OrgDaten Module Configuration

Orgdaten_Config

The group of type Initialization of variables contains the common configuration values for the variables.

OrgDaten_user.WTB

The WTB tabs that are used in the userbox of the OrgDaten module displayed in the following figures. Each line corresponds to a tab. Currently the entry is limited to a maximum of ten tabs (and therefore ten lines).

Figure 86. OrgDaten_user.WTB Subtable Contents

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Figure 87. Organisational Data Userbox

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Tab Page Content WTBs

The content to be displayed on tab pages in the userbox of the OrgDaten module must be configured in tables either of type OrgDaten_Daten or of type OrgDaten_Data_Ex.

Figure 88. Configuration of Variables in the OrgDaten_Daten Table

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In OrgDaten_v.3.0.3 and later, it is possible to configure the userbox input boxes for integer and float variables. Table type OrgDaten_Data_EX is required for this. The hot change function is currently not possible for text variables.

Figure 89. Configuration of Variables in the OrgDaten_Daten_Ex Table

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Use of a Selection List for Input Fields

To be able to adjust an entry using the selection list, the selection list must be entered in column Selectlist [WTB].

Figure 90. Inserting a Selection List for an Input Field

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Choose the 2-column table type Combobox for the selection list.

Figure 91. Example of the Combobox Table Type as Selection List
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Figure 92. Resulting Tab in the Userbox

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Data Transfer

Available transfer variants:

  • testXplorer
  • testXplorer + ASAM ODS

For the testXplorer integration the state machine OrgDaten_TXCtl.G is used. It is located in the config part of the OrgDaten module. Even if the testXplorer is not used, the state machine has to be part of the test. The mapping tables (OrgDaten_Mapping.OUT.WTB) must be filled out as follows:

Source Destination
OrgDaten_testXplorer.ACT TXCtl_TXPL.ACT
OrgDaten_testXplorer.CTL TXCtl_TXPL.CTL

Data Storage

  • Mapping—In the interface containing the incoming variables, map them as follows:
    Source Destination
    OrgDaten_testXplorer.STS TXCtl_TXPL.STS
  • If testXplorer is used—The state machine OrgDaten_TXCtl.G has to be edited (macros of TXPL module) in order to control testXplorer actions.
  • If testXplorer is not used—If no testXplorer actions are used only the mapping (see above) has to be prepared.
  • Data storage unit generator—Data storage units can be formed automatically In PAbasic OrgDaten_TNG.G. The data storage unit must be written to norm name OrgDaten_TNG.TXT.
  • Deleting data storage units—When a data storage unit is deleted, all measurement data and the corresponding saved files are move to the sav0 directory in a recycle bin. The parameters of the recycle bin path can be adjusted in the base module Data2Delete (D2D). The recycle bin can be deleted manually or automatically. Automated deletion can be adjusted with the PCU Configuration tool.
  • Data storage unit (display name)—The term Container in the Userbox can be adapted to the customer (alternatives e.g.,: test number, order number, etc.). To do this the variable OrgDaten_Container_MULTIL.TXT must be initialized with the appropriate value in a variable initialization. Variable initialization is in the Module configuration.
    Figure 93. Variable initialization in PAconfigurator

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    The variable is initialized with Container by default. If Order number is entered instead, the display in the userbox changes

    Figure 94. Initialization Value Container and Order Number
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Defining Meta Data for Data Storage

Depending on the data storage you can use a two-column or a three-column (value) table to define meta data. In each case you must enter your data in the (value) table Orgdaten_Datenablage.WTB.

The columns of this (value) table must be filled out as follows:

No. Value Description
1 Constant text or norm name Mandatory: label of the data (e.g.,: "User name", TLN_DUT_ level.TXT.CA, ...)
2 Constant text or norm name Mandatory: value (e.g., "Smith", CUST_DeviceName.TXT, ...)
3 Constant text or norm name Optional: property group (e.g., "Device data", CUST_Property1.TXT,...)

If the system supports property groups and a three-column table type is used and the third column is left empty then the default name for the property group is Header-Data.

Default Values

From OrgDaten module version 3.9.0, it is possible to define default data. If a container is closed then all values that have been changed by the user will be reset to their default values.

Figure 95. Table Containing the Default Values
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The default values are stored in a 2-column table located in the Module configuration. The columns have to be filled as listed in the following table.

Column Value Description
1 INT / FLOAT /TXT Default value to which the variable will be reset.
2 Norm name Norm name of the variable that will be reset.
Figure 96. Example of a Table with Default Values

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Integration into the STMC Module

A detailed explanation of how modules can be integrated into the STMC module can be found in the STMC module description. Here you find the norm names and values that are intended to be used for this integration.

Table 31. Registration of the Module OrgDaten
Feature Norm Name Value
STMC Module ID CV_STMC_Orgdaten.ID 10101
Automatic Registration of (Value) Table Orgdaten_STMC.WTB

The OrgDaten module can be in the STMC module, if you create a selection list, e.g., named Container. The way how selection lists are added to the Action selection list of the STMC module is explained in the documentation of the STMC module.

The number for the entry in the column Value is the value of the variable CV_STMC_OrgDaten.ID. In the column Selection enter a name for the selection.

Figure 97. Example for the Integration of the OrgDaten Module in the STMC Module

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The properties of this selection list are described in the following section.

Selection List Container

The selection list Container must be defined as a simple selection list and may contain the following two rows, where the text in column Selection will be shown in the sequence table:

Value Selection Description
1 Create container Creates and opens a container
2 Close container Closes a container.

Scenarios for Handling the Container

This section shows different options how the opening or closing of containers can be handled in different situations.

All data belonging to the same test order are stored in one container. The container is opened at the start of the test order and is closed at the end. The following figure depicts the default container behavior.

Figure 98. Default Behavior
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The container will be opened automatically by loading a test. If the test is unloaded and continued later, the files are stored in the same container. This container is closed when the test order is completed. The following figure depicts the behavior when a test is unloaded and continued.

Figure 99. Behavior When a Test is Unloaded and Continued
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The container will be opened automatically by loading a test if it is existing. In case no container was created or the container was not opened when activating manual or automatic mode, then you can select whether there will be:

  • A warning
  • Inhibit to proceed
  • No hint

The parameterization of the selected behavior in this case has to be done in the test case of your application.

Figure 100. Behavior when a Container is Closed

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The container may be opened or closed by an action command in the sequence table.

Figure 101. Container Handling in Automatic Mode

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It is possible to unload a test and the container is closed. If this test order is interrupted and another test is loaded the data are written to the container of this test. When the interrupt test is continued later the data can be written to the original container of this test.

Figure 102. Interrupted and Later Continued Test
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