def rawRegionInterface(request, row, rowlimit, col, collimit, msg):
row = int(row)
rowlimit = int(rowlimit)
col = int(col)
collimit = int(collimit)
responseMsg = "Running..."
sock = None
try:
# sock = board.get_connection()
board.clear_panel(sock, 1)
board.write_region_wrap(sock, 0, row, col, msg, rowlimit, collimit)
responseMsg = "Wrote " + msg
board.close_connection(sock)
except:
responseMsg = "Err"
finally:
board.close_connection(sock)
return HttpResponse(content=responseMsg)
def time_stamp(request):
secs = time()
lastTime = strftime("%a, %d %b %Y %H:%M:%S", localtime(secs))
timeLen = len('Thu, 28 Jun 2001 14:17:15')
sock = None
try:
# sock = board.get_connection()
#TODO: calculate when clearing is necessary (e.g. when formatted string length changes from prev)
#board.write_to_board(sock, 4, 0, 0, " ")
board.write_to_board(sock, 4, 0, 0, lastTime)
msg = "Hi Teke"
board.write_to_board(sock, 5, 11, 32 - len(msg), msg)
msg = "Hi ROBERT!"
board.write_to_board(sock, 5, 9, 32 - len(msg), msg)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="Written")
def updateAnnouncementBoard(foo, bar):
logger.warn("updateAnnouncementBoard called")
try:
# sock = board.get_connection()
board.clear_panel(sock, 3)
board.write_to_board(sock, 3, 0, 0, " - - - - - - - - - - - - - - - - Announcements - - - - - - - - - - - - - - - - ")
curRowNum = 1
announcements = list(Announcement.objects.order_by('-creation_date'))
for announcement in announcements:
color = chr(29)
if announcement.priority == 'M':
color = chr(31)
elif announcement.priority == 'H':
color = chr(30)
row = " " + announcement.announcement_text
while len(row) < 66:
# add some padding spaces
row = row + " "
row = row + " " + announcement.creation_date.strftime("%a %I:%M%p")
while len(row) < 81:
row = row + " "
board.write_to_board(sock, 3, curRowNum, 0, str(color + row))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return 0
def test_chars(request):
sock = None
try:
# sock = board.get_connection()
board.clear_panel(sock, 0)
curRow = 0
curCol = 0
for i in range(152):
thisStr = str(i) + ": " + str(chr(i)) + " "
board.write_to_board(sock, 0, curRow, curCol, thisStr)
curRow = curRow + 1
if curRow == 12:
curRow = 0
curCol = curCol + 7
except:
return HttpResponse(content="Unexpected error: " +
str(sys.exc_info()[0]))
finally:
board.close_connection(sock)
return HttpResponse(content="Test Chars Completed")
def updateInfoBoard(foo, bar):
logger.warn("updateInfoBoard called")
weatherRows = weather.Weather().getCurrentWeather()
sock = None
try:
#sock = board.get_connection()
#board.clear_panel(sock, 4)
clearStr = ' '.rjust(32)
board.write_to_board(sock, 4, 0, 0, clearStr)
#if settings.MINI_TIME_TEMP:
board.write_to_board(sock, 6, 6, 0, clearStr)
timeStamp = localtime(time())
board.write_to_board(sock, 4, 0, 1, strftime("%a, %d %B %I:%M%p", timeStamp))
#if settings.MINI_TIME_TEMP:
board.write_to_board(sock, 6, 6, 0, strftime("%A, %d %B %I:%M%p", timeStamp))
curRowNum = 1
for row in weatherRows:
print row
board.write_to_board(sock, 4, curRowNum, 3, clearStr)
board.write_to_board(sock, 4, curRowNum, 3, str(row))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return 0
def google_do_search(request, searchTerm="Test"):
row = SEARCH_BOX_ROW
col = SEARCH_BOX_COL
display = SEARCH_BOX_DISPLAY
lines = [
"##################################################",
"#%s#" % (searchTerm.ljust(48, ' '), ),
"##################################################",
"Google Search I'm feeling Lucky"
#" "
]
searchData = perform_search_raw(searchTerm)
results = process_search_data(searchData)
while len(results) < 10:
results.append(" ".ljust(80, ' '))
sock = None
try:
for line in lines:
board.write_split(sock, display, row, col, [line])
row += 1
#lines = perform_search(searchTerm)
col = 0
for line in results:
board.write_split(sock, display, row, col, [line])
row += 1
except:
pass
board.close_connection(sock)
return HttpResponse(content=searchData, content_type="application/json")
def time_stamp(request):
secs = time()
lastTime = strftime("%a, %d %b %Y %H:%M:%S", localtime(secs) )
timeLen = len('Thu, 28 Jun 2001 14:17:15')
sock = None
try:
# sock = board.get_connection()
#TODO: calculate when clearing is necessary (e.g. when formatted string length changes from prev)
#board.write_to_board(sock, 4, 0, 0, " ")
board.write_to_board(sock, 4, 0, 0, lastTime)
msg = "Hi Teke"
board.write_to_board(sock, 5, 11, 32 - len(msg), msg)
msg = "Hi ROBERT!"
board.write_to_board(sock, 5, 9, 32 - len(msg), msg)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="Written")
def updateAnnouncementBoard(foo, bar):
logger.warn("updateAnnouncementBoard called")
try:
# sock = board.get_connection()
board.clear_panel(sock, 3)
board.write_to_board(
sock, 3, 0, 0,
" - - - - - - - - - - - - - - - - Announcements - - - - - - - - - - - - - - - - "
)
curRowNum = 1
announcements = list(Announcement.objects.order_by('-creation_date'))
for announcement in announcements:
color = chr(29)
if announcement.priority == 'M':
color = chr(31)
elif announcement.priority == 'H':
color = chr(30)
row = " " + announcement.announcement_text
while len(row) < 66:
# add some padding spaces
row = row + " "
row = row + " " + announcement.creation_date.strftime("%a %I:%M%p")
while len(row) < 81:
row = row + " "
board.write_to_board(sock, 3, curRowNum, 0, str(color + row))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return 0
def updateInfoBoard(foo, bar):
logger.warn("updateInfoBoard called")
weatherRows = weather.Weather().getCurrentWeather()
sock = None
try:
#sock = board.get_connection()
#board.clear_panel(sock, 4)
clearStr = ' '.rjust(32)
board.write_to_board(sock, 4, 0, 0, clearStr)
#if settings.MINI_TIME_TEMP:
board.write_to_board(sock, 6, 6, 0, clearStr)
timeStamp = localtime(time())
board.write_to_board(sock, 4, 0, 1,
strftime("%a, %d %B %I:%M%p", timeStamp))
#if settings.MINI_TIME_TEMP:
board.write_to_board(sock, 6, 6, 0,
strftime("%A, %d %B %I:%M%p", timeStamp))
curRowNum = 1
for row in weatherRows:
print row
board.write_to_board(sock, 4, curRowNum, 3, clearStr)
board.write_to_board(sock, 4, curRowNum, 3, str(row))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return 0
def rawRegionInterface(request, row, rowlimit, col, collimit, msg):
row = int(row)
rowlimit = int(rowlimit)
col = int(col)
collimit = int(collimit)
responseMsg = "Running..."
sock = None
try:
# sock = board.get_connection()
board.clear_panel(sock, 1)
board.write_region_wrap(sock, 0, row, col, msg, rowlimit, collimit)
responseMsg = "Wrote " + msg
board.close_connection(sock)
except:
responseMsg = "Err"
finally:
board.close_connection(sock)
return HttpResponse(content=responseMsg)
def write_to_board(row, col, msg, **kwargs):
try:
sock = board.get_connection()
board.write_split(sock, 0, row, col, [ msg ])
board.close_connection(sock)
except:
board.close_connection(sock)
# print "Unexpected error:", sys.exc_info()[0]
return False
return True
def clear_board(row, **kwargs):
try:
sock = board.get_connection()
board.clear_panel(sock, 0)
board.clear_panel(sock, 1)
board.close_connection(sock)
except:
board.close_connection(sock)
return False
return True
def miniWrite(request, row, col, msg):
row = int(row)
col = int(col)
sock = board.get_connection_port('10.1.3.252', 26)
try:
board.write_to_board(sock, 6, row, col, msg)
#board.write_to_board(sock, 7, row, col, "Test 123")
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="MiniWrite " + msg)
def clear_board(request):
try:
sock = board.get_connection()
board.clear_board(sock)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="Cleared")
def miniWrite(request, row, col, msg):
row = int(row)
col = int(col)
sock = board.get_connection_port('10.1.3.252', 26)
try:
board.write_to_board(sock, 6, row, col, msg)
#board.write_to_board(sock, 7, row, col, "Test 123")
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="MiniWrite " + msg)
def clear_board(request):
try:
sock = board.get_connection()
board.clear_board(sock)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="Cleared")
def miniTimeTemp(request):
timeStamp = strftime("%A, %d %B %I:%M%p", localtime(time()))
sock = None
try:
board.write_to_board(sock, 6, 6, 0, timeStamp)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="MiniTimeTemp")
pass
def miniTimeTemp(request):
timeStamp = strftime("%A, %d %B %I:%M%p", localtime(time()))
sock = None
try:
board.write_to_board(sock, 6, 6, 0, timeStamp)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="MiniTimeTemp")
pass
def rawInterface(request, row, col, msg):
row = int(row)
col = int(col)
try:
sock = board.get_connection()
board.write_split(sock, 0, row, col, [ msg ])
#board.write_to_board(sock, 0, row, col, msg)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="Wrote " + msg)
def rawInterface(request, row, col, msg):
row = int(row)
col = int(col)
try:
sock = board.get_connection()
board.write_split(sock, 0, row, col, [ msg ])
#board.write_to_board(sock, 0, row, col, msg)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="Wrote " + msg)
def board_test(request):
sock = None
# sock = board.get_connection()
#board.write_to_board(sock, 0, 5, 15, "You have no chance to survive")
#board.write_to_board(sock, 0, 6, 20, "Make your time")
# board.write_to_board(sock, 0, 7, 20, "Boom zig")
# board.write_to_board(sock, 0, 8, 30, "Boom zig")
# board.write_to_board(sock, 0, 9, 40, "Boom zig")
# board.write_to_board(sock, 0, 10, 50, "Boom zig")
#board.write_split(sock, 0, 2, 30, [ "That's gotta be rough", ])
#board.write_split(sock, 0, 3, 40, [ chr(30) + "Sorry, technical difficulties", ])
#board.write_split(sock, 1, 0, 10, chr(30) + "Vertical Text!")
#chr(30) +
board.write_split(sock, 1, 0, 0, [ "Demerit Board: ", ])
demerits = [
("@DonohuePatrickE", 6,),
("@IdeaFood", 1,),
("@donmball", 0,),
(" ", ' ',),
]
rowIdx = 1
for d in demerits:
board.write_split(sock, 1, rowIdx, 0, [ " ", ])
board.write_split(sock, 1, rowIdx, 2, [ chr(31) + d[0], ])
# colorStr = ''
# if d[1] > 1:
# colorStr = chr(31)
# if d[1] >= 3:
# colorStr = chr(30)
board.write_split(sock, 1, rowIdx, 25, [ chr(30) + str(d[1]) + " ", ])
rowIdx += 1
board.close_connection(sock)
#updateTwitterBoard(1, 2)
return HttpResponse(content="Okay")
def twitter_panel(request):
try:
sock = board.get_connection()
# tb = twitter_board.TwitterBoard()
# board.clear_panel(sock, 2)
board.write_to_board(sock, 2, 0, 0, "*************** Tweets ********************************************************")
curRowNum = 1
for row in twitter.Twitter().getNewTweets(11, 79):
board.write_to_board(sock, 2, curRowNum, 0, str(row + ' '))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return HttpResponse(content="Twitter Board Updated")
def twitter_panel(request):
try:
sock = board.get_connection()
# tb = twitter_board.TwitterBoard()
# board.clear_panel(sock, 2)
board.write_to_board(sock, 2, 0, 0, "*************** Tweets ********************************************************")
curRowNum = 1
for row in twitter.Twitter().getNewTweets(11, 79):
board.write_to_board(sock, 2, curRowNum, 0, str(row + ' '))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return HttpResponse(content="Twitter Board Updated")
def board_test(request):
sock = board.get_connection()
#board.write_to_board(sock, 0, 5, 15, "You have no chance to survive")
#board.write_to_board(sock, 0, 6, 20, "Make your time")
# board.write_to_board(sock, 0, 7, 20, "Boom zig")
# board.write_to_board(sock, 0, 8, 30, "Boom zig")
# board.write_to_board(sock, 0, 9, 40, "Boom zig")
# board.write_to_board(sock, 0, 10, 50, "Boom zig")
#board.write_split(sock, 0, 2, 30, [ "That's gotta be rough", ])
#board.write_split(sock, 0, 3, 40, [ chr(30) + "Sorry, technical difficulties", ])
#board.write_split(sock, 1, 0, 10, chr(30) + "Vertical Text!")
#chr(30) +
board.write_split(sock, 1, 0, 0, [ "Demerit Board: ", ])
demerits = [
("@DonohuePatrickE", 6,),
("@IdeaFood", 1,),
("@donmball", 0,),
(" ", ' ',),
]
rowIdx = 1
for d in demerits:
board.write_split(sock, 1, rowIdx, 0, [ " ", ])
board.write_split(sock, 1, rowIdx, 2, [ chr(31) + d[0], ])
# colorStr = ''
# if d[1] > 1:
# colorStr = chr(31)
# if d[1] >= 3:
# colorStr = chr(30)
board.write_split(sock, 1, rowIdx, 25, [ chr(30) + str(d[1]) + " ", ])
rowIdx += 1
board.close_connection(sock)
#updateTwitterBoard(1, 2)
return HttpResponse(content="Okay")
def char_test(request):
sock = None
try:
# sock = board.get_connection()
board.clear_panel(sock, 0)
i = 0
while i < 128:
row = i / 12
col = (i % 40) + 3
board.write_to_board(sock, 0, row, col, str(chr(i)))
i += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return HttpResponse(content="Info Board Updated")
def char_test(request):
sock = None
try:
# sock = board.get_connection()
board.clear_panel(sock, 0)
i = 0
while i < 128:
row = i / 12
col = (i % 40) + 3
board.write_to_board(sock, 0, row, col, str(chr(i)))
i += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return HttpResponse(content="Info Board Updated")
def info_panel(request):
try:
sock = board.get_connection()
# tb = twitter_board.TwitterBoard()
board.clear_panel(sock, 4)
board.write_to_board(sock, 4, 0, 1, strftime("%a, %d %B %I:%M%p", localtime(time())))
curRowNum = 1
for row in weather.Weather().getCurrentWeather():
print row
board.write_to_board(sock, 4, curRowNum, 3, str(row))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return HttpResponse(content="Info Board Updated")
def calibrate_displays(request):
try:
sock = board.get_connection()
board.calibrate(sock, 0)
board.calibrate(sock, 1)
board.calibrate(sock, 2)
board.calibrate(sock, 3)
board.calibrate(sock, 4)
board.calibrate(sock, 5)
#board.calibrate(sock, 6)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="Calibrated")
def calibrate_displays(request):
try:
sock = board.get_connection()
board.calibrate(sock, 0)
board.calibrate(sock, 1)
board.calibrate(sock, 2)
board.calibrate(sock, 3)
board.calibrate(sock, 4)
board.calibrate(sock, 5)
#board.calibrate(sock, 6)
board.close_connection(sock)
except:
board.close_connection(sock)
return HttpResponse(content="Calibrated")
def info_panel(request):
try:
sock = board.get_connection()
# tb = twitter_board.TwitterBoard()
board.clear_panel(sock, 4)
board.write_to_board(sock, 4, 0, 1, strftime("%a, %d %B %I:%M%p", localtime(time())))
curRowNum = 1
for row in weather.Weather().getCurrentWeather():
print row
board.write_to_board(sock, 4, curRowNum, 3, str(row))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return HttpResponse(content="Info Board Updated")
def updateInfoBoard(foo, bar):
logger.warn("updateInfoBoard called");
weatherRows = weather.Weather().getCurrentWeather()
try:
sock = board.get_connection()
board.clear_panel(sock, 4)
board.write_to_board(sock, 4, 0, 1, strftime("%a, %d %B %I:%M%p", localtime(time())))
curRowNum = 1
for row in weatherRows:
print row
board.write_to_board(sock, 4, curRowNum, 3, str(row))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return 0
def updateTwitterBoard(foo, bar):
logger.warning("updateTwitterBoard called")
twitterRows = twitter.Twitter().getNewTweets(11, 79)
if len(twitterRows) > 0:
try:
sock = board.get_connection()
board.clear_panel(sock, 2)
board.write_to_board(sock, 2, 0, 0, "*************** Tweets ********************************************************")
curRowNum = 1
for row in twitterRows:
board.write_to_board(sock, 2, curRowNum, 0, str(row + ' '))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return 0
def updateTwitterBoard(foo, bar):
logger.warning("updateTwitterBoard called")
twitterRows = twitter.Twitter().getNewTweets(11, 79)
if len(twitterRows) > 0:
try:
sock = board.get_connection()
# board.clear_panel(sock, 2)
board.write_to_board(sock, 2, 0, 0, "*************** Tweets ********************************************************")
curRowNum = 1
for row in twitterRows:
board.write_to_board(sock, 2, curRowNum, 0, str(row + ' '))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return 0
def updateInfoBoard(foo, bar):
logger.warn("updateInfoBoard called");
weatherRows = weather.Weather().getCurrentWeather()
try:
sock = board.get_connection()
board.clear_panel(sock, 4)
board.write_to_board(sock, 4, 0, 1, strftime("%a, %d %B %I:%M%p", localtime(time())))
curRowNum = 1
for row in weatherRows:
print row
board.write_to_board(sock, 4, curRowNum, 3, str(row))
curRowNum += 1
except:
print "Unexpected error:", sys.exc_info()[0]
finally:
board.close_connection(sock)
return 0
def google_search_box(request):
row = SEARCH_BOX_ROW
col = SEARCH_BOX_COL
display = SEARCH_BOX_DISPLAY
lines = [
"##################################################",
"# #",
"##################################################",
"Google Search I'm feeling Lucky",
]
sock = None
try:
for line in lines:
board.write_split(sock, display, row, col, [line])
row += 1
except:
pass
board.close_connection(sock)
return HttpResponse(content="Drew search box")
def google_do_search(request, searchTerm="Test"):
row = SEARCH_BOX_ROW
col = SEARCH_BOX_COL
display = SEARCH_BOX_DISPLAY
lines = [
"##################################################",
"#%s#" % (searchTerm.ljust(48, ' '),),
"##################################################",
"Google Search I'm feeling Lucky"
#" "
]
searchData = perform_search_raw(searchTerm)
results = process_search_data(searchData)
while len(results) < 10:
results.append(" ".ljust(80, ' '))
sock = None
try:
for line in lines:
board.write_split(sock, display, row, col, [ line ])
row += 1
#lines = perform_search(searchTerm)
col = 0
for line in results:
board.write_split(sock, display, row, col, [ line ])
row += 1
except:
pass
board.close_connection(sock)
return HttpResponse(content=searchData, content_type="application/json")
def test_chars(request):
sock = None
try:
# sock = board.get_connection()
board.clear_panel(sock, 0)
curRow = 0
curCol = 0
for i in range(152):
thisStr = str(i) + ": " + str(chr(i)) + " "
board.write_to_board(sock, 0, curRow, curCol, thisStr)
curRow = curRow + 1
if curRow == 12:
curRow = 0
curCol = curCol + 7
except:
return HttpResponse(content="Unexpected error: " + str(sys.exc_info()[0]))
finally:
board.close_connection(sock)
return HttpResponse(content="Test Chars Completed")
def google_search_box(request):
row = SEARCH_BOX_ROW
col = SEARCH_BOX_COL
display = SEARCH_BOX_DISPLAY
lines = [
"##################################################",
"# #",
"##################################################",
"Google Search I'm feeling Lucky",
]
sock = None
try:
for line in lines:
board.write_split(sock, display, row, col, [ line ])
row += 1
except:
pass
board.close_connection(sock)
return HttpResponse(content="Drew search box")
board.write_line_split(sock, 0, curRowNum, 0, msg)
delayNum = float(s['delay'])
colorStr = green
if delayNum > 250:
colorStr = red
elif delayNum > 125:
colorStr = amber
elif delayNum < 0:
colorStr = red
s['delay'] = "DOWN"
delayStr = colorStr + str(s['delay']) + " "
board.write_line_split(sock, 0, curRowNum, 20, delayStr)
curRowNum += 1
board.write_line_split(sock, 0, curRowNum, 0,
" ")
except Exception, e:
print "Unexpected error:", sys.exc_info()[0]
board.write_line_split(sock, 0, curRowNum, 0,
"--errors, could not finish")
finally:
if sock is not None:
board.close_connection(sock)
return 0
msg = s['name'] + ": "
board.write_line_split(sock, 0, curRowNum, 0, msg )
delayNum = float(s['delay'])
colorStr = green
if delayNum > 250:
colorStr = red
elif delayNum > 125:
colorStr = amber
elif delayNum < 0:
colorStr = red
s['delay'] = "DOWN"
delayStr = colorStr + str(s['delay']) + " "
board.write_line_split(sock, 0, curRowNum, 20, delayStr )
curRowNum += 1
board.write_line_split(sock, 0, curRowNum, 0, " " )
except Exception, e:
print "Unexpected error:", sys.exc_info()[0]
board.write_line_split(sock, 0, curRowNum, 0, "--errors, could not finish" )
finally:
if sock is not None:
board.close_connection(sock)
return 0
