def test1():
dic_path = {'win32':{'in':'in path for win','out':'out path for win'},
'linux2':{'in':'in path1 for lin','out1':'/home/dmytro/',
'out2':'/home/dmytroKnowledge/Programming/Python_Projects/soft4recieve_write_Rel2/'},
'mac':{'in':'in path for mac','out':'out path for mac'}}
dic_path2 = {'win32':'none','linux2':'/home/dmytro'}
print get_path(dic_path)
def test1():
dic_path = {
'win32': {
'in': 'in path for win',
'out': 'out path for win'
},
'linux2': {
'in':
'in path1 for lin',
'out1':
'/home/dmytro/',
'out2':
'/home/dmytroKnowledge/Programming/Python_Projects/soft4recieve_write_Rel2/'
},
'mac': {
'in': 'in path for mac',
'out': 'out path for mac'
}
}
dic_path2 = {'win32': 'none', 'linux2': '/home/dmytro'}
print get_path(dic_path)
# -*- coding: utf-8 -*-
"""
This file contains unittests for converter.py.
"""
import unittest
import glob
from soft4recieve_write_Rel2.main_lib import get_path,sort_files
from soft4recieve_write_Rel2.set_working_path import test_data
from soft4recieve_write_Rel2.Converter.converter import get_available_data
from soft4recieve_write_Rel2.Converter.converter import show_available_data
if __name__ == "__main__":
# Create list of files for converting
file_list = glob.glob(get_path(test_data)['common'] + '*.dat')
# Create dictionary of binary files for converting
file_dict = sort_files(file_list,'bin')
# Get list of available data
new_packets = get_available_data(file_dict)
result = show_available_data(new_packets)
print result
# -*- coding: utf-8 -*-
"""
This file contains unittests for converter.py.
"""
import unittest
import glob
from soft4recieve_write_Rel2.main_lib import get_path, sort_files
from soft4recieve_write_Rel2.set_working_path import conv_data, test_data
from soft4recieve_write_Rel2.Converter.converter import get_available_data
from soft4recieve_write_Rel2.Converter.converter import show_available_data
from soft4recieve_write_Rel2.Converter.converter import get_user_data
from soft4recieve_write_Rel2.Converter.converter import user_group_name2str
if __name__ == "__main__":
# Create list of files for converting
file_list = glob.glob(get_path(test_data)['common'] + '*.dat')
# Create dictionary of binary files for converting
file_dict = sort_files(file_list, 'bin')
# Get list of available data
new_packets = get_available_data(file_dict)
# Show list of available data
show_available_data(new_packets)
user_data = get_user_data(new_packets)
# print user_data
result = user_group_name2str(user_data)
print 'Data group name is: ', result
