def get_random_profile(idMgr, seed = 12113): """creates a random profile. """ r = random.Random() r.seed() yr = 1900 + r.randint(0, 99) month = r.randint(1, 12) day = r.randint(1, 28) surname = get_random_surname(seed) name = r.choice(["Anwyn", "Anna", "Beryl", "Betty", "Joelle","Sara", "Martin", "Andrew", "Patrick", "Jim", "Ben", "Ernest", "Diane", "John", "Lillian", "Sharon" ,"Jane", "Mary", "Susan", "Bob", "Tom", "Dick", "Harry" ]) street_no = r.randint(1, 120) street = get_random_street(seed) # city = r.choice(["Sydney", "Hong Kong", "Amsterdam", "Istanbul"]) # state = r.choice(["Victoria", "Wales", "Yorkshire"]) # postcode = r.randint(1000, 9000) # country = r.choice(["Erewhon", "Ylevol", "Yglu", "Ecarf"]) city, state, postcode, country = get_random_location() phone = r.randint(111111, 999999) code = r.randint(10, 90) map = SqlTraits.get_trait_map(idMgr, name, '', surname,'', str(street_no) +' '+ street, '', city, state, str(postcode), country, dobDay=day, dobMonth=month, dobYear=yr, sex="?", phoneCountryCode=str(code), phoneNumber=str(phone) ) profile = trait_map_to_profile(map) if debug: print "\n\n ** RANDOM PROFILE = \n\t",[ t.value.value() for t in profile], "\n" return profile
def get_random_profile(idMgr, seed=12113):
"""creates a random profile.
"""
r = random.Random()
r.seed()
yr = 1900 + r.randint(0, 99)
month = r.randint(1, 12)
day = r.randint(1, 28)
surname = get_random_surname(seed)
name = r.choice([
"Anwyn", "Anna", "Beryl", "Betty", "Joelle", "Sara", "Martin",
"Andrew", "Patrick", "Jim", "Ben", "Ernest", "Diane", "John",
"Lillian", "Sharon", "Jane", "Mary", "Susan", "Bob", "Tom", "Dick",
"Harry"
])
street_no = r.randint(1, 120)
street = get_random_street(seed)
# city = r.choice(["Sydney", "Hong Kong", "Amsterdam", "Istanbul"])
# state = r.choice(["Victoria", "Wales", "Yorkshire"])
# postcode = r.randint(1000, 9000)
# country = r.choice(["Erewhon", "Ylevol", "Yglu", "Ecarf"])
city, state, postcode, country = get_random_location()
phone = r.randint(111111, 999999)
code = r.randint(10, 90)
map = SqlTraits.get_trait_map(idMgr,
name,
'',
surname,
'',
str(street_no) + ' ' + street,
'',
city,
state,
str(postcode),
country,
dobDay=day,
dobMonth=month,
dobYear=yr,
sex="?",
phoneCountryCode=str(code),
phoneNumber=str(phone))
profile = trait_map_to_profile(map)
if debug:
print "\n\n ** RANDOM PROFILE = \n\t", [
t.value.value() for t in profile
], "\n"
return profile
def _test_find_or_register_id(idMgr):
global profile, profile2
profile = trait_map_to_profile( __getTestProfiles(idMgr))
print "\n\nTesting inserting single profile twice"
idList = idMgr.find_or_register_ids([profile])
idList2 = idMgr.find_or_register_ids([profile])
print idList == idList2, " if 1 then find_or_create_ids() twice returns same id"
if idList == idList2:
print "PASS: find_or_create_ids() doesn't duplicate id"
map = SqlTraits.get_trait_map(idMgr, firstname='Paulle', middle='', lastname='Smithy',suffix='', street='22 Victor Rd', otherDesignation='', city='Vermont South', state='Vic', postcode='3133', country='Au',
dobDay=20, dobMonth=11, dobYear=1952, sex='M', phoneCountryCode='65', phoneNumber='0394445555')
profile2 = trait_map_to_profile(map)
idList3 = idMgr.find_or_register_ids([profile, profile2])
global profile_id, profile2_id
profile_id = idList3[0]
profile2_id = idList3[1]
idList4 = idMgr.find_or_register_ids([profile, profile2])
#print idList3
#print idList4
idList3.sort()
idList4.sort()
for label, list in [ ("first", idList3), ("second", idList4) ]:
print "id list returned by ", label, " call of find_or_register_ids(profile, profile2) is", list
if ( idList3==idList4):
print "PASS: find_or_create_ids() is repeatable for a sequence of 2 profiles, returning the same id set"
if idList3 > 2:
print "INTEGRITY problem: there are ", max(len(idList3), len(idList4) ) , " identities with the same traits"
else:
if idList3 <> idList4:
print "Different id set returned after repeating call to find_or_create_ids()"
print "idList3 = ", idList3
print "idList4 = ", idList4
print "FAIL** repeated operation of find_or_create_ids() failed"
ask_continue()