def get_block_item_attributes(self, block_index):
""" Overloads the BaseAdapters stock implementation of this method """
block = self._topology.blocks[block_index]
attrs = BlockItemAttributes()
attrs.bgcolor = "white"
attrs.border_color = "red"
attrs.border_width = 0
attrs.label = block.vertex.name
attrs.label_color = "red"
attrs.spacerwidth = 20
attrs.draw_debug = True
return attrs
def get_block_item_attributes(self, block_index):
""" Overloads the BaseAdapters stock implementation of this method """
block = self._topology.blocks[block_index]
attrs = BlockItemAttributes()
attrs.bgcolor = None
attrs.border_color = "black"
attrs.border_width = 5
attrs.label = block.vertex.name
attrs.tooltip_text = "Node:\t%s\nCPU:\t%d\nMEM:\t%s\nThreads:\t%d" % (
block.vertex.name, block.vertex.cpu_load_mean,
sizeof_fmt(block.vertex.virt_mem_mean), block.vertex.num_threads)
attrs.label_color = "black"
# attrs.spacerwidth = block.vertex.
attrs.spacerwidth = 30
return attrs
def get_block_item_attributes(self, block_index):
""" Overloads the BaseAdapters stock implementation of this method """
block = self._topology.blocks[block_index]
attrs = BlockItemAttributes()
attrs.bgcolor = None
attrs.border_color = "black"
attrs.border_width = 5
#attrs.label = block.vertex.name
attrs.tooltip_text = "Node:\t%s\nCPU:\t%d\nMEM:\t%s\nThreads:\t%d" % (
block.vertex.name, block.vertex.cpu_load_mean,
sizeof_fmt(block.vertex.virt_mem_mean), block.vertex.num_threads)
attrs.label_color = "black"
# attrs.spacerwidth = block.vertex.
#attrs.spacerwidth = 30
#attrs.label = block.vertex.name
#attrs.label = "%s\nCPU: %d\nMEM: %s" % (block.vertex.name, block.vertex.cpu_load_mean, sizeof_fmt(block.vertex.virt_mem_mean))
toplen = len("%s" % (block.vertex.name))
cpulen = len("CPU: %d" % (block.vertex.cpu_load_mean))
memlen = len("MEM: %s" % (sizeof_fmt(block.vertex.virt_mem_mean)))
thrlen = len("Thr: %d" % (block.vertex.num_threads))
maxlen = toplen if toplen > cpulen else cpulen
maxlen = maxlen if maxlen > memlen else memlen
maxlen = maxlen if maxlen > thrlen else thrlen
toplen = maxlen - toplen
cpulen = maxlen - cpulen
memlen = maxlen - memlen
thrlen = maxlen - thrlen
topstr = "%s" % (block.vertex.name)
topstr = topstr.ljust(toplen)
cpustr = "CPU: %d" % (block.vertex.cpu_load_mean)
cpustr = cpustr.ljust(cpulen)
memstr = "MEM: %s" % (sizeof_fmt(block.vertex.virt_mem_mean))
memstr = memstr.ljust(memlen)
thrstr = "Thr: %d" % (block.vertex.num_threads)
thrstr = thrstr.ljust(thrlen)
attrs.label = "%s\n%s\n%s\n%s" % (topstr, cpustr, memstr, thrstr)
#attrs.width = 15
if block.vertex.virt_mem_mean > 1073741824:
attrs.spacerwidth = 180
attrs.width = 180
elif block.vertex.virt_mem_mean > 1048576 * 100:
attrs.spacerwidth = 160
attrs.width = 160
elif block.vertex.virt_mem_mean > 1048576 * 10:
attrs.spacerwidth = 140
attrs.width = 140
elif block.vertex.virt_mem_mean > 1048576:
attrs.spacerwidth = 120
attrs.width = 120
elif block.vertex.virt_mem_mean > 1024 * 100:
attrs.spacerwidth = 100
attrs.width = 100
elif block.vertex.virt_mem_mean > 1024 * 10:
attrs.spacerwidth = 80
attrs.width = 80
else:
attrs.spacerwidth = 50
attrs.width = 50
return attrs
