class ConfigHeader(QObject):
loginCookiesFolder = 'cookies/headers/loginInfor.cks'
allCookiesFolder = [loginCookiesFolder]
def __init__(self, header):
super(ConfigHeader, self).__init__()
self.header = header
self.loginThread = RequestThread(self, None, self.loginFinished)
self.loginThread.breakSignal.connect(self.emitWarning)
self.header.loginBox.connectLogin(self.login)
self.loginInfor = {}
self.result = None
self.songsDetail = None
# 用于确定登陆状态。
self.code = 200
# 用于确定是否最大化.
self.isMax = False
self.bindConnect()
self.loadCookies()
def bindConnect(self):
self.header.closeButton.clicked.connect(self.header.parent.close)
self.header.showminButton.clicked.connect(
self.header.parent.showMinimized)
self.header.showmaxButton.clicked.connect(self.showMaxiOrRevert)
self.header.loginButton.clicked.connect(self.showLoginBox)
self.header.prevButton.clicked.connect(
self.header.parent.config.prevTab)
self.header.nextButton.clicked.connect(
self.header.parent.config.nextTab)
self.header.searchLine.setButtonSlot(lambda: self.search())
def showMaxiOrRevert(self):
if self.isMax:
self.header.parent.showNormal()
self.isMax = False
else:
self.header.parent.showMaximized()
self.isMax = True
@toTask
def search(self):
text = self.header.searchLine.text()
future = aAsync(netease.search, text)
self.result = yield from future
if not self.result['songCount']:
songsIds = []
self.result['songs'] = []
else:
songsIds = [i['id'] for i in self.result['songs']]
self.songsDetail = {
j: 'http{0}'.format(i)
for i, j in enumerate(songsIds)
}
# 进行重新编辑方便索引。
songs = self.result['songs']
self.result['songs'] = [{
'name': i['name'],
'artists': i['ar'],
'picUrl': i['al']['picUrl'],
'mp3Url': self.songsDetail[i['id']],
'duration': i['dt'],
'music_id': i['id']
} for i in songs]
songsCount = self.result['songCount']
# 总数是0即没有找到。
if not songsCount:
songs = []
else:
songs = self.result['songs']
self.header.parent.searchArea.setText(text)
self.header.parent.searchArea.config.setSingsData(songs)
self.header.parent.config.setTabIndex(4)
def showLoginBox(self):
self.header.loginBox.open()
def login(self):
informations = self.header.loginBox.checkAndGetLoginInformation()
if not informations:
return
self.loginThread.setTarget(self.loadLoginInformations)
self.loginThread.setArgs(informations)
self.loginThread.start()
def loadLoginInformations(self, informations: tuple):
result = netease.login(*informations)
# 网络不通或其他问题。
if not result:
self.loginThread.breakSignal.emit('请检查网络后重试~.')
self.code = 500
return
code = result.get('code')
if str(code) != '200':
self.loginThread.breakSignal.emit(str(result.get('msg')))
self.code = 500
return
self.loginInfor = result
self.code = 200
def loginFinished(self):
if str(self.code) == '200':
self.header.loginBox.accept()
self.setUserData()
@toTask
def setUserData(self):
profile = self.loginInfor['profile']
avatarUrl = profile['avatarUrl']
self.header.userPix.setSrc(avatarUrl)
# 加载该账户创建及喜欢的歌单。
userId = profile['userId']
future = aAsync(netease.user_playlist, userId)
data = yield from future
nickname = profile['nickname']
self.header.loginButton.setText(nickname)
self.header.loginButton.clicked.disconnect()
self.header.loginButton.clicked.connect(self.exitLogin)
self.header.parent.navigation.config.setPlaylists(data)
def emitWarning(self, warningStr):
self.header.loginBox.setWarningAndShowIt(warningStr)
def exitLogin(self):
self.loginInfor = {}
self.header.loginButton.setText('未登录 ▼')
self.header.loginButton.clicked.connect(self.showLoginBox)
self.header.userPix.setSrc('resource/nouser.png')
self.header.parent.navigation.config.clearPlaylists()
@checkFolder(allCookiesFolder)
def saveCookies(self):
with open(self.loginCookiesFolder, 'wb') as f:
pickle.dump(self.loginInfor, f)
@checkFolder(allCookiesFolder)
def loadCookies(self):
with open(self.loginCookiesFolder, 'rb') as f:
self.loginInfor = pickle.load(f)
self.setUserData()
self.header.loginButton.clicked.disconnect()
self.header.loginButton.clicked.connect(self.exitLogin)
class ConfigHeader(QObject):
loginCookiesFolder = 'cookies/headers/loginInfor.cks'
allCookiesFolder = [loginCookiesFolder]
def __init__(self, header):
super(ConfigHeader, self).__init__()
self.header = header
self.loginThread = RequestThread(self, None, self.loginFinished)
self.loginThread.breakSignal.connect(self.emitWarning)
self.header.loginBox.connectLogin(self.login)
self.loginInfor = {}
self.result = None
self.songsDetail = None
# 用于确定登陆状态。
self.code = 200
# 用于确定是否最大化.
self.isMax = False
self.bindConnect()
self.loadCookies()
def bindConnect(self):
self.header.closeButton.clicked.connect(self.header.parent.close)
self.header.showminButton.clicked.connect(self.header.parent.showMinimized)
self.header.showmaxButton.clicked.connect(self.showMaxiOrRevert)
self.header.loginButton.clicked.connect(self.showLoginBox)
self.header.prevButton.clicked.connect(self.header.parent.config.prevTab)
self.header.nextButton.clicked.connect(self.header.parent.config.nextTab)
self.header.searchLine.setButtonSlot(lambda: self.search())
def showMaxiOrRevert(self):
if self.isMax:
self.header.parent.showNormal()
self.isMax = False
else:
self.header.parent.showMaximized()
self.isMax = True
@toTask
def search(self):
text = self.header.searchLine.text()
future = aAsync(netease.search, text)
self.result = yield from future
if not self.result['songCount']:
songsIds = []
self.result['songs'] = []
else:
songsIds = [i['id'] for i in self.result['songs']]
self.songsDetail = {j:'http{0}'.format(i) for i, j in enumerate(songsIds)}
# 进行重新编辑方便索引。
songs = self.result['songs']
self.result['songs'] = [{'name':i['name'],
'artists': i['ar'],
'picUrl': i['al']['picUrl'],
'mp3Url': self.songsDetail[i['id']],
'duration': i['dt'],
'music_id':i['id']} for i in songs]
songsCount = self.result['songCount']
# 总数是0即没有找到。
if not songsCount:
songs = []
else:
songs = self.result['songs']
self.header.parent.searchArea.setText(text)
self.header.parent.searchArea.config.setSingsData(songs)
self.header.parent.config.setTabIndex(5)
def showLoginBox(self):
self.header.loginBox.open()
def login(self):
informations = self.header.loginBox.checkAndGetLoginInformation()
if not informations:
return
self.loginThread.setTarget(self.loadLoginInformations)
self.loginThread.setArgs(informations)
self.loginThread.start()
def loadLoginInformations(self, informations:tuple):
result = netease.login(*informations)
# 网络不通或其他问题。
if not result:
self.loginThread.breakSignal.emit('请检查网络后重试~.')
self.code = 500
return
code = result.get('code')
if str(code) != '200':
self.loginThread.breakSignal.emit(str(result.get('msg')))
self.code = 500
return
self.loginInfor = result
self.code = 200
def loginFinished(self):
if str(self.code) == '200':
self.header.loginBox.accept()
self.setUserData()
@toTask
def setUserData(self):
profile = self.loginInfor['profile']
avatarUrl = profile['avatarUrl']
self.header.userPix.setSrc(avatarUrl)
# 加载该账户创建及喜欢的歌单。
userId = profile['userId']
future = aAsync(netease.user_playlist, userId)
data = yield from future
nickname = profile['nickname']
self.header.loginButton.setText(nickname)
self.header.loginButton.clicked.disconnect()
self.header.loginButton.clicked.connect(self.exitLogin)
self.header.parent.navigation.config.setPlaylists(data)
def emitWarning(self, warningStr):
self.header.loginBox.setWarningAndShowIt(warningStr)
def exitLogin(self):
self.loginInfor = {}
self.header.loginButton.setText('未登录 ▼')
self.header.loginButton.clicked.connect(self.showLoginBox)
self.header.userPix.setSrc('resource/nouser.png')
self.header.parent.navigation.config.clearPlaylists()
@checkFolder(allCookiesFolder)
def saveCookies(self):
with open(self.loginCookiesFolder, 'wb') as f:
pickle.dump(self.loginInfor, f)
@checkFolder(allCookiesFolder)
def loadCookies(self):
with open(self.loginCookiesFolder, 'rb') as f:
self.loginInfor = pickle.load(f)
self.setUserData()
self.header.loginButton.clicked.disconnect()
self.header.loginButton.clicked.connect(self.exitLogin)
class ConfigNavigation(QObject):
def __init__(self, navigation):
super(ConfigNavigation, self).__init__()
self.navigation = navigation
self.detailFrame = self.navigation.parent.detailSings
# window
self.mainContents = self.navigation.parent
self.nativeListFunction = lambda: self.mainContents.mainContents.setCurrentIndex(
2)
self.singsFunction = self.none
self.playlists = []
self.playlistThread = RequestThread(self)
self.playlistThread.setTarget(self.requestsDetail)
self.playlistThread.finished.connect(self.setDetail)
self.result = None
self.singsUrls = None
self.coverImgUrl = None
self.api = netEase
self.bindConnect()
def bindConnect(self):
self.navigation.navigationList.itemPressed.connect(
self.navigationListItemClickEvent)
self.navigation.nativeList.itemPressed.connect(
self.nativeListItemClickEvent)
def navigationListItemClickEvent(self):
"""用户处理导航栏的点击事件。"""
# 处理其他组件取消选中。
for i in self.playlists:
if i.isChecked():
i.setCheckable(False)
i.setCheckable(True)
break
self.navigation.nativeList.setCurrentRow(-1)
"""处理事件。"""
self.navigationListFunction()
def nativeListItemClickEvent(self):
"""本地功能的点击事件。"""
for i in self.playlists:
if i.isChecked():
i.setCheckable(False)
i.setCheckable(True)
break
self.navigation.navigationList.setCurrentRow(-1)
"""处理事件。"""
self.nativeListFunction()
def singsButtonClickEvent(self):
"""歌单的点击事件。"""
self.navigation.navigationList.setCurrentRow(-1)
self.navigation.nativeList.setCurrentRow(-1)
"""处理事件。"""
self.singsFunction()
def setPlaylists(self, datas):
# 布局原因，需要在最后加一个stretch才可以正常布局。
# 所以这边先将最后一个stretch删去，将所有的内容添加完成后在加上。
self.navigation.mainLayout.takeAt(self.navigation.mainLayout.count() -
1)
for i in datas:
button = PlaylistButton(self, i['id'], i['coverImgUrl'],
QIcon('resource/notes.png'), i['name'])
button.hasClicked.connect(self.startRequest)
self.playlists.append(button)
self.navigation.mainLayout.addWidget(button)
self.navigation.mainLayout.addStretch(1)
def clearPlaylists(self):
for i in self.playlists:
i.deleteLater()
self.playlists = []
for i in range(11, self.navigation.mainLayout.count()):
self.navigation.mainLayout.takeAt(i)
self.navigation.mainLayout.addStretch(1)
def startRequest(self, ids, coverImgUrl):
self.coverImgUrl = coverImgUrl
self.playlistThread.setArgs(ids)
self.playlistThread.start()
self.singsButtonClickEvent()
def requestsDetail(self, ids):
result = self.api.details_playlist(ids)
self.result = result
# 由于旧API不在直接返回歌曲地址，需要获取歌曲号后再次进行请求。
singsIds = [i['id'] for i in result['tracks']]
# 此处还有些问题。
# 由于是两次url请求，稍微变得有点慢。
self.singsUrls = {
i['id']: i['url']
for i in self.api.singsUrl(singsIds)
}
self.singsUrls = [self.singsUrls[i] for i in singsIds]
def setDetail(self):
# 方便书写。
result = self.result
self.detailFrame.config.setupDetailFrames(result, self.singsUrls)
self.detailFrame.picLabel.setSrc(self.coverImgUrl)
self.detailFrame.picLabel.setStyleSheet('''QLabel {padding: 10px;}''')
# 隐藏原来的区域，显示现在的区域。
self.mainContents.mainContents.setCurrentIndex(1)
def navigationListFunction(self):
isVisible = self.navigation.parent.mainContent.tab.isVisible()
if self.navigation.navigationList.currentRow() == 0:
# 发现音乐。
self.navigation.parent.mainContents.setCurrentIndex(0)
def none(self):
pass
class ConfigNetEase(QObject):
def __init__(self, parent=None):
super(ConfigNetEase, self).__init__()
self.netEase = parent
self.netEaseParent = self.netEase.parent
# window - > detailSings.
self.detailFrame = self.netEaseParent.parent.detailSings
self.mainContents = self.netEaseParent.parent
# ThreadPool方式。
# 线程池方法说明:
# PyQt的线程池由此创建，最好指定下最大连接数。
# QThreadPool需要一个QRunnable对象作为目标。
# 如下所创建的_PicThreadTask，需要重写run函数。
# 然后在需要使用时创建:
# task = _PicThreadTask
# 并交由QThreadPool开始，self.picThreadPool(task)
# 循环就可以。
# 由于QRunnable不是由QObject继承来的，所以无法享受到信号槽机制。
# 而PyQt中跨线程最好是不要进行界面操作。否则会有非常多意想不到的后果。
self.picThreadPool = QThreadPool()
self.picThreadPool.setMaxThreadCount(5)
# QueueObject定义在base中，是一个由Queue与QObject组成的对象。
# 一方面Queue线程安全，另一方面QObject带有信号槽机制。
# 那只要QRunnable线程中请求完了内容，将内容添加到QueueObject中，
# 由QueueObject发出信号通知主线程进行界面操作就可以安全的完成。
# 这里是图片的操作。
self.queue = QueueObject()
self.queue.add.connect(self._setStyleCodesByThreadPool)
# 连接滑轮到底的信号槽。
# 同时连接图片下载的线程全部完成的信号槽。
# 若一轮图片下载完成并且滑到底部则进行下一次线程，否则将不会。
self.netEase.scrollDown.connect(self.sliderDownEvent)
# self.picManager.allFinished.connect(self.picManagerFinishedEvent)
# 用于存储结果。
self.result = []
# 歌单请求后的内容和缓存。
self.reqResult = None
self.cache = None
self.singsUrls = None
self.picName = None
# 歌单的索引。
self.singsFrames = []
# 歌单显示名的url。
self.singPicUrls = []
# 歌单名称。
self.singNames = []
# 歌单id。
self.playlistIds = []
# 歌曲ids。
self.singsIds = []
# 一个是否滑到底部的flag。
self.sliderDown = False
# 布局用row。
self.gridRow = 0
# 布局用column。
self.gridColumn = 0
self.offset = 0
self.myHeight = 0
self.api = netease
# self.initThread()
def initThread(self):
# 一个线程，初始化用于请求歌单的全部内容。
self.netThread = RequestThread(self, self.getSings)
self.netThread.finished.connect(self.threadSetSings)
self.netThread.setFlag(True)
self.netThread.start()
self.singsThread = RequestThread(self)
self.singsThread.setTarget(self.requestsDetail)
self.singsThread.finished.connect(self.setRequestsDetail)
def getSings(self):
"""请求一波歌单，一次30个。设置offset会设置请求量。"""
result = self.api.all_playlist(offset=self.offset)
if not result:
return
for i in result:
self.result.append(i)
self.singNames.append(i['name'])
self.singPicUrls.append(i['coverImgUrl'])
self.playlistIds.append(i['id'])
"""测试线程池方法。"""
def threadSetSings(self):
if not self.result:
return
for i in range(30):
i += self.offset
picName = makeMd5(self.singPicUrls[i])
frame = OneSing(self.gridRow, self.gridColumn, self.playlistIds[i], self, picName)
frame.clicked.connect(self.startRequest)
frame.nameLabel.setText(self.singNames[i])
self.netEase.mainLayout.addWidget(frame, self.gridRow, self.gridColumn)
# 建立起索引，一是防止垃圾回收了，二是可以找到他的地址。
self.singsFrames.append(frame)
# 用于布局，一行4个。
if self.gridColumn == 3:
self.gridColumn = 0
self.gridRow += 1
else:
self.gridColumn += 1
try:
cacheList = os.listdir('cache')
except:
os.mkdir('cache')
cacheList = os.listdir('cache')
url = self.singPicUrls[i]
# names = str(url[url.rfind('/')+1:])
names = makeMd5(url)
if names in cacheList:
frame.setStyleSheets("QLabel#picLabel{border-image: url(cache/%s)}"%(names))
else:
task = _PicThreadTask(self.queue, frame, url)
self.picThreadPool.start(task)
def _setStyleCodesByThreadPool(self):
# data是线程池的请求完成后的对象。
# 0下标处是widget，1是style代码。
data = self.queue.get()
if not data:
return
else:
data[0].setStyleSheets(data[1])
def startRequest(self, ids, picName):
self.picName = picName
self.singsThread.setArgs(ids)
self.singsThread.start()
def requestsDetail(self, ids):
reqResult = self.api.details_playlist(ids)
self.reqResult = reqResult
# 网易云此处不再返回歌曲地址，由之后播放时单独获取。
self.singsIds = [i['id'] for i in reqResult['tracks']]
self.singsUrls = ['http{0}'.format(i) for i in enumerate(self.singsIds)]
def setRequestsDetail(self):
result = self.reqResult
self.detailFrame.config.setupDetailFrames(result, self.singsUrls, self.singsIds)
self.detailFrame.picLabel.setSrc('cache/{0}'.format(self.picName))
self.detailFrame.picLabel.setStyleSheet('''QLabel {padding: 10px;}''')
# 隐藏原来的区域，显示现在的区域。
self.mainContents.mainContents.setCurrentIndex(1)
# 事件。
def sliderDownEvent(self):
"""滑轮到底的事件。"""
if self.netEase.isHidden() == False:
# toDo, 多个
self.offset += 30
# 判断是否在工作，免得多次start。
if self.netThread.isRunning():
return
else:
self.netThread.start()
class ConfigNetEase(QObject):
def __init__(self, parent=None):
super(ConfigNetEase, self).__init__()
self.netEase = parent
self.netEaseParent = self.netEase.parent
# window - > detailSings.
self.detailFrame = self.netEaseParent.parent.detailSings
self.mainContents = self.netEaseParent.parent
# ThreadPool方式。
# 线程池方法说明:
# PyQt的线程池由此创建，最好指定下最大连接数。
# QThreadPool需要一个QRunnable对象作为目标。
# 如下所创建的_PicThreadTask，需要重写run函数。
# 然后在需要使用时创建:
# task = _PicThreadTask
# 并交由QThreadPool开始，self.picThreadPool(task)
# 循环就可以。
# 由于QRunnable不是由QObject继承来的，所以无法享受到信号槽机制。
# 而PyQt中跨线程最好是不要进行界面操作。否则会有非常多意想不到的后果。
self.picThreadPool = QThreadPool()
self.picThreadPool.setMaxThreadCount(5)
# QueueObject定义在base中，是一个由Queue与QObject组成的对象。
# 一方面Queue线程安全，另一方面QObject带有信号槽机制。
# 那只要QRunnable线程中请求完了内容，将内容添加到QueueObject中，
# 由QueueObject发出信号通知主线程进行界面操作就可以安全的完成。
# 这里是图片的操作。
self.queue = QueueObject()
self.queue.add.connect(self._setStyleCodesByThreadPool)
# 连接滑轮到底的信号槽。
# 同时连接图片下载的线程全部完成的信号槽。
# 若一轮图片下载完成并且滑到底部则进行下一次线程，否则将不会。
self.netEase.scrollDown.connect(self.sliderDownEvent)
# self.picManager.allFinished.connect(self.picManagerFinishedEvent)
# 用于存储结果。
self.result = []
# 歌单请求后的内容和缓存。
self.reqResult = None
self.cache = None
self.singsUrls = None
self.picName = None
# 歌单的索引。
self.singsFrames = []
# 歌单显示名的url。
self.singPicUrls = []
# 歌单名称。
self.singNames = []
# 歌单id。
self.playlistIds = []
# 歌曲ids。
self.singsIds = []
# 一个是否滑到底部的flag。
self.sliderDown = False
# 布局用row。
self.gridRow = 0
# 布局用column。
self.gridColumn = 0
self.offset = 0
# 用于不足时的补足。
self.offsetComplement = 30
self.myHeight = 0
self.api = netease
# self.initThread()
def initThread(self):
# 一个线程，初始化用于请求歌单的全部内容。
self.netThread = RequestThread(self, self.getSings)
self.netThread.finished.connect(self.threadSetSings)
self.netThread.setFlag(True)
self.netThread.start()
self.singsThread = RequestThread(self)
self.singsThread.setTarget(self.requestsDetail)
self.singsThread.finished.connect(self.setRequestsDetail)
def getSings(self):
"""请求一波歌单，一次30个。设置offset会设置请求量。"""
result = self.api.all_playlist(offset=self.offset)
if not result:
return
for i in result:
self.result.append(i)
self.singNames.append(i['name'])
self.singPicUrls.append(i['coverImgUrl'])
self.playlistIds.append(i['id'])
"""测试线程池方法。"""
def threadSetSings(self):
if not self.result:
return
length = len(self.singPicUrls)
for i in range(30):
i += self.offset
# 根本原因是不足30个。
if i >= length:
self.offsetComplement = length % 30
break
picName = makeMd5(self.singPicUrls[i])
frame = OneSing(self.gridRow, self.gridColumn, self.playlistIds[i], self, picName)
frame.clicked.connect(self.startRequest)
frame.nameLabel.setText(self.singNames[i])
self.netEase.mainLayout.addWidget(frame, self.gridRow, self.gridColumn)
# 建立起索引，一是防止垃圾回收了，二是可以找到他的地址。
self.singsFrames.append(frame)
# 用于布局，一行4个。
if self.gridColumn == 3:
self.gridColumn = 0
self.gridRow += 1
else:
self.gridColumn += 1
try:
cacheList = os.listdir('cache')
except:
os.mkdir('cache')
cacheList = os.listdir('cache')
url = self.singPicUrls[i]
# names = str(url[url.rfind('/')+1:])
names = makeMd5(url)
if names in cacheList:
frame.setStyleSheets("QLabel#picLabel{border-image: url(cache/%s)}"%(names))
else:
task = _PicThreadTask(self.queue, frame, url)
self.picThreadPool.start(task)
else:
# 如果顺利进行会将offsetComplement变成原30。
self.offsetComplement = 30
def _setStyleCodesByThreadPool(self):
# data是线程池的请求完成后的对象。
# 0下标处是widget，1是style代码。
data = self.queue.get()
if not data:
return
else:
data[0].setStyleSheets(data[1])
def startRequest(self, ids, picName):
self.picName = picName
self.singsThread.setArgs(ids)
self.singsThread.start()
def requestsDetail(self, ids):
reqResult = self.api.details_playlist(ids)
self.reqResult = reqResult
# 网易云此处不再返回歌曲地址，由之后播放时单独获取。
self.singsIds = [i['id'] for i in reqResult['tracks']]
self.singsUrls = ['http{0}'.format(i) for i in enumerate(self.singsIds)]
def setRequestsDetail(self):
result = self.reqResult
self.detailFrame.config.setupDetailFrames(result, self.singsUrls, self.singsIds)
self.detailFrame.picLabel.setSrc('cache/{0}'.format(self.picName))
self.detailFrame.picLabel.setStyleSheet('''QLabel {padding: 10px;}''')
# 隐藏原来的区域，显示现在的区域。
self.mainContents.mainContents.setCurrentIndex(1)
# 事件。
def sliderDownEvent(self):
"""滑轮到底的事件。"""
if self.netEase.isHidden() == False:
# toDo, 多个
self.offset += self.offsetComplement
# 判断是否在工作，免得多次start。
if self.netThread.isRunning():
return
else:
self.netThread.start()