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c77eb5be3b
When doing a set, check the keynames and value types as appropriate. raise ValueError in the configmanager case since it could be code or human mistake. attributes plugin then catches this error and propogates it up as an InvalidArgumentException if it is just trying to pass in data from user.
244 lines
9.5 KiB
Python
244 lines
9.5 KiB
Python
# vim: tabstop=4 shiftwidth=4 softtabstop=4
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# Copyright 2013 IBM Corporation
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# all rights reserved
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#This defines the attributes of variou classes of things
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# 'nic', meant to be a nested structure under node
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nic = {
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'name': {
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'description': 'Name in ip/ifconfig as desired by administrator',
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},
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'port': {
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'description': 'Port that this nic connects to',
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},
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'switch': {
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'description': 'Switch that this nic connects to',
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},
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'customhardwareaddress': {
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'description': 'Mac address to push to nic',
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},
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'dnssuffix': {
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'description': ('String to place after nodename, but before'
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'Network.Domain to derive FQDN for this NIC'),
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},
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'hardwareaddress': {
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'description': 'Active mac address on this nic (factory or custom)'
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},
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'ipaddresses': {
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'description': 'Set of IPv4 and IPv6 addresses in CIDR format'
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},
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'pvid': {
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'description': 'PVID of port on switch this nic connects to',
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},
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'mtu': {
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'description': 'Requested MTU to configure on this interface',
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},
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'vlans': {
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'description': 'Tagged VLANs to apply to nic/switch',
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},
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'dhcpv4enabled': {
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'description': ('Whether DHCP should be attempted to acquire IPv4'
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'address on this interface'),
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},
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'dhcpv6enabled': {
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'description': ('Whether DHCP should be attempted to acquire IPv6'
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'address on this interface'),
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},
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}
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# 'node', which can be considered a 'system' or a 'vm'
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node = {
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'groups': {
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'type': (list, tuple),
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'default': 'all',
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'description': ('List of static groups for which this node is '
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'considered a member'),
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},
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#'type': {
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# 'description': ('Classification of node as system, vm, etc')
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#},
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#'id': {
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# 'description': ('Numeric identifier for node')
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#},
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# 'location.timezone': {
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# 'description': 'POSIX timezone to apply to this node',
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# },
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# 'status.summary': {
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# 'description': ('An assessment of the overall health of the node. It'
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# 'can be "optimal", "warning", "critical"'),
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# },
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# 'status.lastheartbeat': {
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# 'description': 'Timestamp of last received heartbeat',
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# },
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# 'status.heartbeatexpiry': {
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# 'description': 'Time when Heartbeat will be considered expired',
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# },
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# 'status.deployment': {
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# 'description': 'State of any deployment activity in progress',
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# },
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# 'status.faultdetails': {
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# 'description': 'Detailed problem data, if any',
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# },
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# 'network.gateway': {
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# 'description': 'Default gateway to configure node with',
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# },
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# 'network.nameservers': {
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# 'description': '''DNS servers for node to use''',
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# },
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# 'network.domain': {
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# 'description': 'Value to append to nodename, if any, to get FQDN',
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# },
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# 'network.interfaces': {
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# 'dictof': 'nic',
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# 'description': ('Dict of network interfaces to configure on node. '
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# 'Keyed on hardware address.'),
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# },
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# 'storage.osvolume': {
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# 'default': 'auto',
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# 'description': 'Description of storage to target when deploying OS',
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# },
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# 'storage.clientiqn': {
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# 'description': ('Indicates IQN used by this node when communicating'
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# 'with iSCSI servers'),
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# },
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# 'storage.iscsiserver': {
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# 'description': 'Address of iSCSI server used for boot if applicable',
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# },
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# 'storage.pool': {
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# 'description': ('For scenarios like SAN boot and virtualization, this'
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# 'describes the pool to allocate boot volume from'),
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# },
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# 'os.imagename': {
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# 'description': 'The OS Image applied or to be applied to node',
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# },
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# 'console.speed': {
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# 'default': 'auto',
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# 'description': ('Indicate the speed at which to run serial port.'
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# 'Default behavior is to autodetect the appropriate'
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# 'value as possible')
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# },
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# 'console.port': {
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# 'default': 'auto',
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# 'description': ('Indicate which port to use for text console. Default'
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# 'behavior is to auto detect the value appropriate for'
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# 'the platform. "Disable" can be used to suppress'
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# 'serial console configuration')
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# },
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'console.method': {
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'description': ('Indicate the method used to access the console of '
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'the managed node.')
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},
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# 'virtualization.host': {
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# 'description': ('Hypervisor where this node does/should reside'),
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# 'appliesto': ['vm'],
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# },
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# 'virtualization.computepool': {
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# 'description': ('Set of compute resources this node is permitted to'
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# ' be created on/be migrated to'),
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# 'appliesto': ['vm'],
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# },
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# 'virtualization.storagemodel': {
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# 'description': ('The model of storage adapter to emulate in a virtual'
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# 'machine. Defaults to virtio-blk for KVM, vmscsi for'
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# 'VMware'),
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# 'appliesto': ['vm'],
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# },
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# 'virtualization.nicmodel': {
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# 'description': ('The model of NIC adapter to emulate in a virtual'
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# 'machine. Defaults to virtio-net for KVM, vmxnet3 for'
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# 'VMware'),
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# 'appliesto': ['vm'],
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# },
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'hardwaremanagement.manager': {
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'description': 'The management address dedicated to this node',
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},
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'hardwaremanagement.method': {
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'description': 'The method used to perform operations such as power '
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'control, get sensor data, get inventory, and so on. '
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},
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# 'enclosure.manager': {
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# 'description': "The management device for this node's chassis",
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# 'appliesto': ['system'],
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# },
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# 'enclosure.bay': {
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# 'description': 'The bay in the enclosure, if any',
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# 'appliesto': ['system'],
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# },
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# 'enclosure.type': {
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# 'description': '''The type of enclosure in use (e.g. IBM BladeCenter,
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#IBM Flex)''',
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# 'appliesto': ['system'],
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# },
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# 'inventory.serialnumber': {
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# 'description': 'The manufacturer serial number of node',
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# },
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# 'inventory.uuid': {
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# 'description': 'The UUID of the node as presented in DMI',
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# },
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# 'inventory.modelnumber': {
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# 'description': 'The manufacturer dictated model number for the node',
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# },
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# 'inventory.snmpengineid': {
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# 'description': 'The SNMP Engine id used by this node',
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# },
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# 'secret.snmpuser': {
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# 'description': 'The user to use for SNMPv3 access to this node',
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# },
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# 'secret.snmppassphrase': {
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# 'description': 'The passphrase to use for SNMPv3 access to this node',
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# },
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# 'secret.snmplocalizedkey': {
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# 'description': ("SNMPv3 key localized to this node's SNMP Engine id"
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# 'This can be used in lieu of snmppassphrase to avoid'
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# 'retaining the passphrase TODO: document procedure'
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# 'to commit passphrase to localized key'),
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# },
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# 'secret.snmpcommunity': {
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# 'description': ('SNMPv1 community string, it is highly recommended to'
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# 'step up to SNMPv3'),
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# },
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# 'secret.localadminpassphrase': {
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# 'description': ('The passphrase to apply to local root/administrator '
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# 'account. '
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# 'If the environment is 100% Linux, the value may be '
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# 'one-way crypted as in /etc/shadow. For Windows, if '
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# 'the value is not set or is one-way crypted, the '
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# 'local '
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# 'Administrator account will be disabled, requiring AD')
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# },
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'secret.ipmikg': {
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'description': 'Optional Integrity key for IPMI communication'
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},
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'secret.ipmiuser': {
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'description': ('The username to use to log into IPMI device related '
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'to the node. For setting username, default behavior '
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'is to randomize username, for using username if not '
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'set, USERID is assumed'),
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},
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'secret.ipmipassphrase': {
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'description': ('The key to use to authenticate to IPMI device related '
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'to the node. For setting passphrase, default behavior '
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'is to randomize passphrase and store it here. If going '
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'to connect over the network and value is not set, '
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'PASSW0RD is attempted')
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},
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# 'secret.managementuser': {
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# 'description': ('Username to be set and used by protocols like SSH and '
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# 'HTTP where client provides passphrase over the network.'
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# 'Given the distinct security models betwen this class '
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# 'of protocols and SNMP and IPMI, snmp and ipmi utilize '
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# 'dedicated values.'),
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# },
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# 'secret.managementpassphrase': {
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# 'description': ('Passphrase to be set and used by protocols like SSH '
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# 'and HTTP, where client sends passphrase over the '
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# 'network. Given distinct security models between '
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# 'this class of protocols, SNMP, and IPMI, SNMP and '
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# 'IPMI are given their own settings with distinct '
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# 'behaviors'),
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# },
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}
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