def recode(url, duration=None, vfmt=2, outpath='./',
npf=3, freq=10, tmin=5, tmax=20, proxy=None, log=None):
assert duration is None or duration > 0
name = '%s.%s.ts' % (_util.get_time_string(), hash(url))
outfile = pjoin(outpath, name)
log.info("|=> begin: %s", url)
if duration:
log.info("|=>duration: %d", duration)
log.info("|=> output: %s", outfile)
_util.assure_path(outpath)
axel = WorkShop(tmin=tmin, tmax=tmax, log=log)
m3u8 = M3u8Stream(axel=axel, proxy=proxy,log=log)
fetcher = HttpFetcher()
start_at = time.time()
try:
with open(outfile, 'wb') as fp:
if url.find('m3u8') > 0 or __is_url_file(url):
axel.serve()
m3u8.recode(url=url, duration=duration, vfmt=vfmt, fp=fp, npf=npf, freq=cfg.freq)
else:
fetcher.fetch(url=url, fp=fp)
log.info("|=> end: total=%.2fs, out=%s", time.time() - start_at, outfile)
finally:
if axel.isAlive():
axel.setToStop()
axel.join()
def main(cfg, log):
if cfg.playlist:
for url in cfg.urls:
outpath, cfg.urls = parsers.getPlayListParser(url).info(url)
cfg.outpath = pjoin(cfg.outpath, outpath)
util.assure_path(cfg.outpath)
with open(pjoin(cfg.outpath, 'url.txt'), 'w') as fp:
fp.writelines([url + "\n\n"])
for i, clip in enumerate(cfg.urls):
fp.writelines(["[%03d] %s\n"%(i, clip)])
bar = ProgressBar()
ws = WorkShop(tmin=cfg.tmin, tmax=cfg.tmax, log=log)
dlvs = []
for i, url in enumerate(cfg.urls):
dlvideo = VUrlTask(url, vidfmt=cfg.vidfmt, npf=cfg.npf,
outpath=cfg.outpath, bar=bar, log=log)
dlvs.append(dlvideo)
try:
ws.serve()
ws.addTasks(dlvs)
while len(dlvs) > 0:
for i, dlv in enumerate(dlvs):
if dlv.isArchived() or dlv.isError():
del dlvs[i]
_sleep(1)
except Exception as e:
log.exception(e)
finally:
ws.setToStop()
ws.join()
def main(cfg, log):
if cfg.playlist:
for url in cfg.urls:
outpath, cfg.urls = parsers.getPlayListParser(url).info(url)
cfg.outpath = pjoin(cfg.outpath, outpath)
util.assure_path(cfg.outpath)
with open(pjoin(cfg.outpath, 'url.txt'), 'w') as fp:
fp.writelines([url + "\n\n"])
for i, clip in enumerate(cfg.urls):
fp.writelines(["[%03d] %s\n" % (i, clip)])
bar = ProgressBar()
ws = WorkShop(tmin=cfg.tmin, tmax=cfg.tmax, log=log)
dlvs = []
for i, url in enumerate(cfg.urls):
dlvideo = VUrlTask(url,
vidfmt=cfg.vidfmt,
npf=cfg.npf,
outpath=cfg.outpath,
bar=bar,
log=log)
dlvs.append(dlvideo)
try:
ws.serve()
ws.addTasks(dlvs)
while len(dlvs) > 0:
for i, dlv in enumerate(dlvs):
if dlv.isArchived() or dlv.isError():
del dlvs[i]
_sleep(1)
except Exception as e:
log.exception(e)
finally:
ws.setToStop()
ws.join()
def recode(url,
duration=None,
vfmt=2,
outpath='./',
npf=3,
freq=10,
tmin=5,
tmax=20,
proxy=None,
log=None):
assert duration is None or duration > 0
name = '%s.%s.ts' % (_util.get_time_string(), hash(url))
outfile = pjoin(outpath, name)
log.info("|=> begin: %s", url)
if duration:
log.info("|=>duration: %d", duration)
log.info("|=> output: %s", outfile)
_util.assure_path(outpath)
axel = WorkShop(tmin=tmin, tmax=tmax, log=log)
m3u8 = M3u8Stream(axel=axel, proxy=proxy, log=log)
fetcher = HttpFetcher()
start_at = time.time()
try:
with open(outfile, 'wb') as fp:
if url.find('m3u8') > 0 or __is_url_file(url):
axel.serve()
m3u8.recode(url=url,
duration=duration,
vfmt=vfmt,
fp=fp,
npf=npf,
freq=cfg.freq)
else:
fetcher.fetch(url=url, fp=fp)
log.info("|=> end: total=%.2fs, out=%s",
time.time() - start_at, outfile)
finally:
if axel.isAlive():
axel.setToStop()
axel.join()
def __makeSubWorks(self):
urls, npf, headers = \
self.parse_url(self.url, self.vidfmt, self.npf, self.outpath)
if len(urls) == 0:
self.log.info('[VUrlTask] not a video page, %s', self.url)
return
if pexists(self.outname):
self.log.info('[VUrlTask] out put file exists, %s', self.outname)
return
util.assure_path(self.tmpdir)
with open(self.__task_history, 'w') as fp:
fp.write(self.url)
self.log.debug('[VUrlTask] OUT FILE: %s', self.outname)
self.log.debug('[VUrlTask] TMP DIR: %s', self.tmpdir)
self.__makeSubTasks(urls, headers, npf)
if len(self.__subtasks) == 0:
self.cleanup()
return
subworks = []
for tsk in self.__subtasks:
for wk in tsk.subWorks:
subworks.append(wk)
self.addSubWorks(subworks)
def __makeSubWorks(self):
urls, npf, headers = \
self.parse_url(self.url, self.vidfmt, self.npf, self.outpath)
if len(urls) == 0:
self.log.info('[VUrlTask] not a video page, %s', self.url)
return
if pexists(self.outname):
self.log.info('[VUrlTask] out put file exists, %s', self.outname)
return
util.assure_path(self.tmpdir)
with open(self.__task_history, 'w') as fp:
fp.write(self.url)
self.log.debug('[VUrlTask] OUT FILE: %s', self.outname)
self.log.debug('[VUrlTask] TMP DIR: %s', self.tmpdir)
self.__makeSubTasks(urls, headers, npf)
if len(self.__subtasks) == 0:
self.cleanup()
return
subworks = []
for tsk in self.__subtasks:
for wk in tsk.subWorks:
subworks.append(wk)
self.addSubWorks(subworks)
def test_assure_path(self):
print 'test_assure_path'
tmp_path = r'./tmp/a/b/c/d'
util.assure_path(tmp_path)
self.assertTrue(os.path.exists(tmp_path))