class MainWindow(QMainWindow, form_class):
def __init__(self, root=None):
super().__init__()
self.autosavestack = 0
self.setupUi(self)
self.root = Root() if root is None else root
self.root.setmainwin(self)
"""Match Control"""
self.focus_single = False
self.focusedmatch = None
self.URL = None
"""Design"""
self.tourbuttons = []
self.courtbuttons = []
self.buttonsize = (75, 75)
self.pointsize = 9
self.drawdepth = 4
self.testB.clicked.connect(self.test)
self.resetB.clicked.connect(self.unLockMatch)
self.saveB.clicked.connect(self.saveFile)
self.openB.clicked.connect(self.openFile)
self.googleB.clicked.connect(self.googlesave)
self.settingB.clicked.connect(self.settings)
self.focusB.clicked.connect(self.changefocus)
self.resettimeB.clicked.connect(self.resettime)
self.changefocus()
self.updateallui()
def autosave(self):
if self.autosavestack == 20:
self.root.save("./temp")
print("Autosave")
else:
self.autosavestack += 1
def saveFile(self):
dia = QFileDialog()
filepath = dia.getSaveFileName(self)[0]
if filepath != "":
try:
self.root.save(filepath)
except:
print("Error")
def openFile(self):
if len(sys.argv) != 2:
dia = QFileDialog()
filepath = dia.getOpenFileName(self)[0]
if filepath != "":
try:
self.root.load(filepath)
except:
print("Error")
self.root.start()
self.updateallui()
def resettime(self):
self.root.set_strattime()
self.updateallui()
def settings(self):
dia=SettingsDialog(self.buttonsize[0], self.buttonsize[1], \
self.pointsize, len(self.root.Courts), self.drawdepth)
reply = dia.exec_()
if reply == 1:
dic = dia.data()
self.buttonsize = (dic['width'], dic['height'])
self.pointsize = dic['font']
self.drawdepth = dic['depth']
self.courtdraw(dic['courtnum'])
self.updateallui()
def unLockMatch(self):
dia = CancelDialog()
ret = dia.exec_()
target = None
if ret == 0:
return
if ret == 1:
try:
target = self.root.singlematchdic[dia.value()]
except KeyError:
target = None
if ret == 2:
try:
target = self.root.doublematchdic[dia.value()]
except KeyError:
target = None
if target is None:
toshow = "There is no match {0} in Tournament".format(dia.value())
else:
qm = QMessageBox()
ret=qm.question(self,"Reset Match Information",\
match_general_info(target)+\
"초기화된 경기는 복구할 수 없습니다!!", qm.Yes | qm.No)
if ret == qm.Yes:
self.root._unLockMatchRec(target)
else:
pass
self.updateallui()
def changefocus(self):
if self.root.SingleRoot is None:
self.focus_single = False
self.focusB.setText("Doubles")
self.focusedmatch = self.root.DoubleRoot
self.updateallui()
elif self.root.DoubleRoot is None:
self.focus_single = True
self.focusB.setText("Singles")
self.focusedmatch = self.root.SingleRoot
self.updateallui()
elif (self.focus_single):
self.focus_single = False
self.focusB.setText("Doubles")
self.focusedmatch = self.root.DoubleRoot
self.updateallui()
elif (not self.focus_single):
self.focus_single = True
self.focusB.setText("Singles")
self.focusedmatch = self.root.SingleRoot
self.updateallui()
def googlesave(self):
dia = QInputDialog()
if self.URL is not None:
url, ok=dia.getText(self, "GoogleDocs Autosave Settings", \
"Google Docs URL", QLineEdit.Normal, self.URL)
else:
url, ok=dia.getText(self, "GoogleDocs Autosave Settings", \
"Google Docs URL")
if ok:
try:
self.URL = url
self.spreadSheetId = self.URL.split("/")[5]
self.root.googlesave(self.spreadSheetId)
except:
print("Error at Googlesave")
def updateallui(self):
self.root.start()
target = None
if self.root.SingleRoot is not None:
target = self.root.SingleRoot
if self.root.DoubleRoot is not None:
target = self.root.DoubleRoot
if self.focusedmatch is not None:
target = self.focusedmatch
if target is not None:
self.tourdraw(target)
self.courtdraw(len(self.root.Courts))
self.update_waitingtable()
def test(self):
dia = QFileDialog()
filepath = dia.getSaveFileName(self)[0]
if filepath != "":
self.root.save(filepath, option="slim")
def tourdraw(self, target):
if target is None:
return
depth = self.drawdepth
self.focusedmatch = target
#remove all existing tourButtons
for x in self.tourbuttons:
x.hide()
self.tourbuttons = []
#find all target matches to draw
udm = self.focusedmatch.undermatches()
targets = []
for m in udm:
if m.depth() < self.focusedmatch.depth() + depth:
targets.append(m)
xpos = 0
for mat in targets:
#draw every match
ypos = mat.depth() - self.focusedmatch.depth()
todraw = MatchButton(self.root,
mat,
size=self.buttonsize,
point=self.pointsize)
todraw.move(self.tourGrid, ypos, xpos)
todraw.show()
self.tourbuttons.append(todraw)
xpos += 1
#connect functions to tourButtons
if mat.depth() == self.focusedmatch.depth():
todraw.linkedMatch=self.root.SingleRoot if self.focus_single\
else self.root.DoubleRoot
else:
todraw.linkedMatch = mat
todraw.button.clicked.connect(todraw.popup)
# todraw.button.doubleClicked.connect(lambda : self.tourDraw(todraw.linkedMatch))
if self.focusedmatch.underMatch == []:
self.tourdraw(self.focusedmatch.upperMatch)
elif self.focusedmatch.underMatch[
0].underMatch == [] or self.focusedmatch.underMatch[
1].underMatch == []:
self.tourdraw(self.focusedmatch.upperMatch)
def courtdraw(self, newcourtnum):
for c in self.courtbuttons:
c.hide()
self.courtbuttons = []
try:
self.root.changecourtnum(newcourtnum)
except WrongActError as ex:
QMessageBox.about(self, "WrongActError", ex)
for i in range(len(self.root.Courts)):
thisCourt=CourtButton(self.root, self.root.Courts[i],\
self.buttonsize, self.pointsize)
self.courtbuttons.append(thisCourt)
thisCourt.move(self.courtGrid, i % 2, i // 2)
thisCourt.setlabel()
self.autosave()
def update_waitingtable(self):
self.singlewaiting.clear()
self.singlewaiting.setColumnCount(5)
# waitingArray=waitingmatches(self.root.SingleRoot)
self.singlewaiting.setHorizontalHeaderLabels(
["Match Level", "Player1", "player2", "UpperMatch", "MatchNum"])
if self.root is not None and self.root.SingleRoot is not None:
waitingArray = self.root.waiting_tableform(single=True)
self.singlewaiting.setRowCount(len(waitingArray))
for s in waitingArray:
for j in range(5):
self.singlewaiting.setItem(waitingArray.index(s), j, \
QTableWidgetItem(s[j]))
self.doublewaiting.clear()
self.doublewaiting.setColumnCount(5)
# waitingArray=waitingmatches(self.root.SingleRoot)
self.doublewaiting.setHorizontalHeaderLabels(
["Match Level", "Player1", "player2", "UpperMatch", "MatchNum"])
if self.root is not None and self.root.DoubleRoot is not None:
waitingArray = self.root.waiting_tableform(single=False)
self.doublewaiting.setRowCount(len(waitingArray))
for s in waitingArray:
for j in range(5):
self.doublewaiting.setItem(waitingArray.index(s), j, \
QTableWidgetItem(s[j]))
self.autosave()
class MainWindow(QMainWindow, form_class):
def __init__(self, root=None):
super().__init__()
self.setupUi(self)
self.root = Root() if root is None else root
self.root.setmainwin(self)
"""Match Control"""
self.focus_single = False
self.focusedmatch = None
self.URL = None
"""Design"""
self.tourbuttons = []
self.courtbuttons = []
self.buttonsize = (75, 75)
self.pointsize = 9
self.drawdepth = 4
self.testB.clicked.connect(self.test)
self.saveB.clicked.connect(self.saveFile)
self.openB.clicked.connect(self.openFile)
self.googleB.clicked.connect(self.googlesave)
self.updateallui()
def saveFile(self):
dia = QFileDialog()
filepath = dia.getSaveFileName(self)[0]
if filepath != "":
try:
self.root.save(filepath)
except:
print("Error")
def openFile(self):
if len(sys.argv) != 2:
dia = QFileDialog()
filepath = dia.getOpenFileName(self)[0]
if filepath != "":
try:
self.root.load(filepath)
except:
print("Error")
self.updateallui()
def googlesave(self):
dia = QInputDialog()
if self.URL is not None:
url, ok=dia.getText(self, "GoogleDocs Autosave Settings", \
"Google Docs URL", QLineEdit.Normal, self.URL)
else:
url, ok=dia.getText(self, "GoogleDocs Autosave Settings", \
"Google Docs URL")
if ok:
self.URL = url
self.spreadSheetId = self.URL.split("/")[5]
self.root.googlesave(self.spreadSheetId)
def updateallui(self):
self.root.start()
target = None
if self.root.SingleRoot is not None:
target = self.root.SingleRoot
if self.root.DoubleRoot is not None:
target = self.root.DoubleRoot
if self.focusedmatch is not None:
target = self.focusedmatch
if target is not None:
self.tourdraw(target)
self.courtdraw(len(self.root.Courts))
self.update_waitingtable()
def test(self):
self.focusedmatch = self.root.DoubleRoot if self.focus_single else self.root.SingleRoot
self.focus_single = False if self.focus_single else True
self.updateallui()
if self.courtbuttons == []:
self.courtdraw(14)
def tourdraw(self, target):
if target is None:
return
depth = self.drawdepth
self.focusedmatch = target
#remove all existing tourButtons
for x in self.tourbuttons:
x.hide()
self.tourbuttons = []
#find all target matches to draw
udm = self.focusedmatch.undermatches()
targets = []
for m in udm:
if m.depth() < self.focusedmatch.depth() + depth:
targets.append(m)
xpos = 0
for mat in targets:
#draw every match
ypos = mat.depth() - self.focusedmatch.depth()
todraw = MatchButton(self.root,
mat,
size=self.buttonsize,
point=self.pointsize)
todraw.move(self.tourGrid, ypos, xpos)
todraw.show()
self.tourbuttons.append(todraw)
xpos += 1
#connect functions to tourButtons
if mat.depth() == self.focusedmatch.depth():
todraw.linkedMatch=self.root.SingleRoot if self.focus_single\
else self.root.DoubleRoot
else:
todraw.linkedMatch = mat
todraw.button.clicked.connect(todraw.popup)
# todraw.button.doubleClicked.connect(lambda : self.tourDraw(todraw.linkedMatch))
if self.focusedmatch.underMatch == []:
self.tourdraw(self.focusedmatch.upperMatch)
elif self.focusedmatch.underMatch[
0].underMatch == [] or self.focusedmatch.underMatch[
1].underMatch == []:
self.tourdraw(self.focusedmatch.upperMatch)
def courtdraw(self, newcourtnum):
for c in self.courtbuttons:
c.hide()
self.courtbuttons = []
try:
self.root.changecourtnum(newcourtnum)
except WrongActError as ex:
QMessageBox.about(self, "WrongActError", ex)
for i in range(len(self.root.Courts)):
thisCourt=CourtButton(self.root, self.root.Courts[i],\
self.buttonsize, self.pointsize)
self.courtbuttons.append(thisCourt)
thisCourt.move(self.courtGrid, i % 2, i // 2)
thisCourt.setlabel()
def update_waitingtable(self):
self.singlewaiting.clear()
self.singlewaiting.setColumnCount(5)
# waitingArray=waitingmatches(self.root.SingleRoot)
self.singlewaiting.setHorizontalHeaderLabels(
["Match Level", "Player1", "player2", "UpperMatch", "MatchNum"])
if self.root is not None and self.root.SingleRoot is not None:
waitingArray = self.root.waiting_tableform(single=True)
self.singlewaiting.setRowCount(len(waitingArray))
for s in waitingArray:
for j in range(5):
self.singlewaiting.setItem(waitingArray.index(s), j, \
QTableWidgetItem(s[j]))
self.doublewaiting.clear()
self.doublewaiting.setColumnCount(5)
# waitingArray=waitingmatches(self.root.SingleRoot)
self.doublewaiting.setHorizontalHeaderLabels(
["Match Level", "Player1", "player2", "UpperMatch", "MatchNum"])
if self.root is not None and self.root.DoubleRoot is not None:
waitingArray = self.root.waiting_tableform(single=False)
self.doublewaiting.setRowCount(len(waitingArray))
for s in waitingArray:
for j in range(5):
self.doublewaiting.setItem(waitingArray.index(s), j, \
QTableWidgetItem(s[j]))