def read_ovf_settings(ovf_file):
"""
Reads given ovf template configuration file, returns a dictionary
of settings.
"""
settings = {}
settings["template_name"] = os.path.splitext(os.path.basename(ovf_file.path))[0]
vm_type = ovfutil.get_vm_type(ovf_file)
if vm_type != "openvz":
raise RuntimeError("Given template is not compatible with OpenVZ on OpenNode server")
settings["vm_type"] = vm_type
memory_settings = [
("memory_min", ovfutil.get_ovf_min_memory_gb(ovf_file)),
("memory", ovfutil.get_ovf_normal_memory_gb(ovf_file)),
("memory_max", ovfutil.get_ovf_max_memory_gb(ovf_file))]
# set only those settings that are explicitly specified in the ovf file (non-null)
settings.update(dict(filter(operator.itemgetter(1), memory_settings)))
vcpu_settings = [
("vcpu_min", ovfutil.get_ovf_min_vcpu(ovf_file)),
("vcpu", ovfutil.get_ovf_normal_vcpu(ovf_file)),
("vcpu_max", ovfutil.get_ovf_max_vcpu(ovf_file))]
# set only those settings that are explicitly specified in the ovf file (non-null)
settings.update(dict(filter(operator.itemgetter(1), vcpu_settings)))
settings["ostemplate"] = ovfutil.get_ovf_os_type(ovf_file)
# TODO: apparently need to check disks also?
return settings
def read_ovf_settings(ovf_file):
"""
Reads given ovf template configuration file, returns a dictionary
of settings.
"""
settings = {}
settings["template_name"] = os.path.splitext(
os.path.basename(ovf_file.path))[0]
vm_type = ovfutil.get_vm_type(ovf_file)
if vm_type != "openvz":
raise RuntimeError(
"Given template is not compatible with OpenVZ on OpenNode server")
settings["vm_type"] = vm_type
memory_settings = [("memory_min", ovfutil.get_ovf_min_memory_gb(ovf_file)),
("memory", ovfutil.get_ovf_normal_memory_gb(ovf_file)),
("memory_max", ovfutil.get_ovf_max_memory_gb(ovf_file))]
# set only those settings that are explicitly specified in the ovf file (non-null)
settings.update(dict(filter(operator.itemgetter(1), memory_settings)))
vcpu_settings = [("vcpu_min", ovfutil.get_ovf_min_vcpu(ovf_file)),
("vcpu", ovfutil.get_ovf_normal_vcpu(ovf_file)),
("vcpu_max", ovfutil.get_ovf_max_vcpu(ovf_file))]
# set only those settings that are explicitly specified in the ovf file (non-null)
settings.update(dict(filter(operator.itemgetter(1), vcpu_settings)))
settings["ostemplate"] = ovfutil.get_ovf_os_type(ovf_file)
# TODO: apparently need to check disks also?
return settings
def read_ovf_settings(settings, ovf_file):
"""
Parses OVF template/appliance XML configuration and save parsed settings.
@return: Parsed OVF template/appliance XML configuration settings
@rtype: Dictionary
"""
settings["template_name"] = path.splitext(path.basename(ovf_file.path))[0]
sys_type, sys_arch = ovfutil.get_vm_type(ovf_file).split("-")
if sys_type != "kvm":
raise TemplateException(
"The chosen template '%s' cannot run on KVM hypervisor." %
sys_type)
if sys_arch not in ["x86_64", "i686"]:
raise TemplateException(
"Template architecture '%s' is not supported." % sys_arch)
settings["arch"] = sys_arch
memory_settings = [("memory_min", ovfutil.get_ovf_min_memory_gb(ovf_file)),
("memory", ovfutil.get_ovf_normal_memory_gb(ovf_file)),
("memory_max", ovfutil.get_ovf_max_memory_gb(ovf_file))]
# set only those settings that are explicitly specified in the ovf file (non-null)
settings.update(dict(filter(operator.itemgetter(1), memory_settings)))
vcpu_settings = [("vcpu_min", ovfutil.get_ovf_min_vcpu(ovf_file)),
("vcpu_normal", ovfutil.get_ovf_normal_vcpu(ovf_file)),
("vcpu_max", ovfutil.get_ovf_max_vcpu(ovf_file))]
# set only those settings that are explicitly specified in the ovf file (non-null)
settings.update(dict(filter(operator.itemgetter(1), vcpu_settings)))
network_list = ovfutil.get_networks(ovf_file)
for network in network_list:
settings["interfaces"].append({
"type": "bridge",
"source_bridge": network["sourceName"]
})
settings["disks"] = ovfutil.get_disks(ovf_file)
settings["features"] = ovfutil.get_openode_features(ovf_file)
settings['passwd'] = ovfutil.get_root_password(ovf_file)
settings['username'] = ovfutil.get_admin_username(ovf_file)
return settings
def read_ovf_settings(settings, ovf_file):
"""
Parses OVF template/appliance XML configuration and save parsed settings.
@return: Parsed OVF template/appliance XML configuration settings
@rtype: Dictionary
"""
settings["template_name"] = path.splitext(path.basename(ovf_file.path))[0]
sys_type, sys_arch = ovfutil.get_vm_type(ovf_file).split("-")
if sys_type != "kvm":
raise TemplateException("The chosen template '%s' cannot run on KVM hypervisor." % sys_type)
if sys_arch not in ["x86_64", "i686"]:
raise TemplateException("Template architecture '%s' is not supported." % sys_arch)
settings["arch"] = sys_arch
memory_settings = [
("memory_min", ovfutil.get_ovf_min_memory_gb(ovf_file)),
("memory", ovfutil.get_ovf_normal_memory_gb(ovf_file)),
("memory_max", ovfutil.get_ovf_max_memory_gb(ovf_file))]
# set only those settings that are explicitly specified in the ovf file (non-null)
settings.update(dict(filter(operator.itemgetter(1), memory_settings)))
vcpu_settings = [
("vcpu_min", ovfutil.get_ovf_min_vcpu(ovf_file)),
("vcpu_normal", ovfutil.get_ovf_normal_vcpu(ovf_file)),
("vcpu_max", ovfutil.get_ovf_max_vcpu(ovf_file))]
# set only those settings that are explicitly specified in the ovf file (non-null)
settings.update(dict(filter(operator.itemgetter(1), vcpu_settings)))
network_list = ovfutil.get_networks(ovf_file)
for network in network_list:
settings["interfaces"].append({"type": "bridge", "source_bridge": network["sourceName"]})
settings["disks"] = ovfutil.get_disks(ovf_file)
settings["features"] = ovfutil.get_openode_features(ovf_file)
settings['passwd'] = ovfutil.get_root_password(ovf_file)
settings['username'] = ovfutil.get_admin_username(ovf_file) or 'root'
return settings
