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Reference Guide
Use these additional topics to gain more knowledge about the product.
UI reference
UML sequence diagram reference
The runtime tracing viewer produces Unified Modeling Language (UML) sequence diagrams of the execution of your source code.

Reference Guide
Use these additional topics to gain more knowledge about the product.
- UI reference
  - HCL OneTest™ Embedded preferences
    Use these preferences to change general settings and file locations for HCL OneTest™ Embedded for Eclipse IDE.
  - TDP configuration settings
    Use the target deployment port (TDP) build settings to adapt the test harness to the target platform.
  - Build configuration settings
    Use the build configuration settings to change how the project is built in HCL OneTest™ Embedded for Eclipse IDE.
  - Data pool editor reference
    The data pool editor enables you to link a data pool to a CSV file located in the workspace or in the file system.
  - UML sequence diagram reference
    The runtime tracing viewer produces Unified Modeling Language (UML) sequence diagrams of the execution of your source code.
  - Memory profiling errors
    Error messages indicate invalid program behavior. These are serious issues that you should address before you check in code.
  - Memory profiling warnings
    Warning messages indicate a situation in which the program might not fail immediately, but might later fail sporadically, often without any apparent reason and with unexpected results. Warning messages often pinpoint serious issues you should investigate before you check in code.
- Command line reference
- Studio Reference
- Output window preferences
  The general colors and font preferences panel allows you to specify the colors and fonts used in the output window.

UML sequence diagram reference

The runtime tracing viewer produces Unified Modeling Language (UML) sequence diagrams of the execution of your source code.

A sequence diagram is a UML diagram that provides a view of the chronological sequence of messages between instances (objects or classifier roles) that work together in an interaction or interaction instance. A sequence diagram consists of a group of instances (represented by lifelines) and the messages that they exchange during the interaction. You line up instances participating in the interaction in any order from left to right, and then you position the messages that they exchange in sequential order from top to bottom. Activations sometimes appear on the lifelines.

A sequence diagram belongs to an interaction in a collaboration or an interaction instance in a collaboration instance.