def test_analyze():
main.get_coins_bittrex()
# Negative sentiment
text = "do not buy dogecoin, it is bad"
to_buy = main.analyze(text)
assert len(to_buy) == 0
# Positive sentiment
text = "please buy dogecoin"
to_buy = main.analyze(text)
assert len(to_buy) == 1
def interface(analyze=True, convert=True, prompt=False, benchmark=False):
import main
if benchmark:
# @Benchmark Mode
main.benchmark()
elif prompt:
# @Prompt Mode
mode = click.prompt('Choose mode (analysis, conversion)', type=str)
if mode == 'analysis':
source = click.prompt('Enter source audio path 🎧 ', type=str)
target = click.prompt('Enter target audio path 🔊 ', type=str)
main.analyze(source, target)
elif mode == 'conversion':
matrices = click.prompt('Enter matrices path 🔢 ', type=str)
original = click.prompt('Enter audio path 🎧 ', type=str)
main.convert(matrices, original)
else:
click.secho('Error: Invalid Mode ✘', fg='red')
else:
# @Default Mode
if len(analyze) == 2:
main.analyze(analyze[0], analyze[1])
elif len(convert) == 2:
main.convert(convert[0], convert[1])
#!/usr/bin/env python3
from main import analyze
from os import listdir
from os.path import isfile, join
import sys
imagesPath = ''
imagePath = ''
for i in range(len(sys.argv)):
if sys.argv[i] == '--images-path':
i += 1
imagesPath = sys.argv[i]
if sys.argv[i] == '--image-path':
i += 1
imagePath = sys.argv[i]
if imagesPath == '' and imagePath == '':
print('Error: no images path specified')
exit()
if imagesPath != '':
filesList = [[join(imagesPath, f), f] for f in listdir(imagesPath)
if (isfile(join(imagesPath, f)) and f.endswith('.jpg'))]
for file in filesList:
analyze(file)
else:
analyze([imagePath, imagePath])
def tweet_callback(text, user, link):
to_buy = main.analyze(text)
assert len(to_buy) > 0
bot.notify_tweet(text, user, link, to_buy)
def api_call(file) -> Analysis:
# revai.get_transcript("test.m4a")
analysis = analyze(file, phrase)
return analysis
def test_sample(self):
expected = [(('a', 'k', 'u'), 2), (('a', 'k', 'l'), 1),
(('a', 'l', 'u'), 1), (('k', 'l', 'u'), 1),
(('a', 'k', 'n'), 1), (('a', 'n', 'u'), 1),
(('k', 'n', 'u'), 1)]
self.assertEqual(analyze('input/sample.txt'), expected)
def test_char_length2(self):
expected = []
self.assertEqual(analyze('input/sample.txt', char_length=5), expected)
def test_char_length(self):
expected = [(('a', 'k', 'l', 'u'), 1), (('a', 'k', 'n', 'u'), 1)]
self.assertEqual(analyze('input/sample.txt', char_length=4), expected)
def test_top_n(self):
expected = [(('a', 'k', 'u'), 2), (('a', 'k', 'l'), 1)]
self.assertEqual(analyze('input/sample.txt', top_n=2), expected)
