protected void Update_Test1(int cas_id, string pre_com, string c_f, string _ir, string _load, string _fun, string _full, int c_t, string c_c, int l_t, string l_c)
{
BLL_Dml _objbll = new BLL_Dml();
_database _objdb = new _database();
_objdb.DBName = "dbCML";
_cls_ele_testing _objcls = new _cls_ele_testing();
_objcls.cas_id = cas_id;
_objcls.torque = "";
_objcls.ir = _ir;
_objcls.pressure = "";
_objcls.sec_injection = "";
_objcls.con_resistance = "";
_objcls.functional = _fun;
_objcls.ttl_cold_tested = c_t;
_objcls.cold_complete = c_c;
_objcls.ttl_live_tested = l_t;
_objcls.live_complete = l_c;
_objcls.pre_com = pre_com;
_objcls.c_f = c_f;
_objcls.load = _load;
_objcls.full_run = _full;
_objcls.wir_test = "";
_objcls.ratio_test = "";
_objcls.wr_test = "";
_objcls.vg_test = "";
_objcls.hv_test = "";
_objcls.lv_ir_test_gen = "";
_objbll.Insert_Cas_Testing(_objcls, _objdb);
}
protected void Update_Test1(int cas_id, string wir, string ratio, string wr, string vg, string _fun, string _ir, string hv, string lv_ir)
{
BLL_Dml _objbll = new BLL_Dml();
_database _objdb = new _database();
_objdb.DBName = "dbCML";
_cls_ele_testing _objcls = new _cls_ele_testing();
_objcls.cas_id = cas_id;
_objcls.torque = "";
_objcls.ir = _ir;
_objcls.pressure = "";
_objcls.sec_injection = "";
_objcls.con_resistance = "";
_objcls.functional = _fun;
_objcls.ttl_cold_tested = 0;
_objcls.cold_complete = "";
_objcls.ttl_live_tested = 0;
_objcls.live_complete = "";
_objcls.pre_com = "";
_objcls.c_f = "";
_objcls.load = "";
_objcls.full_run = "";
_objcls.wir_test = wir;
_objcls.ratio_test = ratio;
_objcls.wr_test = wr;
_objcls.vg_test = vg;
_objcls.hv_test = hv;
_objcls.lv_ir_test_gen = lv_ir;
_objbll.Insert_Cas_Testing(_objcls, _objdb);
}
protected void Update_Test1(int cas_id, DateTime _torque, DateTime _ir, DateTime _press, DateTime _sec, DateTime _con, DateTime _fun, int c_t, DateTime c_c, int l_t, DateTime l_c)
{
BLL_Dml _objbll = new BLL_Dml();
_database _objdb = new _database();
_objdb.DBName = "dbCML";
_cls_ele_testing _objcls = new _cls_ele_testing();
_objcls.cas_id = cas_id;
_objcls.torque = "";
_objcls.ir = "";
_objcls.pressure = "";
_objcls.sec_injection = "";
_objcls.con_resistance = "";
_objcls.functional = "";
_objcls.ttl_cold_tested = c_t;
_objcls.cold_complete = "";
_objcls.ttl_live_tested = l_t;
_objcls.live_complete = "";
_objbll.add_ele_pnl_eqi_test(_objcls, _objdb);
_objbll.add_ele_out_cir_test(_objcls, _objdb);
}
protected void Update_Test1(int cas_id, string _torque, string _ir, string _press, string _sec, string _con, string _fun, int c_t, string c_c, int l_t, string l_c)
{
BLL_Dml _objbll = new BLL_Dml();
_database _objdb = new _database();
_objdb.DBName = "dbCML";
_cls_ele_testing _objcls = new _cls_ele_testing();
_objcls.cas_id = cas_id;
_objcls.torque = _torque;
_objcls.ir = _ir;
_objcls.pressure = _press;
_objcls.sec_injection = _sec;
_objcls.con_resistance = _con;
_objcls.functional = _fun;
decimal _test = 0;
if (_torque != "")
{
_test += 1;
}
if (_ir != "")
{
_test += 1;
}
if (_press != "")
{
_test += 1;
}
if (_sec != "")
{
_test += 1;
}
if (_con != "")
{
_test += 1;
}
if (_fun != "")
{
_test += 1;
}
decimal _comp = 0;
_comp = (_test / 6) * 100;
_objcls.completed = _comp;
_objcls.ttl_cold_tested = c_t;
_objcls.cold_complete = c_c;
_objcls.ttl_live_tested = l_t;
_objcls.live_complete = l_c;
_objcls.pre_com = "";
_objcls.c_f = "";
_objcls.load = "";
_objcls.full_run = "";
_objcls.wir_test = "";
_objcls.ratio_test = "";
_objcls.wr_test = "";
_objcls.vg_test = "";
_objcls.hv_test = "";
_objcls.lv_ir_test_gen = "";
_objbll.Insert_Cas_Testing(_objcls, _objdb);
}
