class Thread_Manager(threading.Thread):
def __init__(self):
threading.Thread.__init__(self)
self.val = ""
self.ser = serial
self.mess1 = "hello"
self.mess2 = "World!"
self.ser = serial.Serial("/dev/ttyUSB0", 500000, timeout=0)
self.ctx = ScreenContext("/dev/ttyUSB0")
self.ctx.sleep(6).reset_lcd().set_rotation(1)
self.counter = 0
#print "rows", ctx.get_rows(), 320/ctx.get_rows()
#print "columns", ctx.get_columns()
self.row = 21 * 2 * 8
print "Start LCD"
def run(self):
while True:
header = Header()
header.render_header(self.ctx,0,"HeaderName")
self.ctx.fg_color(Screen.RED).write(self.mess1).linebreak()
self.ctx.fg_color(Screen.RED).write(str(self.counter)).linebreak()
self.ctx.fg_color(Screen.BLUE).write(self.mess2)
#ctx.fg_color(Screen.BLUE).write(ReadThread.returnPress())
self.ctx.set_cursor_pos(self.row * 3,0)
self.counter += 1
#def update_screen(self):
# self.ctx.sleep(6).reset_lcd().set_rotation(1)
# header = Header()
# header.render_header(self.ctx,0,"Rouge")
# self.ctx.fg_color(Screen.RED).write(self.mess1).linebreak()
# self.ctx.fg_color(Screen.RED).write(str(self.counter)).linebreak()
# self.ctx.fg_color(Screen.BLUE).write(self.mess2)
# #ctx.fg_color(Screen.BLUE).write(ReadThread.returnPress())
# self.ctx.set_cursor_pos(self.row * 3,0)
# self.counter += 1
def update_message(self, mess1, mess2):
self.mess1 = mess1
self.mess2 = mess2
return True
class Thread_Manager(threading.Thread):
def __init__(self):
threading.Thread.__init__(self)
self.val = ""
self.ser = serial
self.mess1 = "hello"
self.mess2 = "World!"
self.ser = serial.Serial("/dev/ttyUSB0", 500000, timeout=0)
self.ctx = ScreenContext("/dev/ttyUSB0")
self.ctx.sleep(6).reset_lcd().set_rotation(1)
self.counter = 0
#print "rows", ctx.get_rows(), 320/ctx.get_rows()
#print "columns", ctx.get_columns()
self.row = 21 * 2 * 8
print "Start LCD"
def run(self):
while True:
header = Header()
header.render_header(self.ctx, 0, "HeaderName")
self.ctx.fg_color(Screen.RED).write(self.mess1).linebreak()
self.ctx.fg_color(Screen.RED).write(str(self.counter)).linebreak()
self.ctx.fg_color(Screen.BLUE).write(self.mess2)
#ctx.fg_color(Screen.BLUE).write(ReadThread.returnPress())
self.ctx.set_cursor_pos(self.row * 3, 0)
self.counter += 1
#def update_screen(self):
# self.ctx.sleep(6).reset_lcd().set_rotation(1)
# header = Header()
# header.render_header(self.ctx,0,"Rouge")
# self.ctx.fg_color(Screen.RED).write(self.mess1).linebreak()
# self.ctx.fg_color(Screen.RED).write(str(self.counter)).linebreak()
# self.ctx.fg_color(Screen.BLUE).write(self.mess2)
# #ctx.fg_color(Screen.BLUE).write(ReadThread.returnPress())
# self.ctx.set_cursor_pos(self.row * 3,0)
# self.counter += 1
def update_message(self, mess1, mess2):
self.mess1 = mess1
self.mess2 = mess2
return True
