This project intends to build a verified version of microsoft/RIoT using

• F*: verification system for effectful programs
• KreMLin: a tool for extracting low-level F* programs to readable C code
• HACL*: a formally verified cryptographic library written in F*
• EverParse: a F* library for write secure parser and serializer

      ASN.1
     /  |
  X.509 |   C        C
     \  |  /         |
       RIoT         DICE

• src/c: C source files
• src/dice: F* source files for DICE
• src/riot: F* source files for RIoT
  • RIoT.Base: X.509 base definitions
  • RIoT.Declassify: Interface for declassification functions
  • RIoT.X509.*: X.509 certificate-related definitions
  • RIoT.Spec.*: Specification for crypto and X.509 certificate-related functions
  • RIoT.Impl.*: Implementation for crypto and X.509 certificate-related functions
  • RIoT.Core: RIoT Core functionality
  • src/riot/asn1: F* source files for ASN.1 serializer
    • ASN1.Base: Base ASN.1 definitions
    • ASN1.Spec.*: Specification serializers and combinators
    • ASN1.Low.*: Implementation serializers and combinators
  • src/riot/x509: F* source files for X.509 serializer
    • X509.Base: X.509 base definitions
    • X509.Crypto: Crypto-related serializer
    • X509.BasicFields: Serializer for X.509 certificate basic fields
    • X509.ExtFields: Serializer for X.509 certificate extension fields
• src/test Test scripts
• src/obj F* outputs (after build)

Execute the following command and you will be in the project root directory. This Dockerfile depends on the official F* build packaged with Emacs : fstarlang/fstar-emacs:latest.

$ docker build -t verifiedhardware:checkpoint -f .docker/stable/Dockerfile .
$ docker run -it --rm verifiedhardware:checkpoint bash

You can prepend OTHERFLAGS='--admit_smt_queries true' before any commands below to (largely) speed up the verification process (by assuming SMT queries) if you are sure the F* definitions are correct.

You can verify F* source files for any project (and their dependencies) of DICE, RIoT, ASN1 and X509 by entering the corresponding directory and executing

make verify-all -j4

You can test RIoT or ASN1 by executing

make test-riot -j4

or

make test-asn1 -j4

at the src/test directory or the root directory. The test executable src/test/test.exe will be complied and executed. Generated C files lie in src/obj.

After executing

make test-riot -j4

C files will be generated in src/obj.