def generateWeatherFeed():
# r1 = requests.get('https://api.weather.gov/points/36.1211,-115.3508')
# json1 = r1.json()
# location = json1['properties']['relativeLocation']['properties']
# city = location['city']
# state = location['state']
# print("weather for " + city + ", " + state)
# don't know if the following url is static, but we can find it via the code above
#r2 = requests.get('https://api.weather.gov/gridpoints/VEF/114,96/forecast')
#lat='36.1211'
#lon='-115.3508'
#r = requests.get('https://api.openweathermap.org/data/2.5/onecall?lat={lat}&lon={lon}&appid={KEY}'.format(lat=lat, lon=lon, KEY=OPEN_WEATHER_MAP_API_KEY))
r = requests.get(
'http://api.openweathermap.org/data/2.5/weather?q=Las%20Vegas,us&APPID={APP_ID}'
.format(APP_ID=OPEN_WEATHER_MAP_API_KEY))
json2 = r.json()
temp = json2['main']['temp']
tempf = int(temp * 9 / 5 - 459.67)
desc = json2['weather'][0]['description']
#f1 = json2['properties']['periods'][0]
f1s = '{font3}{green}Weather:{nl}{s1}{green}{time} {amber}{red}{temp}{nl}{amber}{forecast}'.format(
font3='{font3}',
s1='{7x6}',
green='{green}',
red='{red}',
time='now',
amber='{amber}',
temp=str(tempf),
nl="{nl}",
forecast=desc)
#f2 = json2['properties']['periods'][1]
f2s = '{font3}{amber}Weather:{nl}{s1}{green}{time} {amber}{red}{temp}{nl}{amber}{forecast}'.format(
font3='{font3}',
s1='{7x6}',
green='{green}',
red='{red}',
time='now',
amber='{amber}',
temp=str(tempf),
nl="{nl}",
forecast=desc)
#f3 = json2['properties']['periods'][2]
#f3s = '{s1}{green}{time}: {amber}{red}{temp}{nl}{amber}{forecast}'.format(s1='{7x6}',green='{green}', red='{red}', time=f3["name"], amber='{amber}', temp=f3["temperature"], nl="{nl}", forecast=f3["shortForecast"])
#print("Forecast: " + f1["name"] + " temp: " + str(one["temperature"]) + " forecast: " + one["shortForecast"])
print("temf: " + str(tempf))
print("desc: " + desc)
return TextFile('{pause=2}{randomin}{randomout}{fastest}%s{newframe}%s' %
(f1s, f2s),
"AW.nmg",
drive='D')
def generateDailyCallerPolitics():
d = feedparser.parse('http://dailycaller.com/section/politics/feed')
#print(str(d))
h1 = d['entries'][0]['title'].encode("ascii", "ignore").strip()
print(h1)
h2 = d['entries'][1]['title'].encode("ascii", "ignore").strip()
print(h2)
h3 = d['entries'][2]['title'].encode("ascii", "ignore").strip()
print(h3)
out = TextFile(
'{pause=0}{middle}{moveLeftIn}{moveLeftOut}{font4}{green}{typesetoff}DAILY CALLER POL: {amber}{16x9}%s...%s...%s'
% (h1, h2, h3),
"AD.nmg",
drive='D')
return out
def generateBTCScreen():
r = requests.get('https://api.coinmarketcap.com/v2/ticker/1/')
r = requests.get('https://api.coindesk.com/v1/bpi/currentprice.json')
jsonObject = r.json()
btcprice = int(jsonObject["bpi"]["USD"]["rate_float"])
percent_change_24h = 0 #float(jsonObject["data"]["quotes"]["USD"]["percent_change_24h"])
percent_change_7d = 0 #float(jsonObject["data"]["quotes"]["USD"]["percent_change_7d"])
color24 = '{green}'
color7d = '{green}'
if percent_change_24h < 0:
color24 = '{red}'
if percent_change_7d < 0:
color7d = '{red}'
change24 = '{color}{value:+.1f}'.format(color=color24,
value=percent_change_24h)
change7d = '{color}{value:+.1f}'.format(color=color7d,
value=percent_change_7d)
return TextFile(
'{wipeupwardin}{wipeupwardout}\x14DD{middle}%s{b16x12}{halfspace}$%s{nl}{7x6}{amber}BTC %sd %sw'
% (color24, '{:,d}'.format(btcprice), change24, change7d),
'AC.nmg',
drive='D')
def generateDrudgeFeed():
maxTries = 4
numTries = 0
while True:
error = False
d = feedparser.parse('http://drudgereportfeed.com/rss.xml')
try:
h1 = d['entries'][0]['title'].decode("utf-8").encode(
"ascii", "ignore").strip()
except Exception as exception:
error = True
h1 = "Headline 1 Error"
try:
h2 = d['entries'][1]['title'].decode("utf-8").encode(
"ascii", "ignore").strip()
except Exception as exception:
error = True
h2 = "Headline 2 Error"
try:
h3 = d['entries'][2]['title'].decode("utf-8").encode(
"ascii", "ignore").strip()
except Exception as exception:
h3 = "Headline 3 Error"
error = True
out = TextFile(
'{pause=0}{middle}{moveLeftIn}{moveLeftOut}{font4}{green}{typesetoff}DRUDGE REPORT: {amber}{16x9}%s %s %s'
% (h1, h2, h3),
"AD.nmg",
drive='D')
if not error:
return out
else:
numTries = numTries + 1
print("ERROR on drudge feed. tries = " + str(numTries))
if numTries >= maxTries:
return out
def generateInfoScreen():
return TextFile('{top}{center}{raindropsin}{red}Dali vali?{nl}{nl}NE', "AB.nmg", drive='E')
def generateTextScreen(text, name="AA.nmg"):
return TextFile(text , name , drive="E")
test += '{14x8}14x8{newframe}'
test += '{15x9}15x9{newframe}'
test += '{16x9}16x9{newframe}'
test += '{24x16}24x16{newframe}'
test += '{32x18}32x18{newframe}'
test += '{11x9}11x9{newframe}'
test += '{22x18}22x18{newframe}'
test += '{30x18}30x18{newframe}'
test += '{b14x10}b14x10{newframe}'
test += '{b15x10}b15x10{newframe}'
test += '{b16x12}b16x12{newframe}'
test += '{font3}Western12{newframe}'
files = []
if True:
files.append(TextFile(test, "FT.nmg", drive='D'))
#port = '/dev/ttyUSB0'
#port = '/dev/ttyACM0'
port = '/dev/ttyVIRTUAL'
baudRate = 19200
ser = serial.Serial(port, baudRate)
if True:
for f in files:
print("Writing file..." + f.label + " to drive: " + f.drive)
if f.type == 'T':
ser.write(Message.WriteTextFilewithChecksum(f))
elif f.type == 'P':
for packetNumber in range(0,f.numPackets):
import serial
from JetFileII import Message
from JetFileII import TextFile
from JetFileII import PictureFile
from JetFileII import SEQUENTSYS
displayMsg = Message.DisplayControlWithoutChecksum
import time
write_files = True
write_playlist = True
files = []
if write_files:
files.append(TextFile('{pause=5}{middle}{moveRightIn}{moveRightOut}{b16x12}{green}{hhmin_12hr}{nl}{amber}{7x6}{dow_abbr}, {month_abbr} {date} {yyyy}', "AB.nmg", drive='D'))
#files.append(PictureFile('../images/awesome.bmp', 'sugoi.bmp', 'D'))
#files.append(PictureFile('../images/coin.bmp', 'c', 'D'))
#files.append(PictureFile('../images/g.bmp', 'newg1.bmp', 'D'))
files.append(TextFile('{radarin}{radarout}\x14DD{middle}{green}{b16x12}{halfspace}$11,700{7x6}{green}+7%{nl}{amber}BTC {dd-mm-yy}', 'AC.nmg', drive='D'))
#files.append(TextFile('{middle}{left}{green}{b16x12}$10,600', 'AC.nmg', drive='D'))
#files.append(TextFile('{pause=1}{green}{5x5}{moveLeftIn}{moveRightOut}Playlist Entry 2', 'AC.nmg', drive='D'))
#files.append(TextFile('{pause=1}{red}{5x5}{moverightin}{moveRightOut}Playlist Entry 3', 'AD.nmg', drive='D'))
#files.append(TextFile('{pause=1}{amber}{5x5}{moverightin}{moveRightOut}Playlist Entry 4', 'AE.nmg', drive='D'))
#files.append(PictureFile('../images/g.bmp', 'myg.bmp', 'D'))
#files.append(Message.SmallPictureFile(None, msgId=2, disk='D', upload=False))
#port = '/dev/ttyUSB0'
#port = '/dev/ttyACM0'
port = '/dev/ttyVIRTUAL'
def generateTimeScreen():
return TextFile(
'{pause=6}{middle}{center}{nonein}{noneout}{amber}{7x6}{dow_abbr}, {month_abbr} {date} {yyyy}{nl}{font4}{green}{hhmin_12hr}',
"AB.nmg",
drive='D')
#!/usr/bin/env python
# vim: set ts=2 expandtab:
'''
Write a text file using v2.0 protocol with checksum
v2.0 supports filenames up to 12 characters
'''
import serial
from JetFileII import Message
from JetFileII import TextFile
file = TextFile(
'{pause=5}{middle}{moveRightIn}{moveLeftOut}{b16x12}{green}{hhmin_12hr}{nl}{amber}{7x6}{dow_abbr}, {month_abbr} {date} {yyyy}',
"AB.nmg",
drive='D')
#port = '/dev/ttyS0'
port = '/dev/ttyUSB0'
#port = '/dev/ttyACM0'
baudRate = 19200
ser = serial.Serial(port, baudRate)
x = ser.write(Message.WriteTextFilewithChecksum(file))
ser.close()