def w_print(data):
ret = xml_print()
raw = ret["raw"]
doc = ret["doc"]
psn = data["psn"]
detail = doc.createElement("Detail")
raw.appendChild(detail)
xml_node(doc, detail, "Key", "CID")
xml_node(doc, detail, "Value", psn)
return doc.toxml(encoding='gbk')
def w_ack():
ret = xml_ack()
raw = ret["raw"]
doc = ret["doc"]
now = datetime.datetime.now()
tim = datetime.datetime.strftime(now, '%Y%m%d%H%M%S')
detail = doc.createElement("Detail")
raw.appendChild(detail)
xml_node(doc, detail, "STA", "X000")
xml_node(doc, detail, "TIM", str(tim))
return doc.toxml(encoding='gbk')
def w_fin(data):
ret = xml_fin()
psn = data["psn"]
bzd = get_bodyident(psn)
bodyident = ret["bodyident"]
kident = ret["kident"]
raw = ret["raw"]
doc = ret["doc"]
bodyident.setAttribute("plant", get_item(bzd, "plant"))
bodyident.setAttribute("checkdigit", get_item(bzd, "checkdigit"))
bodyident.setAttribute("productionyear", get_item(bzd, "productionyear"))
bodyident.setAttribute("id", get_item(bzd, "bodyidentid"))
kid = get_kinident(psn)
kident.setAttribute("plant", get_item(kid, "plant"))
kident.setAttribute("componentnumber", get_item(kid, "componentnumber"))
kident.setAttribute("productionyear", get_item(kid, "productionyear"))
kident.setAttribute("id", get_item(kid, "bodyidentid"))
kident.setAttribute("serial", " ")
kident.setAttribute("checkdigit", get_item(kid, "checkdigit"))
tin = get_item(data, u"in")
tin = datetime.datetime.strptime(
tin, "%Y-%m-%d %H:%M:%S").strftime("%Y%m%d%H%M%S")
tout = get_item(data, u"out")
tout = datetime.datetime.strptime(
tout, "%Y-%m-%d %H:%M:%S").strftime("%Y%m%d%H%M%S")
result = {"CID": psn, "IN": tin, "OUT": tout}
for k, v in result.iteritems():
detail = doc.createElement("Detail")
raw.appendChild(detail)
xml_node(doc, detail, "Key", k)
xml_node(doc, detail, "Value", v)
return doc.toxml(encoding='gbk')
def w_eol(data):
psn = data["psn"]
wsn = data["wsn"]
eol_data = data["data"]
status = data["status"]
ret = xml_eol()
location = ret["location"]
device = ret["device"]
bodyident = ret["bodyident"]
doc = ret["doc"]
prc_sst_world = ret["prc_sst_world"]
location.setAttribute("assembly_cycle", get_assemble(wsn))
device.setAttribute("hostname", get_hostname(wsn))
bid = get_bodyident(psn)
bodyident.setAttribute("plant", get_item(bid, "plant"))
bodyident.setAttribute("checkdigit", get_item(bid, "checkdigit"))
bodyident.setAttribute("productionyear", get_item(bid, "productionyear"))
bodyident.setAttribute("id", get_item(bid, "bodyidentid"))
abz = doc.createElement("ABZ")
prc_sst_world.appendChild(abz)
wrk = doc.createElement("WRK")
prc_sst_world.appendChild(wrk)
fsg = doc.createElement("FSG")
prc_sst_world.appendChild(fsg)
fab = doc.createElement("FAB")
prc_sst_world.appendChild(fab)
fbr = doc.createElement("FBR")
prc_sst_world.appendChild(fbr)
ort = doc.createElement("ORT")
prc_sst_world.appendChild(ort)
abs = doc.createElement("ABS")
prc_sst_world.appendChild(abs)
pnr = doc.createElement("PNR")
prc_sst_world.appendChild(pnr)
par = doc.createElement("PAR")
prc_sst_world.appendChild(par)
prt = doc.createElement("PRT")
par.appendChild(prt)
xml_node(doc, par, "PI1", psn)
pi2 = doc.createElement("PI2")
par.appendChild(pi2)
stc = doc.createElement("STC")
par.appendChild(stc)
result = get_item(status, "result")
if result == "pass":
xml_node(doc, par, "PSC", "IO")
else:
xml_node(doc, par, "PSC", "NIO")
xml_node(doc, par, "TotalTestTime", status["totaltesttime"])
xml_node(doc, par, "Operator", status["Operator"])
xml_node(doc, par, "Tp-Name", status["Tp-Name"])
xml_node(doc, par, "gbcode", status["gbcode"])
xml_node(doc, par, "bustype", status["bustype"])
xml_node(doc, par, "bzdno", status["bzdno"])
for i in eol_data:
fas = doc.createElement("FAS")
par.appendChild(fas)
xml_node(doc, fas, "FAP", get_item(i, "itemname"))
xml_node(doc, fas, "FNR", get_item(i, "stepno"))
wid = doc.createElement("WID")
fas.appendChild(wid)
s = get_item(i, "result")
if s == "pass":
xml_node(doc, fas, "FSC", "IO")
else:
xml_node(doc, fas, "FSC", "NIO")
sio = doc.createElement("SIO")
fas.appendChild(sio)
iio = doc.createElement("IIO")
fas.appendChild(iio)
ino = doc.createElement("INO")
fas.appendChild(ino)
grp = doc.createElement("GRP")
fas.appendChild(grp)
PNR = doc.createElement("PNR")
grp.appendChild(PNR)
GNR = doc.createElement("GNR")
grp.appendChild(GNR)
PRG = doc.createElement("PRG")
grp.appendChild(PRG)
DAT = doc.createElement("DAT")
grp.appendChild(DAT)
TIM = doc.createElement("TIM")
grp.appendChild(TIM)
TAC = doc.createElement("TAC")
grp.appendChild(TAC)
objl = doc.createElement("OBJL")
grp.appendChild(objl)
i.pop("esn")
i.pop("stepno")
i.pop("line")
i.pop("psn")
i.pop("result")
i.pop("time")
i.pop("wsn")
i.pop("extname")
i.pop("itemname")
for aaa in i:
obj = doc.createElement("OBJ")
objl.appendChild(obj)
xml_node(doc, obj, "NAME", aaa)
ist = doc.createElement("IST")
obj.appendChild(ist)
unt = doc.createElement("UNT")
ist.appendChild(unt)
val = doc.createElement("VAL")
ist.appendChild(val)
xml_node(doc, val, "VAD", get_item(i, aaa))
sta = doc.createElement("STA")
ist.appendChild(sta)
return doc.toxml(encoding='gbk')