def _putResult(self, quality, result):
image = result[1][0]
if image is None:
return
if self.defer_file_creation:
self._createFile()
self.writeHeader(self._file, self.dataset.metainfo, image)
self.writeData(self._file, image)
syncFile(self._file)
session.notifyDataFile(self.filetype, self.dataset.uid,
self.detector.name, self._file.filepath)
def _putResult(self, quality, result):
if result[1][0] is None:
return
if self.defer_file_creation:
self._createFile()
for i, image in enumerate(result[1]):
fp = self._files[i]
self.writeHeader(fp, self.dataset.metainfo, image)
self.writeData(fp, image)
syncFile(fp)
session.notifyDataFile(self.filetype, self.dataset.uid,
self.detector.name,
[fp.filepath for fp in self._files])
def end(self):
if self._file:
self._file.close()
self._file = None
syncFile(self._file)
# datenfile aus dateisystem fieseln und kopieren. als self.linkpaths[0]
# pattern is:
# \home\pc\data2\A_username_JJJJ_MM\username_JJJJ_MM-xxx-A1-yyy.lst
# \home\pc\data3\B_username_JJJJ_MM\username_JJJJ_MM-xxx-B1-yyy.cfg
# \home\pc\data3\B_username_JJJJ_MM\username_JJJJ_MM-xxx-B1-yyy.lst
# where A1= A1...A8 and B1=B1..B8 xxx is local scancounter
# idea: treat \home\pc\data as mount_point and _username_JJJJ_MM
# \username_JJJJ_MM-xxx- as prefix
# srcfiles = '/home/pc/data2/A_' + self.prefix + '-A%d-%03d.lst'
# strategy: scan mountpoint for files containing prefix in their name
for basepath in self.sink.fast_basepaths:
for dirpath, _, filenames in os.walk(basepath):
for filename in filenames:
filepath = os.path.join(dirpath, filename)
if self.prefix in filepath:
self.log.info('found matching datafile: %r' % filepath)