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OvtDB.py
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OvtDB.py
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# Copyright (C) 2012-2020 MIPS Tech LLC
# Written by Matthew Fortune <[email protected]> and
# Daniel Sanders <[email protected]>
# This file is part of Overtest.
#
# Overtest is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3, or (at your option)
# any later version.
#
# Overtest 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 General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with overtest; see the file COPYING. If not, write to the Free
# Software Foundation, 51 Franklin Street - Fifth Floor, Boston, MA
# 02110-1301, USA.
import postgresql.interface.proboscis.dbapi2 as dbapi2
import postgresql.strings as pg_str
import postgresql.exceptions
import types
from OvertestExceptions import *
import time
import socket
import re
from copy import copy
class Condition:
def __init__(self, column, values):
self.column = column
self.values = values
class InCondition(Condition):
def sql_string(self):
return " IN ( %s )" % (', '.join(["%s"] * len(self.values)))
def get_values(self):
return self.values
class EqualCondition(Condition):
def sql_string(self):
return " = %s"
def get_values(self):
return [self.values]
class LikeCondition(Condition):
def sql_string(self):
return " LIKE %s"
def get_values(self):
return [self.values]
class OvtDBObject:
def __init__(self, **kwargs):
for member in self.member_to_col.keys():
setattr(self, member, None)
if member in kwargs:
setattr(self, member, kwargs[member])
else:
raise AttributeError(member)
@classmethod
def all(cls, db):
return cls.find(db)
@classmethod
def find(cls, db, **kwargs):
sql = "SELECT " + ', '.join(cls.col_to_member.keys()) + " FROM " + cls.table
conditions = []
for x, y in kwargs.items():
if x in cls.member_to_col:
if isinstance(y, tuple):
c = InCondition(cls.member_to_col[x], y)
elif isinstance(y, Condition):
c = copy(y)
c.column = cls.member_to_col[x]
else:
c = EqualCondition(cls.member_to_col[x], y)
conditions.append (c)
else:
raise AttributeError(x)
if conditions:
sql += " WHERE "
cond_str = [ "%s%s"%(x.column,x.sql_string()) for x in conditions]
sql += ' AND '.join(cond_str)
values = [ y for x in conditions for y in x.get_values() ]
# print sql, values
db.execute(sql, tuple(values))
rows = db.cursor.fetchall()
if len(rows) > 0:
return [ cls(**dict(zip(cls.col_to_member.values(), row))) for row in rows ]
else:
return None
@classmethod
def find_one(cls, db, **kwargs):
lst = cls.find(db, **kwargs)
if len(lst) == 0:
return None
assert len(lst) == 1
return lst[0]
def __str__(self):
return "<%s %s>" % (self.__class__.__name__, ', '.join(["%s=%s"%(x,getattr(self,x)) for x in self.member_to_col.keys()]))
class OvtDBUser(OvtDBObject):
table = "ovt_user"
col_to_member = dict([("userid", "id"),
("username", "name"),
("fname", "fname"),
("sname", "sname"),
("altnames", "altnames"),
("email", "email"),
("growlhost", "growlhost"),
("growlpassword", "growlpassword"),
])
member_to_col = dict([(y,x) for x, y in col_to_member.items()])
class OvtDBAction(OvtDBObject):
table = "ovt_action"
col_to_member = dict([("actionid", "id"),
("actionname", "name"),
("shortname", "shortname"),
("actioncategoryid", "actioncategoryid"),
("testsuiteid", "testsuiteid"),
("issecure", "issecure"),
("lifecyclestateid", "lifecyclestateid"),
])
member_to_col = dict([(y,x) for x, y in col_to_member.items()])
def lifecyclestate(self, db):
assert self.lifecyclestateid != None
return self.find_one (db, id=self.lifecyclestateid)
def versions(self, db, **kwargs):
assert self.id != None
return OvtDBVersionedAction.find(db, actionid=self.id, **kwargs)
class OvtDBActionCategory(OvtDBObject):
table = "ovt_actioncategory"
col_to_member = dict([("actioncategoryid", "id"),
("actioncategoryname", "name"),
("lifecyclestateid", "lifecyclestateid"),
])
member_to_col = dict([(y,x) for x, y in col_to_member.items()])
def lifecyclestate(self, db):
assert self.lifecyclestateid != None
return OvtDBLifeCycleState.find_one (db, id=self.lifecyclestateid)
def actions(self, db, **kwargs):
assert self.id != None
return OvtDBAction.find(db, actioncategoryid=self.id, **kwargs)
class OvtDBLifeCycleState(OvtDBObject):
table = "ovt_lifecyclestate"
col_to_member = dict([("lifecyclestateid", "id"),
("lifecyclestatename", "name"),
("visible", "visible"),
("visiblebydefault", "visiblebydefault"),
("valid", "valid"),
])
member_to_col = dict([(y,x) for x, y in col_to_member.items()])
class OvtDBTestrun(OvtDBObject):
table = "ovt_testrun"
col_to_member = dict([("testrunid", "id"),
("userid", "userid"),
("template", "template"),
("testdate", "testdate"),
("priority", "priority"),
("createddate", "createdate"),
("startafter", "startafter"),
("completeddate", "completeddate"),
("runstatusid", "runstatusid"),
("concurrency", "concurrency"),
("description", "description"),
("testrungroupid", "testrungrouppid"),
("autoarchive", "autoarchive"),
])
member_to_col = dict([(y,x) for x, y in col_to_member.items()])
def testrun_actions(self, db):
assert self.id != None
return OvtDBTestrunAction.find (db, testrunid=self.id)
def testrun_action_version_actions(self, db):
assert self.id != None
return OvtDBTestrunAction_VersionedAction_Action.find (db, testrun_action_testrunid=self.id)
class OvtDBTestrunAction(OvtDBObject):
table = "ovt_testrunaction"
col_to_member = dict([("testrunactionid", "id"),
("testrunid", "testrunid"),
("versionedactionid", "versionedactionid"),
("modified", "modified"),
("pid", "pid"),
("providedbytestrunid", "providedbytestrunid"),
("starteddate", "starteddate"),
("completeddate", "completeddate"),
("passed", "passed"),
("archived", "archived"),
("simpleequivalenceid", "simpleequivalenceid"),
("recursiveequivalenceid", "recursiveequivalenceid"),
("subrecursiveequivalenceid", "subrecursiveequivalenceid"),
])
member_to_col = dict([(y,x) for x, y in col_to_member.items()])
def testrun(self, db):
assert self.id != None
return OvtDBTestrun.find_one (db, id=self.testrunid)
def version(self, db):
assert self.id != None
return OvtDBVersionedAction.find_one(db, id=self.versionedactionid)
class OvtDBVersionedAction(OvtDBObject):
table = "ovt_versionedaction"
col_to_member = dict([("versionedactionid", "id"),
("versionname", "name"),
("actionid", "actionid"),
("lifecyclestateid", "lifecyclestateid"),
])
member_to_col = dict([(y,x) for x, y in col_to_member.items()])
def lifecyclestate(self, db):
assert self.lifecyclestateid != None
return OvtDBLifeCycleState.find_one (db, id=self.lifecyclestateid)
def action(self, db):
assert self.id != None
return OvtDBAction.find_one (db, id=self.actionid)
def testrun_actions(self, db):
assert self.id != None
return OvtDBTestrunAction.find (db, versionedactionid=self.id)
def testrun_actions_testrun(self, db):
assert self.id != None
return OvtDBTestrunAction_Testrun.find (db, testrun_action_versionedactionid=self.id)
@staticmethod
def sortkey(value):
lst = re.compile("[. ]").split(value.name)
for i in range(len(lst)):
try:
lst[i] = int(lst[i])
except ValueError:
pass
return tuple(lst)
class OvtDBMultiObject(OvtDBObject):
def split(self):
obj = dict([(x, {}) for x in self.obj_order])
for member, map in self.member_to_obj.items():
object, other_member = map
obj[object][other_member] = getattr(self, member)
lst = []
for object_name in self.obj_order:
lst.append (self.obj_to_classes[object_name](**obj[object_name]))
return tuple(lst)
def make_multi_object_class(name, member_cls_lst, object_name_lst, join_lst):
new_col_to_member = {}
new_member_to_obj = {}
for member_cls, object_name in zip(member_cls_lst, object_name_lst):
for col, member in member_cls.col_to_member.items():
member_name = "%s_%s" % (object_name,member)
new_col_to_member["%s.%s" % (member_cls.table,col)] = member_name
new_member_to_obj[member_name] = (object_name, member)
# [a,b,c], [d, e] -> ' '.join([a,'JOIN',b,d,'JOIN',c,e])
new_table = "%s" % member_cls_lst[0].table
for t,j in zip(member_cls_lst[1:], join_lst):
new_table += " JOIN %s %s" % (t.table, j)
new_member_to_col = dict([(y,x) for x, y in new_col_to_member.items()])
new_obj_to_classes = dict([(x, y) for x, y in zip (object_name_lst, member_cls_lst)])
class cls(OvtDBMultiObject):
table = new_table
col_to_member = new_col_to_member
member_to_col = new_member_to_col
obj_order = object_name_lst
obj_to_classes = new_obj_to_classes
member_to_obj = new_member_to_obj
cls.__name__ = name
return cls
OvtDBActionCategory_Action_VersionedAction = make_multi_object_class ('OvtDBActionCategory_Action_VersionedAction',
[OvtDBActionCategory, OvtDBAction, OvtDBVersionedAction],
["category", "action", "version"],
["USING (actioncategoryid)", "USING (actionid)"])
OvtDBTestrunAction_VersionedAction_Action = make_multi_object_class ('OvtDBTestrunAction_VersionedAction_Action',
[OvtDBTestrunAction, OvtDBVersionedAction, OvtDBAction],
["testrun_action", "version", "action"],
["USING (versionedactionid)", "USING (actionid)"])
OvtDBTestrunAction_Testrun = make_multi_object_class ('OvtDBTestrunAction_Testrun',
[OvtDBTestrunAction, OvtDBTestrun],
["testrun_action", "testrun"],
["USING (testrunid)"])
# KNOWN BUGS:
# 1) There must be a transaction around any INSERT and the following SELECT currval to ensure atomicity
# of inserts. This is not handled currently
class OvtDBSimple:
def __init__(self, db):
self.db = db
def _getXByName(table, return_col, search_col):
def fn(self, name):
sql = "SELECT "+return_col+" FROM "+table+" WHERE "+search_col+"=%s LIMIT 1"
self.db.execute(sql, (name))
rows = self.db.cursor.fetchall()
if len(rows) > 0:
return rows[0][return_col]
return None
return fn
def _getXByWildcard(table, return_col, search_col):
def fn(self, name):
sql = "SELECT "+search_col+","+return_col+" FROM "+table+" WHERE "+search_col+" LIKE %s"
self.db.execute(sql, (name))
rows = self.db.cursor.fetchall()
if len(rows) > 0:
return [ (x[search_col], x[return_col]) for x in rows ]
return None
return fn
def _getXAttrById(table, search_col, return_cols, where=None):
def fn(self, id):
sql = "SELECT "+','.join(return_cols)+" FROM "+table+" WHERE "+search_col+"=%s "
if where != None:
sql += "AND " + where + " "
sql += "LIMIT 1"
self.db.execute(sql, (id))
rows = self.db.cursor.fetchall()
if len(rows) > 0:
if len(return_cols) == 1:
return rows[0][return_cols[0]]
else:
return rows[0]
return None
return fn
def _getXByParentIdAndName(table, return_col, parent_search_col, search_col):
def fn(self, parent_id, name):
sql = "SELECT "+return_col+" FROM "+table+" WHERE " \
+ parent_search_col + "=%s AND " \
+ search_col + "=%s " \
+ "LIMIT 1"
self.db.execute(sql, (parent_id, name))
rows = self.db.cursor.fetchall()
if len(rows) > 0:
return rows[0][return_col]
return None
return fn
def _getXByParentIdAndWildcard(table, return_col, parent_search_col, search_col):
def fn(self, parent_id, name):
sql = "SELECT "+search_col+","+return_col+" FROM "+table+" WHERE " \
+ parent_search_col + "=%s AND " \
+ search_col + " LIKE %s "
self.db.execute(sql, (parent_id, name))
rows = self.db.cursor.fetchall()
if len(rows) > 0:
return [ (x[search_col], x[return_col]) for x in rows ]
return None
return fn
def _getLinkXToY(table, id, from_col, to_col):
def fn(self, from_id, to_id):
sql = "SELECT "+id+" FROM "+table+" WHERE " \
+ from_col + "=%s AND " \
+ to_col + "=%s " \
+ "LIMIT 1"
self.db.execute(sql, (from_id, to_id))
rows = self.db.cursor.fetchall()
if len(rows) > 0:
return rows[0][id]
return None
return fn
def _getXsByY(table, to_col, from_col):
def fn(self, from_id):
sql = "SELECT DISTINCT "+to_col+" FROM "+table+" WHERE "\
+ from_col + "=%s"
self.db.execute(sql, (from_id))
rows = self.db.cursor.fetchall()
if len(rows) > 0:
return [ x[to_col] for x in rows ]
else:
return None
return fn
def _setXY(table, search_col, val_col):
def fn(self, name, val):
sql = "UPDATE "+table+" SET "+val_col+"=%s WHERE "+search_col+"=%s"
self.db.execute(sql, (val, name))
return fn
getTestrunGroupByName = _getXByName("ovt_testrungroup", "testrungroupid", "testrungroupname")
getActionCategoryByName = _getXByName("ovt_actioncategory", "actioncategoryid", "actioncategoryname")
getConfigOptionGroupByName = _getXByName("ovt_configoptiongroup", "configoptiongroupid", "configoptiongroupname")
getResourceTypeByName = _getXByName("ovt_resourcetype", "resourcetypeid", "resourcetypename")
getDependencyGroupByName = _getXByName("ovt_dependencygroup", "dependencygroupid", "dependencygroupname")
getRunstatusByName = _getXByName("ovt_runstatus", "runstatusid", "status")
getActionCategoryByWildcard = _getXByWildcard("ovt_actioncategory", "actioncategoryid", "actioncategoryname")
getActionCategoryById = _getXAttrById("ovt_actioncategory", "actioncategoryid", ["actioncategoryname"])
getTestsuiteById = _getXAttrById("ovt_testsuite", "testsuiteid", ["testsuitename"])
getTestrunById = _getXAttrById("ovt_testrun", "testrunid", ["description", "priority", "concurrency", "deptestrunid", "autoarchive", "usegridengine", "userid", "testrungroupid"])
getRunstatusById = _getXAttrById("ovt_runstatus", "runstatusid", ["iseditable","goenabled","pauseenabled","abortenabled","archiveenabled","deleteenabled","checkenabled","externalenabled","equivcheck","isverbose"])
getTestrunGroupById = _getXAttrById("ovt_testrungroup", "testrungroupid", ["testrungroupname"])
getDependencyAttributesById = _getXAttrById("ovt_dependency", "dependencyid", ['hostmatch', 'versiononly', 'defaultdep', 'dependencygroupid', 'versionedactionid', 'versionedactiondep'])
getResourceTypeById = _getXAttrById("ovt_resourcetype", "resourcetypeid", ['resourcetypename'])
getAttributeById = _getXAttrById("ovt_attribute", "attributeid", ['resourcetypeid', 'attributename', 'lookup'])
getAttributeValueById = _getXAttrById("ovt_attributevalue", "attributevalueid", ['attributeid', 'value'])
getUserById = _getXAttrById("ovt_user", "userid", ['username','growlpassword','growlhost','email'])
getActionByName = _getXByParentIdAndName("ovt_action", "actionid", "actioncategoryid", "actionname")
getVersionedActionByName = _getXByParentIdAndName("ovt_versionedaction", "versionedactionid", "actionid", "versionname")
getConfigOptionByName = _getXByParentIdAndName("ovt_configoption", "configoptionid", "configoptiongroupid", "configoptionname")
getConfigOptionLookupByName = _getXByParentIdAndName("ovt_configoptionlookup","configoptionlookupid","configoptionid", "lookupname")
getAttributeByName = _getXByParentIdAndName("ovt_attribute", "attributeid", "resourcetypeid", "attributename")
getAttributeValueByName = _getXByParentIdAndName("ovt_attributevalue", "attributevalueid", "attributeid", "value")
getActionByWildcard = _getXByParentIdAndWildcard("ovt_action", "actionid", "actioncategoryid", "actionname")
getVersionedActionByWildcard = _getXByParentIdAndWildcard("ovt_versionedaction", "versionedactionid", "actionid", "versionname")
getLinkVersionedActionToConfigOption = _getLinkXToY("ovt_versionedactionconfigoption",
"versionedactionconfigoptionid",
"versionedactionid",
"configoptionid")
getLinkVersionedActionToConfigOptionLookup = _getLinkXToY("ovt_versionedactionconfigoptionlookup",
"versionedactionconfigoptionlookupid",
"versionedactionid",
"configoptionlookupid")
getLinkConsumerDependency = _getLinkXToY("ovt_dependency", "dependencyid", "versionedactiondep", "versionedactionid")
getLinkProducerDependency = _getLinkXToY("ovt_dependency", "dependencyid", "versionedactionid", "versionedactiondep")
getLinkVersionedActionToAttributeValue = _getLinkXToY ("ovt_versionedactionattributevalue", "versionedactionattributevalueid",
"versionedactionid", "attributevalueid")
getLifeCycleStateByName = _getXByName ("ovt_lifecyclestate", "lifecyclestateid", "lifecyclestatename")
getLifeCycleStateNameById = _getXAttrById ("ovt_lifecyclestate", "lifecyclestateid", ["lifecyclestatename"])
getVersionedActionLifeCycleState = _getXAttrById ("ovt_versionedaction", "versionedactionid", ["lifecyclestateid"])
setVersionedActionLifeCycleState = _setXY ("ovt_versionedaction", "versionedactionid", "lifecyclestateid")
getVersionedActionsByConfigOption = _getXsByY ("ovt_versionedactionconfigoption", "versionedactionid", "configoptionid")
setDependencyDefault = _setXY("ovt_dependency", "dependencyid", "defaultdep")
setActionName = _setXY("ovt_action", "actionid", "actionname")
setVersionedActionName = _setXY("ovt_versionedaction", "versionedactionid", "versionname")
setActionCategory = _setXY("ovt_action", "actionid", "actioncategoryid")
setResourceName = _setXY("ovt_resource", "resourceid", "resourcename")
setResourceConcurrency = _setXY("ovt_resource", "resourceid", "concurrency")
setResourceHostname = _setXY("ovt_resource", "resourceid", "hostname")
setResourceTypeName = _setXY("ovt_resourcetype", "resourcetypeid", "resourcetypename")
setAttributeName = _setXY("ovt_attribute", "attributeid", "attributename")
class OvtDB:
hostid = 0
hostpid = 0
ACTIONLOCKID = 1
def __init__(self, log):
self.simple = OvtDBSimple(self)
self.ovtDB = None
self.autocommit = AutoCommit()
self.log = log
self.debug = False
self.always_reconnect = True
holdoff = 5
success = False
while not success:
try:
self.ovtDB = dbapi2.connect( host="overtest.mipstec.com", port=5432, database="overtest", user="overtest", password="overtest")
success = True
except (socket.error, postgresql.exceptions.OIError, postgresql.exceptions.ConnectionError, \
postgresql.exceptions.InFailedTransactionError, postgresql.exceptions.AbortTransaction), e:
self.log.write("DB FAIL: %s" % e)
self.log.write("<-- %s Database Connection lost, Waiting %u seconds -->"%(time.asctime(), holdoff))
time.sleep(holdoff)
if holdoff < 900:
holdoff += holdoff
self.cursor = self.ovtDB.cursor()
def __del__(self):
if self.ovtDB != None:
try:
self.ovtDB.close()
except (postgresql.exceptions.Error, IOError):
None
def registerLog(self, log):
"""
Register a log handler from an application
"""
self.log = log
def execute(self, sql, args):
"""
Do the string escaping magic
"""
if self.debug:
self.log.write(sql)
self.log.write(args)
newargs = []
if type(args) != types.ListType and type(args) != types.TupleType:
args = [args]
for arg in args:
if type(arg) in types.StringTypes:
newargs.append(pg_str.quote_literal_strict(arg))
elif type(arg) == types.FloatType:
newargs.append("%f"%arg)
elif type(arg) in (types.IntType, types.LongType):
newargs.append("%d"%arg)
elif type(arg) == types.BooleanType:
if arg:
newargs.append("'t'")
else:
newargs.append("'f'")
elif arg == None:
newargs.append("NULL")
else:
raise Exception("Unknown type of sql parameter %s" % str(type(arg)))
success = False
while not success:
try:
self.cursor.close()
del self.cursor
self.cursor = self.ovtDB.cursor()
self.cursor.execute(sql % tuple(newargs), ())
if self.autocommit.autoCommit():
self.ovtDB.commit()
success = True
except (socket.error, postgresql.exceptions.OIError, postgresql.exceptions.ConnectionError, \
postgresql.exceptions.InFailedTransactionError, postgresql.exceptions.AbortTransaction), e:
# When the caller is in a time critical region a reconnect is deferred until
# the next database call.
if self.always_reconnect:
self.log.write("DB FAIL: %s" % e)
self.reconnect()
if not self.always_reconnect or not self.autocommit.autoCommit():
raise DatabaseRetryException("EXECUTE failed")
def reconnect(self, quiet=False, log=None):
self.__del__()
if log == None:
log = self.log
self.__init__(log)
if not quiet:
self.log.write("<-- %s Database Connection Restored -->" % time.asctime())
def setAutoCommit(self, value):
return self.autocommit.setAutoCommit(value)
def FORCECOMMIT(self):
try:
self.ovtDB.commit()
except (socket.error, postgresql.exceptions.OIError, postgresql.exceptions.ConnectionError, \
postgresql.exceptions.InFailedTransactionError, postgresql.exceptions.AbortTransaction), e:
raise DatabaseRetryException("COMMIT failed")
def FORCEROLLBACK(self):
try:
self.ovtDB.rollback()
except (socket.error, postgresql.exceptions.OIError, postgresql.exceptions.ConnectionError, \
postgresql.exceptions.InFailedTransactionError, postgresql.exceptions.AbortTransaction), e:
raise DatabaseRetryException("ROLLBACK failed")
def DELETETESTRUN(self, testrunid):
"""
Delete a testrun forever!
"""
sql = "DELETE FROM ovt_testrun "+\
"WHERE testrunid=%s"
self.execute(sql, (testrunid))
def LOCKACTION(self, actionid):
"""
Lock the specified action
"""
sql = "SELECT pg_advisory_lock(%s, %s)";
self.execute(sql, (OvtDB.ACTIONLOCKID, actionid))
def TRYLOCKACTION(self, actionid):
"""
Try to lock the specified action
"""
sql = "SELECT pg_try_advisory_lock(%s, %s)";
self.execute(sql, (OvtDB.ACTIONLOCKID, actionid))
return self.cursor.fetchall()[0][0]
def LOCKACTIONS(self, actionids):
"""
Lock the specified actions
"""
success = False
while not success:
success = True
self.LOCKACTION (0) # Prevent livelock by ensuring only one multiple lock request
locked = []
for actionid in actionids:
if self.TRYLOCKACTION(actionid):
locked.append(actionid)
else:
success = False
self.UNLOCKACTIONS(locked)
break
self.UNLOCKACTION (0)
def UNLOCKACTION(self, actionid):
"""
Lock the specified action
"""
sql = "SELECT pg_advisory_unlock(%s, %s)";
self.execute(sql, (OvtDB.ACTIONLOCKID, actionid))
def UNLOCKACTIONS(self, actionids):
for x in actionids:
self.UNLOCKACTION (x)
def __LOCKRESOURCES(self):
"""
Locks out the resource management system!
"""
sql = "LOCK TABLE ovt_testrunactionresource IN SHARE UPDATE EXCLUSIVE MODE"
self.execute(sql, ())
def getUserByName(self, username):
"""
Find a user by username (or alternative name)
"""
sql = "SELECT ovt_user.userid "+\
"FROM ovt_user "+\
"WHERE ovt_user.altnames LIKE '%%,'||%s "+\
"OR ovt_user.altnames = %s "+\
"OR ovt_user.altnames LIKE '%%,'||%s||',%%' "+\
"OR ovt_user.altnames LIKE %s||',%%'"
self.execute(sql, (username,username,username,username))
users = self.cursor.fetchall()
if len(users) == 1:
return users[0]['userid']
else:
return None
def getTestrungroupByName(self, groupname, userid=None):
"""
Find a testrungroupid by groupname
"""
values = [groupname]
sql = "SELECT testrungroupid "+\
"FROM ovt_testrungroup "+\
"WHERE testrungroupname=%s"
if userid != None:
sql += " AND userid=%s LIMIT 1"
values.append(userid)
self.execute(sql, values)
groups = self.cursor.fetchall()
if len(groups) == 1:
return groups[0]['testrungroupid']
else:
return None
def findOrCreateGroup(self, groupname, userid):
"""
Return the testrungroupid for groupname owned by userid or create it
"""
sql = "SELECT testrungroupid "+\
"FROM ovt_testrungroup "+\
"WHERE testrungroupname=%s "+\
"AND userid=%s"
self.execute(sql, (groupname, userid))
names = self.cursor.fetchall()
if len(names) == 0:
sql2 = "INSERT INTO ovt_testrungroup "+\
"(testrungroupname, userid) "+\
"VALUES "+\
"(%s,%s)"
try:
self.execute(sql2, (groupname, userid))
except postgresql.exceptions.UniqueError:
self.FORCEROLLBACK()
if not self.autocommit.autoCommit():
raise DatabaseRetryException("Unique violation in testrungroup")
self.execute(sql, (groupname, userid))
names = self.cursor.fetchall()
return names[0]['testrungroupid']
def duplicateTestrungroup(self, testrungroupid, groupname, userid):
"""
Duplicate the entire testrungroup naming the new group groupname
owned by userid
"""
sql = "SELECT ovt_duplicate_testrungroup(%s, %s, %s) AS testrungroupid;"
self.execute(sql, (testrungroupid, groupname, userid))
newinfo = self.cursor.fetchall()
return newinfo[0]['testrungroupid']
def duplicateTestrun(self, testrunid, testrungroupid, description, userid):
"""
Duplicate the testrun naming the new testrun as description
owned by userid. When testrungroupid is None, the group will be the same
as the original testrun
"""
sql = "SELECT ovt_duplicate_testrun(%s, %s, %s, %s) AS testrunid;"
self.execute(sql, (testrunid, description, userid, testrungroupid))
newinfo = self.cursor.fetchall()
return newinfo[0]['testrunid']
def createTestrun(self, description, userid, testrungroupid):
"""
Create a new testrun
"""
sql = "SELECT ovt_create_testrun(%s, %s, %s) AS testrunid"
self.execute(sql, (description, userid, testrungroupid))
newinfo = self.cursor.fetchall()
return newinfo[0]['testrunid']
def updateTestrun(self, testrunid, userid, description = None, priority = None, concurrency = None, starttime = None, deptestrunid = None, autoarchive = None, usegridengine = None, testrungroupid = None):
"""
Update the details of a testrun if editable
"""
if starttime == "now":
sql = "SELECT ovt_update_testrun(%s, %s, %s, %s, %s, now(), %s, %s, %s, %s) AS success"
self.execute(sql, (testrunid, userid, description, priority, concurrency, deptestrunid, autoarchive, usegridengine, testrungroupid))
else:
sql = "SELECT ovt_update_testrun(%s, %s, %s, %s, %s, %s, %s, %s, %s, %s) AS success"
self.execute(sql, (testrunid, userid, description, priority, concurrency, starttime, deptestrunid, autoarchive, usegridengine, testrungroupid))
newinfo = self.cursor.fetchall()
return newinfo[0]['success']
def updateTestrunGroup(self, testrungroupid, userid, priority = None, concurrency = None, starttime = None, deptestrunid = None, autoarchive = None, usegridengine = None):
"""
Update the details of a testrun group if editable
"""
success = True
testrunids = self.getTestrunsFromTestgroup(testrungroupid)
for testrunid in testrunids:
if not self.updateTestrun(testrunid, userid, None, priority, concurrency, starttime, deptestrunid, autoarchive, usegridengine):
success = False
return success
def modifyTestrunTasks(self, testrunid, versionedactionids):
"""
Add all the versioned actions in versionedactionids to the testrun
"""
sql = "SELECT ovt_modify_tasks('testrun', 'add', %s, %s)"
for vaid in versionedactionids:
self.execute(sql, (testrunid, vaid))
def modifyTestrunGroupTasks(self, testrungroupid, versionedactionids):
"""
Add all the versioned actions in versionedactionids to the testrun group
"""
testrunids = self.getTestrunsFromTestgroup(testrungroupid)
for testrunid in testrunids:
self.modifyTestrunTasks(testrunid, versionedactionids)
def modifyTestrunRequirements(self, testrunid, attributevalueids):
"""
Add all the resource requirements from attributevalueids to the testrun
"""
sql = "SELECT ovt_modify_requirements('testrun', 'add', %s, %s)"
for attributevalueid in attributevalueids:
self.execute(sql, (testrunid, attributevalueid))
def modifyTestrunGroupRequirements(self, testrungroupid, attributevalueids):
"""
Add all the resource requirements from attributevalueids to the testrun group
"""
testrunids = self.getTestrunsFromTestgroup(testrungroupid)
for testrunid in testrunids:
self.modifyTestrunRequirements(testrunid, attributevalueids)
def modifyTestrunConfig(self, testrunid, configsettings):
"""
Update all the config as specified in the configsettings dictionary
"""
sql = "SELECT ovt_modify_config('testrun', %s, %s, %s)"
for configoptionid in configsettings:
self.execute(sql, (testrunid, configoptionid, str(configsettings[configoptionid][0])))
def modifyTestrunGroupConfig(self, testrungroupid, configsettings):
"""
Update all the config as specified in the configsettings dictionary
"""
testrunids = self.getTestrunsFromTestgroup(testrungroupid)
for testrunid in testrunids:
self.modifyTestrunConfig(testrunid, configsettings)
def updateTestrunStatus(self, testrunid, newstatus):
"""
Progress a testrun to a new status
"""
# WORK NEEDED: make this check success
sql = "SELECT ovt_change_status('testrun', %s, %s)"
self.execute(sql, (testrunid, newstatus))
return True
def findTestruns(self, testsuite, description, testrungroupid, userid, versionedactionids, configsettings, attributevalueids):
"""
Find equivalent testruns
"""
values = []
sql = "SELECT DISTINCT ovt_testrun.testrunid, ovt_action.testsuiteid "+\
"FROM ovt_testrun INNER JOIN ovt_runstatus USING (runstatusid) "+\
" INNER JOIN ovt_testrunaction USING (testrunid) "+\
" INNER JOIN ovt_versionedaction USING (versionedactionid) "+\
" INNER JOIN ovt_action USING (actionid) "+\
"WHERE ovt_runstatus.resultsvalid "+\
"AND ovt_action.actionname=%s "+\
"AND ovt_action.testsuiteid IS NOT NULL "
values.append(testsuite)
if testrungroupid != None:
sql += "AND ovt_testrun.testrungroupid=%s "
values.append(testrungroupid)
if userid != None:
sql += "AND ovt_testrun.userid=%s ";
values.append(userid)
if description != None:
sql += "AND ovt_testrun.description LIKE %s ";
values.append(description)
for configoptionid in configsettings:
(value, configoptionlookupid) = configsettings[configoptionid]
if configoptionlookupid != None:
sql += "AND EXISTS (SELECT ovt_configsetting.configoptionlookupid "+\
" FROM ovt_configsetting "+\
" WHERE ovt_configsetting.testrunid=ovt_testrun.testrunid "+\
" AND ovt_configsetting.configoptionlookupid=%s) "
values.append(configoptionlookupid)
else:
sql += "AND EXISTS (SELECT ovt_configsetting.configoptionid "+\
" FROM ovt_configsetting "+\
" WHERE ovt_configsetting.testrunid=ovt_testrun.testrunid "+\
" AND ovt_configsetting.configoptionid=%s "+\
" AND ovt_configsetting.configvalue=%s) "
values.append(configoptionid)
values.append(value)
for attributevalueid in attributevalueids:
sql += "AND EXISTS (SELECT ovt_testrunattributevalue.attributevalueid "+\
" FROM ovt_testrunattributevalue "+\
" WHERE ovt_testrunattributevalue.testrunid=ovt_testrun.testrunid "+\
" AND ovt_testrunattributevalue.attributevalueid=%s) "
values.append(attributevalueid)
for vaid in versionedactionids:
sql += "AND EXISTS (SELECT ovt_testrunaction.versionedactionid "+\
" FROM ovt_testrunaction "+\
" WHERE ovt_testrunaction.testrunid=ovt_testrun.testrunid "+\
" AND ovt_testrunaction.versionedactionid=%s) "
values.append(vaid)
self.execute(sql, values)
testruns = self.cursor.fetchall()
submissionids = []
for t in testruns:
trid = t['testrunid']
testsuiteid = t['testsuiteid']
submissionids.append("%d:%d:%d" % (trid, testsuiteid, 0))
return submissionids
def searchActions(self, search = {}, showunavailable = True):
"""
A relatively flexible search function for interesting actions
"""
sql = "SELECT actionname, actionid, ovt_actioncategory.actioncategoryid, actioncategoryname, "+\
"actstate.lifecyclestatename AS actstatename, "+\
"catstate.lifecyclestatename AS catstatename "+\
"FROM (ovt_action INNER JOIN ovt_lifecyclestate AS actstate USING (lifecyclestateid)) "+\
"INNER JOIN "+\
"(ovt_actioncategory INNER JOIN ovt_lifecyclestate AS catstate USING (lifecyclestateid)) "+\
"USING (actioncategoryid) "
vars = []
if "actionid" in search:
vars.append(search['actionid'])
sql += "WHERE actionid=%s "
else:
sql += "WHERE true "
if "searchterm" in search:
if not "method" in search or search['method'] == "wildi":
sql += "AND actionname ILIKE %s "
elif search['method'] == "wild":
sql += "AND actionname LIKE %s "
else:
sql += "AND actionname = %s "
vars.append(search['searchterm'])
if "actioncategoryid" in search:
sql += "AND actioncategoryid=%s "
vars.append(search['actioncategoryid'])
if "secure" in search:
sql += "AND issecure "
if not showunavailable:
sql += "AND actstate.valid "+\
"AND catstate.valid "
sql += "ORDER BY actionname "
if "offset" in search:
sql += "OFFSET "+str(search['offset'])+" "
if "limit" in search:
sql += "LIMIT "+str(search['limit']) + " "
self.execute(sql, vars)
actions = self.cursor.fetchall()
ret = ({},[])
for action in actions:
if not action['actioncategoryid'] in ret[0]:
ret[1].append(action['actioncategoryid'])
ret[0][action['actioncategoryid']] = {"data":action['actioncategoryname'], "note":action['catstatename'], "type":"Action Category", "id":action['actioncategoryid'], "related":({},[])}
acts = ret[0][action['actioncategoryid']]['related']
acts[1].append(action['actionid'])
acts[0][action['actionid']] = {"data":action['actionname'], "note":action['actstatename'], "type":"Action", "id":action['actionid']}
if "actionid" in search:
vals = [search['actionid']]
sql = "SELECT versionname, versionedactionid, lifecyclestatename "+\
"FROM ovt_versionedaction INNER JOIN ovt_lifecyclestate USING (lifecyclestateid) "+\
"WHERE actionid=%s "
if "versionname" in search:
if not "method" in search or search['method'] == "wildi":
sql += "AND versionname ILIKE %s "
elif search['method'] == "wild":
sql += "AND versionname LIKE %s "
else:
sql += "AND versionname = %s "
vals.append(search['versionname'])
if not showunavailable:
sql += "AND ovt_lifecyclestate.valid "
sql += "ORDER BY versionname"
self.execute(sql, vals)
versions = self.cursor.fetchall()
acts[0][action['actionid']]['related'] = ({},[])
vers = acts[0][action['actionid']]['related']
for version in versions:
vers[1].append(version['versionedactionid'])
vers[0][version['versionedactionid']] = {"data":version['versionname'], "note":version['lifecyclestatename'], "type":"Versioned Action", "id":version['versionedactionid']}
return ret
def getDependencyGroups(self, consumer=None, producer=None):
terms = []
if consumer == None and producer == None:
sql = "SELECT dependencygroupname, dependencygroupid "+\
"FROM ovt_dependencygroup "+\
"ORDER BY dependencygroupname"
else:
sql = "SELECT DISTINCT ovt_dependencygroup.dependencygroupname, ovt_dependencygroup.dependencygroupid "+\
"FROM ovt_dependencygroup INNER JOIN ovt_dependency USING (dependencygroupid) "+\
"WHERE "
if consumer != None:
sql += "ovt_dependency.versionedactionid=%s "
terms.append(consumer)
if producer != None:
sql += "AND "
if producer != None:
sql += "ovt_dependency.versionedactiondep=%s "
terms.append(producer)
sql += "ORDER BY ovt_dependencygroup.dependencygroupname"
ret = ({},[])
self.execute(sql, terms)
groups = self.cursor.fetchall()
for group in groups:
ret[1].append(group['dependencygroupid'])
ret[0][group['dependencygroupid']] = {"data":group['dependencygroupname'], "id":group['dependencygroupid'], "type":"Dependency Group"}
return ret
def getActionName(self, actionid):
sql = "SELECT actionname "+\
"FROM ovt_action "+\
"WHERE actionid=%s LIMIT 1"
self.execute(sql, (actionid))
result = self.cursor.fetchall()
if len(result) == 0: