def setUp(self):
'Give every test case a fakeserial and minitel for either mode.'
self.fser = FakeSerial()
self.miniv = Minitel(self.fser, mode=minitel.MODE_VIDEOTEX)
self.minia = Minitel(self.fser, mode=minitel.MODE_ANSI)
# This file is a part of the project MinitelPhoenix
#
# Author: Gr33dy
# Job: Student in information technology
# Github: https://github.com/Gr33dy/MinitelPhoenix
import sys
import time
from minitel import Minitel
from minitel_tools import *
from wifi_minitel import Wifi
from services import Services
if __name__ == '__main__':
print('START - ' + time.strftime("%d-%m-%Y %H:%M"))
m = Minitel('/dev/ttyUSB0')
w = Wifi()
header(m)
if not w.isConnected():
connected = False
while not connected:
w.printSsids(m)
w.selectSsid(m)
w.getPasskey(m)
connected = w.connexion(m)
s = Services(m)
while True:
s.getService()
s.interpreter()
class testMinitel(unittest.TestCase):
def setUp(self):
'Give every test case a fakeserial and minitel for either mode.'
self.fser = FakeSerial()
self.miniv = Minitel(self.fser, mode=minitel.MODE_VIDEOTEX)
self.minia = Minitel(self.fser, mode=minitel.MODE_ANSI)
def testBadMode(self):
'Ensure that a bad mode value raises a ValueError.'
self.assertRaises(ValueError, Minitel.setMode, self.miniv, 100)
def testClearVideotex(self):
'Test clear screen for videotex'
self.miniv.clearScreen()
self.assertEquals(self.fser.written,'\x0c')
def testClearANSI(self):
'Test clear screen for ANSI'
self.minia.clearScreen()
self.assertEquals(self.fser.written,'\x1b[2J')
def testNewline(self):
self.minia.newline()
self.assertIn(self.fser.written,['\n\r','\r\n'])
def testSend(self):
teststr = 'fdasjkl23rlfds18u89dsf'
self.minia.send(teststr)
self.assertEquals(self.fser.written, teststr)
def testRecv(self):
self.assertEquals(self.minia.recv(4),'')
self.fser.addInput('123456')
self.assertEquals(self.minia.recv(4),'1234')
self.assertEquals(self.minia.recv(4),'56')
def testTextmodeVideotex(self):
'Test text modes for videotex'
acc = ''
self.miniv.setTextMode(minitel.NORMAL)
self.assertEquals(self.fser.written,acc)
self.miniv.setTextMode(minitel.TALL)
acc = acc + '\x1b\x4d'
self.assertEquals(self.fser.written, acc)
self.miniv.setTextMode(minitel.TALL)
self.assertEquals(self.fser.written, acc)
self.miniv.setTextMode(minitel.WIDE)
acc = acc + '\x1b\x4e'
self.assertEquals(self.fser.written, acc)
self.miniv.setTextMode(minitel.BLINK)
acc = acc + '\x1b\x48'
self.assertEquals(self.fser.written, acc)
self.miniv.setTextMode(minitel.NORMAL)
acc = acc + '\x1b\x4c'
self.assertEquals(self.fser.written, acc)
def testTextmodeANSI(self):
'Test text modes for ANSI'
acc = ''
self.minia.setTextMode(minitel.NORMAL)
self.assertEquals(self.fser.written,acc)
self.assertRaises(ValueError, Minitel.setTextMode, self.minia, minitel.TALL)
self.assertRaises(ValueError, Minitel.setTextMode, self.minia, minitel.WIDE)
self.minia.setTextMode(minitel.BLINK)
self.minia.setTextMode(minitel.NORMAL)
self.assertEquals(self.fser.written, '\x1b[5m\x1b[0m')
def testSetColorsVideotex(self):
'Test set colors for videotex'
self.miniv.setColors(5,2)
self.miniv.setColors(5,3)
self.miniv.setColors(6)
self.miniv.setColors(bg=6)
self.miniv.setColors(7,0)
def c(x): return '\x1b'+chr(x)
self.assertEquals(self.fser.written, c(0x45)+c(0x52)+c(0x53)+c(0x46)+c(0x56)+c(0x47)+c(0x50))
def testSetColorsANSI(self):
'Test set colors for ANSI'
self.minia.setColors(5,2)
self.minia.setColors(5,3)
self.minia.setColors(6)
self.minia.setColors(bg=6)
self.minia.setColors(7,0)
def c(x): return '\x1b['+str(x)+'m'
self.assertEquals(self.fser.written, c(35)+c(42)+c(43)+c(36)+c(46)+c(37)+c(40))
def testSetVTMode(self):
'Test setting videotex graphics/text mode'
self.miniv.setVTMode(minitel.VT_TEXT)
self.miniv.setVTMode(minitel.VT_GRAPHICS)
self.miniv.setVTMode(minitel.VT_GRAPHICS)
self.miniv.setVTMode(minitel.VT_TEXT)
self.assertEquals(self.fser.written, '\x0e\x0f')
self.assertRaises(ValueError, Minitel.setVTMode, self.miniv, 10)
self.assertRaises(ValueError, Minitel.setVTMode, self.minia, minitel.VT_GRAPHICS)
def testMoveCursorVideotex(self):
'Test cursor movement in videotex mode'
self.miniv.moveCursor(10,12)
self.miniv.moveCursor(20,15)
def c(x,y): return '\x1f'+chr(65+y)+chr(65+x)
self.assertEquals(self.fser.written, c(10,12)+c(20,15))
def testMoveCursorANSI(self):
'Test cursor movement in ANSI mode'
self.minia.moveCursor(10,12)
self.minia.moveCursor(20,15)
def c(x): return '\x1b['+str(x)+'H'
self.assertEquals(self.fser.written, c('12;10')+c('15;20'))
