def test_numbering_latex():
init()
src = Para(createListStr(u'Exercise #'))
dest = Para([
RawInline(u'tex', u'\\phantomsection\\addcontentsline{exercise}{exercise}{\\protect\\numberline {1}{\\ignorespaces Exercise}}'),
Span(
[u'exercise:1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], 'latex', {}) == dest
init()
src = Para(createListStr(u'Exercise (The title) #'))
dest = Para([
RawInline(u'tex', u'\\phantomsection\\addcontentsline{exercise}{exercise}{\\protect\\numberline {1}{\\ignorespaces The title}}'),
Span(
[u'exercise:1', ['pandoc-numbering-text', 'exercise'], []],
[
Strong(createListStr(u'Exercise 1')),
Space(),
Emph(createListStr(u'(') + createListStr(u'The title') + createListStr(u')'))
]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], 'latex', {}) == dest
def test_numbering_hidden():
init()
src = Header(1, [u'first-chapter', [], []], createListStr(u'First chapter'))
pandoc_numbering.numbering(src['t'], src['c'], '', {})
src = Para(createListStr(u'Exercise -.#exercise:one'))
dest = Para([
Span(
[u'exercise:one', ['pandoc-numbering-text', 'exercise'], []],
[
Strong(createListStr(u'Exercise 1'))
]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
src = Para(createListStr(u'Exercise -.#'))
dest = Para([
Span(
[u'exercise:1.2', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 2'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
src = Header(1, [u'second-chapter', [], []], createListStr(u'Second chapter'))
pandoc_numbering.numbering(src['t'], src['c'], '', {})
src = Para(createListStr(u'Exercise -.#'))
dest = Para([
Span(
[u'exercise:2.1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
src = Para(createListStr(u'Exercise +.#'))
dest = Para([
Span(
[u'exercise:2.2', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 2.2'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
src = Para([Str(u'Exercise'), Space(), Str(u'#')])
dest = Para([
Span(
[u'exercise:1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
def listing_latex(meta, color, tab, space):
init()
src = Para(createListStr(u'Exercise #'))
pandoc_numbering.numbering(src['t'], src['c'], 'latex', meta)
src = Para(createListStr(u'Exercise (test) #'))
pandoc_numbering.numbering(src['t'], src['c'], 'latex', meta)
doc = [[{'unMeta': meta}], []]
pandoc_numbering.addListings(doc, 'latex', meta)
dest = [
Header(1, ['', ['unnumbered'], []], createListStr(u'Listings of exercises')),
RawBlock(
'tex',
''.join([
'\\hypersetup{linkcolor=' + color + '}',
'\\makeatletter',
'\\newcommand*\\l@exercise{\\@dottedtocline{1}{' + tab + 'em}{' + space + 'em}}',
'\\@starttoc{exercise}',
'\\makeatother'
])
)
]
assert json.loads(json.dumps(doc[1])) == json.loads(json.dumps(dest))
def test_numbering_sharp_sharp():
init()
src = Para(createListStr(u'Exercise ##'))
dest = Para(createListStr(u'Exercise #'))
pandoc_numbering.numbering(src['t'], src['c'], '', {})
assert src == dest
def main():
helper.init('chrome_option_temp')
# helper.logout()
helper.auto_login()
loop = asyncio.get_event_loop()
loop.run_until_complete(async_export())
helper.dispose()
def test():
try:
# print(helper.check_download_limit(45671948, 623597263))
helper.init()
# print(helper.get_user_info())
print(
helper.auto_download(
'https://download.csdn.net/download/hfstray/11103359'))
finally:
helper.dispose()
def test_numbering():
init()
src = Para(createListStr(u'Exercise #'))
dest = Para([
Span(
[u'exercise:1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
def test_numbering_level():
init()
src = Para(createListStr(u'Exercise +.+.#'))
dest = Para([
Span(
[u'exercise:0.0.1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 0.0.1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
src = Header(1, [u'first-chapter', [], []], createListStr(u'First chapter'))
pandoc_numbering.numbering(src['t'], src['c'], '', {})
src = Header(2, [u'first-section', [], []], createListStr(u'First section'))
pandoc_numbering.numbering(src['t'], src['c'], '', {})
src = Para(createListStr(u'Exercise +.+.#'))
dest = Para([
Span(
[u'exercise:1.1.1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 1.1.1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
src = Para(createListStr(u'Exercise +.+.#'))
dest = Para([
Span(
[u'exercise:1.1.2', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 1.1.2'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
src = Header(2, [u'second-section', [], []], createListStr(u'Second section'))
pandoc_numbering.numbering(src['t'], src['c'], '', {})
src = Para(createListStr(u'Exercise +.+.#'))
dest = Para([
Span(
[u'exercise:1.2.1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 1.2.1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
def test_classes():
init()
meta = getMeta4()
src = Para(createListStr(u'Exercise #'))
dest = Para([
Span(
[u'exercise:1', ['pandoc-numbering-text', 'my-class'], []],
[Strong(createListStr(u'Exercise 1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', meta) == dest
def test_numbering_unnumbered():
init()
src = Header(1, [u'unnumbered-chapter', [u'unnumbered'], []], createListStr(u'Unnumbered chapter'))
pandoc_numbering.numbering(src['t'], src['c'], '', {})
src = Para(createListStr(u'Exercise +.#'))
dest = Para([
Span(
[u'exercise:0.1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 0.1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
def test_numbering_title():
init()
src = Para(createListStr(u'Exercise (The title) #'))
dest = Para([
Span(
[u'exercise:1', ['pandoc-numbering-text', 'exercise'], []],
[
Strong(createListStr(u'Exercise 1')),
Space(),
Emph(createListStr(u'(') + createListStr(u'The title') + createListStr(u')'))
]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', {}) == dest
def test_numbering_sectioning_map():
init()
meta = getMeta2()
sectioning(meta)
src = Para([Str(u'Exercise'), Space(), Str(u'#')])
dest = Para([
Span(
[u'exercise:2.2.1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 2.1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', meta) == dest
def test_numbering_sectioning_map_error():
init()
meta = getMeta3()
sectioning(meta)
src = Para(createListStr(u'Exercise #'))
dest = Para([
Span(
[u'exercise:1', ['pandoc-numbering-text', 'exercise'], []],
[Strong(createListStr(u'Exercise 1'))]
)
])
assert pandoc_numbering.numbering(src['t'], src['c'], '', meta) == dest
def test():
try:
helper.init()
print(helper.get_user_info())
print(
helper.auto_download(
'https://download.csdn.net/download/ozhy111/10880596'))
print(
helper.auto_download(
'https://download.csdn.net/download/wjf8882300/10879204'))
print(
helper.auto_download(
'https://download.csdn.net/download/yeyuxingyun/3455948'))
print(
helper.auto_download(
'https://download.csdn.net/download/u013363856/9783561'))
finally:
helper.dispose()
def test_format():
init()
meta = getMeta5()
src = Para(createListStr(u'Exercise #'))
dest = json.loads(json.dumps(Para([
Span(
[u'exercise:1', ['pandoc-numbering-text', 'exercice'], []],
[
Span(['', ['description'], []], createListStr(u'Exercise')),
Span(['', ['number'], []], createListStr(u'1')),
Span(['', ['title'], []], [])
]
)
])))
json.loads(json.dumps(pandoc_numbering.numbering(src['t'], src['c'], '', meta))) == dest
def start(self):
self.harvesters, self.hunters, self.storages, self.supplies = helper.init(
)
while (True):
for j in range(100):
self.show_all_elements()
for i in range(len(self.harvesters)):
self.harvesters[i].update()
self.harvesters[i].set_score()
self.harvesters = helper.get_fitness(self.harvesters)
self.harvesters = helper.generate_harvesters_population(
self.harvesters)
def test_listing_classic():
init()
meta = getMeta1()
src = Para(createListStr(u'Exercise #'))
pandoc_numbering.numbering(src['t'], src['c'], '', meta)
src = Para(createListStr(u'Exercise (test) #'))
pandoc_numbering.numbering(src['t'], src['c'], '', meta)
doc = [[{'unMeta': meta}], []]
pandoc_numbering.addListings(doc, '', meta)
dest = [
Header(1, ['', ['unnumbered'], []], createListStr(u'Listings of exercises')),
BulletList([
[Plain([createLink(['', [], []], createListStr(u'0.0.1 Exercise'), ['#exercise:0.0.1', ''])])],
[Plain([createLink(['', [], []], createListStr(u'0.0.2 test'), ['#exercise:0.0.2', ''])])]
])
]
assert json.loads(json.dumps(doc[1])) == json.loads(json.dumps(dest))
def bgoa():
agents = helper.init()
fitness = helper.fitness(agents)
inds = fitness.argsort()
agents = agents[inds]
target = agents[0]
maxscore = helper.fitness(np.asarray([target]))
dist = np.zeros((meta.ns,meta.ns))
for l in range(meta.L):
print("Iteration : ",l+1)
c = meta.cmax - l * (meta.cmax-meta.cmin)/meta.L
dmin = sys.float_info.max
dmax = 0
for i in range(meta.ns):
for j in range(meta.ns):
if j==i:
continue
dist[i][j] = dist[j][i] = np.linalg.norm(agents[i]-agents[j])
dmax = max(dist[i][j],dmax)
dmin = min(dist[i][j],dmin)
dist = np.interp(dist,(dmin,dmax),(1,4))
dT = np.zeros((meta.ns,meta.dim))
for i in range(meta.ns):
upd = np.zeros(meta.dim)
for d in range(meta.dim):
for j in range(meta.ns):
if(i==j):
continue
upd[d] += social(math.fabs(agents[j][d] - agents[i][d])) * (agents[j][d] - agents[i][d]) / dist[i][j]
upd = upd * (c*c*0.5)
T = np.array([sigmoid(x) for x in upd])
dT[i] = T
# print("Updating Vectors")
for i in range(meta.ns):
for j in range(meta.dim):
r = np.random.rand(1)
if(r>=dT[i][j]):
agents[i][j] = 0
else:
agents[i][j] = 1
fitness = helper.fitness(agents)
inds = fitness.argsort()
score = helper.fitness(np.asarray([agents[inds[0]]]))
if(score > maxscore):
target = agents[inds[0]]
maxscore = score
print(maxscore)
return target
scanner = Scanner()
devices = scanner.scan(2.0)
# 2. Connect to them
for dev in devices:
print("Device %s (%s), RSSI=%d dB" % (dev.addr, dev.addrType, dev.rssi))
for (adtype, desc, value) in dev.getScanData():
print(" %s = %s" % (desc, value))
if dev.addr not in connected_ble_devices:
if desc == "Complete Local Name" and "CIRCUITPY" in value:
create_ble(dev.addr, dev.addrType)
# if dev.addr == "e5:59:80:c5:bc:4d":
# create_ble(dev.addr, dev.addrType)
# 3. Init connection to room
init(__file__, skipListening=True)
# # Cleanup old claims and subscriptions
batch([{"type": "death", "fact": [["id", get_my_id_str()]]}])
# 4. Listen for updates from room and BLE devices
while True:
listen(blocking=False)
for addr, data in list(connected_ble_devices.items()):
room_batch_queue, room_sub_update_queue, device = data
if not device.is_alive():
print("Device died: {}".format(addr))
del connected_ble_devices[addr]
else:
try:
batch_update_from_ble_device = room_batch_queue.get(
block=False, timeout=None)
data = ring_buffer.get()
if len(data) == 0:
continue
ans = detector.RunDetection(data)
if ans == -1:
print("Error initializing streams or reading audio data")
elif ans > 0:
message = "Keyword " + str(ans) + " detected at time: "
message += time.strftime("%Y-%m-%d %H:%M:%S",
time.localtime(time.time()))
print message
delay_time = time.time() + 3 # give at-least a 3 second delay
os.system('aplay -q {}'.format(DETECT_DING))
record()
if __name__ == "__main__": # Run when program is called (won't run if you decide to import this program)
while helper.internet_on() == False:
print "."
helper.init()
path = os.path.realpath(__file__).rstrip(os.path.basename(__file__))
# before doing anything else, just caliberate the threshold
setup_snowboy(sensitivity=0.5)
setup_microphone()
set_threshold()
os.system('mpg123 -q {}hello.mp3'.format(path, path)) # Say hello!
print('Listening... Press Ctrl+C to exit')
start_detect(sleep_time=0.03)
print "\nYou have exited JarvisBot. I hope that I was useful. To talk to me again just type: python main.py"
claims = []
claims.append({
"type":
"retract",
"fact": [
["id", get_my_id_str()],
["id", "1"],
["postfix", ""],
]
})
for result in results:
claims.append({
"type":
"claim",
"fact": [
["id", get_my_id_str()],
["id", "1"],
["text", "draw"],
["text", "graphics"],
["text", str(result["graphics"])],
["text", "on"],
["text", "miniprojector"],
]
})
proxy_client.send_multipart(
["....BATCH{}{}".format(get_my_id_str(), json.dumps(claims)).encode()],
zmq.NOBLOCK)
init(__file__)
async def handle_msg_group(context):
global last_cmd
global last_arg_str
global last_arg_int
message = context['message']
if config.need_at_me:
if not is_at_me(message):
return
if is_at_me(message):
message = rm_at_me(message)
message = message.strip()
cmd_args = message.split(' ')
cmd = cmd_args[0]
args = cmd_args[1:] if len(cmd_args) > 1 else []
def is_all_number(_str: str):
if _str is None or _str == '':
return False
for a in _str:
if not '0' <= a <= '9':
return False
return True
arg_int = int(args[0]) if len(args) > 0 and is_all_number(args[0]) else 0
arg_int_2 = int(args[1]) if len(args) > 1 and is_all_number(args[1]) else 0
arg_str = args[0] if len(args) > 0 else ''
qq_num = str(context['sender']['user_id'])
qq_name = context['sender']['nickname']
if 'card' in context['sender'] and context['sender']['card'] != '':
qq_name = context['sender']['card']
qq_group = '-1'
if 'group_id' in context:
qq_group = str(context['group_id'])
if cmd == '-help' or cmd == '-?':
msg = '● 个人信息 -personal'
msg += '\n● 排行榜 -rank [index]'
msg += '\n● 查询文件 -find [keyword]'
msg += '\n● 文件信息 -info [id]'
msg += '\n● 更多信息 -more'
msg += sep_s()
msg += '\n* 输入CSDN下载页链接下载'
msg += source_code_tail()
msg += donate_tail()
msg += export_tail()
last_cmd = cmd
await bot.send(context, msg)
if cmd == '-user':
await bot.send(context, '查询用户信息中...')
helper.init()
info = helper.get_user_info()
helper.dispose()
if info is None:
msg = '获取用户信息失败！'
else:
msg = '{}'.format(info['name'])
if info['vip']:
msg += '【VIP】'
msg += '\n剩余次数：{}次'.format(info['remain'])
msg += '\n有效期至：{}'.format(info['date'][:10])
else:
msg += '\n剩余积分：{}积分'.format(info['remain'])
await bot.send(context, msg)
if cmd == '-rank':
result = db_helper.rank_qq(arg_int)
msg = build_rank_msg(result, arg_int)
last_cmd = cmd
last_arg_int = arg_int
await bot.send(context, msg)
if cmd == '-find':
result = db_helper.find_all(arg_str, arg_int_2)
count = db_helper.count_all(arg_str)
msg = build_find_msg(result, count, arg_int_2)
last_cmd = cmd
last_arg_str = arg_str
last_arg_int = arg_int_2
await bot.send(context, msg)
if cmd == '-info':
result = db_helper.get_download(arg_int)
if result is not None:
msg = build_download_info(result)
last_cmd = cmd
last_arg_str = arg_str
last_arg_int = arg_int
await bot.send(context, msg)
else:
await bot.send(context, '文件不存在。')
if cmd == '-donors':
msg = build_donors(arg_int)
last_cmd = cmd
last_arg_int = arg_int
await bot.send(context, msg)
if cmd == '-personal':
msg = build_personal(qq_num, qq_group, qq_name)
await bot.send(context, msg)
if cmd == '-more':
if last_cmd == '-find':
last_arg_int += 10
result = db_helper.find_all(last_arg_str, last_arg_int)
count = db_helper.count_all(last_arg_str)
msg = build_find_msg(result, count, last_arg_int)
await bot.send(context, msg)
if last_cmd == '-rank':
last_arg_int += 10
result = db_helper.rank_qq(last_arg_int)
msg = build_rank_msg(result, last_arg_int)
await bot.send(context, msg)
if last_cmd == '-info':
result = db_helper.get_download(last_arg_int)
if result is not None:
msg = build_download_detail_info(result)
await bot.send(context, msg)
if last_cmd == '-donors':
last_arg_int += 10
msg = build_donors(last_arg_int)
await bot.send(context, msg)
if last_cmd == '-help' or last_cmd == '-?':
msg = '● 用户信息 -user'
msg += '\n● 捐赠名单 -donors'
msg += sep_s()
msg += '\n* 输入CSDN下载页链接下载'
msg += source_code_tail()
msg += donate_tail()
msg += export_tail()
await bot.send(context, msg)
download_id = find_csdn_download_id(context['message'])
if download_id is not None:
if helper.__already_download(download_id) and db_helper.exist_download(
download_id):
msg = build_download_info(db_helper.get_download(download_id))
await bot.send(context, msg)
return
download_url = find_csdn_download_url(context['message'])
if download_url is not None:
can_download, msg = helper.check_download_limit(qq_num, qq_group)
if not can_download:
await bot.send(context, msg)
return
if helper.is_busy():
await bot.send(context, '资源正在下载中，请稍后...')
return
await bot.send(context, '开始下载...')
try:
helper.init()
download_info = helper.auto_download(download_url, qq_num, qq_name,
qq_group)
msg = download_info['message']
if download_info['success']:
result = db_helper.get_download(download_info['info']['id'])
msg = build_download_info(result)
last_cmd = '-info'
last_arg_int = int(result.id)
elif donate_tail() != '':
msg += sep_s()
msg += donate_tail()
await bot.send(context, msg)
finally:
helper.dispose()
def main(configfile):
print('smartCam-start -----------------------------')
# Loading config file,
# Default values
cfg_log_traces="smartCam.log"
cfg_log_exceptions="smartCame.log"
global GLB_configuration
# Let's fetch data
GLB_configuration={}
with open(configfile) as json_data:
GLB_configuration = json.load(json_data)
#Get log names
if "log" in GLB_configuration:
if "logTraces" in GLB_configuration["log"]:
cfg_log_traces = GLB_configuration["log"]["logTraces"]
if "logExceptions" in GLB_configuration["log"]:
cfg_log_exceptions = GLB_configuration["log"]["logExceptions"]
helper.init(cfg_log_traces,cfg_log_exceptions)
print('See logs traces in: {0} and exeptions in: {1}-----------'.format(cfg_log_traces,cfg_log_exceptions))
helper.internalLogger.critical('smartCam-start -------------------------------')
helper.einternalLogger.critical('smartCam-start -------------------------------')
try:
os.makedirs(GLB_configuration["mediaPath"])
except FileExistsError:
# directory already exists
pass
mountBindMediaPath(False)
mountBindMediaPath(True)
try:
apiRestTask=threading.Thread(target=apirest_task,name="restapi")
apiRestTask.daemon = True
apiRestTask.start()
except Exception as e:
helper.internalLogger.critical("Error processing GLB_configuration json {0} file. Exiting".format(configfile))
helper.einternalLogger.exception(e)
loggingEnd()
return
try:
while True:
#helper.internalLogger.critical("Polling, nothing to poll yet")
time.sleep(1)
except Exception as e:
e = sys.exc_info()[0]
helper.internalLogger.critical('Error: Exception unprocessed properly. Exiting')
helper.einternalLogger.exception(e)
print('smartCam-General exeception captured. See log:{0}',format(cfg_log_exceptions))
mountBindMediaPath(False)
loggingEnd()
# If you need to invert the black/white data image
# im_blur = np.invert(im_blur)
#Convert back to BGR for cv2
#im_cloud_blur = cv2.cvtColor(im_cloud_blur,cv2.COLOR_GRAY2BGR)
# Apply colormap
im_cloud_clr = cv2.applyColorMap(im_cloud_blur, colormap)
# blend images 50/50
return (a1 * im_map + a2 * im_cloud_clr).astype(np.uint8)
if __name__ == "__main__":
seqname = sys.argv[1]
helper.init(seqname)
# Test model
model = mod_vgg16.create_my_model_without_dropout()
model.load_weights('./trained_weights.h5')
adam = Adam(lr=0.001)
model.compile(loss='sparse_categorical_crossentropy',
optimizer=adam,
metrics=['accuracy'])
for layer in model.layers:
layer.trainable = False
dataset_train, dataset_test = helper.getKings()
X_test = np.squeeze(np.array(dataset_test.images))
def room_thread():
global room_ui_requests
@prehook
def room_prehook_callback():
batch([{"type": "death", "fact": [["id", get_my_id_str()]]}])
@subscription([
"$ $ paper $targetId has RFID $rfid",
"$ $ $targetName has paper ID $targetId",
"$ $ $targetName has source code $sourceCode"
])
def rfid_source_code_callback(results):
rfid_to_source_code = {}
if results:
for result in results:
source_code = result["sourceCode"].replace(chr(9787), '"')
rfid_to_source_code[result["rfid"]] = (result["targetName"],
source_code)
room_rfid_code_updates.put(rfid_to_source_code)
print("updated RFID to source code map")
init(__file__, skipListening=True)
while True:
listen(blocking=False)
try:
message = room_ui_requests.get(block=False)
if message is None:
print("received none message in room thread, exiting")
return
req_type = message[0]
active_rfid = message[1]
active_program_name = message[2]
source_code = message[3]
clean_source_code = source_code.replace('"', chr(9787))
if req_type == ROOM_REQUEST_SAVE:
batch([{
"type":
"claim",
"fact": [
["id", get_my_id_str()],
["id", "0"],
["text", "wish"],
["text", active_program_name],
["text", "has"],
["text", "source"],
["text", "code"],
["text", clean_source_code],
]
}])
elif req_type == ROOM_REQUEST_PRINT:
generate_and_upload_code_image("Code for {}\n\n{}".format(
active_program_name, clean_source_code))
batch([{
"type":
"claim",
"fact": [
["id", get_my_id_str()],
["id", "0"],
["text", "wish"],
["text", "1854-code.png"],
["text", "would"],
["text", "be"],
["text", "thermal"],
["text", "printed"],
["text", "on"],
["text", "epson"],
]
}])
elif req_type == ROOM_REQUEST_PRINT_FRONT:
generate_and_upload_code_front_image(active_program_name)
batch([{
"type":
"claim",
"fact": [
["id", get_my_id_str()],
["id", "0"],
["text", "wish"],
["text", "1854-front.png"],
["text", "would"],
["text", "be"],
["text", "thermal"],
["text", "printed"],
["text", "on"],
["text", "epson"],
]
}])
except queue.Empty:
pass
time.sleep(0.1)
def main(host, port, lc, configfile):
print('SCSEM-start -----------------------------')
# Loading config file,
# Default values
cfg_log_traces = "scsem.log"
cfg_log_exceptions = "scseme.log"
cfg_SensorsDirectory = {}
cfg_lc = lc
cfg_database_dbhost = host
cfg_database_dbport = port
cfg_bt_enable = True
cfg_bt_retryTimeSeconds = 20
# Let's fetch data
with open(configfile) as json_data:
configuration = json.load(json_data)
#Get log names
if "log" in configuration:
if "logTraces" in configuration["log"]:
cfg_log_traces = configuration["log"]["logTraces"]
if "logExceptions" in configuration["log"]:
cfg_log_exceptions = configuration["log"]["logExceptions"]
helper.init(cfg_log_traces, cfg_log_exceptions)
print('See logs traces in: {0} and exeptions in: {1}-----------'.format(
cfg_log_traces, cfg_log_exceptions))
helper.internalLogger.critical(
'SCSEM-start -------------------------------')
helper.einternalLogger.critical(
'SCSEM-start -------------------------------')
try:
#Get sensors list
cfg_SensorsDirectory = configuration["Sensors"]
#Override args if available in config file
if "launchContainers" in configuration:
cfg_lc = configuration["launchContainers"]
if "DataBase" in configuration:
if "dbhost" in configuration["DataBase"]:
cfg_database_host = configuration["DataBase"]["dbhost"]
if "dbport" in configuration["DataBase"]:
cfg_database_port = configuration["DataBase"]["dbport"]
if "BluetoothSettings" in configuration:
if "isBtEnabled" in configuration["BluetoothSettings"]:
cfg_bt_enabled = configuration["BluetoothSettings"][
"isBtEnabled"]
if not cfg_bt_enabled:
helper.internalLogger.warning(
"Bluetooth devices are not enabled this time in config."
)
if "retryTimeSeconds" in configuration["BluetoothSettings"]:
cfg_bt_retryTimeSeconds = configuration["BluetoothSettings"][
"retryTimeSeconds"]
except Exception as e:
helper.internalLogger.critical(
"Error processing configuration json {0} file. Exiting".format(
configfile))
helper.einternalLogger.exception(e)
loggingEnd()
return
if cfg_lc == True:
launchContainers()
try:
hdlDB = dbWrapper(cfg_database_host,
cfg_database_port,
user='******',
password='******',
dbname='db_emem',
dbuser='******',
dbpss='emem')
for key, item in cfg_SensorsDirectory.items():
if item['devType'] == "BT":
if not cfg_bt_enabled:
helper.internalLogger.debug(
"Skipping creating BT object handler, bluethooth devices are disabled."
)
continue
helper.internalLogger.debug("Creating BT object handler...")
x = btWrapper(key,
item,
speed=9600,
timeout=cfg_bt_retryTimeSeconds)
x.tryReconnect()
elif item['devType'] == "LOCAL":
helper.internalLogger.debug(
"Creating local DHT object handler...")
x = localDhtWrapper(key, item)
else:
helper.internalLogger.error(
"Unknown sensor device type, ignoring it")
continue
item['handler'] = x
sensorTask = threading.Thread(target=sensor_task,
args=(
key,
item,
hdlDB,
),
name=key)
sensorTask.daemon = True
sensorTask.start()
while True:
time.sleep(1)
except Exception as e:
e = sys.exc_info()[0]
helper.internalLogger.critical(
'Error: Exception unprocessed properly. Exiting')
helper.einternalLogger.exception(e)
print('SCSEM-General exeception captured. See ssms.log:{0}',
format(cfg_log_exceptions))
loggingEnd()
if __name__ == '__main__':
import argparse
# ----#- Main
parser = argparse.ArgumentParser(
description="D&D web server",
epilog="The server runs locally on port 5000 if PORT is not specified."
)
parser.add_argument("-f",
dest="file",
help="The location of the database file")
parser.add_argument("-p",
dest="port",
help="The port where the server will run")
args = parser.parse_args()
helper.init(args.file)
if args.port is not None: # Public System
port = int(args.port)
host = '0.0.0.0'
debug = False
else: # Private System
port = 5000
host = '127.0.0.1'
debug = False
print('safari-http://%s:%d/' % (host, port))
app.run(host=host, port=port, debug=debug, use_reloader=False)
import helper as app
if __name__ == '__main__':
app.init()
app.process()
app.end()
from helper import init, moveDisk
def towers(nd, source, dest):
if nd > 0:
temp = 3 - source - dest
towers(nd - 1, source, temp)
moveDisk(source, dest)
towers(nd - 1, temp, dest)
n = 3
init(n)
towers(n, 0, 2)
#change those depending on sideLength flt_bridgeLayerOneExtrude = 1.5#1# flt_bridgeLayerOneFeed = 1000#50# flt_bridgeLayerTwoExtrude = 3 flt_bridgeLayerTwoFeed = 500#40# int_bridgePause = 1000 #roof only rExtrude = 1.5#0.8 rFeed = 4000 rShiftValue = 0.5 rWait = 200 ######### str_targetFile = "fast_cube_%dmm.gcode" % int_sideLength str_gcode = helper.init() str_gcode += """ ;init G1 X30 E20 """ str_gcode += helper.print_square(int_sideLength, flt_squareExtrude) str_gcode += """ """ str_gcode += """ ;first pillar """
)
if not html:
return abort(404)
return final_pass(html)
if __name__ == '__main__':
import argparse
# ----#- Main
parser = argparse.ArgumentParser(description="D&D web server", epilog="The server runs locally on port 5000 if PORT is not specified.")
parser.add_argument("-f", dest="file", help="The location of the database file")
parser.add_argument("-p", dest="port", help="The port where the server will run")
parser.add_argument("-m", dest="message", help="A message to display on the site")
args = parser.parse_args()
helper.init(args.file)
if args.port is not None: # Public System
port = int(args.port)
host = '0.0.0.0'
debug = False
else: # Private System
port = 5000
host = '127.0.0.1'
debug = False
print('safari-http://%s:%d/' % (host, port))
app.config['message'] = args.message
app.run(host=host, port=port, debug=debug, use_reloader=False)
framerate = 0
frametimer = time.time()
while True:
stepr += 1
threading.Thread(
target=glb.allstep,
daemon=True,
).start()
#glb.allstep()
glb.canvas.step()
st = time.time()
if stepr % 250 == 0:
for i in range(2):
helper.makenewenemy()
while time.time() - st <= 1 / frametarget:
pass
framerate += 1
if time.time() - frametimer >= 1:
print("FR: ", framerate)
frametimer = time.time()
framerate = 0
if __name__ == "__main__":
print("\033[1;37;40mStarting Program...")
glb.init()
start()
async def handle_msg(context):
# 下面这句等价于 bot.send_private_msg(user_id=context['user_id'], message='你好呀，下面一条是你刚刚发的：')
"""
try:
await bot.send(context, '你好呀，下面一条是你刚刚发的：')
except ApiError:
pass
"""
global last_cmd
global last_arg_str
global last_arg_int
message = context['message']
if message.startswith('@{}'.format(config.default_qq_name)):
message = message[4:]
message = message.strip()
cmd_args = message.split(' ')
cmd = cmd_args[0]
args = cmd_args[1:] if len(cmd_args) > 1 else []
def is_all_number(_str: str):
if _str is None or _str == '':
return False
for a in _str:
if not '0' <= a <= '9':
return False
return True
arg_int = int(args[0]) if len(args) > 0 and is_all_number(args[0]) else 0
arg_int_2 = int(args[1]) if len(args) > 1 and is_all_number(args[1]) else 0
arg_str = args[0] if len(args) > 0 else ''
if cmd == '-help' or cmd == '-?':
msg = '● 用户信息 -user'
msg += '\n● 排行榜 -rank [index]'
msg += '\n● 查询文件 -find [keyword]'
msg += '\n● 文件信息 -info [id]'
msg += '\n● 更多信息 -more'
msg += '\n' + '-' * 38
msg += '\n* 直接输入CSDN下载页链接即可下载'
msg += '\n* 大黄鸭源码 http://t.cn/EK5Q58Y'
await bot.send(context, msg)
if cmd == '-user':
await bot.send(context, '查询用户信息中...')
helper.init()
info = helper.get_user_info()
helper.dispose()
if info is None:
msg = '获取用户信息失败！'
else:
msg = '{}'.format(info['name'])
if info['vip']:
msg += '【VIP】'
msg += '\n剩余次数：{}次'.format(info['remain'])
msg += '\n有效期至：{}'.format(info['date'][:10])
else:
msg += '\n剩余积分：{}积分'.format(info['remain'])
await bot.send(context, msg)
if cmd == '-rank':
result = db_helper.rank_qq(arg_int)
msg = build_rank_msg(result, arg_int)
last_cmd = cmd
last_arg_int = arg_int
await bot.send(context, msg)
if cmd == '-find':
result = db_helper.find_all(arg_str, arg_int_2)
count = db_helper.count_all(arg_str)
msg = build_find_msg(result, count, arg_int_2)
last_cmd = cmd
last_arg_str = arg_str
last_arg_int = arg_int_2
await bot.send(context, msg)
if cmd == '-info':
result = db_helper.get_download(arg_int)
if result is not None:
msg = build_download_info(result)
last_cmd = cmd
last_arg_str = arg_str
last_arg_int = arg_int
await bot.send(context, msg)
else:
await bot.send(context, '文件不存在。')
if cmd == '-more':
if last_cmd == '-find':
last_arg_int += 10
result = db_helper.find_all(last_arg_str, last_arg_int)
count = db_helper.count_all(arg_str)
msg = build_find_msg(result, count, last_arg_int)
await bot.send(context, msg)
if last_cmd == '-rank':
last_arg_int += 10
result = db_helper.rank_qq(last_arg_int)
msg = build_rank_msg(result, last_arg_int)
await bot.send(context, msg)
if last_cmd == '-info':
result = db_helper.get_download(last_arg_int)
if result is not None:
msg = build_download_detail_info(result)
await bot.send(context, msg)
download_url = find_csdn_download_url(context['message'])
if download_url is not None:
if helper.is_busy():
await bot.send(context, '资源正在下载中，请稍后...')
return
await bot.send(context, '开始下载...')
try:
helper.init()
qq_num = context['sender']['user_id']
qq_name = context['sender']['nickname']
if 'card' in context['sender'] and context['sender']['card'] != '':
qq_name = context['sender']['card']
download_info = helper.auto_download(download_url, qq_num, qq_name)
msg = download_info['message']
if download_info['success']:
result = db_helper.get_download(download_info['info']['id'])
msg = build_download_info(result)
last_cmd = '-info'
last_arg_int = int(result.id)
await bot.send(context, msg)
finally:
helper.dispose()
