def __plot_vms(self):
col_span = self.__get_total_vm_port_count()
row_span = 1
self.__cluster_open('VMs')
self.__cluster_name('VMs', col_span)
# Plot each VM at a time
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
col_span = len(self.info['vms'][vm]['src_bridge'])
if self.info['floating_ips'].get(self.info['vms'][vm]['uuid']):
col_span = col_span + 1
self.__html_row(vm, row_span, col_span, self.__get_color('vms'))
self.__html_row_close()
# Plot the networks for each port
self.__html_row_open()
col_span = 1
for vm in sorted(self.info['vms'].keys()):
floating_ip_info = self.info['floating_ips'].get(
self.info['vms'][vm]['uuid'])
if floating_ip_info:
network = floating_ip_info.get('pool')
self.__html_row('Floating -' + network, row_span, col_span,
self.colors['floating_ip'])
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
tag = get_vlan_tag(self.info, bridge)
ip = get_intf_ip(self.info, bridge)
network = get_ip_network(self.info, vm, ip)
color = self.__get_vlan_color(tag)
if re.search('unknown', network):
color = self.__get_color('error')
self.__html_row(network, row_span, col_span, color)
self.__html_row_close()
# Plot the IPs for each port
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
floating_ip_info = self.info['floating_ips'].get(
self.info['vms'][vm]['uuid'])
if floating_ip_info:
ip = floating_ip_info.get('floating_ip')
self.__html_row(ip, row_span,
col_span, self.colors['floating_ip'],
ip.replace('.', ''))
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
tag = get_vlan_tag(self.info, bridge)
ip = get_intf_ip(self.info, bridge)
color = self.__get_vlan_color(tag, ip)
if re.search('x.x.x.x', ip):
color = self.__get_color('error')
self.__html_row(ip, row_span, col_span, color,
ip.replace('.', ''))
self.__html_row_close()
self.__cluster_close()
pass
def __plot_vms(self):
col_span = self.__get_total_vm_port_count()
row_span = 1
self.__cluster_open('VMs')
self.__cluster_name('VMs', col_span)
# Plot each VM at a time
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
col_span = len(self.info['vms'][vm]['src_bridge'])
if self.info['floating_ips'].get(self.info['vms'][vm]['uuid']):
col_span = col_span + 1
self.__html_row(vm, row_span, col_span, self.__get_color('vms'))
self.__html_row_close()
# Plot the networks for each port
self.__html_row_open()
col_span = 1
for vm in sorted(self.info['vms'].keys()):
floating_ip_info = self.info['floating_ips'].get(
self.info['vms'][vm]['uuid'])
if floating_ip_info:
network = floating_ip_info.get('pool')
self.__html_row('Floating -' + network, row_span,
col_span, self.colors['floating_ip'])
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
tag = get_vlan_tag(self.info, bridge)
ip = get_intf_ip(self.info, bridge)
network = get_ip_network(self.info, vm, ip)
color = self.__get_vlan_color(tag)
if re.search('unknown', network):
color = self.__get_color('error')
self.__html_row(network, row_span, col_span, color)
self.__html_row_close()
# Plot the IPs for each port
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
floating_ip_info = self.info['floating_ips'].get(
self.info['vms'][vm]['uuid'])
if floating_ip_info:
ip = floating_ip_info.get('floating_ip')
self.__html_row(ip, row_span, col_span, self.colors[
'floating_ip'], ip.replace('.', ''))
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
tag = get_vlan_tag(self.info, bridge)
ip = get_intf_ip(self.info, bridge)
color = self.__get_vlan_color(tag, ip)
if re.search('x.x.x.x', ip):
color = self.__get_color('error')
self.__html_row(ip, row_span, col_span,
color, ip.replace('.', ''))
self.__html_row_close()
self.__cluster_close()
pass
def __plot_linux_bridge(self):
row_span = 1
col_span = self.__get_total_vm_port_count()
self.__cluster_open('LinuxBridge')
self.__cluster_name('Linux Bridge', col_span)
# There must be one linuxbridge entity per VM port.
col_span = 1
# First, the tap devices
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
if self.info['brctl'].has_key(bridge):
for dev in self.info['brctl'][bridge]['interfaces']:
if re.search('^tap', dev):
tag = get_vlan_tag(self.info, bridge)
self.__html_row(dev, row_span, col_span,
self.__get_vlan_color(tag, dev),
dev)
break
self.__html_row_close()
# Second, the linuxbridges
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
if self.info['brctl'].has_key(bridge):
tag = get_vlan_tag(self.info, bridge)
self.__html_row(bridge, row_span, col_span,
self.__get_vlan_color(tag, bridge), bridge)
self.__html_row_close()
# Third, the qvb (one part of eth-pair) devices
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
if self.info['brctl'].has_key(bridge):
for dev in self.info['brctl'][bridge]['interfaces']:
if re.search('^qvb', dev):
tag = get_vlan_tag(self.info, bridge)
self.__html_row(dev, row_span, col_span,
self.__get_vlan_color(tag, dev),
dev)
break
self.__html_row_close()
self.__cluster_close()
pass
def __plot_linux_bridge(self):
row_span = 1
col_span = self.__get_total_vm_port_count()
self.__cluster_open('LinuxBridge')
self.__cluster_name('Linux Bridge', col_span)
# There must be one linuxbridge entity per VM port.
col_span = 1
# First, the tap devices
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
if self.info['brctl'].has_key(bridge):
for dev in self.info['brctl'][bridge]['interfaces']:
if re.search('^tap', dev):
tag = get_vlan_tag(self.info, bridge)
self.__html_row(dev, row_span, col_span,
self.__get_vlan_color(tag, dev), dev)
break
self.__html_row_close()
# Second, the linuxbridges
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
if self.info['brctl'].has_key(bridge):
tag = get_vlan_tag(self.info, bridge)
self.__html_row(bridge, row_span, col_span,
self.__get_vlan_color(tag, bridge), bridge)
self.__html_row_close()
# Third, the qvb (one part of eth-pair) devices
self.__html_row_open()
for vm in sorted(self.info['vms'].keys()):
for bridge in sorted(self.info['vms'][vm]['src_bridge']):
if self.info['brctl'].has_key(bridge):
for dev in self.info['brctl'][bridge]['interfaces']:
if re.search('^qvb', dev):
tag = get_vlan_tag(self.info, bridge)
self.__html_row(dev, row_span, col_span,
self.__get_vlan_color(tag, dev), dev)
break
self.__html_row_close()
self.__cluster_close()
pass
