Basics of TPT

Automatons in TPT

definition of the term “automaton”
difference between a path and a branch
types of automatons
create an automaton
set up variants of automaton parts

Set up test cases in TPT

create test cases manually
create test cases automatically
group test cases
set up test sets
derive test sets from test results

Testlets in TPT

definition of term “Testlet”
types of Testlets
set up Testlets
delete content from Testlets
using a Testlet signature

Setting up Test Step Lists in TPT

set up signals in the Declaration Editor
types of steps
import and/or embed signals in a test step list
set up an hierarchical automaton using test steps

Time Partition Testlet in TPT

definition of the term “Time Partition”

Reference Testlet in TPT

reference to already used Testlets inside an automaton

First steps with TPT

set up an execution platform
import a Simulink model and choose a subsystem
set up a test step list
set up variants of a testlet
set up test cases
use assesslets to evaluate test results
execute tests
use of the Signal Viewer for the manual evaluation of the test results
generate a test report

Parallel Steps in TPT

definition of Parallel Steps
set up Parallel Steps
check if the signals run in parallel by using the signal preview
change Parallel Steps into consecutively run steps
deactivate single steps inside a Parallel Step (effect)

Table Step in TPT

elements of the Table step
set up a Table Step
the Table step in the report

Test examples

Testing a Simulink model - a complete tutorial

This tutorial was recorded with an older version of TPT, so in the recent TPT some names and the look have changed.

Testing C-Code with TPT

create test cases and run them
set up the Executable Platform as test environment
compile an executable from the C/C++ code
insert information about channels, parameters and the like into TPT

Testing with the FUSION co-simulation platform

node interface and FUSION interface
the different stages of a node
types of so-called nodes
workflow of the FUSION platform
insert a custom node
set up a custom node
configuration of the FUSION in TPT
enable Test Step Live View

Code coverage

CTC++ with the Executable platform in TPT

CTC++ with ASCET in TPT

Assessment

Evaluate measurement data in TPT

Get an impression of the power of the Assessment platform by PikeTec. This platform lets you run evaluations on measurement data without the need to set up test cases.

Automatic test case generation

Test cases from Equivalence Classes

set up Equivalence Classes in TPT
automatically generate test cases from Equivalence Classes

Test cases from Simulink and TargetLink models

run TASMO to check if all preconditions are fulfilled
specify the input signals
choose the coverage goals
run the test generation
insert the found test data simultaneously as a Test Step List and as test cases into the current TPT project
activate code coverage
execute the generated test cases
report

Dashboard

Dashboard - an introduction

define a click-area in an image
group Dashboard elements
re-arrange Dashboard groups on the panel
hide Dashboard groups
set visibility conditions during run time
general purpose of the Dashboard
open Dashboard panel
choose widgets
the Multi-State-Widget
assign an image to a widget
assign a signal from the Declaration Editor to a widget
specify transitions from one state to another in a widget
record of the actions inside the Dashboard during runtime
insert the recording simultaneously as Test Step List and as test case into the current TPT project
quantization settings