def convert_row(row, row_i, columns_width, row_str, border):
"""Convert row of table.
Argument:
row: taple of row string of hatena syntax and columns values
row_i: row index
columns_width: list of maximum width of each columns
row_str: converted row string
border: reST table border line string
"""
for i in range(len(row[1])):
# numbers of values
if i < len(row[1]) - 1:
row_str += (" " + row[1][i] +
" " * (columns_width[i] -
utils.length_str(row[1][i])) + ' ')
if row_i == 0:
border += (" " + "=" * (columns_width[i] + 2))
else:
row_str += (" " + row[1][i] +
" " * (columns_width[i]
- utils.length_str(row[1][i]))
+ ' ')
if row_i == 0:
border += (" " + "=" * (columns_width[i] + 2) + ' ')
return (row_str, border)
def get_columns_width_list(table, columns_width):
"""Retrieve list of maximum width of each columns.
Argument:
table: list of rows
columns_width: list of maximum width of each columns
"""
for row in table:
'''
row is tuple; (pattern, values)
row[0] is pattern
row[1] is values list
'''
for i in range(len(row[1])):
if columns_width[i] <= utils.length_str(row[1][i]):
columns_width[i] = utils.length_str(row[1][i])
else:
columns_width[i] = columns_width[i]
return columns_width
def section2rest(string):
"""Convert hatena syntax to reST of section.
Argument:
string: text string of blog entry.
"""
for i in range(2, 4)[::-1]:
"""2:section, 3:subsection"""
sep = '-' if i == 2 else '^'
r, m = utils.regex_search('^(\*){%d}(.*)' % i, string)
if m:
pat_space = re.compile('^\s+')
section_str = pat_space.sub('', m.group(2))
string = r.sub(
'\n' + section_str + '\n'
+ sep * utils.length_str(section_str) + '\n', string)
return string
def output(title, categories, body):
body_str = (title + '\n' +
'=' * utils.length_str(title) + '\n\n' +
body + '\n\n' + footer(categories))
return body_str