def parse_special_abilities(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
sa_source = source.setdefault("special abilities", {})
sa = None
ability = {}
sa_types = {"Ex": "Extraordinary", "Su": "Supernatural", "Sp": "Spell-Like"}
for line in sa_source.get("lines", []):
m = re.match("([A-Z ]*): (.*)", line.strip())
if m:
name = cap_name(m.groups()[0])
description = m.groups()[1].strip()
sa = statblock.setdefault("special_abilities", [])
ability = create(
"special_ability", name=name, description=description)
sa.append(ability)
continue
m = re.match(u"([A-Za-z \u2019-]*) \(([SE][uxp])\) (.*)", line.strip())
if m:
name = cap_name(m.groups()[0])
sa_type = m.groups()[1]
description = m.groups()[2].strip()
sa = statblock.setdefault("special_abilities", [])
ability = create(
"special_ability", name=name, description=description,
ability_type=sa_types[sa_type], ability_type_abbrev=sa_type)
sa.append(ability)
continue
ability["description"] = " ".join(
[ability["description"], line.strip()])
del source["special abilities"]
return retlines
def parse_gear(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
gear = source.setdefault("gear", {})
if gear:
_handle_gear(statblock, "gear", gear)
del source["gear"]
return retlines
def parse_tactics(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
tactics_source = source.setdefault("tactics", {})
tactics = statblock.setdefault("tactics", {})
for key in tactics_source:
_handle_text(tactics, key, tactics_source[key])
del source["tactics"]
if len(tactics) == 0:
del statblock["tactics"]
return retlines
def parse_alignment(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
alignment = source.setdefault("alignment", {})
basics = statblock.setdefault("basics", {})
if alignment:
if _is_haunt(alignment):
_parse_haunt(basics, alignment)
else:
_parse_alignment(basics, alignment)
del source["alignment"]
return retlines
def parse_alignment(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
alignment = source.setdefault("alignment", {})
basics = statblock.setdefault("basics", {})
if alignment:
if _is_haunt(alignment):
_parse_haunt(basics, alignment)
else:
_parse_alignment(basics, alignment)
del source["alignment"]
return retlines
def parse_defense(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
defense_source = source.setdefault("defense", {})
defense = statblock.setdefault("defense", {})
keys = defense_source.keys()
for key in keys:
data = defense_source[key]
del defense_source[key]
handler = _get_defense_handler(key)
handler(defense, key, data)
del source["defense"]
if len(defense) == 0:
del statblock["defense"]
return retlines
def parse_senses(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
basics = statblock.setdefault("basics", {})
senses_source = source.setdefault("senses", {})
content = " ".join([sense.strip() for sense in senses_source.get("lines", [])])
if content != "":
parts = [part.strip() for part in split(content, ";")]
parts = _handle_initiative(basics, parts)
parts = _handle_senses(basics, parts)
parts = _handle_perception(statblock, parts)
if len(parts) > 0:
raise Exception("Senses line contains unknown parts: %s" % content)
del source["senses"]
return retlines
def parse_defense(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
defense_source = source.setdefault("defense", {})
defense = statblock.setdefault("defense", {})
keys = defense_source.keys()
for key in keys:
data = defense_source[key]
del defense_source[key]
handler = _get_defense_handler(key)
handler(defense, key, data)
del source["defense"]
if len(defense) == 0:
del statblock["defense"]
return retlines
def parse_statistics(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
stats_source = source.setdefault("statistics", {})
stats = statblock.setdefault("statistics", {})
if stats_source:
keys = stats_source.keys()
for key in keys:
data = stats_source[key]
del stats_source[key]
handler = _get_stat_handler(key)
handler(stats, key, data)
del source["statistics"]
if len(stats) == 0:
del statblock["statistics"]
return retlines
def parse_senses(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
basics = statblock.setdefault("basics", {})
senses_source = source.setdefault("senses", {})
content = " ".join(
[sense.strip() for sense in senses_source.get("lines", [])])
if content != "":
parts = [part.strip() for part in split(content, ";")]
parts = _handle_initiative(basics, parts)
parts = _handle_senses(basics, parts)
parts = _handle_perception(statblock, parts)
if len(parts) > 0:
raise Exception("Senses line contains unknown parts: %s" %
content)
del source["senses"]
return retlines
def parse_special_abilities(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
sa_source = source.setdefault("special abilities", {})
sa = None
ability = {}
sa_types = {
"Ex": "Extraordinary",
"Su": "Supernatural",
"Sp": "Spell-Like"
}
for line in sa_source.get("lines", []):
m = re.match("([A-Z ]*): (.*)", line.strip())
if m:
name = cap_name(m.groups()[0])
description = m.groups()[1].strip()
sa = statblock.setdefault("special_abilities", [])
ability = create("special_ability",
name=name,
description=description)
sa.append(ability)
continue
m = re.match(u"([A-Za-z \u2019-]*) \(([SE][uxp])\) (.*)",
line.strip())
if m:
name = cap_name(m.groups()[0])
sa_type = m.groups()[1]
description = m.groups()[2].strip()
sa = statblock.setdefault("special_abilities", [])
ability = create("special_ability",
name=name,
description=description,
ability_type=sa_types[sa_type],
ability_type_abbrev=sa_type)
sa.append(ability)
continue
ability["description"] = " ".join(
[ability["description"], line.strip()])
del source["special abilities"]
return retlines
def parse_lines(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
lines = source.setdefault("lines", [])
content = " ".join([l.strip() for l in lines])
if content:
m = re.match("^(.*) \((.*)\)$", content)
if m:
content, book = m.groups()
statblock["book"] = book
parts = content.split()
if len(parts) > 0:
basics = statblock.setdefault("basics", {})
if parts[0].lower() in ["male", "female"]:
basics["sex"] = parts.pop(0)
_parse_classes(basics, parts)
basics["race"] = " ".join(parts)
del source["lines"]
return retlines
def parse_lines(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
lines = source.setdefault("lines", [])
content = " ".join([l.strip() for l in lines])
if content:
m = re.match("^(.*) \((.*)\)$", content)
if m:
content, book = m.groups()
statblock["book"] = book
parts = content.split()
if len(parts) > 0:
basics = statblock.setdefault("basics", {})
if parts[0].lower() in ["male", "female"]:
basics["sex"] = parts.pop(0)
_parse_classes(basics, parts)
basics["race"] = " ".join(parts)
del source["lines"]
return retlines
def parse_offense(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
offense_source = source.setdefault("offense", {})
offense = statblock.setdefault("offense", {})
keys = offense_source.keys()
print json.dumps(offense_source, indent=2)
for key in keys:
data = offense_source[key]
del offense_source[key]
handler = _get_offense_handler(key)
handler(offense, key, data)
for key in ["melee", "ranged", "space", "speed", "special attacks"]:
if source.has_key(key):
data = source[key]
del source[key]
handler = _get_offense_handler(key)
handler(offense, key, data)
del source["offense"]
return retlines
def parse_offense(lines):
retlines = []
for statblock in yield_statblocks(lines, retlines):
source = statblock.setdefault("source", {})
offense_source = source.setdefault("offense", {})
offense = statblock.setdefault("offense", {})
keys = offense_source.keys()
print json.dumps(offense_source, indent=2)
for key in keys:
data = offense_source[key]
del offense_source[key]
handler = _get_offense_handler(key)
handler(offense, key, data)
for key in ["melee", "ranged", "space", "speed", "special attacks"]:
if source.has_key(key):
data = source[key]
del source[key]
handler = _get_offense_handler(key)
handler(offense, key, data)
del source["offense"]
return retlines
