/// <summary>
/// 新增遥控
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void bt_ykadd_Click(object sender, EventArgs e)
{
Log.WriteLog("新增遥控");
try
{
if ((m_obj.equtype.ToString()).StartsWith("P_"))
{
Yk_cfg ykcfg = new Yk_cfg();
ykcfg.AreaID = (int)cb_ykarea.SelectedValue;
ykcfg.Order = Byklist.Count;
ykcfg.EquID = m_obj.equ.EquID;
DBOPs ds = new DBOPs();
int i = ds.InsertYKConfig(ykcfg);
Log.WriteLog("新增遥控执行完毕");
if (i > -1)
{
ykcfg.ID = i;
Byklist.Add(ykcfg);
}
Log.WriteLog("新增遥控并添加到列表完毕");
}
}
catch (Exception ee)
{
Log.WriteLog("新增遥控错误：" + ee.Message);
}
}
/// <summary>
/// 新增遥控
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void bt_ykadd_Click(object sender, EventArgs e)
{
try
{
if ((m_obj.equtype.ToString()).StartsWith("P_"))
{
if (cb_ykarea.SelectedItem == null)
{
MessageBox.Show("请选择分区");
return;
}
Yk_cfg ykcfg = new Yk_cfg();
ykcfg.AreaID = (int)cb_ykarea.SelectedValue;
ykcfg.Order = Byklist.Count;
ykcfg.EquID = m_obj.equ.EquID;
DBOPs ds = new DBOPs();
int i = ds.InsertYKConfig(ykcfg);
if (i > -1)
{
ykcfg.ID = i;
Byklist.Add(ykcfg);
}
}
}
catch (Exception ee)
{
gMain.log.WriteLog("新增遥控错误：" + ee.Message);
}
}
private void bt_save_Click(object sender, EventArgs e)
{
var gcid = comboBox1.SelectedValue.ToString();
if (!string.IsNullOrEmpty(gcid))
{
if (listView1.Items.Count > 0)
{
try
{
DataStorage ds = new DataStorage();
List <Gc_triggerequ> triList = ds.GetGctriggerEqu(gcid);
List <Gc_triggerequ> addTriList = new List <Gc_triggerequ>();
for (int i = 0; i < listView1.Items.Count; i++)
{
var trigger = triList.Where(p => p.EquID == listView1.Items[i].SubItems[0].Text).FirstOrDefault();
if (trigger == null)
{
int alarmID = int.Parse(listView1.Items[i].SubItems[2].Text);
addTriList.Add(new Gc_triggerequ {
EquID = listView1.Items[i].SubItems[0].Text, GCID = gcid, AlarmTypeID = alarmID, EquRStateID = 0, IsAlarm = 0
});
}
}
DBOPs db = new DBOPs();
if (db.InsertAddTrigger(addTriList) < 1)
{
gMain.log.WriteLog("群控触发设备保存失败!插入数据库失败");
}
this.Hide();
}
catch (Exception ex)
{
gMain.log.WriteLog("群控触发设备保存失败:" + ex);
MessageBox.Show("群控触发保存失败！");
}
}
}
}
/// <summary>
/// 双击，没有选中双击批量生成设备
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void context_DoubleClicked(object sender, EventArgs e)
{
try
{
if (this.panel1.m_pCurrentObject == null)
{
#region create object
createAddDialog.StartPosition = FormStartPosition.CenterParent;
if (createAddDialog.ShowDialog(this) == DialogResult.OK)
{
MyObject.ObjectType obj = (MyObject.ObjectType)createAddDialog.cb_equtype.SelectedValue;
int count = (int)createAddDialog.nd_equNum.Value;//需要生成对象的数量
int startNum = 1;
int.TryParse(createAddDialog.tb_startNum.Text, out startNum);
int cfgNum = 0;
try
{
cfgNum = int.Parse(createAddDialog.tb_cfgnum.Text);
}
catch (Exception)
{
Log.WriteLog("配置号码格式不正确");
createAddDialog.Hide();
}
DBOPs db = new DBOPs();
int parentWith = this.panel1.BackgroundImage.Size.Width;
for (int i = 0; i < count; i++)
{
var lacation = ((MouseEventArgs)e).Location;
int x = (int)(parentWith - 2 * lacation.X) / (count - 1) * i + lacation.X;
lacation = new System.Drawing.Point {
X = x, Y = lacation.Y
};
MyObject myObject = panel1.DrawObject(obj.ToString(), lacation);
if (createAddDialog.checkbox_way.Checked)
{
myObject.equ.EquName = createAddDialog.tb_nameFirst.Text + (startNum++);
}
else
{
myObject.equ.EquName = createAddDialog.tb_nameFirst.Text + (startNum--);
}
if (obj == MyObject.ObjectType.EP_T)
{
ep_c_cfg ep = new ep_c_cfg();
ep.EquID = myObject.equ.EquID;
ep.Mesg = myObject.equ.EquName;
if (createAddDialog.checkbox_way.Checked)
{
ep.EPNum = (cfgNum++).ToString();;
}
else
{
ep.EPNum = (cfgNum--).ToString();
}
db.InsertEp(ep);
}
else if (obj == MyObject.ObjectType.F_L || obj == MyObject.ObjectType.F_SB || obj == MyObject.ObjectType.F_YG)
{
}
}
}
#endregion
}
else
{
SetObjectPro();
}
}
catch (Exception ex)
{
Log.WriteLog(ex);
}
}
/// <summary>
/// 根据点位自动生成遥控字符串
/// </summary>
public void AutoCreateYK(List <MyObject> m_ObjectList)
{
try
{
DBOPs db = new DBOPs();
int commandid = 0;
List <PLCEqu> insertEqu = new List <PLCEqu>();
for (int i = 0; i < m_ObjectList.Count; i++)
{
if (m_ObjectList[i] is PLCEqu)
{
//生成遥信字符串
var plcEqu = m_ObjectList[i] as PLCEqu;
if (plcEqu.plc_pro.ykList.Count > 0)
{
continue;
}
#region
switch (plcEqu.equtype)
{
case MyObject.ObjectType.P:
break;
case MyObject.ObjectType.P_AF:
break;
case MyObject.ObjectType.P_CL:
break;
case MyObject.ObjectType.P_CO:
break;
case MyObject.ObjectType.P_GJ:
break;
case MyObject.ObjectType.P_HL:
commandid = 47;
AddYKStr(PlcString.strYKhl, plcEqu, commandid);
break;
case MyObject.ObjectType.P_HL2:
commandid = 51;
AddYKStr(PlcString.strYKhl2, plcEqu, commandid);
break;
case MyObject.ObjectType.P_JF:
commandid = 40;
AddYKStr(PlcString.strYKjf, plcEqu, commandid);
break;
case MyObject.ObjectType.P_L:
commandid = 34;
AddYKStr(PlcString.stryk2byte, plcEqu, commandid);
break;
case MyObject.ObjectType.P_LJQ:
commandid = 36;
AddYKStr(PlcString.stryk2byte, plcEqu, commandid);
break;
case MyObject.ObjectType.P_LLDI:
break;
case MyObject.ObjectType.P_LYJ:
commandid = 38;
AddYKStr(PlcString.stryk2byte, plcEqu, commandid);
break;
case MyObject.ObjectType.P_P:
break;
case MyObject.ObjectType.P_TD:
commandid = 58;
AddYKStr(PlcString.strYKTD, plcEqu, commandid);
break;
case MyObject.ObjectType.P_TL2_Close:
commandid = 114;
AddYKStr(PlcString.stryk2byte, plcEqu, commandid);
break;
case MyObject.ObjectType.P_TL2_Down:
commandid = 67;
AddYKStr(PlcString.stryk2byte, plcEqu, commandid);
break;
case MyObject.ObjectType.P_TL2_Left:
break;
case MyObject.ObjectType.P_TL2_Right:
break;
case MyObject.ObjectType.P_TL2_UP:
commandid = 71;
AddYKStr(PlcString.stryk2byte, plcEqu, commandid);
break;
case MyObject.ObjectType.P_TL3_Down:
break;
case MyObject.ObjectType.P_TL3_Left:
break;
case MyObject.ObjectType.P_TL3_Right:
break;
case MyObject.ObjectType.P_TL3_UP:
break;
case MyObject.ObjectType.P_TL4_Down:
break;
case MyObject.ObjectType.P_TL4_Left:
break;
case MyObject.ObjectType.P_TL4_Right:
break;
case MyObject.ObjectType.P_TL4_UP:
break;
case MyObject.ObjectType.P_TL5_Down:
break;
case MyObject.ObjectType.P_TL5_Left:
commandid = 105;
AddYKStr(PlcString.strYKtl1, plcEqu, commandid);
break;
case MyObject.ObjectType.P_TL5_Right:
commandid = 109;
AddYKStr(PlcString.strYKtl1, plcEqu, commandid);
break;
case MyObject.ObjectType.P_TL5_UP:
commandid = 97;
AddYKStr(PlcString.strYKtl, plcEqu, commandid);
break;
case MyObject.ObjectType.P_TL_Down:
commandid = 85;
AddYKStr(PlcString.strYKtl, plcEqu, commandid);
break;
case MyObject.ObjectType.P_TL_Left:
break;
case MyObject.ObjectType.P_TL_Right:
break;
case MyObject.ObjectType.P_TL_UP:
break;
case MyObject.ObjectType.P_TW:
break;
case MyObject.ObjectType.P_VI:
break;
default:
break;
}
#endregion
insertEqu.Add(plcEqu);
}
}
if (insertEqu.Count > 0)
{
db.InsertYK(insertEqu);
gMain.log.WriteLog("自动生成遥控字符串成功！");
}
}
catch (Exception e)
{
gMain.log.WriteLog("AutoCreateYK:" + e);
}
}
/// <summary>
/// 根据点位自动生成遥信字符串和遥控字符串
/// </summary>
public void AutoCreateYX(List <MyObject> m_ObjectList)
{
try
{
int stateid = 0;
List <PLCEqu> insertEqu = new List <PLCEqu>();
for (int i = 0; i < m_ObjectList.Count; i++)
{
if (m_ObjectList[i] is PLCEqu)
{
var plcEqu = m_ObjectList[i] as PLCEqu;
//生成遥信字符串
if (plcEqu.plc_pro.yxList.Count > 0)
{
continue;
}
if (plcEqu.plc_pro.yxcfgList.Count == 0)
{
continue;
}
#region
switch (plcEqu.equtype)
{
case MyObject.ObjectType.P:
break;
case MyObject.ObjectType.P_AF:
break;
case MyObject.ObjectType.P_CL:
break;
case MyObject.ObjectType.P_CO:
break;
case MyObject.ObjectType.P_GJ:
break;
case MyObject.ObjectType.P_HL:
stateid = 75;
AddYXStr(PlcString.strYXhl, plcEqu, stateid);
break;
case MyObject.ObjectType.P_HL2:
stateid = 80;
AddYXStr(PlcString.strYXhl2, plcEqu, stateid);
break;
case MyObject.ObjectType.P_JF:
CreateFaulte(plcEqu, 66);
stateid = 62;
AddYXStr(PlcString.strYXjf, plcEqu, stateid);
break;
case MyObject.ObjectType.P_L:
stateid = 57;
CreateFaultAndState(plcEqu, PlcString.strYX2byte, stateid, 61);
break;
case MyObject.ObjectType.P_LJQ:
stateid = 162;
CreateFaultAndState(plcEqu, PlcString.strYX2byte, stateid, 166);
break;
case MyObject.ObjectType.P_LLDI:
break;
case MyObject.ObjectType.P_LYJ:
stateid = 167;
CreateFaultAndState(plcEqu, PlcString.strYX2byte, stateid, 171);
break;
case MyObject.ObjectType.P_P:
break;
case MyObject.ObjectType.P_TD:
stateid = 93;
AddYXStr(PlcString.strYXTD, plcEqu, stateid);
break;
case MyObject.ObjectType.P_TL2_Close:
stateid = 188;
AddTLStr(PlcString.strYXtl, plcEqu, stateid, 1);
break;
case MyObject.ObjectType.P_TL2_Down:
stateid = 121;
AddTLStr(PlcString.strYXtl, plcEqu, stateid, 1);
break;
case MyObject.ObjectType.P_TL2_Left:
break;
case MyObject.ObjectType.P_TL2_Right:
break;
case MyObject.ObjectType.P_TL2_UP:
stateid = 127;
AddTLStr(PlcString.strYXtl, plcEqu, stateid, 1);
break;
case MyObject.ObjectType.P_TL3_Down:
break;
case MyObject.ObjectType.P_TL3_Left:
break;
case MyObject.ObjectType.P_TL3_Right:
break;
case MyObject.ObjectType.P_TL3_UP:
break;
case MyObject.ObjectType.P_TL4_Down:
break;
case MyObject.ObjectType.P_TL4_Left:
break;
case MyObject.ObjectType.P_TL4_Right:
break;
case MyObject.ObjectType.P_TL4_UP:
break;
case MyObject.ObjectType.P_TL5_Down:
break;
case MyObject.ObjectType.P_TL5_Left:
stateid = 180;
AddTLStr(PlcString.strYXtl, plcEqu, stateid, 1);
break;
case MyObject.ObjectType.P_TL5_Right:
stateid = 184;
AddTLStr(PlcString.strYXtl, plcEqu, stateid, 1);
break;
case MyObject.ObjectType.P_TL5_UP:
stateid = 172;
AddTLStr(PlcString.strYXtl, plcEqu, stateid, 1);
break;
case MyObject.ObjectType.P_TL_Down:
break;
case MyObject.ObjectType.P_TL_Left:
break;
case MyObject.ObjectType.P_TL_Right:
break;
case MyObject.ObjectType.P_TL_UP:
break;
case MyObject.ObjectType.P_TW:
break;
case MyObject.ObjectType.P_VI:
break;
default:
break;
}
#endregion
insertEqu.Add(plcEqu);
}
}
if (insertEqu.Count > 0)
{
DBOPs db = new DBOPs();
db.InsertYX(insertEqu);
gMain.log.WriteLog("自动生成遥信字符串成功！");
}
}
catch (Exception e)
{
gMain.log.WriteLog("生成遥信字符串错误：" + e);
}
}