def capture_cards(line):
""" Given a line of text from isotropic, extract the card names.
line: string like 'Rob plays a <span class=card-none>Minion</span>.'
returns: list of string of card names, eg, ['Minion']
"""
def _as_int_or_1(string_val):
try:
return int(string_val)
except ValueError:
return 1
cards = []
card_sections = SPLIT_COMMA_AND_RE.split(line)
for sect in card_sections:
split_at_span = sect.split('<span')
if not split_at_span:
continue
first = split_at_span[0]
split_first = first.split()
if not split_first:
mult = 1
else:
mult = _as_int_or_1(split_first[-1])
for subsect in split_at_span:
start_of_end_span = subsect.find('</span')
if start_of_end_span == -1:
continue
end_of_begin_span = subsect.rfind('>', 0, start_of_end_span)
if end_of_begin_span == -1:
continue
maybe_plural = subsect[end_of_begin_span + 1:
start_of_end_span]
if maybe_plural == '♦':
continue
try:
card = card_info.singular_of(maybe_plural)
except KeyError, exception:
print line
raise exception
cards.extend([card] * mult)
def capture_cards(line):
""" Given a line of text from isotropic, extract the card names.
line: string like 'Rob plays a <span class=card-none>Minion</span>.'
returns: list of string of card names, eg, ['Minion']
"""
def _as_int_or_1(string_val):
try:
return int(string_val)
except ValueError:
return 1
cards = []
card_sections = SPLIT_COMMA_AND_RE.split(line)
for sect in card_sections:
split_at_span = sect.split('<span')
if not split_at_span:
continue
first = split_at_span[0]
split_first = first.split()
if not split_first:
mult = 1
else:
mult = _as_int_or_1(split_first[-1])
for subsect in split_at_span:
start_of_end_span = subsect.find('</span')
if start_of_end_span == -1:
continue
end_of_begin_span = subsect.rfind('>', 0, start_of_end_span)
if end_of_begin_span == -1:
continue
maybe_plural = subsect[end_of_begin_span + 1:start_of_end_span]
if maybe_plural == '♦':
continue
try:
card = card_info.singular_of(maybe_plural)
except KeyError, exception:
print line
raise exception
cards.extend([card] * mult)
diamond_loc = chunk.find(u'▼')
if diamond_loc != -1:
start_point_loc = max(chunk.rfind('(', 0, diamond_loc - 1),
chunk.rfind(' ', 0, diamond_loc - 1))
vp_tokens = int(chunk[start_point_loc + 1:diamond_loc - 1])
card_list_chunks = deck_contents[
deck_contents.find(']') + 1:].replace(',', ' ')
card_blobs = [x for x in card_list_chunks.split('</span>') if
'<span' in x]
deck_comp = {}
for card_blob in card_blobs:
right_bracket_index = card_blob.find('>')
card_name = card_blob[right_bracket_index + 1:]
try:
card_name = card_info.singular_of(card_name)
except KeyError, exception:
print chunk, card_name, card_blob[right_bracket_index - 10:]
raise exception
card_quant = int(card_blob.split()[0])
deck_comp[card_name] = card_quant
#FIXME: deck_comp is undefined if there's no vp_list
return {'name': name, 'points': points, 'resigned': resigned,
'deck': deck_comp, 'vp_tokens': vp_tokens}
def parse_decks(decks_blob):
""" Parse and return a list of decks"""
deck_blobs = [s for s in decks_blob.split('\n\n') if s]
return [parse_deck(deck_blob) for deck_blob in deck_blobs]
def name_and_rest(line, term):
if diamond_loc != -1:
start_point_loc = max(chunk.rfind('(', 0, diamond_loc - 1),
chunk.rfind(' ', 0, diamond_loc - 1))
vp_tokens = int(chunk[start_point_loc + 1:diamond_loc - 1])
card_list_chunks = deck_contents[deck_contents.find(']') + 1:].replace(
',', ' ')
card_blobs = [
x for x in card_list_chunks.split('</span>') if '<span' in x
]
deck_comp = {}
for card_blob in card_blobs:
right_bracket_index = card_blob.find('>')
card_name = card_blob[right_bracket_index + 1:]
try:
card_name = card_info.singular_of(card_name)
except KeyError, exception:
print chunk, card_name, card_blob[right_bracket_index - 10:]
raise exception
card_quant = int(card_blob.split()[0])
deck_comp[card_name] = card_quant
#FIXME: deck_comp is undefined if there's no vp_list
return {
'name': name,
'points': points,
'resigned': resigned,
'deck': deck_comp,
'vp_tokens': vp_tokens
}
