from drivers.resource.fs import KEYWORDS
from core.objects.svcdict import KEYS
KEYS.register_driver(
"fs",
"ext2",
name=__name__,
keywords=KEYWORDS,
)
DRIVER_BASENAME = "amazon"
KEYWORDS = BASE_KEYWORDS + [
{
"keyword": "volumes",
"convert": "list",
"at": True,
"required": True,
"text":
"A whitespace separated list of amazon volumes. Any member of the list can be set to a special <key=value,key=value> value. In this case the provisioner will allocate a new volume with the specified characteristics and replace this member with the allocated volume id. The supported keys are the same as those supported by the awscli ec2 create-volume command: size, iops, availability-zone, snapshot, type and encrypted.",
"example": "vol-123456 vol-654321"
},
]
KEYS.register_driver(
DRIVER_GROUP,
DRIVER_BASENAME,
name=__name__,
keywords=KEYWORDS,
)
def driver_capabilities(node=None):
from utilities.proc import which
data = []
if not which("ec2"):
return data
if os.path.exists("/sys/hypervisor/uuid"):
with open("/sys/hypervisor/uuid", "r") as f:
uuid = f.read().lower()
if not uuid.startswith("ec2"):
return data
if os.path.exists("/sys/devices/virtual/dmi/id/product_uuid"):
"disk.lvm.vgname": "name",
"disk.vg.vgname": "name",
}
REVERSE_DEPRECATED_KEYWORDS = {
"disk.lvm.name": "vgname",
"disk.vg.name": "vgname",
}
DEPRECATED_SECTIONS = {
"vg": ["disk", "vg"],
}
KEYS.register_driver(
DRIVER_GROUP,
DRIVER_BASENAME,
name=__name__,
keywords=KEYWORDS,
deprecated_sections=DEPRECATED_SECTIONS,
deprecated_keywords=DEPRECATED_KEYWORDS,
reverse_deprecated_keywords=REVERSE_DEPRECATED_KEYWORDS,
driver_basename_aliases=DRIVER_BASENAME_ALIASES,
)
def driver_capabilities(node=None):
from utilities.proc import which
if which("lsvg"):
return ["disk.vg"]
return []
# ajouter un dump regulier de la config des vg (pour ne pas manquer les extensions de vol)
class DiskVg(BaseDisk):
"required":
True,
"at":
True,
"text":
"Path of the device or file used as a virtual machine disk. The path@nodename can be used to to set up different path on each node."
},
]
DEPRECATED_SECTIONS = {
"vdisk": ["disk", "vdisk"],
}
KEYS.register_driver(
DRIVER_GROUP,
DRIVER_BASENAME,
name=__name__,
keywords=KEYWORDS,
deprecated_sections=DEPRECATED_SECTIONS,
)
class DiskVdisk(Resource):
def __init__(self, name=None, path=None, **kwargs):
super(DiskVdisk, self).__init__(type="disk.vdisk", **kwargs)
self.name = name
self.label = "vdisk %s" % self.name
self.devpath = path
def __str__(self):
return "%s name=%s" % (super(DiskVdisk, self).__str__(), self.name)
DRIVER_BASENAME_ALIASES = ["oci"]
KEYWORDS = [
{
"keyword": "target",
"convert": "list",
"at": True,
"required": True,
"candidates": ["nodes", "drpnodes"],
"text": "Destination nodes of the sync."
},
]
KEYS.register_driver(
DRIVER_GROUP,
DRIVER_BASENAME,
name=__name__,
keywords=KEYWORDS,
driver_basename_aliases=DRIVER_BASENAME_ALIASES,
)
def driver_capabilities(node=None):
data = []
from utilities.proc import which
if which("docker") or which("docker.io"):
data.append("container.docker")
return data
class SyncDocker(Sync):
def __init__(self, target=None, **kwargs):
super(SyncDocker, self).__init__(type="sync.docker", **kwargs)
{
"keyword": "file",
"protoname": "loopfile",
"at": True,
"required": True,
"text": "The loopback device backing file full path."
},
]
DEPRECATED_SECTIONS = {
"loop": ["disk", "loop"],
}
KEYS.register_driver(
"disk",
"loop",
name=__name__,
keywords=KEYWORDS,
deprecated_sections=DEPRECATED_SECTIONS,
)
class BaseDiskLoop(Resource):
"""
Base loopback device resource
"""
def __init__(self, loopfile=None, size=None, **kwargs):
super(BaseDiskLoop, self).__init__(type="disk.loop", **kwargs)
self.loopfile = loopfile
self.size = size
self.label = "loop %s" % loopfile
KW_DNS_UPDATE,
KW_CHECK_CARRIER,
KW_ALIAS,
KW_EXPOSE,
]
DEPRECATED_KEYWORDS = {
"ip.cni.container_rid": "netns",
}
REVERSE_DEPRECATED_KEYWORDS = {
"ip.cni.netns": "container_rid",
}
KEYS.register_driver(
DRIVER_GROUP,
DRIVER_BASENAME,
name=__name__,
keywords=KEYWORDS,
deprecated_keywords=DEPRECATED_KEYWORDS,
reverse_deprecated_keywords=REVERSE_DEPRECATED_KEYWORDS,
)
def cni_plugins(node):
path = node.oget("cni", "plugins")
if os.path.exists(os.path.join(path, "bridge")):
return path
altpath = os.path.join(os.sep, "usr", "lib", "cni")
if os.path.exists(os.path.join(altpath, "bridge")):
return altpath
altpath = os.path.join(os.sep, "usr", "libexec", "cni")
if os.path.exists(os.path.join(altpath, "bridge")):
return altpath
return path