# This is the VMWare OS name
os_type_ignore = vs_node.prop("osType")
elif vs_node.name == "VirtualHardwareSection":
_parse_hw_section(vm, node_list(vs_node), file_refs,
disk_section)
elif vs_node.name == "AnnotationSection":
for an_node in node_list(vs_node):
if an_node.name == "Annotation":
desc = an_node.content
vm.name = name
vm.description = desc
vm.validate()
return vm
@staticmethod
def export(vm):
"""
Export a configuration file as a string.
@vm vm configuration instance
Raises ValueError if configuration is not suitable.
"""
raise NotImplementedError
formats.register_parser(ovf_parser)
out = image_template % {
"boot_template": boot_xml,
"name" : vmname,
"description" : escape(vm.description),
"nr_vcpus" : vm.nr_vcpus,
# Mb to Kb
"memory" : int(vm.memory) * 1024,
"interface" : interface,
"storage" : "".join(storage),
}
return out
@staticmethod
def export_file(vm, output_file):
"""
Export a configuration file.
@vm vm configuration instance
@output_file Output file
Raises ValueError if configuration is not suitable, or another
exception on failure to write the output file.
"""
output = virtimage_parser.export(vm)
outfile = open(output_file, "w")
outfile.writelines(output)
outfile.close()
formats.register_parser(virtimage_parser)
# This is the VMWare OS name
os_type_ignore = vs_node.prop("osType")
elif vs_node.name == "VirtualHardwareSection":
_parse_hw_section(vm, node_list(vs_node), file_refs,
disk_section)
elif vs_node.name == "AnnotationSection":
for an_node in node_list(vs_node):
if an_node.name == "Annotation":
desc = an_node.content
vm.name = name
vm.description = desc
vm.validate()
return vm
@staticmethod
def export(vm):
"""
Export a configuration file as a string.
@vm vm configuration instance
Raises ValueError if configuration is not suitable.
"""
raise NotImplementedError
formats.register_parser(ovf_parser)
"vm_nr_vcpus": vm.nr_vcpus,
"vm_memory": long(vm.memory)
}
vmx_out = _VMX_MAIN_TEMPLATE % vmx_dict
vmx_out_template.append(vmx_out)
disk_out_template = []
for devid, disk in sorted(vm.disks.items()):
bus, dev_nr = devid
if bus.lower() != "ide":
logging.debug("Disk bus '%s' not yet supported. Skipping." % \
bus.lower())
continue
dev = "%d:%d" % (dev_nr / 2, dev_nr % 2)
disk_dict = {"dev": dev, "disk_filename": disk.path}
disk_out = _VMX_IDE_TEMPLATE % disk_dict
disk_out_template.append(disk_out)
eth_out_template = []
if len(vm.netdevs):
for devnum in vm.netdevs:
eth_dict = {"dev": devnum}
eth_out = _VMX_ETHERNET_TEMPLATE % eth_dict
eth_out_template.append(eth_out)
return "".join(vmx_out_template + disk_out_template + eth_out_template)
formats.register_parser(vmx_parser)
vmx_out_template.append(vmx_out)
disk_out_template = []
for devid, disk in sorted(vm.disks.items()):
bus, dev_nr = devid
if bus.lower() != "ide":
logging.debug("Disk bus '%s' not yet supported. Skipping.",
bus.lower())
continue
dev = "%d:%d" % (dev_nr / 2, dev_nr % 2)
disk_dict = {
"dev": dev,
"disk_filename" : disk.path
}
disk_out = _VMX_IDE_TEMPLATE % disk_dict
disk_out_template.append(disk_out)
eth_out_template = []
if len(vm.netdevs):
for devnum in vm.netdevs:
eth_dict = {
"dev" : devnum
}
eth_out = _VMX_ETHERNET_TEMPLATE % eth_dict
eth_out_template.append(eth_out)
return "".join(vmx_out_template + disk_out_template + eth_out_template)
formats.register_parser(vmx_parser)
