def getNodeInfo(self):
out = {"res":[]}
if request.method == 'POST':
q = request.POST.get('node')
d = Session.query(
Dump.id.label('id'),\
Dump.name.label('name'),\
Dump.description.label('description'),\
Dump.history.label('history'),\
Dump.longitude.label('longitude'),\
Dump.latitude.label('latitude'),\
Comune.denominazione.label('com'),\
Comune.descrizione_provincia.label('prov')\
).join(Comune).filter(Dump.id == q)
r = d.one()
out = {"id":str(r.id),\
"title":r.name,\
"desc":r.description,\
"history":r.history,\
"longitude":str(r.longitude),\
"latitude":str(r.latitude),\
"com":r.com,\
"prov":r.prov\
}
return out
def getCoords(self):
out = {"res": []}
if request.method == "GET":
q = request.GET.get("input")
d = Session.query(Dump)
res = d.all()
out = {
"res": [
{"id": str(r.id), "title": r.name, "longitude": str(r.longitude), "latitude": str(r.latitude)}
for r in res
]
}
return out
def getCoords(self):
out = {"res":[]}
if request.method == 'GET':
q = request.GET.get('input')
d = Session.query(Dump)
res = d.all()
out = {"res":[\
{"id":str(r.id),\
"title":r.name,\
"longitude":str(r.longitude),\
"latitude":str(r.latitude)\
} for r in res ]}
return out
def agent_jac(self):
out = {"res":[]}
if request.method == 'GET':
name = request.GET.get('input')
ac_q = Session.query(Agent)
try:
res = ac_q.filter(Agent.name.like("%"+name+"%")).limit(15)
except:
return out
else:
out = {"res":[{"id":str(r.id), "name":r.name} for r in res]}
return out
else:
return out
def comuni_jac(self):
out = {"res":[]}
if request.method == 'GET':
name = request.GET.get('input')
ac_q = Session.query(Comune)
try:
res = ac_q.filter(Comune.denominazione.like("%"+name+"%")).limit(15)
except:
return out
else:
out = {"res":[{"id":str(r.id), "name":r.denominazione} for r in res]}
return out
else:
return out
def status_jac(self):
out = {"res":[]}
if request.method == 'GET':
udesc = request.GET.get('input')
ac_q = Session.query(Status)
try:
res = ac_q.filter(Status.description.like("%"+udesc+"%")).limit(15)
except:
return out
else:
out = {"res":[{"id":str(r.id), "desc":r.description} for r in res]}
return out
else:
return out
def dumptype_jac(self):
out = {"res":[]}
if request.method == 'GET':
name = request.GET.get('input')
ac_q = Session.query(DumpType)
try:
res = ac_q.filter(DumpType.type.like("%"+name+"%")).limit(15)
except:
return out
else:
out = {"res":[{"id":str(r.id), "type":r.type} for r in res]}
return out
else:
return out
def getNodeCer(self):
out = {"res":[]}
if request.method == 'POST':
q = request.POST.get('node')
d = Session.query(\
CerCode.code.label('cer_code'),\
CerCode.description.label('cer_desc'),
).\
join(CerDump).\
filter(CerDump.id_dump == q).order_by(CerCode.code.asc())
res = d.all()
out = {"res":[\
{"code":r.cer_code,\
"desc":r.cer_desc\
} for r in res ]}
return out
def cer_jac(self):
out = {"res":[]}
if request.method == 'GET':
udesc = request.GET.get('input')
ac_q = Session.query(CerCode)
try:
res = ac_q.filter(or_(CerCode.description.like('%'+udesc+'%'),CerCode.code.like("%"+udesc+"%"))).\
limit(20)
#res = ac_q.filter(Cer.description.like("%"+udesc+"%")).\
# all().limit(30)
except:
return out
else:
out = {"res":[{"id":str(r.id), "desc":r.code+' '+r.description, "code":r.code} for r in res]}
return out
else:
return out
def getNodeBiblio(self):
out = {"res":[]}
if request.method == 'POST':
q = request.POST.get('node')
d = Session.query(\
BibMedia.description.label('bm_desc'),\
BibMedia.url.label('bm_url'),\
BibMedia.type.label('bm_type'),\
BibMedia.date_ref.label('bm_dref')\
).\
filter(BibMedia.id_dump == q).order_by(BibMedia.date_ref.desc())
res = d.all()
out = {"res":[\
{"desc":r.bm_desc,\
"url":r.bm_url,\
"type":r.bm_type,\
"date":str(r.bm_dref.day)+"/"+str(r.bm_dref.month)+"/"+str(r.bm_dref.year)\
} for r in res ]}
return out
def getNodeQuantity(self):
out = {"res":[]}
if request.method == 'POST':
q = request.POST.get('node')
d = Session.query(\
Quantity.start_date.label('start_date'),\
Quantity.end_date.label('end_date'),
Quantity.notes.label('notes'),
Quantity.quantity.label('qty')\
).\
filter(Quantity.id_dump == q).order_by(Quantity.start_date.desc())
res = d.all()
out = {"res":[\
{"sd":str(r.start_date.month)+'/'+str(r.start_date.year),\
"ed":(str(r.end_date.month)+'/'+str(r.end_date.year)) if r.end_date else None,\
"qty":r.qty,\
"notes":r.notes\
} for r in res ]}
return out
def getNodeAgent(self):
out = {"res":[]}
if request.method == 'POST':
q = request.POST.get('node')
d = Session.query(\
AgentDump.start_date.label('start_date'),\
AgentDump.end_date.label('end_date'),
AgentDump.notes.label('notes'),
Agent.name.label('name')\
).\
join(Agent).\
filter(AgentDump.id_dump == q).order_by(AgentDump.start_date.desc())
res = d.all()
out = {"res":[\
{"sd":str(r.start_date.month)+'/'+str(r.start_date.year),\
"ed":(str(r.end_date.month)+'/'+str(r.end_date.year)) if r.end_date else None,\
"name":r.name,\
"notes":r.notes\
} for r in res ]}
return out
def getNodeDest(self):
out = {"res":[]}
if request.method == 'POST':
q = request.POST.get('node')
d = Session.query(\
Reallocation.start_date.label('start_date'),\
Reallocation.end_date.label('end_date'),
Reallocation.notes.label('notes'),
DumpType.type.label('type')\
).\
join(DumpType).\
filter(Reallocation.id_dump == q).order_by(Reallocation.start_date.desc())
res = d.all()
out = {"res":[\
{"sd":str(r.start_date.month)+'/'+str(r.start_date.year),\
"ed":(str(r.end_date.month)+'/'+str(r.end_date.year)) if r.end_date else None,\
"type":r.type,\
"notes":r.notes\
} for r in res ]}
return out
def getNodeStatus(self):
out = {"res":[]}
if request.method == 'POST':
q = request.POST.get('node')
d = Session.query(\
StatusDump.start_date.label('start_date'),\
StatusDump.end_date.label('end_date'),
StatusDump.notes.label('notes'),
Status.description.label('desc')\
).\
join(Status).\
filter(StatusDump.id_dump == q).order_by(StatusDump.start_date.desc())
res = d.all()
out = {"res":[\
{"sd":str(r.start_date.month)+'/'+str(r.start_date.year),\
"ed":(str(r.end_date.month)+'/'+str(r.end_date.year)) if r.end_date else None,\
"desc":r.desc,\
"notes":r.notes\
} for r in res ]}
return out
def submit(self):
"""
Verify username and password
"""
# Both fields filled?
form_username = str(request.params.get('username'))
form_password = str(request.params.get('password'))
# Get user data from database
s = Session()
rset = s.query(User).filter(User.username == form_username).all()
if len(rset) < 1: # User does not exist
return render('/login/loginindex.mako')
usr = rset[0]
cparts = usr.password.split('$')
salt = cparts[2]
oldmd = funcs.md5crypt(form_password, salt)
# Wrong password? (MD5 hashes used here)
if oldmd != usr.password:
c.loginerror = True
return render('/login/loginindex.mako')
cookie_string = funcs.simplemd5(form_username + request.environ['REMOTE_ADDR'])
# should set the cookie based here
response.set_cookie('discsleftnet', cookie_string, expires='3600')
# Mark user as logged in
session['user'] = form_username
session['custid'] = usr.id
session['cur_cookie'] = cookie_string
session.save()
# Send user back to the page he originally wanted to get to
if session.get('path_before_login'):
redirect(session['path_before_login'])
else: # if previous target is unknown just send the user to a welcome page
return render('/login/loggedin.mako')