import cvfy
app = cvfy.register("gh:0.0.0.0:61369601:3000:8000")
@cvfy.crossdomain
@app.listen()
def getsizes():
## all data is received in sequence of listing in the input component
## all data is sent in sequence of listing in the output component
## receiving the data
alltext = cvfy.getTextArray()
allimages = cvfy.getImageArray()
## get size of both images
size1 = str(len(allimages[0].read()))
size2 = str(len(allimages[1].read()))
## sending back the data
data1 = alltext[0] + ' ' + size1 + ' bytes'
data2 = alltext[1] + ' ' + size2 + ' bytes'
cvfy.sendTextArray([data1, data2])
## telling the APP server that request returned successfully -- important
return 'OK'
## running the app
app.run()
import cv2
import cvfy
app = cvfy.register('gh:107.170.77.168:62213840:3000:8004')
@cvfy.crossdomain
@app.listen()
def grayscale():
all_image_paths = cvfy.getImageArray()
image_1_path = all_image_paths[0]
cvfy.sendTextArrayToTerminal(['Loading Image...'])
image_1 = cv2.imread(image_1_path)
cvfy.sendTextArrayToTerminal(['Image Loaded successfully']);
gray_image_1 = cv2.cvtColor(image_1, cv2.COLOR_BGR2GRAY)
cvfy.sendTextArrayToTerminal(['Converting RGB Image to Grayscale']);
cvfy.sendImageArray([gray_image_1], mode = 'numpy_array')
cvfy.sendTextArrayToTerminal([
'Operation completed successfully',
image_1_path
]);
return 'OK'
import cvfy
import cv2
app = cvfy.register('nongh:0.0.0.0:8142133:5001:8001:0.0.0.0')
@cvfy.crossdomain
@app.listen()
def runner():
cvfy.sendTextArrayToTerminal(['Before output is displayed'])
cvfy.sendTextArray(['Hello World!']) # Hardcode Text Output
cvfy.sendTextArrayToTerminal(['After output is displayed'])
return 'OK'
app.run()
import cvfy
import cv2
app = cvfy.register('nongh:0.0.0.0:9106717:5001:8002:0.0.0.0:5001')
@cvfy.crossdomain
@app.listen()
def runner():
cvfy.sendTextArrayToTerminal(['Before input is sent by user'])
textdata = cvfy.getTextArray()
cvfy.sendTextArray(textdata)
cvfy.sendTextArrayToTerminal(['After output is displayed'])
return 'OK'
app.run()
import cvfy
import predict
import hashlib
app = cvfy.register("nongh:0.0.0.0:5431785:5001:8000:0.0.0.0")
img_dict = {}
def md5(fname):
hash_md5 = hashlib.md5()
with open(fname, "rb") as f:
for chunk in iter(lambda: f.read(4096), b""):
hash_md5.update(chunk)
return hash_md5.hexdigest()
@cvfy.crossdomain
@app.listen()
def runner():
all_image_paths = cvfy.getImageArray()
err_list = []
if not all_image_paths:
err_list.append("Please upload an image first")
cvfy.sendTextArray(err_list)
return 'OK'
all_text = cvfy.getTextArray()
import cvfy
app = cvfy.register("nongh:0.0.0.0:4045468:5001:7001:0.0.0.0")
@cvfy.crossdomain
@app.listen()
def runner():
cvfy.sendTextArrayToTerminal(['Fetching image........'])
cvfy.sendImageArray(['/home/alekhya/123.jpg'],
mode='file_path') # Hardcoded image
cvfy.sendTextArrayToTerminal(['Done!'])
return 'OK'
app.run()
import cvfy
app = cvfy.register('gh:107.170.77.168:60819434:3000:8000')
@cvfy.crossdomain
@app.listen()
def concat():
## receiving the data
alltext = cvfy.getTextArray()
## processing the data
joined_and_uppercase = (alltext[0] + ' ' + alltext[1]).upper()
and_then_reversed = joined_and_uppercase[::-1]
## sending back the data
cvfy.sendTextArray([joined_and_uppercase, and_then_reversed])
return 'OK'
app.run()
import cv2
import cvfy
app = cvfy.register('nongh:0.0.0.0:1129210:5001:7002:0.0.0.0:5001')
@cvfy.crossdomain
@app.listen()
def grayscale():
images = cvfy.getImageArray() # From input image component
image_i_path = images[0]
cvfy.sendTextArrayToTerminal(['Loading Image............'])
image_i = cv2.imread(image_i_path)
#print type(image_i)
gray_image_i = cv2.cvtColor(image_i, cv2.COLOR_BGR2GRAY)
cvfy.sendTextArrayToTerminal(
['Converting RGB image to Grayscale.............'])
cvfy.sendImageArray([gray_image_i], mode='numpy_array')
cvfy.sendTextArrayToTerminal(['Done!'])
return 'OK'