def getStreet(self, strStreet):
listRes = []
idx = 2 if strStreet == C.preflop else 0
rounds = 0
for i in self.dictAction[strStreet]:
rounds = max(rounds, len(self.dictAction[strStreet][i]))
#print(rounds)
# todo raise val
for i in list(range(0, rounds)):
for j in list(range(idx, len(C.pairPos))):
(k, pos) = C.pairPos[j]
if i < len(self.dictAction[strStreet][pos]):
(act, val) = self.dictAction[strStreet][pos][i]
val = self.getChip(val) if len(val) > 0 else ''
name = self.dictName[pos]
strRes = name + ': ' + act.lower() + ' ' + val
if C.raises == act:
strRes += ' to ' + val
listRes.append(strRes)
# next round
idx = 0
return U.ret(listRes)
def getTable(self):
'''
if not C.co in self.dictSeat or not C.co in self.dictName or not C.co in self.dictStack:
print(self.handId)
return []
'''
listRes = []
listRes.append(self.lobby + ' Hand #' + self.handId + ': ' +
self.game + ' (' + self.getChip(self.sb) + '/' +
self.getChip(self.bb) + ' USD) - ' +
str.replace(self.date, '-', '/') + ' ET')
listRes.append('Table ' + '\'' + self.table + '\'' + ' ' +
str(len(self.dictSeat)) + '-max Seat #' +
self.dictSeat[C.btn] + ' is the button')
listTmp = sorted(self.dictSeat.items(), key=lambda x: x[1])
#print(self.dictStack)
#print(self.dictName)
for (pos, seat) in listTmp:
listRes.append(C.seat + seat + ': ' + self.dictName[pos] + ' (' +
self.getChip(self.dictStack[pos]) + ' in chips)')
listRes.append(self.dictName[C.sb] + ': posts small blind ' +
self.getChip(self.sb))
listRes.append(self.dictName[C.bb] + ': posts big blind ' +
self.getChip(self.bb))
return U.ret(listRes)
def getShowdown(self):
listRes = []
bolHasSd = False
rounds = 0
for (k, pos) in C.pairPos:
rounds = max(rounds, len(self.dictAction[C.showdown][pos]))
#print(rounds)
for i in list(range(0, rounds)):
for (k, pos) in C.pairPos:
if i < len(self.dictAction[C.showdown][pos]):
(act, val) = self.dictAction[C.showdown][pos][i]
if C.sd == act:
if not bolHasSd:
listRes.append(C.showdown)
bolHasSd = True
listRes.append(self.dictName[pos] + ': shows ' +
self.getCard(self.dictCard[pos]))
elif C.nsd == act:
listRes.append('Uncalled bet (' + self.getChip(0) +
') returned to ' + self.dictName[pos])
elif C.handresult == act:
listRes.append(self.dictName[pos] + ' collected ' +
self.getChip(val) + ' from pot')
if not bolHasSd:
listRes.append(self.dictName[pos] +
': doesn\'t show hand')
return U.ret(listRes)
def getPreflop(self):
listRes = []
listRes.append(C.preflop)
listRes.append('Dealt to ' + self.dictName[self.pos] + ' ' +
self.getCard(self.dictCard[self.pos]))
listRes.append(self.getStreet(C.preflop))
return U.ret(listRes)
def getSummary(self):
#print(self.dictStack)
listRes = []
listRes.append(C.summary)
listRes.append('Total pot ' +
self.getChip(self.dictStack[C.showdown]) + ' | Rake ' +
self.getChip(self.getRake()))
for (k, v) in reversed(C.pairStreet):
if len(self.dictCard[v]) != 0:
listRes.append('Board ' + self.getCard(self.dictCard[v]))
break
listTmp = sorted(self.dictSeat.items(), key=lambda x: x[1])
for (pos, seat) in listTmp:
strRes = C.seat + seat + ': ' + self.dictName[pos] + ' '
if pos == C.sb:
strRes += '(small blind)' + ' '
elif pos == C.bb:
strRes += '(big blind)' + ' '
elif pos == C.btn:
strRes += '(button)' + ' '
if U.ret(self.dictAction[C.preflop][pos]).find(C.fold) != -1:
strRes += 'folded before Flop (didn\'t bet)' + ' ' + self.getCard(
self.dictCard[pos])
elif U.ret(self.dictAction[C.flop][pos]).find(C.fold) != -1:
strRes += 'folded on the Flop' + ' ' + self.getCard(
self.dictCard[pos])
elif U.ret(self.dictAction[C.turn][pos]).find(C.fold) != -1:
strRes += 'folded on the Turn' + ' ' + self.getCard(
self.dictCard[pos])
elif U.ret(self.dictAction[C.river][pos]).find(C.fold) != -1:
strRes += 'folded on the River' + ' ' + self.getCard(
self.dictCard[pos])
else:
strRes += 'showed' + ' ' + self.getCard(self.dictCard[pos])
listRes.append(strRes)
return U.ret(listRes)
def getCard(self, listCard, bolDivide=False):
if bolDivide:
return '[' + U.ret(listCard[:-1],
' ') + ']' + ' [' + listCard[-1:][0] + ']'
else:
return '[' + U.ret(listCard, ' ') + ']'
def getRiver(self):
strRes = self.getStreet(C.river)
return U.ret([
C.river + ' ' + self.getCard(self.dictCard[C.river], True), strRes
]) if len(strRes) > 0 else ''
def getTurn(self):
strRes = self.getStreet(C.turn)
return U.ret([
C.turn + ' ' + self.getCard(self.dictCard[C.turn], True), strRes
]) if len(strRes) > 0 else ''
def getFlop(self):
strRes = self.getStreet(C.flop)
return U.ret([
C.flop + ' ' + self.getCard(self.dictCard[C.flop]), strRes
]) if len(strRes) > 0 else ''
