def point_graph(cn, nextc):
err = check.contain(cn.pr, ["id_point", "datas"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
use = floteur(cn.private["user"].id)
err = use.graph_point(cn.pr["id_point"], cn.pr["datas"])
return cn.call_next(nextc, err)
def points_infos(cn, nextc):
cn.pr = check.setnoneopt(cn.pr, [
"id_points", "period_start", "period_end", "longlat", "range", "limit"
])
use = floteur(cn.private["user"].id)
err = use.infos_points(cn.pr["id_points"], cn.pr["period_start"],
cn.pr["period_end"], cn.pr["longlat"],
cn.pr["range"], cn.pr["limit"])
return cn.call_next(nextc, err)
def point_rename(cn, nextc):
err = check.contain(cn.pr, ["id_point", "surname"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
use = floteur(cn.private["user"].id)
err = use.rename(cn.pr["id_point"], cn.pr["surname"])
return cn.call_next(nextc, err)
def point_share(cn, nextc):
err = check.contain(cn.pr, ["id_points", "email"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
use = floteur(cn.private["user"].id)
err = use.share(cn.pr["id_points"], cn.pr["email"])
return cn.call_next(nextc, err)
def pdf_report(cn, nextc):
err = check.contain(cn.pr, ["points_id", "period_start", "period_end"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
use = pdf_doc()
err = use.report(floteur(), cn.pr["points_id"], cn.pr["period_start"],
cn.pr["period_end"])
return cn.call_next(nextc, err)
def point_infos(cn, nextc):
err = check.contain(cn.pr, ["id_point"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
cn.pr = check.setnoneopt(cn.pr, ["period_start", "period_end", "limit"])
use = floteur(cn.private["user"].id)
err = use.infos_point(cn.pr["id_point"], cn.pr["period_start"],
cn.pr["period_end"], cn.pr["limit"])
return cn.call_next(nextc, err)
def point_add(cn, nextc):
err = check.contain(cn.pr, ["id_sigfox"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
cn.pr = check.setnoneopt(cn.pr, ["lng", "lat"])
use = floteur(cn.private["user"].id)
err = use.add(cn.pr["id_sigfox"], cn.pr["lat"], cn.pr["lng"])
return cn.call_next(nextc, err)
def sigfox_data_add(cn, nextc):
err = check.contain(cn.pr, ["data", "device"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
decompressed = decompress(cn.pr["data"])
if not decompressed["lat_sign"]:
decompressed["lat"] = "-" + decompressed["lat"]
if not decompressed["lng_sign"]:
decompressed["lng"] = "-" + decompressed["lng"]
use = floteur()
err = use.adddata(cn.pr["device"], "", decompressed["ph"],
decompressed["turbidity"], decompressed["redox"],
decompressed["temp"], {
"lat": decompressed["lat"],
"lng": decompressed["lng"]
})
return cn.call_next(nextc, err)
def data_add(cn, nextc):
err = check.contain(cn.pr, ["data", "sigfox_id", "point_id"])
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr = err[1]
err = check.contain(cn.pr["data"], ["data", "pos"], "data")
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr["data"] = err[1]
err = check.contain(cn.pr["data"]["data"],
["ph", "turbidity", "redox", "temp"], "data.data")
if not err[0]:
return cn.toret.add_error(err[1], err[2])
cn.pr["data"]["data"] = err[1]
use = floteur()
err = use.adddata(cn.pr["sigfox_id"], cn.pr["point_id"],
cn.pr["data"]["data"]["ph"],
cn.pr["data"]["data"]["turbidity"],
cn.pr["data"]["data"]["redox"],
cn.pr["data"]["data"]["temp"], cn.pr["data"]["pos"])
return cn.call_next(nextc, err)
def points_shared(cn, nextc):
use = floteur(cn.private["user"].id)
err = use.my_shares()
return cn.call_next(nextc, err)