POST AIWPS/Save

Request Information

URI Parameters

None.

Body Parameters

Name	Description	Type	Additional information
libWPSBtab		libWpsAi	None.
libPara		Collection of Lib_WPS_BtabParaAI	None.

Request Formats

application/json, text/json

Sample:

{
  "libWPSBtab": {
    "IID": 1,
    "BM_Name1": "sample string 2",
    "BM_Name2": "sample string 3",
    "BM_Group1": "sample string 4",
    "BM_Group2": "sample string 5",
    "BM_Type1": "sample string 6",
    "BM_Type2": "sample string 7",
    "Outside_Diameter": "sample string 8",
    "BM_Size1": "sample string 9",
    "BM_Size2": "sample string 10",
    "FM_Name": "sample string 11",
    "FM_Size": "sample string 12",
    "FM_Type": "sample string 13",
    "FM_Group": "sample string 14",
    "Evaluation_Department": "sample string 15",
    "Manufacturer": "sample string 16",
    "Location_Address": "sample string 17",
    "WPS_No": "sample string 18",
    "BM_Clean_Way": "sample string 19",
    "PQR_No": "sample string 20",
    "Welding_Process": "sample string 21",
    "Seam_Size": "sample string 22",
    "Joint_Type": "sample string 23",
    "Weld_Position": "sample string 24",
    "Image1Url": "sample string 25",
    "Image2Url": "sample string 26",
    "Surface_Meatal": "sample string 27",
    "Wave_Width": "sample string 28",
    "Clamping_Arrangement": "sample string 29",
    "Arc_Shield": "sample string 30",
    "Back_Shield": "sample string 31",
    "Pluse_Weld": "sample string 32",
    "AFlow_Rate": "sample string 33",
    "BFlow_Rate": "sample string 34",
    "FM_Leng": "sample string 35",
    "Requirements": "sample string 36",
    "Plasma_Weld": "sample string 37",
    "TE_Type_Dia": "sample string 38",
    "Torch_Angl": "sample string 39",
    "Root_Clean": "sample string 40",
    "Preheat_Temp": "sample string 41",
    "Interpass_Temp": "sample string 42",
    "Post_Heat": "sample string 43",
    "Time_Temperature_Method": "sample string 44",
    "Other": "sample string 45",
    "Remarks": "sample string 46"
  },
  "libPara": [
    {
      "IID": 1,
      "WPSID": 2,
      "Run": "sample string 3",
      "Weld_Process": "sample string 4",
      "FM_Name": "sample string 5",
      "FM_Type": "sample string 6",
      "FM_Size": "sample string 7",
      "Actual_Current": "sample string 8",
      "Voltage": "sample string 9",
      "Electro_Type_Pol": "sample string 10",
      "Wire_Speed": "sample string 11",
      "Weld_Vol": "sample string 12",
      "Heatinput": "sample string 13"
    },
    {
      "IID": 1,
      "WPSID": 2,
      "Run": "sample string 3",
      "Weld_Process": "sample string 4",
      "FM_Name": "sample string 5",
      "FM_Type": "sample string 6",
      "FM_Size": "sample string 7",
      "Actual_Current": "sample string 8",
      "Voltage": "sample string 9",
      "Electro_Type_Pol": "sample string 10",
      "Wire_Speed": "sample string 11",
      "Weld_Vol": "sample string 12",
      "Heatinput": "sample string 13"
    }
  ]
}

application/xml, text/xml

Sample:

<AIWPS xmlns:i="http://www.w3.org/2001/XMLSchema-instance" xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models.Request">
  <libPara xmlns:d2p1="http://schemas.datacontract.org/2004/07/WeldingAPI.Models.EF">
    <d2p1:Lib_WPS_BtabParaAI>
      <d2p1:Actual_Current>sample string 8</d2p1:Actual_Current>
      <d2p1:Electro_Type_Pol>sample string 10</d2p1:Electro_Type_Pol>
      <d2p1:FM_Name>sample string 5</d2p1:FM_Name>
      <d2p1:FM_Size>sample string 7</d2p1:FM_Size>
      <d2p1:FM_Type>sample string 6</d2p1:FM_Type>
      <d2p1:Heatinput>sample string 13</d2p1:Heatinput>
      <d2p1:IID>1</d2p1:IID>
      <d2p1:Run>sample string 3</d2p1:Run>
      <d2p1:Voltage>sample string 9</d2p1:Voltage>
      <d2p1:WPSID>2</d2p1:WPSID>
      <d2p1:Weld_Process>sample string 4</d2p1:Weld_Process>
      <d2p1:Weld_Vol>sample string 12</d2p1:Weld_Vol>
      <d2p1:Wire_Speed>sample string 11</d2p1:Wire_Speed>
    </d2p1:Lib_WPS_BtabParaAI>
    <d2p1:Lib_WPS_BtabParaAI>
      <d2p1:Actual_Current>sample string 8</d2p1:Actual_Current>
      <d2p1:Electro_Type_Pol>sample string 10</d2p1:Electro_Type_Pol>
      <d2p1:FM_Name>sample string 5</d2p1:FM_Name>
      <d2p1:FM_Size>sample string 7</d2p1:FM_Size>
      <d2p1:FM_Type>sample string 6</d2p1:FM_Type>
      <d2p1:Heatinput>sample string 13</d2p1:Heatinput>
      <d2p1:IID>1</d2p1:IID>
      <d2p1:Run>sample string 3</d2p1:Run>
      <d2p1:Voltage>sample string 9</d2p1:Voltage>
      <d2p1:WPSID>2</d2p1:WPSID>
      <d2p1:Weld_Process>sample string 4</d2p1:Weld_Process>
      <d2p1:Weld_Vol>sample string 12</d2p1:Weld_Vol>
      <d2p1:Wire_Speed>sample string 11</d2p1:Wire_Speed>
    </d2p1:Lib_WPS_BtabParaAI>
  </libPara>
  <libWPSBtab>
    <AFlow_Rate>sample string 33</AFlow_Rate>
    <Arc_Shield>sample string 30</Arc_Shield>
    <BFlow_Rate>sample string 34</BFlow_Rate>
    <BM_Clean_Way>sample string 19</BM_Clean_Way>
    <BM_Group1>sample string 4</BM_Group1>
    <BM_Group2>sample string 5</BM_Group2>
    <BM_Name1>sample string 2</BM_Name1>
    <BM_Name2>sample string 3</BM_Name2>
    <BM_Size1>sample string 9</BM_Size1>
    <BM_Size2>sample string 10</BM_Size2>
    <BM_Type1>sample string 6</BM_Type1>
    <BM_Type2>sample string 7</BM_Type2>
    <Back_Shield>sample string 31</Back_Shield>
    <Clamping_Arrangement>sample string 29</Clamping_Arrangement>
    <Evaluation_Department>sample string 15</Evaluation_Department>
    <FM_Group>sample string 14</FM_Group>
    <FM_Leng>sample string 35</FM_Leng>
    <FM_Name>sample string 11</FM_Name>
    <FM_Size>sample string 12</FM_Size>
    <FM_Type>sample string 13</FM_Type>
    <IID>1</IID>
    <Image1Url>sample string 25</Image1Url>
    <Image2Url>sample string 26</Image2Url>
    <Interpass_Temp>sample string 42</Interpass_Temp>
    <Joint_Type>sample string 23</Joint_Type>
    <Location_Address>sample string 17</Location_Address>
    <Manufacturer>sample string 16</Manufacturer>
    <Other>sample string 45</Other>
    <Outside_Diameter>sample string 8</Outside_Diameter>
    <PQR_No>sample string 20</PQR_No>
    <Plasma_Weld>sample string 37</Plasma_Weld>
    <Pluse_Weld>sample string 32</Pluse_Weld>
    <Post_Heat>sample string 43</Post_Heat>
    <Preheat_Temp>sample string 41</Preheat_Temp>
    <Remarks>sample string 46</Remarks>
    <Requirements>sample string 36</Requirements>
    <Root_Clean>sample string 40</Root_Clean>
    <Seam_Size>sample string 22</Seam_Size>
    <Surface_Meatal>sample string 27</Surface_Meatal>
    <TE_Type_Dia>sample string 38</TE_Type_Dia>
    <Time_Temperature_Method>sample string 44</Time_Temperature_Method>
    <Torch_Angl>sample string 39</Torch_Angl>
    <WPS_No>sample string 18</WPS_No>
    <Wave_Width>sample string 28</Wave_Width>
    <Weld_Position>sample string 24</Weld_Position>
    <Welding_Process>sample string 21</Welding_Process>
  </libWPSBtab>
</AIWPS>

application/x-www-form-urlencoded

Sample:

Failed to generate the sample for media type 'application/x-www-form-urlencoded'. Cannot use formatter 'JQueryMvcFormUrlEncodedFormatter' to write type 'AIWPS'.

Response Information

Resource Description

BaseResult

Name	Type	Additional information
Success	integer	None.
Msg	string	None.
Token	string	None.
Key	string	None.

Response Formats

application/json, text/json

Sample:

{
  "Success": 1,
  "Msg": "sample string 2",
  "Token": "sample string 3",
  "Key": "sample string 4"
}

application/xml, text/xml

Sample:

<BaseResult xmlns:i="http://www.w3.org/2001/XMLSchema-instance" xmlns="http://schemas.datacontract.org/2004/07/WeldingAPI.Models">
  <Key>sample string 4</Key>
  <Msg>sample string 2</Msg>
  <Success>1</Success>
  <Token>sample string 3</Token>
</BaseResult>