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test_search_integration.py
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test_search_integration.py
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import e3db
import os
import binascii
import pytest
import time
import e3db.types as types
import hashlib
import requests
from datetime import datetime, timezone, timedelta
from ..auth import E3DBAuth
from ..types import ClientDetails
api_url = os.environ["DEFAULT_API_URL"]
token = os.environ["REGISTRATION_TOKEN"]
class TestSearchIntegration():
@classmethod
def register_client(self):
client1_public_key, client1_private_key = e3db.Client.generate_keypair()
client1_public_signing_key, client1_private_signing_key = e3db.Client.generate_signing_keypair()
client1_name = "email_{0}@tozny.com".format(time.time())
test_client1 = e3db.Client.register(token, client1_name, client1_public_key, api_url=api_url)
client1_api_key_id = test_client1.api_key_id
client1_api_secret = test_client1.api_secret
client1_id = test_client1.client_id
client1_config = e3db.Config(
client1_id,
client1_api_key_id,
client1_api_secret,
client1_public_key,
client1_private_key,
client1_public_signing_key,
client1_private_signing_key,
api_url=api_url
)
self.client1 = e3db.Client(client1_config())
client2_public_key, client2_private_key = e3db.Client.generate_keypair()
client2_public_signing_key, client2_private_signing_key = e3db.Client.generate_signing_keypair()
client2_name = "email_{0}@tozny.com".format(time.time())
test_client2 = e3db.Client.register(token, client2_name, client2_public_key, api_url=api_url)
client2_api_key_id = test_client2.api_key_id
client2_api_secret = test_client2.api_secret
client2_id = test_client2.client_id
client2_config = e3db.Config(
client2_id,
client2_api_key_id,
client2_api_secret,
client2_public_key,
client2_private_key,
client2_public_signing_key,
client2_private_signing_key,
api_url=api_url
)
self.client2 = e3db.Client(client2_config())
@classmethod
def wait_for_index_record(self, retries):
"""
Instead of sleeping, delay tests until the latest record is found.
"""
found = False
wait = 1
record_id = self.encrypted_file_meta.record_id
while not found and retries >= 0:
q = e3db.types.Search().match(records=[record_id])
results = self.client2.search(q)
if len(results) != 1:
time.sleep(wait)
wait <<= 1 # double the time waited
retries -= 1
else:
return True
return False
@classmethod
def __help_create_large_file(self, fileName):
with open(fileName, "wb+") as f:
for _ in range(1, 1024):
f.write(b'b' * 1024)
return os.path.isfile(fileName)
@classmethod
def setup_class(self):
self.register_client()
self.record_type = "SDK_integration_tests"
self.record1 = self.client1.write(self.record_type,
{'time': str(time.time())},
{'hello':'toznians',
'regexp':'toznywebsite',
'fuzzy':'veryveryfuzzy'
})
self.record2 = self.client1.write(self.record_type,
{'time': str(time.time())})
self.pag_record_type = "page_record_test"
self.pag_rec1 = self.client2.write(self.pag_record_type,
{'time': str(time.time())})
self.pag_rec2 = self.client2.write(self.pag_record_type,
{'time': str(time.time())})
self.pag_rec3 = self.client2.write(self.pag_record_type,
{'time': str(time.time())})
self.pag_rec4 = self.client2.write(self.pag_record_type,
{'time': str(time.time())})
self.pag_rec5 = self.client2.write(self.pag_record_type,
{'time': str(time.time())})
fileName = "large_file.txt"
didCreate = self.__help_create_large_file(fileName)
if not didCreate:
pytest.exit("could not create large_file.txt")
self.large_record_type = "large_files"
self.encrypted_file_meta = self.client2.write_file(self.large_record_type, fileName, {"large":"test"})
if not self.wait_for_index_record(retries=5):
pytest.exit("Timeout while waiting for indexed record")
def test_v2_search_write_and_query(self):
record1_id = self.record1.meta.record_id
q = e3db.types.Search(include_data=True).match(records=[record1_id])
results = self.client1.search(q)
for r in results:
print("record:")
print(r.to_json())
assert(len(results) == 1)
def test_v2_search_returns_nothing(self):
q = e3db.types.Search(include_data=True).match(values=["ladsfkjadsklfjgarbagefdjsklafjkdljsaf"])
results = self.client1.search(q)
for r in results:
print("record:")
print(r.to_json())
assert(len(results) == 0)
def test_v2_other_client_finds_nothing(self):
q = e3db.types.Search(count=1000).match(record_types=[self.record_type]).exclude(records=[self.record1.meta.record_id])
results = self.client1.search(q)
assert(len(results)==1)
q = e3db.types.Search().match(record_types=[self.record_type])
results = self.client2.search(q)
assert(len(results)==0)
def test_v2_search_fuzzy(self):
q = e3db.types.Search(include_data=True, count=1000).match(strategy="FUZZY",values=["veryveryfunny"])
results = self.client1.search(q)
assert(len(results)==1)
def test_v2_invalid_range(self):
start = datetime.now()
end = datetime.now()
q = e3db.types.Search(include_data=True).match(record_types=[self.record_type]) \
.range(start=start, end=end)
results = self.client1.search(q)
assert(len(results)==0)
def test_v2_range_end_none(self):
start = datetime.now().astimezone()
q = e3db.types.Search(include_data=True).match(record_types=[self.record_type]) \
.range(start=start)
results = self.client1.search(q)
assert(len(results)==0)
def test_v2_range_start_none(self):
end = datetime.now().astimezone()
q = e3db.types.Search(include_data=True).match(record_types=[self.record_type]) \
.range(end=end)
results = self.client1.search(q)
assert(len(results)==2)
def test_v2_valid_range_offset(self):
start = datetime.now().astimezone()+timedelta(hours=-1)
end = datetime.now().astimezone()+timedelta(hours=1)
q = e3db.types.Search(include_data=True).match(record_types=[self.record_type]) \
.range(start=start, end=end)
results = self.client1.search(q)
assert(len(results)==2)
def test_v2_invalid_range_offset(self):
start = datetime.now()+timedelta(hours=-1)
end = datetime.now()+timedelta(hours=1)
q = e3db.types.Search(include_data=True).match(record_types=[self.record_type]) \
.range(start=start, end=end)
results = self.client1.search(q)
assert(len(results)==0)
def test_v2_valid_range_unix_search(self):
unix_now = int(time.time())
start = unix_now-1000
end = unix_now+1000
q = e3db.types.Search(include_data=True).match() \
.range(start=start, end=end)
results = self.client1.search(q)
assert(len(results)==2)
def test_v2_valid_range_zoneoffset_search(self):
start = datetime.now()+timedelta(hours=-2)
end = datetime.now()+timedelta(hours=2)
q = e3db.types.Search(include_data=True).match(record_types=[self.record_type]) \
.range(start=start, end=end, zone_offset="-07:00")
results = self.client1.search(q)
assert(len(results)==2)
q = e3db.types.Search(include_data=True).match() \
.range(start=start, end=end, zone_offset=-7)
results = self.client1.search(q)
assert(len(results)==2)
def test_v2_range_timezone_conversion_use_local_timezone(self):
local_datetime = datetime.now().astimezone()
start = local_datetime
end = local_datetime
r = types.Range(start=start, end=end)
assert(r.start == local_datetime)
assert(r.end == local_datetime)
def test_v2_range_timezone_conversion_default_start_UTC(self):
naive_now = datetime.now()
start = naive_now
r = types.Range(start=start)
assert(r.start_formatted()[-6:] == "+00:00")
assert(r.end is None)
def test_v2_range_timezone_conversion_default_end_UTC(self):
naive_now = datetime.now()
end = naive_now
r = types.Range(end=end)
assert(r.end_formatted()[-6:] == "+00:00")
assert(r.start is None)
def test_v2_range_timezone_conversion_obey_custom_zoneoffset(self):
timezone_now = datetime.now()
custom_time = datetime.now().replace(tzinfo = timezone(timedelta(hours=-5)))
start = custom_time
end = custom_time
r = types.Range(start=start, end=end)
assert(r.start_formatted() == start.isoformat("T"))
assert(r.start_formatted() != timezone_now.isoformat("T"))
assert(r.end_formatted() == end.isoformat("T"))
assert(r.end_formatted() != timezone_now.isoformat("T"))
def test_v2_range_timezone_conversion_custom_zoneoffset_int(self):
naive_now = datetime.now()
start = naive_now
end = naive_now
r = types.Range(start=start, end=end, zone_offset=-7)
assert(r.start_formatted()[-6:] == "-07:00")
assert(r.end_formatted()[-6:] == "-07:00")
def test_v2_range_timezone_conversion_custom_zoneoffset_str(self):
naive_now = datetime.now()
start = naive_now
end = naive_now
r = types.Range(start=start, end=end, zone_offset="+09:23")
assert(r.start_formatted()[-6:] == "+09:23")
assert(r.end_formatted()[-6:] == "+09:23")
def test_v2_range_timezone_discard_zoneoffset(self):
now = datetime.now().astimezone()
start = now
end = now
r = types.Range(start=start, end=end, zone_offset=0)
assert(r.start_formatted()[-6:] == "-07:00")
assert(r.end_formatted()[-6:] == "-07:00")
def test_v2_range_unix_epoch_timezone(self):
seconds_now = int(time.time())
start = seconds_now
end = seconds_now
r = types.Range(start=start, end=end, zone_offset=10)
assert(r.start_formatted()[-6:] == "+00:00")
assert(r.end_formatted()[-6:] == "+00:00")
def test_v2_range_start_and_end_independent(self):
naive_now = datetime.now()
now = naive_now.astimezone()
start = naive_now
end = now
r = types.Range(start=start, end=end, zone_offset=1)
assert(r.start_formatted()[-6:] == "+01:00")
assert(r.end_formatted()[-6:] == "-07:00")
def test_v2_range_offset_too_large(self):
naive_now = datetime.now()
with pytest.raises(ValueError):
types.Range(start=naive_now, zone_offset=30)
with pytest.raises(ValueError):
types.Range(start=naive_now, zone_offset="+24:80")
def test_v2_range_offset_not_proper_str_or_int(self):
with pytest.raises(TypeError):
types.Range(zone_offset=10.2)
with pytest.raises(TypeError):
types.Range(zone_offset="+.00:11")
types.Range(zone_offset="+00:a1")
types.Range(zone_offset="+00:11lol")
def test_v2_start_end_not_int_or_datetime(self):
with pytest.raises(TypeError):
types.Range(start=1.234, zone_offset=-1)
with pytest.raises(TypeError):
types.Range(end="2019-01-01T00:00:00Z+00:00", zone_offset=-1)
def test_v2_multi_match(self):
record1_id = self.record1.meta.record_id
record2_id = self.record2.meta.record_id
q = e3db.types.Search().match(records=[record1_id]).match(records=[record2_id])
results = self.client1.search(q)
assert(len(results)==2)
def test_v2_multi_and_match(self):
record1_id = self.record1.meta.record_id
record2_id = self.record2.meta.record_id
q = e3db.types.Search().match(condition="AND", records=[record1_id, record2_id])
results = self.client1.search(q)
assert(len(results)==0)
def test_v2_receive_data(self):
record1_id = self.record1.meta.record_id
q = e3db.types.Search(include_data=True).match(records=[record1_id])
results = self.client1.search(q)
assert(len(results)==1)
for r in results:
assert(r.data is not None)
q = e3db.types.Search(include_data=False).match(records=[record1_id])
results = self.client1.search(q)
assert(len(results)==1)
for r in results:
assert(r.data is None)
def test_v2_search_regexp(self):
q = e3db.types.Search(count=1000, include_data=True).match(strategy="REGEXP", values=['tozny.*'])
results = self.client1.search(q)
for r in results:
print("record:")
print(r.to_json())
assert(len(results) == 1)
def test_v1_file_meta(self):
print("encrypted record id", self.encrypted_file_meta.record_id)
results = self.client2.query(record=[self.encrypted_file_meta.record_id])
assert(len(results) == 1)
for r in results:
print("returned", r.meta.to_json())
print("expected", self.encrypted_file_meta.to_json())
assert(r.data == {}) # Large Files come back with no Data
assert(r.meta.file_meta is not None)
assert(r.meta.file_meta._checksum == self.encrypted_file_meta.checksum)
def test_v2_file_meta(self):
q = e3db.types.Search().match(records=[self.encrypted_file_meta.record_id])
results = self.client2.search(q)
assert(len(results) == 1)
for r in results:
assert(r.meta.file_meta is not None)
assert(r.meta.file_meta._checksum == self.encrypted_file_meta.checksum)
def test_v2_pagination(self):
q = e3db.types.Search(count=2).match(condition="AND", record_types=[self.pag_record_type], writers=[self.client2.client_id])
results = self.client2.search(q)
assert(len(results) == 2)
assert(results.next_token == 2)
assert(results.total_results == 5)
q = e3db.types.Search(next_token=results.next_token, count=10).match(condition="AND", record_types=[self.pag_record_type], writers=[self.client2.client_id])
results = self.client2.search(q)
assert(len(results) == 3)
assert(results.next_token == 0)
assert(results.total_results == 5)
def test_v2_meta_query(self):
q = e3db.types.Search().match(plain={'hello':'toznians',
'regexp':'toznywebsite',
'fuzzy':'veryveryfuzzy'
})
results = self.client1.search(q)
assert(len(results) == 1)