def init(SCREEN=0):
global i2c, addrs, led, cy
i2c = machine.I2C(-1, machine.Pin(cfg.SDA_PIN), machine.Pin(cfg.SDL_PIN))
addrs = i2c.scan()
if not len(addrs):
return
led = ssd1306.SSD1306_I2C(m_x, m_y, i2c, addrs[SCREEN])
clear(1)
led.invert(1)
utime.sleep_ms(100)
clear(0)
now = date()
oprint('%s %s' % ( cfg.package, cfg.version ))
oprint('Host: %s' % ( cfg.hostname ), 0, CH)
oprint('Date: %s' % now[:10], 0, CH*2)
oprint('%s' % now[12:], 2, CH*3)
oprint('Uptime: %s' % uptime(), 0, CH*4)
cy = CH * 5
led.invert(0)
def show(self):
img = Image.new('1', (epd2in7.EPD_WIDTH, epd2in7.EPD_HEIGHT),
255) # 255: clear the frame
draw = ImageDraw.Draw(img)
font12 = ImageFont.truetype(
'/usr/share/fonts/truetype/freefont/FreeSans.ttf', 12)
Y0 = 60
line_height = 12
margin = 5
for k in range(len(self.lines)):
draw.text((margin, Y0 + k * line_height),
self.lines[k],
font=font12,
fill=0)
bigY = epd2in7.EPD_HEIGHT - 46
draw.line((0, bigY, epd2in7.EPD_WIDTH, bigY), fill=0)
draw.text((10, bigY + 5), util.date(), font=font12, fill=0)
draw.text((10, bigY + 17),
'connecté au réseau ' + util.get_essid(),
font=font12,
fill=0)
draw.text((10, bigY + 29),
'adresse IP : ' + util.get_ip_address(),
font=font12,
fill=0)
bmp = Image.open('/home/pi/Miniban/src/lib/display/explorer-logo.bmp')
img.paste(bmp, (0, 0))
self.epd.display(self.epd.getbuffer(img))
self.clear()
def welcome():
pre = '|\t '
print('\n' * 2)
print(' ', end='')
print('.-v-' * 19)
print('/' + pre)
print('\\' + pre, end='')
print('Welcome to %s %s @ %s.%s' %
(cfg.package, cfg.version, cfg.hostname, cfg.domainname))
print('/' + pre)
print('\\' + pre)
print('{' + pre, end='')
print('MicroPython %s (Python %s) on the %s platform' % \
('.'.join(map(str,sys.implementation.version)), sys.version, sys.platform))
print('/' + pre, end='')
print(' (%s)' % uos.uname().version)
print('\\' + pre)
print('/' + pre, end='')
try:
print('Local time is %s, enjoy.' % date())
except:
pass
print('\\' + pre)
print('/' + pre, end='')
print(' ' * 53, '~~`')
print('\\' + pre)
print('/' + pre, end='')
print(' ... there is but only one way to death - through life.')
print('\\' + pre)
print('+', ',..,,' * 15)
print('')
print('')
print('Loaded modules: %s' % ', '.join(sorted(list(sys.modules.keys()))))
def __summarize(self) -> str:
self.data_handler.update()
data = self.data_handler.newest_data_line
update_info = self.data_handler.update_info
out: str = strings['descriptor-date'].format(
util.date(update_info["vaccinationsLastUpdated"]))
for summarize_id, desc, convert in summarize_ids:
out += desc.format(convert(data[summarize_id]))
return out
def cmdtime(topic, msg):
from cfg import ESPConfig
cfg = ESPConfig()
from util import date
from utime import mktime
from ure import compile, match
src = topic[1]
try:
newdate = msg[0:-6]
assert compile(r"^[0-9,'() ]+$").match(newdate)
newdate = eval(newdate)
tz = msg[-5:]
newdate = mktime(newdate)
except Exception as e:
print('Incorrect time msg from %s: "%s" -- %s' % (src, msg, e))
return
print("Net date: %s Our date: %s" % (date(newdate), date()))
if src in cfg.timelords:
# check timezones...
if (newdate < time()) and (time() - newdate > cfg.MAX_TS_DRIFT):
print('%s has incorrect time by %s seconds!' % (time() - newdate))
return
elif time() < newdate and (newdate - time() > cfg.MAX_TS_DRIFT):
print('Clock is off by more than a minute, updating time')
cfg.timezone = tz
from machine import RTC
print('OLD: %s' % date())
RTC.datetime((now))
print('NEW: %s' % date())
del RTC
else:
print("Net date: %s Our date: %s" % (date(newdate), date()))
del mktime, compile, match
NODE_KEY = "a88b92531ba974f68bc1fd5938fc77"
NODE_DEBUG = 0
SERVER = "http://w/uauc/playweb/"
util.msg("PlayWeb Node 1.0")
util.msg("Server:%s Key:%s Debug:%d" % (SERVER, NODE_KEY, NODE_DEBUG))
util.msg("Listening server project...")
while 1:
r = util.http_get(SERVER + "/index.php?m=node&a=get_task")
if r['data'] != " ":
O = eval(util.decode_str(r['data'], NODE_KEY))
break
time.sleep(1)
O['debug'] = NODE_DEBUG
util.msg(
"[Project] Target:%s Time:%s Module:%s Thread:%s" %
(O['target'], util.date(O['start_time']), O['module'], O['thread']), 1)
O['target'] = "w"
O['key'] = NODE_KEY
#O['depth'] = 5 # notice
O['server_url'] = SERVER + "?m=node&a="
O['web-ports'] = util.csv2array(O['web-ports'])
O['app-ports'] = util.csv2array(O['app-ports'])
O['file-ext'] = util.csv2array(O['file-ext'])
O['module'] = util.csv2array(O['module'])
g.config(O)
# print g.O
info = scanner()
urls = []
if info['web']:
target = Url("http://" + O['target'])
crawler = Crawler(target)
def publication_date(doi):
return util.date(get(doi)['records'][0]['publicationDate'])
O = {}
NODE_KEY = "a88b92531ba974f68bc1fd5938fc77"
NODE_DEBUG = 0
SERVER = "http://w/uauc/playweb/"
util.msg("PlayWeb Node 1.0")
util.msg("Server:%s Key:%s Debug:%d" % (SERVER, NODE_KEY, NODE_DEBUG))
util.msg("Listening server project...")
while 1:
r = util.http_get(SERVER + "/index.php?m=node&a=get_task")
if r['data'] != " " :
O = eval(util.decode_str(r['data'], NODE_KEY))
break
time.sleep(1)
O['debug'] = NODE_DEBUG
util.msg("[Project] Target:%s Time:%s Module:%s Thread:%s" % (O['target'], util.date(O['start_time']), O['module'], O['thread']), 1)
O['target'] = "w"
O['key'] = NODE_KEY
#O['depth'] = 5 # notice
O['server_url'] = SERVER + "?m=node&a="
O['web-ports'] = util.csv2array(O['web-ports'])
O['app-ports'] = util.csv2array(O['app-ports'])
O['file-ext'] = util.csv2array(O['file-ext'])
O['module'] = util.csv2array(O['module'])
g.config(O)
# print g.O
info = scanner()
urls = []
if info['web']:
target = Url("http://" + O['target'])
crawler = Crawler(target)
O = {}
NODE_KEY = "a88b92531ba974f68bc1fd5938fc77"
NODE_DEBUG = 0
SERVER = "http://w/uauc/playweb/"
util.msg("PlayWeb Node 1.0")
util.msg("Server:%s Key:%s Debug:%d" % (SERVER, NODE_KEY, NODE_DEBUG))
util.msg("Listening server project...")
while 1:
r = util.http_get(SERVER + "/index.php?m=node&a=get_task")
if r['data'] != " " :
O = eval(util.decode_str(r['data'], NODE_KEY))
break
time.sleep(1)
O['debug'] = NODE_DEBUG
util.msg("[Project] Target:%s Time:%s Module:%s Thread:%s" % (O['target'], util.date(O['start_time']), O['module'], O['thread']), 1)
O['target'] = "w"
O['key'] = NODE_KEY
#O['depth'] = 5 # notice
O['server_url'] = SERVER + "?m=node&a="
O['web-ports'] = util.csv2array(O['web-ports'])
O['app-ports'] = util.csv2array(O['app-ports'])
O['file-ext'] = util.csv2array(O['file-ext'])
O['module'] = util.csv2array(O['module'])
g.config(O)
# print g.O
info = scanner()
urls = []
if info['web']:
target = Url("http://" + O['target'])
crawler = Crawler(target)
