distortos  v0.5.0
object-oriented C++ RTOS for microcontrollers
distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStep Member List

This is the complete list of members for distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStep, including all inherited members.

block()=0distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepprivatepure virtual
expectedContextSwitchCount_distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepprivate
getParameters() constdistortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepinline
joinSequencePoint_distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepprivate
postcondition()distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepinlineprivatevirtual
run(SequenceAsserter &sequenceAsserter)distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepinline
signalHandlerSequencePoint_distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepprivate
signalingThreadFunction(SequenceAsserter &sequenceAsserter, Thread &thread) constdistortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepinlineprivate
signalingThreadSequencePoint1_distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepprivate
signalingThreadSequencePoint2_distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepprivate
TestStep(const uint8_t totalSequencePoints, const uint8_t expectedContextSwitchCount, const uint8_t signalingThreadSequencePoint1, const uint8_t signalHandlerSequencePoint, const uint8_t joinSequencePoint, const uint8_t signalingThreadSequencePoint2)distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepinline
totalSequencePoints_distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepprivate
~TestStep()distortos::test::anonymous_namespace{SignalsInterruptionTestCase.cpp}::TestStepinlinevirtual