Uses of Interface
org.evosuite.testcase.execution.ExecutionTrace

Packages that use ExecutionTrace

Package	Description
org.evosuite.coverage.dataflow
org.evosuite.junit
org.evosuite.testcase.execution

Uses of ExecutionTrace in org.evosuite.coverage.dataflow

Methods in org.evosuite.coverage.dataflow that return ExecutionTrace

Modifier and Type	Method and Description
ExecutionTrace	DefUseCoverageTestFitness.getCoveringTrace() Getter for the field coveringTrace.

Methods in org.evosuite.coverage.dataflow with parameters of type ExecutionTrace

Modifier and Type	Method and Description
static int	DefUseExecutionTraceAnalyzer.getActiveDefinitionIdAt(String targetVariable, ExecutionTrace trace, int usePos, int objectId) Returns the defID of the Definition that is active in the given trace at usePos
static Object	DefUseExecutionTraceAnalyzer.getActiveObjectAtDefinition(ExecutionTrace trace, String targetVariable, int objectId, int usePos)
static Object	DefUseExecutionTraceAnalyzer.getActiveObjectAtUse(ExecutionTrace trace, String targetVariable, int objectId, int usePos)
static List<Integer>	DefUseExecutionTraceAnalyzer.getDefinitionPositions(Definition targetDefinition, ExecutionTrace trace, int objectId) Returns all the duCounterPositions of the goalUse in the given trace
static int	DefUseExecutionTraceAnalyzer.getNextOverwritingDefinitionPosition(Definition targetDefinition, ExecutionTrace objectTrace, Integer goalDefPos, Integer objectId) Determines the overwriting definition for the given goalDefPos An overwriting definition position is the duCounter position of the next definition for goalVariable that was not the goalDefinition If no such definition exists Integer.MAX_VALUE is returned
static Map<Integer,Integer>	DefUseExecutionTraceAnalyzer.getOverwritingDefinitionsBetween(Definition targetDefinition, ExecutionTrace trace, int startingDUPos, int endDUPos, int objectId) Returns the a map of definitionIds from all definitions that overwrite the goal definition in the given duCounter-range pointing to the duPos at which they first overwrote.
static int	DefUseExecutionTraceAnalyzer.getPreviousDefinitionId(String targetVariable, ExecutionTrace objectTrace, Integer targetDUPos, Integer objectId) Determines the definitionId for targetVar before tagetDUPos in the given ExecutionTrace If no such definition exists -1 is returned
static List<Integer>	DefUseExecutionTraceAnalyzer.getUsePositions(Use targetUse, ExecutionTrace trace, int objectId) Returns all the duCounterPositions of the targetUse in the given trace
static void	DefUseExecutionTraceAnalyzer.printFinishCalls(ExecutionTrace trace) Prints all information found concerning finished calls of the given ExecutionTrace
void	DefUseCoverageTestFitness.setCovered(TestChromosome individual, ExecutionTrace trace, Integer objectId) setCovered
static boolean	DefUseFitnessCalculator.traceCoversGoal(DefUseCoverageTestFitness goal, Chromosome individual, ExecutionTrace trace) Only a sanity check function for testing purposes

Uses of ExecutionTrace in org.evosuite.junit

Methods in org.evosuite.junit that return ExecutionTrace

Modifier and Type	Method and Description
ExecutionTrace	JUnitResult.getExecutionTrace()

Methods in org.evosuite.junit with parameters of type ExecutionTrace

Modifier and Type	Method and Description
void	JUnitResult.setExecutionTrace(ExecutionTrace et)

Uses of ExecutionTrace in org.evosuite.testcase.execution

Classes in org.evosuite.testcase.execution that implement ExecutionTrace

Modifier and Type	Class and Description
class	ExecutionTraceImpl Keep a trace of the program execution
class	ExecutionTraceProxy ExecutionTraceProxy class.

Fields in org.evosuite.testcase.execution declared as ExecutionTrace

Modifier and Type	Field and Description
protected ExecutionTrace	ExecutionResult.trace Trace recorded during execution

Methods in org.evosuite.testcase.execution that return ExecutionTrace

Modifier and Type	Method and Description
ExecutionTrace	ExecutionTracer.getTrace() Return trace of current execution
ExecutionTrace	ExecutionResult.getTrace() Accessor to the execution trace
ExecutionTrace	ExecutionTraceProxy.getTraceForObject(int objectId) Returns a copy of this trace where all MethodCall-information traced from objects other then the one identified by the given objectID is removed from the finished_calls-field WARNING: this will not affect this.true_distances and other fields of ExecutionTrace this only affects the finished_calls field (which should suffice for BranchCoverageFitness-calculation)
ExecutionTrace	ExecutionTraceImpl.getTraceForObject(int objectId) Returns a copy of this trace where all MethodCall-information traced from objects other then the one identified by the given objectID is removed from the finished_calls-field WARNING: this will not affect this.true_distances and other fields of ExecutionTrace this only affects the finished_calls field (which should suffice for BranchCoverageFitness-calculation)
ExecutionTrace	ExecutionTrace.getTraceForObject(int objectId) Returns a copy of this trace where all MethodCall-information traced from objects other then the one identified by the given objectID is removed from the finished_calls-field WARNING: this will not affect this.true_distances and other fields of ExecutionTrace this only affects the finished_calls field (which should suffice for BranchCoverageFitness-calculation)
ExecutionTrace	ExecutionTraceProxy.getTraceInDUCounterRange(DefUse targetDU, boolean wantToCoverTargetDU, int duCounterStart, int duCounterEnd) Returns a copy of this trace where all MethodCall-information associated with duCounters outside the range of the given duCounter-Start and -End is removed from the finished_calls-traces finished_calls without any point in the trace at which the given duCounter range is hit are removed completely Also traces for methods other then the one that holds the given targetDU are removed as well as trace information that would pass the branch of the given targetDU If wantToCoverTargetDU is false instead those targetDUBranch information is removed that would pass the alternative branch of targetDU The latter is because this method only gets called when the given targetDU was not active in the given duCounter-range if and only if wantToCoverTargetDU is set, and since useFitness calculation is on branch level and the branch of the targetDU can be passed before the targetDU is passed this can lead to a flawed branchFitness.
ExecutionTrace	ExecutionTraceImpl.getTraceInDUCounterRange(DefUse targetDU, boolean wantToCoverTargetDU, int duCounterStart, int duCounterEnd) Returns a copy of this trace where all MethodCall-information associated with duCounters outside the range of the given duCounter-Start and -End is removed from the finished_calls-traces finished_calls without any point in the trace at which the given duCounter range is hit are removed completely Also traces for methods other then the one that holds the given targetDU are removed as well as trace information that would pass the branch of the given targetDU If wantToCoverTargetDU is false instead those targetDUBranch information is removed that would pass the alternative branch of targetDU The latter is because this method only gets called when the given targetDU was not active in the given duCounter-range if and only if wantToCoverTargetDU is set, and since useFitness calculation is on branch level and the branch of the targetDU can be passed before the targetDU is passed this can lead to a flawed branchFitness.
ExecutionTrace	ExecutionTrace.getTraceInDUCounterRange(DefUse targetDU, boolean wantToCoverTargetDU, int duCounterStart, int duCounterEnd) Returns a copy of this trace where all MethodCall-information associated with duCounters outside the range of the given duCounter-Start and -End is removed from the finished_calls-traces finished_calls without any point in the trace at which the given duCounter range is hit are removed completely Also traces for methods other then the one that holds the given targetDU are removed as well as trace information that would pass the branch of the given targetDU If wantToCoverTargetDU is false instead those targetDUBranch information is removed that would pass the alternative branch of targetDU The latter is because this method only gets called when the given targetDU was not active in the given duCounter-range if and only if wantToCoverTargetDU is set, and since useFitness calculation is on branch level and the branch of the targetDU can be passed before the targetDU is passed this can lead to a flawed branchFitness.
ExecutionTrace	ExecutionTraceProxy.lazyClone() Create a lazy copy
ExecutionTrace	ExecutionTraceImpl.lazyClone() Create a lazy copy
ExecutionTrace	ExecutionTrace.lazyClone() Create a lazy copy

Methods in org.evosuite.testcase.execution with parameters of type ExecutionTrace

Modifier and Type	Method and Description
void	ExecutionResult.setTrace(ExecutionTrace trace) Set execution trace to different value