class WebConfig(Config):
"""
default password is 123456,
fc91f9f874d2ef4d48fdde151271716f268977c1f77241d5321b61fda137ac3c is sha256 hash of result of PBKDF2 to 123456
"""
CONF_FILE = os.path.join(STORLEVER_CONF_DIR, 'web.yaml')
DEFAULT_CONF = {
'password':
'******',
'language': 'chinese'
}
SCHEMA = Schema({
'password': Use(str), # filesystem type
'language': Use(str), # dev file
})
def __init__(self, conf=None):
self.conf_file = self.CONF_FILE
self.conf = conf
self.schema = self.SCHEMA
def parse(self):
if self.conf_file is not None and self.conf_file != "":
try:
with open(self.conf_file, "r") as f:
self.conf = yaml.load(f)
if self.schema:
self.conf = self.schema.validate(self.conf)
return self.conf
except IOError as e:
if e.errno == errno.ENOENT:
self.conf = self.DEFAULT_CONF
self.write()
return self.conf
else:
raise ConfigError(str(e))
except Exception:
raise ConfigError(str(Exception))
else:
raise ConfigError("conf file absent")
@classmethod
def from_file(cls):
conf = cls()
conf.parse()
return conf
@classmethod
def to_file(cls, conf):
conf = cls(conf=conf)
conf.write()
return conf
def __init__(self):
# need a mutex to protect create/delete bond interface
self.lock = lock()
self.support_fs_type = {}
self.conf_file = os.path.join(STORLEVER_CONF_DIR, FS_CONF_FILE_NAME)
self.fs_conf_schema = Schema({
"type": Use(str), # filesystem type
"dev_file": Use(str), # dev file
"dev_uuid": Use(str), # dev uuid
"mount_point": Use(str), # mount point of this fs,
"mount_option": Use(str), # mount option of this fs
"check_onboot": BoolVal(), # fsck fs on boot
Optional("comment"): Default(Use(str), default=""), # comment,
AutoDel(str): object # for all other key we auto delete
})
self.fs_dict_schema = Schema({
DoNotCare(str): self.fs_conf_schema
})
# sync fs conf to fstab on boot
self.sync_to_fstab()
tgt_mgr = tgtmgr.TgtManager
return tgt_mgr.get_tgt_conf()
tgt_conf_schema = Schema({
# Define iscsi incoming discovery authentication setting. If it is
# empty, no authentication is performed. The format is username:passwd
Optional("incomingdiscoveryuser"):
StrRe(r"^(|\w+:\w+)$"),
# Define iscsi outgoing discovery authentication setting. If it is
# empty, no authentication is performe The format is username:passwd
Optional("outgoingdiscoveryuser"):
StrRe(r"^(|\w+:\w+)$"),
DoNotCare(Use(str)):
object # for all other key we don't care
})
@put_view(route_name='tgt_conf')
def put_tgt_conf(request):
tgt_mgr = tgtmgr.TgtManager
tgt_conf = get_params_from_request(request, tgt_conf_schema)
tgt_mgr.set_tgt_conf(tgt_conf, operator=request.client_addr)
return Response(status=200)
@get_view(route_name='tgt_target_iqn_list')
def get_tgt_target_iqn_list(request):
tgt_mgr = tgtmgr.TgtManager
"comment":
"Provides the fundamental functions of the low-lever system, "
"like date, time, log, shutdown, reboot, and etc"
}
LOG_DIR = "/var/log"
LOG_FILE_PATH_PREFIX = "/tmp/syslog"
SELINUX_CONF_DIR = "/etc/selinux/"
SELINUX_CONF_FILE = "config"
ETC_HOSTS_FILE = "/etc/hosts"
ETC_NETWORK_FILE = "/etc/sysconfig/network"
HOST_LIST_SCHEMA = Schema([{
"addr": Use(str),
"hostname": Use(str),
Optional("alias"): Default(Use(str), default=""),
AutoDel(str): object # for all other key we auto delete
}])
class SysManager(object):
"""contains all methods to manage the system"""
def __init__(self):
self.dist_name = None
self.dist_version = None
self.dist_id = None
def system_restore_cb(self):
self.set_hostname("localhost", "System Restore")
from storlever.lib.schema import Schema, Use, Optional, \
Default, DoNotCare, BoolVal, IntVal, AutoDel
from storlever.lib.lock import lock
from storlever.mngr.system.cfgmgr import STORLEVER_CONF_DIR, cfg_mgr
from storlever.mngr.system.servicemgr import service_mgr
SNMP_CONF_FILE_NAME = "snmp_conf.yaml"
SNMP_ETC_CONF_DIR = "/etc/snmp/"
SNMP_ETC_CONF_FILE = "snmpd.conf"
SNMP_MONITOR_CONF_SCHEMA = Schema({
# monitor name
"monitor_name":
Use(str),
# options to control the monitor's behavior,
# see monitor options section of man snmpd.conf for more detail
Optional("option"):
Default(Use(str), default=""),
# expression to check of this monitor,
# see monitor expression of man snmpd.conf for more detail
"expression":
Use(str),
AutoDel(str):
object # for all other key we auto delete
})
SNMP_SINK_CONF_SCHEMA = Schema({
from storlever.mngr.system.servicemgr import service_mgr
from storlever.mngr.system.modulemgr import ModuleManager
MODULE_INFO = {
"module_name": "zabbix_agent",
"rpms": ["zabbix-agent"],
"comment": "Provides the support of zabbix agent config for storlever"
}
ZABBIX_AGENT_CONF_FILE_NAME = "zabbix_agentd_conf.yaml"
ZABBIX_AGENT_ETC_CONF_DIR = "/etc/zabbix/"
ZABBIX_AGENT_CONF_FILE = "zabbix_agentd.conf"
ZABBIX_AGENT_CONF_SCHEMA = Schema({
Optional("hostname"):
Default(Use(str), default=""),
# How often list of active checks is refreshed, in seconds.
# Note that after failing to refresh active checks the next refresh
# will be attempted after 60 seconds.
Optional("refresh_active_check"):
Default(IntVal(min=60, max=3600), default=120),
# the server ip:port list for active check.zabbix_agent would get the active check list
# from each server at the refresh_active_check frequency. Entry string Format is IP:PORT
Optional("active_check_server_list"):
Default([Use(str)], default=[]),
# the server ip list for passive check. each passive check's source ip must
# exist in this list. Entry string Format is IP
Optional("passive_check_server_list"):
"rpms": [
"samba",
],
"comment": "Provides the management functions for SAMBA server"
}
SMB_CONF_FILE_NAME = "smb_conf.yaml"
SMB_ETC_CONF_DIR = "/etc/samba/"
SMB_ETC_CONF_FILE = "smb.conf"
SMBSTATUS_CMD = "/usr/bin/smbstatus"
PDBEDIT_CMD = "/usr/bin/pdbedit"
SHARE_CONF_SCHEMA = Schema({
# Name of this share
"share_name":
Use(str),
# This parameter specifies a directory to which the user of the service is to
# be given access.default is empty
Optional("path"):
Default(Use(str), default=""),
# This is a text field that is seen next to a share when a client does a
# queries the server, either via the network neighborhood or via net view to
# list what shares are available. Default is empty
Optional("comment"):
Default(Use(str), default=""),
# When a file is created, the necessary permissions are calculated according
# to the mapping from DOS modes to UNIX permissions, and the resulting UNIX
# mode is then bit-wise ?AND?ed with this parameter. This parameter may be
MODULE_INFO = {
"module_name": "FTP",
"rpms": [
"vsftpd"
],
"comment": "Provides the management functions for FTP server"
}
FTP_CONF_FILE_NAME = "ftp_conf.yaml"
VSFTPD_ETC_CONF_DIR = "/etc/vsftpd/"
VSFTPD_ETC_CONF_FILE = "vsftpd.conf"
VSFTPD_ETC_USER_LIST = "user_list"
VSFTPD_ETC_CHROOT_LIST = "chroot_list"
FTP_USER_CONF_SCHEMA = Schema({
"user_name": Use(str),
# When enabled, the user can log in ftp
Optional("login_enable"): Default(BoolVal(), default=True),
# When enabled, the user will be placed into the chroot jail
Optional("chroot_enable"): Default(BoolVal(), default=False),
AutoDel(str): object # for all other key we auto delete
})
FTP_CONF_SCHEMA = Schema({
Optional("listen"): Default(BoolVal(), default=False), # ftp service listen on ipv4 port
Optional("listen6"): Default(BoolVal(), default=False), # ftp service listen on ipv6 port
Optional("listen_port"): Default(IntVal(min=1, max=65535), default=21), # ftp port number
# The maximum amount of time between commands from a remote client.
# Once triggered, the connection to the remote client is closed
"comment": "Provides the configuration management of the NTP server in sytem , "
"like setup the peer server, set self stratum, and etc"
}
NTP_CONF_FILE_NAME = "ntp_conf.yaml"
NTP_ETC_CONF_DIR = "/etc/"
NTP_ETC_CONF_FILE = "ntp.conf"
NTP_ETC_STORLEVER_CONF_DIR = "/etc/ntp/"
NTP_ETC_STORLEVER_CONF_FILE = "ntp.storlever.conf"
NTPQ_CMD = "/usr/sbin/ntpq"
NTP_SERVER_CONF_SCHEMA = Schema({
# it can be a ipv4 address, ipv6 address, or host dns name
"server_addr": Use(str),
# if set to True, it would be forced to resolve the host name to
# ipv6 address in DNS resolution
Optional("ipv6"): Default(BoolVal(), default=False),
# Marks the server as preferred. All other things being equal,
# this host will be chosen for synchronization among set of correctly operating hosts
Optional("prefer"): Default(BoolVal(), default=False),
# Specifies a mode number which is interpreted in a device
# specific fashion. For instance, it selects a dialing,
# protocol in the ACTS driver and a device subtype in the
# parse drivers.
# Only valid for reference clock server, i.e. server_addr is 127.127.t.n
Optional("mode"): Default(IntVal(min=0, max=65535), default=0),
def test_dict(self):
schema = Schema({
"key1":
str, # key1 should be string
"key2":
Use(int), # key3 should be in or int in string
"key3": [IntVal(min=10, max=20)],
# key4 is optional,
Optional("key4"):
str,
Optional('key5'):
Default(IntVal(min=100, max=200), default=100),
DoNotCare(str):
object # for all those key we don't care
})
data = schema.validate({
"key1": "abc",
"key2": '123',
"key3": [10, 15, 20],
"key5": 199,
})
self.assertEqual(data, {
"key1": "abc",
"key2": 123,
"key3": [10, 15, 20],
"key5": 199
})
data = schema.validate({
"key1": "abc",
"key2": '123',
"key3": [10, 15, 20],
})
self.assertEqual(data, {
"key1": "abc",
"key2": 123,
"key3": [10, 15, 20],
"key5": 100
})
data = schema.validate({
"key1": "abc",
"key2": '123',
"key3": [10, 15, 20],
"key4": 'abc'
})
self.assertEqual(
data, {
"key1": "abc",
"key2": 123,
"key3": [10, 15, 20],
"key4": 'abc',
"key5": 100
})
data = schema.validate({
"key1": "abc",
"key2": '123',
"key3": [10, 15, 20],
"key4": 'abc',
"key100": 'bbc',
'key200': [123, 23, 334]
})
self.assertEqual(
data, {
"key1": "abc",
"key2": 123,
"key3": [10, 15, 20],
"key4": 'abc',
"key5": 100,
"key100": 'bbc',
'key200': [123, 23, 334]
})
with self.assertRaises(SchemaError):
schema.validate({
'key1': 123,
"key2": '123',
"key3": [10, 15, 20],
"key4": 223,
})
with self.assertRaises(SchemaError):
schema.validate({
'key1': 123,
"key2": '123',
"key3": [10, 15, 20],
"key4": 'abc',
"key100": 'bbc',
'key200': [123, 23, 334]
})
with self.assertRaises(SchemaError):
schema.validate({
'key1': 'abc',
"key2": '123',
"key3": [10, 15, 20],
"key4": 'abc',
'key5': 0,
"key100": 'bbc',
'key200': [123, 23, 334]
})
'system': sys_uname[0],
'release': sys_uname[2],
'version': sys_uname[3],
'machine': sys_uname[4],
'processor': sys_uname[5],
'dist_name': dist_name,
'dist_version': dist_version,
'dist_id': dist_id,
"uptime": str(uptime).split('.')[0],
"loadavg": [av1, av2, av3]
}
return info
local_host_schema = Schema({
Optional("hostname"): Use(str), # name should be string
DoNotCare(Use(str)): object # for all those key we don't care
})
@put_view(route_name='system_localhost')
def put_system_localhost(request):
sys_mgr = sysinfo.sys_mgr() # get sys manager
params = get_params_from_request(request, local_host_schema)
if "hostname" in params:
sys_mgr.set_hostname(params["hostname"], user=request.client_addr)
return Response(status=200)
@get_view(route_name='cpu_list')
def system_cpu_list_get(request):
ftp_mgr = ftpmgr.FtpManager
return ftp_mgr.get_ftp_conf()
ftp_conf_schema = Schema({
Optional("listen"):
BoolVal(), # ftp service listen on ipv4 port
Optional("listen6"):
BoolVal(), # ftp service listen on ipv6 port
Optional("listen_port"):
IntVal(min=1, max=65535), # ftp port number
# The maximum amount of time between commands from a remote client.
# Once triggered, the connection to the remote client is closed
Optional("idle_session_timeout"):
Use(int),
# the maximum data transfer rate for anonymous users in bytes per second.
# The default value is 0, which does not limit the transfer rate.
Optional("anon_max_rate"):
Use(int),
# the maximum rate data is transferred for local users in bytes per second.
# The default value is 0, which does not limit the transfer rate.
Optional("local_max_rate"):
Use(int),
# the maximum number of simultaneous clients allowed to connect to
# the server when it is running in standalone mode. Any additional client
# connections would result in an error message.
# The default value is 0, which does not limit connections.
Optional("max_clients"):
# must use a contiguous mask length and must not be inside square brackets
# to avoid confusion with character-class wildcards. Wildcard characters
# generally do not work on IP addresses, though they may work by accident
# when reverse DNS lookups fail.
"host": StrRe("^(\S)*$"),
# The options to be used for host
Optional("options"): Default(StrRe("^(\S)*$"), default=""),
AutoDel(str): object # for all other key we auto delete
})
EXPORT_POINT_CONF_SCHEMA = Schema({
# export point name
"name": Use(str),
# absolute path
"path": Use(str),
# client list for this export point
Optional("clients"): Default([EXPORT_CLIENT_CONF_SCHEMA],default=[]),
AutoDel(str): object # for all other key we auto delete
})
NFS_CONF_SCHEMA = Schema({
Optional("export_point_list"): Default([EXPORT_POINT_CONF_SCHEMA], default=[]),
AutoDel(str): object # for all other key we auto delete
})
MODULE_INFO = {
"module_name": "mail",
"rpms": ["mailx"],
"comment": "Provides the support to send email by mailx utility"
}
MAIL_CONF_FILE_NAME = "mail_conf.yaml"
MAIL_ETC_CONF_DIR = "/etc/"
MAIL_ETC_CONF_FILE = "mail.rc"
MAIL_CMD = "/bin/mail"
MAIL_CONF_SCHEMA = Schema({
# the email address of user's account, it would also be place in the FROM header of the email
Optional("email_addr"):
Default(Use(str), default=""),
# smtp server address to send the mail
Optional("smtp_server"):
Default(Use(str), default=""),
# password for the account
Optional("password"):
Default(Use(str), default=""),
AutoDel(str):
object # for all other key we auto delete
})
class MailManager(object):
"""contains all methods to manage NTP server in linux system"""
# they are used at all, is a function of the particular
# clock driver. However, by convention flag4 is used to
# enable recording monitoring data to the clockstats file
# configured with the filegen command. Further information
# on the filegen command can be found in Monitoring
# Options.
# Only valid for reference clock server, i.e. server_addr is 127.127.t.n
Optional("flag1"):
Default(IntVal(min=0, max=1), default=0),
Optional("flag2"):
Default(IntVal(min=0, max=1), default=0),
Optional("flag3"):
Default(IntVal(min=0, max=1), default=0),
Optional("flag4"):
Default(IntVal(min=0, max=1), default=0),
DoNotCare(Use(str)):
object # for all other key we don't care
}])
@put_view(route_name='ntp_server_list')
def put_ntp_server_list(request):
ntp_mgr = ntpmgr.NtpManager
new_server_list = get_params_from_request(request, ntp_server_list_schema)
ntp_mgr.set_server_conf_list(new_server_list, operator=request.client_addr)
return Response(status=200)
@get_view(route_name='ntp_restrict_list')
def get_ntp_restrict_list(request):
ntp_mgr = ntpmgr.NtpManager
#/network/eth_list/{port_name}/stat
@get_view(route_name='port_stat')
def get_port_stat(request):
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
netif_info = eth_face.get_interface_by_name(port_name)
stat_info = netif_info.statistic_info
return stat_info
port_mod_schema = Schema({
Optional("ip"): StrRe(r"^(|\d+\.\d+\.\d+\.\d+)$"), # ip addr
Optional("netmask"): StrRe(r"^(|\d+\.\d+\.\d+\.\d+)$"), # netmask addr
Optional("gateway"): StrRe(r"^(|\d+\.\d+\.\d+\.\d+)$"), # gateway addr
DoNotCare(Use(str)): object # for all those key we don't care
})
#curl -v -X PUT -d ip=192.168.0.222 -d gateway=192.168.1.1 -d netmask=255.255.0.0 http://192.168.1.123:6543/storlever/api/v1/network/eth_list/eth0
@put_view(route_name='single_port')
def modify_single_port(request):
port_info = get_params_from_request(request, port_mod_schema)
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
eth = eth_face.get_interface_by_name(port_name)
eth.set_ip_config(ip=port_info.get("ip", None),
netmask=port_info.get("netmask", None),
gateway=port_info.get("gateway", None),
user=request.client_addr)
return Response(status=200)
import time
import shutil
import re
import tarfile
import os
from storlever.lib.exception import StorLeverCmdError, StorLeverError
from storlever.lib.command import check_output
from storlever.lib.schema import Schema, Use, Optional, \
Default, DoNotCare, BoolVal, IntVal, AutoDel
MODULE_CONF_SCHEMA = Schema({
"module_name": Use(str),
Optional("rpms"): Default([Use(str)], default=[]),
Optional("extra_files"): Default([Use(str)], default=[]),
Optional("comment"): Default(Use(str), default=""),
AutoDel(str): object # for all other key we auto delete
})
RPM_CMD = "/bin/rpm"
class ModuleManager(object):
"""contains all methods to manage the storlever cfg"""
vg_info = {
'name': vgs[vg].name,
'uuid': vgs[vg].uuid,
'size': vgs[vg].size,
'free_size': vgs[vg].free_size,
}
vg_dict.append(vg_info)
return vg_dict
new_vg_schema = Schema({
"vgname":
StrRe(r"^([a-zA-Z].+)$"),
"dev":
Default(ListVal(StrRe(r"^(/dev/sd[a-z]|/dev/md.+)$")), default=[]),
DoNotCare(Use(str)):
object # for all those key we don't care
})
#curl -v -X POST -d vgname=vg1 -d dev=/dev/sdb,/dev/sdc http://192.168.1.123:6543/storlever/api/v1/block/lvm/vg_list
#enable eth* or disable eth*
@post_view(route_name='vg_list')
def create_vg(request):
lvm_mng = lvm.lvm_mgr()
params = get_params_from_request(request, new_vg_schema)
vg = lvm_mng.new_vg(params['vgname'], params['dev'])
if vg is None:
return Response(status=500)
else:
"module_name": "tgt",
"rpms": [
"scsi-target-utils",
],
"comment": "Provides the management functions for iscsi target server(tgt)"
}
LUN_CONF_SCHEMA = Schema({
# lun number
"lun":
IntVal(1, 255),
# path to a regular file, or block device, or a sg char device
"path":
Use(str),
# the type of device . Possible device-types are:
# disk : emulate a disk device
# tape : emulate a tape reader
# ssc : same as tape
# cd : emulate a DVD drive
# changer : emulate a media changer device
# pt : passthrough type to export a /dev/sg device
Optional("device_type"):
Default(Use(str), default="disk"),
# the type of backend storage. Possible backend types are:
# rdwr : Use normal file I/O. This is the default for disk devices
# aio : Use Asynchronous I/O
# sg : Special backend type for passthrough devices
