hevm test
Usage: hevm test [--root STRING] [--project-type PROJECTTYPE] [--rpc TEXT]
[--number W256] [--verbose INT] [--coverage] [--match STRING]
[--solver TEXT] [--num-solvers NATURAL] [--smtdebug] [--debug]
[--trace] [--ffi] [--smttimeout NATURAL]
[--max-iterations INTEGER]
[--loop-detection-heuristic LOOPHEURISTIC]
[--abstract-arithmetic] [--abstract-memory]
[--num-cex-fuzz INTEGER] [--ask-smt-iterations INTEGER]
Available options:
-h,--help Show this help text
--root STRING Path to project root directory (default: . )
--project-type PROJECTTYPE Foundry or CombinedJSON project
--rpc TEXT Fetch state from a remote node
--number W256 Block: number
--verbose INT Append call trace: {1} failures {2} all
--coverage Coverage analysis
--match STRING Test case filter - only run methods matching regex
--solver TEXT Used SMT solver: z3 (default), cvc5, or bitwuzla
--num-solvers NATURAL Number of solver instances to use (default: number of
cpu cores)
--smtdebug Print smt queries sent to the solver
--debug Debug printing of internal behaviour
--trace Dump trace
--ffi Allow the usage of the hevm.ffi() cheatcode (WARNING:
this allows test authors to execute arbitrary code on
your machine)
--smttimeout NATURAL Timeout given to SMT solver in seconds (default: 300)
--max-iterations INTEGER Number of times we may revisit a particular branching
point. Default is 5. Setting to -1 allows infinite looping
--loop-detection-heuristic LOOPHEURISTIC
Which heuristic should be used to determine if we are
in a loop: StackBased (default) or Naive
(default: StackBased)
--num-cex-fuzz INTEGER Number of fuzzing tries to do to generate a
counterexample (default: 3) (default: 3)
--ask-smt-iterations INTEGER
Number of times we may revisit a particular branching
point before we consult the smt solver to check
reachability (default: 1) (default: 1)
hevm test
executes all solidity unit tests that make use of the std-test
assertion library
(a.k.a Foundry tests). It
supports both foundry based (the default) and dapptools based projects.
A more detailed introduction to symbolic unit tests with hevm
can be found
here. An
overview of using std-test
for solidity testing can be found in the foundry
book.