POST WQPR/LibWPQRPara

Request Information

URI Parameters

None.

Body Parameters

Name	Description	Type	Additional information
ids		Collection of string	None.
Wps_Id		integer	None.

Request Formats

application/json, text/json

Sample:

{
  "ids": [
    "sample string 1",
    "sample string 2"
  ],
  "Wps_Id": 1
}

application/xml, text/xml

Sample:

<Lib_Wpqr_QPara xmlns:i="http://www.w3.org/2001/XMLSchema-instance" xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models.EF">
  <Wps_Id>1</Wps_Id>
  <ids xmlns:d2p1="http://schemas.microsoft.com/2003/10/Serialization/Arrays">
    <d2p1:string>sample string 1</d2p1:string>
    <d2p1:string>sample string 2</d2p1:string>
  </ids>
</Lib_Wpqr_QPara>

application/x-www-form-urlencoded

Sample:

Sample not available.

Response Information

Resource Description

LibWPQRPara

Name	Type	Additional information
Preheat_Temp	string	None.
Interpass_Temp	string	None.
Post_Heat	string	None.
Holding_Time	string	None.
Device_Other	string	None.
Device_Power	string	None.
Electrode	string	None.
Success	integer	None.
Msg	string	None.
Token	string	None.
Key	string	None.
FileName	string	None.
FilePageCount	integer	None.
LibWpqrPara	Collection of Lib_WPQR_Para	None.
LibWpqrPara1	Collection of Lib_WPQR_Para	None.
LibWpqrGas	Collection of Lib_WPQR_Gas	None.
LibWpqrGBGas	Collection of Lib_WPQR_Gas	None.

Response Formats

application/json, text/json

Sample:

{
  "LibWpqrPara": [
    {
      "iid": 1,
      "Wpqr_ID": 2,
      "Run": "sample string 3",
      "Weld_Process": "sample string 4",
      "Actual_Current": "sample string 5",
      "Voltage": "sample string 6",
      "Electro_Type_Pol": "sample string 7",
      "Wire_Speed": "sample string 8",
      "Weld_Vol": "sample string 9",
      "Weave": "sample string 10",
      "Heatinput": "sample string 11",
      "FM_Size": "sample string 12",
      "IsExceed": "sample string 13",
      "WpqrRange": "sample string 14",
      "FairValue": "sample string 15",
      "FM_Name": "sample string 16",
      "RunLayer": 1,
      "WPQR_No": "sample string 17",
      "Weld_Current1": "sample string 18",
      "Weld_Current2": "sample string 19"
    },
    {
      "iid": 1,
      "Wpqr_ID": 2,
      "Run": "sample string 3",
      "Weld_Process": "sample string 4",
      "Actual_Current": "sample string 5",
      "Voltage": "sample string 6",
      "Electro_Type_Pol": "sample string 7",
      "Wire_Speed": "sample string 8",
      "Weld_Vol": "sample string 9",
      "Weave": "sample string 10",
      "Heatinput": "sample string 11",
      "FM_Size": "sample string 12",
      "IsExceed": "sample string 13",
      "WpqrRange": "sample string 14",
      "FairValue": "sample string 15",
      "FM_Name": "sample string 16",
      "RunLayer": 1,
      "WPQR_No": "sample string 17",
      "Weld_Current1": "sample string 18",
      "Weld_Current2": "sample string 19"
    }
  ],
  "LibWpqrPara1": [
    {
      "iid": 1,
      "Wpqr_ID": 2,
      "Run": "sample string 3",
      "Weld_Process": "sample string 4",
      "Actual_Current": "sample string 5",
      "Voltage": "sample string 6",
      "Electro_Type_Pol": "sample string 7",
      "Wire_Speed": "sample string 8",
      "Weld_Vol": "sample string 9",
      "Weave": "sample string 10",
      "Heatinput": "sample string 11",
      "FM_Size": "sample string 12",
      "IsExceed": "sample string 13",
      "WpqrRange": "sample string 14",
      "FairValue": "sample string 15",
      "FM_Name": "sample string 16",
      "RunLayer": 1,
      "WPQR_No": "sample string 17",
      "Weld_Current1": "sample string 18",
      "Weld_Current2": "sample string 19"
    },
    {
      "iid": 1,
      "Wpqr_ID": 2,
      "Run": "sample string 3",
      "Weld_Process": "sample string 4",
      "Actual_Current": "sample string 5",
      "Voltage": "sample string 6",
      "Electro_Type_Pol": "sample string 7",
      "Wire_Speed": "sample string 8",
      "Weld_Vol": "sample string 9",
      "Weave": "sample string 10",
      "Heatinput": "sample string 11",
      "FM_Size": "sample string 12",
      "IsExceed": "sample string 13",
      "WpqrRange": "sample string 14",
      "FairValue": "sample string 15",
      "FM_Name": "sample string 16",
      "RunLayer": 1,
      "WPQR_No": "sample string 17",
      "Weld_Current1": "sample string 18",
      "Weld_Current2": "sample string 19"
    }
  ],
  "LibWpqrGas": [
    {
      "IId": 1,
      "Gas_Name": "sample string 2",
      "Standard": "sample string 3",
      "AFlow_Rate": "sample string 4",
      "Wpqr_Id": 5,
      "GasType": 1
    },
    {
      "IId": 1,
      "Gas_Name": "sample string 2",
      "Standard": "sample string 3",
      "AFlow_Rate": "sample string 4",
      "Wpqr_Id": 5,
      "GasType": 1
    }
  ],
  "LibWpqrGBGas": [
    {
      "IId": 1,
      "Gas_Name": "sample string 2",
      "Standard": "sample string 3",
      "AFlow_Rate": "sample string 4",
      "Wpqr_Id": 5,
      "GasType": 1
    },
    {
      "IId": 1,
      "Gas_Name": "sample string 2",
      "Standard": "sample string 3",
      "AFlow_Rate": "sample string 4",
      "Wpqr_Id": 5,
      "GasType": 1
    }
  ],
  "Preheat_Temp": "sample string 1",
  "Interpass_Temp": "sample string 2",
  "Post_Heat": "sample string 3",
  "Holding_Time": "sample string 4",
  "Device_Other": "sample string 5",
  "Device_Power": "sample string 6",
  "Electrode": "sample string 7",
  "Success": 8,
  "Msg": "sample string 9",
  "Token": "sample string 10",
  "Key": "sample string 11",
  "FileName": "sample string 12",
  "FilePageCount": 13
}

application/xml, text/xml

Sample:

<LibWPQRPara xmlns:i="http://www.w3.org/2001/XMLSchema-instance" xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models.EF">
  <FileName xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models">sample string 12</FileName>
  <FilePageCount xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models">13</FilePageCount>
  <Key xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models">sample string 11</Key>
  <Msg xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models">sample string 9</Msg>
  <Success xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models">8</Success>
  <Token xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models">sample string 10</Token>
  <Device_Other>sample string 5</Device_Other>
  <Device_Power>sample string 6</Device_Power>
  <Electrode>sample string 7</Electrode>
  <Holding_Time>sample string 4</Holding_Time>
  <Interpass_Temp>sample string 2</Interpass_Temp>
  <LibWpqrGBGas>
    <Lib_WPQR_Gas>
      <AFlow_Rate>sample string 4</AFlow_Rate>
      <GasType>1</GasType>
      <Gas_Name>sample string 2</Gas_Name>
      <IId>1</IId>
      <Standard>sample string 3</Standard>
      <Wpqr_Id>5</Wpqr_Id>
    </Lib_WPQR_Gas>
    <Lib_WPQR_Gas>
      <AFlow_Rate>sample string 4</AFlow_Rate>
      <GasType>1</GasType>
      <Gas_Name>sample string 2</Gas_Name>
      <IId>1</IId>
      <Standard>sample string 3</Standard>
      <Wpqr_Id>5</Wpqr_Id>
    </Lib_WPQR_Gas>
  </LibWpqrGBGas>
  <LibWpqrGas>
    <Lib_WPQR_Gas>
      <AFlow_Rate>sample string 4</AFlow_Rate>
      <GasType>1</GasType>
      <Gas_Name>sample string 2</Gas_Name>
      <IId>1</IId>
      <Standard>sample string 3</Standard>
      <Wpqr_Id>5</Wpqr_Id>
    </Lib_WPQR_Gas>
    <Lib_WPQR_Gas>
      <AFlow_Rate>sample string 4</AFlow_Rate>
      <GasType>1</GasType>
      <Gas_Name>sample string 2</Gas_Name>
      <IId>1</IId>
      <Standard>sample string 3</Standard>
      <Wpqr_Id>5</Wpqr_Id>
    </Lib_WPQR_Gas>
  </LibWpqrGas>
  <LibWpqrPara>
    <Lib_WPQR_Para>
      <Actual_Current>sample string 5</Actual_Current>
      <Electro_Type_Pol>sample string 7</Electro_Type_Pol>
      <FM_Name>sample string 16</FM_Name>
      <FM_Size>sample string 12</FM_Size>
      <FairValue>sample string 15</FairValue>
      <Heatinput>sample string 11</Heatinput>
      <IsExceed>sample string 13</IsExceed>
      <Run>sample string 3</Run>
      <RunLayer>1</RunLayer>
      <Voltage>sample string 6</Voltage>
      <WPQR_No>sample string 17</WPQR_No>
      <Weave>sample string 10</Weave>
      <Weld_Current1>sample string 18</Weld_Current1>
      <Weld_Current2>sample string 19</Weld_Current2>
      <Weld_Process>sample string 4</Weld_Process>
      <Weld_Vol>sample string 9</Weld_Vol>
      <Wire_Speed>sample string 8</Wire_Speed>
      <WpqrRange>sample string 14</WpqrRange>
      <Wpqr_ID>2</Wpqr_ID>
      <iid>1</iid>
    </Lib_WPQR_Para>
    <Lib_WPQR_Para>
      <Actual_Current>sample string 5</Actual_Current>
      <Electro_Type_Pol>sample string 7</Electro_Type_Pol>
      <FM_Name>sample string 16</FM_Name>
      <FM_Size>sample string 12</FM_Size>
      <FairValue>sample string 15</FairValue>
      <Heatinput>sample string 11</Heatinput>
      <IsExceed>sample string 13</IsExceed>
      <Run>sample string 3</Run>
      <RunLayer>1</RunLayer>
      <Voltage>sample string 6</Voltage>
      <WPQR_No>sample string 17</WPQR_No>
      <Weave>sample string 10</Weave>
      <Weld_Current1>sample string 18</Weld_Current1>
      <Weld_Current2>sample string 19</Weld_Current2>
      <Weld_Process>sample string 4</Weld_Process>
      <Weld_Vol>sample string 9</Weld_Vol>
      <Wire_Speed>sample string 8</Wire_Speed>
      <WpqrRange>sample string 14</WpqrRange>
      <Wpqr_ID>2</Wpqr_ID>
      <iid>1</iid>
    </Lib_WPQR_Para>
  </LibWpqrPara>
  <LibWpqrPara1>
    <Lib_WPQR_Para>
      <Actual_Current>sample string 5</Actual_Current>
      <Electro_Type_Pol>sample string 7</Electro_Type_Pol>
      <FM_Name>sample string 16</FM_Name>
      <FM_Size>sample string 12</FM_Size>
      <FairValue>sample string 15</FairValue>
      <Heatinput>sample string 11</Heatinput>
      <IsExceed>sample string 13</IsExceed>
      <Run>sample string 3</Run>
      <RunLayer>1</RunLayer>
      <Voltage>sample string 6</Voltage>
      <WPQR_No>sample string 17</WPQR_No>
      <Weave>sample string 10</Weave>
      <Weld_Current1>sample string 18</Weld_Current1>
      <Weld_Current2>sample string 19</Weld_Current2>
      <Weld_Process>sample string 4</Weld_Process>
      <Weld_Vol>sample string 9</Weld_Vol>
      <Wire_Speed>sample string 8</Wire_Speed>
      <WpqrRange>sample string 14</WpqrRange>
      <Wpqr_ID>2</Wpqr_ID>
      <iid>1</iid>
    </Lib_WPQR_Para>
    <Lib_WPQR_Para>
      <Actual_Current>sample string 5</Actual_Current>
      <Electro_Type_Pol>sample string 7</Electro_Type_Pol>
      <FM_Name>sample string 16</FM_Name>
      <FM_Size>sample string 12</FM_Size>
      <FairValue>sample string 15</FairValue>
      <Heatinput>sample string 11</Heatinput>
      <IsExceed>sample string 13</IsExceed>
      <Run>sample string 3</Run>
      <RunLayer>1</RunLayer>
      <Voltage>sample string 6</Voltage>
      <WPQR_No>sample string 17</WPQR_No>
      <Weave>sample string 10</Weave>
      <Weld_Current1>sample string 18</Weld_Current1>
      <Weld_Current2>sample string 19</Weld_Current2>
      <Weld_Process>sample string 4</Weld_Process>
      <Weld_Vol>sample string 9</Weld_Vol>
      <Wire_Speed>sample string 8</Wire_Speed>
      <WpqrRange>sample string 14</WpqrRange>
      <Wpqr_ID>2</Wpqr_ID>
      <iid>1</iid>
    </Lib_WPQR_Para>
  </LibWpqrPara1>
  <Post_Heat>sample string 3</Post_Heat>
  <Preheat_Temp>sample string 1</Preheat_Temp>
</LibWPQRPara>