, row_index):
# Return a separator between rows `row_index - 1` and `row_index`
line = ''
col_index = 0
cell_left_contents = True
while col_index < self.table.num_cols:
cell_above = self._get_cell(col_index, row_index - 1)
if row_index < len(self.table.rows):
cell = self._get_cell(col_index, row_index)
else:
cell = cell_above
if cell is None:
break
cell_above_transparent = cell_above is None or cell_above.transparent
cell_above_left = self._get_cell(col_index - 1, row_index - 1)
cell_above_left_transparent = cell_above_left is None or cell_above_left.transparent
cell_left = self._get_cell(col_index - 1, row_index)
cell_left_transparent = cell_left is None or cell_left.transparent
cell_contents = bool(cell_above and cell_above.contents)
if cell.transparent and cell_above_transparent and cell_above_left_transparent and cell_left_transparent:
line += ' '
elif cell_contents and cell_left_contents:
line += '|'
else:
line += '+'
if cell_contents:
text = cell.contents.pop(0)
line += ' {} '.format(text.ljust(self.table.get_cell_width(col_index, cell_above.colspan)))
else:
if cell.transparent and cell_above_transparent:
spacer = ' '
else:
spacer = '-'
line += spacer * (2 + self.table.get_cell_width(col_index, cell.colspan))
cell_left_contents = cell_contents
col_index += cell.colspan
if cell_contents:
return line + '|'
if line.endswith(' '):
return line.rstrip()
return line + '+'
class TableWriter:
def __init__(self, asm_writer, max_width, min_col_width):
self.asm_writer = asm_writer
self.max_width = max_width
self.min_col_width = min_col_width
self.table = None
self.table_parser = TableParser()
self.cell_matrix = None
def format_table(self, text):
self.table = self.table_parser.parse_table(self.asm_writer, text)
self.table.cell_padding = 3
self.table.prepare_cells()
self.table.reduce_width(self.max_width, self.min_col_width)
self.cell_matrix = self._build_cell_matrix()
return self._create_table_text()
def _build_cell_matrix(self):
cell_matrix = []
for row in self.table.rows:
cell_matrix.append([None] * self.table.num_cols)
for cell in self.table.cells:
for x in range(cell.col_index, cell.col_index + cell.colspan):
for y in range(cell.row_index, cell.row_index + cell.rowspan):
cell_matrix[y][x] = cell
return cell_matrix
def _get_cell(self, col_index, row_index):
if 0 <= row_index < len(self.cell_matrix) and 0 <= col_index < self.table.num_cols:
return self.cell_matrix[row_index][col_index]
def _render_row(self, lines, row_index, first_line=True):
rendered = False
line = ''
col_index = 0
cell_left_transparent = True
cell = self._get_cell(col_index, row_index)
while cell:
if cell.transparent and cell_left_transparent:
border = ' '
else:
border = '|'
text = ''
if cell.contents and (first_line or row_index == cell.row_index + cell.rowspan - 1):
text = cell.contents.pop(0)
rendered = True
line += "{} {} ".format(border, text.ljust(self.table.get_cell_width(col_index, cell.colspan)))
col_index += cell.colspan
cell_left_transparent = cell.transparent
cell = self._get_cell(col_index, row_index)
if rendered:
if (cell and not cell.transparent) or (cell is None and not cell_left_transparent):
line += '|'
lines.append(line.rstrip())
return rendered
def _create_table_text(self):
lines = []
max_row_index = len(self.table.rows)
if max_row_index == 0:
return lines
separator_row_indexes = set((0, max_row_index))
separator_row_indexes.update([i + 1 for i in self.table.get_header_rows()])
for row_index in range(max_row_index):
if row_index in separator_row_indexes:
lines.append(self._create_row_separator(row_index))
self._render_row(lines, row_index)
while self._render_row(lines, row_index, False):
pass
lines.append(self._create_row_separator(max_row_index))
return lines
def _create_row_separator(self, row_index):
# Return a separator between rows `row_index - 1` and `row_index`
line = ''
col_index = 0
cell_left_contents = True
while col_index < self.table.num_cols:
cell_above = self._get_cell(col_index, row_index - 1)
if row_index < len(self.table.rows):
cell = self._get_cell(col_index, row_index)
else:
cell = cell_above
if cell is None:
break
cell_above_transparent = cell_above is None or cell_above.transparent
cell_above_left = self._get_cell(col_index - 1, row_index - 1)
cell_above_left_transparent = cell_above_left is None or cell_above_left.transparent
cell_left = self._get_cell(col_index - 1, row_index)
cell_left_transparent = cell_left is None or cell_left.transparent
cell_contents = bool(cell_above and cell_above.contents)
if cell.transparent and cell_above_transparent and cell_above_left_transparent and cell_left_transparent:
line += ' '
elif cell_contents and cell_left_contents:
line += '|'
else:
line += '+'
if cell_contents:
text = cell.contents.pop(0)
line += ' {} '.format(text.ljust(self.table.get_cell_width(col_index, cell_above.colspan)))
else:
if cell.transparent and cell_above_transparent:
spacer = ' '
else:
spacer = '-'
line += spacer * (2 + self.table.get_cell_width(col_index, cell.colspan))
cell_left_contents = cell_contents
col_index += cell.colspan
if cell_contents:
return line + '|'
if line.endswith(' '):
return line.rstrip()
return line + '+'