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#! /usr/bin/python
# -*- coding: UTF-8 -*-
# Copyright 2011-2017 Olivier Renault, Luiko Czub, TestLink-API-Python-client developers
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
# ------------------------------------------------------------------------
"""
TestLinkExample - v0.20
Created on 6 nov. 2011
@author: Olivier Renault ([email protected])
Shows how to use the TestLinkAPI.
=> Counts and lists the Projects
=> Create a new Project with the following structure:
NewProject
|
----NewTestPlan
|
------ Test Suite A
| |
| ------- Test Suite AA
| |
| --------- Test Case AA
| |
------ Test Suite B --- 5 manual test steps
|
--------- Test Case B
|
--- 5 automated test steps
Update Oct. 2013, L. Czub
Integrates v0.4.5 changes for optional arguments and response error handling
The v0.4.0 method calls are still visible as comments (look for CHANGE v0.4.5)
So this file helps to understand where existing own code needs adjustment.
Update Dec. 2013, L. Czub - examples for v0.4.6 api extensions added
Update Jan. 2014, L. Czub - examples for v0.4.7 api and service extensions added
"""
from __future__ import print_function
from testlink import TestlinkAPIClient, TestLinkHelper
from testlink.testlinkerrors import TLResponseError
import sys, os.path
from platform import python_version
# precondition a)
# SERVER_URL and KEY are defined in environment
# TESTLINK_API_PYTHON_SERVER_URL=http://YOURSERVER/testlink/lib/api/xmlrpc.php
# TESTLINK_API_PYTHON_DEVKEY=7ec252ab966ce88fd92c25d08635672b
#
# alternative precondition b)
# SERVEUR_URL and KEY are defined as command line arguments
# python TestLinkExample.py --server_url http://YOURSERVER/testlink/lib/api/xmlrpc.php
# --devKey 7ec252ab966ce88fd92c25d08635672b
#
# ATTENTION: With TestLink 1.9.7, cause of the new REST API, the SERVER_URL
# has changed from
# (old) http://YOURSERVER/testlink/lib/api/xmlrpc.php
# to
# (new) http://YOURSERVER/testlink/lib/api/xmlrpc/v1/xmlrpc.php
tl_helper = TestLinkHelper()
tl_helper.setParamsFromArgs('''Shows how to use the TestLinkAPI.
=> Counts and lists the Projects
=> Create a new Project with the following structure:''')
myTestLink = tl_helper.connect(TestlinkAPIClient)
myPyVersion = python_version()
myPyVersionShort = myPyVersion.replace('.', '')[:2]
NEWTESTPLAN_A="TestPlan_API A"
NEWTESTPLAN_B="TestPlan_API B"
NEWTESTPLAN_C="TestPlan_API C - DeleteTest"
NEWPLATFORM_A='Big Birds %s' % myPyVersionShort
NEWPLATFORM_B='Small Birds'
NEWPLATFORM_C='Ugly Birds'
NEWTESTSUITE_A="A - First Level"
NEWTESTSUITE_B="B - First Level"
NEWTESTSUITE_AA="AA - Second Level"
NEWTESTCASE_AA="TESTCASE_AA"
NEWTESTCASE_B="TESTCASE_B"
myApiVersion='%s v%s' % (myTestLink.__class__.__name__ , myTestLink.__version__)
NEWBUILD_A='%s' % myApiVersion
NEWBUILD_B='%s' % myApiVersion
NEWBUILD_C='%s - DeleteTest' % myApiVersion
NEWBUILD_D='%s - copyTestersTest' % myApiVersion
this_file_dirname=os.path.dirname(__file__)
NEWATTACHMENT_PY= os.path.join(this_file_dirname, 'TestLinkExample.py')
NEWATTACHMENT_PNG=os.path.join(this_file_dirname, 'PyGreat.png')
# Servers TestLink Version
myTLVersion = myTestLink.testLinkVersion()
myTLVersionShort = myTLVersion.replace('.', '')
NEWPROJECT="NEW_PROJECT_API-%s" % myPyVersionShort
NEWPREFIX="NPROAPI%s" % myPyVersionShort
ITSNAME="myITS"
# used connection settings
print(myTestLink.connectionInfo())
print("")
# CHANGE this name into a valid account, known in your TL application
myTestUserName="pyTLapi"
myTestUserName2="admin"
# get user information
response = myTestLink.getUserByLogin(myTestUserName)
print("getUserByLogin", response)
myTestUserID=response[0]['dbID']
response = myTestLink.getUserByID(myTestUserID)
print("getUserByID ", response)
# example asking the api client about methods arguments
print(myTestLink.whatArgs('assignTestCaseExecutionTask'))
# example handling Response Error Codes
# first check an invalid devKey and than the own one
try:
myTestLink.checkDevKey(devKey='007')
except TLResponseError as tl_err:
if tl_err.code == 2000:
# expected invalid devKey Error
# now check the own one - just call with default settings
myTestLink.checkDevKey()
else:
# seems to be another response failure - we forward it
raise
print("Number of Projects in TestLink: %s " % (myTestLink.countProjects()))
print("")
myTestLink.listProjects()
print("")
# Delete the project, if it already exists
try:
response = myTestLink.deleteTestProject(NEWPREFIX)
print("deleteTestProject", response)
except TLResponseError:
print("No project with prefix %s exists" % NEWPREFIX)
# # get IssueTrackerSystem
# aITS=myTestLink.getIssueTrackerSystem(aITSNAME)
# print("getIssueTrackerSystem", aITS)
# Creates the project
projInfo = 'Example created with Python %s API class %s in TL %s' % \
( python_version(), myApiVersion, myTLVersion )
newProject = myTestLink.createTestProject(NEWPROJECT, NEWPREFIX,
notes=projInfo, active=1, public=1,
# itsname=ITSNAME, itsenabled=1,
options={'requirementsEnabled' : 0, 'testPriorityEnabled' : 1,
'automationEnabled' : 1, 'inventoryEnabled' : 0})
print("createTestProject", newProject)
newProjectID = newProject[0]['id']
print("New Project '%s' - id: %s" % (NEWPROJECT,newProjectID))
# Creates the test plan
newTestPlan = myTestLink.createTestPlan(NEWTESTPLAN_A, testprojectname=NEWPROJECT,
notes='New TestPlan created with the API',active=1, public=1)
print("createTestPlan", newTestPlan)
newTestPlanID_A = newTestPlan[0]['id']
print("New Test Plan '%s' - id: %s" % (NEWTESTPLAN_A,newTestPlanID_A))
# Create test plan B - uses no platforms
newTestPlan = myTestLink.createTestPlan(NEWTESTPLAN_B, prefix=NEWPREFIX,
notes='New TestPlan created with the Generic API - uses no platforms.',
active=1, public=1)
print("createTestPlan", newTestPlan)
newTestPlanID_B = newTestPlan[0]['id']
print("New Test Plan '%s' - id: %s" % (NEWTESTPLAN_B,newTestPlanID_B))
# Create platform 'Big Birds x'
newPlatForm = myTestLink.createPlatform(NEWPROJECT, NEWPLATFORM_A,
notes='Platform for Big Birds, unique name, only used in this project')
print("createPlatform", newPlatForm)
newPlatFormID_A = newPlatForm['id']
# Add Platform 'Big Bird x' to platform
response = myTestLink.addPlatformToTestPlan(newTestPlanID_A, NEWPLATFORM_A)
print("addPlatformToTestPlan", response)
# Create platform 'Small Birds'
newPlatForm = myTestLink.createPlatform(NEWPROJECT, NEWPLATFORM_B,
notes='Platform for Small Birds, name used in all example projects')
print("createPlatform", newPlatForm)
newPlatFormID_B = newPlatForm['id']
# Add Platform 'Small Bird' to platform
response = myTestLink.addPlatformToTestPlan(newTestPlanID_A, NEWPLATFORM_B)
print("addPlatformToTestPlan", response)
# Create platform 'Ugly Birds'
newPlatForm = myTestLink.createPlatform(NEWPROJECT, NEWPLATFORM_C,
notes='Platform for Ugly Birds, will be removed from test plan')
print("createPlatform", newPlatForm)
newPlatFormID_C = newPlatForm['id']
# Add Platform 'Ugly Bird' to platform
response = myTestLink.addPlatformToTestPlan(newTestPlanID_A, NEWPLATFORM_C)
print("addPlatformToTestPlan", response)
#Creates the test Suite A
newTestSuite = myTestLink.createTestSuite(newProjectID, NEWTESTSUITE_A,
"Details of the Test Suite A")
print("createTestSuite", newTestSuite)
newTestSuiteID_A = newTestSuite[0]['id']
print("New Test Suite '%s' - id: %s" % (NEWTESTSUITE_A, newTestSuiteID_A))
FirstLevelID = newTestSuiteID_A
#Creates the test Suite B
newTestSuite = myTestLink.createTestSuite(newProjectID, NEWTESTSUITE_B,
"Details of the Test Suite B")
print("createTestSuite", newTestSuite)
newTestSuiteID_B = newTestSuite[0]['id']
print("New Test Suite '%s' - id: %s" % (NEWTESTSUITE_B, newTestSuiteID_B))
#Creates the test Suite AA
newTestSuite = myTestLink.createTestSuite(newProjectID, NEWTESTSUITE_AA,
"Details of the Test Suite AA",parentid=FirstLevelID)
print("createTestSuite", newTestSuite)
newTestSuiteID_AA = newTestSuite[0]['id']
print("New Test Suite '%s' - id: %s" % (NEWTESTSUITE_AA, newTestSuiteID_AA))
MANUAL = 1
AUTOMATED = 2
READFORREVIEW=2
REWORK=4
HIGH=3
MEDIUM=2
LOW=1
#Creates the test case TC_AA with state ready for review
myTestLink.initStep("Step action 1", "Step result 1", MANUAL)
myTestLink.appendStep("Step action 2", "Step result 2", MANUAL)
myTestLink.appendStep("Step action 3", "Step result 3", MANUAL)
myTestLink.appendStep("Step action 4", "Step result 4", MANUAL)
myTestLink.appendStep("Step action 5", "Step result 5", MANUAL)
myTestLink.appendStep("Dummy step for delete tests",
"should be delete with deleteTestCaseSteps", MANUAL)
newTestCase = myTestLink.createTestCase(NEWTESTCASE_AA, newTestSuiteID_AA,
newProjectID, myTestUserName, "This is the summary of the Test Case AA",
preconditions='these are the preconditions',
importance=LOW, state=READFORREVIEW, estimatedexecduration=10.1)
print("createTestCase", newTestCase)
newTestCaseID_AA = newTestCase[0]['id']
print("New Test Case '%s' - id: %s" % (NEWTESTCASE_AA, newTestCaseID_AA))
#Creates the test case TC_B with state rework
myTestLink.initStep("Step action 1", "Step result 1", AUTOMATED)
myTestLink.appendStep("Step action 2", "Step result 2", AUTOMATED)
myTestLink.appendStep("Step action 3", "Step result 3", AUTOMATED)
myTestLink.appendStep("Step action 4", "Step result 4", AUTOMATED)
myTestLink.appendStep("Step action 5", "Step result 5", AUTOMATED)
newTestCase = myTestLink.createTestCase(NEWTESTCASE_B, newTestSuiteID_B,
newProjectID, myTestUserName, "This is the summary of the Test Case B",
preconditions='these are the preconditions', executiontype=AUTOMATED,
status=REWORK, estimatedexecduration=0.5)
print("createTestCase", newTestCase)
newTestCaseID_B = newTestCase[0]['id']
print("New Test Case '%s' - id: %s" % (NEWTESTCASE_B, newTestCaseID_B))
# Add test cases to test plan - we need the full external id !
# for every test case version 1 is used
tc_version=1
# TC AA should be tested with platforms 'Big Birds'+'Small Birds'
tc_aa_full_ext_id = myTestLink.getTestCase(newTestCaseID_AA)[0]['full_tc_external_id']
response = myTestLink.addTestCaseToTestPlan(newProjectID, newTestPlanID_A,
tc_aa_full_ext_id, tc_version, platformid=newPlatFormID_A)
print("addTestCaseToTestPlan", response)
tc_aa_full_ext_id = myTestLink.getTestCase(newTestCaseID_AA)[0]['full_tc_external_id']
response = myTestLink.addTestCaseToTestPlan(newProjectID, newTestPlanID_A,
tc_aa_full_ext_id, tc_version, platformid=newPlatFormID_B)
print("addTestCaseToTestPlan", response)
# change test case TC_AA - delete step 6 (step 7 does not exist)
response = myTestLink.deleteTestCaseSteps(tc_aa_full_ext_id, [7,6],
version=tc_version)
print("deleteTestCaseSteps", response)
# TC B should be tested with platform 'Small Birds'
tc_b_full_ext_id = myTestLink.getTestCase(testcaseid=newTestCaseID_B)[0]['full_tc_external_id']
response = myTestLink.addTestCaseToTestPlan(newProjectID, newTestPlanID_A,
tc_b_full_ext_id, tc_version, platformid=newPlatFormID_B)
print("addTestCaseToTestPlan", response)
#Update test case TC_B -> high, change step 5, new step 6
steps_tc_b = myTestLink.getTestCase(testcaseid=newTestCaseID_B)[0]['steps']
steps_tc_b_v1u = steps_tc_b[:4]
steps_tc_b_v1u.append(
{'step_number' : 5, 'actions' : "Step action 5 -b changed by updateTestCase" ,
'expected_results' : "Step result 5 - b changed", 'execution_type' : AUTOMATED})
steps_tc_b_v1u.append(
{'step_number' : 6, 'actions' : "Step action 6 -b added by updateTestCase" ,
'expected_results' : "Step result 6 - b added", 'execution_type' : AUTOMATED})
response = myTestLink.updateTestCase(tc_b_full_ext_id, version=tc_version,
steps=steps_tc_b_v1u, importance=MEDIUM, estimatedexecduration=3)
print("updateTestCase", response)
# create additional steps via createTestCaseSteps - action create
steps_tc_b_c67 = [
{'step_number' : 6, 'actions' : "action 6 createTestCaseSteps.create" ,
'expected_results' : "skip - cause step 6 already exist", 'execution_type' : AUTOMATED},
{'step_number' : 7, 'actions' : "action 7 createTestCaseSteps.create" ,
'expected_results' : "create - cause step 7 not yet exist", 'execution_type' : AUTOMATED}]
response = myTestLink.createTestCaseSteps('create', steps_tc_b_c67,
testcaseexternalid=tc_b_full_ext_id, version=tc_version)
print("createTestCaseSteps.create", response)
# create additional steps via createTestCaseSteps - action update
steps_tc_b_c38 = [
{'step_number' : 3, 'actions' : "action 3 createTestCaseSteps.update" ,
'expected_results' : "update - cause step 3 already exist", 'execution_type' : AUTOMATED},
{'step_number' : 8, 'actions' : "action 8 createTestCaseSteps.update" ,
'expected_results' : "create - cause step 8 not yet exist", 'execution_type' : AUTOMATED}]
response = myTestLink.createTestCaseSteps('update', steps_tc_b_c38,
testcaseid=newTestCaseID_B, version=tc_version)
print("createTestCaseSteps.update", response)
# In test plan B TC B should be tested without platform
response = myTestLink.addTestCaseToTestPlan(newProjectID, newTestPlanID_B,
tc_b_full_ext_id, tc_version)
print("addTestCaseToTestPlan", response)
# # Try to Remove Platform 'Big Birds' from platform
# response = myTestLink.removePlatformFromTestPlan(newTestPlanID_A, NEWPLATFORM_C)
# print "removePlatformFromTestPlan", response
# Remove Platform 'Ugly Birds' from platform
response = myTestLink.removePlatformFromTestPlan(newTestPlanID_A, NEWPLATFORM_C)
print("removePlatformFromTestPlan", response)
# -- Create Build for TestPlan A (uses platforms)
newBuild = myTestLink.createBuild(newTestPlanID_A, NEWBUILD_A,
'Notes for the Build', releasedate="2016-12-31")
print("createBuild", newBuild)
newBuildID_A = newBuild[0]['id']
print("New Build '%s' - id: %s" % (NEWBUILD_A, newBuildID_A))
# assign user to test case execution tasks - test plan with platforms
response = myTestLink.assignTestCaseExecutionTask( myTestUserName,
newTestPlanID_A, tc_aa_full_ext_id,
buildid=newBuildID_A, platformname=NEWPLATFORM_A)
print("assignTestCaseExecutionTask", response)
response = myTestLink.assignTestCaseExecutionTask( myTestUserName2,
newTestPlanID_A, tc_aa_full_ext_id,
buildname=NEWBUILD_A, platformid=newPlatFormID_B)
print("assignTestCaseExecutionTask", response)
response = myTestLink.assignTestCaseExecutionTask( myTestUserName,
newTestPlanID_A, tc_b_full_ext_id,
buildname=NEWBUILD_A, platformname=NEWPLATFORM_B)
print("assignTestCaseExecutionTask", response)
# get test case assigned tester
response = myTestLink.getTestCaseAssignedTester(
newTestPlanID_A, tc_aa_full_ext_id,
buildid=newBuildID_A, platformname=NEWPLATFORM_A)
print("getTestCaseAssignedTester TC_AA TP_A Platform A", response)
response = myTestLink.getTestCaseAssignedTester(
newTestPlanID_A, tc_aa_full_ext_id,
buildname=NEWBUILD_A, platformid=newPlatFormID_B)
print("getTestCaseAssignedTester TC_AA TP_A Platform B", response)
response = myTestLink.getTestCaseAssignedTester(
newTestPlanID_A, tc_b_full_ext_id,
buildname=NEWBUILD_A, platformname=NEWPLATFORM_B)
print("getTestCaseAssignedTester TC_B TP_A Platform B", response)
# get bugs for test case TC_AA in test plan A - state TC not executed
response = myTestLink.getTestCaseBugs(newTestPlanID_A,
testcaseexternalid=tc_aa_full_ext_id)
print("getTestCaseBugs TC_AA in TP_A (TC is not executed)", response)
# report Test Case Results for platform 'Big Bird' with step results
# TC_AA failed, build should be guessed, TC identified with external id
newResult = myTestLink.reportTCResult(None, newTestPlanID_A, None, 'f', '', guess=True,
testcaseexternalid=tc_aa_full_ext_id,
platformname=NEWPLATFORM_A,
execduration=3.9, timestamp='2015-09-18 14:33',
steps=[{'step_number' : 3, 'result' : 'p', 'notes' : 'result note for passed step 3'},
{'step_number' : 4, 'result' : 'f', 'notes' : 'result note for failed step 4'}] )
print("reportTCResult", newResult)
newResultID_AA = newResult[0]['id']
# get bugs for test case TC_AA in test plan A - state TC is executed
response = myTestLink.getTestCaseBugs(newTestPlanID_A,
testcaseexternalid=tc_aa_full_ext_id)
print("getTestCaseBugs TC_AA in TP_A (TC is executed, no bug)", response)
# report Test Case Results for platform 'Small Bird'
# TC_AA passed, build should be guessed, TC identified with external id
newResult = myTestLink.reportTCResult(None, newTestPlanID_A, None, 'p', '', guess=True,
testcaseexternalid=tc_aa_full_ext_id,
platformname=NEWPLATFORM_B,
execduration='2.2', timestamp='2015-09-19 14:33:02')
print("reportTCResult", newResult)
newResultID_AA_p = newResult[0]['id']
# TC_B passed, explicit build and some notes , TC identified with internal id
newResult = myTestLink.reportTCResult(newTestCaseID_B, newTestPlanID_A, NEWBUILD_A,
'p', 'first try', platformname=NEWPLATFORM_B)
print("reportTCResult", newResult)
newResultID_B = newResult[0]['id']
# add this (text) file as Attachemnt to last execution of TC_B with
# different filename 'MyPyExampleApiClient.py'
a_file=open(NEWATTACHMENT_PY)
newAttachment = myTestLink.uploadExecutionAttachment(a_file, newResultID_B,
'Textfile Example', 'Text Attachment Example for a TestCase Execution',
filename='MyPyExampleApiClient.py')
print("uploadExecutionAttachment", newAttachment)
# add png file as Attachemnt to last execution of TC_AA
# !Attention - on WINDOWS use binary mode for none text file
# see http://docs.python.org/2/tutorial/inputoutput.html#reading-and-writing-files
a_file=open(NEWATTACHMENT_PNG, mode='rb')
newAttachment = myTestLink.uploadExecutionAttachment(a_file, newResultID_AA,
'PNG Example', 'PNG Attachment Example for a TestCase Execution')
print("uploadExecutionAttachment", newAttachment)
# -- Create Build for TestPlan B (uses no platforms)
newBuild = myTestLink.createBuild(newTestPlanID_B, NEWBUILD_B,
'Build for TestPlan without platforms', releasedate='2016-11-30')
print("createBuild", newBuild)
newBuildID_B = newBuild[0]['id']
print("New Build '%s' - id: %s" % (NEWBUILD_B, newBuildID_B))
# assign user to test case execution tasks - test plans without platforms
response = myTestLink.assignTestCaseExecutionTask( myTestUserName,
newTestPlanID_B, tc_b_full_ext_id, buildname=NEWBUILD_B)
print("assignTestCaseExecutionTask", response)
# get test case assigned tester
response = myTestLink.getTestCaseAssignedTester(
newTestPlanID_B, tc_b_full_ext_id, buildname=NEWBUILD_B)
print("getTestCaseAssignedTester TC_B TP_B no Platform", response)
# try to remove not assigned tester
response = myTestLink.unassignTestCaseExecutionTask(
newTestPlanID_B, tc_b_full_ext_id, buildname=NEWBUILD_B,
user=myTestUserName2)
print("unassignTestCaseExecutionTask not assigned user", response)
response = myTestLink.getTestCaseAssignedTester(
newTestPlanID_B, tc_b_full_ext_id, buildname=NEWBUILD_B)
print("getTestCaseAssignedTester TC_B TP_B no Platform", response)
# try to remove all assigned tester
response = myTestLink.unassignTestCaseExecutionTask(
newTestPlanID_B, tc_b_full_ext_id, buildid=newBuildID_B,
action='unassignAll')
print("unassignTestCaseExecutionTask unassignAll", response)
response = myTestLink.getTestCaseAssignedTester(
newTestPlanID_B, tc_b_full_ext_id, buildname=NEWBUILD_B)
print("getTestCaseAssignedTester TC_B TP_B no Platform", response)
# reassign user to test case execution tasks - test plans without platforms
response = myTestLink.assignTestCaseExecutionTask( myTestUserName,
newTestPlanID_B, tc_b_full_ext_id, buildid=newBuildID_B)
print("assignTestCaseExecutionTask", response)
response = myTestLink.getTestCaseAssignedTester(
newTestPlanID_B, tc_b_full_ext_id, buildname=NEWBUILD_B)
print("getTestCaseAssignedTester TC_B TP_B no Platform", response)
# TC_B blocked (without platform), explicit build and some notes ,
# TC identified with internal id, report by myTestUserName
newResult = myTestLink.reportTCResult(newTestCaseID_B, newTestPlanID_B, NEWBUILD_B,
'f', "no birds are singing", bugid='007',
user=myTestUserName)
print("reportTCResult", newResult)
newResultID_B_f = newResult[0]['id']
newResult = myTestLink.reportTCResult(newTestCaseID_B, newTestPlanID_B, NEWBUILD_B,
'b', "hungry birds blocks the execution",
bugid='008', user=myTestUserName)
print("reportTCResult", newResult)
newResultID_B_b = newResult[0]['id']
# get bugs for test case TC_B in test plan B - state TC is executed with bug
response = myTestLink.getTestCaseBugs(newTestPlanID_B,
testcaseid=newTestCaseID_B)
print("getTestCaseBugs TC_B in TP_B (TC is executed with 2 bugs)", response)
# now we make a mistake and commit the same result a second time
# and try to delete this mistake
newResult = myTestLink.reportTCResult(newTestCaseID_B, newTestPlanID_B, NEWBUILD_B,
'b', "mistake, commit same result a second time")
print("reportTCResult", newResult)
newResultID_B_b2 = int(newResult[0]['id'])
try:
# if TL configuration allows deletion of executions, no error will occur
response = myTestLink.deleteExecution(newResultID_B_b2)
print("deleteExecution", response)
except TLResponseError as tl_err:
if tl_err.code == 232:
# TL configuration does not allow deletion of executions
pass
else:
# sh..: another problem occurs
raise
# now we try to change the execution types of the test cases
# - AA from manual -> auto and B from auto -> manual
newResult = myTestLink.setTestCaseExecutionType(tc_aa_full_ext_id, tc_version,
newProjectID, AUTOMATED)
print("setTestCaseExecutionType", response)
newResult = myTestLink.setTestCaseExecutionType(tc_b_full_ext_id, tc_version,
newProjectID, MANUAL)
print("setTestCaseExecutionType", response)
# create TestPlan C with Platform, Build , TestCase, assigned TestCase
# and delete it
newTestPlan = myTestLink.createTestPlan(NEWTESTPLAN_C, NEWPROJECT,
notes='TestPlan for delete test.',
active=1, public=1)
print("createTestPlan for DeleteTest", newTestPlan)
newTestPlanID_C = newTestPlan[0]['id']
print("Test Plan '%s' - id: %s" % (NEWTESTPLAN_C,newTestPlanID_C))
newBuild = myTestLink.createBuild(newTestPlanID_C, NEWBUILD_C,
'Build for TestPlan delete test')
print("createBuild for DeleteTest", newBuild)
newBuildID_C = newBuild[0]['id']
print("Build '%s' - id: %s" % (NEWBUILD_C, newBuildID_C))
response = myTestLink.addPlatformToTestPlan(newTestPlanID_C, NEWPLATFORM_C)
print("addPlatformToTestPlan", response)
response = myTestLink.addTestCaseToTestPlan(newProjectID, newTestPlanID_C,
tc_aa_full_ext_id, tc_version, platformid=newPlatFormID_C)
print("addTestCaseToTestPlan", response)
response = myTestLink.assignTestCaseExecutionTask( myTestUserName,
newTestPlanID_C, tc_aa_full_ext_id, buildid=newBuildID_C,
platformid=newPlatFormID_C)
print("assignTestCaseExecutionTask", response)
newResult = myTestLink.reportTCResult(newTestCaseID_AA, newTestPlanID_C,
NEWBUILD_C, 'p', "TP delete test",
platformname=NEWPLATFORM_C)
print("reportTCResult", newResult)
newResultID_B = newResult[0]['id']
newAttachment = myTestLink.uploadExecutionAttachment(NEWATTACHMENT_PY, newResultID_B,
'Textfile Example', 'Attachment Example for a TC Execution and TP delete test',
filename='MyPyTPDeleteTest.py')
print("uploadExecutionAttachment", newAttachment)
response = myTestLink.getTotalsForTestPlan(newTestPlanID_C)
print("getTotalsForTestPlan before delete", response)
response = myTestLink.deleteTestPlan(newTestPlanID_C)
print("deleteTestPlan", response)
try:
response = myTestLink.getTotalsForTestPlan(newTestPlanID_C)
print("getTotalsForTestPlan after delete", response)
except TLResponseError as tl_err:
print(tl_err.message)
# -- Create Build D and copy Testers from Build A
newBuild = myTestLink.createBuild(newTestPlanID_A, NEWBUILD_D,
'Build with copied testers from Build ' + NEWBUILD_A,
active=1, open=1, copytestersfrombuild=newBuildID_A)
print("createBuild", newBuild)
newBuildID_D = newBuild[0]['id']
print("New Build '%s' - id: %s" % (NEWBUILD_D, newBuildID_D))
# get information - TestProject
response = myTestLink.getTestProjectByName(NEWPROJECT)
print("getTestProjectByName", response)
response = myTestLink.getProjectTestPlans(newProjectID)
print("getProjectTestPlans", response)
response = myTestLink.getFirstLevelTestSuitesForTestProject(newProjectID)
print("getFirstLevelTestSuitesForTestProject", response)
response = myTestLink.getProjectPlatforms(newProjectID)
print("getProjectPlatforms", response)
response = myTestLink.getProjectKeywords(newProjectID)
print("getProjectKeywords", response)
# get information - testPlan
response = myTestLink.getTestPlanByName(NEWPROJECT, NEWTESTPLAN_A)
print("getTestPlanByName", response)
response = myTestLink.getTotalsForTestPlan(newTestPlanID_A)
print("getTotalsForTestPlan", response)
response = myTestLink.getBuildsForTestPlan(newTestPlanID_A)
print("getBuildsForTestPlan", response)
response = myTestLink.getLatestBuildForTestPlan(newTestPlanID_A)
print("getLatestBuildForTestPlan", response)
response = myTestLink.getTestPlanPlatforms(newTestPlanID_A)
print("getTestPlanPlatforms", response)
response = myTestLink.getTestSuitesForTestPlan(newTestPlanID_A)
print("getTestSuitesForTestPlan", response)
# get failed Testcases
# -- Start CHANGE v0.4.5 --
#response = myTestLink.getTestCasesForTestPlan(newTestPlanID_A, 'executestatus=f')
response = myTestLink.getTestCasesForTestPlan(newTestPlanID_A, executestatus='f')
# -- END CHANGE v0.4.5 --
print("getTestCasesForTestPlan A failed ", response)
# get Testcases for Plattform SmallBird
response = myTestLink.getTestCasesForTestPlan(newTestPlanID_A, platformid=newPlatFormID_B)
print("getTestCasesForTestPlan A SmallBirds", response)
# get information - TestSuite
response = myTestLink.getTestSuiteByID(newTestSuiteID_B)
print("getTestSuiteByID", response)
response = myTestLink.getTestSuitesForTestSuite(newTestSuiteID_A)
print("getTestSuitesForTestSuite A", response)
response = myTestLink.getTestCasesForTestSuite(newTestSuiteID_A, True, 'full')
print("getTestCasesForTestSuite A", response)
response = myTestLink.getTestCasesForTestSuite(newTestSuiteID_B, False, 'only_id')
print("getTestCasesForTestSuite B", response)
# Update test suite B details - Using Project ID
updatedTestSuite = myTestLink.updateTestSuite(newTestSuiteID_B,
testprojectid=newProjectID,
details="updated Details of the Test Suite B")
print("updateTestSuite", updatedTestSuite)
# Update test suite A name and order details - Using Project Name
# with TL 1.9.15 this step fails - solution see TL Mantis Ticket 7696
# <http://mantis.testlink.org/view.php?id=7696>
changedNEWTESTSUITE_A = NEWTESTSUITE_A + ' - Changed'
updatedTestSuite = myTestLink.updateTestSuite(newTestSuiteID_A, prefix=NEWPREFIX,
testsuitename = changedNEWTESTSUITE_A, order=1)
print("updateTestSuite", updatedTestSuite)
# get all test suites, using the same name - test Suite B
response = myTestLink.getTestSuite(NEWTESTSUITE_B, NEWPREFIX)
print("getTestSuite", response)
# get informationen - TestCase
# -- Start CHANGE v0.4.5 --
#response = myTestLink.getTestCaseIDByName(NEWTESTCASE_B, None, NEWPROJECT)
response = myTestLink.getTestCaseIDByName(NEWTESTCASE_B, testprojectname=NEWPROJECT)
# -- END CHANGE v0.4.5 --
print("getTestCaseIDByName", response)
tcpathname = '::'.join([NEWPROJECT, changedNEWTESTSUITE_A, NEWTESTSUITE_AA, NEWTESTCASE_AA])
response = myTestLink.getTestCaseIDByName('unknown', testcasepathname=tcpathname)
print("getTestCaseIDByName", response)
# get execution result
response = myTestLink.getLastExecutionResult(newTestPlanID_A, None,
testcaseexternalid=tc_aa_full_ext_id)
print("getLastExecutionResult", response)
response = myTestLink.getLastExecutionResult(newTestPlanID_A, newTestCaseID_B)
print("getLastExecutionResult", response)
if not myTLVersion == '<= 1.9.8':
# new optional arguments platformid , buildid with TL 1.9.9
response = myTestLink.getLastExecutionResult(
newTestPlanID_A, newTestCaseID_AA,
platformid=newPlatFormID_A)
print("getLastExecutionResult", response)
response = myTestLink.getExecCountersByBuild(newTestPlanID_A)
print("getExecCountersByBuild", response)
response = myTestLink.getExecCountersByBuild(newTestPlanID_B)
print("getExecCountersByBuild", response)
response = myTestLink.getTestCaseKeywords(testcaseexternalid=tc_b_full_ext_id)
print("getTestCaseKeywords noKeyWords", response)
# get information - general
response = myTestLink.getFullPath(int(newTestSuiteID_AA))
print("getFullPath", response)
response = myTestLink.getFullPath([int(newTestCaseID_AA), int(newTestCaseID_B)])
print("getFullPath", response)
# attachments
# add png file as Attachment to test project
a_file=open(NEWATTACHMENT_PNG, mode='rb')
newAttachment = myTestLink.uploadTestProjectAttachment(a_file, newProjectID,
title='PNG Example', description='PNG Attachment Example for a TestProject')
print("uploadTestProjectAttachment", newAttachment)
# add png file as Attachnent to test suite A - uploadXxzAttachmemt also file path
newAttachment = myTestLink.uploadTestSuiteAttachment(NEWATTACHMENT_PNG, newTestSuiteID_A,
title='PNG Example', description='PNG Attachment Example for a TestSuite')
print("uploadTestSuiteAttachment", newAttachment)
# add png file as Attachment to test case B
a_file=open(NEWATTACHMENT_PNG, mode='rb')
newAttachment = myTestLink.uploadTestCaseAttachment(a_file, newTestCaseID_B,
title='PNG Example', description='PNG Attachment Example for a TestCase')
print("uploadTestCaseAttachment", newAttachment)
# get Attachment of test case B
# response = myTestLink.getTestCaseAttachments(testcaseexternalid=tc_aa_full_ext_id)
# print "getTestCaseAttachments", response
response = myTestLink.getTestCaseAttachments(testcaseid=newTestCaseID_B)
print("getTestCaseAttachments", response)
# copy test case - as a new TC version
print("create new version of TC B")
response = myTestLink.copyTCnewVersion(newTestCaseID_B,
summary='new version of TC B', importance='1')
print('copyTCnewVersion', response)
# copy test case - as new TC in a different TestSuite
print("copy TC B as TC BA into Test suite A")
response = myTestLink.copyTCnewTestCase(newTestCaseID_B,
testsuiteid=newTestSuiteID_A, testcasename='%sA' % NEWTESTCASE_B)
print('copyTCnewTestCase', response)
response = myTestLink.getTestCasesForTestSuite(newTestSuiteID_B, False, 'simple')
print('getTestCasesForTestSuite B', response)
response = myTestLink.getTestCasesForTestSuite(newTestSuiteID_A, True, 'simple')
print('getTestCasesForTestSuite A', response)
# sample, how the test plan can be updated to use the new tc version
# site effect of this step, assigned testers and existing execution results are
# not accessible anymore via the TL Web Gui.
# That is the reason, why we have uncomment it for the normal sample execution
# response = myTestLink.addTestCaseToTestPlan(newProjectID, newTestPlanID_B,
# tc_b_full_ext_id, tc_version+1,
# overwrite=1)
# print("addTestCaseToTestPlan overwrite", response)
# no test data
# response = myTestLink.getTestCaseCustomFieldDesignValue(
# tc_aa_full_ext_id, 1, newProjectID, 'cfieldname', 'simple')
# print "getTestCaseCustomFieldDesignValue", response
print("getTestCaseCustomFieldDesignValue", "Sorry currently no testdata")
# add png file as Attachemnt to a requirement specification.
print("uploadRequirementSpecificationAttachment", "Sorry currently no testdata")
# add png file as Attachemnt to a requirement.
print("uploadRequirementAttachment", "Sorry currently no testdata")
# add requirements to testcase AA
# response = myTestLink.assignRequirements(tc_aa_full_ext_id, newProjectID,
# [{'req_spec' : 6729, 'requirements' : [6731]},
# {'req_spec' : 6733, 'requirements' : [6735, 6737]}])
print("assignRequirements", "Sorry currently no testdata")
print("")
print("Number of Projects in TestLink: %s " % myTestLink.countProjects())
print("Number of Platforms (in TestPlans): %s " % myTestLink.countPlatforms())
print("Number of Builds : %s " % myTestLink.countBuilds())
print("Number of TestPlans : %s " % myTestLink.countTestPlans())
print("Number of TestSuites : %s " % myTestLink.countTestSuites())
print("Number of TestCases (in TestSuites): %s " % myTestLink.countTestCasesTS())
print("Number of TestCases (in TestPlans) : %s " % myTestLink.countTestCasesTP())
print("")
print()
print("")
myTestLink.listProjects()