def build_subnet(self, raw=False):
self.update_network()
statements = self.networkav_set.filter(
attribute__attribute_type=ATTRIBUTE_STATEMENT)
options = self.networkav_set.filter(
attribute__attribute_type=ATTRIBUTE_OPTION)
ranges = self.range_set.filter(range_type=DYNAMIC, dhcp_enabled=True)
if self.ip_type == IP_TYPE_4:
build_str = "\nsubnet {0} netmask {1} {{\n".format(
self.network.network, self.network.netmask)
else:
build_str = "\nsubnet6 {0} netmask {1} {{\n".format(
self.network.network, self.network.netmask)
if not raw:
build_str += "\t# Network statements\n"
build_str += join_dhcp_args(statements)
build_str += "\t# Network options\n"
build_str += join_dhcp_args(options)
if self.dhcpd_raw_include:
build_str += "\t# Raw network options\n"
build_str += join_dhcp_args(self.dhcpd_raw_include.split("\n"))
for range_ in ranges:
build_str += range_.build_range()
build_str += "}\n"
return build_str
def build_workgroup(self):
from cyder.cydhcp.interface.static_intr.models import StaticInterface
from cyder.cydhcp.interface.dynamic_intr.models import DynamicInterface
build_str = ""
dynamic_clients = DynamicInterface.objects.filter(
workgroup=self, dhcp_enabled=True)
static_clients = StaticInterface.objects.filter(
workgroup=self, dhcp_enabled=True)
#if not (static_clients or dynamic_clients):
#return build_str
build_str += "group {{ #{0}\n".format(self.name)
statements = self.workgroupav_set.filter(
attribute__attribute_type=ATTRIBUTE_STATEMENT)
options = list(self.workgroupav_set.filter(
attribute__attribute_type=ATTRIBUTE_OPTION))
def is_host_option(option):
return any(x in option.value for x in ['%h', '%i', '%m', '%6m'])
host_options = filter(is_host_option, options)
for x in host_options:
options.remove(x)
build_str += "\t# Workgroup Options\n"
if options:
build_str += join_dhcp_args(options)
build_str += "\t# Workgroup Statements\n"
if statements:
build_str += join_dhcp_args(statements)
build_str += "\t# Static Hosts in Workgroup\n"
for client in chain(dynamic_clients, static_clients):
build_str += client.build_host(host_options)
build_str += "}\n"
return build_str
def build_subnet(self, raw=False):
self.update_network()
statements = self.networkav_set.filter(
attribute__attribute_type=ATTRIBUTE_STATEMENT)
options = self.networkav_set.filter(
attribute__attribute_type=ATTRIBUTE_OPTION)
ranges = self.range_set.filter(range_type=DYNAMIC, dhcp_enabled=True)
if self.ip_type == IP_TYPE_4:
build_str = "\nsubnet {0} netmask {1} {{\n".format(
self.network.network, self.network.netmask)
else:
build_str = "\nsubnet6 {0} netmask {1} {{\n".format(
self.network.network, self.network.netmask)
if not raw:
build_str += "\t# Network statements\n"
build_str += join_dhcp_args(statements)
build_str += "\t# Network options\n"
build_str += join_dhcp_args(options)
if self.dhcpd_raw_include:
build_str += "\t# Raw network options\n"
build_str += join_dhcp_args(self.dhcpd_raw_include.split("\n"))
for range_ in ranges:
build_str += range_.build_range()
build_str += "}\n"
return build_str
def build_host(self):
build_str = "\thost {0} {{\n".format(self.get_fqdn())
build_str += "\t\thardware ethernet {0};\n".format(self.mac)
options = self.dynamicintrkeyvalue_set.filter(is_option=True)
statements = self.dynamicintrkeyvalue_set.filter(is_statement=True)
if options:
build_str += "\t\t# Host Options\n"
build_str += join_dhcp_args(options, depth=2)
if statements:
build_str += "\t\t# Host Statemets\n"
build_str += join_dhcp_args(statements, depth=2)
build_str += "\t}\n\n"
return build_str
def build_host(self, options=()):
build_str = "\thost {0} {{\n".format(self.get_fqdn())
build_str += "\t\thardware ethernet {0};\n".format(self.mac)
build_str += join_dhcp_args(map(self.format_host_option, options),
depth=2)
build_str += "\t}\n"
return build_str
def build_host(self):
build_str = '\thost {0} {{\n'.format(self.fqdn)
build_str += '\t\thardware ethernet {0};\n'.format(self.mac)
if self.ip_type == IP_TYPE_6:
build_str += '\t\tfixed-address6 {0};\n'.format(self.ip_str)
else:
build_str += '\t\tfixed-address {0};\n'.format(self.ip_str)
options = self.staticintrkeyvalue_set.filter(is_option=True)
statements = self.staticintrkeyvalue_set.filter(is_statement=True)
if options:
build_str += '\t\t# Host Options\n'
build_str += join_dhcp_args(options, depth=2)
if statements:
build_str += '\t\t# Host Statements\n'
build_str += join_dhcp_args(statements, depth=2)
build_str += '\t}\n\n'
return build_str
def build_host(self, options=()):
build_str = "\thost {0} {{\n".format(self.get_fqdn())
build_str += "\t\thardware ethernet {0};\n".format(self.mac)
build_str += join_dhcp_args(map(self.format_host_option, options),
depth=2)
options = self.dynamicinterfaceav_set.filter(
attribute__attribute_type=ATTRIBUTE_OPTION)
statements = self.dynamicinterfaceav_set.filter(
attribute__attribute_type=ATTRIBUTE_STATEMENT)
if options:
build_str += "\t\t# Host Options\n"
build_str += join_dhcp_args(options, depth=2)
if statements:
build_str += "\t\t# Host Statemets\n"
build_str += join_dhcp_args(statements, depth=2)
build_str += "\t}\n"
return build_str
def build_host(self, options=()):
build_str = "\thost {0} {{\n".format(self.get_fqdn())
build_str += "\t\thardware ethernet {0};\n".format(self.mac)
build_str += join_dhcp_args(map(self.format_host_option, options),
depth=2)
options = self.dynamicinterfaceav_set.filter(
attribute__attribute_type=ATTRIBUTE_OPTION)
statements = self.dynamicinterfaceav_set.filter(
attribute__attribute_type=ATTRIBUTE_STATEMENT)
if options:
build_str += "\t\t# Host Options\n"
build_str += join_dhcp_args(options, depth=2)
if statements:
build_str += "\t\t# Host Statemets\n"
build_str += join_dhcp_args(statements, depth=2)
build_str += "\t}\n"
return build_str
def build_host(self):
build_str = '\thost {0} {{\n'.format(self.fqdn)
build_str += '\t\thardware ethernet {0};\n'.format(self.mac)
if self.ip_type == IP_TYPE_6:
build_str += '\t\tfixed-address6 {0};\n'.format(self.ip_str)
else:
build_str += '\t\tfixed-address {0};\n'.format(self.ip_str)
options = self.staticintrkeyvalue_set.filter(is_option=True)
statements = self.staticintrkeyvalue_set.filter(is_statement=True)
if options:
build_str += '\t\t# Host Options\n'
build_str += join_dhcp_args(options, depth=2)
if statements:
build_str += '\t\t# Host Statements\n'
build_str += join_dhcp_args(statements, depth=2)
build_str += '\t}\n\n'
return build_str
def build_workgroup(self):
build_str = ""
static_clients = self.staticinterface_set.all()
dynamic_clients = self.dynamicinterface_set.all()
if not (static_clients or dynamic_clients):
return build_str
build_str += "group {\n"
statements = self.workgroupkeyvalue_set.filter(is_statement=True)
options = self.workgroupkeyvalue_set.filter(is_option=True)
build_str += "\t# Workgroup Options\n"
build_str += join_dhcp_args(options)
build_str += "\t# Workgroup Statements\n"
build_str += join_dhcp_args(statements)
build_str += "\t# Static Hosts in Workgorup\n"
for client in chain(dynamic_clients, static_clients):
build_str += client.build_host()
build_str += "}\n"
return build_str
def build_workgroup(self):
build_str = ""
static_clients = self.staticinterface_set.all()
dynamic_clients = self.dynamicinterface_set.all()
if not (static_clients or dynamic_clients):
return build_str
build_str += "group {\n"
statements = self.workgroupkeyvalue_set.filter(is_statement=True)
options = self.workgroupkeyvalue_set.filter(is_option=True)
build_str += "\t# Workgroup Options\n"
build_str += join_dhcp_args(options)
build_str += "\t# Workgroup Statements\n"
build_str += join_dhcp_args(statements)
build_str += "\t# Static Hosts in Workgorup\n"
for client in chain(dynamic_clients, static_clients):
build_str += client.build_host()
build_str += "}\n"
return build_str
def build_host(self, options=None):
build_str = '\thost {0} {{\n'.format(self.fqdn)
build_str += '\t\thardware ethernet {0};\n'.format(self.mac)
if self.ip_type == IP_TYPE_6:
build_str += '\t\tfixed-address6 {0};\n'.format(self.ip_str)
else:
build_str += '\t\tfixed-address {0};\n'.format(self.ip_str)
build_str += join_dhcp_args(map(self.format_host_option, options),
depth=2)
build_str += '\t}\n'
return build_str
def build_host(self, options=None):
build_str = '\thost {0} {{\n'.format(self.fqdn)
build_str += '\t\thardware ethernet {0};\n'.format(self.mac)
if self.ip_type == IP_TYPE_6:
build_str += '\t\tfixed-address6 {0};\n'.format(self.ip_str)
else:
build_str += '\t\tfixed-address {0};\n'.format(self.ip_str)
build_str += join_dhcp_args(map(self.format_host_option, options),
depth=2)
options = self.staticinterfaceav_set.filter(
attribute__attribute_type=ATTRIBUTE_OPTION)
statements = self.staticinterfaceav_set.filter(
attribute__attribute_type=ATTRIBUTE_STATEMENT)
if options:
build_str += '\t\t# Host Options\n'
build_str += join_dhcp_args(options, depth=2)
if statements:
build_str += '\t\t# Host Statements\n'
build_str += join_dhcp_args(statements, depth=2)
build_str += '\t}\n'
return build_str
def build_host(self, options=None):
build_str = '\thost {0} {{\n'.format(self.fqdn)
build_str += '\t\thardware ethernet {0};\n'.format(self.mac)
if self.ip_type == IP_TYPE_6:
build_str += '\t\tfixed-address6 {0};\n'.format(self.ip_str)
else:
build_str += '\t\tfixed-address {0};\n'.format(self.ip_str)
build_str += join_dhcp_args(map(self.format_host_option, options),
depth=2)
options = self.staticinterfaceav_set.filter(
attribute__attribute_type=ATTRIBUTE_OPTION)
statements = self.staticinterfaceav_set.filter(
attribute__attribute_type=ATTRIBUTE_STATEMENT)
if options:
build_str += '\t\t# Host Options\n'
build_str += join_dhcp_args(options, depth=2)
if statements:
build_str += '\t\t# Host Statements\n'
build_str += join_dhcp_args(statements, depth=2)
build_str += '\t}\n'
return build_str
def build_subnet(self, raw=False):
self.update_network()
statements = self.networkkeyvalue_set.filter(is_statement=True)
options = self.networkkeyvalue_set.filter(is_option=True)
ranges = self.range_set.all()
if self.ip_type == IP_TYPE_4:
build_str = "\nsubnet {0} netmask {1} {{\n".format(
self.network.network, self.network.netmask)
else:
build_str = "\nsubnet6 {0} netmask {1} {{\n".format(
self.network.network, self.network.netmask)
if not raw:
build_str += "\t# Network Statements\n"
build_str += join_dhcp_args(statements)
build_str += "\t# Network Options\n"
build_str += join_dhcp_args(options)
if self.dhcpd_raw_include:
build_str += "\t# Raw Network Options\n"
build_str += join_dhcp_args(self.dhcpd_raw_include.split("\n"))
for range_ in ranges:
build_str += range_.build_range()
build_str += "}\n"
return build_str
def build_subnet(self, raw=False):
self.update_network()
statements = self.networkkeyvalue_set.filter(is_statement=True)
options = self.networkkeyvalue_set.filter(is_option=True)
ranges = self.range_set.all()
if self.ip_type == IP_TYPE_4:
build_str = "\nsubnet {0} netmask {1} {{\n".format(
self.network.network, self.network.netmask)
else:
build_str = "\nsubnet6 {0} netmask {1} {{\n".format(
self.network.network, self.network.netmask)
if not raw:
build_str += "\t# Network Statements\n"
build_str += join_dhcp_args(statements)
build_str += "\t# Network Options\n"
build_str += join_dhcp_args(options)
if self.dhcpd_raw_include:
build_str += "\t# Raw Network Options\n"
build_str += join_dhcp_args(self.dhcpd_raw_include.split("\n"))
for range_ in ranges:
build_str += range_.build_range()
build_str += "}\n"
return build_str
