def add_new(request):
context = RequestContext(request)
if request.method=='POST':
n = eval(request.POST['tipo_new'])
n.nombre=request.POST['nombre_new']
n.desc=request.POST['desc_new']
if su(request):
n.active = True
n.save()
if not su(request):
tipo_a = request.POST['tipo_new']
sender = {"Idioma()":'idiomas',"Lenguaje()":'lenguajes',"Jobs()":'trabajos'}
pager = {"Idioma()":'obj_i.html',"Lenguaje()":'obj_l.html',"Jobs()":'obj_t.html'}
helper = "#r_" + sender[tipo_a].partition("s")[0]
print helper
template = get_template(pager[tipo_a])
print template
aux = tipo_a.partition("(")[0] + ".objects.filter(active = False)"
objs = eval(aux)
context[sender[tipo_a]]=objs
print context
html = template.render(context)
print html
publish(
'proy',
'su',
{ 'loader' : helper,
'data' : html},
sender='server' # sender id of the event, can be None.
)
return HttpResponse(status=202)
def new_message(request):
post_data = request.POST
message = post_data['message']
user = request.user
Message.objects.create(user=user, message=post_data['message'])
publish('chatapp', 'new_msg', {'text': message, 'username': user.username}, sender='server')
return HttpResponse(json.dumps({'success': True}), content_type="application/json")
def recargar(helper, result):
publish(
'module_recargar',
'reload',
{ 'loader' : helper,
'data' : result},
sender='server' # sender id of the event, can be None.
)
def IrrigatorUpdated(sender, **kwargs):
if (kwargs["update_fields"] and
kwargs["update_fields"] == ["in_watering_cycle"]):
publish(
"pidrator", "irrigator-%d" % kwargs["instance"].pk,
{"in_watering_cycle": kwargs["instance"].in_watering_cycle})
else:
CheckIrrigators.delay(pk=kwargs["instance"].pk)
def SensorUpdated(sender, **kwargs):
CheckThermostats.delay(sensor=kwargs["instance"])
if kwargs["instance"].temperature is not None:
kwargs["instance"].temperature = float(kwargs["instance"].temperature)
publish(
"pimostat", "sensor-%d" % kwargs["instance"].pk,
{"temperature": kwargs["instance"].temperature})
def update(self, canal="chat", typ="msg", info={"msg":"alive"}):
print("TYP> "+ typ + "INFO>" + unicode(info))
publish(
canal,
typ,
info,
sender='server'
)
def send_hello_world():
publish(
'foo', # the name of the channel
'bar', # the `type` of the message/event, clients use this name
# to register event handlers
{'text': 'Hello world'}, # payload of the event, needs to be
# a dict which is JSON dumpable.
sender='server' # sender id of the event, can be None.
)
def server_publish(cls, channel, payload_type, data, sender='server'):
print "Server publish in %s " % cls.form_channel_full_name(channel)
publish(
cls.form_channel_full_name(channel),
# Send to the root
payload_type,
data,
sender='server')
def send_message(self, message):
message = Bot.objects.create(message=message, date=timezone.now(),
nickname='Бот').__str__()
publish(
'mychannel',
'message',
{'message': message},
sender='server'
)
def on_success(self, data):
if 'coordinates' in data and data['coordinates']:
tweet = {
'tweet_id': data['id_str'],
'coordinates': data['coordinates']['coordinates']
}
logger.info('Tweet {0} from {1}'.format(
tweet['tweet_id'], tweet['coordinates']))
api.publish('tweets', 'tweet', tweet)
def mod_proy(request, proj):
context = RequestContext(request)
proj = Proj.objects.get(id=proj)
if perm(request, proj.owner) and request.method == 'POST':
print request.POST
proj.nombre = request.POST['name']
proj.desc = request.POST['desc_proy']
proj.save()
p_i = request.POST.getlist("idiomas")
proj.nescesita_i.clear()
for i in p_i:
aux = Idioma.objects.get(id=i)
proj.nescesita_i.add(aux)
p_l = request.POST.getlist("lenguajes")
proj.nescesita_l.clear()
for i in p_l:
aux = Lenguaje.objects.get(id=i)
proj.nescesita_l.add(aux)
for i in proj.rol_set.all():
rol_user = Rol.objects.get(id=i.id)
if proj in rol_user.proj_user.all():
if discover(proj, rol_user):
rol_user.proj_user.add(proj)
else:
rol_user.proj_user.remove(proj)
else:
if discover(proj, rol_user):
rol_user.proj_user.add(proj)
publish(
'proy',
'reload',
{"id_proy": proj.id},
sender='server' # sender id of the event, can be None.
)
return redirect('/')
idiomas = Idioma.objects.filter(active=True)
lenguajes = Lenguaje.objects.filter(active=True)
trabajos = Jobs.objects.filter(active=True)
rol_user = Rol.objects.get(user=request.user)
return render_to_response(
'm_proj.html', {
'idiomas': idiomas,
'lenguajes': lenguajes,
'trabajos': trabajos,
'proj': proj,
'works': proj.nescesita_w,
'rol_user': rol_user,
'perm': perm(request, proj.owner)
}, context)
def post(self, request, *args, **kwargs):
chat_user_id = request.POST.get("user_id")
chat_room_id = request.POST.get("room_id")
message = request.POST.get("message")
chat_message = ChatMessage()
chat_message.chat_user_id = int(chat_user_id)
chat_message.chat_room_id = int(chat_room_id)
chat_message.message = message
chat_message.save()
publish('chat', 'message', chat_message.to_dict(), sender=None)
return JsonResponse(chat_message.to_dict(), safe=False)
def add_active(request):
context = RequestContext(request)
if request.method == 'POST' and su(request):
tipo_a = request.POST['tipo']
id_a = request.POST['id']
print id_a, tipo_a
pos = {"Idioma": Idioma, "Lenguaje": Lenguaje, "Jobs": Jobs}
sender = {
"Idioma": 'idiomas',
"Lenguaje": 'lenguajes',
"Jobs": 'trabajos'
}
pager = {
"Idioma": 'obj_i.html',
"Lenguaje": 'obj_l.html',
"Jobs": 'obj_t.html'
}
aux = tipo_a + ".objects.get(id = " + id_a + ")"
print aux
obj = eval(aux, pos)
print obj
if request.POST['tDo'] == "True":
obj.active = True
obj.save()
else:
obj.delete()
aux = tipo_a + ".objects.filter(active = False)"
objs = eval(aux, pos)
print "----"
helper = "#r_" + sender[tipo_a].partition("s")[0]
print helper
template = get_template(pager[tipo_a])
print template
context[sender[tipo_a]] = objs
print context
html = template.render(context)
print html
publish(
'proy',
'su',
{
'loader': helper,
'data': html
},
sender='server' # sender id of the event, can be None.
)
return render_to_response(pager[tipo_a], {sender[tipo_a]: objs},
context)
def mod_proy(request, proj):
context = RequestContext(request)
proj = Proj.objects.get(id = proj)
if perm(request, proj.owner) and request.method=='POST':
print request.POST
proj.nombre = request.POST['name']
proj.desc = request.POST['desc_proy']
proj.save()
p_i = request.POST.getlist("idiomas")
proj.nescesita_i.clear()
for i in p_i:
aux = Idioma.objects.get(id = i)
proj.nescesita_i.add(aux)
p_l = request.POST.getlist("lenguajes")
proj.nescesita_l.clear()
for i in p_l:
aux = Lenguaje.objects.get(id = i)
proj.nescesita_l.add(aux)
for i in proj.rol_set.all():
rol_user = Rol.objects.get(id = i.id)
if proj in rol_user.proj_user.all():
if discover(proj,rol_user):
rol_user.proj_user.add(proj)
else:
rol_user.proj_user.remove(proj)
else:
if discover(proj,rol_user):
rol_user.proj_user.add(proj)
publish(
'proy',
'reload',
{"id_proy":proj.id},
sender='server' # sender id of the event, can be None.
)
return redirect('/')
idiomas = Idioma.objects.filter(active = True)
lenguajes = Lenguaje.objects.filter(active = True)
trabajos = Jobs.objects.filter(active = True)
rol_user = Rol.objects.get(user = request.user)
return render_to_response('m_proj.html',
{'idiomas':idiomas,
'lenguajes':lenguajes,
'trabajos':trabajos,
'proj':proj,
'works':proj.nescesita_w,
'rol_user':rol_user,
'perm':perm(request, proj.owner)},
context)
def send_hello_world():
while True:
time.sleep(0.5)
message = "".join([random.choice(string.ascii_letters) for i in range(10)])
timestamp = str(datetime.now())
print("Sending: %s, %s" % (message, timestamp))
publish(
"24", # the name of the channel
"approval", # the `type` of the message/event,
# clients use this name
# to register event handlers
# payload of the event, needs to be
# a dict which is JSON dumpable.
{"message": message, "timestamp": timestamp},
sender="server", # sender id of the event, can be None.
)
def add_new(request):
context = RequestContext(request)
if request.method == 'POST':
n = eval(request.POST['tipo_new'])
n.nombre = request.POST['nombre_new']
n.desc = request.POST['desc_new']
if su(request):
n.active = True
n.save()
if not su(request):
tipo_a = request.POST['tipo_new']
sender = {
"Idioma()": 'idiomas',
"Lenguaje()": 'lenguajes',
"Jobs()": 'trabajos'
}
pager = {
"Idioma()": 'obj_i.html',
"Lenguaje()": 'obj_l.html',
"Jobs()": 'obj_t.html'
}
helper = "#r_" + sender[tipo_a].partition("s")[0]
print helper
template = get_template(pager[tipo_a])
print template
aux = tipo_a.partition("(")[0] + ".objects.filter(active = False)"
objs = eval(aux)
context[sender[tipo_a]] = objs
print context
html = template.render(context)
print html
publish(
'proy',
'su',
{
'loader': helper,
'data': html
},
sender='server' # sender id of the event, can be None.
)
return HttpResponse(status=202)
def main():
while True:
fromid = callid()
message = {}
cust = get_customer(fromid['phone'], fromid['NAME'])
message['callernumber'] = fromid['phone']
message['callername'] = fromid['NAME']
message['calledat'] = fromid['time']
message['NMBR'] = fromid['NMBR']
message['customer'] = cust['name']
message['pk'] = cust['pk']
message['url'] = cust['url']
message['custtype'] = cust['custtype']
publish('callerid', 'caller', message)
print("published...", message)
crs.execute("insert into customers_call "
"values (default, '{}','{}','{}',{}) ".format(
fromid['phone'], fromid['NAME'], fromid['time'],
cust["pk"]))
crs.execute("commit")
def publish(channel, payload_type, payload=None, sender=None):
"""
calling this publish method sends a push
notification to all the registered clients
:param channel: name of the channel
:param payload_type: the `type` of the message/event,
clients use this name to register event handlers
:param payload: payload of the event, needs to be
a dict which is JSON dumpable.
"""
return api.publish(channel, payload_type, payload, sender)
def add_active(request):
context = RequestContext(request)
if request.method=='POST' and su(request):
tipo_a = request.POST['tipo']
id_a = request.POST['id']
print id_a, tipo_a
pos = {"Idioma":Idioma,"Lenguaje":Lenguaje,"Jobs":Jobs}
sender = {"Idioma":'idiomas',"Lenguaje":'lenguajes',"Jobs":'trabajos'}
pager = {"Idioma":'obj_i.html',"Lenguaje":'obj_l.html',"Jobs":'obj_t.html'}
aux = tipo_a + ".objects.get(id = "+ id_a + ")"
print aux
obj = eval(aux, pos)
print obj
if request.POST['tDo']=="True":
obj.active = True
obj.save()
else:
obj.delete()
aux = tipo_a + ".objects.filter(active = False)"
objs = eval(aux, pos)
print "----"
helper = "#r_" + sender[tipo_a].partition("s")[0]
print helper
template = get_template(pager[tipo_a])
print template
context[sender[tipo_a]]=objs
print context
html = template.render(context)
print html
publish(
'proy',
'su',
{ 'loader' : helper,
'data' : html},
sender='server' # sender id of the event, can be None.
)
return render_to_response(pager[tipo_a],
{sender[tipo_a]:objs},
context)
def RelayUpdated(sender, **kwargs):
publish(
"pimostat", "relay-%d" % kwargs["instance"].pk,
{"actuated": str(kwargs["instance"].actuated)})
def SensorUpdated(sender, **kwargs):
CheckIrrigators.delay(sensor=kwargs["instance"])
publish(
"pidrator", "sensor-%d" % kwargs["instance"].pk,
{"moisture": None if not kwargs["instance"].moisture else
float(kwargs["instance"].moisture)})
def send_message():
api.publish('channel', 'type', {'test': 'works!'})
time.sleep(1)
api.publish('channel', 'type', {'test': 'works!'})
def RelayUpdated(sender, **kwargs):
publish(
"pidrator", "relay-%d" % kwargs["instance"].pk,
{"actuated": kwargs["instance"].actuated})
def test_publish(publish_mock):
result = publish('mychan', 'thetype', payload={1: 2}, sender='snd')
assert result == publish_mock.return_value
assert publish_mock.call_args[0] == ('mychan', 'thetype', {1: 2}, 'snd')
def RelayUpdated(sender, **kwargs):
publish(
"lazylight", "update-relay",
{"relay_pk": kwargs["instance"].pk,
"actuated": kwargs["instance"].actuated})
def send_message():
api.publish('channel', 'type', {'test': 'works!'})
time.sleep(1)
api.publish('channel', 'type', {'test': 'works!'})
def update(self, canal="chat", typ="msg", info={"msg": "alive"}):
print("TYP> " + typ + "INFO>" + unicode(info))
publish(canal, typ, info, sender='server')
def aws_create(request, playground):
reqData = request.POST
sgroups = str(reqData.getlist('secGroups[]', []))
"""
Create the instance and initiate chef-zero using Vagrant
"""
aws_access_key = UserConfig.objects.findOrCreate_AwsKey(request.user).val
aws_secret_key = UserConfig.objects.findOrCreate_AwsSecret(request.user).val
create_private_key(aws_access_key, aws_secret_key)
http_proxy = UserConfig.objects.findOrCreate_ProxyHttp(request.user).val
https_proxy = UserConfig.objects.findOrCreate_ProxyHttps(request.user).val
print("Printing create post", flush=True)
print(request.POST)
# Names rather than django ids are used since the sandbox id isn't generated until later. This is a chicken/egg problem.
sandbox_name = request.POST['name']
m = hashlib.sha256()
m.update(sandbox_name.encode('utf-8'))
m.update(playground.name.encode('utf-8'))
vm_id = m.hexdigest()
# We already track sandbox's through the SandboxVM model, the check should occur there.
if os.path.exists(VAGRANT_PATH + vm_id):
print("VM already exists: " + VAGRANT_PATH + vm_id, flush=True)
return "error" # Consider better error handling
else:
os.makedirs(VAGRANT_PATH + vm_id)
# Fix Berksfile path resolution to work with both 'geoq' and 'geoq::default' formats
berksfile_dirname = request.POST['recipe'].split("::")[0]
#Generate the Vagrantfile in the cookbook directory
file = open(VAGRANT_PATH + vm_id + '/Vagrantfile', 'w')
file.write('Vagrant.configure(2) do |config|\n')
if platform.system() == "Windows":
file.write(' ENV["VAGRANT_DETECTED_OS"] = ENV["VAGRANT_DETECTED_OS"].to_s + " cygwin"\n')
else:
file.write(' ENV["VAGRANT_DETECTED_OS"] = ENV["VAGRANT_DETECTED_OS"].to_s\n')
file.write(' config.ssh.username = "******"\n')
file.write(' config.ssh.private_key_path = "' + PRIVATE_KEY_PATH + '"\n')
file.write(' config.ssh.pty = true\n')
# The Berksfile is located in the specific cookbook directory
file.write(' config.berkshelf.berksfile_path = "' + COOKBOOK_PATH + berksfile_dirname + '/Berksfile"\n')
file.write(' config.berkshelf.enabled = true\n')
file.write(' config.vm.synced_folder "", "/vagrant", type: "rsync", rsync__exclude: ".git/"\n')
file.write(' config.proxy.http = "' + http_proxy + '"\n')
file.write(' config.proxy.https = "' + https_proxy + '"\n')
file.write(' config.vm.box = "dummy"\n')
file.write(' config.trigger.before [:reload, :up, :provision], stdout: true do\n')
file.write(' SYNCED_FOLDER = ".vagrant/machines/default/aws/synced_folders"\n')
file.write(' info "Trying to delete folder #{SYNCED_FOLDER}"\n')
file.write(' # Delete synced folders as workaround to known vagrant bug.\n')
file.write(' begin\n')
file.write(' File.delete(SYNCED_FOLDER)\n')
file.write(' rescue Exception => ex\n')
file.write(' warn "Could not delete folder #{SYNCED_FOLDER}."\n')
file.write(' warn ex.message\n')
file.write(' end\n')
file.write(' end\n')
file.write(' config.vm.provider :aws do |aws|\n')
file.write(' aws.user_data = "#!/bin/bash\\nsed -i -e \'s/^Defaults.*requiretty/# Defaults requiretty/g\' /etc/sudoers"\n')
file.write(' aws.access_key_id = "'+ aws_access_key + '"\n')
file.write(' aws.secret_access_key = "'+aws_secret_key+'"\n')
file.write(' aws.keypair_name = "'+ COCREATELITE_KEYNAME +'"\n')
file.write(' aws.instance_type = "'+ request.POST['type'] +'"\n')
file.write(' aws.region = "'+ DEFAULT_REGION + '"\n')
file.write(' aws.security_groups = '+ sgroups +'\n')
file.write(' aws.ami = "'+ request.POST['ami'] + '"\n')
file.write(' aws.subnet_id = "'+ request.POST['subnet']+'"\n')
file.write(' aws.tags = {\n')
file.write(' "Name" => "'+ request.POST['name'] +' "\n')
file.write(' }\n')
file.write(' aws.associate_public_ip = true\n')
file.write(' end\n')
file.write(' config.vm.provision "chef_zero" do |chef|\n')
file.write(' chef.cookbooks_path = "'+ COOKBOOK_PATH + '"\n')
file.write(' chef.nodes_path = "/tmp"\n')
file.write(' chef.add_recipe "' + request.POST['recipe'] + '"\n')
file.write(' chef.environment = "cocreatelite"\n')
file.write(' chef.environments_path = "' + ENVIRONMENT_PATH + '"\n')
file.write(' end\n')
file.write('end')
file.close()
# TODO: a separate process using something like Celery or Twisted to
# create/provision the new resource and provide better status info
# Run
cwd_path = VAGRANT_PATH + vm_id
aws_name = request.POST['name']
# needed to force the provider in some environments (like mine)
os.environ['VAGRANT_DEFAULT_PROVIDER'] = 'aws'
os.environ['HOME'] = '/root'
vagrant_cmd = 'vagrant up --no-provision --provider=aws'
print("executing: " + vagrant_cmd, flush=True)
api.publish('vagrants', aws_name, {'text': ''}) # omnibus appears to eat first event
api.publish('vagrants', aws_name, {'text': vagrant_cmd})
vagrantProcess = subprocess.Popen(vagrant_cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE, shell=True, cwd=cwd_path)
print("bout to print stdout", flush=True)
if vagrantProcess.stdout is not None:
for line in iter(vagrantProcess.stdout.readline, b''):
line = line.decode("utf-8").rstrip()
print("<stdout> " + line, flush=True)
api.publish('vagrants', aws_name, {'text': line})
print("bout to print stderror", flush=True)
if vagrantProcess.stderr is not None:
for line in iter(vagrantProcess.stderr.readline, b''):
line = line.decode("utf-8").rstrip()
print("<stderr> " + line, flush=True)
api.publish('vagrants', aws_name, {'text': line})
# add space between
api.publish('vagrants', aws_name, {'text': ''})
vagrant_cmd = 'vagrant awsinfo -m default -p'
print("executing: " + vagrant_cmd, flush=True)
api.publish('vagrants', aws_name, {'text': vagrant_cmd})
vagrantProcess = subprocess.Popen(vagrant_cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE, shell=True, cwd=cwd_path)
instance_id = ''
if vagrantProcess.stdout is not None:
aws_info = ''
for line in iter(vagrantProcess.stdout.readline, b''):
line = line.decode("utf-8").rstrip()
print("<stdout> " + line, flush=True)
api.publish('vagrants', aws_name, {'text': line})
aws_info += line
# TODO: so this will fail if aws_stdout doesn't hhave the expected string
# need to trap and better handle either here or by what calls this
# method
instance_id = json.loads(aws_info)['instance_id']
print("set instance_id = " + instance_id)
if vagrantProcess.stderr is not None:
for line in iter(vagrantProcess.stderr.readline, b''):
line = line.decode("utf-8").rstrip()
print("<stderr> " + line, flush=True)
api.publish('vagrants', aws_name, {'text': line})
# add space between
api.publish('vagrants', aws_name, {'text': ''})
vagrant_cmd = 'vagrant provision'
print("executing: " + vagrant_cmd, flush=True)
api.publish('vagrants', aws_name, {'text': vagrant_cmd})
vagrantProcess = subprocess.Popen(vagrant_cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE, shell=True, cwd=cwd_path)
if vagrantProcess.stdout is not None:
for line in iter(vagrantProcess.stdout.readline, b''):
line = line.decode("utf-8").rstrip()
print("<stdout> " + line, flush=True)
api.publish('vagrants', aws_name, {'text': line})
if vagrantProcess.stderr is not None:
for line in iter(vagrantProcess.stderr.readline, b''):
line = line.decode("utf-8").rstrip()
print("<stderr> " + line, flush=True)
api.publish('vagrants', aws_name, {'text': line})
# add space between
api.publish('vagrants', aws_name, {'text': ''})
api.publish('vagrants', aws_name, {'text': 'Done. Goodbye.'})
return instance_id
