macaw/x86_symbolic/macaw-x86-symbolic.cabal

name: macaw-x86-symbolic
version: 0.0.1
author: Galois, Inc.
maintainer: jhendrix@galois.com
build-type: Simple
cabal-version: >= 1.10
license:       BSD3
license-file:  LICENSE

library
  build-depends: base >= 4.13,
                 containers,
                 bv-sized >= 1.0.0,
                 crucible >= 0.4,
                 crucible-llvm,
                 flexdis86 >= 0.1.2,
                 lens,
                 macaw-base,
                 macaw-symbolic,
                 macaw-x86 >= 0.3.1,
                 mtl,
                 panic,
                 parameterized-utils,
                 prettyprinter >= 1.7.0,
                 vector,
                 what4 >= 0.4
  hs-source-dirs: src
  default-language: Haskell2010

  exposed-modules:
    Data.Macaw.X86.Symbolic
    Data.Macaw.X86.Crucible
    Data.Macaw.X86.Symbolic.ABI.SysV
    Data.Macaw.X86.Symbolic.Regs
  other-modules:
    Data.Macaw.X86.Symbolic.Panic

  ghc-options: -Wall -Wcompat
  ghc-prof-options: -O2 -fprof-auto-top
  default-extensions: NoStarIsType

test-suite macaw-x86-symbolic-tests
  type: exitcode-stdio-1.0
  default-language: Haskell2010
  ghc-options: -Wall -Wcompat
  main-is: Main.hs
  hs-source-dirs: tests
  build-depends:
    base >= 4,
    bv-sized,
    bytestring,
    containers,
    crucible,
    crucible-llvm,
    elf-edit,
    filepath,
    Glob >= 0.9 && < 0.11,
    lens,
    macaw-base,
    macaw-symbolic,
    macaw-x86,
    macaw-x86-symbolic,
    parameterized-utils,
    prettyprinter,
    tasty,
    tasty-hunit,
    text,
    what4,
    vector
Add macaw-x86-symbolic 2018-01-03 09:50:23 +03:00			`name: macaw-x86-symbolic`
			`version: 0.0.1`
			`author: Galois, Inc.`
			`maintainer: jhendrix@galois.com`
			`build-type: Simple`
[x86_symbolic] Update cabal specification for compliance. 2018-11-26 09:01:40 +03:00			`cabal-version: >= 1.10`
Add macaw-x86-symbolic 2018-01-03 09:50:23 +03:00			`license: BSD3`
			`license-file: LICENSE`

			`library`
Drop support for GHC 8.6 This allows us to remove gobs of CPP as a consequence. 2022-01-10 20:34:56 +03:00			`build-depends: base >= 4.13,`
x86-symbolic: Setting up a SysV-compatible stack 2024-09-03 23:14:56 +03:00			`containers,`
updates what4, crucible, etc. (#146) * update to bv-sized branch of what4 and other things * removed parameterized-utils submodule completely * Updates submodules * Fixes macaw-symbolic w.r.t. crucible-llvm changes Co-authored-by: Ben Selfridge <ben@000548-benselfridge.local> 2020-06-17 02:49:55 +03:00			`bv-sized >= 1.0.0,`
Updates to Macaw. 2018-06-06 21:48:45 +03:00			`crucible >= 0.4,`
			`crucible-llvm,`
Add updated flexdis constraints. 2018-01-17 02:37:30 +03:00			`flexdis86 >= 0.1.2,`
Updates to Macaw. 2018-06-06 21:48:45 +03:00			`lens,`
Progress on macaw-symbolic and macaw-x86-symbolic. 2018-01-17 02:06:31 +03:00			`macaw-base,`
			`macaw-symbolic,`
Update macaw-x86-symbolic for divmod changes. 2019-10-22 06:24:35 +03:00			`macaw-x86 >= 0.3.1,`
More progress on Macaw symbolic; compile fixes for Macaw changes. 2018-01-23 02:28:20 +03:00			`mtl,`
symbolic: Make {lookup,update}Reg implementations panic rather than error See https://github.com/GaloisInc/macaw/issues/412 for the remaining task of allowing the return types of `GenArchVals`' `{lookup,update}Reg` functions to indicate the possibility of an error. 2024-07-26 22:00:54 +03:00			`panic,`
Port x86-symbolic to the new pointer representation 2018-02-13 00:27:57 +03:00			`parameterized-utils,`
Switch from `ansi-wl-pprint` to the `prettyprinter` package. This patch relies on the following submodule updates: - GaloisInc/what4#77 - GaloisInc/elf-edit#20 - GaloisInc/crucible#586 - GaloisInc/asl-translator#28 This patch updates the following packages: - macaw-base - macaw-symbolic - macaw-x86 - macaw-x86-symbolic - macaw-aarch32 - macaw-ppc - macaw-semmc - macaw-refinement 2020-11-25 04:57:11 +03:00			`prettyprinter >= 1.7.0,`
Implement bitcast changes to macaw-symbolic 2019-02-27 04:53:34 +03:00			`vector,`
Updates to Macaw. 2018-06-06 21:48:45 +03:00			`what4 >= 0.4`
Add macaw-x86-symbolic 2018-01-03 09:50:23 +03:00			`hs-source-dirs: src`
[x86_symbolic] Update cabal specification for compliance. 2018-11-26 09:01:40 +03:00			`default-language: Haskell2010`
Add macaw-x86-symbolic 2018-01-03 09:50:23 +03:00
			`exposed-modules:`
			`Data.Macaw.X86.Symbolic`
Rename module, to avoid name class with module from macaw-x86 2018-02-01 01:41:45 +03:00			`Data.Macaw.X86.Crucible`
x86-symbolic: A module for SysV stack manipulation Begin splitting apart a giant, branching, monolithic stack setup function into individual helpers. Introduce newtypes. 2024-09-04 18:15:50 +03:00			`Data.Macaw.X86.Symbolic.ABI.SysV`
x86-symbolic: Split out registers into their own module 2024-09-24 20:39:50 +03:00			`Data.Macaw.X86.Symbolic.Regs`
symbolic: Make {lookup,update}Reg implementations panic rather than error See https://github.com/GaloisInc/macaw/issues/412 for the remaining task of allowing the return types of `GenArchVals`' `{lookup,update}Reg` functions to indicate the possibility of an error. 2024-07-26 22:00:54 +03:00			`other-modules:`
			`Data.Macaw.X86.Symbolic.Panic`
Add macaw-x86-symbolic 2018-01-03 09:50:23 +03:00
Added -Wcompat for warnings about future compatibility. 2019-01-11 00:43:27 +03:00			`ghc-options: -Wall -Wcompat`
Progress on macaw-symbolic and macaw-x86-symbolic. 2018-01-17 02:06:31 +03:00			`ghc-prof-options: -O2 -fprof-auto-top`
Drop support for GHC 8.6 This allows us to remove gobs of CPP as a consequence. 2022-01-10 20:34:56 +03:00			`default-extensions: NoStarIsType`
Progress on macaw-symbolic and macaw-x86-symbolic. 2018-01-17 02:06:31 +03:00
			`test-suite macaw-x86-symbolic-tests`
			`type: exitcode-stdio-1.0`
			`default-language: Haskell2010`
Added -Wcompat for warnings about future compatibility. 2019-01-11 00:43:27 +03:00			`ghc-options: -Wall -Wcompat`
Progress on macaw-symbolic and macaw-x86-symbolic. 2018-01-17 02:06:31 +03:00			`main-is: Main.hs`
			`hs-source-dirs: tests`
			`build-depends:`
			`base >= 4,`
x86-symbolic: Use SysV-compatible stack setup in test suite Fix a logic bug (bytes, not bits!) along the way 2024-09-11 21:55:04 +03:00			`bv-sized,`
Progress on macaw-symbolic and macaw-x86-symbolic. 2018-01-17 02:06:31 +03:00			`bytestring,`
			`containers,`
			`crucible,`
Bump crucible submodule again 2018-05-18 00:06:24 +03:00			`crucible-llvm,`
Progress on macaw-symbolic and macaw-x86-symbolic. 2018-01-17 02:06:31 +03:00			`elf-edit,`
Add a testing framework for macaw-symbolic (#184) The new test suites cover x86_64, PowerPC, and ARM. They test that the semantics are actually correct (rather than just seeing if symbolic execution produces any result). The `Data.Macaw.Symbolic.Testing` module in macaw-symbolic provides some common utilities for symbolic execution engine setup, while there are tailored test harnesses for each architecture. The semantics of the test harnesses are documented in each architecture test suite, but they: 1. Discover all of the test binaries (which are generated from the included makefiles) 2. Treat each function whose name begins with `test_` as a test entry point 3. Symbolically executes each test case with fully symbolic register states 4. Extracts the return value after symbolic execution, which is treated as the predicate to an assertion that must be proved - If the test case is in the `pass` subdirectory, it is proved and expected to hold - If the test case is in the `fail` subdirectory, it is proved and expected to not hold. Each test harness supports two options for debugging: - Dumping generated SMT queries - Dumping generated Macaw IR for inspection This testing uncovered a bug in the (previously untested) macaw-aarch32-symbolic code. It required a number of submodule updates to: - Adapt to some what4 changes - Fix a bug in the LLVM memory model that lets these tests pass - Adapt to changes to some crucible APIs This change also modifies the CI configuration to install SMT solvers earlier (which are now needed for all of the symbolic package tests). 2021-03-01 20:21:44 +03:00			`filepath,`
			`Glob >= 0.9 && < 0.11,`
Fix tail call classification (#286) The tail call classifier came after the jump classifier, which was a problem because it is less strict than the tail call classifier, meaning it would always fire. This commit moves direct jump to be the last classifier applied, giving the others a chance. Includes a test case in the ARM backend. This requires some updates to some of the expected test results, as a few blocks are now classified as tail calls that were plain jumps before. They really could be considered either. I think it would be nice if these could be classified as jumps instead, but the reason they are flagged as tail calls is mostly down to the fact that their surrounding context is so simple that either interpretation works. Correcting this would require some heuristics based on additional analysis passes. The test harness for macaw symbolic required a few changes because the new detection of some jumps as tail calls introduces new calls into the symbolic test suites. However, the symbolic testing harness did not support calls before. Adding support required a bit of plumbing, including a more extensive code discovery pass. Fixes #285 2022-05-10 17:29:55 +03:00			`lens,`
Progress on macaw-symbolic and macaw-x86-symbolic. 2018-01-17 02:06:31 +03:00			`macaw-base,`
			`macaw-symbolic,`
			`macaw-x86,`
			`macaw-x86-symbolic,`
			`parameterized-utils,`
Add a testing framework for macaw-symbolic (#184) The new test suites cover x86_64, PowerPC, and ARM. They test that the semantics are actually correct (rather than just seeing if symbolic execution produces any result). The `Data.Macaw.Symbolic.Testing` module in macaw-symbolic provides some common utilities for symbolic execution engine setup, while there are tailored test harnesses for each architecture. The semantics of the test harnesses are documented in each architecture test suite, but they: 1. Discover all of the test binaries (which are generated from the included makefiles) 2. Treat each function whose name begins with `test_` as a test entry point 3. Symbolically executes each test case with fully symbolic register states 4. Extracts the return value after symbolic execution, which is treated as the predicate to an assertion that must be proved - If the test case is in the `pass` subdirectory, it is proved and expected to hold - If the test case is in the `fail` subdirectory, it is proved and expected to not hold. Each test harness supports two options for debugging: - Dumping generated SMT queries - Dumping generated Macaw IR for inspection This testing uncovered a bug in the (previously untested) macaw-aarch32-symbolic code. It required a number of submodule updates to: - Adapt to some what4 changes - Fix a bug in the LLVM memory model that lets these tests pass - Adapt to changes to some crucible APIs This change also modifies the CI configuration to install SMT solvers earlier (which are now needed for all of the symbolic package tests). 2021-03-01 20:21:44 +03:00			`prettyprinter,`
			`tasty,`
			`tasty-hunit,`
Progress on macaw-symbolic and macaw-x86-symbolic. 2018-01-17 02:06:31 +03:00			`text,`
Bump crucible submodule to pull in crucible/what4 split refactor, and update macaw-symbolic and macax-x86-symbolic. 2018-05-16 01:58:14 +03:00			`what4,`
Progress on macaw-symbolic and macaw-x86-symbolic. 2018-01-17 02:06:31 +03:00			`vector`