import re from .BCalcWrapper import BCalcWrapper from .Exceptions import FieldNotFoundException, DDTableInvalidException class PBNField(object): def __init__(self, key=None, value=None, raw_data=None): self.key = key self.value = value self.raw_field = '[%s "%s"]' % (self.key, str(self.value)) \ if self.key is not None else raw_data class PBNBoard(object): line_pattern = re.compile(r'\[(.*) "(.*)"\]') ability_pattern = re.compile(r'\b([NESW]):([0-9A-D]{5})\b') optimum_result_table_pattern = re.compile( r'^([NESW])\s+([CDHSN])T?\s+(\d+)$') def __init__(self, lines, line_no=None): self.line_number = line_no self._has_optimum_result_table = None self._has_ability = None self.fields = [] for line in lines: field = PBNField(raw_data=line) line_parse = self.line_pattern.match(line) if line_parse: field.key = line_parse.group(1) field.value = line_parse.group(2) self.fields.append(field) def has_field(self, key): for field in self.fields: if key == field.key: return True return False def get_field(self, key): for field in self.fields: if key == field.key: return field.value raise FieldNotFoundException(key + ' field not found') def delete_field(self, key): to_remove = [] for field in self.fields: if key == field.key: to_remove.append(field) for remove in to_remove: self.fields.remove(remove) def get_event(self): return self.get_field('Event') def write_event(self, name): for i in range(0, len(self.fields)): if 'Board' == self.fields[i].key: self.fields.insert(i, PBNField(key='Event', value=name)) break def get_layout(self): return self.get_field('Deal') def get_number(self): return self.get_field('Board') def get_vulnerable(self): return self.get_field('Vulnerable') def get_dealer(self): return self.get_field('Dealer') def validate_ability(self, ability): matches = self.ability_pattern.findall(ability) if not len(matches): self._has_ability = False raise DDTableInvalidException('Invalid Ability line: ' + ability) players = [] for match in matches: if match[0] in players: self._has_ability = False raise DDTableInvalidException( 'Duplicate entry in Ability: ' + match[0]) else: players.append(match[1]) self._has_ability = False return matches def get_ability(self): return self.get_field('Ability') def delete_ability(self): self.delete_field('Ability') def write_ability(self, dd_table): sb = '' for i in range(0, 4): sb += BCalcWrapper.PLAYERS[i] sb += ':' sb += ''.join(['%X' % (j) for j in dd_table[i]])[::-1] sb += ' ' self.fields.append(PBNField(key='Ability', value=sb.strip())) def get_minimax(self): return self.get_field('Minimax') def delete_minimax(self): self.delete_field('Minimax') def write_minimax(self, contract): minimax = '7NS0' if contract.score == 0 \ else '%d%s%s%s%d' % ( contract.level, contract.denomination, 'D' if contract.doubled else '', contract.declarer, contract.score) self.fields.append(PBNField(key='Minimax', value=minimax)) def get_optimum_score(self): return self.get_field('OptimumScore') def delete_optimum_score(self): self.delete_field('OptimumScore') def write_optimum_score(self, contract): self.fields.append( PBNField(key='OptimumScore', value='NS %d' % (contract.score))) def get_optimum_result(self): return self.get_field('OptimumResult') def validate_optimum_result_table(self, table): matches = [] duplicates = [] for line in table: match = self.optimum_result_table_pattern.match(line) if not match: self._has_optimum_result_table = False raise DDTableInvalidException( 'Invalid OptimumResultTable line: ' + line) position = match.group(1) + ' - ' + match.group(2) if position in duplicates: self._has_optimum_result_table = False raise DDTableInvalidException( 'Duplicate OptimumResultTable line: ' + line) else: duplicates.append(position) matches.append(match) self._has_optimum_result_table = True return matches def get_optimum_result_table(self): try: return self.get_extended_raw_field('OptimumResultTable') except FieldNotFoundException: self._has_optimum_result_table = False raise def get_auction(self): return self.get_extended_raw_field('Auction', with_header=True) def get_extended_raw_field(self, field_name, with_header=False): field_found = False result = [] for field in self.fields: if field_name == field.key: field_found = True if with_header: result.append(field.value) else: if field_found: if field.key is None: result.append(field.raw_field) else: break if not field_found: raise FieldNotFoundException('%s field not found' % (field_name)) return result def delete_optimum_result_table(self): field_found = False to_remove = [] for field in self.fields: if 'OptimumResultTable' == field.key: field_found = True to_remove.append(field) else: if field_found: if field.key is None: to_remove.append(field) else: break for remove in to_remove: self.fields.remove(remove) def write_optimum_result_table(self, dd_table): self.fields.append(PBNField( key='OptimumResultTable', value=r'Declarer;Denomination\2R;Result\2R')) for i in range(0, 4): for j in range(0, 5): self.fields.append(PBNField( raw_data='%s %s%s %d' % ( BCalcWrapper.PLAYERS[i], BCalcWrapper.DENOMINATIONS[j], 'T' if BCalcWrapper.DENOMINATIONS[j] == 'N' else '', dd_table[i][j]))) def save_par_contract(self, contract, jfr_only=False): if not jfr_only: self.delete_optimum_score() self.write_optimum_score(contract) self.delete_minimax() self.write_minimax(contract) def save_dd_table(self, dd_table, jfr_only=False): if not jfr_only: if self._has_optimum_result_table is None: try: optimum_result_table = self.validate_optimum_result_table( self.get_optimum_result_table()) self._has_optimum_result_table = True except FieldNotFoundException: self._has_optimum_result_table = False if not self._has_optimum_result_table: self.delete_optimum_result_table() self.write_optimum_result_table(dd_table) if self._has_ability is None: try: ability = self.validate_ability( self.get_ability()) self._has_ability = True except FieldNotFoundException: self._has_ability = False if not self._has_ability: self.delete_ability() self.write_ability(dd_table)