def gen(self):
self.draw.rectangle(self.rectXY, self.bgColor)
self.draw.multiline_text((self.width * self.w + self.padding,
self.height * self.h + self.padding),
self.text,
self.fontColor,
font=self.font)
self.baseImg.save(self.name, quality=90)
# print('File successfully generated.')
folderID = open('drive.txt', 'r').read()
if folderID != 'False\n' and not self.d:
main()
upload(self.name, self.mime)
os.remove(self.name)
def upload(source, destination):
global cur_path
if os.path.isdir(destination):
folder_id = directory[destination]
print(destination)
if os.path.isfile(source):
filename = source[source.rfind('/') + 1:]
print(filename)
drive.upload(source, filename, folder_id)
else:
print("error: invalid source")
else:
print("error: invalid destination")
def show_upload_options(itens):
print('\nDo you want to upload any item?\n')
print('[0] No')
for i in range(0, len(itens)):
print('[{}] {}'.format(i + 1, itens[i]))
print('[{}] All'.format(len(itens) + 1))
choice = input('\nOption: ')
if choice == '0': #None
sys.exit()
if choice.find(',') == -1 and int(choice) == len(itens) + 1: #All
index = 1
for item in itens:
print('\n{} of {}'.format(index, len(itens)))
if item.find('.') != -1: #is file
drive.upload(item)
else: #is folder
path = './' + item
print('Compressing {}'.format(item))
zip_file = compactor.build_zip(path)
drive.upload(zip_file, True)
index += 1
sys.exit()
#Custom
choices = choice.split(',')
index = 1
for i in range(0, len(choices)):
print('\n{} of {}'.format(index, len(choices)))
if itens[int(choices[i]) - 1].find('.') != -1: #is file
drive.upload(itens[int(choices[i]) - 1])
else:
path = './' + itens[int(choices[i]) - 1]
print('Compressing {}'.format(itens[int(choices[i]) - 1]))
zip_file = compactor.build_zip(path)
drive.upload(zip_file, True)
index += 1
sys.exit()
def upload_to_drive(self):
drive.main()
drive.upload(self.file_name, self.file_path, 'text/txt')
self.status_bar['text'] = 'Uploaded!'
self.set_status_bar_color(bg='green', fg='white')
camera.start_preview()
sleep(light_sensing)
f_path = 'goldfish_%s.jpg' % num # '/home/pi/Desktop/goldfish_%s.jpg'
f_name = f_path.split('/')[-1]
# Take a photo
camera.capture(f_path)
camera.stop_preview()
# Analyze the photo
letter, new_f_name, new_f_path = analyze(f_path, num)
# Write letter to file
# TODO: Display on the screen
if letter and letter != last_letter:
# Upload file to Google Drive
# Only write the letter and upload the photo when location changes
drive.upload(f_name, f_path, 'image/jpeg')
drive.upload(new_f_name, new_f_path, 'image/jpeg')
write(letter)
last_letter = letter
sleep(photo_freq - light_sensing - wait_gap - 1) # Take only one photo every minute
# Remove local photo
if os.path.exists(f_path):
os.remove(new_f_path)
os.remove(f_path)
else:
print("PATH NOT EXISTS ERROR (remove)")
# Now wait for users to press a key, if they want to terminate
signal.alarm(wait_gap)
def upload(is_handle):
file = 'archives/%s.zip' % is_handle
print('Uploading %s' % file)
return drive.upload(file, title=is_handle + '.zip')
def main():
draw.what_to_draw()
draw.draw()
drive.upload(draw.get_files())