def generateReport(self, report):
report.name = self.name
report.fractionOfUsedMemoryDirty = self.fractionOfUsedMemoryDirty()
report.usedMemory = self.usedMemory()
report.lastAccessTime = self.lastAccessTime()
report.type = type(self)
report.id = id(self)
for i, (b_ind, block) in enumerate(self._labelers.iteritems()):
start = self._blockShape*self._flatBlockIndices[b_ind]
stop = numpy.minimum(start + self._blockShape, self.Output.meta.shape)
n = MemInfoNode()
n.roi = (start, stop)
report.children.append(n)
block.generateReport(n)
def generateReport(self, report):
report.name = self.name
report.fractionOfUsedMemoryDirty = self.fractionOfUsedMemoryDirty()
report.usedMemory = self.usedMemory()
report.lastAccessTime = self.lastAccessTime()
report.type = type(self)
report.id = id(self)
for i, (b_ind, block) in enumerate(self._labelers.iteritems()):
start = self._blockShape * self._flatBlockIndices[b_ind]
stop = numpy.minimum(start + self._blockShape,
self.Output.meta.shape)
n = MemInfoNode()
n.roi = (start, stop)
report.children.append(n)
block.generateReport(n)
def generateReport(self, report):
report.name = self.name
report.fractionOfUsedMemoryDirty = self.fractionOfUsedMemoryDirty()
report.usedMemory = self.usedMemory()
report.type = type(self)
report.id = id(self)
for block_index in self._cache_list.keys():
start = self._blockShape*self._get_block_multi_index(block_index)
stop = map(lambda z: z[0]+z[1], zip(start, self._blockShape))
stop = numpy.minimum(stop, self.Output.meta.shape)
n = MemInfoNode()
n.roi = (start, stop)
report.children.append(n)
try:
block = self._cache_list[block_index]
except KeyError:
# probably cleaned up
pass
else:
block.generateReport(n)
def generateReport(self, report):
report.name = self.name
report.fractionOfUsedMemoryDirty = self.fractionOfUsedMemoryDirty()
report.usedMemory = self.usedMemory()
report.type = type(self)
report.id = id(self)
for block_index in self._cache_list.keys():
start = self._blockShape * self._get_block_multi_index(block_index)
stop = map(lambda z: z[0] + z[1], zip(start, self._blockShape))
stop = numpy.minimum(stop, self.Output.meta.shape)
n = MemInfoNode()
n.roi = (start, stop)
report.children.append(n)
try:
block = self._cache_list[block_index]
except KeyError:
# probably cleaned up
pass
else:
block.generateReport(n)
