def test_image(self):
filename = 'images/cloud.jpg'
test_filename = 'test_image.jpg'
pil_image = PIL.Image.open(filename)
c = Client(url = 'http://127.0.0.1:5656', username= '******', verify_ssl=False)
config = {
'prompt': 'let there be tests',
'number': 2233,
'input_image': Image(filename) ## Image() supports jpg, png filenames, np.array or PIL.Image
}
run_response = c.run(config)
token = run_response['token']
sleep_and_count(t = 8)
resp = c.fetch(token = token)
## check status
ideal_status = {'status': 'complete'}
print(resp['status'])
self.assertTrue(resp['status'] == ideal_status, msg = f"got {resp['status']}")
## save returned image
resp['config']['input_image'].save(test_filename)
## check if theyre the same
self.assertTrue(PIL.Image.open(test_filename), PIL.Image.open(filename))
def test_update_config(self):
filename = 'images/cloud.jpg'
pil_image = PIL.Image.open(filename)
c = Client(url='http://127.0.0.1:5656',
username='******',
verify_ssl=False)
config = {
'prompt': 'let there be tests',
'number': 2233,
'input_image': Image(
filename
) ## Image() supports jpg, png filenames, np.array or PIL.Image
}
run_response = c.run(config)
token = run_response['token']
sleep_and_count(t=2)
new_config = {
'prompt': 'updated prompt',
'number': 3322,
'input_image': Image(
filename
) ## Image() supports jpg, png filenames, np.array or PIL.Image
}
resp = c.update_config(token=token, config=new_config)
## chekcing if config was updated successfully
ideal_status = 'successfully updated config'
self.assertTrue(resp['status'], ideal_status)
## checking if the task is still running
resp = c.fetch(token=token)
ideal_status_running = 'running'
ideal_status_starting = 'starting'
print(resp['status'])
self.assertTrue((resp['status']['status'] == ideal_status_running)
or (resp['status']['status'] == ideal_status_starting))
## making sure the update config is what its supposed to be
ideal_config = {
'prompt': 'updated prompt',
'number': 3322,
'input_image':
pil_image ## Image() supports jpg, png filenames, np.array or PIL.Image
}
print(resp)
self.assertTrue(resp['config'], ideal_config)
def test_image(self):
filename = 'images/cloud.jpg'
test_filename = 'test_image.jpg'
pil_image = PIL.Image.open(filename)
c = Client(url='http://127.0.0.1:5656',
username='******',
verify_ssl=False)
config = {
'prompt': 'let there be tests',
'number': 2233,
'input_image': Image(
filename
) ## Image() supports jpg, png filenames, np.array or PIL.Image
}
run_response = c.run(config)
"""
expecting:
{
'token': some_long_token,
}
"""
ideal_keys = ['token']
keys_we_got = get_keys(d=run_response)
self.assertTrue(ideal_keys, keys_we_got)
token = run_response['token']
## lets spam in a few more task so that we can check queue status
for i in range(3):
_ = add_a_task(filename=filename)
new_token = add_a_task(filename=filename)
resp = c.fetch(token=new_token)
"""
expecting:
{
'status': {
'status': queued,
'queue_position': int
},
'config': current_config
}
"""
ideal_keys = ['status', 'config']
keys_we_got = get_keys(d=resp)
self.assertTrue(ideal_keys, keys_we_got)
ideal_keys = ['status', 'config']
if resp['status']['status'] == 'starting' or resp['status'][
'status'] == 'queued':
self.assertTrue(ideal_keys == keys_we_got)
## waiting for the job to start running
while True:
resp = c.fetch(token=new_token)
sleep_and_count(t=1,
reason='waiting for the job to start running... ')
if resp['status']['status'] != 'queued' and resp['status'][
'status'] != 'starting':
break
"""
expected:
{
'status': {
'status': 'running',
'progress': float
},
config: current_config,
'output': dict
}
"""
resp = c.fetch(token=new_token)
ideal_status = 'running'
print(resp['status']['status'])
self.assertTrue(resp['status']['status'] == ideal_status)
self.assertTrue(isinstance(resp['output'], dict))
self.assertTrue(isinstance(resp['status']['progress'], float))
while True:
resp = c.fetch(token=new_token)
sleep_and_count(t=1, reason='waiting for the job to complete... ')
if resp['status']['status'] != 'running':
break
"""
{
'status': {
'status': 'complete'
},
'output': dict,
'config': dict
}
"""
resp = c.fetch(token=new_token)
## making sure status is complete
resp = c.fetch(token=new_token)
ideal_status = 'complete'
self.assertTrue(resp['status']['status'] == ideal_status)
## check returned images in config and output
resp['config']['input_image'].save(test_filename)
self.assertTrue(PIL.Image.open(test_filename),
PIL.Image.open(filename))
## check returned images in config and output
resp['output']['image'].save(test_filename)
self.assertTrue(PIL.Image.open(test_filename),
PIL.Image.open(filename))
# also check what happens when we send an invalid token
resp = c.fetch(token='totally not a valid token')
ideal_status = {'status': 'invalid token'}
self.assertTrue(resp['status'] == ideal_status)
import time
from eden.client import Client
from eden.datatypes import Image
## set up a client
c = Client(url='http://0.0.0.0:5656', username='******')
## define input args to be sent
config = {
'prompt': 'let there be light',
'number': 2233,
}
# start the task
run_response = c.run(config)
# check status of the task, returns the output too if the task is complete
results = c.fetch(token=run_response['token'])
print(results)
# one eternity later
time.sleep(2)
## check status again, hopefully the task is complete by now
results = c.fetch(token=run_response['token'])
print(results)