Have a question?
Message sent Close

The Ultimate List of Teamcenter Server ITK Customization Questions

Teamcenter Server ITK Customization enhances system functionality by allowing tailored automation, process adjustments, and seamless integration with external applications.

Q1. What is ITK?
Ans: ITK stands for “Integration Toolkit.” It is a set of programming libraries and tools provided by Siemens’ Teamcenter PLM software for customizing and extending the functionality of the system through programming.

Q2. What can you customize using ITK customization?
Ans: ITK customization allows you to customize various aspects of Teamcenter, including data models, business rules, workflows, user interfaces, and integrations with other systems.

Q3. What are the different methods of ITK customization?
Ans: ITK customization can be achieved through methods such as customizing business rules using rules handlers, creating custom actions, implementing user exits, server exits, and customizing workflows.

Q4. What is a User exit?
Ans: A User exit is a customization mechanism in ITK that allows developers to insert their code at specific points in the execution of Teamcenter operations to modify or extend the default behavior.

Q5. What is a server exit?
Ans: A server exit is a type of customization in ITK that allows developers to intercept and modify server-side operations within Teamcenter, enabling advanced customization and integration with external systems.

Q6. What is a custom exit?
Ans: A custom exit refers to a custom implementation or extension of functionality within Teamcenter using ITK, typically achieved through user exits, server exits, or other custom code hooks.

Q7. How to register a runtime property using ITK?
Ans: Runtime properties can be registered using ITK by defining them in the appropriate data model configuration files and then accessing and manipulating them programmatically using ITK APIs.

Q8. How to register the rule handler using ITK?
Ans: To register a rule handler using ITK, you need to define the handler implementation, configure it within the appropriate BMIDE configuration files, and then register it programmatically using ITK APIs.

Q9. How to register an action handler using ITK?
Ans: To register an action handler using ITK, you need to define the handler implementation, configure it within the appropriate BMIDE configuration files, and then register it programmatically using ITK APIs.

Q10. What is the pre-condition?
Ans: A pre-condition is a condition or criteria that must be satisfied before a particular action or operation can be executed within Teamcenter.

Q11. How to register a pre-condition?
Ans: Pre-conditions can be registered using ITK by defining them in the appropriate configuration files and then implementing the necessary logic to evaluate the conditions before executing the associated actions or operations.

Q12. What is Pre-Action?
Ans: Pre-Action refers to a custom action or operation that is executed before the main action or operation within Teamcenter, typically used for performing additional checks, preparations, or validations.

Q13. How to register for Pre-Action?
Ans: Pre-Actions can be registered using ITK by defining them in the appropriate configuration files and then implementing the necessary logic to execute the pre-action before the main action is triggered.

Q14. What is Post Action?
Ans: Post-Action refers to a custom action or operation that is executed after the main action or operation within Teamcenter, typically used for performing additional processing, logging, or cleanup tasks.

Q15. How to register for post action?
Ans: Post-Actions can be registered using ITK by defining them in the appropriate configuration files and then implementing the necessary logic to execute the post-action after the main action is completed.

Q16. How to register post action on LOV?
Ans: Post-actions on LOV (List of Values) can be registered using ITK by defining the post-action logic in the appropriate configuration files and then associating it with the LOV-related operations or events.

Q17. On which operations can we register custom action?
Ans: Custom actions can be registered on various operations within Teamcenter, including object creation, modification, deletion, workflow transitions, and other user-defined events or triggers.

Q18. How to create an Item using ITK?
Ans: Items can be created using ITK by invoking the appropriate ITK APIs to instantiate and populate the item object with the desired attributes, relationships, and properties.

Q19. How to create a Dataset using ITK?
Ans: Datasets can be created using ITK by invoking the appropriate ITK APIs to instantiate and populate the dataset object with the necessary attributes, relationships, and properties.

Q20. What is the difference between AOM_save and AOM_save_without_extension?
Ans: AOM_save is used to save the object along with its extensions, while AOM_save_without_extension is used to save only the base object without its extensions in Teamcenter using ITK.

Q21. What is meant by the (OF) variable in the ITK reference guide?
Ans: The (OF) variable in the ITK reference guide typically denotes the object pointer variable used to reference objects within Teamcenter, allowing developers to manipulate and access object properties and methods using ITK.

Q22. How to free memory in ITK?
Ans: Memory in ITK can be freed using the appropriate memory management functions such as MEM_free or MEM_free_string to deallocate dynamically allocated memory and prevent memory leaks.

Q23. How to get target attachment using ITK?
Ans: Target attachments can be retrieved using ITK by navigating through the object relationships and accessing the target objects or attachments associated with the source object using appropriate APIs.

Q24. How to display custom error messages in ITK?
Ans: Custom error messages can be displayed in ITK by using error handling mechanisms such as ITK_return_t or error logging functions to communicate specific error conditions or messages to users or administrators.

Teamcenter Server Customization (ITK)

Q25. How to create a custom handler with arguments using ITK?
Ans: Custom handlers with arguments can be created using ITK by defining the handler implementation with parameterized input arguments and registering it within the appropriate configuration files or code sections.

Q26. How to create a batch ITK program?
Ans: Batch ITK programs can be created by developing standalone ITK applications or scripts that perform batch processing tasks, such as data migration, automation, or bulk operations, without requiring user interaction.

Q27. How to compile and run batch utility using cmd?
Ans: Batch utilities developed using ITK can be compiled using appropriate compilers or build tools and executed from the command line by providing the necessary input parameters or arguments to initiate the batch processing tasks.

Q28. What is ITK_User_main?
Ans: ITK_User_main is typically the entry point or main function in custom ITK applications or programs, where the execution of the ITK code starts, and from where other functions or operations are called as needed.

Q29. How to configure Visual Studio for a batch ITK program?
Ans: Visual Studio can be configured for batch ITK programming by setting up project properties, including compiler options, build configurations, and dependencies, and by configuring debugging settings for testing and troubleshooting.

Q30. How to configure Visual Studio for custom handlers?
Ans: Visual Studio can be configured for custom handler development by setting up project properties, including source files, dependencies, and build configurations specific to the handler implementation, and by configuring debugging settings for testing and troubleshooting.

Q31. How to register post action on the property using ITK?
Ans: Post-actions on properties can be registered using ITK by defining the post-action logic within the appropriate property configurations or handler implementations, and then associating them with the property-related events or triggers.

Q32. How to create BOM using ITK?
Ans: BOMs (Bill of Materials) can be created using ITK by assembling the necessary components, parts, or items into a structured hierarchy, defining the relationships and attributes between the components, and then saving the BOM object within Teamcenter.

Q33. How to read BOM assembly using ITK?
Ans: BOM assemblies can be read using ITK by traversing the hierarchical structure of the BOM objects, accessing the component relationships and properties, and retrieving the relevant information or attributes associated with each assembly level.

Q34. What is a POM inquiry?
Ans: A POM (Product Object Model) inquiry refers to a query or request for information related to product data, objects, or structures within Teamcenter, typically performed using POM APIs to retrieve specific attributes or details.

Q35. What is the difference between AOM_ask_value_string and AOM_get_value_string?
Ans: AOM_ask_value_string is used to retrieve the attribute value as a string, while AOM_get_value_string is used to directly access and retrieve the string value of an attribute within Teamcenter using ITK.

Q36. How to attach a secondary object to a primary object using ITK?
Ans: Secondary objects can be attached to primary objects using ITK by establishing the appropriate relationships between the objects, setting the necessary attributes or properties, and saving the changes within Teamcenter.

Q37. How to purge dataset versions using ITK?
Ans: Dataset versions can be purged using ITK by identifying and selecting the specific versions to be purged, executing the purge operation using appropriate APIs or utilities, and confirming the deletion of the selected versions from the system.

Q38. How to create a change object using ITK?
Ans: Change objects can be created using ITK by instantiating the necessary change object types, defining the relevant attributes, relationships, and details of the change request, and then saving the change object within Teamcenter.

Q39. How to initiate workflow processes using ITK?
Ans: Workflow processes can be initiated using ITK by triggering the appropriate workflow events or transitions, specifying the necessary input parameters or data, and then executing the workflow initiation operation using relevant ITK APIs or utilities.

Q40. What is the difference between AOM_save and AOM_save_myself?
Ans: AOM_save is used to save the object along with its extensions and related objects, while AOM_save_myself is used to save only the base object without its extensions in Teamcenter using ITK.

Q41. How to assign memory to char variable?**
Ans: Memory can be assigned to a char** variable in ITK by dynamically allocating memory using functions such as MEM_alloc or MEM_alloc_string, and then assigning the allocated memory address to the char** pointer variable.

Q42. How to read BOMLine properties using ITK?
Ans: BOMLine properties can be read using ITK by accessing the properties associated with each BOMLine object, retrieving the attribute values or details using appropriate APIs or methods, and then processing the information as needed.

Q43. What is the difference between AOM_lock and AOM_refresh?
Ans: AOM_lock is used to lock an object for exclusive access and modification, while AOM_refresh is used to update or refresh the object’s data from the database in Teamcenter using ITK.

Q44. How to release objects using ITK?
Ans: Objects can be released using ITK by unlocking or releasing the object locks, updating the object status or lifecycle state to indicate release, and then saving the changes to reflect the release operation within Teamcenter.

Q45. How to bypass the access rule in ITK?
Ans: Access rules can be bypassed in ITK by invoking the appropriate administrative privileges or permissions, disabling or overriding the access control mechanisms, or directly manipulating the access rules to grant access to restricted operations or data.

Q46. Can we delete released objects using ITK customization?
Ans: Yes, released objects can be deleted using ITK customization by executing the delete operation on the objects, provided that the necessary permissions and privileges are granted, and any associated dependencies or constraints are satisfied.

Q47. How to delete released objects?
Ans: Released objects can be deleted using ITK by invoking the appropriate delete operation or method on the objects, confirming the deletion action, and then saving the changes to remove the objects from the system.

Q48. How to delete object references using ITK?
Ans: Object references can be deleted using ITK by navigating to the parent object, identifying and selecting the specific reference to be deleted, executing the delete operation using appropriate APIs or utilities, and confirming the removal of the reference.

Q49. How to delete the Master object if a replica is available on another site using ITK?
Ans: The master object can be deleted using ITK by executing the delete operation on the master object, ensuring that any associated replicas or copies on other sites are also deleted or properly handled to maintain data integrity and consistency.

Q50. Can we delete the master objects without deleting replica objects using ITK?
Ans: Yes, master objects can be deleted without deleting replica objects using ITK by executing the delete operation on the master object and ensuring that the deletion does not affect the integrity or availability of the replica objects on other sites.

Q51. How to call the ITK function from RAC?
Ans: ITK functions can be called from RAC (Rich Application Client) by invoking the appropriate ITK APIs or methods within the RAC application code, ensuring that the necessary ITK libraries or dependencies are accessible and correctly configured.

Q52. How to include ITK header files into your code?
Ans: ITK header files can be included in your code by adding the appropriate include directives or statements at the beginning of the source files, specifying the paths or locations of the ITK header files within the project or development environment.

Q53. How to find header file names for a particular ITK API?
Ans: The header file names for a particular ITK API can be found by referring to the Teamcenter documentation, ITK reference guides, or development resources provided by Siemens, which typically include information about the header files associated with each API.

Q54. Where are the ITK header files located?
Ans: The ITK header files are typically located within the Teamcenter installation directory or development SDK, organized into specific directories or folders corresponding to different modules, libraries, or components of the ITK framework.

Q55. What is the ITK_main.obj object file?
Ans: The ITK_main.obj object file is a compiled object file generated from the ITK source code containing the main entry point or ITK main function, which is typically linked with other object files to create the final executable or library during the build process.

Q56. What is the return type of the custom rule handler?
Ans: The return type of the custom rule handler in ITK customization can vary depending on the specific requirements and logic implemented within the handler, typically returning status codes, boolean values, or custom data structures indicating the result or outcome of the handler execution.

Q57. What is meant by EPM_go and EPM_nogo?
Ans: EPM_go and EPM_nogo are typically used in ITK customization to control the flow or execution of workflow processes, where EPM_go is used to indicate successful execution and progression of the workflow, while EPM_nogo is used to halt or cancel the workflow execution.

Q58. What are dll and executable in ITK customization?
Ans: In ITK customization, DLL (Dynamic Link Library) files contain compiled code or libraries that can be dynamically linked with other programs or applications at runtime, while executables are standalone files containing executable code that can be directly executed or run on a computer system.

Q59. Can we run dll built-in Debug configuration of Visual Studio in a 4 – Tier environment?
Ans: Yes, DLLs built in Debug configuration of Visual Studio can be run in a 4-Tier environment for testing and debugging purposes, provided that the necessary runtime environments and configurations are properly set up and compatible with the target deployment environment.

Q60. How to deploy a custom dll in the Teamcenter environment?
Ans: A custom DLL can be deployed in the Teamcenter environment by placing the DLL file in the appropriate directory or location within the Teamcenter installation directory, configuring the necessary permissions and access rights, and ensuring compatibility with the target Teamcenter version and configuration.

Q61. In which preference do we have to add a custom dll name?
Ans: The custom DLL name can be added to the appropriate preferences or configuration files within Teamcenter, typically in the server-side or client-side configuration files where the custom functionality or extensions are registered and enabled.

Q62. How to read preferences using ITK?
Ans: Preferences can be read using ITK by accessing the appropriate preference or configuration files, parsing the contents, and retrieving the specific preference values or settings using file input/output operations or ITK APIs for configuration management.

Q63. Can we update custom dll at runtime when all clients are working?
Ans: Updating custom DLLs at runtime when all clients are working may pose risks or disruptions to the system’s stability or functionality, and it is generally recommended to perform such updates during maintenance windows or periods of low activity to minimize potential impacts on users or operations.

Q64. Is it necessary to take down the Teamcenter server to update the custom dll?
Ans: In many cases, updating custom DLLs in Teamcenter may require server downtime or restart to ensure proper deployment and integration of the updated DLLs with the system, although the specific requirements may vary depending on the nature and impact of the changes.

Q65. How to change object icons using ITK customization based on property value?
Ans: Object icons can be changed using ITK customization based on property values by implementing custom logic or rules to evaluate the property values, dynamically modifying the object attributes or configurations, and then refreshing or updating the object representation to reflect the changes in the user interface.

Q66. What changes need to be done in the custom ITK codes after the up-gradation of the Teamcenter version?
Ans: After the up-gradation of the Teamcenter version, custom ITK codes may need to be reviewed, updated, or recompiled to ensure compatibility with the new version, addressing any deprecated APIs, deprecated functionalities, or changes in the system architecture or behavior.

Q67. How to handle deprecated ITK APIs?
Ans: Deprecated ITK APIs can be handled by identifying the deprecated functionalities or methods, replacing them with alternative APIs or approaches recommended by Siemens or the Teamcenter documentation, and testing the updated code for compatibility and functionality.

Q68. What is meant by User_gs_init_shell.module while registering a custom handler using ITK?
Ans: User_gs_init_shell.module is typically used in ITK customization to specify or configure the initialization or setup procedures for custom handlers or extensions within the Teamcenter environment, ensuring that the custom functionality is properly initialized and integrated with the system.

Q69. Can we bypass Deep copy rules in ITK?
Ans: Bypassing deep copy rules in ITK may not be straightforward and is generally not recommended due to potential risks to data integrity and system consistency, although customizations or workarounds may be possible depending on the specific requirements and constraints.

Q70. What is the return type of ITK API?
Ans: The return type of an ITK API typically depends on the specific API or function being invoked and can include status codes, error indicators, object pointers, data structures, or custom types indicating the result or outcome of the API call.

Q71. What is the difference between Query_execute and Query_Execute_query ITK API?
Ans: Query_execute is used to execute predefined queries or searches within Teamcenter, while Query_Execute_query is used to execute custom or dynamic queries constructed programmatically using ITK, allowing greater flexibility and control over the search criteria and parameters.

Q72. Can we set default values of attributes in the object creation dialog using ITK?
Ans: Yes, default values of attributes in the object creation dialog can be set using ITK by prepopulating the attribute fields with predefined values or by dynamically assigning default values based on specific criteria or conditions during object instantiation or creation.

Q73. How to prevent attachment of Text dataset to a particular revision using ITK?
Ans: Preventing the attachment of a text dataset to a particular revision can be achieved using ITK by implementing custom validation logic or preconditions that evaluate the dataset type or properties and restrict the attachment based on predefined criteria or constraints.

Q74. How to copy objects from the current revision to the new revision using ITK?
Ans: Objects can be copied from the current revision to the new revision using ITK by retrieving the relevant objects, creating new instances or copies, transferring the necessary attributes and relationships, and then saving the copied objects as part of the new revision.

Q75. How to make attributes mandatory before Checked-In the objects?
Ans: Attributes can be made mandatory before checking in objects using ITK by implementing custom preconditions or validation rules that enforce the presence or completeness of specific attributes before allowing the check-in operation to proceed within Teamcenter.

Q76. How to search item revision using ITK and release all its secondary objects?
Ans: Item revisions can be searched using ITK by specifying the search criteria or query parameters, retrieving the matching revisions, and then iterating through the secondary objects associated with each revision to release them using appropriate APIs or methods within Teamcenter.

Q77. How to set the last modified date and last modified user using ITK?
Ans: The last modified date and last modified user can be set using ITK by updating the respective attributes or properties of the object with the current date/time stamp and the user information, and then saving the changes to reflect the modifications within Teamcenter.

Q78. How to set default values of properties after creating an object using ITK?
Ans: Default values of properties can be set after creating an object using ITK by retrieving the newly created object, assigning the default values to the desired properties or attributes, and then saving the changes to update the object with the default values.

Q79. How to update the name of a named references file using ITK?
Ans: The name of a named references file can be updated using ITK by accessing the file properties or metadata, modifying the file name attribute, and then saving the changes to reflect the updated name within Teamcenter.

Q80. How to download dataset files using ITK?
Ans: Dataset files can be downloaded using ITK by retrieving the dataset object, accessing the file attachments or references associated with the dataset, and then downloading the files to the local file system or storage location using appropriate file handling or transfer methods.

Q81. How to decide which modules ITK API to be used? AOM, WSOM, POM, or EPM?
Ans: The choice of ITK modules or APIs to be used depends on the specific requirements, functionalities, and data operations involved in the customization or development tasks, with each module offering different capabilities and interfaces tailored for specific use cases or scenarios.

Q82. How are POM APIs different from WSOM or AOM API?
Ans: POM (Product Object Model) APIs focus on product data and object management operations, WSOM (Workspace Object Model) APIs deal with workspace-specific operations and data access, while AOM (Application Object Model) APIs provide general-purpose access to Teamcenter objects and functionalities within the application context.

Q83. How to Checked-Out and Checked-In objects using ITK?
Ans: Objects can be checked out and checked in using ITK by invoking the appropriate check-out and check-in methods or operations on the objects, specifying the necessary parameters, and then saving the changes to reflect the status updates within Teamcenter.

Q84. How to auto-login into Teamcenter in the ITK program?
Ans: Auto-login into Teamcenter in ITK programs can be achieved by providing the necessary login credentials or authentication tokens programmatically, initializing the user session or context within the application code, and then executing the desired operations or tasks within the authenticated session.

Q85. When we use the auto-login ITK API to log into the Teamcenter then which user is actually logged into the Teamcenter application?
Ans: When using the auto-login ITK API to log into Teamcenter, the user associated with the provided credentials or authentication tokens is logged into the Teamcenter application, with the corresponding permissions and privileges assigned to the authenticated user account.

Q86. How to write log information into the Syslog file in ITK?
Ans: Log information can be written into the Syslog file in ITK by using logging libraries or APIs to generate log messages, specifying the log levels, categories, and details, and then directing the log output to the Syslog file or system logging facility for storage and analysis.

Q87. How to read workflow process reviewers using ITK?
Ans: Workflow process reviewers can be read using ITK by accessing the workflow objects, retrieving the associated reviewers or approvers, and then analyzing the workflow properties or attributes to identify the reviewers involved in the process.

Q88. How to change object ownership using ITK?
Ans: Object ownership can be changed using ITK by updating the owner attribute or property of the object with the new owner information, ensuring that the necessary permissions and access rights are granted, and then saving the changes to reflect the ownership transfer within Teamcenter.

Q89. How to create BOMViewRevision using ITK?
Ans: BOMViewRevisions can be created using ITK by instantiating the necessary BOMViewRevision objects, defining the relevant attributes and configurations, and then saving the new BOMViewRevision within Teamcenter using appropriate APIs or methods.

Q90. How to apply variant conditions in ITK?
Ans: Variant conditions can be applied in ITK by implementing custom logic or rules to evaluate the variant attributes or properties, defining the conditions or criteria for variant selection, and then dynamically configuring the object variants based on the specified conditions or requirements.

Q91. How to get an object UID using ITK?
Ans: Object UIDs can be retrieved using ITK by accessing the object properties or metadata, querying the object database or repository, and then extracting the unique identifier associated with each object to uniquely identify and reference the objects within Teamcenter.

Q92. How to search objects using UID in ITK?
Ans: Objects can be searched using UID in ITK by specifying the UID as part of the search criteria or query parameters, executing the search operation within Teamcenter, and then retrieving the matching objects based on the provided UID value.

Q93. How to send mail notifications using ITK?
Ans: Mail notifications can be sent using ITK by invoking the appropriate email APIs or libraries to generate and send email messages, specifying the recipients, subject, content, and attachments programmatically, and then delivering the messages using the configured email server or service.

Q94. How to read arguments from the command line in ITK?
Ans: Arguments can be read from the command line in ITK by accessing the command-line parameters or arguments passed to the ITK application, parsing the argument strings, and then extracting the required values or options for processing within the application code.

Q95. How to handle error messages in ITK?
Ans: Error messages can be handled in ITK by implementing error handling mechanisms or routines to capture, log, and respond to error conditions or exceptions raised during the execution of the application code, ensuring proper error reporting, recovery, and troubleshooting.

Q96. How to find a relationship between two objects using ITK?
Ans: Relationships between two objects can be found using ITK by querying the object properties, navigating through the object relationships or associations, and then identifying the specific relationship instances or links connecting the two objects within Teamcenter.

Q97. How to delete a relationship between two objects?
Ans: Relationships between two objects can be deleted using ITK by accessing the source or target object, identifying the specific relationship to be deleted, invoking the appropriate delete operation or method, and then saving the changes to reflect the removal of the relationship within Teamcenter.

Q98. How to create a relationship between two objects?
Ans: Relationships between two objects can be created using ITK by establishing the necessary connections or associations between the objects, defining the relationship type, properties, and cardinality, and then saving the changes to establish the relationship within Teamcenter.

Q99. How to check if a property is an array or not using ITK?
Ans: The type of a property can be checked using ITK by querying the property metadata or definition, examining the property attributes or data structure, and then determining whether the property is defined as a scalar value, array, or collection within Teamcenter.

Click here for more related topics.

Click here to know more about Teamcenter.