/
SQL.py
executable file
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/
SQL.py
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# -*- coding: utf-8 -*-
# This module is part of the desktop management solution opsi
# (open pc server integration) http://www.opsi.org
# Copyright (C) 2013-2017 uib GmbH <info@uib.de>
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as
# published by the Free Software Foundation, either version 3 of the
# License, or (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
"""
Basic SQL backend.
This backend is a general SQL implementation undependend from concrete
databases and their implementation.
:copyright: uib GmbH <info@uib.de>
:author: Jan Schneider <j.schneider@uib.de>
:author: Erol Ueluekmen <e.ueluekmen@uib.de>
:author: Niko Wenselowski <n.wenselowski@uib.de>
:license: GNU Affero General Public License version 3
"""
import base64
import json
import re
import time
from contextlib import contextmanager
from datetime import datetime
from hashlib import md5
from twisted.conch.ssh import keys
from OPSI.Exceptions import (BackendConfigurationError, BackendMissingDataError,
BackendModuleDisabledError, BackendReferentialIntegrityError)
from OPSI.Logger import Logger
from OPSI.Types import (forceBool, forceUnicodeLower, forceOpsiTimestamp,
forceList, forceUnicode, forceUnicodeList, forceDict, forceObjectClassList)
from OPSI.Object import (AuditHardware, AuditHardwareOnHost, AuditSoftware,
AuditSoftwareOnClient, AuditSoftwareToLicensePool, Config, ConfigState,
Entity, Group, Host, HostGroup, LicenseContract, LicenseOnClient,
LicensePool, ObjectToGroup, Product, ProductDependency, ProductGroup,
ProductOnClient, ProductOnDepot, ProductProperty, ProductPropertyState,
Relationship, SoftwareLicense, SoftwareLicenseToLicensePool,
mandatoryConstructorArgs)
from OPSI.Backend.Backend import BackendModificationListener, ConfigDataBackend
from OPSI.Util import timestamp
__all__ = (
'timeQuery', 'onlyAllowSelect', 'SQL', 'SQLBackend',
'SQLBackendObjectModificationTracker'
)
DATABASE_SCHEMA_VERSION = 3
logger = Logger()
@contextmanager
def timeQuery(query):
startingTime = datetime.now()
logger.debug(u'start query {0}', query)
try:
yield
finally:
logger.debug(u'ended query (duration: {1}) {0}', query, datetime.now() - startingTime)
def onlyAllowSelect(query):
if not forceUnicodeLower(query).strip().startswith('select'):
raise ValueError('Only queries to SELECT data are allowed.')
def createSchemaVersionTable(database):
logger.debug("Creating 'OPSI_SCHEMA' table.")
table = u'''CREATE TABLE `OPSI_SCHEMA` (
`version` integer NOT NULL,
`updateStarted` TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP,
`updateEnded` TIMESTAMP,
PRIMARY KEY (`version`)
) {0};
'''.format(database.getTableCreationOptions('OPSI_SCHEMA'))
logger.debug(table)
database.execute(table)
class SQL(object):
AUTOINCREMENT = 'AUTO_INCREMENT'
ALTER_TABLE_CHANGE_SUPPORTED = True
ESCAPED_BACKSLASH = "\\\\"
ESCAPED_APOSTROPHE = "\\\'"
ESCAPED_UNDERSCORE = "\\_"
ESCAPED_PERCENT = "\\%"
ESCAPED_ASTERISK = "\\*"
doCommit = True
def __init__(self, **kwargs):
pass
def connect(self):
pass
def close(self, conn, cursor):
pass
def getSet(self, query):
return []
def getRow(self, query):
return {}
def insert(self, table, valueHash):
return -1
def update(self, table, where, valueHash, updateWhereNone=False):
return 0
def delete(self, table, where):
return 0
def getTables(self):
return {}
def execute(self, query, conn=None, cursor=None):
return None
def query(self, query, conn=None, cursor=None):
return self.execute(query)
def getTableCreationOptions(self, table):
return u''
def escapeBackslash(self, string):
return string.replace('\\', self.ESCAPED_BACKSLASH)
def escapeApostrophe(self, string):
return string.replace("'", self.ESCAPED_APOSTROPHE)
def escapeUnderscore(self, string):
return string.replace('_', self.ESCAPED_UNDERSCORE)
def escapePercent(self, string):
return string.replace('%', self.ESCAPED_PERCENT)
def escapeAsterisk(self, string):
return string.replace('*', self.ESCAPED_ASTERISK)
class SQLBackendObjectModificationTracker(BackendModificationListener):
def __init__(self, **kwargs):
BackendModificationListener.__init__(self)
self._sql = None
self._lastModificationOnly = False
for (option, value) in kwargs.items():
option = option.lower()
if option == 'lastmodificationonly':
self._lastModificationOnly = forceBool(value)
def _createTables(self):
tables = self._sql.getTables()
if 'OBJECT_MODIFICATION_TRACKER' not in tables:
logger.debug(u'Creating table OBJECT_MODIFICATION_TRACKER')
table = u'''CREATE TABLE `OBJECT_MODIFICATION_TRACKER` (
`id` integer NOT NULL ''' + self._sql.AUTOINCREMENT + ''',
`command` varchar(6) NOT NULL,
`objectClass` varchar(128) NOT NULL,
`ident` varchar(1024) NOT NULL,
`date` TIMESTAMP,
PRIMARY KEY (`id`)
) %s;
''' % self._sql.getTableCreationOptions('OBJECT_MODIFICATION_TRACKER')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `objectClass` on `OBJECT_MODIFICATION_TRACKER` (`objectClass`);')
self._sql.execute('CREATE INDEX `ident` on `OBJECT_MODIFICATION_TRACKER` (`ident`);')
self._sql.execute('CREATE INDEX `date` on `OBJECT_MODIFICATION_TRACKER` (`date`);')
def _trackModification(self, command, obj):
command = forceUnicodeLower(command)
if command not in ('insert', 'update', 'delete'):
raise ValueError(u"Unhandled command {0!r}".format(command))
data = {
'command': command,
'objectClass': obj.__class__.__name__,
'ident': obj.getIdent(),
'date': timestamp()
}
if self._lastModificationOnly:
objectClass = data['objectClass']
ident = self._sql.escapeApostrophe(self._sql.escapeBackslash(data['ident']))
self._sql.delete('OBJECT_MODIFICATION_TRACKER', "`objectClass` = '%s' AND `ident` = '%s'" % (objectClass, ident))
start = time.time()
self._sql.insert('OBJECT_MODIFICATION_TRACKER', data)
logger.debug(u"Took %0.2f seconds to track modification of objectClass %s, ident %s" % ((time.time() - start), data['objectClass'], data['ident']))
def getModifications(self, sinceDate=0):
return self._sql.getSet("SELECT * FROM `OBJECT_MODIFICATION_TRACKER` WHERE `date` > '%s'" % forceOpsiTimestamp(sinceDate))
def clearModifications(self, objectClass=None, sinceDate=0):
where = "`date` > '%s'" % forceOpsiTimestamp(sinceDate)
if objectClass:
where = ''.join((where, 'AND `objectClass` = "{0}"'.format(objectClass)))
self._sql.execute("DELETE FROM `OBJECT_MODIFICATION_TRACKER` WHERE %s" % where)
def objectInserted(self, backend, obj):
self._trackModification('insert', obj)
def objectUpdated(self, backend, obj):
self._trackModification('update', obj)
def objectsDeleted(self, backend, objs):
for obj in forceList(objs):
self._trackModification('delete', obj)
class SQLBackend(ConfigDataBackend):
_OPERATOR_IN_CONDITION_PATTERN = re.compile('^\s*([>=<]+)\s*(\d\.?\d*)')
def __init__(self, **kwargs):
self._name = 'sql'
ConfigDataBackend.__init__(self, **kwargs)
self._sql = None
self._auditHardwareConfig = {}
self._setAuditHardwareConfig(self.auditHardware_getConfig())
def _setAuditHardwareConfig(self, config):
self._auditHardwareConfig = {}
for conf in config:
hwClass = conf['Class']['Opsi']
self._auditHardwareConfig[hwClass] = {}
for value in conf['Values']:
self._auditHardwareConfig[hwClass][value['Opsi']] = {
'Type': value["Type"],
'Scope': value["Scope"]
}
def _requiresEnabledSQLBackendModule(self):
"""
This will raise an exception if the SQL backend module is not enabled.
:raises BackendModuleDisabledError: if SQL backend module disabled
"""
if not self._sqlBackendModule:
raise BackendModuleDisabledError(u"SQL backend module disabled")
def _filterToSql(self, filter={}):
"""
Creates a SQL condition out of the given filter.
"""
def buildCondition():
for key, values in filter.items():
if values is None:
continue
values = forceList(values)
if not values:
continue
yield u' or '.join(processValues(key, values))
def processValues(key, values):
for value in values:
if isinstance(value, bool):
if value:
yield u"`{0}` = 1".format(key)
else:
yield u"`{0}` = 0".format(key)
elif isinstance(value, (float, long, int)):
yield u"`{0}` = {1}".format(key, value)
elif value is None:
yield u"`{0}` is NULL".format(key)
else:
value = value.replace(self._sql.ESCAPED_ASTERISK, u'\uffff')
value = self._sql.escapeApostrophe(self._sql.escapeBackslash(value))
match = self._OPERATOR_IN_CONDITION_PATTERN.search(value)
if match:
operator = match.group(1)
value = match.group(2)
value = value.replace(u'\uffff', self._sql.ESCAPED_ASTERISK)
yield u"`%s` %s %s" % (key, operator, forceUnicode(value))
else:
if '*' in value:
operator = 'LIKE'
value = self._sql.escapeUnderscore(self._sql.escapePercent(value)).replace('*', '%')
else:
operator = '='
value = value.replace(u'\uffff', self._sql.ESCAPED_ASTERISK)
yield u"`{0}` {1} '{2}'".format(key, operator, forceUnicode(value))
def addParenthesis(conditions):
for condition in conditions:
yield u'({0})'.format(condition)
return u' and '.join(addParenthesis(buildCondition()))
def _createQuery(self, table, attributes=[], filter={}):
select = u','.join(
u'`{0}`'.format(attribute) for attribute in attributes
) or u'*'
condition = self._filterToSql(filter)
if condition:
query = u'select %s from `%s` where %s' % (select, table, condition)
else:
query = u'select %s from `%s`' % (select, table)
logger.debug(u"Created query: {0}", query)
return query
def _adjustAttributes(self, objectClass, attributes, filter):
if attributes:
newAttributes = forceUnicodeList(attributes)
else:
newAttributes = []
newFilter = forceDict(filter)
objectId = self._objectAttributeToDatabaseAttribute(objectClass, 'id')
try:
newFilter[objectId] = newFilter['id']
del newFilter['id']
except KeyError:
# No key 'id' - everything okay
pass
try:
newAttributes.remove('id')
newAttributes.append(objectId)
except ValueError:
# No element 'id' - everything okay
pass
try:
for oc in forceList(filter['type']):
if objectClass.__name__ == oc:
newFilter['type'] = forceList(filter['type']).append(objectClass.subClasses.values())
except KeyError:
# No key 'type' - everything okay
pass
if newAttributes:
if issubclass(objectClass, Entity) and 'type' not in newAttributes:
newAttributes.append('type')
objectClasses = [objectClass]
objectClasses.extend(objectClass.subClasses.values())
for oc in objectClasses:
for arg in mandatoryConstructorArgs(oc):
if arg == 'id':
arg = objectId
if arg not in newAttributes:
newAttributes.append(arg)
return (newAttributes, newFilter)
def _adjustResult(self, objectClass, result):
idAttribute = self._objectAttributeToDatabaseAttribute(objectClass, 'id')
try:
result['id'] = result[idAttribute]
del result[idAttribute]
except KeyError:
pass
return result
def _objectToDatabaseHash(self, object):
hash = object.toHash()
if object.getType() == 'ProductOnClient':
try:
del hash['actionSequence']
except KeyError:
pass # not there - can be
if issubclass(object.__class__, Product):
try:
# Truncating a possibly too long changelog entry
hash['changelog'] = hash['changelog'][:65534]
except (KeyError, TypeError):
pass # Either not present in hash or set to None
if issubclass(object.__class__, Relationship):
try:
del hash['type']
except KeyError:
pass # not there - can be
for objectAttribute in hash.keys():
dbAttribute = self._objectAttributeToDatabaseAttribute(object.__class__, objectAttribute)
if objectAttribute != dbAttribute:
hash[dbAttribute] = hash[objectAttribute]
del hash[objectAttribute]
return hash
def _objectAttributeToDatabaseAttribute(self, objectClass, attribute):
if attribute == 'id':
# A class is considered a subclass of itself
if issubclass(objectClass, Product):
return 'productId'
elif issubclass(objectClass, Host):
return 'hostId'
elif issubclass(objectClass, Group):
return 'groupId'
elif issubclass(objectClass, Config):
return 'configId'
elif issubclass(objectClass, LicenseContract):
return 'licenseContractId'
elif issubclass(objectClass, SoftwareLicense):
return 'softwareLicenseId'
elif issubclass(objectClass, LicensePool):
return 'licensePoolId'
return attribute
def _uniqueCondition(self, object):
"""
Creates an unique condition that can be used in the WHERE part
of an SQL query to identify an object.
To achieve this the constructor of the object is inspected.
Objects must have an attribute named like the parameter.
:param object: The object to create an condition for.
:returntype: str
"""
def createCondition():
for argument in mandatoryConstructorArgs(object.__class__):
value = getattr(object, argument)
if value is None:
continue
arg = self._objectAttributeToDatabaseAttribute(object.__class__, argument)
if isinstance(value, bool):
if value:
yield u"`{0}` = 1".format(arg)
else:
yield u"`{0}` = 0".format(arg)
elif isinstance(value, (float, long, int)):
yield u"`{0}` = {1}".format(arg, value)
else:
yield u"`{0}` = '{1}'".format(arg, self._sql.escapeApostrophe(self._sql.escapeBackslash(value)))
if isinstance(object, (HostGroup, ProductGroup)):
yield u"`type` = '{0}'".format(object.getType())
return ' and '.join(createCondition())
def _objectExists(self, table, object):
query = 'select * from `%s` where %s' % (table, self._uniqueCondition(object))
return bool(self._sql.getRow(query))
def backend_exit(self):
pass
def backend_deleteBase(self):
ConfigDataBackend.backend_deleteBase(self)
# Drop database
errorCount = 0
errorsExist = True
while errorsExist and errorCount < 96:
errorsExist = False
for tableName in self._sql.getTables().keys():
dropCommand = u'DROP TABLE `{name}`;'.format(name=tableName)
logger.debug(dropCommand)
try:
self._sql.execute(dropCommand)
except Exception as error:
logger.error(u"Failed to drop table '{name}': {error}", name=tableName, error=error)
errorCount += 1
errorsExist = True
def backend_createBase(self):
ConfigDataBackend.backend_createBase(self)
tables = self._sql.getTables()
logger.notice(u'Creating opsi base')
existingTables = set(tables.keys())
# Host table
if 'HOST' not in existingTables:
self._createTableHost()
if 'CONFIG' not in existingTables:
logger.debug(u'Creating table CONFIG')
table = u'''CREATE TABLE `CONFIG` (
`configId` varchar(200) NOT NULL,
`type` varchar(30) NOT NULL,
`description` varchar(256),
`multiValue` bool NOT NULL,
`editable` bool NOT NULL,
PRIMARY KEY (`configId`)
) %s;
''' % self._sql.getTableCreationOptions('CONFIG')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_config_type` on `CONFIG` (`type`);')
if 'CONFIG_VALUE' not in existingTables:
logger.debug(u'Creating table CONFIG_VALUE')
table = u'''CREATE TABLE `CONFIG_VALUE` (
`config_value_id` integer NOT NULL ''' + self._sql.AUTOINCREMENT + ''',
`configId` varchar(200) NOT NULL,
`value` TEXT,
`isDefault` bool,
PRIMARY KEY (`config_value_id`),
FOREIGN KEY (`configId`) REFERENCES `CONFIG` (`configId`)
) %s;
''' % self._sql.getTableCreationOptions('CONFIG_VALUE')
logger.debug(table)
self._sql.execute(table)
if 'CONFIG_STATE' not in existingTables:
logger.debug(u'Creating table CONFIG_STATE')
table = u'''CREATE TABLE `CONFIG_STATE` (
`config_state_id` integer NOT NULL ''' + self._sql.AUTOINCREMENT + ''',
`configId` varchar(200) NOT NULL,
`objectId` varchar(255) NOT NULL,
`values` text,
PRIMARY KEY (`config_state_id`)
) %s;
''' % self._sql.getTableCreationOptions('CONFIG_STATE')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_config_state_configId` on `CONFIG_STATE` (`configId`);')
self._sql.execute('CREATE INDEX `index_config_state_objectId` on `CONFIG_STATE` (`objectId`);')
if 'PRODUCT' not in existingTables:
logger.debug(u'Creating table PRODUCT')
table = u'''CREATE TABLE `PRODUCT` (
`productId` varchar(255) NOT NULL,
`productVersion` varchar(32) NOT NULL,
`packageVersion` varchar(16) NOT NULL,
`type` varchar(32) NOT NULL,
`name` varchar(128) NOT NULL,
`licenseRequired` varchar(50),
`setupScript` varchar(50),
`uninstallScript` varchar(50),
`updateScript` varchar(50),
`alwaysScript` varchar(50),
`onceScript` varchar(50),
`customScript` varchar(50),
`userLoginScript` varchar(50),
`priority` integer,
`description` TEXT,
`advice` TEXT,
`pxeConfigTemplate` varchar(50),
`changelog` TEXT,
PRIMARY KEY (`productId`, `productVersion`, `packageVersion`)
) %s;
''' % self._sql.getTableCreationOptions('PRODUCT')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_product_type` on `PRODUCT` (`type`);')
# FOREIGN KEY ( `productId` ) REFERENCES `PRODUCT` ( `productId` ),
if 'WINDOWS_SOFTWARE_ID_TO_PRODUCT' not in existingTables:
logger.debug(u'Creating table WINDOWS_SOFTWARE_ID_TO_PRODUCT')
table = u'''CREATE TABLE `WINDOWS_SOFTWARE_ID_TO_PRODUCT` (
`windowsSoftwareId` VARCHAR(100) NOT NULL,
`productId` varchar(255) NOT NULL,
PRIMARY KEY (`windowsSoftwareId`, `productId`)
) %s;
''' % self._sql.getTableCreationOptions('WINDOWS_SOFTWARE_ID_TO_PRODUCT')
logger.debug(table)
self._sql.execute(table)
if 'PRODUCT_ON_DEPOT' not in existingTables:
logger.debug(u'Creating table PRODUCT_ON_DEPOT')
table = u'''CREATE TABLE `PRODUCT_ON_DEPOT` (
`productId` varchar(255) NOT NULL,
`productVersion` varchar(32) NOT NULL,
`packageVersion` varchar(16) NOT NULL,
`depotId` varchar(255) NOT NULL,
`productType` varchar(16) NOT NULL,
`locked` bool,
PRIMARY KEY (`productId`, `depotId`),
FOREIGN KEY (`productId`, `productVersion`, `packageVersion` ) REFERENCES `PRODUCT` (`productId`, `productVersion`, `packageVersion`),
FOREIGN KEY (`depotId`) REFERENCES `HOST` (`hostId`)
) %s;
''' % self._sql.getTableCreationOptions('PRODUCT_ON_DEPOT')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_product_on_depot_productType` on `PRODUCT_ON_DEPOT` (`productType`);')
if 'PRODUCT_PROPERTY' not in existingTables:
logger.debug(u'Creating table PRODUCT_PROPERTY')
table = u'''CREATE TABLE `PRODUCT_PROPERTY` (
`productId` varchar(255) NOT NULL,
`productVersion` varchar(32) NOT NULL,
`packageVersion` varchar(16) NOT NULL,
`propertyId` varchar(200) NOT NULL,
`type` varchar(30) NOT NULL,
`description` TEXT,
`multiValue` bool NOT NULL,
`editable` bool NOT NULL,
PRIMARY KEY (`productId`, `productVersion`, `packageVersion`, `propertyId`),
FOREIGN KEY (`productId`, `productVersion`, `packageVersion`) REFERENCES `PRODUCT` (`productId`, `productVersion`, `packageVersion`)
) %s;
''' % self._sql.getTableCreationOptions('PRODUCT_PROPERTY')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_product_property_type` on `PRODUCT_PROPERTY` (`type`);')
if 'PRODUCT_PROPERTY_VALUE' not in existingTables:
logger.debug(u'Creating table PRODUCT_PROPERTY_VALUE')
table = u'''CREATE TABLE `PRODUCT_PROPERTY_VALUE` (
`product_property_id` integer NOT NULL ''' + self._sql.AUTOINCREMENT + ''',
`productId` varchar(255) NOT NULL,
`productVersion` varchar(32) NOT NULL,
`packageVersion` varchar(16) NOT NULL,
`propertyId` varchar(200) NOT NULL,
`value` text,
`isDefault` bool,
PRIMARY KEY (`product_property_id`),
FOREIGN KEY (`productId`, `productVersion`, `packageVersion`, `propertyId`) REFERENCES `PRODUCT_PROPERTY` (`productId`, `productVersion`, `packageVersion`, `propertyId`)
) %s;
''' % self._sql.getTableCreationOptions('PRODUCT_PROPERTY_VALUE')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_product_property_value` on `PRODUCT_PROPERTY_VALUE` (`productId`, `propertyId`, `productVersion`, `packageVersion`);')
if 'PRODUCT_DEPENDENCY' not in existingTables:
logger.debug(u'Creating table PRODUCT_DEPENDENCY')
table = u'''CREATE TABLE `PRODUCT_DEPENDENCY` (
`productId` varchar(255) NOT NULL,
`productVersion` varchar(32) NOT NULL,
`packageVersion` varchar(16) NOT NULL,
`productAction` varchar(16) NOT NULL,
`requiredProductId` varchar(255) NOT NULL,
`requiredProductVersion` varchar(32),
`requiredPackageVersion` varchar(16),
`requiredAction` varchar(16),
`requiredInstallationStatus` varchar(16),
`requirementType` varchar(16),
PRIMARY KEY (`productId`, `productVersion`, `packageVersion`, `productAction`, `requiredProductId`),
FOREIGN KEY (`productId`, `productVersion`, `packageVersion`) REFERENCES `PRODUCT` (`productId`, `productVersion`, `packageVersion`)
) %s;
''' % self._sql.getTableCreationOptions('PRODUCT_DEPENDENCY')
logger.debug(table)
self._sql.execute(table)
# FOREIGN KEY ( `productId` ) REFERENCES PRODUCT( `productId` ),
if 'PRODUCT_ON_CLIENT' not in existingTables:
logger.debug(u'Creating table PRODUCT_ON_CLIENT')
table = u'''CREATE TABLE `PRODUCT_ON_CLIENT` (
`productId` varchar(255) NOT NULL,
`clientId` varchar(255) NOT NULL,
`productType` varchar(16) NOT NULL,
`targetConfiguration` varchar(16),
`installationStatus` varchar(16),
`actionRequest` varchar(16),
`actionProgress` varchar(255),
`actionResult` varchar(16),
`lastAction` varchar(16),
`productVersion` varchar(32),
`packageVersion` varchar(16),
`modificationTime` TIMESTAMP,
PRIMARY KEY (`productId`, `clientId`),
FOREIGN KEY (`clientId`) REFERENCES `HOST` (`hostId`)
) %s;
''' % self._sql.getTableCreationOptions('PRODUCT_ON_CLIENT')
logger.debug(table)
self._sql.execute(table)
# FOREIGN KEY ( `productId` ) REFERENCES `PRODUCT` ( `productId` ),
if 'PRODUCT_PROPERTY_STATE' not in existingTables:
logger.debug(u'Creating table PRODUCT_PROPERTY_STATE')
table = u'''CREATE TABLE `PRODUCT_PROPERTY_STATE` (
`product_property_state_id` integer NOT NULL ''' + self._sql.AUTOINCREMENT + ''',
`productId` varchar(255) NOT NULL,
`propertyId` varchar(200) NOT NULL,
`objectId` varchar(255) NOT NULL,
`values` text,
PRIMARY KEY (`product_property_state_id`)
) %s;
''' % self._sql.getTableCreationOptions('PRODUCT_PROPERTY_STATE')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_product_property_state_objectId` on `PRODUCT_PROPERTY_STATE` (`objectId`);')
if 'GROUP' not in existingTables:
logger.debug(u'Creating table GROUP')
table = u'''CREATE TABLE `GROUP` (
`type` varchar(30) NOT NULL,
`groupId` varchar(255) NOT NULL,
`parentGroupId` varchar(255),
`description` varchar(100),
`notes` varchar(500),
PRIMARY KEY (`type`, `groupId`)
) %s;
''' % self._sql.getTableCreationOptions('GROUP')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_group_parentGroupId` on `GROUP` (`parentGroupId`);')
if 'OBJECT_TO_GROUP' not in existingTables:
logger.debug(u'Creating table OBJECT_TO_GROUP')
table = u'''CREATE TABLE `OBJECT_TO_GROUP` (
`object_to_group_id` integer NOT NULL ''' + self._sql.AUTOINCREMENT + ''',
`groupType` varchar(30) NOT NULL,
`groupId` varchar(100) NOT NULL,
`objectId` varchar(255) NOT NULL,
PRIMARY KEY (`object_to_group_id`),
FOREIGN KEY (`groupType`, `groupId`) REFERENCES `GROUP` (`type`, `groupId`)
) %s;
''' % self._sql.getTableCreationOptions('OBJECT_TO_GROUP')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_object_to_group_objectId` on `OBJECT_TO_GROUP` (`objectId`);')
if 'LICENSE_CONTRACT' not in existingTables:
logger.debug(u'Creating table LICENSE_CONTRACT')
table = u'''CREATE TABLE `LICENSE_CONTRACT` (
`licenseContractId` VARCHAR(100) NOT NULL,
`type` varchar(30) NOT NULL,
`description` varchar(100),
`notes` varchar(1000),
`partner` varchar(100),
`conclusionDate` TIMESTAMP NOT NULL DEFAULT '0000-00-00 00:00:00',
`notificationDate` TIMESTAMP NOT NULL DEFAULT '0000-00-00 00:00:00',
`expirationDate` TIMESTAMP NOT NULL DEFAULT '0000-00-00 00:00:00',
PRIMARY KEY (`licenseContractId`)
) %s;
''' % self._sql.getTableCreationOptions('LICENSE_CONTRACT')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_license_contract_type` on `LICENSE_CONTRACT` (`type`);')
if 'SOFTWARE_LICENSE' not in existingTables:
logger.debug(u'Creating table SOFTWARE_LICENSE')
table = u'''CREATE TABLE `SOFTWARE_LICENSE` (
`softwareLicenseId` VARCHAR(100) NOT NULL,
`licenseContractId` VARCHAR(100) NOT NULL,
`type` varchar(30) NOT NULL,
`boundToHost` varchar(255),
`maxInstallations` integer,
`expirationDate` TIMESTAMP NOT NULL DEFAULT '0000-00-00 00:00:00',
PRIMARY KEY (`softwareLicenseId`),
FOREIGN KEY (`licenseContractId`) REFERENCES `LICENSE_CONTRACT` (`licenseContractId`)
) %s;
''' % self._sql.getTableCreationOptions('SOFTWARE_LICENSE')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_software_license_type` on `SOFTWARE_LICENSE` (`type`);')
self._sql.execute('CREATE INDEX `index_software_license_boundToHost` on `SOFTWARE_LICENSE` (`boundToHost`);')
if 'LICENSE_POOL' not in existingTables:
logger.debug(u'Creating table LICENSE_POOL')
table = u'''CREATE TABLE `LICENSE_POOL` (
`licensePoolId` VARCHAR(100) NOT NULL,
`type` varchar(30) NOT NULL,
`description` varchar(200),
PRIMARY KEY (`licensePoolId`)
) %s;
''' % self._sql.getTableCreationOptions('LICENSE_POOL')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_license_pool_type` on `LICENSE_POOL` (`type`);')
if 'AUDIT_SOFTWARE_TO_LICENSE_POOL' not in existingTables:
logger.debug(u'Creating table AUDIT_SOFTWARE_TO_LICENSE_POOL')
table = u'''CREATE TABLE `AUDIT_SOFTWARE_TO_LICENSE_POOL` (
`licensePoolId` VARCHAR(100) NOT NULL,
`name` varchar(100) NOT NULL,
`version` varchar(100) NOT NULL,
`subVersion` varchar(100) NOT NULL,
`language` varchar(10) NOT NULL,
`architecture` varchar(3) NOT NULL,
PRIMARY KEY (`name`, `version`, `subVersion`, `language`, `architecture`),
FOREIGN KEY (`licensePoolId`) REFERENCES `LICENSE_POOL` (`licensePoolId`)
) %s;
''' % self._sql.getTableCreationOptions('AUDIT_SOFTWARE_TO_LICENSE_POOL')
logger.debug(table)
self._sql.execute(table)
if 'PRODUCT_ID_TO_LICENSE_POOL' not in existingTables:
logger.debug(u'Creating table PRODUCT_ID_TO_LICENSE_POOL')
table = u'''CREATE TABLE `PRODUCT_ID_TO_LICENSE_POOL` (
`licensePoolId` VARCHAR(100) NOT NULL,
`productId` VARCHAR(255) NOT NULL,
PRIMARY KEY (`licensePoolId`, `productId`),
FOREIGN KEY (`licensePoolId`) REFERENCES `LICENSE_POOL` (`licensePoolId`)
) %s;
''' % self._sql.getTableCreationOptions('PRODUCT_ID_TO_LICENSE_POOL')
logger.debug(table)
self._sql.execute(table)
if 'SOFTWARE_LICENSE_TO_LICENSE_POOL' not in existingTables:
logger.debug(u'Creating table SOFTWARE_LICENSE_TO_LICENSE_POOL')
table = u'''CREATE TABLE `SOFTWARE_LICENSE_TO_LICENSE_POOL` (
`softwareLicenseId` VARCHAR(100) NOT NULL,
`licensePoolId` VARCHAR(100) NOT NULL,
`licenseKey` VARCHAR(1024),
PRIMARY KEY (`softwareLicenseId`, `licensePoolId`),
FOREIGN KEY (`softwareLicenseId`) REFERENCES `SOFTWARE_LICENSE` (`softwareLicenseId`),
FOREIGN KEY (`licensePoolId`) REFERENCES `LICENSE_POOL` (`licensePoolId`)
) %s;
''' % self._sql.getTableCreationOptions('SOFTWARE_LICENSE_TO_LICENSE_POOL')
logger.debug(table)
self._sql.execute(table)
if 'LICENSE_ON_CLIENT' not in existingTables:
logger.debug(u'Creating table LICENSE_ON_CLIENT')
table = u'''CREATE TABLE `LICENSE_ON_CLIENT` (
`license_on_client_id` integer NOT NULL ''' + self._sql.AUTOINCREMENT + ''',
`softwareLicenseId` VARCHAR(100) NOT NULL,
`licensePoolId` VARCHAR(100) NOT NULL,
`clientId` varchar(255),
`licenseKey` VARCHAR(1024),
`notes` VARCHAR(1024),
PRIMARY KEY (`license_on_client_id`),
FOREIGN KEY (`softwareLicenseId`, `licensePoolId`) REFERENCES `SOFTWARE_LICENSE_TO_LICENSE_POOL` (`softwareLicenseId`, `licensePoolId`)
) %s;
''' % self._sql.getTableCreationOptions('LICENSE_ON_CLIENT')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_license_on_client_clientId` on `LICENSE_ON_CLIENT` (`clientId`);')
# Software audit tables
if 'SOFTWARE' not in existingTables:
logger.debug(u'Creating table SOFTWARE')
table = u'''CREATE TABLE `SOFTWARE` (
`name` varchar(100) NOT NULL,
`version` varchar(100) NOT NULL,
`subVersion` varchar(100) NOT NULL,
`language` varchar(10) NOT NULL,
`architecture` varchar(3) NOT NULL,
`windowsSoftwareId` varchar(100),
`windowsDisplayName` varchar(100),
`windowsDisplayVersion` varchar(100),
`type` varchar(30) NOT NULL,
`installSize` BIGINT,
PRIMARY KEY (`name`, `version`, `subVersion`, `language`, `architecture`)
) %s;
''' % self._sql.getTableCreationOptions('SOFTWARE')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_software_windowsSoftwareId` on `SOFTWARE` (`windowsSoftwareId`);')
self._sql.execute('CREATE INDEX `index_software_type` on `SOFTWARE` (`type`);')
if 'SOFTWARE_CONFIG' not in existingTables:
logger.debug(u'Creating table SOFTWARE_CONFIG')
table = u'''CREATE TABLE `SOFTWARE_CONFIG` (
`config_id` integer NOT NULL ''' + self._sql.AUTOINCREMENT + ''',
`clientId` varchar(255) NOT NULL,
`name` varchar(100) NOT NULL,
`version` varchar(100) NOT NULL,
`subVersion` varchar(100) NOT NULL,
`language` varchar(10) NOT NULL,
`architecture` varchar(3) NOT NULL,
`uninstallString` varchar(200),
`binaryName` varchar(100),
`firstseen` TIMESTAMP NOT NULL DEFAULT '0000-00-00 00:00:00',
`lastseen` TIMESTAMP NOT NULL DEFAULT '0000-00-00 00:00:00',
`state` TINYINT NOT NULL,
`usageFrequency` integer NOT NULL DEFAULT -1,
`lastUsed` TIMESTAMP NOT NULL DEFAULT '0000-00-00 00:00:00',
`licenseKey` VARCHAR(1024),
PRIMARY KEY (`config_id`)
) %s;
''' % self._sql.getTableCreationOptions('SOFTWARE_CONFIG')
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_software_config_clientId` on `SOFTWARE_CONFIG` (`clientId`);')
self._sql.execute('CREATE INDEX `index_software_config_nvsla` on `SOFTWARE_CONFIG` (`name`, `version`, `subVersion`, `language`, `architecture`);')
self._createAuditHardwareTables()
if 'OPSI_SCHEMA' not in existingTables:
createSchemaVersionTable(self._sql)
query = """
INSERT INTO OPSI_SCHEMA (`version`, `updateEnded`)
VALUES({version}, CURRENT_TIMESTAMP);
""".format(version=DATABASE_SCHEMA_VERSION)
self._sql.execute(query)
def _createTableHost(self):
logger.debug(u'Creating table HOST')
table = u'''CREATE TABLE `HOST` (
`hostId` varchar(255) NOT NULL,
`type` varchar(30),
`description` varchar(100),
`notes` varchar(500),
`hardwareAddress` varchar(17),
`ipAddress` varchar(15),
`inventoryNumber` varchar(30),
`created` TIMESTAMP,
`lastSeen` TIMESTAMP,
`opsiHostKey` varchar(32),
`oneTimePassword` varchar(32),
`maxBandwidth` integer,
`depotLocalUrl` varchar(128),
`depotRemoteUrl` varchar(255),
`depotWebdavUrl` varchar(255),
`repositoryLocalUrl` varchar(128),
`repositoryRemoteUrl` varchar(255),
`networkAddress` varchar(31),
`isMasterDepot` bool,
`masterDepotId` varchar(255),
`workbenchLocalUrl` varchar(128),
`workbenchRemoteUrl` varchar(255),
PRIMARY KEY (`hostId`)
) {0};'''.format(self._sql.getTableCreationOptions('HOST'))
logger.debug(table)
self._sql.execute(table)
self._sql.execute('CREATE INDEX `index_host_type` on `HOST` (`type`);')
def _createAuditHardwareTables(self):
tables = self._sql.getTables()
existingTables = set(tables.keys())
for (hwClass, values) in self._auditHardwareConfig.items():
logger.debug(u"Processing hardware class '%s'" % hwClass)
hardwareDeviceTableName = u'HARDWARE_DEVICE_{0}'.format(hwClass)
hardwareConfigTableName = u'HARDWARE_CONFIG_{0}'.format(hwClass)
hardwareDeviceTableExists = hardwareDeviceTableName in existingTables
hardwareConfigTableExists = hardwareConfigTableName in existingTables
if hardwareDeviceTableExists:
hardwareDeviceTable = u'ALTER TABLE `{name}`\n'.format(
name=hardwareDeviceTableName
)
else:
hardwareDeviceTable = (
u'CREATE TABLE `{name}` (\n'
u'`hardware_id` INTEGER NOT NULL {autoincrement},\n'.format(
name=hardwareDeviceTableName,
autoincrement=self._sql.AUTOINCREMENT
)
)
if hardwareConfigTableExists:
hardwareConfigTable = u'ALTER TABLE `{name}`\n'.format(
name=hardwareConfigTableName
)
else:
hardwareConfigTable = (
u'CREATE TABLE `{name}` (\n'
u'`config_id` INTEGER NOT NULL {autoincrement},\n'
u'`hostId` varchar(255) NOT NULL,\n'
u'`hardware_id` INTEGER NOT NULL,\n'
u'`firstseen` TIMESTAMP NOT NULL DEFAULT \'0000-00-00 00:00:00\',\n'
u'`lastseen` TIMESTAMP NOT NULL DEFAULT \'0000-00-00 00:00:00\',\n'
u'`state` TINYINT NOT NULL,\n'.format(
name=hardwareConfigTableName,
autoincrement=self._sql.AUTOINCREMENT
)
)
hardwareDeviceValuesProcessed = 0
hardwareConfigValuesProcessed = 0
for (value, valueInfo) in values.items():
logger.debug(u" Processing value '%s'" % value)
if valueInfo['Scope'] == 'g':
if hardwareDeviceTableExists:
if value in tables[hardwareDeviceTableName]:
# Column exists => change
if not self._sql.ALTER_TABLE_CHANGE_SUPPORTED:
continue
hardwareDeviceTable += u'CHANGE `{column}` `{column}` {type} NULL,\n'.format(
column=value,
type=valueInfo['Type']
)
else:
# Column does not exist => add
hardwareDeviceTable += u'ADD `{column}` {type} NULL,\n'.format(
column=value,
type=valueInfo["Type"]
)
else:
hardwareDeviceTable += u'`{column}` {type} NULL,\n'.format(
column=value,
type=valueInfo["Type"]
)
hardwareDeviceValuesProcessed += 1
elif valueInfo['Scope'] == 'i':
if hardwareConfigTableExists:
if value in tables[hardwareConfigTableName]:
# Column exists => change
if not self._sql.ALTER_TABLE_CHANGE_SUPPORTED:
continue
hardwareConfigTable += u'CHANGE `{column}` `{column}` {type} NULL,\n'.format(
column=value,
type=valueInfo['Type']
)
else: