def main():
# 处理命令行参数
parseArgs.parseArgs()
# 开始
print()
print('downloading with mdown...')
print('%s%-16s%s' % (' ', 'Url:', Configuration.url))
print('%s%-16s%s' % (' ', 'Thread:', Configuration.thread))
print('%s%-16s%s' % (' ', 'Name:', Configuration.name))
print('%s%-16s%s' % (' ', 'OutPath:', Configuration.outPath))
print()
# 构造M3u8
print('parsing m3u8...')
m3u8 = M3u8(url=Configuration.url, timeout=Configuration.timeout)
if not m3u8.isM3u8():
print()
print('error: "%s" is not a correct URL' % Configuration.url)
print('please check your URL through your browser')
return
pass
print('parsing succeed')
print()
print('%s%-16s%s' % (' ', 'Length:', m3u8.getTsLength()))
print('%s%-16s%s' % (' ', 'Duration:', m3u8.getDuration()))
print()
# 构造M3u8Downloader
downloader = M3u8Downloader(tsList=m3u8.getList(),
path=Configuration.outPath,
filename=Configuration.name,
maxWorkers=Configuration.thread,
timeout=Configuration.timeout,
interval=0.2,
temp=Configuration.temp)
# 下载视频
print('downloading...')
downloader.download()
# 打印项目信息
print()
print('项目地址：https://github.com/tanyiqu/mdown，觉得好用就给个star吧！')
pass
def evaluate(self, data, pos) :
self.startPosition = pos; self.newPosition = pos
# Args offset by parens
argsAndLen = getPyArgs(data.getSliceForward(pos))
args = argsAndLen[0]; lengthOfOriginalArgs = argsAndLen[1]
args = parseArgs(args)
if debug > debugLevel :
print 'cs: ',args
print 'cs: pos: ',pos
replaceString = args.keys()
if debug > debugLevel :
print 'cs-rs0: ',replaceString
# Experiment with putting new text back onto the input...
self.newPosition = pos + lengthOfOriginalArgs
data.setPosition(self.newPosition)
newText = ''; src = ''
# Search for the end of the subroutine to determine how much to copy.
# For the future: How to deal with nested? Maybe understand "contains"?
# Also: Consider the case of FUNCTION too.
# allow caller to set end of block, but default to 'end subroutine'
key = ':BeginIfToken'; defaultToken = '<BeginIf>'
beginRE = self.addTokenRE(args,key,defaultToken,prefix='')
key = ':ElseToken'; defaultToken = '<Else>'
elseRE = self.addTokenRE(args,key,defaultToken,prefix='')
key = ":EndIfToken"; defaultToken = '<EndIf>'
endifRE = self.addTokenRE(args,key,defaultToken,prefix='')
key = ":UntilEnd"; defaultToken = '<UntilEndIfs>'
untilRE = self.addTokenRE(args,key,defaultToken,prefix='')
mUntil = self.searchTokenToEnd(':UntilEnd',data,self.newPosition)
# Or maybe findall?
# We should signal an error if we detect more than one :UntilEnd token...
# Get a pos and limit searches below.
# But first, just find when the first stop is.
if mUntil :
# print ':UntilEnd found'
mU_span = mUntil.span()
else :
if debug > debugLevel :
print ':UntilEnd not found, searching to end'
mU_span = [data.getLength()-1,data.getLength()-1]
if debug > debugLevel :
print 'mU_span: ',mU_span
# until the first UntilEndifsToken
mUntilPos = mU_span[0]
if debug > debugLevel :
# print 'mUntilPos: ',mUntilPos
print 'data: ',data.getSlice(self.newPosition,self.newPosition+mUntilPos+5)
print 'data: ',data.getSlice(self.newPosition+mUntilPos,self.newPosition+mUntilPos+5)
mBeginIter = self.finditerTokenToPosition(':BeginIfToken',data,self.newPosition,self.newPosition+mUntilPos)
if not mBeginIter :
return self.makeTokenErrorMessage( \
'Ifs-Syntax error... Maybe not found... ',':BeginIfToken')
mEndIfIter = self.finditerTokenToPosition(':EndIfToken',data,self.newPosition,self.newPosition+mUntilPos)
if not mEndIfIter :
return self.makeTokenErrorMessage( \
'Ifs-Syntax error... Maybe not found... ',':EndIfToken')
mElseIter = self.finditerTokenToPosition(':ElseToken',data,self.newPosition,self.newPosition+mUntilPos)
beginsStart = []; beginsEnd = []
for i in mBeginIter :
beginsStart.append(i.start())
beginsEnd.append(i.end())
elsesStart = []; elsesEnd = []
if mElseIter :
for i in mElseIter :
elsesStart.append(i.start())
elsesEnd.append(i.end())
endsStart = []; endsEnd = []
for i in mEndIfIter :
endsStart.append(i.start())
endsEnd.append(i.end())
if debug > debugLevel :
print 'be: ',beginsEnd
print 'es: ',endsStart
print 'ee: ',endsEnd
pos = self.getNewPosition()
# for i in range(len(beginsStart)) :
# print 'bs(',i,') : ',data.getSlice(pos+beginsStart[i],pos+beginsStart[i]+10)
# for i in range(len(endsStart)) :
# print 'es(',i,') : ',data.getSlice(pos+endsStart[0],pos+endsStart[0]+10)
ok = interleavedp(beginsEnd,endsStart,m=elsesStart)
if not ok :
return 'IF -- BeginIf-Else-EndIf interleaving error'
ifIntervals = []; elseIntervals = []
elseCount = 0
# for ii in range(len(beginsEnd)-1) :
for ii in range(len(beginsEnd)) :
beg = beginsEnd[ii]
elsePos = None
end = endsStart[ii]
if elsesEnd :
e = elsesEnd[elseCount]
if (beg < e) and (e < end) :
elsePos = e #?
ifIntervals.append(interval(beg,elsesStart[elseCount]))
elseIntervals.append(interval(elsesEnd[elseCount],end))
elseCount = elseCount + 1
else :
ifIntervals.append(interval(beg,end))
else :
ifIntervals.append(interval(beg,end))
KeepIfClause = False
if not ':test' in args.keys() :
# print 'no :test in IF!'
return 'no :test in IF!'
else :
# print ':test = ',args[':test']
p = eval(args[':test'])
KeepIfClause = p
#mlr ??? p = args[':test']
#mlr-old KeepIfClause = p == 'True'
if debug > debugLevel :
print 'KeepIfClause, p: ',KeepIfClause,p
print '0+++',data.getSliceForward(pos),'---'
pos = self.newPosition
if KeepIfClause :
if debug > debugLevel :
print 'removing else intervals...'
offset = 0
for i in elseIntervals :
data.removeSlice(pos + i.getStart()+offset,pos + i.getEnd()+offset)
offset = offset - ( i.getEnd() - i.getStart() )
else:
if debug > debugLevel :
print 'removing if intervals...'
offset = 0
for i in ifIntervals :
data.removeSlice(pos + i.getStart()+offset,pos + i.getEnd()+offset)
offset = offset - ( i.getEnd() - i.getStart() )
if debug > debugLevel :
print '1+++',data.getSliceForward(pos),'---'
# Remember data has been modified...
pos = self.newPosition
# Get the first one...
mUntil = self.searchTokenToEnd(':UntilEnd',data,self.newPosition)
if mUntil :
# print ':UntilEnd found'
mU_span = mUntil.span()
# print 'mU_span0: ',mU_span
else :
# print ':UntilEnd found not found, searching to end'
if debug > debugLevel :
print 'mU_span1,endsEnd: ',endsEnd
mU_span = [endsEnd[-1],endsEnd[-1]]
# print 'mU_span1: ',mU_span
# until the last :UntilEnd
mUntilPos = mU_span[0]
mUntilEnd = mU_span[1]
clearTokens = True
if ':keepTokens' in args.keys() :
clearTokens = args[':keepTokens'] != 'True'
if clearTokens :
if debug > debugLevel :
print 'clearing tokens in data from ',pos,' to ',pos + mUntilEnd
print '+++',data.getSlice(pos,pos + mUntilEnd),'---'
offsetEnd = 0
for key in self.tokens.keys():
# print 'clearing key = ',key,' = ',self.tokens[key]
# print data.getSlice(pos,mUntilEnd+offset)
clearIter = self.finditerTokenToPosition(key,data,pos,pos + mUntilEnd + offsetEnd )
offset = 0
for item in clearIter :
start = item.start()
end = item.end()
length = end - start
if debug > debugLevel :
print 'pos,start,length,offset',pos,start,length,offset
print '+++',data.getSliceForward(pos),'---'
print 'removing: ',data.getSlice(pos+start+offset,pos+end+offset)
data.removeSlice(pos+start+offset,pos+end+offset)
offset = offset - length
offsetEnd = offsetEnd - length
if debug > debugLevel :
print '+++',data.getSliceForward(pos),'---'
return ''
def evaluate(self, data, pos):
self.startPosition = pos
self.newPosition = pos
# Args offset by parens
argsAndLen = getPyArgs(data.getSliceForward(pos))
args = argsAndLen[0]
lengthOfOriginalArgs = argsAndLen[1]
args = parseArgs(args)
if debug > debugLevel:
print "cs: ", args
print "cs: pos: ", pos
replaceString = args.keys()
if debug > debugLevel:
print "cs-rs0: ", replaceString
# Experiment with putting new text back onto the input...
self.newPosition = pos + lengthOfOriginalArgs
data.setPosition(self.newPosition)
newText = ""
src = ""
# Search for the end of the subroutine to determine how much to copy.
# For the future: How to deal with nested? Maybe understand "contains"?
# Also: Consider the case of FUNCTION too.
# allow caller to set end of block, but default to 'end subroutine'
key = ":BeginIfToken"
defaultToken = "<BeginIf>"
beginRE = self.addTokenRE(args, key, defaultToken, prefix="")
key = ":ElseToken"
defaultToken = "<Else>"
elseRE = self.addTokenRE(args, key, defaultToken, prefix="")
key = ":EndIfToken"
defaultToken = "<EndIf>"
endifRE = self.addTokenRE(args, key, defaultToken, prefix="")
key = ":UntilEnd"
defaultToken = "<UntilEndIfs>"
untilRE = self.addTokenRE(args, key, defaultToken, prefix="")
mUntil = self.searchTokenToEnd(":UntilEnd", data, self.newPosition)
# Or maybe findall?
# We should signal an error if we detect more than one :UntilEnd token...
# Get a pos and limit searches below.
# But first, just find when the first stop is.
if mUntil:
# print ':UntilEnd found'
mU_span = mUntil.span()
else:
if debug > debugLevel:
print ":UntilEnd not found, searching to end"
mU_span = [data.getLength() - 1, data.getLength() - 1]
if debug > debugLevel:
print "mU_span: ", mU_span
# until the first UntilEndifsToken
mUntilPos = mU_span[0]
if debug > debugLevel:
# print 'mUntilPos: ',mUntilPos
print "data: ", data.getSlice(self.newPosition, self.newPosition + mUntilPos + 5)
print "data: ", data.getSlice(self.newPosition + mUntilPos, self.newPosition + mUntilPos + 5)
mBeginIter = self.finditerTokenToPosition(":BeginIfToken", data, self.newPosition, self.newPosition + mUntilPos)
if not mBeginIter:
return self.makeTokenErrorMessage("Ifs-Syntax error... Maybe not found... ", ":BeginIfToken")
mEndIfIter = self.finditerTokenToPosition(":EndIfToken", data, self.newPosition, self.newPosition + mUntilPos)
if not mEndIfIter:
return self.makeTokenErrorMessage("Ifs-Syntax error... Maybe not found... ", ":EndIfToken")
mElseIter = self.finditerTokenToPosition(":ElseToken", data, self.newPosition, self.newPosition + mUntilPos)
beginsStart = []
beginsEnd = []
for i in mBeginIter:
beginsStart.append(i.start())
beginsEnd.append(i.end())
elsesStart = []
elsesEnd = []
if mElseIter:
for i in mElseIter:
elsesStart.append(i.start())
elsesEnd.append(i.end())
endsStart = []
endsEnd = []
for i in mEndIfIter:
endsStart.append(i.start())
endsEnd.append(i.end())
if debug > debugLevel:
print "be: ", beginsEnd
print "es: ", endsStart
print "ee: ", endsEnd
pos = self.getNewPosition()
# for i in range(len(beginsStart)) :
# print 'bs(',i,') : ',data.getSlice(pos+beginsStart[i],pos+beginsStart[i]+10)
# for i in range(len(endsStart)) :
# print 'es(',i,') : ',data.getSlice(pos+endsStart[0],pos+endsStart[0]+10)
ok = interleavedp(beginsEnd, endsStart, m=elsesStart)
if not ok:
return "IF -- BeginIf-Else-EndIf interleaving error"
ifIntervals = []
elseIntervals = []
elseCount = 0
# for ii in range(len(beginsEnd)-1) :
for ii in range(len(beginsEnd)):
beg = beginsEnd[ii]
elsePos = None
end = endsStart[ii]
if elsesEnd:
e = elsesEnd[elseCount]
if (beg < e) and (e < end):
elsePos = e # ?
ifIntervals.append(interval(beg, elsesStart[elseCount]))
elseIntervals.append(interval(elsesEnd[elseCount], end))
elseCount = elseCount + 1
else:
ifIntervals.append(interval(beg, end))
else:
ifIntervals.append(interval(beg, end))
KeepIfClause = False
if not ":test" in args.keys():
# print 'no :test in IF!'
return "no :test in IF!"
else:
# print ':test = ',args[':test']
p = eval(args[":test"])
KeepIfClause = p
# mlr ??? p = args[':test']
# mlr-old KeepIfClause = p == 'True'
if debug > debugLevel:
print "KeepIfClause, p: ", KeepIfClause, p
print "0+++", data.getSliceForward(pos), "---"
pos = self.newPosition
if KeepIfClause:
if debug > debugLevel:
print "removing else intervals..."
offset = 0
for i in elseIntervals:
data.removeSlice(pos + i.getStart() + offset, pos + i.getEnd() + offset)
offset = offset - (i.getEnd() - i.getStart())
else:
if debug > debugLevel:
print "removing if intervals..."
offset = 0
for i in ifIntervals:
data.removeSlice(pos + i.getStart() + offset, pos + i.getEnd() + offset)
offset = offset - (i.getEnd() - i.getStart())
if debug > debugLevel:
print "1+++", data.getSliceForward(pos), "---"
# Remember data has been modified...
pos = self.newPosition
# Get the first one...
mUntil = self.searchTokenToEnd(":UntilEnd", data, self.newPosition)
if mUntil:
# print ':UntilEnd found'
mU_span = mUntil.span()
# print 'mU_span0: ',mU_span
else:
# print ':UntilEnd found not found, searching to end'
if debug > debugLevel:
print "mU_span1,endsEnd: ", endsEnd
mU_span = [endsEnd[-1], endsEnd[-1]]
# print 'mU_span1: ',mU_span
# until the last :UntilEnd
mUntilPos = mU_span[0]
mUntilEnd = mU_span[1]
clearTokens = True
if ":keepTokens" in args.keys():
clearTokens = args[":keepTokens"] != "True"
if clearTokens:
if debug > debugLevel:
print "clearing tokens in data from ", pos, " to ", pos + mUntilEnd
print "+++", data.getSlice(pos, pos + mUntilEnd), "---"
offsetEnd = 0
for key in self.tokens.keys():
# print 'clearing key = ',key,' = ',self.tokens[key]
# print data.getSlice(pos,mUntilEnd+offset)
clearIter = self.finditerTokenToPosition(key, data, pos, pos + mUntilEnd + offsetEnd)
offset = 0
for item in clearIter:
start = item.start()
end = item.end()
length = end - start
if debug > debugLevel:
print "pos,start,length,offset", pos, start, length, offset
print "+++", data.getSliceForward(pos), "---"
print "removing: ", data.getSlice(pos + start + offset, pos + end + offset)
data.removeSlice(pos + start + offset, pos + end + offset)
offset = offset - length
offsetEnd = offsetEnd - length
if debug > debugLevel:
print "+++", data.getSliceForward(pos), "---"
return ""
def evaluate(self,data,pos):
self.startPosition = pos; self.newPosition = pos
# Args offset by parens
argsAndLen = getPyArgs(data.getSliceForward(pos))
args = argsAndLen[0]; lengthOfOriginalArgs = argsAndLen[1]
args = parseArgs(args)
if debug > debugLevel :
print 'cs: ',args
replaceString = args.keys()
if debug > debugLevel :
print 'cs-rs0: ',replaceString
# Experiment with putting new text back onto the input...
self.newPosition = pos + lengthOfOriginalArgs
data.setPosition(self.newPosition)
newText = ''; src = ''
# Search for the end of the subroutine to determine how much to copy.
# For the future: How to deal with nested? Maybe understand "contains"?
# Also: Consider the case of FUNCTION too.
# allow caller to set end of block, but default to 'end subroutine'
untilRE = self.addTokenRE(args,':until',r'end subroutine')
#mlr- if not ':until' in replaceString :
#mlr- untilEndToken = r'end subroutine'
#mlr- else :
#mlr- untilEndToken = args[':until'][:]
#mlr- del args[':until']
#mlr- RE=r'''(?i)[ \t]*'''+untilEndToken
#mlr-
#mlr- if debug > debugLevel :
#mlr- print 'args: ',args
#mlr- print 'RE: ',RE
#mlr-
#mlr- untilRE = re.compile(RE)
m = data.searchToEnd(untilRE,self.newPosition)
if not m :
print 'Repeat syntax error: untilEndToken: "'+untilEndToken+'" not found'
return '<Repeat syntax error: untilEndToken: "'+untilEndToken+'" not found>'
findex = m.start()
blockPos = self.newPosition
blockPosEOL = blockPos + findex
while data.getItem(blockPosEOL) != '\n' :
blockPosEOL += 1
if blockPosEOL > data.getLength() :
print 'Repeat no EOL on end of subroutine!'
break
# copy a slice...
self.newPosition = blockPosEOL
if debug > debugLevel :
print 'cs: rs ',replaceString
print 'cs: bp. ',blockPos,blockPosEOL
# Copy the data
origSrc = data.getSlice(blockPos,blockPosEOL)
# When you reach a new case, make enough copies for the substitution.
srcList = [origSrc[:]]
for k in args.keys():
p = '<'+k+'>'
l = args[k]
if not type(l) is list:
l = [l]
tmpList = []
for s in srcList:
for v in l:
# Make the substitution
tmpList.append(re.sub(p,str(v),s[:]))
srcList = tmpList
# Bring the copies together
newText = newText + ''.join(srcList)
# Experiment with putting data onto the input stream
data.insert(self.newPosition,newText)
return ''
def retrieveCRL(ejbcaHost, caName):
try:
rawCRL = certUtils.retrieveCACRL(ejbcaHost, caName)
except KeyError:
print("Invalid answer returned from EJBCA.")
exit(-1)
try:
certUtils.saveCRL(conf.certsDir + "/" + caName + ".crl", rawCRL)
except crypto.Error:
print("Could not decode retrieved CRL")
exit(-1)
if __name__ == '__main__':
userConf = parseArgs()
userAuth = dojotLogin(userConf.dojot, userConf.username,
userConf.skipHttpsVerification)
print('Authenticated')
certUtils.defaultHeader['Authorization'] = 'Bearer ' + userAuth
retrieveCAChain(userConf.dojot, userConf.caName, userConf.overwrite)
retrieveCRL(userConf.dojot, userConf.caName)
generateKeys(userConf.deviceName,
userConf.keyLength,
userConf.overwrite)
generateCSR(userConf.deviceName,
userConf.overwrite,
def evaluate(self,data,pos):
self.startPosition = pos; self.newPosition = pos
# Args offset by parens
argsAndLen = getPyArgs(data.getSliceForward(pos))
args = argsAndLen[0]; lengthOfOriginalArgs = argsAndLen[1]
args = parseArgs(args)
if debug > debugLevel :
print 'cs: ',args
replaceString = args.keys()
if debug > debugLevel :
print 'cs-rs0: ',replaceString
# Experiment with putting new text back onto the input...
self.newPosition = pos + lengthOfOriginalArgs
data.setPosition(self.newPosition)
newText = ''; src = ''
# Search for the end of the subroutine to determine how much to copy.
# For the future: How to deal with nested? Maybe understand "contains"?
# Also: Consider the case of FUNCTION too.
# allow caller to set end of block, but default to 'end subroutine'
untilRE = self.addTokenRE(args,':until',r'end subroutine')
#mlr- if not ':until' in replaceString :
#mlr- untilEndToken = r'end subroutine'
#mlr- else :
#mlr- untilEndToken = args[':until'][:]
#mlr- del args[':until']
#mlr- RE=r'''(?i)[ \t]*'''+untilEndToken
#mlr-
#mlr- if debug > debugLevel :
#mlr- print 'args: ',args
#mlr- print 'RE: ',RE
#mlr-
#mlr- untilRE = re.compile(RE)
m = data.searchToEnd(untilRE,self.newPosition)
if not m :
print 'Repeat syntax error: untilEndToken: "'+untilEndToken+'" not found'
return '<Repeat syntax error: untilEndToken: "'+untilEndToken+'" not found>'
findex = m.start()
blockPos = self.newPosition
blockPosEOL = blockPos + findex
while data.getItem(blockPosEOL) != '\n' :
blockPosEOL += 1
if blockPosEOL > data.getLength() :
print 'Repeat no EOL on end of subroutine!'
break
# copy a slice...
self.newPosition = blockPosEOL
if debug > debugLevel :
print 'cs: rs ',replaceString
print 'cs: bp. ',blockPos,blockPosEOL
# Copy the data
origSrc = data.getSlice(blockPos,blockPosEOL)
# When you reach a new case, make enough copies for the substitution.
srcList = [origSrc[:]]
for k in args.keys():
p = '<'+k+'>'
l = args[k]
if not type(l) is list:
l = [l]
tmpList = []
for s in srcList:
for v in l:
# Make the substitution
tmpList.append(re.sub(p,str(v),s[:]))
srcList = tmpList
# Bring the copies together
newText = newText + ''.join(srcList)
# Experiment with putting data onto the input stream
data.insert(self.newPosition,newText)
return ''
