def mkwww_wordpage(answer):
uses = all_uses[answer]
h = ''
# h += pubyear.pubyear_html([ (ca.pubyear()[0], ca.pubyear()[1], 1) for ca in uses ])
h += '<hr/>'
h += '<div>Clued as: ' + html_select_options([ ca.clue for ca in uses ]) + '</div>'
h += '<h2>%d uses</h2>' % len(uses)
h += '<table>'
for ca in sorted(uses, reverse=True, key=lambda ca: ca.date):
try:
md = metadb.xd_puzzle(ca.xdid())
h += td(md.xdid, ca.clue, md.Author, md.Copyright)
except Exception as e:
h += td(ca.xdid, ca.clue, str(e))
if utils.get_args().debug:
raise
h += '</table>'
# h += '<hr/>'
# h += '<div>Mutations: '
# h +='</div>'
return h
def pubyear_html(pub, year):
calendars_html = '<table class="puzzles">'
colnames = [year] + pubyear_header
calendars_html += html.table_row(colnames, colnames, tag='th')
# write out /pub/nyt199x
c_grids = {}
# utils.info('Generating meta for {pub}{year}'.format(**locals()))
for row in sorted(metadb.xd_similar(pub + year)):
dt = utils.parse_iso8601(row.xdid)
dt2 = utils.parse_iso8601(row.match_xdid)
if not dt or not dt2:
continue
if dt < dt2:
continue
# dt = row["date"] # without - as GridCalendar needs; or fix GC
if dt not in c_grids:
c_grids[dt] = {'title': '', 'class': ''}
if row.match_pct == 0:
continue
c_grids[dt]['link'] = '/pub/' + row.xdid
matchxdid = row.match_xdid
aut1 = metadb.get_author(row.xdid) or ''
aut2 = metadb.get_author(matchxdid) or ''
# if aut1 is None or aut2 is None:
# continue
pct = row.match_pct
similargrids = '(%s%%) %s [%s]\n' % (pct, aut2, matchxdid)
c_grids[dt]["title"] += similargrids
##deduce_similarity_type
c_grids[dt]["class"] += ret_classes(aut1, aut2, pct)
c_grids_b = {} # For those are not in c_grids
# Generate grids for available puzzles
for row in metadb.xd_puzzles(pub + year):
if row.Date and row.Date not in c_grids_b and row.Date not in c_grids:
# add styles only for those are not similar etc.
c_grids_b[row.Date] = {
'title': '',
'class': 'privxd' if int(row.Date[:4]) > 1965 else 'pubxd',
}
# Generate calendars
z = c_grids.copy()
z.update(c_grids_b)
if year[-1] == 's': # decade
from_year = int(year[:4])
to_year = int(year[:4]) + 10
else:
from_year = int(year)
to_year = int(year) + 1
for year in range(from_year, to_year):
for month in range(1, 13):
dups_table = []
for dt, d in c_grids.items():
if not dt.startswith("%s-%02d" % (year, month)):
continue
row_dict = {} # Map row and style
xdid = pub + dt
puzmd = metadb.xd_puzzle(xdid)
if not puzmd:
continue
row_dict['class'] = d['class']
row_dict['tag_params'] = {
'onclick': 'location.href=\'/pub/%s\'' % xdid,
'class': d['class'] + ' hrefrow puzrow',
}
row_dict['row'] = [
xdid, puzmd.Date, puzmd.Size, puzmd.Title, puzmd.Author,
puzmd.Editor, puzmd.Copyright, puzmd.A1_D1,
d["title"].replace("\n", "<br/>")
]
dups_table.append(row_dict)
calendars_html += '<tr class="calendar"><td class="calendar" rowspan="%s">' % (
len(dups_table) + 1)
calendars_html += html.GridCalendar(z).formatmonth(
int(year), month) + '</td></tr>'
for r in sorted(dups_table, key=lambda x: x['row'][1]):
calendars_html += html.table_row(r["row"],
pubyear_header,
tag_params=r['tag_params'])
calendars_html += '</table>'
ret = '''%s <div class="calendars">%s</div> <hr/>''' % (legend,
calendars_html)
return ret
def pubyear_html(pub, year):
calendars_html = '<table class="puzzles">'
colnames = [ year ] + pubyear_header
calendars_html += html.table_row(colnames, colnames, tag='th')
# write out /pub/nyt199x
c_grids = {}
# utils.info('Generating meta for {pub}{year}'.format(**locals()))
for row in sorted(metadb.xd_similar(pub+year)):
dt = utils.parse_iso8601(row.xdid)
dt2 = utils.parse_iso8601(row.match_xdid)
if not dt or not dt2:
continue
if dt < dt2:
continue
# dt = row["date"] # without - as GridCalendar needs; or fix GC
if dt not in c_grids:
c_grids[dt] = {
'title': '',
'class': ''
}
if row.match_pct == 0:
continue
c_grids[dt]['link'] = '/pub/' + row.xdid
matchxdid = row.match_xdid
aut1 = metadb.get_author(row.xdid) or ''
aut2 = metadb.get_author(matchxdid) or ''
# if aut1 is None or aut2 is None:
# continue
pct = row.match_pct
similargrids = '(%s%%) %s [%s]\n' % (pct, aut2, matchxdid)
c_grids[dt]["title"] += similargrids
##deduce_similarity_type
c_grids[dt]["class"] += ret_classes(aut1, aut2, pct)
c_grids_b = {} # For those are not in c_grids
# Generate grids for available puzzles
for row in metadb.xd_puzzles(pub+year):
if row.Date and row.Date not in c_grids_b and row.Date not in c_grids:
# add styles only for those are not similar etc.
c_grids_b[row.Date] = {
'title': '',
'class': 'privxd' if int(row.Date[:4]) > 1965 else 'pubxd',
}
# Generate calendars
z = c_grids.copy()
z.update(c_grids_b)
if year[-1] == 's': # decade
from_year = int(year[:4])
to_year = int(year[:4]) + 10
else:
from_year = int(year)
to_year = int(year) + 1
for year in range(from_year, to_year):
for month in range(1, 13):
dups_table = []
for dt, d in c_grids.items():
if not dt.startswith("%s-%02d" % (year, month)):
continue
row_dict = {} # Map row and style
xdid = pub + dt
puzmd = metadb.xd_puzzle(xdid)
if not puzmd:
continue
row_dict['class'] = d['class']
row_dict['tag_params'] = {
'onclick': 'location.href=\'/pub/%s\'' % xdid,
'class': d['class'] + ' hrefrow puzrow',
}
row_dict['row'] = [
xdid,
puzmd.Date,
puzmd.Size,
puzmd.Title,
puzmd.Author,
puzmd.Editor,
puzmd.Copyright,
puzmd.A1_D1,
d["title"].replace("\n", "<br/>")
]
dups_table.append(row_dict)
calendars_html += '<tr class="calendar"><td class="calendar" rowspan="%s">' % (len(dups_table) + 1)
calendars_html += html.GridCalendar(z).formatmonth(int(year), month) + '</td></tr>'
for r in sorted(dups_table, key=lambda x: x['row'][1]):
calendars_html += html.table_row(r["row"], pubyear_header, tag_params=r['tag_params'])
calendars_html += '</table>'
ret = '''%s <div class="calendars">%s</div> <hr/>''' % (legend, calendars_html)
return ret
