def rest_scan(sync_gateway, db, online, num_docs, user_name, channels):
# Missing ADMIN
# TODO: GET /{db}/_session/{session-id}
# TODO: POST /{db}/_session
# TODO: DELETE /{db}/_session/{session-id}
# TODO: DELETE /{db}/_user/{name}/_session/{session-id}
# TODO: DELETE /{db}/_user/{name}/_session
# TODO: DELETE /{db}/_user/{name}
# TODO: POST /{db}/_role/
# TODO: DELETE /{db}/_role/{name}
# Missing REST
# TODO: POST /{db}/_all_docs
# TODO: DELETE /{db}/{doc}
# TODO: PUT /{db}/{doc}/{attachment}
# TODO: GET /{db}/{doc}/{attachment}
# Missing Local Document
# TODO: DELETE /{db}/{local-doc-id}
# Missing Authentication
# TODO: POST /{db}/_facebook_token
# TODO: POST /{db}/_persona_assertion
admin = Admin(sync_gateway=sync_gateway)
error_responses = list()
# PUT /{db}/_role/{name}
try:
admin.create_role(db=db, name="radio_stations", channels=["HWOD", "KDWB"])
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# GET /{db}/_role
try:
roles = admin.get_roles(db=db)
log.info(roles)
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# GET /{db}/_role/{name}
try:
role = admin.get_role(db=db, name="radio_stations")
log.info(role)
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# PUT /{db}/_user/{name}
try:
user = admin.register_user(target=sync_gateway, db=db, name=user_name, password="******", channels=channels)
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# GET /{db}/_user
try:
users_info = admin.get_users_info(db=db)
log.info(users_info)
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# GET /{db}/_user/{name}
try:
user_info = admin.get_user_info(db=db, name=user_name)
log.info(user_info)
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# GET /{db}
try:
db_info = admin.get_db_info(db=db)
if not online:
assert (db_info["state"] == "Offline")
else:
assert (db_info["state"] == "Online")
log.info(db_info)
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# Create dummy user to hit endpoint if offline, user creation above will fail
if not online:
user = User(target=sync_gateway, db=db, name=user_name, password="******", channels=channels)
# PUT /{db}/{name}
add_docs_errors = user.add_docs(num_docs=num_docs)
error_responses.extend(add_docs_errors)
# POST /{db}/_bulk_docs
bulk_doc_errors = user.add_docs(num_docs=num_docs, bulk=True)
error_responses.extend(bulk_doc_errors)
# POST /{db}/
for i in range(num_docs):
try:
user.add_doc()
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# GET /{db}/{name}
# PUT /{db}/{name}
if online:
update_docs_errors = user.update_docs(num_revs_per_doc=1)
error_responses.extend(update_docs_errors)
else:
try:
# Try to hit the GET enpoint for "test-id"
user.update_doc("test-id")
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# PUT /{db}/{local-doc-id}
local_doc_id = uuid.uuid4()
try:
doc = user.add_doc("_local/{}".format(local_doc_id), content={"message": "I should not be replicated"})
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# GET /{db}/{local-doc-id}
try:
doc = user.get_doc("_local/{}".format(local_doc_id))
assert(doc["content"]["message"] == "I should not be replicated")
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# GET /{db}/_all_docs
try:
all_docs_result = user.get_all_docs()
# num_docs /{db}/{doc} PUT + num_docs /{db}/_bulk_docs + num_docs POST /{db}/
assert(len(all_docs_result["rows"]) == num_docs * 3)
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# POST /{db}/_bulk_get
try:
doc_ids = list(user.cache.keys())
first_ten_ids = doc_ids[:10]
first_ten = user.get_docs(first_ten_ids)
assert(len(first_ten) == 10)
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
# wait for changes
time.sleep(2)
# GET /{db}/_changes
try:
changes = user.get_changes()
# If successful, verify the _changes feed
verify_changes(user, expected_num_docs=num_docs * 3, expected_num_revisions=1, expected_docs=user.cache)
except HTTPError as e:
log.error((e.response.url, e.response.status_code))
error_responses.append((e.response.url, e.response.status_code))
return error_responses
def test_selective_db_delete_and_replication_lifecycle():
should_reinstall = True
apk_path = os.environ["P2P_APP"]
activity = "com.couchbase.ui.maven/com.couchbase.ui.MainActivity"
db_name = "db"
device_defs = [
{"target_device": "emulator-5554", "local_port": 10000, "apk_path": apk_path, "activity": activity},
{"target_device": "emulator-5556", "local_port": 11000, "apk_path": apk_path, "activity": activity},
{"target_device": "emulator-5558", "local_port": 12000, "apk_path": apk_path, "activity": activity},
{"target_device": "emulator-5560", "local_port": 13000, "apk_path": apk_path, "activity": activity},
{"target_device": "emulator-5562", "local_port": 14000, "apk_path": apk_path, "activity": activity},
]
listeners = {}
# Create all listeners concurrently
with concurrent.futures.ThreadPoolExecutor(max_workers=len(device_defs)) as executor:
future_to_device_name = {
executor.submit(
create_listener,
target_device=device_def["target_device"],
local_port=device_def["local_port"],
apk_path=device_def["apk_path"],
activity=device_def["activity"],
reinstall=should_reinstall,
): device_def["target_device"]
for device_def in device_defs
}
for future in concurrent.futures.as_completed(future_to_device_name):
name = future_to_device_name[future]
listener = future.result()
listeners[name] = listener
log.info("Listener created: {} {}".format(name, listener))
time.sleep(2)
emu_1 = listeners["emulator-5554"]
emu_2 = listeners["emulator-5556"]
emu_3 = listeners["emulator-5558"]
emu_4 = listeners["emulator-5560"]
emu_5 = listeners["emulator-5562"]
all_emus = [emu_1, emu_2, emu_3, emu_4, emu_5]
for emu in all_emus:
emu.verify_launched()
# Add docs on master device
emu_1_pusher = User(target=emu_1, db=db_name, name="emu1_doc_pusher", password="******", channels=["ABC"])
emu_1_pusher.add_docs(600, bulk=True)
emu_1_pusher.add_design_doc(
doc_id="view1",
content={
"views": {
"dt1": {
"map": "function(doc) {if (doc.type == \'dt1\') {emit(doc._id, doc);}}"
},
"filters": {
"dt1": "function(doc) {if (doc.type == \'dt1\') {return true} return false}"
}
}
}
)
# Start all replication
targets = [emu_2, emu_3, emu_4, emu_5]
start_pull_replications(db_name, emu_1, targets)
start_push_replications(db_name, emu_1, targets)
# Wait for all docs to push to emulators
time.sleep(30)
# Assert each endpoint has 601 docs
for emu in all_emus:
assert(emu.get_num_docs(db_name) == 601)
# Stop all replication
stop_pull_replications(db_name, emu_1, targets)
stop_push_replications(db_name, emu_1, targets)
# Wait for all replications to stop
time.sleep(30)
# Delete dbs on master and first slave
emu_1.delete_db(db_name)
emu_2.delete_db(db_name)
# TODO Verify db is deleted
time.sleep(2)
# Add docs to the reset of the slaves
emu_3_pusher = User(target=emu_3, db=db_name, name="emu3_doc_pusher", password="******", channels=["ABC"])
emu_4_pusher = User(target=emu_4, db=db_name, name="emu4_doc_pusher", password="******", channels=["ABC"])
emu_5_pusher = User(target=emu_5, db=db_name, name="emu5_doc_pusher", password="******", channels=["ABC"])
emu_3_pusher.add_docs(20)
emu_4_pusher.add_docs(20)
emu_5_pusher.add_docs(20)
time.sleep(2)
# TODO Verify 3,4,5 have 621
for emu in [emu_3, emu_4, emu_5]:
assert(emu.get_num_docs(db_name) == 621)
# Create dbs on master and first slave
emu_1.create_db(db_name)
emu_2.create_db(db_name)
# TODO Verify db has been created, and doc count should be 0
time.sleep(5)
# Start all replication
start_pull_replications(db_name, emu_1, targets)
start_push_replications(db_name, emu_1, targets)
time.sleep(45)
emus = [emu_1, emu_2, emu_3, emu_4, emu_5]
for emu in emus:
doc_num = emu.get_num_docs(db_name)
log.info("emu: {} doc_num: {}".format(emu.target_device, doc_num))
assert (doc_num == 661)
