def iter_types(self):
price_map = dict(self.Prices)
for kind, parsed in self.result_list():
for item in iter_types(kind, parsed):
details = get_type_by_name(item['name'])
item['prices'] = None
if details:
item.update(details)
item['prices'] = price_map.get(item['typeID'])
if 'BLUEPRINT COPY' in item.get('details', ''):
item['bpc'] = True
item['prices'] = None
item['quantity'] = item.get('quantity', 1)
yield item
def iter_types(self):
price_map = dict(self.Prices)
for kind, parsed in self.result_list():
for item in iter_types(kind, parsed):
details = get_type_by_name(item["name"])
item["prices"] = None
if details:
item.update(details)
item["prices"] = price_map.get(item["typeID"])
if "BLUEPRINT COPY" in item.get("details", ""):
item["bpc"] = True
item["prices"] = None
item["quantity"] = item.get("quantity", 1)
yield item
def parse(raw_paste):
unique_items = set()
results = []
representative_kind = 'unknown'
largest_kind_num = 0
parser_list = [('loot_history', parsers.parse_loot_history),
('survey_scanner', parsers.parse_survey_scanner),
('pi', parsers.parse_pi),
('dscan', dscan_parser),
('killmail', parsers.parse_killmail),
('chat', parsers.parse_chat),
('eft', parsers.parse_eft),
('fitting', parsers.parse_fitting),
('contract', parsers.parse_contract),
('assets', parsers.parse_assets),
('view_contents', parsers.parse_view_contents),
('wallet', parsers.parse_wallet),
('cargo_scan', parsers.parse_cargo_scan),
('listing', listing_parser),
('heuristic', tryhard_parser)]
iterations = 0
while iterations < 10:
iterations += 1
try:
if not parser_list:
break
kind, result, bad_lines = evepaste.parse(raw_paste,
parsers=parser_list)
if result:
# Verify the results has some valid items and gather unique
# items
item_count = 0
for item in iter_types(kind, result):
details = get_type_by_name(item['name'])
if details:
unique_items.add(details['typeID'])
item_count += 1
if item_count == 0:
# Narrow down the parser_list to those that didn't get a
# chance last time
used_parser_list = list(takewhile(lambda p: kind != p[0],
parser_list))
parser_list = parser_list[len(used_parser_list)+1:]
continue
results.append([kind, result])
# Determine if this is the representative type
if item_count >= largest_kind_num:
representative_kind = kind
largest_kind_num = item_count
raw_paste = '\n'.join(bad_lines)
else:
# We found zero results, we're done parsing
break
# We're finished parsing because we've consumed all of our data
if not bad_lines:
break
except evepaste.Unparsable:
if results:
break
else:
raise
return {'representative_kind': representative_kind,
'results': results,
'bad_lines': bad_lines,
'unique_items': unique_items}
def parse(raw_paste):
unique_items = set()
results = []
representative_kind = "unknown"
largest_kind_num = 0
parser_list = list(evepaste.PARSER_TABLE) + [("listing", listing_parser), ("heuristic", tryhard_parser)]
iterations = 0
while iterations < 10:
iterations += 1
try:
if not parser_list:
break
kind, result, bad_lines = evepaste.parse(raw_paste, parsers=parser_list)
if result:
# Verify the results has some valid items and gather unique
# items
item_count = 0
for item in iter_types(kind, result):
details = get_type_by_name(item["name"])
if details:
unique_items.add(details["typeID"])
item_count += 1
if item_count == 0:
# Narrow down the parser_list to those that didn't get a
# chance last time
used_parser_list = list(takewhile(lambda p: kind != p[0], parser_list))
parser_list = parser_list[len(used_parser_list) + 1 :]
continue
results.append([kind, result])
# Determine if this is the representative type
if item_count >= largest_kind_num:
representative_kind = kind
largest_kind_num = item_count
raw_paste = "\n".join(bad_lines)
else:
# We found zero results, we're done parsing
break
# We're finished parsing because we've consumed all of our data
if not bad_lines:
break
except evepaste.Unparsable:
if results:
break
else:
raise
return {
"representative_kind": representative_kind,
"results": results,
"bad_lines": bad_lines,
"unique_items": unique_items,
}