Benchmark Test Tasks

All test tasks are available for web browsing and for download via the following GIT repository (for Test-Comp 2019 visit the tag 'testcomp19'): https://github.com/sosy-lab/sv-benchmarks/tree/testcomp19/

This edition of the competition on software testing is based on the following categories of test tasks. The test tasks are taken from the most diverse and publicly available repository of tasks, which were collected and contributed by the community on software verification.

1. Cover Errors (Finding Bugs)

This category consists of the following sub-categories.

ReachSafety-Arrays

Contains tasks for which treatment of arrays is necessary in order to determine reachability.

The test tasks consist of the programs that match

array-examples/*.yml
array-industry-pattern/*.yml
reducercommutativity/*.yml
array-tiling/*.yml
array-programs/*.yml
array-crafted/*.yml
array-multidimensional/*.yml

with the specification

COVER( init(main()), FQL(COVER EDGES(@CALL(__VERIFIER_error))) )

and the following parameter:

Architecture: 32 bit

ReachSafety-BitVectors

Contains tasks for which treatment of bit-operations is necessary.

The test tasks consist of the programs that match

bitvector/*.yml
bitvector-regression/*.yml
bitvector-loops/*.yml

with the specification

COVER( init(main()), FQL(COVER EDGES(@CALL(__VERIFIER_error))) )

and the following parameter:

Architecture: 32 bit

ReachSafety-ControlFlow

Contains programs for which the correctness depends mostly on the control-flow structure and integer variables. There is no particular focus on pointers, data structures, and concurrency.

The test tasks consist of the programs that match

ntdrivers-simplified/*.yml
ssh-simplified/*.yml
locks/*.yml
ntdrivers/*.yml
ssh/*.yml

with the specification

COVER( init(main()), FQL(COVER EDGES(@CALL(__VERIFIER_error))) )

and the following parameter:

Architecture: 32 bit

ReachSafety-ECA

Contains programs that represent event-condition-action systems.

The test tasks consist of the programs that match

eca-rers2012/*.yml
eca-rers2018/*.yml
psyco/*.yml
eca-programs/*.yml

with the specification

COVER( init(main()), FQL(COVER EDGES(@CALL(__VERIFIER_error))) )

and the following parameter:

Architecture: 32 bit

ReachSafety-Floats

Contains tasks for checking programs with floating-point arithmetics.

The test tasks consist of the programs that match

floats-cdfpl/*.yml
floats-cbmc-regression/*.yml
float-benchs/*.yml
floats-esbmc-regression/*.yml
float-newlib/*.yml
loop-floats-scientific-comp/*.yml

with the specification

COVER( init(main()), FQL(COVER EDGES(@CALL(__VERIFIER_error))) )

and the following parameter:

Architecture: 32 bit

ReachSafety-Heap

Contains tasks that require the analysis of data structures on the heap, pointer aliases, and function pointers.

The test tasks consist of the programs that match

heap-manipulation/*.yml
list-properties/*.yml
ldv-regression/*.yml
ddv-machzwd/*.yml
forester-heap/*.yml
list-ext-properties/*.yml
list-ext2-properties/*.yml
ldv-sets/*.yml
list-simple/*.yml
heap-data/*.yml
list-ext3-properties/*.yml

with the specification

COVER( init(main()), FQL(COVER EDGES(@CALL(__VERIFIER_error))) )

and the following parameter:

Architecture: 32 bit

ReachSafety-Loops

Contains tasks for which loop analysis is necessary.

The test tasks consist of the programs that match

loops/*.yml
loop-acceleration/*.yml
loop-crafted/*.yml
loop-invgen/*.yml
loop-lit/*.yml
loop-new/*.yml
loop-industry-pattern/*.yml
loops-crafted-1/*.yml
loop-invariants/*.yml

with the specification

COVER( init(main()), FQL(COVER EDGES(@CALL(__VERIFIER_error))) )

and the following parameter:

Architecture: 32 bit

ReachSafety-Recursive

Contains tasks for which recursive analysis is necessary.

The test tasks consist of the programs that match

recursive/*.yml
recursive-simple/*.yml

with the specification

COVER( init(main()), FQL(COVER EDGES(@CALL(__VERIFIER_error))) )

and the following parameter:

Architecture: 32 bit

ReachSafety-Sequentialized

Contains sequentialized concurrent programs that were derived from SystemC programs. The programs were transformed to pure C programs by incorporating the scheduler into the C code.

The test tasks consist of the programs that match

systemc/*.yml
seq-mthreaded/*.yml
seq-mthreaded-reduced/*.yml
seq-pthread/*.yml

with the specification

COVER( init(main()), FQL(COVER EDGES(@CALL(__VERIFIER_error))) )

and the following parameter:

Architecture: 32 bit

2. Cover Branches (Code Coverage)

Same programs as above under (1), but with specification 

COVER( init(main()), FQL(COVER EDGES(@DECISIONEDGE)) )
that is, coverage determines the score.