import matplotlib.pyplot as plt
import matplotlib.image as mpimg
import numpy
import requests
import time
#DVID Data fetch:
dvid = DVIDRemote({
"protocol": "http",
"host": "localhost:8000",
})
UUID = "5cc94d532799484cb01788fcdb7cd9f0"
#Getting information on the UUID
info = dvid.get_info(UUID)
print(info)
# Demonstration of obtaining and updating the log
log = dvid.get_log(UUID)
print(log)
logP = dvid.post_log(UUID, "This repository contains images used for testing2")
log = dvid.get_log(UUID)
print(log)
#Gets 3d volume data
volumeD = dvid.get_cutout(
dvid.get_channel("5cc94d532799484cb01788fcdb7cd9f0", "grayscale"),
[2300, 4600], [2300, 4600], [1380, 1390])
print(volumeD)
)
chan_actual_parent1 = dvid.create_project(instance_setup_merge)
print("\nParent1 UUID: " + chan_actual_parent1)
commit_1 = dvid.commit(chan_actual_parent1, note="Test the commit")
branch_1 = dvid.branch(chan_actual_parent1,
note="Test the versioning system once")
branch_2 = dvid.branch(chan_actual_parent1,
note="Test the versioning system twice")
print("Created branches {} and {} from Parent1".format(branch_1, branch_2))
########### Test Metadat API ###########
# Set up a new project with a channel
print(dvid.get_info(instance_setup_merge))
print(dvid.get_server_info())
print(dvid.get_server_compiled_types())
dvid.server_reload_metadata()
########### Test Voluming API ###########
#
# Prepare the data
img = Image.open("<somedir>/*.png")
data_tile = np.asarray(img)
print(data_tile.shape)
data_tile = np.expand_dims(data_tile, axis=0)
data_tile = data_tile.copy(order="C")
# Create the project