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Copy pathpython_client_test.py
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965 lines (880 loc) · 40.9 KB
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from __future__ import absolute_import
from __future__ import unicode_literals
import datetime
import os
import unittest
from time import sleep
from six import string_types
import pyforce
from pyforce import SoapFaultError
from pyforce.pyclient import _prepareSObjects
SERVER_URL = "https://test.salesforce.com/services/Soap/u/20.0"
DELAY_RETRY = 10
DELAY_SEC = 2
class TestUtils(unittest.TestCase):
def setUp(self):
self.svc = svc = pyforce.PythonClient(serverUrl=SERVER_URL)
svc.login(os.getenv('SF_USERNAME'), os.getenv('SF_PASSWORD'))
self._todelete = list()
def tearDown(self):
svc = self.svc
ids = self._todelete
if ids:
while len(ids) > 200:
svc.delete(ids[:200])
ids = ids[200:]
if ids:
svc.delete(ids)
def testDescribeGlobal(self):
svc = self.svc
res = svc.describeGlobal()
self.assertEqual(type(res), dict)
self.assertTrue(isinstance(res['encoding'], string_types))
self.assertTrue(isinstance(res['maxBatchSize'], int))
self.assertTrue(isinstance(res['types'], list))
self.assertTrue(len(res['sobjects']) > 0)
# BBB for API < 17.0
self.assertTrue(len(res['types']) > 0)
def testDescribeSObjects(self):
svc = self.svc
globalres = svc.describeGlobal()
types = globalres['types'][:100]
res = svc.describeSObjects(types[0])
self.assertEqual(type(res), list)
self.assertEqual(len(res), 1)
res = svc.describeSObjects(types)
self.assertEqual(len(types), len(res))
def testCreate(self):
svc = self.svc
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
)
res = svc.create([data])
self.assertTrue(type(res) in (list, tuple))
self.assertTrue(len(res) == 1)
self.assertTrue(res[0]['success'])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve('LastName, FirstName, Phone, Email, Birthdate',
'Contact', [id])
self.assertEqual(len(contacts), 1)
contact = contacts[0]
for k in ['LastName', 'FirstName', 'Phone', 'Email', 'Birthdate']:
self.assertEqual(
data[k], contact[k])
def testSetIntegerField(self):
# Passes when you feed it floats, even if salesforce field is defined
# for 0 decimal places. Lack of data validation in SF?
svc = self.svc
testField = 'Favorite_Integer__c'
data = dict(
type='Contact',
LastName='Doe',
FirstName='John',
Favorite_Integer__c=-25,
)
res = svc.create([data])
self.assertTrue(type(res) in (list, tuple))
self.assertTrue(len(res) == 1)
self.assertTrue(res[0]['success'])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve(
'LastName, FirstName, Favorite_Integer__c',
'Contact',
[id],
)
self.assertEqual(len(contacts), 1)
contact = contacts[0]
self.assertEqual(data[testField], contact[testField])
def testSetFloatField(self):
# this fails when you have a large amount (I didn't test the #) of decimal places.
svc = self.svc
testField = 'Favorite_Float__c'
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Favorite_Float__c=-1.999888777
)
res = svc.create([data])
self.assertTrue(type(res) in (list, tuple))
self.assertTrue(len(res) == 1)
self.assertTrue(res[0]['success'])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve('LastName, FirstName, Favorite_Float__c', 'Contact', [id])
self.assertEqual(len(contacts), 1)
contact = contacts[0]
self.assertEqual(data[testField], contact[testField])
def testCreatePickListMultiple(self):
svc = self.svc
data = dict(
type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4),
Favorite_Fruit__c=["Apple", "Orange", "Pear"],
)
res = svc.create([data])
self.assertTrue(type(res) in (list, tuple))
self.assertTrue(len(res) == 1)
self.assertTrue(res[0]['success'])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve(
'LastName, FirstName, Phone, Email, Birthdate, Favorite_Fruit__c',
'Contact',
[id],
)
self.assertEqual(len(contacts), 1)
contact = contacts[0]
for k in [
'LastName',
'FirstName',
'Phone',
'Email',
'Birthdate',
'Favorite_Fruit__c',
]:
self.assertEqual(data[k], contact[k])
#def testCreatePickListMultipleWithInvalid(self):
#""" This fails, and I guess it should(?)
# SF doesn't enforce vocabularies, appearently """
#svc = self.svc
#data = dict(type='Contact',
#LastName='Doe',
#FirstName='John',
#Phone='123-456-7890',
#Email='[email protected]',
#Birthdate = datetime.date(1970, 1, 4),
#Favorite_Fruit__c = ["Apple","Orange","Pear","RottenFruit"]
#)
#res = svc.create([data])
#self.assertTrue(type(res) in (list, tuple))
#self.assertTrue(len(res) == 1)
#self.assertTrue(res[0]['success'])
#id = res[0]['id']
#self._todelete.append(id)
#contacts = svc.retrieve('LastName, FirstName, Phone, Email, Birthdate, \
#Favorite_Fruit__c', 'Contact', [id])
#self.assertEqual(len(contacts), 1)
#contact = contacts[0]
#self.assertNotEqual(data['Favorite_Fruit__c'], contact['Favorite_Fruit__c'])
#self.assertEqual(len(contact['Favorite_Fruit__c']),3)
#for k in ['LastName', 'FirstName', 'Phone', 'Email', 'Birthdate', 'Favorite_Fruit__c']:
#self.assertEqual(
#data[k], contact[k])
def testFailedCreate(self):
svc = self.svc
data = dict(
type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate='foo',
)
self.assertRaises(SoapFaultError, svc.create, data)
def testRetrieve(self):
svc = self.svc
data = dict(
type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4),
)
res = svc.create([data])
id = res[0]['id']
self._todelete.append(id)
typedesc = svc.describeSObjects('Contact')[0]
fieldnames = list()
fields = typedesc.fields.values()
fieldnames = [f.name for f in fields]
fieldnames = ', '.join(fieldnames)
contacts = svc.retrieve(fieldnames, 'Contact', [id])
self.assertEqual(len(contacts), 1)
def testRetrieveDeleted(self):
svc = self.svc
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
)
res = svc.create(data)
id = res[0]['id']
svc.delete(id)
typedesc = svc.describeSObjects('Contact')[0]
fieldnames = list()
fields = typedesc.fields.values()
fieldnames = [f.name for f in fields]
fieldnames = ', '.join(fieldnames)
contacts = svc.retrieve(fieldnames, 'Contact', [id])
self.assertEqual(len(contacts), 0)
def testDelete(self):
svc = self.svc
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
)
res = svc.create([data])
id = res[0]['id']
res = svc.delete([id])
self.assertTrue(res[0]['success'])
contacts = svc.retrieve('LastName', 'Contact', [id])
self.assertEqual(len(contacts), 0)
def testUpdate(self):
svc = self.svc
originaldate = datetime.date(1970, 1, 4)
newdate = datetime.date(1970, 1, 5)
lastname = 'Doe'
data = dict(type='Contact',
LastName=lastname,
FirstName='John',
Phone='123-456-7890',
Birthdate=originaldate
)
res = svc.create([data])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve('LastName, Birthdate', 'Contact', [id])
self.assertEqual(contacts[0]['Birthdate'], originaldate)
self.assertEqual(contacts[0]['LastName'], lastname)
data = dict(type='Contact',
Id=id,
Birthdate=newdate)
svc.update(data)
contacts = svc.retrieve('LastName, Birthdate', 'Contact', [id])
self.assertEqual(contacts[0]['Birthdate'], newdate)
self.assertEqual(contacts[0]['LastName'], lastname)
def testShrinkMultiPicklist(self):
svc = self.svc
originalList = ["Pear", "Apple"]
newList = ["Pear", ]
lastname = 'Doe'
data = dict(type='Contact',
LastName=lastname,
FirstName='John',
Phone='123-456-7890',
Favorite_Fruit__c=originalList
)
res = svc.create([data])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve('LastName, Favorite_Fruit__c', 'Contact', [id])
self.assertEqual(len(contacts[0]['Favorite_Fruit__c']), 2)
data = dict(type='Contact',
Id=id,
Favorite_Fruit__c=newList)
svc.update(data)
contacts = svc.retrieve('LastName, Favorite_Fruit__c', 'Contact', [id])
self.assertEqual(len(contacts[0]['Favorite_Fruit__c']), 1)
def testGrowMultiPicklist(self):
svc = self.svc
originalList = ["Pear", "Apple"]
newList = ["Pear", "Apple", "Orange"]
lastname = 'Doe'
data = dict(type='Contact',
LastName=lastname,
FirstName='John',
Phone='123-456-7890',
Favorite_Fruit__c=originalList
)
res = svc.create([data])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve('LastName, Favorite_Fruit__c', 'Contact', [id])
self.assertEqual(len(contacts[0]['Favorite_Fruit__c']), 2)
data = dict(type='Contact',
Id=id,
Favorite_Fruit__c=newList)
svc.update(data)
contacts = svc.retrieve('LastName, Favorite_Fruit__c', 'Contact', [id])
self.assertEqual(len(contacts[0]['Favorite_Fruit__c']), 3)
def testUpdateDeleted(self):
svc = self.svc
originaldate = datetime.date(1970, 1, 4)
newdate = datetime.date(1970, 1, 5)
lastname = 'Doe'
data = dict(type='Contact',
LastName=lastname,
FirstName='John',
Phone='123-456-7890',
Birthdate=originaldate
)
res = svc.create(data)
id = res[0]['id']
svc.delete(id)
contacts = svc.retrieve('LastName, Birthdate', 'Contact', [id])
self.assertEqual(len(contacts), 0)
data = dict(type='Contact',
Id=id,
Birthdate=newdate)
res = svc.update(data)
self.assertTrue(not res[0]['success'])
self.assertTrue(len(res[0]['errors']) > 0)
def testQuery(self):
svc = self.svc
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
)
res = svc.create([data])
self._todelete.append(res[0]['id'])
data2 = dict(type='Contact',
LastName='Doe',
FirstName='Jane',
Phone='123-456-7890',
Birthdate=datetime.date(1972, 10, 15)
)
res = svc.create([data2])
janeid = res[0]['id']
self._todelete.append(janeid)
res = svc.query("SELECT LastName, FirstName, Phone, Email, Birthdate FROM Contact WHERE LastName = 'Doe'")
self.assertEqual(len(res), 2)
res = svc.query("SELECT Id, LastName, FirstName, Phone, Email, Birthdate FROM Contact WHERE LastName = 'Doe' and FirstName = 'Jane'")
self.assertEqual(len(res), 1)
self.assertEqual(res[0]['Id'], janeid)
def testBackwardsCompatibleQuery(self):
svc = self.svc
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
)
res = svc.create([data])
self._todelete.append(res[0]['id'])
data2 = dict(type='Contact',
LastName='Doe',
FirstName='Jane',
Phone='123-456-7890',
Birthdate=datetime.date(1972, 10, 15)
)
res = svc.create([data2])
janeid = res[0]['id']
self._todelete.append(janeid)
# conditional expression as positional arg
res = svc.query('LastName, FirstName, Phone, Email, Birthdate',
'Contact', "LastName = 'Doe'")
self.assertEqual(len(res), 2)
# conditional expression as *empty* positional arg
res = svc.query('LastName', 'Contact', '')
self.assertTrue(len(res) > 0)
# conditional expression as kwarg
res = svc.query('Id, LastName, FirstName, Phone, Email, Birthdate',
'Contact', conditionalExpression="LastName = 'Doe' and FirstName = 'Jane'")
self.assertEqual(len(res), 1)
self.assertEqual(res[0]['Id'], janeid)
def testTypeDescriptionsCache(self):
# patch describeSObjects to make a record when it is called
calls = []
standard_describeSObjects = pyforce.PythonClient.describeSObjects
def patched_describeSObjects(self, sObjectTypes):
calls.append(sObjectTypes)
return standard_describeSObjects(self, sObjectTypes)
pyforce.PythonClient.describeSObjects = patched_describeSObjects
self.svc.cacheTypeDescriptions = True
# should get called the first time
self.svc.query('SELECT Id FROM Contact')
self.assertEqual(calls, [['Contact']])
# but not the second time
self.svc.query('SELECT Id FROM Contact')
self.assertEqual(calls, [['Contact']])
# if we flush the cache, it should get called again
self.svc.flushTypeDescriptionsCache()
self.svc.query('SELECT Id FROM Contact')
self.assertEqual(calls, [['Contact'], ['Contact']])
# clean up
self.svc.cacheTypeDescriptions = False
def testChildToParentMultiQuery(self):
svc = self.svc
account_data = dict(type='Account',
Name='ChildTestAccount',
AccountNumber='987654321',
Site='www.testsite.com',
)
account = svc.create([account_data])
self._todelete.append(account[0]['id'])
contact_data = dict(type='Contact',
LastName='TestLastName',
FirstName='TestFirstName',
Phone='123-456-7890',
AccountID=account[0]['id'],
Birthdate=datetime.date(1965, 1, 5)
)
contact = svc.create([contact_data])
self._todelete.append(contact[0]['id'])
query_res = svc.query("Id, LastName, FirstName, Account.Site, Account.AccountNumber",
"Contact",
"Phone='123-456-7890'"
)
self.assertEqual(query_res.size, 1)
rr = query_res.records[0]
self.assertEqual(rr.type, 'Contact')
map(self.assertEqual,
[rr.Id, rr.LastName, rr.FirstName, rr.Account.Site, rr.Account.AccountNumber],
[contact[0]['id'], contact_data['LastName'], contact_data['FirstName'], account_data['Site'], account_data['AccountNumber']])
def testChildToParentMultiQuery2(self):
svc = self.svc
paccount_data = dict(type='Account',
Name='ParentTestAccount',
AccountNumber='123456789',
Site='www.testsite.com',
)
paccount = svc.create([paccount_data])
self._todelete.append(paccount[0]['id'])
caccount_data = dict(type='Account',
Name='ChildTestAccount',
AccountNumber='987654321',
Site='www.testsite.com',
ParentID=paccount[0]['id']
)
caccount = svc.create([caccount_data])
self._todelete.append(caccount[0]['id'])
contact_data = dict(type='Contact',
LastName='TestLastName',
FirstName='TestFirstName',
Phone='123-456-7890',
AccountID=caccount[0]['id'],
Birthdate=datetime.date(1965, 1, 5)
)
contact = svc.create([contact_data])
self._todelete.append(contact[0]['id'])
query_res = svc.query("Id, LastName, FirstName, Account.Site, Account.Parent.AccountNumber",
"Contact",
"Account.AccountNumber='987654321'"
)
rr = query_res.records[0]
self.assertEqual(query_res.size, 1)
self.assertEqual(rr.type, 'Contact')
map(self.assertEqual,
[rr.Id, rr.LastName, rr.FirstName, rr.Account.Site, rr.Account.Parent.AccountNumber],
[contact[0]['id'], contact_data['LastName'], contact_data['FirstName'], caccount_data['Site'], paccount_data['AccountNumber']])
def testParentToChildMultiQuery(self):
svc = self.svc
caccount_data = dict(type='Account',
Name='ChildTestAccount',
AccountNumber='987654321',
Site='www.testsite.com',
)
caccount = svc.create([caccount_data])
self._todelete.append(caccount[0]['id'])
contact_data = dict(type='Contact',
LastName='TestLastName',
FirstName='TestFirstName',
Phone='123-456-7890',
AccountID=caccount[0]['id'],
Birthdate=datetime.date(1965, 1, 5)
)
contact = svc.create([contact_data])
self._todelete.append(contact[0]['id'])
contact_data2 = dict(type='Contact',
LastName='TestLastName2',
FirstName='TestFirstName2',
Phone='123-456-7890',
AccountID=caccount[0]['id'],
Birthdate=datetime.date(1965, 1, 5)
)
contact2 = svc.create([contact_data2])
self._todelete.append(contact2[0]['id'])
query_res = svc.query("Id, Name, (select FirstName from Contacts)",
"Account",
"AccountNumber='987654321'"
)
rr = query_res.records[0]
self.assertEqual(query_res.size, 1)
self.assertEqual(rr.type, 'Account')
map(self.assertEqual,
[rr.Id, rr.Name],
[caccount[0]['id'], caccount_data['Name']])
def testParentToChildMultiQuery2(self):
svc = self.svc
caccount_data = dict(type='Account',
Name='ChildTestAccount',
AccountNumber='987654321',
Site='www.testsite.com',
)
caccount = svc.create([caccount_data])
self._todelete.append(caccount[0]['id'])
contact_data = dict(type='Contact',
LastName='TestLastName',
FirstName='TestFirstName',
Phone='123-456-7890',
AccountID=caccount[0]['id'],
Birthdate=datetime.date(1965, 1, 5)
)
contact = svc.create([contact_data])
self._todelete.append(contact[0]['id'])
contact_data2 = dict(type='Contact',
LastName='TestLastName2',
FirstName='TestFirstName2',
Phone='123-456-7890',
AccountID=caccount[0]['id'],
Birthdate=datetime.date(1965, 1, 5)
)
contact2 = svc.create([contact_data2])
self._todelete.append(contact2[0]['id'])
query_res = svc.query("Id, Name, (select FirstName, Account.Site from Contacts), (select Name from Assets)",
"Account",
"AccountNumber='987654321'"
)
rr = query_res.records[0]
self.assertEqual(query_res.size, 1)
self.assertEqual(rr.type, 'Account')
map(self.assertEqual,
[rr.Id, rr.Name],
[caccount[0]['id'], caccount_data['Name']])
result = 0
for name in [contact_data2['FirstName'],
contact_data['FirstName']]:
if name in [rr.Contacts.records[i].FirstName for i in range(len(rr.Contacts.records))]:
result += 1
self.assertEqual(result, rr.Contacts.size)
def testMultiQueryCount(self):
svc = self.svc
contact_data = dict(type='Contact',
LastName='TestLastName',
FirstName='TestFirstName',
Phone='123-456-7890',
Birthdate=datetime.date(1965, 1, 5)
)
contact = svc.create([contact_data])
self._todelete.append(contact[0]['id'])
contact_data2 = dict(type='Contact',
LastName='TestLastName2',
FirstName='TestFirstName2',
Phone='123-456-7890',
Birthdate=datetime.date(1965, 1, 5)
)
contact2 = svc.create([contact_data2])
self._todelete.append(contact2[0]['id'])
query_res = svc.query("count()",
"Contact",
"Phone='123-456-7890'"
)
self.assertEqual(query_res.size, 2)
def testAggregateQuery(self):
svc = self.svc
contact_data = dict(type='Contact',
LastName='TestLastName',
FirstName='TestFirstName',
Phone='123-456-7890',
Birthdate=datetime.date(1900, 1, 5)
)
contact = svc.create([contact_data])
self._todelete.append(contact[0]['id'])
res = svc.query("SELECT MAX(CreatedDate) FROM Contact GROUP BY LastName")
# the aggregate result is in the 'expr0' attribute of the result
self.assertTrue(hasattr(res[0], 'expr0'))
# (unfortunately no field type info is returned as part of the
# AggregateResult object, so we can't automatically marshall to the
# correct Python type)
def testQueryDoesNotExist(self):
res = self.svc.query('LastName, FirstName, Phone, Email, Birthdate',
'Contact', "LastName = 'Doe'")
self.assertEqual(len(res), 0)
def testQueryMore(self):
svc = self.svc
svc.batchSize = 100
data = list()
for x in range(250):
data.append(dict(type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
))
res = svc.create(data[:200])
ids = [x['id'] for x in res]
self._todelete.extend(ids)
res = svc.create(data[200:])
ids = [x['id'] for x in res]
self._todelete.extend(ids)
res = svc.query('LastName, FirstName, Phone, Email, Birthdate',
'Contact', "LastName = 'Doe'")
self.assertTrue(not res['done'])
self.assertEqual(len(res), 200)
res = svc.queryMore(res['queryLocator'])
self.assertTrue(res['done'])
self.assertEqual(len(res), 50)
def testSearch(self):
data = dict(type='Contact',
LastName='LongLastName',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
)
res = self.svc.create([data])
self._todelete.append(res[0]['id'])
# Requires some delay for indexing
for attempt in range(DELAY_RETRY):
sleep(DELAY_SEC)
res = self.svc.search("FIND {Long} in ALL FIELDS RETURNING Contact(Id, Birthdate)")
if len(res) > 0:
break
self.assertEqual(len(res), 1)
self.assertEqual(res[0].type, 'Contact')
self.assertEqual(type(res[0].Birthdate), datetime.date)
res = self.svc.search("FIND {khgkshgsuhalsf} in ALL FIELDS RETURNING Contact(Id)")
self.assertEqual(len(res), 0)
def testGetDeleted(self):
svc = self.svc
startdate = datetime.datetime.utcnow()
enddate = startdate + datetime.timedelta(seconds=61)
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
)
res = svc.create(data)
id = res[0]['id']
svc.delete(id)
res = svc.getDeleted('Contact', startdate, enddate)
self.assertTrue(len(res) != 0)
ids = [r['id'] for r in res]
self.assertTrue(id in ids)
def testGetUpdated(self):
svc = self.svc
startdate = datetime.datetime.utcnow()
enddate = startdate + datetime.timedelta(seconds=61)
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
)
res = svc.create(data)
id = res[0]['id']
self._todelete.append(id)
data = dict(type='Contact',
Id=id,
FirstName='Jane')
svc.update(data)
res = svc.getUpdated('Contact', startdate, enddate)
self.assertTrue(id in res)
def testGetUserInfo(self):
svc = self.svc
userinfo = svc.getUserInfo()
self.assertTrue('accessibilityMode' in userinfo)
self.assertTrue('currencySymbol' in userinfo)
self.assertTrue('organizationId' in userinfo)
self.assertTrue('organizationMultiCurrency' in userinfo)
self.assertTrue('organizationName' in userinfo)
self.assertTrue('userDefaultCurrencyIsoCode' in userinfo)
self.assertTrue('userEmail' in userinfo)
self.assertTrue('userFullName' in userinfo)
self.assertTrue('userId' in userinfo)
self.assertTrue('userLanguage' in userinfo)
self.assertTrue('userLocale' in userinfo)
self.assertTrue('userTimeZone' in userinfo)
self.assertTrue('userUiSkin' in userinfo)
def testDescribeTabs(self):
tabinfo = self.svc.describeTabs()
for info in tabinfo:
self.assertTrue('label' in info)
self.assertTrue('logoUrl' in info)
self.assertTrue('selected' in info)
self.assertTrue('tabs' in info)
for tab in info['tabs']:
self.assertTrue('custom' in tab)
self.assertTrue('label' in tab)
self.assertTrue('sObjectName' in tab)
self.assertTrue('url' in tab)
def testDescribeLayout(self):
svc = self.svc
self.assertRaises(NotImplementedError, svc.describeLayout,
'Contact')
def testSetMultiPicklistToEmpty(self):
svc = self.svc
originalList = ["Pear", "Apple"]
newList = []
lastname = 'Doe'
data = dict(type='Contact',
LastName=lastname,
FirstName='John',
Favorite_Fruit__c=originalList
)
res = svc.create([data])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve('LastName, Favorite_Fruit__c', 'Contact', [id])
self.assertEqual(len(contacts[0]['Favorite_Fruit__c']), 2)
data = dict(type='Contact',
Id=id,
Favorite_Fruit__c=newList)
svc.update(data)
contacts = svc.retrieve('LastName, Favorite_Fruit__c', 'Contact', [id])
self.assertTrue(isinstance(contacts[0]['Favorite_Fruit__c'], list))
self.assertEqual(len(contacts[0]['Favorite_Fruit__c']), 0)
def testAddToEmptyMultiPicklist(self):
svc = self.svc
originalList = []
newList = ["Pear", "Apple"]
lastname = 'Doe'
data = dict(type='Contact',
LastName=lastname,
FirstName='John',
Favorite_Fruit__c=originalList
)
res = svc.create([data])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve('LastName, Favorite_Fruit__c', 'Contact', [id])
self.assertTrue(isinstance(contacts[0]['Favorite_Fruit__c'], list))
self.assertEqual(len(contacts[0]['Favorite_Fruit__c']), 0)
data = dict(type='Contact',
Id=id,
Favorite_Fruit__c=newList)
svc.update(data)
contacts = svc.retrieve('LastName, Favorite_Fruit__c', 'Contact', [id])
self.assertTrue(isinstance(contacts[0]['Favorite_Fruit__c'], list))
self.assertEqual(len(contacts[0]['Favorite_Fruit__c']), 2)
def testIsNillableField(self):
svc = self.svc
res = svc.describeSObjects('Contact')
self.assertFalse(res[0].fields['LastName'].nillable)
self.assertTrue(res[0].fields['FirstName'].nillable)
self.assertTrue(res[0].fields['Favorite_Fruit__c'].nillable)
def testUpsert(self):
svc = self.svc
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Phone='123-456-7890',
Birthdate=datetime.date(1970, 1, 4)
)
res = svc.upsert('Email', [data])
self.assertTrue(type(res) in (list, tuple))
self.assertTrue(len(res) == 1)
self.assertTrue(res[0]['success'])
id = res[0]['id']
self._todelete.append(id)
contacts = svc.retrieve('LastName, FirstName, Phone, Email, Birthdate',
'Contact', [id])
self.assertEqual(len(contacts), 1)
contact = contacts[0]
for k in ['LastName', 'FirstName', 'Phone', 'Email', 'Birthdate']:
self.assertEqual(
data[k], contact[k])
def testPrepareSObjectsWithNone(self):
obj = {
'val': None,
}
prepped_obj = _prepareSObjects([obj])
self.assertEqual(prepped_obj,
[{'val': [],
'fieldsToNull': ['val'],
}])
def testRetrieveTextWithNewlines(self):
data = dict(type='Contact',
LastName='Doe',
FirstName='John',
Description='This is a\nmultiline description.',
)
res = self.svc.create([data])
self.assertTrue(type(res) in (list, tuple))
self.assertTrue(len(res) == 1)
self.assertTrue(res[0]['success'])
id = res[0]['id']
self._todelete.append(id)
contacts = self.svc.retrieve('FirstName, Description', 'Contact', [id])
self.assertEqual(len(contacts), 1)
contact = contacts[0]
self.assertEqual(data['FirstName'], contact['FirstName'])
self.assertEqual(data['Description'], contact['Description'])
@unittest.skip("Email is not working...")
def testSendSimpleEmail(self):
testemail = {
'subject': 'pyforce test_xmlclient.py testSendSimpleEmail of Salesforce sendEmail()',
'saveAsActivity': False,
'toAddresses': str(self.svc.getUserInfo()['userEmail']),
'plainTextBody': 'This is a test email message with HTML markup.\n\nYou are currently looking at the plain-text body, but the message is sent in both forms.',
}
res = self.svc.sendEmail([testemail])
print(res)
self.assertTrue(res[0]['success'])
@unittest.skip("Email is not working...")
def testSendEmailMissingFields(self):
testemail = {
'toAddresses': str(self.svc.getUserInfo()['userEmail']),
}
res = self.svc.sendEmail([testemail])
self.assertFalse(res[0]['success'])
self.assertEqual(res[0]['errors'][0]['statusCode'], 'REQUIRED_FIELD_MISSING')
@unittest.skip("Email is not working...")
def testSendHTMLEmailWithAttachment(self):
solid_logo = {
'body': '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',
'contentType': 'image/png',
'fileName': 'salesforce_logo.png',
'inline': True
}
testemail = {
'subject': 'pyforce test_xmlclient.py testSendHTMLEmailWithAttachment of Salesforce sendEmail()',
'useSignature': True,
'saveAsActivity': False,
'toAddresses': str(self.svc.getUserInfo()['userEmail']),
'plainTextBody': 'This is a test email message with HTML markup.\n\nYou are currently looking at the plain-text body, but the message is sent in both forms.',
'htmlBody': '<html><head><meta http-equiv="content-type" content="text/html; charset=utf-8"><body><h1>This is a test email message with HTML markup.</h1>\n\n<p>You are currently looking at the <i>HTML</i> body, but the message is sent in both forms.</p></body></html>',
'inReplyTo': '<1234567890123456789%[email protected]>',
'references': '<1234567890123456789%[email protected]>',
'fileAttachments': [solid_logo]
}
res = self.svc.sendEmail([testemail])
self.assertTrue(res[0]['success'])
def testLogout(self):
"""Logout and verify that the previous sessionId longer works."""
result = self.svc.getUserInfo()
self.assertIn('userId', result)
response = self.svc.logout()
self.assertTrue(response, "Logout didn't return _tPartnerNS.logoutResponse")
with self.assertRaises(pyforce.SessionTimeoutError) as cm:
# Sometimes this doesn't work on the first try. Flakey...
for _ in range(DELAY_RETRY):
sleep(DELAY_SEC)
result = self.svc.getUserInfo()
self.assertEqual(cm.exception.faultCode, 'INVALID_SESSION_ID', "Session didn't fail with INVALID_SESSION_ID.")
def test_suite():
return unittest.TestSuite((
unittest.makeSuite(TestUtils),
))
if __name__ == '__main__':
unittest.main(defaultTest='test_suite')