File wardstone-0.2.0~0.obscpio of Package wardstone

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File wardstone-0.2.0~0.obscpio of Package wardstone (Revision 6c6554ae81683fdbf8835d483ebd29c8)

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*.pem filter=lfs diff=lfs merge=lfs -text
*.pub filter=lfs diff=lfs merge=lfs -text
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name: Bug report
about: Create a report to help us improve
title: 'fix: '
labels: ''
assignees: ''

---

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3. Scroll down to '....'
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**Expected behavior**
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07070100000004000081A40000000000000000000000016537CEF400000259000000000000000000000000000000000000003C00000000wardstone-0.2.0~0/.github/ISSUE_TEMPLATE/feature_request.md---
name: Feature request
about: Suggest an idea for this project
title: 'feat: '
labels: ''
assignees: ''

---

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07070100000005000081A40000000000000000000000016537CEF4000000CB000000000000000000000000000000000000002900000000wardstone-0.2.0~0/.github/dependabot.ymlversion: 2
updates:
  - package-ecosystem: cargo
    directory: "/"
    schedule:
      interval: "weekly"
  - package-ecosystem: github-actions
    directory: "/"
    schedule:
      interval: "weekly"
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on: [pull_request, push]

permissions:
  contents: read

env:
  CARGO_TERM_COLOR: always

jobs:
  check:
    name: Run cargo-check
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v4
      - uses: dtolnay/rust-toolchain@stable
      - run: cargo check

clippy:
    name: Run Clippy
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v4
      - uses: dtolnay/rust-toolchain@stable
        with:
          components: clippy
      - run: cargo clippy -- --deny warnings

docs:
    name: Build package documentation
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v4
      - uses: dtolnay/rust-toolchain@stable
      - run: cargo doc --no-deps

rustfmt:
    name: Check formatting
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v4
      - uses: dtolnay/rust-toolchain@stable
        with:
          components: rustfmt
      - run: cargo fmt --all --check

test:
    name: Run tests
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v4
      - uses: dtolnay/rust-toolchain@stable
      - run: cargo test --all-features

ffi:
    name: Check FFI build
    runs-on: ubuntu-latest
    steps:
      - name: Checkout repository
        uses: actions/checkout@v4

- name: Install Rust toolchain
        uses: dtolnay/rust-toolchain@stable

- name: Generate header and build static library
        run: cargo build --release --all-features

- name: Build FFI example
        working-directory: ./examples/ffi/
        run: |
          cc -I ../../target/ ./main.c ../../target/release/libwardstone.a \
            -o ../../target/release/ffi_example

- name: Run FFI example
        run: ./target/release/ffi_example
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# Test private keys.
keys/
07070100000009000081A40000000000000000000000016537CEF4000005E3000000000000000000000000000000000000002200000000wardstone-0.2.0~0/CONTRIBUTING.md# Guidelines

## General

Building the source code can be done with `cargo`. Having OpenSSL installed on your system may also be required but that comes bundled with most Unix operating systems.

[Test certificates](./crates/cmd/src/testing/certificates/) are stored using [Git Large File Storage](https://git-lfs.com) so that might be required if you're going to be interacting with any of those.

## Contributing Test Cases for Validating X.509 Certificates

The easiest way to contribute test cases is to run the Python [`generate_certificates.py`](./scripts/generate_certificates.py) script and file a pull request with the changes if it was able to generate new test certificates that were not already [present in the repository](./crates/cmd/src/testing/certificates/).

Additionally, run the following command where the input is the newly generated certificate. The error message will contain an object identifier which will be used to identify the primitives used in the certificate where `$new_certificate` represents the newly generated certificate.

```bash
wardstone x509 --guide bsi --path ./crates/cmd/src/testing/certificates/$new_certificate
```

This should be enough but if you want to go further, you can lookup the object identifier in a registry such as the [Object Identifier (OID) Repository](https://oid-rep.orange-labs.fr) and update the tables in [`certificate.rs`](./crates/cmd/src/key/certificate.rs) along with the instances in the [`core`](./crates/core/src/primitive/) crate.
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resolver = "2"
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  "crates/core",
  "crates/ffi",
]
0707010000000C000081A40000000000000000000000016537CEF4000002EC000000000000000000000000000000000000001A00000000wardstone-0.2.0~0/LICENCEISC License

Permission to use, copy, modify, and/or distribute this software for any
purpose with or without fee is hereby granted, provided that the above
copyright notice and this permission notice appear in all copies.

THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH
REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY
AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT,
INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM
LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR
OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR
PERFORMANCE OF THIS SOFTWARE.
0707010000000D000081A40000000000000000000000016537CEF40000047D000000000000000000000000000000000000001C00000000wardstone-0.2.0~0/README.md# `wardstone`

![Continuous Integration](https://github.com/tshakalekholoane/wardstone/actions/workflows/ci.yaml/badge.svg)

The `wardstone` project aims to create a library that can be used across different programming languages via a foreign function interface and a command line utility that users can run against their existing keys to detect conformance to varying cryptographic key standards and research publications.

The repository is organised as a series of the following Rust crates:

- [**`wardstone`**](./crates/cmd/). A command-line application that checks cryptographic keys for compliance.
- [**`wardstone_core`**](./crates/core/). A Rust library that curates compliance information for cryptographic keys from varying standards bodies and research groups.
- [**`wardstone_ffi`**](./crates/ffi/). A version of [`wardstone_core`](./crates/core/) that exports a foreign function interface for using the library from C and other languages that support it.

This is a [Google Summer of Code project](https://summerofcode.withgoogle.com/programs/2023/projects/QjOBHrdT) with [openSUSE](https://github.com/openSUSE/mentoring/issues/198).
0707010000000E000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000001900000000wardstone-0.2.0~0/crates0707010000000F000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000001D00000000wardstone-0.2.0~0/crates/cmd07070100000010000081A40000000000000000000000016537CEF400000314000000000000000000000000000000000000002800000000wardstone-0.2.0~0/crates/cmd/Cargo.toml[package]
name = "wardstone"
version = "0.2.0"
authors = [
	"Dennis Knorr",
	"Martin Sirringhaus",
	"Tshaka Lekholoane <mail+cargo@tshaka.dev>",
]
description = """
A tool to scan cryptographic keys and certificates against recognized 
standards and research publications, verifying their compliance.
"""
edition = "2021"
keywords = ["compliance", "security", "ssh", "tls", "x509"]
license = "ISC"
readme = "README.md"
categories = [
	"command-line-utilities", 
	"config", 
	"cryptography", 
	"development-tools",
]

[dependencies]
clap = { version = "4.4", features = ["derive"] }
once_cell = "1.18"
openssh-keys = "0.6"
openssl = "0.10"
serde =  { version = "1.0", features = ["derive"] }
serde_json = "1.0"
wardstone_core = { path = "../core" }
x509-parser = "0.15"

[lib]
doc = false
07070100000011000081A40000000000000000000000016537CEF4000003A7000000000000000000000000000000000000002700000000wardstone-0.2.0~0/crates/cmd/README.md# `wardstone`

A tool to scan cryptographic keys and certificates against recognized standards and research publications, verifying their compliance.

```
A tool to scan cryptographic keys and certificates against recognized
standards and research publications, verifying their compliance.

Usage: wardstone <COMMAND>

Commands:
  ssh   Check an SSH public key for compliance
  x509  Check an X.509 public key certificate for compliance
  help  Print this message or the help of the given subcommand(s)

Options:
  -h, --help     Print help
  -V, --version  Print version
```

## Installation

### Building from Source

This can be done using `cargo` and the resulting binary will be located in the root directory's `target/release/` folder.

```shell
cargo build --release 
```

On some operating systems you may need to download the development branch of the OpenSSL library i.e., `libssl-dev` on Ubuntu or `openssl-dev` on Fedora.
07070100000012000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000002100000000wardstone-0.2.0~0/crates/cmd/src07070100000013000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000002500000000wardstone-0.2.0~0/crates/cmd/src/key07070100000014000081A40000000000000000000000016537CEF4000008A1000000000000000000000000000000000000002800000000wardstone-0.2.0~0/crates/cmd/src/key.rs//! Key types supported by the application.
use std::path::Path;
use std::{fmt, io};

use openssh_keys::errors::OpenSSHKeyError;
use openssl::error::ErrorStack;
use wardstone_core::primitive::asymmetric::Asymmetric;
use wardstone_core::primitive::hash::Hash;
use x509_parser::nom::Err as NomError;
use x509_parser::prelude::{PEMError, X509Error};

pub mod certificate;
pub mod ssh;

/// Represents a cryptographic key.
pub trait Key {
  fn from_file(path: &Path) -> Result<Self, Error>
  where
    Self: Sized;
  fn hash_function(&self) -> Option<Hash>;
  fn signature_algorithm(&self) -> Asymmetric;
}

/// Represents an error that could arise as a result of reading a key or
/// parsing its contents.
#[derive(Debug)]
pub enum Error {
  Io(io::Error),
  ParsePEM(NomError<PEMError>),
  ParseSsh(OpenSSHKeyError),
  ParseX509(ErrorStack),
  ParseX509Certificate(NomError<X509Error>),
  Unrecognised(String),
}

impl fmt::Display for Error {
  fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
    match self {
      Error::Io(err) => match err.kind() {
        io::ErrorKind::NotFound => write!(f, "Key not found."),
        io::ErrorKind::PermissionDenied => write!(f, "Permission denied."),
        _ => write!(f, "Unexpected error. Please file an issue."),
      },
      Error::ParsePEM(_) => write!(f, "Cannot parse PEM file."),
      Error::ParseSsh(_) => write!(f, "Cannot parse SSH public key."),
      Error::ParseX509Certificate(_) | Error::ParseX509(_) => {
        write!(f, "Cannot parse X.509 certificate.")
      },
      Error::Unrecognised(oid) => write!(f, "Unrecognised key: {}. Please file an issue.", oid),
    }
  }
}

impl From<io::Error> for Error {
  fn from(err: io::Error) -> Self {
    Self::Io(err)
  }
}

impl From<NomError<PEMError>> for Error {
  fn from(err: NomError<PEMError>) -> Self {
    Self::ParsePEM(err)
  }
}

impl From<ErrorStack> for Error {
  fn from(err: ErrorStack) -> Self {
    Self::ParseX509(err)
  }
}

impl From<NomError<X509Error>> for Error {
  fn from(err: NomError<X509Error>) -> Self {
    Self::ParseX509Certificate(err)
  }
}

impl From<OpenSSHKeyError> for Error {
  fn from(err: OpenSSHKeyError) -> Self {
    Self::ParseSsh(err)
  }
}
07070100000015000081A40000000000000000000000016537CEF400002882000000000000000000000000000000000000003400000000wardstone-0.2.0~0/crates/cmd/src/key/certificate.rs//! Create X.509 certificate representations and perform actions on
//! them.
use std::collections::HashMap;
use std::fs::File;
use std::io::Read;
use std::path::Path;

use once_cell::sync::Lazy;
use openssl::x509::X509;
use wardstone_core::primitive::asymmetric::Asymmetric;
use wardstone_core::primitive::ecc::*;
use wardstone_core::primitive::hash::*;
use wardstone_core::primitive::ifc::*;
use x509_parser::pem;
use x509_parser::prelude::{FromDer, TbsCertificate, X509Certificate};

use crate::key::{Error, Key};

static ASYMMETRIC: Lazy<HashMap<&str, Asymmetric>> = Lazy::new(|| {
  let mut m = HashMap::new();
  m.insert("1.2.840.10045.3.0.1", C2PNB163V1.into());
  m.insert("1.2.840.10045.3.0.10", C2PNB208W1.into());
  m.insert("1.2.840.10045.3.0.11", C2TNB239V1.into());
  m.insert("1.2.840.10045.3.0.12", C2TNB239V2.into());
  m.insert("1.2.840.10045.3.0.13", C2TNB239V3.into());
  m.insert("1.2.840.10045.3.0.16", C2PNB272W1.into());
  m.insert("1.2.840.10045.3.0.17", C2PNB304W1.into());
  m.insert("1.2.840.10045.3.0.18", C2TNB359V1.into());
  m.insert("1.2.840.10045.3.0.19", C2PNB368W1.into());
  m.insert("1.2.840.10045.3.0.2", C2PNB163V2.into());
  m.insert("1.2.840.10045.3.0.20", C2TNB431R1.into());
  m.insert("1.2.840.10045.3.0.3", C2PNB163V3.into());
  m.insert("1.2.840.10045.3.0.4", C2PNB176V1.into());
  m.insert("1.2.840.10045.3.0.5", C2TNB191V1.into());
  m.insert("1.2.840.10045.3.0.6", C2TNB191V2.into());
  m.insert("1.2.840.10045.3.0.7", C2TNB191V3.into());
  m.insert("1.2.840.10045.3.1.1", PRIME192V1.into());
  m.insert("1.2.840.10045.3.1.2", PRIME192V2.into());
  m.insert("1.2.840.10045.3.1.3", PRIME192V3.into());
  m.insert("1.2.840.10045.3.1.4", PRIME239V1.into());
  m.insert("1.2.840.10045.3.1.5", PRIME239V2.into());
  m.insert("1.2.840.10045.3.1.6", PRIME239V3.into());
  m.insert("1.2.840.10045.3.1.7", PRIME256V1.into());
  m.insert("1.3.132.0.1", SECT163K1.into());
  m.insert("1.3.132.0.10", SECP256K1.into());
  m.insert("1.3.132.0.15", SECT163R2.into());
  m.insert("1.3.132.0.16", SECT283K1.into());
  m.insert("1.3.132.0.17", SECT283R1.into());
  m.insert("1.3.132.0.2", SECT163R1.into());
  m.insert("1.3.132.0.22", SECT131R1.into());
  m.insert("1.3.132.0.23", SECT131R2.into());
  m.insert("1.3.132.0.24", SECT193R1.into());
  m.insert("1.3.132.0.25", SECT193R2.into());
  m.insert("1.3.132.0.26", SECT233K1.into());
  m.insert("1.3.132.0.27", SECT233R1.into());
  m.insert("1.3.132.0.28", SECP128R1.into());
  m.insert("1.3.132.0.29", SECP128R2.into());
  m.insert("1.3.132.0.3", SECT239K1.into());
  m.insert("1.3.132.0.30", SECP160R2.into());
  m.insert("1.3.132.0.31", SECP192K1.into());
  m.insert("1.3.132.0.32", SECP224K1.into());
  m.insert("1.3.132.0.33", SECP224R1.into());
  m.insert("1.3.132.0.34", SECP384R1.into());
  m.insert("1.3.132.0.35", SECP521R1.into());
  m.insert("1.3.132.0.36", SECT409K1.into());
  m.insert("1.3.132.0.37", SECT409R1.into());
  m.insert("1.3.132.0.38", SECT571K1.into());
  m.insert("1.3.132.0.39", SECT571R1.into());
  m.insert("1.3.132.0.4", SECT113R1.into());
  m.insert("1.3.132.0.5", SECT113R2.into());
  m.insert("1.3.132.0.6", SECP112R1.into());
  m.insert("1.3.132.0.7", SECP112R2.into());
  m.insert("1.3.132.0.8", SECP160R1.into());
  m.insert("1.3.132.0.9", SECP160K1.into());
  m.insert("1.3.36.3.3.2.8.1.1.1", BRAINPOOLP160R1.into());
  m.insert("1.3.36.3.3.2.8.1.1.10", BRAINPOOLP320T1.into());
  m.insert("1.3.36.3.3.2.8.1.1.11", BRAINPOOLP384R1.into());
  m.insert("1.3.36.3.3.2.8.1.1.12", BRAINPOOLP384T1.into());
  m.insert("1.3.36.3.3.2.8.1.1.13", BRAINPOOLP512R1.into());
  m.insert("1.3.36.3.3.2.8.1.1.14", BRAINPOOLP512T1.into());
  m.insert("1.3.36.3.3.2.8.1.1.2", BRAINPOOLP160T1.into());
  m.insert("1.3.36.3.3.2.8.1.1.3", BRAINPOOLP192R1.into());
  m.insert("1.3.36.3.3.2.8.1.1.4", BRAINPOOLP192T1.into());
  m.insert("1.3.36.3.3.2.8.1.1.5", BRAINPOOLP224R1.into());
  m.insert("1.3.36.3.3.2.8.1.1.6", BRAINPOOLP224T1.into());
  m.insert("1.3.36.3.3.2.8.1.1.7", BRAINPOOLP256R1.into());
  m.insert("1.3.36.3.3.2.8.1.1.8", BRAINPOOLP256T1.into());
  m.insert("1.3.36.3.3.2.8.1.1.9", BRAINPOOLP320R1.into());
  m.insert("1.2.156.10197.1.301", SM2.into());
  m.insert("2.23.43.1.4.12", WAP_WSG_IDM_ECID_WTLS11.into());
  m.insert("2.23.43.1.4.1", WAP_WSG_IDM_ECID_WTLS1.into());
  m.insert("2.23.43.1.4.3", WAP_WSG_IDM_ECID_WTLS3.into());
  m.insert("2.23.43.1.4.4", WAP_WSG_IDM_ECID_WTLS4.into());
  m.insert("2.23.43.1.4.5", WAP_WSG_IDM_ECID_WTLS5.into());
  m.insert("2.23.43.1.4.6", WAP_WSG_IDM_ECID_WTLS6.into());
  m.insert("2.23.43.1.4.7", WAP_WSG_IDM_ECID_WTLS7.into());
  m.insert("2.23.43.1.4.8", WAP_WSG_IDM_ECID_WTLS8.into());
  m.insert("2.23.43.1.4.9", WAP_WSG_IDM_ECID_WTLS9.into());
  m.insert("2.23.43.1.4.10", WAP_WSG_IDM_ECID_WTLS10.into());
  m.insert("2.23.43.1.4.11", WAP_WSG_IDM_ECID_WTLS11.into());
  m.insert("2.23.43.1.4.12", WAP_WSG_IDM_ECID_WTLS12.into());
  m
});

/// Represents a TLS certificate.
#[derive(Debug)]
pub struct Certificate {
  hash_function: Option<Hash>,
  signature_algorithm: Asymmetric,
}

impl Certificate {
  fn is_likely_pem(data: &[u8]) -> bool {
    !matches!((data[0], data[1]), (0x30, 0x81..=0x83))
  }

fn edsa_with_sha(tbs_certificate: &TbsCertificate, sha: Hash) -> Result<Certificate, Error> {
    let hash_function = Some(sha);
    let parameters = tbs_certificate
      .subject_pki
      .algorithm
      .parameters
      .as_ref()
      .expect("elliptic curve should specify curve");
    let oid = parameters
      .clone()
      .oid()
      .expect("elliptic curve should have identifier")
      .to_id_string();
    let signature_algorithm = ASYMMETRIC
      .get(&oid.as_str())
      .cloned()
      .ok_or(Error::Unrecognised(oid))?;
    let certificate = Self {
      hash_function,
      signature_algorithm,
    };
    Ok(certificate)
  }

fn id_ed25519() -> Result<Certificate, Error> {
    let certificate = Self {
      hash_function: None,
      signature_algorithm: ED25519.into(),
    };
    Ok(certificate)
  }

fn id_ed448() -> Result<Certificate, Error> {
    let certificate = Self {
      hash_function: None,
      signature_algorithm: ED448.into(),
    };
    Ok(certificate)
  }

fn rsassa_pss(data: &[u8]) -> Result<Certificate, Error> {
    // The x509_parser crate cannot seem to read rsassa-pss keys so
    // resort to openssl for that. But even that cannot seem to
    // extract the hash function so a lower level interface may be
    // required.
    let certificate = if Self::is_likely_pem(data) {
      X509::from_pem(data)?
    } else {
      X509::from_der(data)?
    };
    let public_key = certificate.public_key()?;
    let k = public_key.bits();
    let signature_algorithm = match k {
      1024 => RSA_PSS_1024.into(),
      1536 => RSA_PSS_1536.into(),
      2048 => RSA_PSS_2048.into(),
      3072 => RSA_PSS_3072.into(),
      4096 => RSA_PSS_4096.into(),
      7680 => RSA_PSS_7680.into(),
      8192 => RSA_PSS_8192.into(),
      15360 => RSA_PSS_15360.into(),
      _ => Ifc::new(ID_RSA_PSS, k as u16).into(),
    };
    let certificate = Self {
      hash_function: None,
      signature_algorithm,
    };
    Ok(certificate)
  }

fn with_rsa_encryption(
    tbs_certificate: &TbsCertificate,
    sha: Hash,
  ) -> Result<Certificate, Error> {
    let hash_function = Some(sha);
    let k = tbs_certificate
      .subject_pki
      .parsed()
      .expect("should parse rsa public key")
      .key_size();
    let signature_algorithm = match k {
      1024 => RSA_PKCS1_1024.into(),
      1536 => RSA_PKCS1_1536.into(),
      2048 => RSA_PKCS1_2048.into(),
      3072 => RSA_PKCS1_3072.into(),
      4096 => RSA_PKCS1_4096.into(),
      7680 => RSA_PKCS1_7680.into(),
      8192 => RSA_PKCS1_8192.into(),
      15360 => RSA_PKCS1_15360.into(),
      _ => Ifc::new(ID_RSA_PKCS1, k as u16).into(),
    };
    let certificate = Self {
      hash_function,
      signature_algorithm,
    };
    Ok(certificate)
  }
}

impl Key for Certificate {
  fn from_file(path: &Path) -> Result<Certificate, Error> {
    let mut file = File::open(path)?;
    let mut data = Vec::new();
    file.read_to_end(&mut data)?;

// Certificates do not own their data.
    let pem;
    let tbs_certificate = if Self::is_likely_pem(&data) {
      (_, pem) = pem::parse_x509_pem(&data)?;
      let x509_certificate = pem.parse_x509()?;
      x509_certificate.tbs_certificate
    } else {
      let (_, x509_certificate) = X509Certificate::from_der(&data)?;
      x509_certificate.tbs_certificate
    };

let oid = tbs_certificate.signature.oid().to_id_string();
    match oid.as_str() {
      "1.2.840.10045.4.1" => Self::edsa_with_sha(&tbs_certificate, SHA1),
      "1.2.840.10045.4.3.1" => Self::edsa_with_sha(&tbs_certificate, SHA224),
      "1.2.840.10045.4.3.2" => Self::edsa_with_sha(&tbs_certificate, SHA256),
      "1.2.840.10045.4.3.3" => Self::edsa_with_sha(&tbs_certificate, SHA384),
      "1.2.840.10045.4.3.4" => Self::edsa_with_sha(&tbs_certificate, SHA512),
      "1.2.840.113549.1.1.10" => Self::rsassa_pss(&data),
      "1.2.840.113549.1.1.11" => Self::with_rsa_encryption(&tbs_certificate, SHA256),
      "1.2.840.113549.1.1.12" => Self::with_rsa_encryption(&tbs_certificate, SHA384),
      "1.2.840.113549.1.1.13" => Self::with_rsa_encryption(&tbs_certificate, SHA512),
      "1.2.840.113549.1.1.14" => Self::with_rsa_encryption(&tbs_certificate, SHA224),
      "1.2.840.113549.1.1.15" => Self::with_rsa_encryption(&tbs_certificate, SHA512_224),
      "1.2.840.113549.1.1.16" => Self::with_rsa_encryption(&tbs_certificate, SHA512_256),
      "1.2.840.113549.1.1.3" => Self::with_rsa_encryption(&tbs_certificate, MD4),
      "1.2.840.113549.1.1.4" => Self::with_rsa_encryption(&tbs_certificate, MD5),
      "1.2.840.113549.1.1.5" => Self::with_rsa_encryption(&tbs_certificate, SHA1),
      "1.3.101.112" => Self::id_ed25519(),
      "1.3.101.113" => Self::id_ed448(),
      "2.16.840.1.101.3.4.3.10" => Self::edsa_with_sha(&tbs_certificate, SHA3_256),
      "2.16.840.1.101.3.4.3.11" => Self::edsa_with_sha(&tbs_certificate, SHA3_384),
      "2.16.840.1.101.3.4.3.12" => Self::edsa_with_sha(&tbs_certificate, SHA3_512),
      _ => Err(Error::Unrecognised(oid)),
    }
  }

fn hash_function(&self) -> Option<Hash> {
    self.hash_function
  }

fn signature_algorithm(&self) -> Asymmetric {
    self.signature_algorithm
  }
}
07070100000016000081A40000000000000000000000016537CEF400000AC1000000000000000000000000000000000000002C00000000wardstone-0.2.0~0/crates/cmd/src/key/ssh.rs//! Create SSH key representations and perform actions on them.
use std::fs;
use std::path::Path;

use openssh_keys::{Curve, Data, PublicKey};
use wardstone_core::primitive::asymmetric::Asymmetric;
use wardstone_core::primitive::ecc::*;
use wardstone_core::primitive::ffc::*;
use wardstone_core::primitive::hash::*;
use wardstone_core::primitive::ifc::*;

use crate::key::{Error, Key};

/// Represents an SSH public key.
#[derive(Debug)]
pub struct Ssh {
  hash_function: Option<Hash>,
  signature_algorithm: Asymmetric,
}

impl Key for Ssh {
  fn from_file(path: &Path) -> Result<Self, Error> {
    let contents = fs::read_to_string(path)?;
    let key = PublicKey::parse(contents.as_str())?;

// It is not possible to infer the hash function used by looking at
    // the public key for RSA keys. RFC 4253 Section 6.6 specifies SHA-1
    // but a newer revision RFC 8332 specifies SHA-256 and SHA-512
    // without changes to the format for backwards compatibility.
    //
    // Similarly, for NIST elliptic curves, RFC 5656 does not specify
    // the length of the output of the hash function used (just that it
    // should come from the SHA2 family). Given that this information
    // cannot be determined reliably, the signature algorithm is assumed
    // to not use a hash function.
    let (hash_function, signature_algorithm) = match key.data {
      Data::Rsa { .. } => (None, {
        let k = key.size() as u16;
        let ifc = match k {
          1024 => RSA_PKCS1_1024,
          1536 => RSA_PKCS1_1536,
          2048 => RSA_PSS_2048,
          3072 => RSA_PKCS1_3072,
          4096 => RSA_PKCS1_4096,
          7680 => RSA_PKCS1_7680,
          8192 => RSA_PKCS1_15360,
          _ => Ifc::new(ID_RSA_PKCS1, k),
        };
        ifc.into()
      }),
      Data::Dsa { ref p, q, .. } => (Some(SHA1), {
        let p = (p.len() * 8) as u16;
        let q = (q.len() * 8) as u16;
        let ffc = match p {
          1024 => DSA_1024_160,
          2048 => DSA_2048_256,
          3072 => DSA_3072_256,
          7680 => DSA_7680_384,
          15360 => DSA_15360_512,
          _ => Ffc::new(ID_DSA, p, q),
        };
        ffc.into()
      }),
      Data::Ed25519 { .. } | Data::Ed25519Sk { .. } => (None, ED25519.into()),
      Data::Ecdsa { ref curve, .. } | Data::EcdsaSk { ref curve, .. } => match *curve {
        Curve::Nistp256 => (None, P256.into()),
        Curve::Nistp384 => (None, P384.into()),
        Curve::Nistp521 => (None, P521.into()),
      },
    };

let key = Self {
      hash_function,
      signature_algorithm,
    };
    Ok(key)
  }

fn hash_function(&self) -> Option<Hash> {
    self.hash_function
  }

fn signature_algorithm(&self) -> Asymmetric {
    self.signature_algorithm
  }
}
07070100000017000081A40000000000000000000000016537CEF400000257000000000000000000000000000000000000002800000000wardstone-0.2.0~0/crates/cmd/src/lib.rs//! A command-line application to scan cryptographic keys for
//! compliance.
//!
//! ```text
//! A tool to scan cryptographic keys and certificates against recognized
//! standards and research publications, verifying their compliance.
//!
//!
//! Usage: wardstone <COMMAND>
//!
//! Commands:
//!   ssh   Check an SSH public key for compliance
//!   x509  Check X.509 public key certificates for compliance
//!   help  Print this message or the help of the given subcommand(s)
//!
//! Options:
//!   -h, --help     Print help
//!   -V, --version  Print version
//! ```
pub mod key;
pub mod report;
07070100000018000081A40000000000000000000000016537CEF400001D09000000000000000000000000000000000000002900000000wardstone-0.2.0~0/crates/cmd/src/main.rsuse std::path::PathBuf;

use clap::{Parser, Subcommand, ValueEnum};
use wardstone::key::certificate::Certificate;
use wardstone::key::ssh::Ssh;
use wardstone::key::Key;
use wardstone::report::{Audit, Exit, Report, Verbosity};
use wardstone_core::context::Context;
use wardstone_core::primitive::asymmetric::Asymmetric;
use wardstone_core::primitive::hash::Hash;
use wardstone_core::primitive::Security;
use wardstone_core::standard::bsi::Bsi;
use wardstone_core::standard::cnsa::Cnsa;
use wardstone_core::standard::ecrypt::Ecrypt;
use wardstone_core::standard::lenstra::Lenstra;
use wardstone_core::standard::nist::Nist;
use wardstone_core::standard::testing::strong::Strong;
use wardstone_core::standard::testing::weak::Weak;
use wardstone_core::standard::Standard;

// Having this type in the core crate would reduce the amount of case
// analysis done to find the function to execute but this would run
// counter to the ability of users to create their own first-class
// guides/standards.
#[derive(Clone, Copy, Debug, ValueEnum)]
enum Guide {
  /// BSI TR-02102 series of technical guidelines.
  Bsi,
  /// Commercial National Security Algorithm Suites, CNSA 1.0 and
  /// CNSA 2.0.
  Cnsa,
  /// ECRYPT-CSA D5.4 Algorithms, Key Size and Protocols Report.
  Ecrypt,
  /// Key Lengths, Arjen K. Lenstra, The Handbook of Information
  /// Security, 06/2004.
  Lenstra,
  /// NIST Special Publication 800-57 Part 1 Revision 5 standard.
  Nist,
  /// Mock standard with a minimum security requirement of at least
  /// 256-bits.
  Strong,
  /// Mock standard with a minimum security requirement of at least
  /// 64-bits.
  Weak,
}

impl Guide {
  fn validate_hash_function(&self, ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    match self {
      Self::Bsi => Bsi::validate_hash(ctx, hash),
      Self::Cnsa => Cnsa::validate_hash(ctx, hash),
      Self::Ecrypt => Ecrypt::validate_hash(ctx, hash),
      Self::Lenstra => Ecrypt::validate_hash(ctx, hash),
      Self::Nist => Nist::validate_hash(ctx, hash),
      Self::Strong => Strong::validate_hash(ctx, hash),
      Self::Weak => Weak::validate_hash(ctx, hash),
    }
  }

fn validate_signature_algorithm(
    &self,
    ctx: Context,
    key: Asymmetric,
  ) -> Result<Asymmetric, Asymmetric> {
    match self {
      Self::Bsi => Bsi::validate_asymmetric(ctx, key),
      Self::Cnsa => Cnsa::validate_asymmetric(ctx, key),
      Self::Ecrypt => Ecrypt::validate_asymmetric(ctx, key),
      Self::Lenstra => Lenstra::validate_asymmetric(ctx, key),
      Self::Nist => Nist::validate_asymmetric(ctx, key),
      Self::Strong => Strong::validate_asymmetric(ctx, key),
      Self::Weak => Weak::validate_asymmetric(ctx, key),
    }
  }
}

/// Assess cryptographic keys for compliance.
#[derive(Parser)]
#[command(author, version, about, long_about = None)]
struct Options {
  #[command(subcommand)]
  subcommands: Subcommands,
}

#[derive(Subcommand)]
enum Subcommands {
  /// Check an SSH public key for compliance.
  Ssh {
    /// Guide to assess the key against.
    #[arg(short, long, value_enum)]
    guide: Guide,
    /// JSON formatted output.
    #[arg(short, long)]
    json: bool,
    /// Do not print output.
    #[arg(short, long, conflicts_with = "verbose")]
    quiet: bool,
    /// The minimum security level required.
    ///
    /// If a sufficiently low value is used then the application will
    /// default to the minimum security specified by the standard.
    #[arg(short, long, default_value_t = 0)]
    security: Security,
    /// Verbose output.
    #[arg(short, long, conflicts_with = "quiet")]
    verbose: bool,
    /// The year in which a recommendation is expected to be valid.
    ///
    /// Note that this does not necessarily mean that a primitive will
    /// be deemed insecure beyond this point. Indeed, recommendations
    /// are usually done with a longer horizon in mind. For example,
    /// setting this value to 2023, one would expect any passing
    /// primitive to be secure for the next 5 to 7 years,
    /// conservatively, subject to cryptanalytic developments.
    #[arg(short, long, default_value_t = 2023)]
    year: u16,
    /// The paths to the public key file(s).
    #[clap(value_name = "FILE")]
    files: Vec<PathBuf>,
  },
  /// Check X.509 public key certificates for compliance.
  X509 {
    /// Guide to assess the certificate against.
    #[arg(short, long, value_enum)]
    guide: Guide,
    /// JSON formatted output.
    #[arg(short, long)]
    json: bool,
    /// Do not print output.
    #[arg(short, long, conflicts_with = "verbose")]
    quiet: bool,
    /// The minimum security level required.
    ///
    /// If a sufficiently low value is used then the application will
    /// default to the minimum security specified by the standard.
    #[arg(short, long, default_value_t = 0)]
    security: Security,
    /// Verbose output.
    #[arg(short, long, conflicts_with = "quiet")]
    verbose: bool,
    /// The year in which a recommendation is expected to be valid.
    ///
    /// Note that this does not necessarily mean that a primitive will
    /// be deemed insecure beyond this point. Indeed, recommendations
    /// are usually done with a longer horizon in mind. For example,
    /// setting this value to 2023, one would expect any passing
    /// primitive to be secure for the next 5 to 7 years,
    /// conservatively, subject to cryptanalytic developments.
    #[arg(short, long, default_value_t = 2023)]
    year: u16,
    /// The certificates as DER or PEM encoded files.
    #[clap(value_name = "FILE")]
    files: Vec<PathBuf>,
  },
}

impl Subcommands {
  fn assess<T: Key>(
    ctx: Context,
    paths: &Vec<PathBuf>,
    guide: Guide,
    json: bool,
    verbosity: Verbosity,
  ) -> Exit {
    let mut report = Report::new(verbosity, json);
    for path in paths {
      let key = match T::from_file(path) {
        Ok(got) => got,
        Err(err) => return Exit::Failure(err),
      };
      let hash_function = key.hash_function();
      let signature_algorithm = key.signature_algorithm();
      let mut audit = Audit::new(path, hash_function, signature_algorithm);
      if let Some(got) = hash_function {
        match guide.validate_hash_function(ctx, got) {
          Ok(want) => audit.compliant_hash_function(want),
          Err(want) => audit.noncompliant_hash_function(want),
        }
      }
      match guide.validate_signature_algorithm(ctx, signature_algorithm) {
        Ok(want) => audit.compliant_signature(want),
        Err(want) => audit.noncompliant_signature(want),
      }
      report.push(audit);
    }
    Exit::Success(report)
  }

pub fn run(&self) -> Exit {
    match self {
      Self::Ssh {
        guide,
        json,
        quiet,
        verbose,
        files,
        security,
        year,
      } => {
        let ctx = Context::new(*security, *year);
        let verbosity = Verbosity::from_flags(*verbose, *quiet);
        Self::assess::<Ssh>(ctx, files, *guide, *json, verbosity)
      },
      Self::X509 {
        guide,
        json,
        quiet,
        verbose,
        files,
        security,
        year,
      } => {
        let ctx = Context::new(*security, *year);
        let verbosity = Verbosity::from_flags(*verbose, *quiet);
        Self::assess::<Certificate>(ctx, files, *guide, *json, verbosity)
      },
    }
  }
}

fn main() -> Exit {
  let options = Options::parse();
  options.subcommands.run()
}
07070100000019000081A40000000000000000000000016537CEF4000000E6000000000000000000000000000000000000002E00000000wardstone-0.2.0~0/crates/cmd/src/primitive.rs//! Bridge types.
//!
//! Some types cannot go in the core crate because it has to stay
//! compatible with C. This crate holds convenience types that bridge
//! those types into more ergonomic ones used here.
pub mod asymmetric;
0707010000001A000081A40000000000000000000000016537CEF40000131C000000000000000000000000000000000000002B00000000wardstone-0.2.0~0/crates/cmd/src/report.rs//! Compose a single report on the results of multiple audits.
use std::fmt::{self, Display, Formatter};
use std::path::{Path, PathBuf};
use std::process::{ExitCode, Termination};

use serde::Serialize;
use serde_json::json;
use wardstone_core::primitive::asymmetric::Asymmetric;
use wardstone_core::primitive::hash::Hash;

use crate::key::Error;

/// Represents the exit status of the program.
///
/// It implements [`Termination`] such that if any one of the audits
/// fail or an error occurs, a helpful message is printed and the exit
/// code is set to [`ExitCode::FAILURE`].
pub enum Exit {
  Success(Report),
  Failure(Error),
}

impl Termination for Exit {
  fn report(self) -> ExitCode {
    match self {
      Exit::Success(report) => report.report(),
      Exit::Failure(err) => {
        eprintln!("{}", err);
        ExitCode::FAILURE
      },
    }
  }
}

/// Output verbosity level.
#[derive(Clone, Copy, PartialEq, Eq)]
pub enum Verbosity {
  Quiet,
  Normal,
  Verbose,
}

impl Verbosity {
  pub fn from_flags(verbose: bool, quiet: bool) -> Verbosity {
    if quiet {
      Self::Quiet
    } else if verbose {
      Self::Verbose
    } else {
      Self::Normal
    }
  }

pub fn is_quiet(self) -> bool {
    self == Verbosity::Quiet
  }

pub fn is_verbose(self) -> bool {
    self == Verbosity::Verbose
  }
}

/// Represents an audit of a single key.
#[derive(Serialize)]
pub struct Audit {
  passed: bool,
  path: PathBuf,
  #[serde(skip_serializing_if = "Option::is_none")]
  got_hash_function: Option<Hash>,
  #[serde(skip_serializing_if = "Option::is_none")]
  want_hash_function: Option<Hash>,
  got_signature: Asymmetric,
  want_signature: Asymmetric,
}

impl Audit {
  pub fn new(path: &Path, hash: Option<Hash>, signature: Asymmetric) -> Self {
    Self {
      passed: true,
      path: path.to_path_buf(),
      got_hash_function: hash,
      want_hash_function: None,
      got_signature: signature,
      want_signature: signature,
    }
  }

pub fn noncompliant_hash_function(&mut self, want: Hash) {
    self.passed = false;
    self.want_hash_function = Some(want);
  }

pub fn compliant_hash_function(&mut self, want: Hash) {
    self.want_hash_function = Some(want);
  }

pub fn noncompliant_signature(&mut self, want: Asymmetric) {
    self.passed = false;
    self.want_signature = want;
  }

pub fn compliant_signature(&mut self, want: Asymmetric) {
    self.want_signature = want;
  }
}

impl Display for Audit {
  fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
    let mut s = String::new();
    if let (Some(got), Some(want)) = (self.got_hash_function, self.want_hash_function) {
      s.push_str(format!("hash function: got {}, want {}\n", got, want).as_str());
    }
    s.push_str(
      format!(
        "signature algorithm: got {}, want {}\n",
        self.got_signature, self.want_signature
      )
      .as_str(),
    );
    if self.passed {
      s.push_str(format!("ok: {}", self.path.display()).as_str());
    } else {
      s.push_str(format!("fail: {}", self.path.display()).as_str());
    }
    write!(f, "{s}")
  }
}

/// Status report of a series of key audits.
pub struct Report {
  audits: Vec<Audit>,
  verbosity: Verbosity,
  json: bool,
}

impl Report {
  pub fn new(verbosity: Verbosity, json: bool) -> Self {
    Self {
      audits: Vec::new(),
      verbosity,
      json,
    }
  }

pub fn push(&mut self, audit: Audit) {
    self.audits.push(audit);
  }

pub fn to_json_string(&self) -> String {
    let mut v = Vec::new();
    for audit in self.audits.iter() {
      if audit.passed {
        if self.verbosity.is_verbose() {
          v.push(audit)
        }
      } else {
        v.push(audit)
      }
    }
    // Partition by compliance status.
    let (mut v, failed): (Vec<_>, Vec<_>) = v.into_iter().partition(|a| a.passed);
    v.extend::<Vec<&Audit>>(failed);
    json!({ "report": &v }).to_string()
  }
}

impl Display for Report {
  fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
    // Partition by compliance status.
    let (mut v, failed): (Vec<_>, Vec<_>) = self.audits.iter().partition(|a| a.passed);
    v.extend::<Vec<&Audit>>(failed);
    let mut s = String::new();
    for audit in v.iter() {
      if audit.passed {
        if self.verbosity.is_verbose() {
          s.push_str(format!("{}\n", audit).as_str());
        }
      } else {
        s.push_str(format!("{}\n", audit).as_str())
      }
    }
    write!(f, "{}", s)
  }
}

impl Termination for Report {
  fn report(self) -> ExitCode {
    let (failed, _): (Vec<_>, Vec<_>) = self.audits.iter().partition(|audit| !audit.passed);
    if !self.verbosity.is_quiet() {
      let repr = if self.json {
        self.to_json_string()
      } else {
        format!("{}", self)
      };
      print!("{}", repr)
    }
    if failed.is_empty() {
      ExitCode::SUCCESS
    } else {
      ExitCode::FAILURE
    }
  }
}
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2PcFPl0=
-----END CERTIFICATE-----
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0707010000007F000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000001E00000000wardstone-0.2.0~0/crates/core07070100000080000081A40000000000000000000000016537CEF4000000A2000000000000000000000000000000000000002900000000wardstone-0.2.0~0/crates/core/Cargo.toml[package]
name = "wardstone_core"
version = "0.2.0"
edition = "2021"

[dependencies]
once_cell = "1.18.0"
serde =  { version = "1.0.189", features = ["derive"] }
07070100000081000081A40000000000000000000000016537CEF400000506000000000000000000000000000000000000002800000000wardstone-0.2.0~0/crates/core/README.md# Wardstone Core

![Continuous Integration](https://github.com/tshakalekholoane/wardstone/actions/workflows/ci.yaml/badge.svg)

The `wardstone_core` library contains logic to assess cryptographic primitives against various standards and research publications.

For example, if one wanted to assess whether the [SHA-256](https://doi.org/10.6028/NIST.FIPS.180-4) hash function is valid based on the [guidance made by the NSA](https://media.defense.gov/2022/Sep/07/2003071834/-1/-1/0/CSA_CNSA_2.0_ALGORITHMS_.PDF), they would execute the following lines of code.

```rust
use wardstone_core::context::Context;
use wardstone_core::primitive::hash::{SHA256, SHA384};
use wardstone_core::standard::cnsa::Cnsa;
use wardstone_core::standard::Standard;

let ctx = Context::default();
assert_eq!(Cnsa::validate_hash(ctx, SHA256), Err(SHA384));
```

Since the NSA no longer recommends the use of the SHA-256 algorithm, an alternative, the SHA-384 hash function, is suggested as the value contained in the returned result `Err` based on the `Context` which the user can customise to specify parameters such as the year in which they expect the primitive to stay secure according to estimates about cryptanalytic progress and the minimum overall security that they might require for their use case.
07070100000082000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000002200000000wardstone-0.2.0~0/crates/core/src07070100000083000081A40000000000000000000000016537CEF40000054E000000000000000000000000000000000000002D00000000wardstone-0.2.0~0/crates/core/src/context.rs//! Specifies the context in which a cryptographic primitive will be
//! assessed against.
use crate::primitive::Security;

/// Represents the context in which a cryptographic primitive will be
/// assessed against such as the year and minimum security required by
/// the user.
#[repr(C)]
#[derive(Clone, Copy, Debug, Eq, PartialEq)]
pub struct Context {
  security: Security,
  year: u16,
}

impl Context {
  // NOTE: This does not imply that the minimum security level is 0 but
  // rather that it will default to the minimum security level specified
  // in the standard.
  const DEFAULT_SECURITY: u16 = 0;
  const DEFAULT_YEAR: u16 = 2023;

/// Creates a new context.
  ///
  /// `security` denotes the minimum security required. If this is set
  /// to `0` then it will default to using the minimum security outlined
  /// in the standard. `year` is the year one expects the primitive to
  /// remain secure.
  pub fn new(security: Security, year: u16) -> Self {
    Self { security, year }
  }

pub fn security(&self) -> Security {
    self.security
  }

pub fn year(&self) -> u16 {
    self.year
  }
}

impl Default for Context {
  /// Creates a context which will default to the year 2023 and will use
  /// the minimum security defined by the standard.
  fn default() -> Self {
    Self::new(Self::DEFAULT_SECURITY, Self::DEFAULT_YEAR)
  }
}
07070100000084000081A40000000000000000000000016537CEF40000057D000000000000000000000000000000000000002900000000wardstone-0.2.0~0/crates/core/src/lib.rs//! # Wardstone Core
//!
//! The `wardstone_core` library contains logic to assess cryptographic
//! primitives against various standards and research publications.
//!
//! For example, if one wanted to assess whether the [SHA-256] hash
//! function is valid based on the [guidance made by the NSA], they
//! would execute the following lines of code.
//!
//! ```
//! use wardstone_core::context::Context;
//! use wardstone_core::primitive::hash::{SHA256, SHA384};
//! use wardstone_core::standard::cnsa::Cnsa;
//! use wardstone_core::standard::Standard;
//!
//! let ctx = Context::default();
//! assert_eq!(Cnsa::validate_hash(ctx, SHA256), Err(SHA384));
//! ```
//!
//! Since the NSA no longer recommends the use of the SHA-256 algorithm,
//! an alternative, the SHA-384 hash function, is suggested as the value
//! contained in the returned result `Err` based on the
//! [`Context`](crate::context::Context) which the user can customise to
//! specify parameters such as the year in which they expect the
//! primitive to stay secure according to estimates about cryptanalytic
//! progress and the minimum overall security that they might require
//! for their use case.
//!
//! [SHA-256]: https://doi.org/10.6028/NIST.FIPS.180-4
//! [guidance made by the NSA]: https://media.defense.gov/2022/Sep/07/2003071834/-1/-1/0/CSA_CNSA_2.0_ALGORITHMS_.PDF
pub mod context;
pub mod primitive;
pub mod standard;
07070100000085000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000002C00000000wardstone-0.2.0~0/crates/core/src/primitive07070100000086000081A40000000000000000000000016537CEF4000001A1000000000000000000000000000000000000002F00000000wardstone-0.2.0~0/crates/core/src/primitive.rs//! Specifies a cryptographic primitive.
pub mod asymmetric;
pub mod ecc;
pub mod ffc;
pub mod hash;
pub mod ifc;
pub mod symmetric;

/// The level of security of a symmetric cryptosystem which is a
/// standard measure used to assess the security of all other
/// cryptographic primitives.
pub type Security = u16;

/// Represents a cryptographic primitive.
pub trait Primitive {
  fn security(&self) -> Security;
}
07070100000087000081A40000000000000000000000016537CEF4000005E4000000000000000000000000000000000000003A00000000wardstone-0.2.0~0/crates/core/src/primitive/asymmetric.rs//! An asymmetric key primitive.
//!
//! This is just a thin wrapper around asymmetric key primitives defined
//! in other modules that are bridged here to avoid incompatibility with
//! C/C++.
use std::fmt::{self, Display, Formatter};

use serde::Serialize;

use crate::primitive::ecc::Ecc;
use crate::primitive::ffc::Ffc;
use crate::primitive::ifc::Ifc;
use crate::primitive::{Primitive, Security};

/// Represents an asymmetric key primitive.
#[derive(Clone, Copy, Debug, Eq, Hash, PartialEq)]
pub enum Asymmetric {
  Ecc(Ecc),
  Ifc(Ifc),
  Ffc(Ffc),
}

impl Primitive for Asymmetric {
  fn security(&self) -> Security {
    match self {
      Asymmetric::Ecc(ecc) => ecc.security(),
      Asymmetric::Ifc(ifc) => ifc.security(),
      Asymmetric::Ffc(ffc) => ffc.security(),
    }
  }
}

impl Display for Asymmetric {
  fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
    match self {
      Asymmetric::Ecc(ecc) => ecc.fmt(f),
      Asymmetric::Ifc(ifc) => ifc.fmt(f),
      Asymmetric::Ffc(ffc) => ffc.fmt(f),
    }
  }
}

impl From<Ecc> for Asymmetric {
  fn from(ecc: Ecc) -> Self {
    Self::Ecc(ecc)
  }
}

impl From<Ifc> for Asymmetric {
  fn from(ifc: Ifc) -> Self {
    Self::Ifc(ifc)
  }
}

impl From<Ffc> for Asymmetric {
  fn from(ffc: Ffc) -> Self {
    Self::Ffc(ffc)
  }
}

impl Serialize for Asymmetric {
  fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error>
  where
    S: serde::Serializer,
  {
    let s = format!("{}", self);
    serializer.serialize_str(&s)
  }
}
07070100000088000081A40000000000000000000000016537CEF400005D19000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/core/src/primitive/ecc.rs//! Elliptic curve primitive and some common instances.
use std::collections::HashMap;
use std::fmt::{Display, Formatter, Result};

use once_cell::sync::Lazy;

use crate::primitive::{Primitive, Security};

/// Represents an elliptic curve cryptography primitive used for digital
/// signatures and key establishment where f is the key size (the size
/// of n, where n is the order of the base point G).
#[repr(C)]
#[derive(Clone, Copy, Debug, Eq, Hash, PartialEq)]
pub struct Ecc {
  pub id: u16,
  pub f: u16,
}

impl Ecc {
  pub const fn new(id: u16, f: u16) -> Self {
    Self { id, f }
  }
}

// The name is kept in a lookup table instead of being embedded in the
// type because sharing strings across language boundaries is a bit
// dicey.
pub static REPR: Lazy<HashMap<Ecc, &str>> = Lazy::new(|| {
  let mut m = HashMap::new();
  m.insert(SM2, "SM2");
  m.insert(B163, "nistb163 or sect163r2");
  m.insert(B233, "nistb233, sect233r1, or wap-wsg-idm-ecid-wtls11");
  m.insert(B283, "nistb283 or sect283r1");
  m.insert(B409, "nistb409 or sect409r1");
  m.insert(B571, "nistb571 or sect571r1");
  m.insert(BRAINPOOLP160R1, "brainpoolP160r1");
  m.insert(BRAINPOOLP160T1, "brainpoolP160t1");
  m.insert(BRAINPOOLP192R1, "brainpoolP192r1");
  m.insert(BRAINPOOLP192T1, "brainpoolP192t1");
  m.insert(BRAINPOOLP224R1, "brainpoolP224r1");
  m.insert(BRAINPOOLP224T1, "brainpoolP224t1");
  m.insert(BRAINPOOLP256R1, "brainpoolP256r1");
  m.insert(BRAINPOOLP256T1, "brainpoolP256t1");
  m.insert(BRAINPOOLP320R1, "brainpoolP320r1");
  m.insert(BRAINPOOLP320T1, "brainpoolP320t1");
  m.insert(BRAINPOOLP384R1, "brainpoolP384r1");
  m.insert(BRAINPOOLP384T1, "brainpoolP384t1");
  m.insert(BRAINPOOLP512R1, "brainpoolP512r1");
  m.insert(BRAINPOOLP512T1, "brainpoolP512t1");
  m.insert(C2PNB163V1, "c2pnb163v1 or wap-wsg-idm-ecid-wtls5");
  m.insert(C2PNB163V2, "c2pnb163v2");
  m.insert(C2PNB163V3, "c2pnb163v3");
  m.insert(C2PNB176V1, "c2pnb176v1");
  m.insert(C2PNB208W1, "c2pnb208w1");
  m.insert(C2PNB272W1, "c2pnb272w1");
  m.insert(C2PNB304W1, "c2pnb304w1");
  m.insert(C2PNB368W1, "c2pnb368w1");
  m.insert(C2TNB191V1, "c2tnb191v1");
  m.insert(C2TNB191V2, "c2tnb191v2");
  m.insert(C2TNB191V3, "c2tnb191v3");
  m.insert(C2TNB239V1, "c2tnb239v1");
  m.insert(C2TNB239V2, "c2tnb239v2");
  m.insert(C2TNB239V3, "c2tnb239v3");
  m.insert(C2TNB359V1, "c2tnb359v1");
  m.insert(C2TNB431R1, "c2tnb431r1");
  m.insert(ECC_NOT_ALLOWED, "not allowed");
  m.insert(ED25519, "ed25519");
  m.insert(ED448, "ed448");
  m.insert(K163, "nistk163, sect163k1, or wap-wsg-idm-ecid-wtls3");
  m.insert(K233, "nistk233, sect233k1, or wap-wsg-idm-ecid-wtls10");
  m.insert(K283, "nistk283 or sect283k1");
  m.insert(K409, "nistk409 or sect409k1");
  m.insert(K571, "nistk571");
  m.insert(P192, "nistp192, prime192v1, or secp192r1");
  m.insert(P224, "nistp224, secp224r1, or wap-wsg-idm-ecid-wtls12");
  m.insert(P256, "nistp256, prime256v1, or secp256r1");
  m.insert(P384, "nistp384 or secp384r1");
  m.insert(P521, "nistp521 or secp521r1");
  m.insert(PRIME192V2, "prime192v2");
  m.insert(PRIME192V3, "prime192v3");
  m.insert(PRIME239V1, "prime239v1");
  m.insert(PRIME239V2, "prime239v2");
  m.insert(PRIME239V3, "prime239v3");
  m.insert(SECP112R1, "secp112r1 or wap-wsg-idm-ecid-wtls6");
  m.insert(SECP112R2, "secp112r2");
  m.insert(SECP128R1, "secp128r1");
  m.insert(SECP128R2, "secp128r2");
  m.insert(SECP160K1, "secp160k1");
  m.insert(SECP160R1, "secp160r1 or wap-wsg-idm-ecid-wtls7");
  m.insert(SECP160R2, "secp160r2");
  m.insert(SECP192K1, "secp192k1");
  m.insert(SECP224K1, "secp224k1");
  m.insert(SECP256K1, "secp256k1");
  m.insert(SECT113R1, "sect113r1 or wap-wsg-idm-ecid-wtls4");
  m.insert(SECT113R2, "sect113r2");
  m.insert(SECT131R1, "sect131r1");
  m.insert(SECT131R2, "sect131r2");
  m.insert(SECT163R1, "sect163r1");
  m.insert(SECT193R1, "sect193r1");
  m.insert(SECT193R2, "sect193r2");
  m.insert(SECT239K1, "sect239k1");
  m.insert(SM2, "sm2");
  m.insert(WAP_WSG_IDM_ECID_WTLS1, "wap-wsg-idm-ecid-wtls1");
  m.insert(WAP_WSG_IDM_ECID_WTLS8, "wap-wsg-idm-ecid-wtls8");
  m.insert(WAP_WSG_IDM_ECID_WTLS9, "wap-wsg-idm-ecid-wtls9");
  m.insert(X25519, "x25519");
  m.insert(X448, "x448");
  m.insert(ECC_224, "any approved 224-bit elliptic curve");
  m.insert(ECC_256, "any approved 256-bit elliptic curve");
  m.insert(ECC_384, "any approved 384-bit elliptic curve");
  m.insert(ECC_512, "any approved 512-bit elliptic curve");
  m
});

impl Display for Ecc {
  fn fmt(&self, f: &mut Formatter<'_>) -> Result {
    let unrecognised = "unrecognised";
    let name = REPR.get(self).unwrap_or(&unrecognised);
    write!(f, "{name}")
  }
}

impl Primitive for Ecc {
  /// Returns the security level of an elliptic curve key (which is
  /// approximately len(n)/2).
  fn security(&self) -> Security {
    self.f >> 1
  }
}

/// Represents the Weierstrass curve B-163 over a prime field. Also
/// known as sect163r2.
#[no_mangle]
pub static B163: Ecc = Ecc::new(1, 163);

/// Represents the Weierstrass curve B-223 over a prime field. Also
/// known as sect233r1 and wap-wsg-idm-ecid-wtls11.
#[no_mangle]
pub static B233: Ecc = Ecc::new(2, 233);

/// Represents the Weierstrass curve B-283 over a prime field. Also
/// known as sect283r1.
#[no_mangle]
pub static B283: Ecc = Ecc::new(3, 283);

/// Represents the Weierstrass curve B-409 over a prime field. Also
/// known as sect409r1.
#[no_mangle]
pub static B409: Ecc = Ecc::new(4, 409);

/// Represents the Weierstrass curve B-571 over a prime field. Also
/// known as sect571r1.
#[no_mangle]
pub static B571: Ecc = Ecc::new(5, 571);

/// Represents the curve brainpoolP160r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP160R1: Ecc = Ecc::new(6, 160);

/// Represents the curve brainpoolP160t1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP160T1: Ecc = Ecc::new(7, 160);

/// Represents the curve brainpoolP192r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP192R1: Ecc = Ecc::new(8, 192);

/// Represents the curve brainpoolP160r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP192T1: Ecc = Ecc::new(9, 192);

/// Represents the curve brainpoolP224r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP224R1: Ecc = Ecc::new(10, 224);

/// Represents the curve brainpoolP224r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP224T1: Ecc = Ecc::new(11, 224);

/// Represents the curve brainpoolP256r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP256R1: Ecc = Ecc::new(12, 256);

/// Represents the curve brainpoolP256r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP256T1: Ecc = Ecc::new(13, 256);

/// Represents the curve brainpoolP320r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP320R1: Ecc = Ecc::new(14, 320);

/// Represents the curve brainpoolP320r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP320T1: Ecc = Ecc::new(15, 320);

/// Represents the curve brainpoolP384r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP384R1: Ecc = Ecc::new(16, 384);

/// Represents the curve brainpoolP384r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP384T1: Ecc = Ecc::new(17, 384);

/// Represents the curve brainpoolP512r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP512R1: Ecc = Ecc::new(18, 512);

/// Represents the curve brainpoolP512r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static BRAINPOOLP512T1: Ecc = Ecc::new(19, 512);

/// Represents the c2pnb163v1 curve as specified in ANSI x9.62. Also
/// known as wap-wsg-idm-ecid-wtls5.
#[no_mangle]
pub static C2PNB163V1: Ecc = Ecc::new(20, 163);

/// Represents the c2pnb163v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2PNB163V2: Ecc = Ecc::new(21, 163);

/// Represents the c2pnb163v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2PNB163V3: Ecc = Ecc::new(22, 163);

/// Represents the c2pnb176v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2PNB176V1: Ecc = Ecc::new(23, 176);

/// Represents the c2pnb208w1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2PNB208W1: Ecc = Ecc::new(24, 208);

/// Represents the c2pnb272w1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2PNB272W1: Ecc = Ecc::new(25, 272);

/// Represents the c2pnb304w1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2PNB304W1: Ecc = Ecc::new(26, 304);

/// Represents the c2pnb368w1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2PNB368W1: Ecc = Ecc::new(27, 368);
/// Represents the c2tnb191v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2TNB191V1: Ecc = Ecc::new(28, 191);

/// Represents the c2tnb191v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2TNB191V2: Ecc = Ecc::new(29, 191);

/// Represents the c2tnb191v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2TNB191V3: Ecc = Ecc::new(30, 191);

/// Represents the c2tnb239v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2TNB239V1: Ecc = Ecc::new(31, 239);

/// Represents the c2tnb239v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2TNB239V2: Ecc = Ecc::new(32, 239);

/// Represents the c2tnb239v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2TNB239V3: Ecc = Ecc::new(33, 239);

/// Represents the c2tnb359v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2TNB359V1: Ecc = Ecc::new(34, 359);

/// Represents the c2tnb431r1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static C2TNB431R1: Ecc = Ecc::new(35, 359);

/// Represents the Ed25519 signature algorithm as specified in the paper
/// [High-speed high-security signatures].
///
/// [High-speed high-security signatures]: https://eprint.iacr.org/2011/368
#[no_mangle]
pub static ED25519: Ecc = Ecc::new(36, 256);

/// Represents the Ed448 signature algorithm as specified in the paper
/// [High-speed high-security signatures].
///
/// [High-speed high-security signatures]: https://eprint.iacr.org/2011/368
#[no_mangle]
pub static ED448: Ecc = Ecc::new(37, 448);

/// Represents the Weierstrass curve K-163 over a prime field. Also
/// known as sect163k1 and wap-wsg-idm-ecid-wtls3.
#[no_mangle]
pub static K163: Ecc = Ecc::new(38, 192);

/// Represents the Weierstrass curve K-223 over a prime field. Also
/// known as sect233k1 and wap-wsg-idm-ecid-wtls10.
#[no_mangle]
pub static K233: Ecc = Ecc::new(39, 223);

/// Represents the Weierstrass curve K-283 over a prime field. Also
/// known as sect283k1.
#[no_mangle]
pub static K283: Ecc = Ecc::new(40, 192);

/// Represents the Weierstrass curve K-409 over a prime field. Also
/// known as sect409k1.
#[no_mangle]
pub static K409: Ecc = Ecc::new(41, 409);

/// Represents the Weierstrass curve K-571 over a prime field.
#[no_mangle]
pub static K571: Ecc = Ecc::new(42, 571);

/// Represents the Weierstrass curve P-192 over a prime field. Also
/// known as prime192v1 and secp192r1.
#[no_mangle]
pub static P192: Ecc = Ecc::new(43, 192);

/// Represents the Weierstrass curve P-224 over a prime field. Also
/// known as secp224r1.
#[no_mangle]
pub static P224: Ecc = Ecc::new(44, 224);

/// Represents the Weierstrass curve P-256 over a prime field. Also
/// known as prime256v1 and secp256r1.
#[no_mangle]
pub static P256: Ecc = Ecc::new(45, 256);

/// Represents the Weierstrass curve P-384 over a prime field. Also
/// known as secp384r1.
#[no_mangle]
pub static P384: Ecc = Ecc::new(46, 384);

/// Represents the Weierstrass curve P-521 over a prime field. Also
/// known as secp521r1.
#[no_mangle]
pub static P521: Ecc = Ecc::new(47, 521);

/// Represents the prime192v1 curve as specified in ANSI x9.62. Also
/// known as secp192r1 and P-192.
#[no_mangle]
pub static PRIME192V1: Ecc = P192;

/// Represents the prime192v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static PRIME192V2: Ecc = Ecc::new(48, 192);

/// Represents the prime192v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static PRIME192V3: Ecc = Ecc::new(49, 192);

/// Represents the prime239v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static PRIME239V1: Ecc = Ecc::new(50, 239);

/// Represents the prime239v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static PRIME239V2: Ecc = Ecc::new(51, 239);

/// Represents the prime239v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static PRIME239V3: Ecc = Ecc::new(52, 239);

/// Represents the prime256v1 curve as specified in ANSI x9.62. Also
/// known as P-256 and secp256r1.
#[no_mangle]
pub static PRIME256V1: Ecc = P256;

/// Represents the secp112r1 curve as defined in [SEC 2]. Also known
/// as wap-wsg-idm-ecid-wtls6.
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECP112R1: Ecc = Ecc::new(53, 112);

/// Represents the secp112r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECP112R2: Ecc = Ecc::new(54, 112);

/// Represents the secp128r1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECP128R1: Ecc = Ecc::new(55, 128);

/// Represents the secp128r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECP128R2: Ecc = Ecc::new(56, 128);

/// Represents the secp160k1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECP160K1: Ecc = Ecc::new(58, 160);

/// Represents the secp160r1 curve as defined in [SEC 2]. Also known as
/// wap-wsg-idm-ecid-wtls7.
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECP160R1: Ecc = Ecc::new(57, 160);

/// Represents the secp160r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECP160R2: Ecc = Ecc::new(59, 160);

/// Represents the secp192r1 curve as defined in [SEC 2]. Also known as
/// prime192v1 and P-192.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECP192R1: Ecc = P192;

/// Represents the secp192k1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECP192K1: Ecc = Ecc::new(60, 192);

/// Represents the secp224r1 curve as defined in [SEC 2]. Also known as
/// P-224, secp224r1, and wap-wsg-idm-ecid-wtls12.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECP224R1: Ecc = P224;

/// Represents the secp224k1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECP224K1: Ecc = Ecc::new(61, 224);

/// Represents the curve secp256k1 specified in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECP256K1: Ecc = Ecc::new(62, 256);

/// Represents the secp256r1 curve as defined in [SEC 2]. Also known as
/// prime256v1 and P-256.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECP256R1: Ecc = P256;

/// Represents the secp384r1 curve as defined in [SEC 2]. Also known as
/// P-384.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECP384R1: Ecc = P384;

/// Represents the secp521r1 curve as defined in [SEC 2]. Also known as
/// P-521.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECP521R1: Ecc = P521;

/// Represents the sect113r1 curve as defined in [SEC 2]. Also known as
/// wap-wsg-idm-ecid-wtls4.
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECT113R1: Ecc = Ecc::new(63, 113);

/// Represents the sect113r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECT113R2: Ecc = Ecc::new(64, 113);

/// Represents the sect131r1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECT131R1: Ecc = Ecc::new(65, 131);

/// Represents the sect131r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static SECT131R2: Ecc = Ecc::new(66, 131);

/// Represents the sect163k1 curve as defined in [SEC 2]. Also known as
/// K-163 and wap-wsg-idm-ecid-wtls3.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT163K1: Ecc = K163;

/// Represents the sect163r1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT163R1: Ecc = Ecc::new(67, 163);

/// Represents the sect163r2 curve as defined in [SEC 2]. Also known as
/// B-163.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT163R2: Ecc = B163;

/// Represents the sect193r1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT193R1: Ecc = Ecc::new(68, 193);

/// Represents the sect193r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT193R2: Ecc = Ecc::new(69, 193);

/// Represents the sect233k1 curve as defined in [SEC 2]. Also known as
/// K-233 and wap-wsg-idm-ecid-wtls10.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT233K1: Ecc = K233;

/// Represents the sect233r1 curve as defined in [SEC 2]. Also known as
/// B-233 and wap-wsg-idm-ecid-wtls11.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT233R1: Ecc = B233;

/// Represents the sect239k1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT239K1: Ecc = Ecc::new(70, 239);

/// Represents the sect283r1 curve as defined in [SEC 2]. Also known as
/// B-283.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT283R1: Ecc = B283;

/// Represents the sect283k1 curve as defined in [SEC 2]. Also known as
/// K-283.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT283K1: Ecc = K283;

/// Represents the sect409k1 curve as defined in [SEC 2]. Also known as
/// K-409.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT409K1: Ecc = K409;

/// Represents the sect409r1 curve as defined in [SEC 2]. Also known as
/// B-409.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT409R1: Ecc = B409;

/// Represents the sect571k1 curve as defined in [SEC 2]. Also known as
/// K-571.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT571K1: Ecc = K571;

/// Represents the sect571r1 curve as defined in [SEC 2]. Also known as
/// B-571.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static SECT571R1: Ecc = B571;

/// Represents the SM2 digital signature algorithm as defined in
/// draft-shen-sm2-ecdsa-02.
///
/// [draft-shen-sm2-ecdsa-02]: https://datatracker.ietf.org/doc/html/draft-shen-sm2-ecdsa-02
#[no_mangle]
pub static SM2: Ecc = Ecc::new(71, 256);

/// Represents the wap-wsg-idm-ecid-wtls1 curve as specified in
/// [WAP-WTLS curves].
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS1: Ecc = Ecc::new(72, 113);

/// Represents the wap-wsg-idm-ecid-wtls3 curve as specified in
/// [WAP-WTLS curves]. Also known as sect163k1.
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS3: Ecc = K163;

/// Represents the wap-wsg-idm-ecid-wtls4 curve as specified in
/// [WAP-WTLS curves]. Also known as sect113r1.
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS4: Ecc = SECT113R1;

/// Represents the wap-wsg-idm-ecid-wtls5 curve as specified in
/// [WAP-WTLS curves]. Also known as c2pnb163v1.
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS5: Ecc = C2PNB163V1;

/// Represents the wap-wsg-idm-ecid-wtls6 curve as specified in
/// [WAP-WTLS curves]. Also known as secp112r1.
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS6: Ecc = SECP112R1;

/// Represents the wap-wsg-idm-ecid-wtls7 curve as specified in
/// [WAP-WTLS curves]. Also known as secp160r1.
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS7: Ecc = SECP160R1;

/// Represents the wap-wsg-idm-ecid-wtls8 curve as specified in
/// [WAP-WTLS curves].
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS8: Ecc = Ecc::new(73, 112);

/// Represents the wap-wsg-idm-ecid-wtls9 curve as specified in
/// [WAP-WTLS curves].
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS9: Ecc = Ecc::new(74, 160);

/// Represents the wap-wsg-idm-ecid-wtls10 curve as specified in
/// [WAP-WTLS curves]. Also known as K-233 and sect233k1.
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS10: Ecc = K233;

/// Represents the wap-wsg-idm-ecid-wtls11 curve as specified in
/// [WAP-WTLS curves]. Also known as B-233 and sect233r1.
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS11: Ecc = B233;

/// Represents the wap-wsg-idm-ecid-wtls12 curve as specified in
/// [WAP-WTLS curves]. Also known as P-224 and secp224r1.
///
/// [WAP-WTLS curves]: https://www.wapforum.org/tech/documents/WAP-199-WTLS-20000218-a.pdf
#[no_mangle]
pub static WAP_WSG_IDM_ECID_WTLS12: Ecc = P224;

/// Represents the X25519 algorithm as it appears in [RFC 7748].
///
/// [RFC 7748]: https://datatracker.ietf.org/doc/html/rfc7748
#[no_mangle]
pub static X25519: Ecc = Ecc::new(75, 256);

/// Represents the X448 algorithm as it appears in [RFC 7748].
///
/// [RFC 7748]: https://datatracker.ietf.org/doc/html/rfc7748
#[no_mangle]
pub static X448: Ecc = Ecc::new(76, 448);

/// Generic instance that represents a choice of f = 224 for an elliptic
/// curve primitive.
#[no_mangle]
pub static ECC_224: Ecc = Ecc::new(65531, 224);

/// Generic instance that represents a choice of f = 256 for an elliptic
/// curve primitive.
#[no_mangle]
pub static ECC_256: Ecc = Ecc::new(65532, 256);

/// Generic instance that represents a choice of f = 384 for an elliptic
/// curve primitive.
#[no_mangle]
pub static ECC_384: Ecc = Ecc::new(65533, 384);

/// Generic instance that represents a choice of f = 512 for an elliptic
/// curve primitive.
#[no_mangle]
pub static ECC_512: Ecc = Ecc::new(65534, 512);

/// Placeholder for use in where this primitive or the security level it
/// implies is not allowed.
#[no_mangle]
pub static ECC_NOT_ALLOWED: Ecc = Ecc::new(u16::MAX, u16::MAX);
07070100000089000081A40000000000000000000000016537CEF400000B55000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/core/src/primitive/ffc.rs//! Finite field primitive and some common instances.
use std::fmt::{Display, Formatter, Result};

use crate::primitive::{Primitive, Security};

/// Represents a finite field cryptography primitive used to implement
/// discrete logarithm cryptography.
///
/// The choices l and n represents the bit lengths of the prime modulus
/// p and the prime divisor q.
///
/// Some of the primitives that fall under this category include
/// signature algorithms such as DSA and key establishment algorithms
/// such as Diffie-Hellman and MQV.
#[repr(C)]
#[derive(Clone, Copy, Debug, Eq, Hash, PartialEq)]
pub struct Ffc {
  pub id: u16,
  pub l: u16,
  pub n: u16,
}

impl Primitive for Ffc {
  /// The security of a finite field cryptography primitive defined as
  /// the minimum of the (L, N) pair where the hash function used
  /// provides at least the same level of security.
  fn security(&self) -> Security {
    // FIPS-186-4 cites that the security strength associated with the
    // DSA digital signature process is no greater than the minimum of
    // the security strength of the (L, N) pair (2013, p. 15). The
    // public keys are usually the shorter of the two and this value is
    // divided by 2 to produce the security value (see page 54 of
    // SP-800-57 Part 1 Rev. 5).
    self.l.min(self.n) >> 1
  }
}

impl Ffc {
  pub const fn new(id: u16, l: u16, n: u16) -> Self {
    Self { id, l, n }
  }
}

impl Display for Ffc {
  fn fmt(&self, f: &mut Formatter<'_>) -> Result {
    write!(f, "dsa_{}_{}", self.l, self.n)
  }
}

/// An identifier for custom DSA keys.
#[no_mangle]
pub static ID_DSA: u16 = 65534;

/// Generic instance that represents a choice of L = 1024 and N = 160
/// for a finite field cryptography primitive.
#[no_mangle]
pub static DSA_1024_160: Ffc = Ffc::new(1, 1024, 160);

/// Generic instance that represents a choice of L = 2048 and N = 224
/// for a finite field cryptography primitive.
#[no_mangle]
pub static DSA_2048_224: Ffc = Ffc::new(2, 2048, 224);

/// Generic instance that represents a choice of L = 2048 and N = 256
/// for a finite field cryptography primitive.
#[no_mangle]
pub static DSA_2048_256: Ffc = Ffc::new(3, 2048, 256);

/// Generic instance that represents a choice of L = 3072 and N = 256
/// for a finite field cryptography primitive.
#[no_mangle]
pub static DSA_3072_256: Ffc = Ffc::new(4, 3072, 256);

/// Generic instance that represents a choice of L = 7680 and N = 384
/// for a finite field cryptography primitive.
#[no_mangle]
pub static DSA_7680_384: Ffc = Ffc::new(5, 7680, 384);

/// Generic instance that represents a choice of L = 15360 and N = 512
/// for a finite field cryptography primitive.
#[no_mangle]
pub static DSA_15360_512: Ffc = Ffc::new(6, 15360, 512);

/// Placeholder for use in where this primitive is not supported.
#[no_mangle]
pub static FFC_NOT_SUPPORTED: Ffc = Ffc::new(u16::MAX, u16::MAX, u16::MAX);
0707010000008A000081A40000000000000000000000016537CEF400001E65000000000000000000000000000000000000003400000000wardstone-0.2.0~0/crates/core/src/primitive/hash.rs//! Hash function primitive and some common instances.
use std::collections::HashMap;
use std::fmt::{self, Display, Formatter};

use once_cell::sync::Lazy;
use serde::Serialize;

use crate::primitive::{Primitive, Security};

/// Represents a hash or hash-based function cryptographic primitive
/// where `id` is a unique identifier and `n` the digest length.
#[repr(C)]
#[derive(Clone, Copy, Debug, Eq, Hash, PartialEq)]
pub struct Hash {
  pub id: u16,
  pub n: u16,
}

impl Hash {
  pub const fn new(id: u16, n: u16) -> Self {
    Self { id, n }
  }
}

// The name is kept in a lookup table instead of being embedded in the
// type because sharing strings across language boundaries is a bit
// dicey.
static REPR: Lazy<HashMap<Hash, &str>> = Lazy::new(|| {
  let mut m = HashMap::new();
  m.insert(BLAKE_224, "blake224");
  m.insert(BLAKE_256, "blake256");
  m.insert(BLAKE_384, "blake384");
  m.insert(BLAKE_512, "blake512");
  m.insert(BLAKE2B_256, "blake2b256");
  m.insert(BLAKE2B_384, "blake2b384");
  m.insert(BLAKE2B_512, "blake2b512");
  m.insert(BLAKE2S_256, "blake2s256");
  m.insert(BLAKE3, "blake3");
  m.insert(MD4, "md4");
  m.insert(MD5, "md5");
  m.insert(RIPEMD160, "ripemd160");
  m.insert(SHA1, "sha1");
  m.insert(SHA224, "sha224");
  m.insert(SHA256, "sha256");
  m.insert(SHA384, "sha384");
  m.insert(SHA512, "sha512");
  m.insert(SHA3_224, "sha3_224");
  m.insert(SHA3_256, "sha3_256");
  m.insert(SHA3_384, "sha3_384");
  m.insert(SHA3_512, "sha3_512");
  m.insert(SHA512_224, "sha512/224");
  m.insert(SHA512_256, "sha512/256");
  m.insert(SHAKE128, "shake128");
  m.insert(SHAKE256, "shake256");
  m.insert(WHIRLPOOL, "whirlpool");
  m
});

impl Display for Hash {
  fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
    let unrecognised = "unrecognised";
    let name = REPR.get(self).unwrap_or(&unrecognised);
    write!(f, "{name}")
  }
}

impl Primitive for Hash {
  /// Returns the security of a hash function measured as the collision
  /// resistance strength of a hash function.
  ///
  /// For an L-bit hash function, the expected security strength for
  /// collision resistance is L/2 bits (see page 6 of NIST SP-800-107).
  ///
  /// Some applications that use hash functions only require pre-image
  /// resistance which imposes a less stringent security requirement of
  /// just L (see page 7 of NIST SP-800-107).
  fn security(&self) -> Security {
    self.n >> 1
  }
}

impl Serialize for Hash {
  fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error>
  where
    S: serde::Serializer,
  {
    let s = format!("{}", self);
    serializer.serialize_str(&s)
  }
}

/// The BLAKE-224 hash function.
#[no_mangle]
pub static BLAKE_224: Hash = Hash::new(1, 224);

/// The BLAKE-256 hash function.
#[no_mangle]
pub static BLAKE_256: Hash = Hash::new(2, 256);

/// The BLAKE-384 hash function.
#[no_mangle]
pub static BLAKE_384: Hash = Hash::new(3, 384);

/// The BLAKE-512 hash function.
#[no_mangle]
pub static BLAKE_512: Hash = Hash::new(4, 512);

/// The BLAKE2b hash function as defined in [RFC 7693].
///
/// [RFC 7693]: https://www.rfc-editor.org/rfc/rfc7693.html
#[no_mangle]
pub static BLAKE2B_256: Hash = Hash::new(5, 256);

/// The BLAKE2b hash function as defined in [RFC 7693].
///
/// [RFC 7693]: https://www.rfc-editor.org/rfc/rfc7693.html
#[no_mangle]
pub static BLAKE2B_384: Hash = Hash::new(6, 384);

/// The BLAKE2b hash function as defined in [RFC 7693].
///
/// [RFC 7693]: https://www.rfc-editor.org/rfc/rfc7693.html
#[no_mangle]
pub static BLAKE2B_512: Hash = Hash::new(7, 512);

/// The BLAKE2s hash function as defined in [RFC 7693].
///
/// [RFC 7693]: https://www.rfc-editor.org/rfc/rfc7693.html
#[no_mangle]
pub static BLAKE2S_256: Hash = Hash::new(8, 256);

/// The BLAKE3 hash function.
#[no_mangle]
pub static BLAKE3: Hash = Hash::new(9, 256);

/// The MD4 hash function as defined in [RFC 1320].
///
/// **Warning:** This algorithm has been shown to be broken. It should
/// only be used where compatibility with legacy systems, not security,
/// is the goal.
///
/// [RFC 1320]: https://www.rfc-editor.org/rfc/rfc1320.html
#[no_mangle]
pub static MD4: Hash = Hash::new(10, 128);

/// The MD5 hash function as defined in [RFC 1321].
///
/// **Warning:** This algorithm has been shown to lack collision
/// resistance and should generally not be used for secure applications.
///
/// [RFC 1321]: https://www.rfc-editor.org/rfc/rfc1321.html
#[no_mangle]
pub static MD5: Hash = Hash::new(11, 128);

/// The RIPEMD-160 hash function.
///
/// **Warning:** This algorithm has been shown to be broken. It should
/// only be used where compatibility with legacy systems, not security,
/// is the goal.
#[no_mangle]
pub static RIPEMD160: Hash = Hash::new(12, 160);

/// The SHA1 hash function as defined in [RFC 3174].
///
/// **Warning:** This algorithm has been shown to lack collision
/// resistance and should generally not be used for secure applications.
///
/// While this algorithm produced a digest length of 160 bits, it's
/// security is believed to be lower. Here it is recorded to be 105 per
/// page 8 of NIST SP 800-107.
///
/// [RFC 3174]: https://www.rfc-editor.org/rfc/rfc3174.html
#[no_mangle]
pub static SHA1: Hash = Hash::new(13, 160);

/// The SHA224 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static SHA224: Hash = Hash::new(14, 224);

/// The SHA256 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static SHA256: Hash = Hash::new(15, 256);

/// The SHA384 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static SHA384: Hash = Hash::new(16, 384);

/// The SHA3-224 hash function as defined in [FIPS 202].
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static SHA3_224: Hash = Hash::new(17, 224);

/// The SHA3-256 hash function as defined in [FIPS 202].
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static SHA3_256: Hash = Hash::new(18, 256);

/// The SHA3-384 hash function as defined in [FIPS 202].
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static SHA3_384: Hash = Hash::new(19, 384);

/// The SHA3-512 hash function as defined in [FIPS 202].
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static SHA3_512: Hash = Hash::new(20, 512);

/// The SHA512 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static SHA512: Hash = Hash::new(21, 512);

/// The SHA512/224 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static SHA512_224: Hash = Hash::new(22, 224);

/// The SHA512/256 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static SHA512_256: Hash = Hash::new(23, 256);

/// The SHAKE128 extendable-output function as defined in [FIPS 202].
/// This assumes an output length of 128-bits.
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static SHAKE128: Hash = Hash::new(24, 128);

/// The SHAKE256 extendable-output function as defined in [FIPS 202].
/// This assumes an output length of 256-bits.
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static SHAKE256: Hash = Hash::new(25, 256);

/// The WHIRLPOOL hash function as defined in ISO/IEC 10118-3.
#[no_mangle]
pub static WHIRLPOOL: Hash = Hash::new(26, 512);

/// Placeholder for use in where this primitive is not supported.
#[no_mangle]
pub static HASH_NOT_SUPPORTED: Hash = Hash::new(u16::MAX, u16::MAX);
0707010000008B000081A40000000000000000000000016537CEF400000FE0000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/core/src/primitive/ifc.rs//! Integer factorisation primitive and some common instances.
use std::fmt::{self, Display, Formatter};

use crate::primitive::{Primitive, Security};

/// Represents an integer factorisation cryptography primitive the most
/// common of which is the RSA signature algorithm where k indicates the
/// key size.
#[repr(C)]
#[derive(Clone, Copy, Debug, Eq, Hash, PartialEq)]
pub struct Ifc {
  pub id: u16,
  pub k: u16,
}

impl Ifc {
  pub const fn new(id: u16, k: u16) -> Self {
    Self { id, k }
  }
}

impl Display for Ifc {
  fn fmt(&self, f: &mut Formatter<'_>) -> fmt::Result {
    if self.id == ID_RSA_PKCS1 || matches!(self.id, 1..=8) {
      write!(f, "rsa_pkcs1_{}", self.k)
    } else if self.id == ID_RSA_PSS || matches!(self.id, 9..=17) {
      write!(f, "rsa_pss_{}", self.k)
    } else if self.id == u16::MAX {
      write!(f, "not allowed")
    } else {
      write!(f, "unrecognised")
    }
  }
}

impl Primitive for Ifc {
  /// Returns the approximate *minimum* security provided by a key of
  /// the size `k`.
  fn security(&self) -> Security {
    match self.k {
      ..=1023 => 0,
      1024..=2047 => 80,
      2048..=3071 => 112,
      3072..=7679 => 128,
      7680..=15359 => 192,
      15360.. => 256,
    }
  }
}

/// An identifier for custom RSA with PKCS #1 v1.5 padding keys.
///
/// This for use in creating custom keys in that can be used in
/// standards that make a distinction between RSA padding schemes.
#[no_mangle]
pub static ID_RSA_PKCS1: u16 = 65533;

/// An identifier for custom RSA with PSS encoding keys.
///
/// This for use in creating custom keys in that can be used in
/// standards that make a distinction between RSA padding schemes.
#[no_mangle]
pub static ID_RSA_PSS: u16 = 65534;

/// 1024-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PKCS1_1024: Ifc = Ifc::new(1, 1024);

/// 1536-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PKCS1_1536: Ifc = Ifc::new(2, 1536);

/// 2048-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PKCS1_2048: Ifc = Ifc::new(3, 2048);

/// 3072-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PKCS1_3072: Ifc = Ifc::new(4, 3072);

/// 4096-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PKCS1_4096: Ifc = Ifc::new(5, 4096);

/// 7680-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PKCS1_7680: Ifc = Ifc::new(6, 7680);

/// 8192-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PKCS1_8192: Ifc = Ifc::new(7, 8192);

/// 15360-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PKCS1_15360: Ifc = Ifc::new(8, 15360);

/// 1024-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PSS_1024: Ifc = Ifc::new(9, 1024);

/// 1280-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PSS_1280: Ifc = Ifc::new(10, 1280);

/// 1536-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PSS_1536: Ifc = Ifc::new(11, 1536);

/// 2048-bit RSA with PSS encoding as defined in RFC 8446..
#[no_mangle]
pub static RSA_PSS_2048: Ifc = Ifc::new(12, 2048);

/// 3072-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PSS_3072: Ifc = Ifc::new(13, 3072);

/// 4096-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PSS_4096: Ifc = Ifc::new(14, 4096);

/// 7680-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PSS_7680: Ifc = Ifc::new(15, 7680);

/// 7680-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PSS_8192: Ifc = Ifc::new(16, 8192);

/// 15360-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static RSA_PSS_15360: Ifc = Ifc::new(17, 15360);

/// Placeholder for use in where this primitive is not allowed.
#[no_mangle]
pub static IFC_NOT_ALLOWED: Ifc = Ifc::new(u16::MAX, u16::MAX);
0707010000008C000081A40000000000000000000000016537CEF400000B32000000000000000000000000000000000000003900000000wardstone-0.2.0~0/crates/core/src/primitive/symmetric.rs//! Symmetric key primitive and some common instances.
use crate::primitive::{Primitive, Security};

/// Represents a symmetric key cryptography primitive.
#[repr(C)]
#[derive(Clone, Copy, Debug, Eq, Hash, PartialEq)]
pub struct Symmetric {
  pub id: u16,
  pub security: u16,
}

impl Symmetric {
  pub const fn new(id: u16, security: u16) -> Self {
    Self { id, security }
  }
}

impl Primitive for Symmetric {
  /// Indicates the security provided by a symmetric key primitive.
  fn security(&self) -> Security {
    self.security
  }
}

/// The Advanced Encryption Standard algorithm as defined in [FIPS 197].
///
/// [FIPS 197]: https://doi.org/10.6028/NIST.FIPS.197
#[no_mangle]
pub static AES128: Symmetric = Symmetric::new(1, 128);

/// The Advanced Encryption Standard algorithm as defined in [FIPS 197].
///
/// [FIPS 197]: https://doi.org/10.6028/NIST.FIPS.197
#[no_mangle]
pub static AES192: Symmetric = Symmetric::new(2, 192);

/// The Advanced Encryption Standard algorithm as defined in [FIPS 197].
///
/// [FIPS 197]: https://doi.org/10.6028/NIST.FIPS.197
#[no_mangle]
pub static AES256: Symmetric = Symmetric::new(3, 256);

/// The Camellia encryption algorithm as defined in [RFC 3713].
///
/// [RFC 3713]: https://datatracker.ietf.org/doc/html/rfc3713
#[no_mangle]
pub static CAMELLIA128: Symmetric = Symmetric::new(4, 128);

/// The Camellia encryption algorithm as defined in [RFC 3713].
///
/// [RFC 3713]: https://datatracker.ietf.org/doc/html/rfc3713
#[no_mangle]
pub static CAMELLIA192: Symmetric = Symmetric::new(5, 192);

/// The Camellia encryption algorithm as defined in [RFC 3713].
///
/// [RFC 3713]: https://datatracker.ietf.org/doc/html/rfc3713
#[no_mangle]
pub static CAMELLIA256: Symmetric = Symmetric::new(6, 256);

/// The Data Encryption Standard algorithm.
#[no_mangle]
pub static DES: Symmetric = Symmetric::new(8, 56);

/// The DES-X encryption algorithm.
#[no_mangle]
pub static DESX: Symmetric = Symmetric::new(9, 120);

/// The International Data Encryption algorithm.
#[no_mangle]
pub static IDEA: Symmetric = Symmetric::new(10, 126 /* See Wikipedia article. */);

/// The Serpent encryption algorithm.
#[no_mangle]
pub static SERPENT128: Symmetric = Symmetric::new(11, 128);

/// The Serpent encryption algorithm.
#[no_mangle]
pub static SERPENT192: Symmetric = Symmetric::new(12, 192);

/// The Serpent encryption algorithm.
#[no_mangle]
pub static SERPENT256: Symmetric = Symmetric::new(13, 256);

/// The two-key Triple Data Encryption Algorithm as defined in
/// [SP800-67].
///
/// [SP800-67]: https://doi.org/10.6028/NIST.SP.800-67r2
#[no_mangle]
pub static TDEA2: Symmetric = Symmetric::new(14, 95);

/// The three-key Triple Data Encryption Algorithm as defined in
/// [SP800-67].
///
/// [SP800-67]: https://doi.org/10.6028/NIST.SP.800-67r2
#[no_mangle]
pub static TDEA3: Symmetric = Symmetric::new(15, 112);
0707010000008D000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000002B00000000wardstone-0.2.0~0/crates/core/src/standard0707010000008E000081A40000000000000000000000016537CEF4000005BB000000000000000000000000000000000000002E00000000wardstone-0.2.0~0/crates/core/src/standard.rs//! Assess the security of a cryptographic primitive against a standard
//! or research publication.
pub mod bsi;
pub mod cnsa;
pub mod ecrypt;
pub mod lenstra;
pub mod nist;
pub mod testing;
mod utilities;

use crate::context::Context;
use crate::primitive::asymmetric::Asymmetric;
use crate::primitive::ecc::Ecc;
use crate::primitive::ffc::Ffc;
use crate::primitive::hash::Hash;
use crate::primitive::ifc::Ifc;
use crate::primitive::symmetric::Symmetric;

/// Represents a cryptographic standard or research publication.
///
/// The functions are used to assess the validity of various
/// cryptographic primitives against the standard.
pub trait Standard {
  fn validate_asymmetric(ctx: Context, key: Asymmetric) -> Result<Asymmetric, Asymmetric> {
    match key {
      Asymmetric::Ecc(ecc) => Self::validate_ecc(ctx, ecc)
        .map(Into::into)
        .map_err(Into::into),
      Asymmetric::Ifc(ifc) => Self::validate_ifc(ctx, ifc)
        .map(Into::into)
        .map_err(Into::into),
      Asymmetric::Ffc(ffc) => Self::validate_ffc(ctx, ffc)
        .map(Into::into)
        .map_err(Into::into),
    }
  }

fn validate_ecc(ctx: Context, key: Ecc) -> Result<Ecc, Ecc>;
  fn validate_ffc(ctx: Context, key: Ffc) -> Result<Ffc, Ffc>;
  fn validate_ifc(ctx: Context, key: Ifc) -> Result<Ifc, Ifc>;
  fn validate_hash(ctx: Context, hash: Hash) -> Result<Hash, Hash>;
  fn validate_symmetric(ctx: Context, key: Symmetric) -> Result<Symmetric, Symmetric>;
}
0707010000008F000081A40000000000000000000000016537CEF400004381000000000000000000000000000000000000003200000000wardstone-0.2.0~0/crates/core/src/standard/bsi.rs//! Validate cryptographic primitives against the [BSI TR-02102-1
//! Cryptographic Mechanisms: Recommendations and Key Lengths] technical
//! guide.
//!
//! [BSI TR-02102-1 Cryptographic Mechanisms: Recommendations and Key Lengths]: https://www.bsi.bund.de/SharedDocs/Downloads/EN/BSI/Publications/TechGuidelines/TG02102/BSI-TR-02102-1.html
use std::collections::HashSet;

use once_cell::sync::Lazy;

use crate::context::Context;
use crate::primitive::ecc::*;
use crate::primitive::ffc::*;
use crate::primitive::hash::*;
use crate::primitive::ifc::*;
use crate::primitive::symmetric::*;
use crate::primitive::Primitive;
use crate::standard::Standard;

const CUTOFF_YEAR_RSA: u16 = 2023; // See p. 17.

static SPECIFIED_CURVES: Lazy<HashSet<Ecc>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(SECP256R1);
  s.insert(SECP384R1);
  s.insert(SECP521R1);
  s.insert(BRAINPOOLP256R1);
  s.insert(BRAINPOOLP320R1);
  s.insert(BRAINPOOLP384R1);
  s.insert(BRAINPOOLP512R1);
  s
});

static SPECIFIED_HASH_FUNCTIONS: Lazy<HashSet<Hash>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(SHA256);
  s.insert(SHA384);
  s.insert(SHA3_256);
  s.insert(SHA3_384);
  s.insert(SHA3_512);
  s.insert(SHA512);
  s.insert(SHA512_256);
  s
});

// "The present version of this Technical Guideline does not recommend
// any other block ciphers besides AES" (2023, p. 24).
static SPECIFIED_SYMMETRIC_KEYS: Lazy<HashSet<Symmetric>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(AES128);
  s.insert(AES192);
  s.insert(AES256);
  s
});

/// [`Standard`] implementation for the
/// [BSI TR-02102-1 Cryptographic Mechanisms: Recommendations and Key
/// Lengths] technical guide.
///
/// [BSI TR-02102-1 Cryptographic Mechanisms: Recommendations and Key Lengths]: https://www.bsi.bund.de/SharedDocs/Downloads/EN/BSI/Publications/TechGuidelines/TG02102/BSI-TR-02102-1.html
pub struct Bsi;

impl Bsi {
  /// Validates a hash function. The reference is made with regards to
  /// applications that primarily require pre-image resistance such as
  /// message authentication codes (MACs), key derivation functions
  /// (KDFs), and random bit generation.
  ///
  /// For applications that require collision resistance such digital
  /// signatures use
  /// [`validate_hash`](crate::standard::bsi::Bsi::validate_hash).
  ///
  /// If the hash function is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the hash function is compliant but the context specifies a
  /// higher security level, `Ok` will also hold the recommended
  /// primitive with the desired security level.
  ///
  /// **Note:** For an HMAC the minimum security required is ≥ 128 (see
  /// p. 45) but the minimum digest length for a hash function that can
  /// be used with this primitive is 256 (see p. 41). This means any
  /// recommendation from this function will be likely too conservative.
  ///
  /// An alternative might also be suggested for a compliant hash
  /// functions with a similar security level in which a switch to the
  /// recommended primitive would likely be unwarranted. For example,
  /// when evaluating compliance for the `SHA3-256`, a recommendation
  /// to use `SHA256` will be made but switching to this as a result
  /// is likely unnecessary.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant hash
  /// function.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::hash::{SHA1, SHA256};
  /// use wardstone_core::standard::bsi::Bsi;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// let hmac_sha1 = SHA1;
  /// let hmac_sha256 = SHA256;
  /// assert_eq!(Bsi::validate_hash_based(ctx, hmac_sha1), Err(hmac_sha256));
  /// ```
  pub fn validate_hash_based(ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    if SPECIFIED_HASH_FUNCTIONS.contains(&hash) {
      let pre_image_resistance = hash.security() << 1;
      let security = ctx.security().max(pre_image_resistance);
      match security {
        ..=127 => Err(SHA256),
        128..=256 => Ok(SHA256),
        257..=384 => Ok(SHA384),
        385.. => Ok(SHA512),
      }
    } else {
      Err(SHA256)
    }
  }
}

impl Standard for Bsi {
  /// Validate an elliptic curve cryptography primitive used for digital
  /// signatures and key establishment where f is the key size.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// **Note:** While the guide allows for elliptic curve system
  /// parameters "that are provided by a trustworthy authority"
  /// (see p. 73), this function conservatively deems any curve that is
  /// not explicitly stated as non-compliant. This means only the
  /// Brainpool and NIST curves that satisfy minimum security
  /// requirements are considered compliant.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ecc::BRAINPOOLP256R1;
  /// use wardstone_core::standard::bsi::Bsi;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Bsi::validate_ecc(ctx, BRAINPOOLP256R1), Ok(BRAINPOOLP256R1));
  /// ```
  fn validate_ecc(ctx: Context, key: Ecc) -> Result<Ecc, Ecc> {
    if SPECIFIED_CURVES.contains(&key) {
      let security = ctx.security().max(key.security());
      match security {
        ..=124 => Err(BRAINPOOLP256R1),
        125..=128 => Ok(BRAINPOOLP256R1),
        129..=160 => Ok(BRAINPOOLP320R1),
        161..=192 => Ok(BRAINPOOLP384R1),
        193.. => Ok(BRAINPOOLP512R1),
      }
    } else {
      Err(BRAINPOOLP256R1)
    }
  }

/// Validates a finite field cryptography primitive.
  ///
  /// Examples include the DSA and key establishment algorithms such as
  /// Diffie-Hellman.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key sizes L and N that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key sizes L
  /// and N with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ffc::{DSA_2048_224, DSA_3072_256};
  /// use wardstone_core::standard::bsi::Bsi;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// let dsa_2048 = DSA_2048_224;
  /// let dsa_3072 = DSA_3072_256;
  /// assert_eq!(Bsi::validate_ffc(ctx, dsa_2048), Err(dsa_3072));
  /// ```
  fn validate_ffc(ctx: Context, key: Ffc) -> Result<Ffc, Ffc> {
    let security = ctx.security().max(key.security());
    match security {
      // Page 48 says q > 2²⁵⁰.
      ..=124 => Err(DSA_3072_256),
      125..=128 => Ok(DSA_3072_256),
      129..=192 => Ok(DSA_7680_384),
      193.. => Ok(DSA_15360_512),
    }
  }

/// Validates a hash function according to page 41 of the guide. The
  /// reference is made with regards to applications that require
  /// collision resistance such as digital signatures.
  ///
  /// For applications that primarily require pre-image resistance such
  /// as message authentication codes (MACs), key derivation functions
  /// (KDFs), and random bit generation use
  /// [`validate_hash_based`](crate::standard::bsi::Bsi::validate_hash_based).
  ///
  /// If the hash function is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the hash function is compliant but the context specifies a
  /// higher security level, `Ok` will also hold the recommended
  /// primitive with the desired security level.
  ///
  /// **Note:** An alternative might be suggested for a compliant hash
  /// function with a similar security level in which a switch to the
  /// recommended primitive would likely be unwarranted. For example,
  /// when evaluating compliance for the `SHA3-256`, a recommendation
  /// to use `SHA256` will be made but switching to this as a result
  /// is likely unnecessary.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant hash
  /// function.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::hash::{SHA1, SHA256};
  /// use wardstone_core::standard::bsi::Bsi;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Bsi::validate_hash(ctx, SHA1), Err(SHA256));
  /// ```
  fn validate_hash(ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    if SPECIFIED_HASH_FUNCTIONS.contains(&hash) {
      let security = ctx.security().max(hash.security());
      match security {
        ..=119 => Err(SHA256),
        120..=128 => Ok(SHA256),
        129..=192 => Ok(SHA384),
        193.. => Ok(SHA512),
      }
    } else {
      Err(SHA256)
    }
  }

/// Validates  an integer factorisation cryptography primitive the
  /// most common of which is the RSA signature algorithm.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key size that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key size
  /// with the desired security level.
  ///
  /// **Note:** Unlike other functions in this module, this will return
  /// a generic structure that specifies minimum private and public
  /// key sizes.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ifc::RSA_PSS_2048;
  /// use wardstone_core::standard::bsi::Bsi;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Bsi::validate_ifc(ctx, RSA_PSS_2048), Ok(RSA_PSS_2048));
  /// ```
  fn validate_ifc(ctx: Context, key: Ifc) -> Result<Ifc, Ifc> {
    let security = ctx.security().max(key.security());
    match security {
      ..=111 => {
        if ctx.year() > CUTOFF_YEAR_RSA {
          Err(RSA_PSS_3072)
        } else {
          Err(RSA_PSS_2048)
        }
      },
      112..=127 => {
        if ctx.year() > CUTOFF_YEAR_RSA {
          Err(RSA_PSS_3072)
        } else {
          Ok(RSA_PSS_2048)
        }
      },
      128..=191 => Ok(RSA_PSS_3072),
      192..=255 => Ok(RSA_PSS_7680),
      256.. => Ok(RSA_PSS_15360),
    }
  }

/// Validates a symmetric key primitive according to page 24 of the
  /// guide.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a three-key Triple
  /// DES key (which is not recommended by the guide).
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::symmetric::{AES128, TDEA3};
  /// use wardstone_core::standard::bsi::Bsi;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Bsi::validate_symmetric(ctx, TDEA3), Err(AES128));
  /// ```
  fn validate_symmetric(ctx: Context, key: Symmetric) -> Result<Symmetric, Symmetric> {
    if SPECIFIED_SYMMETRIC_KEYS.contains(&key) {
      let security = ctx.security().max(key.security());
      match security {
        ..=119 => Err(AES128),
        120..=128 => Ok(AES128),
        129..=192 => Ok(AES192),
        193.. => Ok(AES256),
      }
    } else {
      Err(AES128)
    }
  }
}

#[cfg(test)]
mod tests {
  use super::*;
  use crate::{test_ecc, test_ffc, test_hash, test_hash_based, test_ifc, test_symmetric};

test_ecc!(p224, Bsi, P224, Err(BRAINPOOLP256R1));
  test_ecc!(p256, Bsi, P256, Ok(BRAINPOOLP256R1));
  test_ecc!(p384, Bsi, P384, Ok(BRAINPOOLP384R1));
  test_ecc!(p521, Bsi, P521, Ok(BRAINPOOLP512R1));
  test_ecc!(x25519, Bsi, X25519, Err(BRAINPOOLP256R1));
  test_ecc!(x448, Bsi, X448, Err(BRAINPOOLP256R1));
  test_ecc!(ed25519, Bsi, ED25519, Err(BRAINPOOLP256R1));
  test_ecc!(ed448, Bsi, ED448, Err(BRAINPOOLP256R1));
  test_ecc!(brainpoolp224r1, Bsi, BRAINPOOLP224R1, Err(BRAINPOOLP256R1));
  test_ecc!(brainpoolp256r1, Bsi, BRAINPOOLP256R1, Ok(BRAINPOOLP256R1));
  test_ecc!(brainpoolp320r1, Bsi, BRAINPOOLP320R1, Ok(BRAINPOOLP320R1));
  test_ecc!(brainpoolp384r1, Bsi, BRAINPOOLP384R1, Ok(BRAINPOOLP384R1));
  test_ecc!(brainpoolp512r1, Bsi, BRAINPOOLP512R1, Ok(BRAINPOOLP512R1));
  test_ecc!(secp256k1, Bsi, SECP256K1, Err(BRAINPOOLP256R1));

test_ffc!(ffc_1024_160, Bsi, DSA_1024_160, Err(DSA_3072_256));
  test_ffc!(ffc_2048_224, Bsi, DSA_2048_224, Err(DSA_3072_256));
  test_ffc!(ffc_3072_256, Bsi, DSA_3072_256, Ok(DSA_3072_256));
  test_ffc!(ffc_7680_384, Bsi, DSA_7680_384, Ok(DSA_7680_384));
  test_ffc!(ffc_15360_512, Bsi, DSA_15360_512, Ok(DSA_15360_512));

test_ifc!(ifc_1024, Bsi, RSA_PSS_1024, Err(RSA_PSS_2048));
  test_ifc!(ifc_2048, Bsi, RSA_PSS_2048, Ok(RSA_PSS_2048));
  test_ifc!(ifc_3072, Bsi, RSA_PSS_3072, Ok(RSA_PSS_3072));
  test_ifc!(ifc_7680, Bsi, RSA_PSS_7680, Ok(RSA_PSS_7680));
  test_ifc!(ifc_15360, Bsi, RSA_PSS_15360, Ok(RSA_PSS_15360));

test_hash!(
    blake2b_256_collision_resistance,
    Bsi,
    BLAKE2B_256,
    Err(SHA256)
  );
  test_hash!(
    blake2b_384_collision_resistance,
    Bsi,
    BLAKE2B_384,
    Err(SHA256)
  );
  test_hash!(
    blake2b_512_collision_resistance,
    Bsi,
    BLAKE2B_512,
    Err(SHA256)
  );
  test_hash!(
    blake2s_256_collision_resistance,
    Bsi,
    BLAKE2S_256,
    Err(SHA256)
  );
  test_hash!(md4_collision_resistance, Bsi, MD4, Err(SHA256));
  test_hash!(md5_collision_resistance, Bsi, MD5, Err(SHA256));
  test_hash!(ripemd160_collision_resistance, Bsi, RIPEMD160, Err(SHA256));
  test_hash!(sha1_collision_resistance, Bsi, SHA1, Err(SHA256));
  test_hash!(sha224_collision_resistance, Bsi, SHA224, Err(SHA256));
  test_hash!(sha256_collision_resistance, Bsi, SHA256, Ok(SHA256));
  test_hash!(sha384_collision_resistance, Bsi, SHA384, Ok(SHA384));
  test_hash!(sha3_224_collision_resistance, Bsi, SHA3_224, Err(SHA256));
  test_hash!(sha3_256_collision_resistance, Bsi, SHA3_256, Ok(SHA256));
  test_hash!(sha3_384_collision_resistance, Bsi, SHA3_384, Ok(SHA384));
  test_hash!(sha3_512_collision_resistance, Bsi, SHA3_512, Ok(SHA512));
  test_hash!(sha512_collision_resistance, Bsi, SHA512, Ok(SHA512));
  test_hash!(
    sha512_224_collision_resistance,
    Bsi,
    SHA512_224,
    Err(SHA256)
  );
  test_hash!(sha512_256_collision_resistance, Bsi, SHA512_256, Ok(SHA256));
  test_hash!(shake128_collision_resistance, Bsi, SHAKE128, Err(SHA256));
  test_hash!(shake256_collision_resistance, Bsi, SHAKE256, Err(SHA256));

test_hash_based!(
    blake2b_256_pre_image_resistance,
    Bsi,
    BLAKE2B_256,
    Err(SHA256)
  );
  test_hash_based!(
    blake2b_384_pre_image_resistance,
    Bsi,
    BLAKE2B_384,
    Err(SHA256)
  );
  test_hash_based!(
    blake2b_512_pre_image_resistance,
    Bsi,
    BLAKE2B_512,
    Err(SHA256)
  );
  test_hash_based!(
    blake2s_256_pre_image_resistance,
    Bsi,
    BLAKE2S_256,
    Err(SHA256)
  );
  test_hash_based!(md4_pre_image_resistance, Bsi, MD4, Err(SHA256));
  test_hash_based!(md5_pre_image_resistance, Bsi, MD5, Err(SHA256));
  test_hash_based!(ripemd160_pre_image_resistance, Bsi, RIPEMD160, Err(SHA256));
  test_hash_based!(sha1_pre_image_resistance, Bsi, SHA1, Err(SHA256));
  test_hash_based!(sha224_pre_image_resistance, Bsi, SHA224, Err(SHA256));
  test_hash_based!(sha256_pre_image_resistance, Bsi, SHA256, Ok(SHA256));
  test_hash_based!(sha384_pre_image_resistance, Bsi, SHA384, Ok(SHA384));
  test_hash_based!(sha3_224_pre_image_resistance, Bsi, SHA3_224, Err(SHA256));
  test_hash_based!(sha3_256_pre_image_resistance, Bsi, SHA3_256, Ok(SHA256));
  test_hash_based!(sha3_384_pre_image_resistance, Bsi, SHA3_384, Ok(SHA384));
  test_hash_based!(sha3_512_pre_image_resistance, Bsi, SHA3_512, Ok(SHA512));
  test_hash_based!(sha512_pre_image_resistance, Bsi, SHA512, Ok(SHA512));
  test_hash_based!(
    sha512_224_pre_image_resistance,
    Bsi,
    SHA512_224,
    Err(SHA256)
  );
  test_hash_based!(sha512_256_pre_image_resistance, Bsi, SHA512_256, Ok(SHA256));
  test_hash_based!(shake128_pre_image_resistance, Bsi, SHAKE128, Err(SHA256));
  test_hash_based!(shake256_pre_image_resistance, Bsi, SHAKE256, Err(SHA256));

test_symmetric!(two_key_tdea, Bsi, TDEA2, Err(AES128));
  test_symmetric!(three_key_tdea, Bsi, TDEA3, Err(AES128));
  test_symmetric!(aes128, Bsi, AES128, Ok(AES128));
  test_symmetric!(aes192, Bsi, AES192, Ok(AES192));
  test_symmetric!(aes256, Bsi, AES256, Ok(AES256));
}
07070100000090000081A40000000000000000000000016537CEF400002788000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/core/src/standard/cnsa.rs//! Validate cryptographic primitives against the Commercial National
//! Security Algorithm Suites, [CNSA 1.0] and [CNSA 2.0].
//!
//! [CNSA 1.0]: https://media.defense.gov/2021/Sep/27/2002862527/-1/-1/0/CNSS%20WORKSHEET.PDF
//! [CNSA 2.0]: https://media.defense.gov/2022/Sep/07/2003071834/-1/-1/0/CSA_CNSA_2.0_ALGORITHMS_.PDF
use std::collections::HashSet;

use once_cell::sync::Lazy;

use super::Standard;
use crate::context::Context;
use crate::primitive::ecc::*;
use crate::primitive::ffc::*;
use crate::primitive::hash::*;
use crate::primitive::ifc::*;
use crate::primitive::symmetric::*;
use crate::primitive::Primitive;

// Exclusive use of CNSA 2.0 by then.
const CUTOFF_YEAR: u16 = 2030;

static SPECIFIED_HASH_FUNCTIONS: Lazy<HashSet<Hash>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(SHA384);
  s.insert(SHA512);
  s
});

/// [`Standard`] implementation of the Commercial National Security
/// Algorithm Suites, [CNSA 1.0] and [CNSA 2.0].
///
/// [CNSA 1.0]: https://media.defense.gov/2021/Sep/27/2002862527/-1/-1/0/CNSS%20WORKSHEET.PDF
/// [CNSA 2.0]: https://media.defense.gov/2022/Sep/07/2003071834/-1/-1/0/CSA_CNSA_2.0_ALGORITHMS_.PDF
pub struct Cnsa;

impl Standard for Cnsa {
  /// Validate an elliptic curve cryptography primitive used for digital
  /// signatures and key establishment.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ecc::{P256, P384};
  /// use wardstone_core::standard::cnsa::Cnsa;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Cnsa::validate_ecc(ctx, P256), Err(P384));
  /// ```
  fn validate_ecc(ctx: Context, key: Ecc) -> Result<Ecc, Ecc> {
    if ctx.year() > CUTOFF_YEAR {
      return Err(ECC_NOT_ALLOWED);
    }

if key == P384 {
      Ok(P384)
    } else {
      Err(P384)
    }
  }

/// Validates a finite field cryptography primitive.
  ///
  /// Examples include the DSA and key establishment algorithms such as
  /// Diffie-Hellman and MQV which can also be implemented as such.
  ///
  /// This primitive is not supported by either version of the CNSA
  /// guidance.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key sizes L and N that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key sizes L
  /// and N with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ffc::{DSA_7680_384, FFC_NOT_SUPPORTED};
  /// use wardstone_core::standard::cnsa::Cnsa;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// let dsa_7680 = DSA_7680_384;
  /// assert_eq!(Cnsa::validate_ffc(ctx, dsa_7680), Err(FFC_NOT_SUPPORTED));
  /// ```
  fn validate_ffc(_ctx: Context, _key: Ffc) -> Result<Ffc, Ffc> {
    Err(FFC_NOT_SUPPORTED)
  }

/// Validates a hash function.
  ///
  /// Unlike other functions in this module, there is no distinction in
  /// security based on the application. As such this module does not
  /// have a corresponding `validate_hash_based` function. All hash
  /// function and hash based application are assessed by this single
  /// function.
  ///
  /// If the hash function is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the hash function is compliant but the context specifies a
  /// higher security level, `Ok` will also hold the recommended
  /// primitive with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant hash
  /// function.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::hash::{SHA1, SHA384};
  /// use wardstone_core::standard::cnsa::Cnsa;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Cnsa::validate_hash(ctx, SHA1), Err(SHA384));
  /// ```
  fn validate_hash(ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    if SPECIFIED_HASH_FUNCTIONS.contains(&hash) {
      let security = ctx.security().max(hash.security());
      match security {
        ..=191 => Err(SHA384),
        192..=255 => Ok(SHA384),
        256.. => Ok(SHA512),
      }
    } else {
      Err(SHA384)
    }
  }

/// Validates  an integer factorisation cryptography primitive the
  /// most common of which is the RSA signature algorithm.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key size that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key size
  /// with the desired security level.
  ///
  /// **Note:** Unlike other functions in this module, this will return
  /// a generic structure that specifies minimum private and public
  /// key sizes.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ifc::{RSA_PSS_2048, RSA_PSS_3072};
  /// use wardstone_core::standard::cnsa::Cnsa;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Cnsa::validate_ifc(ctx, RSA_PSS_2048), Err(RSA_PSS_3072));
  /// ```
  fn validate_ifc(ctx: Context, key: Ifc) -> Result<Ifc, Ifc> {
    if ctx.year() > CUTOFF_YEAR {
      return Err(IFC_NOT_ALLOWED);
    }

let security = ctx.security().max(key.security());
    match security {
      ..=127 => Err(RSA_PSS_3072),
      128..=191 => Ok(RSA_PSS_3072),
      192..=255 => Ok(RSA_PSS_7680),
      256.. => Ok(RSA_PSS_15360),
    }
  }

/// Validates a symmetric key primitive.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::symmetric::{AES256, TDEA3};
  /// use wardstone_core::standard::cnsa::Cnsa;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Cnsa::validate_symmetric(ctx, TDEA3), Err(AES256));
  /// ```
  fn validate_symmetric(_ctx: Context, key: Symmetric) -> Result<Symmetric, Symmetric> {
    if key != AES256 {
      Err(AES256)
    } else {
      Ok(AES256)
    }
  }
}

#[cfg(test)]
mod tests {
  use super::*;
  use crate::{test_ecc, test_ffc, test_hash, test_ifc, test_symmetric};

test_ecc!(p224, Cnsa, P224, Err(P384));
  test_ecc!(p256, Cnsa, P256, Err(P384));
  test_ecc!(p384, Cnsa, P384, Ok(P384));
  test_ecc!(p521, Cnsa, P521, Err(P384));
  test_ecc!(ed25519, Cnsa, ED25519, Err(P384));
  test_ecc!(ed448, Cnsa, ED448, Err(P384));
  test_ecc!(x25519, Cnsa, X25519, Err(P384));
  test_ecc!(x448, Cnsa, X448, Err(P384));
  test_ecc!(brainpoolp224r1, Cnsa, BRAINPOOLP224R1, Err(P384));
  test_ecc!(brainpoolp256r1, Cnsa, BRAINPOOLP256R1, Err(P384));
  test_ecc!(brainpoolp320r1, Cnsa, BRAINPOOLP320R1, Err(P384));
  test_ecc!(brainpoolp384r1, Cnsa, BRAINPOOLP384R1, Err(P384));
  test_ecc!(brainpoolp512r1, Cnsa, BRAINPOOLP512R1, Err(P384));
  test_ecc!(secp256k1, Cnsa, SECP256K1, Err(P384));

test_hash!(blake2b_256, Cnsa, BLAKE2B_256, Err(SHA384));
  test_hash!(blake2b_384, Cnsa, BLAKE2B_384, Err(SHA384));
  test_hash!(blake2b_512, Cnsa, BLAKE2B_512, Err(SHA384));
  test_hash!(blake2s_256, Cnsa, BLAKE2S_256, Err(SHA384));
  test_hash!(md4, Cnsa, MD4, Err(SHA384));
  test_hash!(md5, Cnsa, MD5, Err(SHA384));
  test_hash!(ripemd160, Cnsa, RIPEMD160, Err(SHA384));
  test_hash!(sha1, Cnsa, SHA1, Err(SHA384));
  test_hash!(sha224, Cnsa, SHA224, Err(SHA384));
  test_hash!(sha256, Cnsa, SHA256, Err(SHA384));
  test_hash!(sha384, Cnsa, SHA384, Ok(SHA384));
  test_hash!(sha3_224, Cnsa, SHA3_224, Err(SHA384));
  test_hash!(sha3_256, Cnsa, SHA3_256, Err(SHA384));
  test_hash!(sha3_384, Cnsa, SHA3_384, Err(SHA384));
  test_hash!(sha3_512, Cnsa, SHA3_512, Err(SHA384));
  test_hash!(sha512, Cnsa, SHA512, Ok(SHA512));
  test_hash!(sha512_224, Cnsa, SHA512_224, Err(SHA384));
  test_hash!(sha512_256, Cnsa, SHA512_256, Err(SHA384));
  test_hash!(shake128, Cnsa, SHAKE128, Err(SHA384));
  test_hash!(shake256, Cnsa, SHAKE256, Err(SHA384));

test_ffc!(ffc_1024_160, Cnsa, DSA_1024_160, Err(FFC_NOT_SUPPORTED));
  test_ffc!(ffc_2048_224, Cnsa, DSA_2048_224, Err(FFC_NOT_SUPPORTED));
  test_ffc!(ffc_3072_256, Cnsa, DSA_3072_256, Err(FFC_NOT_SUPPORTED));
  test_ffc!(ffc_7680_384, Cnsa, DSA_7680_384, Err(FFC_NOT_SUPPORTED));
  test_ffc!(ffc_15360_512, Cnsa, DSA_15360_512, Err(FFC_NOT_SUPPORTED));

test_ifc!(ifc_1024, Cnsa, RSA_PSS_1024, Err(RSA_PSS_3072));
  test_ifc!(ifc_2048, Cnsa, RSA_PSS_2048, Err(RSA_PSS_3072));
  test_ifc!(ifc_3072, Cnsa, RSA_PSS_3072, Ok(RSA_PSS_3072));
  test_ifc!(ifc_7680, Cnsa, RSA_PSS_7680, Ok(RSA_PSS_7680));
  test_ifc!(ifc_15360, Cnsa, RSA_PSS_15360, Ok(RSA_PSS_15360));

test_symmetric!(two_key_tdea, Cnsa, TDEA2, Err(AES256));
  test_symmetric!(three_key_tdea, Cnsa, TDEA3, Err(AES256));
  test_symmetric!(aes128, Cnsa, AES128, Err(AES256));
  test_symmetric!(aes192, Cnsa, AES192, Err(AES256));
  test_symmetric!(aes256, Cnsa, AES256, Ok(AES256));
}
07070100000091000081A40000000000000000000000016537CEF400003407000000000000000000000000000000000000003500000000wardstone-0.2.0~0/crates/core/src/standard/ecrypt.rs//! Validate cryptographic primitives against the [ECRYPT-CSA D5.4
//! Algorithms, Key Size and Protocols Report].
//!
//! [ECRYPT-CSA D5.4 Algorithms, Key Size and Protocols Report]: https://www.ecrypt.eu.org/csa/documents/D5.4-FinalAlgKeySizeProt.pdf
use std::collections::HashSet;

use once_cell::sync::Lazy;

// "Thus the key take home message is that decision makers now make
// plans and preparations for the phasing out of what we term legacy
// mechanisms over a period of say 5-10 years." (2018, p. 12). See p. 11
// about the criteria made to distinguish between the different
// categories of legacy algorithms.
const CUTOFF_YEAR: u16 = 2023;

static SPECIFIED_HASH_FUNCTIONS: Lazy<HashSet<Hash>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(BLAKE2B_256);
  s.insert(BLAKE2B_384);
  s.insert(BLAKE2B_512);
  s.insert(BLAKE2S_256);
  s.insert(BLAKE_224);
  s.insert(BLAKE_256);
  s.insert(BLAKE_384);
  s.insert(BLAKE_512);
  s.insert(RIPEMD160);
  s.insert(SHA224);
  s.insert(SHA256);
  s.insert(SHA384);
  s.insert(SHA3_224);
  s.insert(SHA3_256);
  s.insert(SHA3_384);
  s.insert(SHA3_512);
  s.insert(SHA512);
  s.insert(SHA512_224);
  s.insert(SHA512_256);
  s.insert(SHAKE128);
  s.insert(SHAKE256);
  s.insert(WHIRLPOOL);
  s
});

static SPECIFIED_SYMMETRIC_KEYS: Lazy<HashSet<Symmetric>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(AES128);
  s.insert(AES192);
  s.insert(AES256);
  s.insert(CAMELLIA128);
  s.insert(CAMELLIA192);
  s.insert(CAMELLIA256);
  s.insert(SERPENT128);
  s.insert(SERPENT192);
  s.insert(SERPENT256);
  s.insert(TDEA2);
  s.insert(TDEA3);
  s
});

/// [`Standard`] implementation for the
/// [ECRYPT-CSA D5.4 Algorithms, Key Size and Protocols Report].
///
/// [ECRYPT-CSA D5.4 Algorithms, Key Size and Protocols Report]: https://www.ecrypt.eu.org/csa/documents/D5.4-FinalAlgKeySizeProt.pdf
pub struct Ecrypt;

impl Standard for Ecrypt {
  /// Validate an elliptic curve cryptography primitive used for digital
  /// signatures and key establishment where f is the key size according
  /// to page 47 of the report.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// **Note:** This will return a generic structure that specifies key
  /// sizes.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ecc::{ECC_256, P224};
  /// use wardstone_core::standard::ecrypt::Ecrypt;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Ecrypt::validate_ecc(ctx, P224), Ok(ECC_256));
  /// ```
  fn validate_ecc(ctx: Context, key: Ecc) -> Result<Ecc, Ecc> {
    let security = ctx.security().max(key.security());
    match security {
      ..=79 => Err(ECC_256),
      80..=127 => {
        if ctx.year() > CUTOFF_YEAR {
          Err(ECC_256)
        } else {
          Ok(ECC_256)
        }
      },
      128 => Ok(ECC_256),
      129..=192 => Ok(ECC_384),
      193.. => Ok(ECC_512),
    }
  }

/// Validates a finite field cryptography primitive according to page
  /// 47 of the report.
  ///
  /// Examples include the DSA and key establishment algorithms such as
  /// Diffie-Hellman and MQV which can also be implemented as such,
  /// according to page 47 of the report.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key sizes L and N that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key sizes L
  /// and N with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ffc::{DSA_2048_224, DSA_3072_256};
  /// use wardstone_core::standard::ecrypt::Ecrypt;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// let dsa_2048 = DSA_2048_224;
  /// let dsa_3072 = DSA_3072_256;
  /// assert_eq!(Ecrypt::validate_ffc(ctx, dsa_2048), Ok(dsa_3072));
  /// ```
  fn validate_ffc(ctx: Context, key: Ffc) -> Result<Ffc, Ffc> {
    let security = ctx.security().max(key.security());
    match security {
      ..=79 => Err(DSA_3072_256),
      80..=127 => {
        if ctx.year() > CUTOFF_YEAR {
          Err(DSA_3072_256)
        } else {
          Ok(DSA_3072_256)
        }
      },
      128 => Ok(DSA_3072_256),
      129..=192 => Ok(DSA_7680_384),
      193.. => Ok(DSA_15360_512),
    }
  }

/// Validates a hash function according to pages 40-43 of the report.
  ///
  /// If the hash function is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the hash function is compliant but the context specifies a
  /// higher security level, `Ok` will also hold the recommended
  /// primitive with the desired security level.
  ///
  /// **Note:** An alternative might be suggested for a compliant hash
  /// function with a similar security level in which a switch to the
  /// recommended primitive would likely be unwarranted. For example,
  /// when evaluating compliance for the `SHA3-256`, a recommendation
  /// to use `SHA256` will be made but switching to this as a result
  /// is likely unnecessary.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant hash
  /// function.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::hash::{SHA1, SHA256};
  /// use wardstone_core::standard::ecrypt::Ecrypt;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Ecrypt::validate_hash(ctx, SHA1), Err(SHA256));
  /// ```
  fn validate_hash(ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    if SPECIFIED_HASH_FUNCTIONS.contains(&hash) {
      let security = ctx.security().max(hash.security());
      match security {
        ..=79 => Err(SHA256),
        80..=127 => {
          if ctx.year() > CUTOFF_YEAR {
            Err(SHA256)
          } else {
            Ok(SHA256)
          }
        },
        128 => Ok(SHA256),
        129..=192 => Ok(SHA384),
        193.. => Ok(SHA512),
      }
    } else {
      Err(SHA256)
    }
  }

/// Validates  an integer factorisation cryptography primitive the
  /// most common of which is the RSA signature algorithm according to
  /// pages 47-48.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key size that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key size
  /// with the desired security level.
  ///
  /// **Note:** Unlike other functions in this module, this will return
  /// a generic structure that specifies minimum private and public
  /// key sizes.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ifc::RSA_PSS_3072;
  /// use wardstone_core::standard::ecrypt::Ecrypt;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Ecrypt::validate_ifc(ctx, RSA_PSS_3072), Ok(RSA_PSS_3072));
  /// ```
  fn validate_ifc(ctx: Context, key: Ifc) -> Result<Ifc, Ifc> {
    let security = ctx.security().max(key.security());
    match security {
      ..=79 => Err(RSA_PSS_3072),
      80..=127 => {
        if ctx.year() > CUTOFF_YEAR {
          Err(RSA_PSS_3072)
        } else {
          Ok(RSA_PSS_3072)
        }
      },
      128..=191 => Ok(RSA_PSS_3072),
      192..=255 => Ok(RSA_PSS_7680),
      256.. => Ok(RSA_PSS_15360),
    }
  }

/// Validates a symmetric key primitive according to pages 37 to 40 of
  /// the report.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::symmetric::{AES128, TDEA3};
  /// use wardstone_core::standard::ecrypt::Ecrypt;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Ecrypt::validate_symmetric(ctx, TDEA3), Ok(AES128));
  /// ```
  fn validate_symmetric(ctx: Context, key: Symmetric) -> Result<Symmetric, Symmetric> {
    if SPECIFIED_SYMMETRIC_KEYS.contains(&key) {
      let security = ctx.security().max(key.security());
      match security {
        ..=79 => Err(AES128),
        80..=127 => {
          if ctx.year() > CUTOFF_YEAR {
            Err(AES128)
          } else {
            Ok(AES128)
          }
        },
        128 => Ok(AES128),
        129..=192 => Ok(AES192),
        193.. => Ok(AES256),
      }
    } else {
      Err(AES128)
    }
  }
}

#[cfg(test)]
mod tests {
  use super::*;
  use crate::{test_ecc, test_ffc, test_hash, test_ifc, test_symmetric};

test_ecc!(p224, Ecrypt, P224, Ok(ECC_256));
  test_ecc!(p256, Ecrypt, P256, Ok(ECC_256));
  test_ecc!(p384, Ecrypt, P384, Ok(ECC_384));
  test_ecc!(p521, Ecrypt, P521, Ok(ECC_512));
  test_ecc!(ed25519, Ecrypt, ED25519, Ok(ECC_256));
  test_ecc!(ed448, Ecrypt, ED448, Ok(ECC_512));
  test_ecc!(x25519, Ecrypt, X25519, Ok(ECC_256));
  test_ecc!(x448, Ecrypt, X448, Ok(ECC_512));
  test_ecc!(brainpoolp224r1, Ecrypt, BRAINPOOLP224R1, Ok(ECC_256));
  test_ecc!(brainpoolp256r1, Ecrypt, BRAINPOOLP256R1, Ok(ECC_256));
  test_ecc!(brainpoolp320r1, Ecrypt, BRAINPOOLP320R1, Ok(ECC_384));
  test_ecc!(brainpoolp384r1, Ecrypt, BRAINPOOLP384R1, Ok(ECC_384));
  test_ecc!(brainpoolp512r1, Ecrypt, BRAINPOOLP512R1, Ok(ECC_512));
  test_ecc!(secp256k1, Ecrypt, SECP256K1, Ok(ECC_256));

test_ffc!(ffc_1024_160, Ecrypt, DSA_1024_160, Ok(DSA_3072_256));
  test_ffc!(ffc_2048_224, Ecrypt, DSA_2048_224, Ok(DSA_3072_256));
  test_ffc!(ffc_3072_256, Ecrypt, DSA_3072_256, Ok(DSA_3072_256));
  test_ffc!(ffc_7680_384, Ecrypt, DSA_7680_384, Ok(DSA_7680_384));
  test_ffc!(ffc_15360_512, Ecrypt, DSA_15360_512, Ok(DSA_15360_512));

test_hash!(blake_224, Ecrypt, BLAKE_224, Ok(SHA256));
  test_hash!(blake_256, Ecrypt, BLAKE_256, Ok(SHA256));
  test_hash!(blake_384, Ecrypt, BLAKE_384, Ok(SHA384));
  test_hash!(blake_512, Ecrypt, BLAKE_512, Ok(SHA512));
  test_hash!(blake2b_256, Ecrypt, BLAKE2B_256, Ok(SHA256));
  test_hash!(blake2b_384, Ecrypt, BLAKE2B_384, Ok(SHA384));
  test_hash!(blake2b_512, Ecrypt, BLAKE2B_512, Ok(SHA512));
  test_hash!(blake2s_256, Ecrypt, BLAKE2S_256, Ok(SHA256));
  test_hash!(md4, Ecrypt, MD4, Err(SHA256));
  test_hash!(md5, Ecrypt, MD5, Err(SHA256));
  test_hash!(ripemd160, Ecrypt, RIPEMD160, Ok(SHA256));
  test_hash!(sha1, Ecrypt, SHA1, Err(SHA256));
  test_hash!(sha224, Ecrypt, SHA224, Ok(SHA256));
  test_hash!(sha256, Ecrypt, SHA256, Ok(SHA256));
  test_hash!(sha384, Ecrypt, SHA384, Ok(SHA384));
  test_hash!(sha3_224, Ecrypt, SHA3_224, Ok(SHA256));
  test_hash!(sha3_256, Ecrypt, SHA3_256, Ok(SHA256));
  test_hash!(sha3_384, Ecrypt, SHA3_384, Ok(SHA384));
  test_hash!(sha3_512, Ecrypt, SHA3_512, Ok(SHA512));
  test_hash!(sha512, Ecrypt, SHA512, Ok(SHA512));
  test_hash!(sha512_224, Ecrypt, SHA512_224, Ok(SHA256));
  test_hash!(sha512_256, Ecrypt, SHA512_256, Ok(SHA256));
  test_hash!(shake128, Ecrypt, SHAKE128, Err(SHA256));
  test_hash!(shake256, Ecrypt, SHAKE256, Ok(SHA256));
  test_hash!(whirlpool, Ecrypt, WHIRLPOOL, Ok(SHA512));

test_ifc!(ifc_1024, Ecrypt, RSA_PSS_1024, Ok(RSA_PSS_3072));
  test_ifc!(ifc_2048, Ecrypt, RSA_PSS_2048, Ok(RSA_PSS_3072));
  test_ifc!(ifc_3072, Ecrypt, RSA_PSS_3072, Ok(RSA_PSS_3072));
  test_ifc!(ifc_7680, Ecrypt, RSA_PSS_7680, Ok(RSA_PSS_7680));
  test_ifc!(ifc_15360, Ecrypt, RSA_PSS_15360, Ok(RSA_PSS_15360));

test_symmetric!(aes128, Ecrypt, AES128, Ok(AES128));
  test_symmetric!(aes192, Ecrypt, AES192, Ok(AES192));
  test_symmetric!(aes256, Ecrypt, AES256, Ok(AES256));
  test_symmetric!(camellia128, Ecrypt, CAMELLIA128, Ok(AES128));
  test_symmetric!(camellia192, Ecrypt, CAMELLIA192, Ok(AES192));
  test_symmetric!(camellia256, Ecrypt, CAMELLIA256, Ok(AES256));
  test_symmetric!(serpent128, Ecrypt, SERPENT128, Ok(AES128));
  test_symmetric!(serpent192, Ecrypt, SERPENT192, Ok(AES192));
  test_symmetric!(serpent256, Ecrypt, SERPENT256, Ok(AES256));
  test_symmetric!(three_key_tdea, Ecrypt, TDEA3, Ok(AES128));
  test_symmetric!(two_key_tdea, Ecrypt, TDEA2, Ok(AES128));
}
07070100000092000081A40000000000000000000000016537CEF400003A81000000000000000000000000000000000000003600000000wardstone-0.2.0~0/crates/core/src/standard/lenstra.rs//! Validate cryptographic primitives against the levels of security
//! mentioned in the paper Key Lengths, Arjen K. Lenstra, The Handbook
//! of Information Security, 06/2004.
use std::collections::HashSet;

use once_cell::sync::Lazy;

#[derive(PartialEq, Eq, Debug)]
pub enum ValidationError {
  SecurityLevelTooLow,
}

const BASE_YEAR: u16 = 1982;
const BASE_SECURITY: u16 = 56;

static SPECIFIED_HASH_FUNCTIONS: Lazy<HashSet<Hash>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(RIPEMD160);
  s.insert(SHA1);
  s.insert(SHA256);
  s.insert(SHA384);
  s.insert(SHA512);
  s
});

static SPECIFIED_SYMMETRIC_KEYS: Lazy<HashSet<Symmetric>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(AES128);
  s.insert(AES192);
  s.insert(AES256);
  s.insert(DES);
  s.insert(DESX);
  s.insert(IDEA);
  s.insert(TDEA2);
  s.insert(TDEA3);
  s
});

/// [`Standard`] implementation of the paper Key Lengths,
/// Arjen K. Lenstra, The Handbook of Information Security, 06/2004.
pub struct Lenstra;

impl Lenstra {
  /// Calculates the security according to the formula on page 7. If the
  /// year is less than the BASE_YEAR, a ValidationError is returned.
  fn calculate_security(year: u16) -> Result<u16, ValidationError> {
    if year < BASE_YEAR {
      Err(ValidationError::SecurityLevelTooLow)
    } else {
      let mut lambda = (year - BASE_YEAR) << 1;
      lambda /= 3;
      lambda += BASE_SECURITY;
      Ok(lambda)
    }
  }
}

impl Standard for Lenstra {
  /// Validate an elliptic curve cryptography primitive used for digital
  /// signatures and key establishment where f is the key size.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ecc::{BRAINPOOLP256R1, ECC_256};
  /// use wardstone_core::standard::lenstra::Lenstra;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Lenstra::validate_ecc(ctx, BRAINPOOLP256R1), Ok(ECC_256));
  /// ```
  fn validate_ecc(ctx: Context, key: Ecc) -> Result<Ecc, Ecc> {
    let implied_security = ctx.security().max(key.security());
    let min_security = match Lenstra::calculate_security(ctx.year()) {
      Ok(security) => security,
      Err(_) => return Err(ECC_NOT_ALLOWED),
    };
    let recommendation = match implied_security.max(min_security) {
      ..=111 => ECC_NOT_ALLOWED,
      112 => ECC_224,
      113..=128 => ECC_256,
      129..=192 => ECC_384,
      193.. => ECC_512,
    };
    if implied_security < min_security {
      Err(recommendation)
    } else {
      Ok(recommendation)
    }
  }

/// Validates a finite field cryptography primitive.
  ///
  /// Examples include the DSA and key establishment algorithms such as
  /// Diffie-Hellman and MQV which can also be implemented as such.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key sizes L and N that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key sizes L
  /// and N with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ffc::DSA_3072_256;
  /// use wardstone_core::standard::lenstra::Lenstra;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// let dsa_3072 = DSA_3072_256;
  /// assert_eq!(Lenstra::validate_ffc(ctx, dsa_3072), Ok(dsa_3072));
  /// ```
  fn validate_ffc(ctx: Context, key: Ffc) -> Result<Ffc, Ffc> {
    let implied_security = ctx.security().max(key.security());
    let min_security = match Lenstra::calculate_security(ctx.year()) {
      Ok(security) => security,
      Err(_) => return Err(FFC_NOT_SUPPORTED),
    };
    let recommendation = match implied_security.max(min_security) {
      ..=79 => FFC_NOT_SUPPORTED,
      80 => DSA_1024_160,
      81..=112 => DSA_2048_224,
      113..=128 => DSA_3072_256,
      129..=192 => DSA_7680_384,
      193.. => DSA_15360_512,
    };
    if implied_security < min_security {
      Err(recommendation)
    } else {
      Ok(recommendation)
    }
  }

/// Validates a hash function according to pages 12-14 of the paper.
  ///
  /// Unlike other functions in this module, there is no distinction in
  /// security based on the application. As such this module does not
  /// have a corresponding `validate_hash_based` function. All hash
  /// function and hash based application are assessed by this single
  /// function.
  ///
  /// If the hash function is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the hash function is compliant but the context specifies a
  /// higher security level, `Ok` will also hold the recommended
  /// primitive with the desired security level.
  ///
  /// **Note:** An alternative might be suggested for a compliant hash
  /// function with a similar security level in which a switch to the
  /// recommended primitive would likely be unwarranted. For example,
  /// when evaluating compliance for the `SHA3-256`, a recommendation
  /// to use `SHA256` will be made but switching to this as a result
  /// is likely unnecessary.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant hash
  /// function.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::hash::{SHA1, SHA256};
  /// use wardstone_core::standard::lenstra::Lenstra;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Lenstra::validate_hash(ctx, SHA1), Err(SHA256));
  /// ```
  fn validate_hash(ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    if SPECIFIED_HASH_FUNCTIONS.contains(&hash) {
      let implied_security = ctx.security().max(hash.security());
      let min_security = match Lenstra::calculate_security(ctx.year()) {
        Ok(security) => security,
        Err(_) => return Err(SHA256),
      };
      let recommendation = match implied_security.max(min_security) {
        // SHA1 and RIPEMD-160 offer less security than their digest
        // length so they are omitted even though they might cover the
        // range ..=80.
        ..=128 => SHA256,
        129..=192 => SHA384,
        193.. => SHA512,
      };
      if implied_security < min_security {
        Err(recommendation)
      } else {
        Ok(recommendation)
      }
    } else {
      Err(SHA256)
    }
  }

/// Validates  an integer factorisation cryptography primitive the
  /// most common of which is the RSA signature algorithm based on
  /// pages 17-25.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key size that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key size
  /// with the desired security level.
  ///
  /// **Note:** Unlike other functions in this module, this will return
  /// a generic structure that specifies minimum private and public
  /// key sizes.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ifc::RSA_PSS_2048;
  /// use wardstone_core::standard::lenstra::Lenstra;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Lenstra::validate_ifc(ctx, RSA_PSS_2048), Ok(RSA_PSS_2048));
  /// ```
  fn validate_ifc(ctx: Context, key: Ifc) -> Result<Ifc, Ifc> {
    // Per Table 4 on page 25.
    let (implied_year, implied_security) = match key.k {
      ..=1023 => (u16::MIN, u16::MIN),
      1024 => (2006, 72),
      1025..=1280 => (2014, 78),
      1281..=1536 => (2020, 82),
      1537..=2048 => (2030, 88),
      2049..=3072 => (2046, 99),
      3073..=4096 => (2060, 108),
      4097.. => (2100, 135),
    };

let year = implied_year.max(ctx.year());
    let (security_range, recommendation) = match year {
      ..=2006 => (0..=72, RSA_PSS_1024),
      2007..=2014 => (73..=78, RSA_PSS_1280),
      2015..=2020 => (79..=82, RSA_PSS_1536),
      2021..=2030 => (83..=88, RSA_PSS_2048),
      2031..=2046 => (89..=99, RSA_PSS_3072),
      2047..=2060 => (100..=108, RSA_PSS_4096),
      2061.. => (109..=135, RSA_PSS_8192),
    };

let security = ctx.security().max(implied_security);
    if !security_range.contains(&security) {
      Err(recommendation)
    } else {
      Ok(recommendation)
    }
  }

/// Validates a symmetric key primitive according to pages 9-12 of the
  /// paper.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::symmetric::TDEA3;
  /// use wardstone_core::standard::lenstra::Lenstra;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Lenstra::validate_symmetric(ctx, TDEA3), Ok(TDEA3));
  /// ```
  fn validate_symmetric(ctx: Context, key: Symmetric) -> Result<Symmetric, Symmetric> {
    if SPECIFIED_SYMMETRIC_KEYS.contains(&key) {
      let implied_security = ctx.security().max(key.security());
      let min_security = match Lenstra::calculate_security(ctx.year()) {
        Ok(security) => security,
        Err(_) => return Err(AES128),
      };
      let recommendation = match implied_security.max(min_security) {
        ..=95 => TDEA2,
        96..=112 => TDEA3,
        113..=120 => DESX,
        121..=128 => AES128,
        129..=192 => AES192,
        193.. => AES256,
      };
      if implied_security < min_security {
        Err(recommendation)
      } else {
        Ok(recommendation)
      }
    } else {
      Err(AES128)
    }
  }
}

#[cfg(test)]
mod tests {
  use super::*;
  use crate::{test_ecc, test_ffc, test_hash, test_ifc, test_symmetric};

test_ecc!(p224, Lenstra, P224, Ok(ECC_224));
  test_ecc!(p256, Lenstra, P256, Ok(ECC_256));
  test_ecc!(p384, Lenstra, P384, Ok(ECC_384));
  test_ecc!(p521, Lenstra, P521, Ok(ECC_512));
  test_ecc!(ed25519, Lenstra, ED25519, Ok(ECC_256));
  test_ecc!(ed448, Lenstra, ED448, Ok(ECC_512));
  test_ecc!(x25519, Lenstra, X25519, Ok(ECC_256));
  test_ecc!(x448, Lenstra, X448, Ok(ECC_512));
  test_ecc!(brainpoolp224r1, Lenstra, BRAINPOOLP224R1, Ok(ECC_224));
  test_ecc!(brainpoolp256r1, Lenstra, BRAINPOOLP256R1, Ok(ECC_256));
  test_ecc!(brainpoolp320r1, Lenstra, BRAINPOOLP320R1, Ok(ECC_384));
  test_ecc!(brainpoolp384r1, Lenstra, BRAINPOOLP384R1, Ok(ECC_384));
  test_ecc!(brainpoolp512r1, Lenstra, BRAINPOOLP512R1, Ok(ECC_512));
  test_ecc!(secp256k1, Lenstra, SECP256K1, Ok(ECC_256));

test_ffc!(ffc_1024_160, Lenstra, DSA_1024_160, Err(DSA_2048_224));
  test_ffc!(ffc_2048_224, Lenstra, DSA_2048_224, Ok(DSA_2048_224));
  test_ffc!(ffc_3072_256, Lenstra, DSA_3072_256, Ok(DSA_3072_256));
  test_ffc!(ffc_7680_384, Lenstra, DSA_7680_384, Ok(DSA_7680_384));
  test_ffc!(ffc_15360_512, Lenstra, DSA_15360_512, Ok(DSA_15360_512));

test_ifc!(ifc_1024, Lenstra, RSA_PSS_1024, Err(RSA_PSS_2048));
  test_ifc!(ifc_1280, Lenstra, RSA_PSS_1280, Err(RSA_PSS_2048));
  test_ifc!(ifc_1536, Lenstra, RSA_PSS_1536, Err(RSA_PSS_2048));
  test_ifc!(ifc_2048, Lenstra, RSA_PSS_2048, Ok(RSA_PSS_2048));
  test_ifc!(ifc_3072, Lenstra, RSA_PSS_3072, Ok(RSA_PSS_3072));
  test_ifc!(ifc_4096, Lenstra, RSA_PSS_4096, Ok(RSA_PSS_4096));
  test_ifc!(ifc_7680, Lenstra, RSA_PSS_7680, Ok(RSA_PSS_8192));
  test_ifc!(ifc_8192, Lenstra, RSA_PSS_8192, Ok(RSA_PSS_8192));
  test_ifc!(ifc_15360, Lenstra, RSA_PSS_15360, Ok(RSA_PSS_8192));

test_hash!(blake_224, Lenstra, BLAKE_224, Err(SHA256));
  test_hash!(blake_256, Lenstra, BLAKE_256, Err(SHA256));
  test_hash!(blake_384, Lenstra, BLAKE_384, Err(SHA256));
  test_hash!(blake_512, Lenstra, BLAKE_512, Err(SHA256));
  test_hash!(blake2b_256, Lenstra, BLAKE2B_256, Err(SHA256));
  test_hash!(blake2b_384, Lenstra, BLAKE2B_384, Err(SHA256));
  test_hash!(blake2b_512, Lenstra, BLAKE2B_512, Err(SHA256));
  test_hash!(blake2s_256, Lenstra, BLAKE2S_256, Err(SHA256));
  test_hash!(md4, Lenstra, MD4, Err(SHA256));
  test_hash!(md5, Lenstra, MD5, Err(SHA256));
  test_hash!(ripemd160, Lenstra, RIPEMD160, Err(SHA256));
  test_hash!(sha1, Lenstra, SHA1, Err(SHA256));
  test_hash!(sha224, Lenstra, SHA224, Err(SHA256));
  test_hash!(sha256, Lenstra, SHA256, Ok(SHA256));
  test_hash!(sha384, Lenstra, SHA384, Ok(SHA384));
  test_hash!(sha3_224, Lenstra, SHA3_224, Err(SHA256));
  test_hash!(sha3_256, Lenstra, SHA3_256, Err(SHA256));
  test_hash!(sha3_384, Lenstra, SHA3_384, Err(SHA256));
  test_hash!(sha3_512, Lenstra, SHA3_512, Err(SHA256));
  test_hash!(sha512, Lenstra, SHA512, Ok(SHA512));
  test_hash!(sha512_224, Lenstra, SHA512_224, Err(SHA256));
  test_hash!(sha512_256, Lenstra, SHA512_256, Err(SHA256));
  test_hash!(shake128, Lenstra, SHAKE128, Err(SHA256));
  test_hash!(shake256, Lenstra, SHAKE256, Err(SHA256));
  test_hash!(whirlpool, Lenstra, WHIRLPOOL, Err(SHA256));

test_symmetric!(aes128, Lenstra, AES128, Ok(AES128));
  test_symmetric!(aes192, Lenstra, AES192, Ok(AES192));
  test_symmetric!(aes256, Lenstra, AES256, Ok(AES256));
  test_symmetric!(camellia128, Lenstra, CAMELLIA128, Err(AES128));
  test_symmetric!(camellia192, Lenstra, CAMELLIA192, Err(AES128));
  test_symmetric!(camellia256, Lenstra, CAMELLIA256, Err(AES128));
  test_symmetric!(des, Lenstra, DES, Err(TDEA2));
  test_symmetric!(desx, Lenstra, DESX, Ok(DESX));
  test_symmetric!(idea, Lenstra, IDEA, Ok(AES128));
  test_symmetric!(serpent128, Lenstra, SERPENT128, Err(AES128));
  test_symmetric!(serpent192, Lenstra, SERPENT192, Err(AES128));
  test_symmetric!(serpent256, Lenstra, SERPENT256, Err(AES128));
  test_symmetric!(three_key_tdea, Lenstra, TDEA3, Ok(TDEA3));
  test_symmetric!(two_key_tdea, Lenstra, TDEA2, Ok(TDEA2));
}
07070100000093000081A40000000000000000000000016537CEF40000480A000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/core/src/standard/nist.rs//! Validate cryptographic primitives against the [NIST Special
//! Publication 800-57 Part 1 Revision 5 standard].
//!
//! [NIST Special Publication 800-57 Part 1 Revision 5 standard]: https://doi.org/10.6028/NIST.SP.800-57pt1r5
use std::collections::HashSet;

use once_cell::sync::Lazy;

const CUTOFF_YEAR: u16 = 2031; // See p. 59.
const CUTOFF_YEAR_3TDEA: u16 = 2023; // See footnote on p. 54.
const CUTOFF_YEAR_DSA: u16 = 2023; // See FIPS-186-5 p. 16.

static SPECIFIED_CURVES: Lazy<HashSet<Ecc>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(ED25519);
  s.insert(ED448);
  s.insert(P224);
  s.insert(P256);
  s.insert(P384);
  s.insert(P521);
  s.insert(BRAINPOOLP224R1);
  s.insert(BRAINPOOLP256R1);
  s.insert(BRAINPOOLP320R1);
  s.insert(BRAINPOOLP384R1);
  s.insert(BRAINPOOLP512R1);
  s.insert(SECP256K1);
  s
});

static SPECIFIED_HASH_FUNCTIONS: Lazy<HashSet<Hash>> = Lazy::new(|| {
  let mut s = HashSet::new();
  s.insert(SHA1);
  s.insert(SHA224);
  s.insert(SHA256);
  s.insert(SHA384);
  s.insert(SHA3_224);
  s.insert(SHA3_256);
  s.insert(SHA3_384);
  s.insert(SHA3_512);
  s.insert(SHA512);
  s.insert(SHA512_224);
  s.insert(SHA512_256);
  s.insert(SHAKE128);
  s.insert(SHAKE256);
  s
});

/// [`Standard`] implementation of the [NIST Special Publication 800-57
/// Part 1 Revision 5 standard].
///
/// [NIST Special Publication 800-57 Part 1 Revision 5 standard]: https://doi.org/10.6028/NIST.SP.800-57pt1r5
pub struct Nist;

impl Nist {
  /// Validates a hash function according to page 56 of the standard.
  /// The reference is made with regards to applications that
  /// primarily require pre-image resistance such as message
  /// authentication codes (MACs), key derivation functions (KDFs),
  /// and random bit generation.
  ///
  /// For applications that require collision resistance such digital
  /// signatures use
  /// [`validate_hash`](crate::standard::nist::Nist::validate_hash).
  ///
  /// If the hash function is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the hash function is compliant but the context specifies a
  /// higher security level, `Ok` will also hold the recommended
  /// primitive with the desired security level.
  ///
  /// **Note:** that this means an alternative might be suggested for a
  /// compliant hash functions with a similar security level in which a
  /// switch to the recommended primitive would likely be unwarranted.
  /// For example, when evaluating compliance for the `SHA3-256`, a
  /// recommendation to use `SHA256` will be made but switching to this
  /// as a result is likely unnecessary.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant hash
  /// function.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::hash::{SHA1, SHAKE128};
  /// use wardstone_core::standard::nist::Nist;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// let hmac_sha1 = SHA1;
  /// assert_eq!(Nist::validate_hash_based(ctx, hmac_sha1), Ok(hmac_sha1));
  /// ```
  pub fn validate_hash_based(ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    if SPECIFIED_HASH_FUNCTIONS.contains(&hash) {
      let pre_image_resistance = hash.security() << 1;
      let security = ctx.security().max(pre_image_resistance);
      match security {
        ..=111 => Err(SHAKE128),
        112..=127 => {
          if ctx.year() > CUTOFF_YEAR {
            Err(SHAKE128)
          } else {
            Ok(SHAKE128)
          }
        },
        128 => Ok(SHAKE128),
        129..=160 => Ok(SHA1),
        161..=224 => Ok(SHA224),
        225..=256 => Ok(SHA256),
        257..=394 => Ok(SHA384),
        395.. => Ok(SHA512),
      }
    } else {
      Err(SHAKE128)
    }
  }
}

impl Standard for Nist {
  /// Validate an elliptic curve cryptography primitive used for digital
  /// signatures and key establishment where f is the key size according
  /// to page 54-55 of the standard.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ecc::P224;
  /// use wardstone_core::standard::nist::Nist;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Nist::validate_ecc(ctx, P224), Ok(P224));
  /// ```
  fn validate_ecc(ctx: Context, key: Ecc) -> Result<Ecc, Ecc> {
    if SPECIFIED_CURVES.contains(&key) {
      let security = ctx.security().max(key.security());
      match security {
        ..=111 => {
          if ctx.year() > CUTOFF_YEAR {
            Err(P256)
          } else {
            Err(P224)
          }
        },
        112..=127 => {
          if ctx.year() > CUTOFF_YEAR {
            Err(P256)
          } else {
            Ok(P224)
          }
        },
        128..=191 => Ok(P256),
        192..=255 => Ok(P384),
        256.. => Ok(P521),
      }
    } else {
      Err(P256)
    }
  }

/// Validates a finite field cryptography primitive.
  ///
  /// Examples include the DSA and key establishment algorithms such as
  /// Diffie-Hellman and MQV which can also be implemented as such,
  /// according to page 54-55 of the standard.
  ///
  /// A newer revision of FIPS-186, FIPS-186-5 no longer approves the
  /// DSA.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key sizes L and N that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key sizes L
  /// and N with the desired security level.
  ///
  /// **Note:** The standard specifies the choices for the pair l and n
  /// and so primitives that do not strictly conform to this will be
  /// deemed non-compliant. This restricts the choice of security
  /// specified in the `Context` to the values 160, 224, 256, 384, and
  /// 512.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ffc::DSA_2048_224;
  /// use wardstone_core::standard::nist::Nist;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// let dsa_2048 = DSA_2048_224;
  /// assert_eq!(Nist::validate_ffc(ctx, dsa_2048), Ok(dsa_2048));
  /// ```
  fn validate_ffc(ctx: Context, key: Ffc) -> Result<Ffc, Ffc> {
    if ctx.year() > CUTOFF_YEAR_DSA {
      return Err(FFC_NOT_SUPPORTED);
    }

let security = ctx.security().max(key.security());
    match security {
      80 => {
        if ctx.year() > CUTOFF_YEAR {
          Err(DSA_3072_256)
        } else {
          Err(DSA_2048_224)
        }
      },
      112 => {
        if ctx.year() > CUTOFF_YEAR {
          Err(DSA_3072_256)
        } else {
          Ok(DSA_2048_224)
        }
      },
      128 => Ok(DSA_3072_256),
      192 => Ok(DSA_7680_384),
      256 => Ok(DSA_15360_512),
      _ => Err(FFC_NOT_SUPPORTED),
    }
  }

/// Validates a hash function according to page 56 of the standard.
  /// The reference is made with regards to applications that require
  /// collision resistance such as digital signatures.
  ///
  /// For applications that primarily require pre-image resistance such
  /// as message authentication codes (MACs), key derivation functions
  /// (KDFs), and random bit generation use
  /// [`validate_hash_based`](crate::standard::nist::Nist::validate_hash_based).
  ///
  /// If the hash function is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the hash function is compliant but the context specifies a
  /// higher security level, `Ok` will also hold the recommended
  /// primitive with the desired security level.
  ///
  /// **Note:** An alternative might be suggested for a compliant hash
  /// functions with a similar security level in which a switch to the
  /// recommended primitive would likely be unwarranted. For example,
  /// when evaluating compliance for the `SHA3-256`, a recommendation
  /// to use `SHA256` will be made but switching to this as a result
  /// is likely unnecessary.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant hash
  /// function.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::hash::{SHA1, SHA224};
  /// use wardstone_core::standard::nist::Nist;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Nist::validate_hash(ctx, SHA1), Err(SHA224));
  /// ```
  fn validate_hash(ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    if SPECIFIED_HASH_FUNCTIONS.contains(&hash) {
      let security = ctx.security().max(hash.security());
      match security {
        ..=111 => {
          if ctx.year() > CUTOFF_YEAR {
            Err(SHA256)
          } else {
            Err(SHA224)
          }
        },
        112..=127 => {
          if ctx.year() > CUTOFF_YEAR {
            Err(SHA256)
          } else {
            Ok(SHA224)
          }
        },
        128..=191 => Ok(SHA256),
        192..=255 => Ok(SHA384),
        256.. => Ok(SHA512),
      }
    } else {
      Err(SHA256)
    }
  }

/// Validates  an integer factorisation cryptography primitive the
  /// most common of which is the RSA signature algorithm where k
  /// indicates the key size according to page 54-55 of the standard.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key size that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key size
  /// with the desired security level.
  ///
  /// **Note:** This will return a generic structure that specifies
  /// minimum private and public key sizes.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ifc::RSA_PSS_2048;
  /// use wardstone_core::standard::nist::Nist;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Nist::validate_ifc(ctx, RSA_PSS_2048), Ok(RSA_PSS_2048));
  /// ```
  fn validate_ifc(ctx: Context, key: Ifc) -> Result<Ifc, Ifc> {
    let security = ctx.security().max(key.security());
    match security {
      ..=111 => {
        if ctx.year() > CUTOFF_YEAR {
          Err(RSA_PSS_3072)
        } else {
          Err(RSA_PSS_2048)
        }
      },
      112..=127 => {
        if ctx.year() > CUTOFF_YEAR {
          Err(RSA_PSS_3072)
        } else {
          Ok(RSA_PSS_2048)
        }
      },
      128..=191 => Ok(RSA_PSS_3072),
      192..=255 => Ok(RSA_PSS_7680),
      256.. => Ok(RSA_PSS_15360),
    }
  }

/// Validates a symmetric key primitive according to pages 54-55 of
  /// the standard.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a three-key Triple
  /// DES key (which is deprecated through the year 2023).
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::symmetric::{AES128, TDEA3};
  /// use wardstone_core::standard::nist::Nist;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Nist::validate_symmetric(ctx, TDEA3), Ok(AES128));
  /// ```
  fn validate_symmetric(ctx: Context, key: Symmetric) -> Result<Symmetric, Symmetric> {
    if SPECIFIED_SYMMETRIC_KEYS.contains(&key) {
      let security = ctx.security().max(key.security());
      match security {
        ..=111 => Err(AES128),
        112 => {
          // See SP 800-131Ar2 p. 7.
          let cutoff = if key.id == TDEA3.id {
            CUTOFF_YEAR_3TDEA
          } else {
            CUTOFF_YEAR
          };
          if ctx.year() > cutoff {
            Err(AES128)
          } else {
            Ok(AES128)
          }
        },
        113..=128 => Ok(AES128),
        129..=192 => Ok(AES192),
        193.. => Ok(AES256),
      }
    } else {
      Err(AES128)
    }
  }
}

#[cfg(test)]
mod tests {
  use super::*;
  use crate::{test_ecc, test_ffc, test_hash, test_hash_based, test_ifc, test_symmetric};

test_ecc!(p224, Nist, P224, Ok(P224));
  test_ecc!(p256, Nist, P256, Ok(P256));
  test_ecc!(p384, Nist, P384, Ok(P384));
  test_ecc!(p521, Nist, P521, Ok(P521));
  test_ecc!(ed25519, Nist, ED25519, Ok(P256));
  test_ecc!(ed448, Nist, ED448, Ok(P384));
  test_ecc!(x25519, Nist, X25519, Err(P256));
  test_ecc!(x448, Nist, X448, Err(P256));
  test_ecc!(brainpoolp224r1, Nist, BRAINPOOLP224R1, Ok(P224));
  test_ecc!(brainpoolp256r1, Nist, BRAINPOOLP256R1, Ok(P256));
  test_ecc!(brainpoolp320r1, Nist, BRAINPOOLP320R1, Ok(P256));
  test_ecc!(brainpoolp384r1, Nist, BRAINPOOLP384R1, Ok(P384));
  test_ecc!(brainpoolp512r1, Nist, BRAINPOOLP512R1, Ok(P521));
  test_ecc!(secp256k1, Nist, SECP256K1, Ok(P256));

test_ffc!(ffc_1024_160, Nist, DSA_1024_160, Err(DSA_2048_224));
  test_ffc!(ffc_2048_224, Nist, DSA_2048_224, Ok(DSA_2048_224));
  test_ffc!(ffc_3072_256, Nist, DSA_3072_256, Ok(DSA_3072_256));
  test_ffc!(ffc_7680_384, Nist, DSA_7680_384, Ok(DSA_7680_384));
  test_ffc!(ffc_15360_512, Nist, DSA_15360_512, Ok(DSA_15360_512));

test_ifc!(ifc_1024, Nist, RSA_PSS_1024, Err(RSA_PSS_2048));
  test_ifc!(ifc_2048, Nist, RSA_PSS_2048, Ok(RSA_PSS_2048));
  test_ifc!(ifc_3072, Nist, RSA_PSS_3072, Ok(RSA_PSS_3072));
  test_ifc!(ifc_7680, Nist, RSA_PSS_7680, Ok(RSA_PSS_7680));
  test_ifc!(ifc_15360, Nist, RSA_PSS_15360, Ok(RSA_PSS_15360));

test_hash!(
    blake2b_256_collision_resistance,
    Nist,
    BLAKE2B_256,
    Err(SHA256)
  );
  test_hash!(
    blake2b_384_collision_resistance,
    Nist,
    BLAKE2B_384,
    Err(SHA256)
  );
  test_hash!(
    blake2b_512_collision_resistance,
    Nist,
    BLAKE2B_512,
    Err(SHA256)
  );
  test_hash!(
    blake2s_256_collision_resistance,
    Nist,
    BLAKE2S_256,
    Err(SHA256)
  );
  test_hash!(md4_collision_resistance, Nist, MD4, Err(SHA256));
  test_hash!(md5_collision_resistance, Nist, MD5, Err(SHA256));
  test_hash!(ripemd160_collision_resistance, Nist, RIPEMD160, Err(SHA256));
  test_hash!(sha1_collision_resistance, Nist, SHA1, Err(SHA224));
  test_hash!(sha224_collision_resistance, Nist, SHA224, Ok(SHA224));
  test_hash!(sha256_collision_resistance, Nist, SHA256, Ok(SHA256));
  test_hash!(sha384_collision_resistance, Nist, SHA384, Ok(SHA384));
  test_hash!(sha3_224_collision_resistance, Nist, SHA3_224, Ok(SHA224));
  test_hash!(sha3_256_collision_resistance, Nist, SHA3_256, Ok(SHA256));
  test_hash!(sha3_384_collision_resistance, Nist, SHA3_384, Ok(SHA384));
  test_hash!(sha3_512_collision_resistance, Nist, SHA3_512, Ok(SHA512));
  test_hash!(sha512_collision_resistance, Nist, SHA512, Ok(SHA512));
  test_hash!(
    sha512_224_collision_resistance,
    Nist,
    SHA512_224,
    Ok(SHA224)
  );
  test_hash!(
    sha512_256_collision_resistance,
    Nist,
    SHA512_256,
    Ok(SHA256)
  );
  test_hash!(shake128_collision_resistance, Nist, SHAKE128, Err(SHA224));
  test_hash!(shake256_collision_resistance, Nist, SHAKE256, Ok(SHA256));

test_hash_based!(
    blake2b_256_pre_image_resistance,
    Nist,
    BLAKE2B_256,
    Err(SHAKE128)
  );
  test_hash_based!(
    blake2b_384_pre_image_resistance,
    Nist,
    BLAKE2B_384,
    Err(SHAKE128)
  );
  test_hash_based!(
    blake2b_512_pre_image_resistance,
    Nist,
    BLAKE2B_512,
    Err(SHAKE128)
  );
  test_hash_based!(
    blake2s_256_pre_image_resistance,
    Nist,
    BLAKE2S_256,
    Err(SHAKE128)
  );
  test_hash_based!(md4_pre_image_resistance, Nist, MD4, Err(SHAKE128));
  test_hash_based!(md5_pre_image_resistance, Nist, MD5, Err(SHAKE128));
  test_hash_based!(
    ripemd160_pre_image_resistance,
    Nist,
    RIPEMD160,
    Err(SHAKE128)
  );
  test_hash_based!(sha1_pre_image_resistance, Nist, SHA1, Ok(SHA1));
  test_hash_based!(sha224_pre_image_resistance, Nist, SHA224, Ok(SHA224));
  test_hash_based!(sha256_pre_image_resistance, Nist, SHA256, Ok(SHA256));
  test_hash_based!(sha384_pre_image_resistance, Nist, SHA384, Ok(SHA384));
  test_hash_based!(sha3_224_pre_image_resistance, Nist, SHA3_224, Ok(SHA224));
  test_hash_based!(sha3_256_pre_image_resistance, Nist, SHA3_256, Ok(SHA256));
  test_hash_based!(sha3_384_pre_image_resistance, Nist, SHA3_384, Ok(SHA384));
  test_hash_based!(sha3_512_pre_image_resistance, Nist, SHA3_512, Ok(SHA512));
  test_hash_based!(sha512_pre_image_resistance, Nist, SHA512, Ok(SHA512));
  test_hash_based!(
    sha512_224_pre_image_resistance,
    Nist,
    SHA512_224,
    Ok(SHA224)
  );
  test_hash_based!(
    sha512_256_pre_image_resistance,
    Nist,
    SHA512_256,
    Ok(SHA256)
  );
  test_hash_based!(shake128_pre_image_resistance, Nist, SHAKE128, Ok(SHAKE128));
  test_hash_based!(shake256_pre_image_resistance, Nist, SHAKE256, Ok(SHA256));

test_symmetric!(two_key_tdea, Nist, TDEA2, Err(AES128));
  test_symmetric!(three_key_tdea, Nist, TDEA3, Ok(AES128));
  test_symmetric!(aes128, Nist, AES128, Ok(AES128));
  test_symmetric!(aes192, Nist, AES192, Ok(AES192));
  test_symmetric!(aes256, Nist, AES256, Ok(AES256));
}
07070100000094000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/core/src/standard/testing07070100000095000081A40000000000000000000000016537CEF400000032000000000000000000000000000000000000003600000000wardstone-0.2.0~0/crates/core/src/standard/testing.rs//! Mock standards.
pub mod strong;
pub mod weak;
07070100000096000081A40000000000000000000000016537CEF400002A00000000000000000000000000000000000000003D00000000wardstone-0.2.0~0/crates/core/src/standard/testing/strong.rs//! A mock standard with a minimum security requirement of at least
//! 256-bits.
//!
//! This is the level of security estimated to be enough to resist an
//! attack using Grover's algorithm enabled by quantum computers which
//! as of writing does not appear to be a practical concern. However,
//! bumping the security parameter may not be enough for some signature
//! schemes such as those that use elliptic curves.
use crate::context::Context;
use crate::primitive::ecc::*;
use crate::primitive::ffc::*;
use crate::primitive::hash::*;
use crate::primitive::ifc::*;
use crate::primitive::symmetric::*;
use crate::primitive::Primitive;
use crate::standard::Standard;

/// [`Standard`] implementation of a mock standard that is intended to
/// be relatively strong compared to all the other standards defined in
/// this crate.
pub struct Strong;

impl Standard for Strong {
  /// Validate an elliptic curve cryptography primitive used for digital
  /// signatures and key establishment.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ecc::{ECC_NOT_ALLOWED, ED25519};
  /// use wardstone_core::standard::testing::strong::Strong;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Strong::validate_ecc(ctx, ED25519), Err(ECC_NOT_ALLOWED));
  /// ```
  fn validate_ecc(_ctx: Context, _key: Ecc) -> Result<Ecc, Ecc> {
    Err(ECC_NOT_ALLOWED)
  }

/// Validates a finite field cryptography primitive.
  ///
  /// Examples include the DSA and key establishment algorithms such as
  /// Diffie-Hellman.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key sizes L and N that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key sizes L
  /// and N with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a non-compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ffc::{DSA_2048_224, FFC_NOT_SUPPORTED};
  /// use wardstone_core::standard::testing::strong::Strong;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// let dsa_2048 = DSA_2048_224;
  /// assert_eq!(Strong::validate_ffc(ctx, dsa_2048), Err(FFC_NOT_SUPPORTED));
  /// ```
  fn validate_ffc(_ctx: Context, _key: Ffc) -> Result<Ffc, Ffc> {
    Err(FFC_NOT_SUPPORTED)
  }

/// Validates a hash function.
  ///
  /// If the hash function is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the hash function is compliant but the context specifies a
  /// higher security level, `Ok` will also hold the recommended
  /// primitive with the desired security level.
  ///
  /// **Note:** An alternative might be suggested for a compliant hash
  /// function with a similar security level in which a switch to the
  /// recommended primitive would likely be unwarranted. For example,
  /// when evaluating compliance for the `SHA3-256`, a recommendation
  /// to use `SHA256` will be made but switching to this as a result
  /// is likely unnecessary.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant hash
  /// function.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::hash::{SHA256, SHA512};
  /// use wardstone_core::standard::testing::strong::Strong;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Strong::validate_hash(ctx, SHA256), Err(SHA512));
  /// ```
  fn validate_hash(ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    let security = ctx.security().max(hash.security());
    match security {
      ..=255 => Err(SHA512),
      256.. => Ok(SHA512),
    }
  }

/// Validates  an integer factorisation cryptography primitive the
  /// most common of which is the RSA signature algorithm.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key size that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key size
  /// with the desired security level.
  ///
  /// **Note:** Unlike other functions in this module, this will return
  /// a generic structure that specifies minimum private and public
  /// key sizes.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ifc::{IFC_NOT_ALLOWED, RSA_PSS_2048};
  /// use wardstone_core::standard::testing::strong::Strong;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(
  ///   Strong::validate_ifc(ctx, RSA_PSS_2048),
  ///   Err(IFC_NOT_ALLOWED)
  /// );
  /// ```
  fn validate_ifc(_ctx: Context, _key: Ifc) -> Result<Ifc, Ifc> {
    Err(IFC_NOT_ALLOWED)
  }

/// Validates a symmetric key primitive.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a three-key Triple
  /// DES key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::symmetric::{AES256, TDEA3};
  /// use wardstone_core::standard::testing::strong::Strong;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Strong::validate_symmetric(ctx, TDEA3), Err(AES256));
  /// ```
  fn validate_symmetric(ctx: Context, key: Symmetric) -> Result<Symmetric, Symmetric> {
    let security = ctx.security().max(key.security());
    match security {
      ..=255 => Err(AES256),
      256.. => Ok(AES256),
    }
  }
}

#[cfg(test)]
mod tests {
  use super::*;
  use crate::{test_ecc, test_ffc, test_hash, test_ifc, test_symmetric};

test_ecc!(p224, Strong, P224, Err(ECC_NOT_ALLOWED));
  test_ecc!(p256, Strong, P256, Err(ECC_NOT_ALLOWED));
  test_ecc!(p384, Strong, P384, Err(ECC_NOT_ALLOWED));
  test_ecc!(p521, Strong, P521, Err(ECC_NOT_ALLOWED));
  test_ecc!(ed25519, Strong, ED25519, Err(ECC_NOT_ALLOWED));
  test_ecc!(ed448, Strong, ED448, Err(ECC_NOT_ALLOWED));
  test_ecc!(x25519, Strong, X25519, Err(ECC_NOT_ALLOWED));
  test_ecc!(x488, Strong, X448, Err(ECC_NOT_ALLOWED));
  test_ecc!(
    brainpoolp224r1,
    Strong,
    BRAINPOOLP224R1,
    Err(ECC_NOT_ALLOWED)
  );
  test_ecc!(
    brainpoolp256r1,
    Strong,
    BRAINPOOLP256R1,
    Err(ECC_NOT_ALLOWED)
  );
  test_ecc!(
    brainpoolp320r1,
    Strong,
    BRAINPOOLP320R1,
    Err(ECC_NOT_ALLOWED)
  );
  test_ecc!(
    brainpoolp384r1,
    Strong,
    BRAINPOOLP384R1,
    Err(ECC_NOT_ALLOWED)
  );
  test_ecc!(
    brainpoolp512r1,
    Strong,
    BRAINPOOLP512R1,
    Err(ECC_NOT_ALLOWED)
  );
  test_ecc!(secp256k1, Strong, SECP256K1, Err(ECC_NOT_ALLOWED));

test_ffc!(ffc_1024_160, Strong, DSA_1024_160, Err(FFC_NOT_SUPPORTED));
  test_ffc!(ffc_2048_224, Strong, DSA_2048_224, Err(FFC_NOT_SUPPORTED));
  test_ffc!(ffc_3072_256, Strong, DSA_3072_256, Err(FFC_NOT_SUPPORTED));
  test_ffc!(ffc_7680_384, Strong, DSA_7680_384, Err(FFC_NOT_SUPPORTED));
  test_ffc!(ffc_15360_512, Strong, DSA_15360_512, Err(FFC_NOT_SUPPORTED));

test_ifc!(ifc_1024, Strong, RSA_PSS_1024, Err(IFC_NOT_ALLOWED));
  test_ifc!(ifc_1280, Strong, RSA_PSS_1280, Err(IFC_NOT_ALLOWED));
  test_ifc!(ifc_1536, Strong, RSA_PSS_1536, Err(IFC_NOT_ALLOWED));
  test_ifc!(ifc_2048, Strong, RSA_PSS_2048, Err(IFC_NOT_ALLOWED));
  test_ifc!(ifc_3072, Strong, RSA_PSS_3072, Err(IFC_NOT_ALLOWED));
  test_ifc!(ifc_4096, Strong, RSA_PSS_4096, Err(IFC_NOT_ALLOWED));
  test_ifc!(ifc_7680, Strong, RSA_PSS_7680, Err(IFC_NOT_ALLOWED));
  test_ifc!(ifc_8192, Strong, RSA_PSS_8192, Err(IFC_NOT_ALLOWED));
  test_ifc!(ifc_15360, Strong, RSA_PSS_15360, Err(IFC_NOT_ALLOWED));

test_hash!(blake_224, Strong, BLAKE_224, Err(SHA512));
  test_hash!(blake_256, Strong, BLAKE_256, Err(SHA512));
  test_hash!(blake_384, Strong, BLAKE_384, Err(SHA512));
  test_hash!(blake_512, Strong, BLAKE_512, Ok(SHA512));
  test_hash!(blake2b_256, Strong, BLAKE2B_256, Err(SHA512));
  test_hash!(blake2b_384, Strong, BLAKE2B_384, Err(SHA512));
  test_hash!(blake2b_512, Strong, BLAKE2B_512, Ok(SHA512));
  test_hash!(blake2s_256, Strong, BLAKE2S_256, Err(SHA512));
  test_hash!(md4, Strong, MD4, Err(SHA512));
  test_hash!(md5, Strong, MD5, Err(SHA512));
  test_hash!(ripemd160, Strong, RIPEMD160, Err(SHA512));
  test_hash!(sha1, Strong, SHA1, Err(SHA512));
  test_hash!(sha224, Strong, SHA224, Err(SHA512));
  test_hash!(sha256, Strong, SHA256, Err(SHA512));
  test_hash!(sha384, Strong, SHA384, Err(SHA512));
  test_hash!(sha3_224, Strong, SHA3_224, Err(SHA512));
  test_hash!(sha3_256, Strong, SHA3_256, Err(SHA512));
  test_hash!(sha3_384, Strong, SHA3_384, Err(SHA512));
  test_hash!(sha3_512, Strong, SHA3_512, Ok(SHA512));
  test_hash!(sha512, Strong, SHA512, Ok(SHA512));
  test_hash!(sha512_224, Strong, SHA512_224, Err(SHA512));
  test_hash!(sha512_256, Strong, SHA512_256, Err(SHA512));
  test_hash!(shake128, Strong, SHAKE128, Err(SHA512));
  test_hash!(shake256, Strong, SHAKE256, Err(SHA512));
  test_hash!(whirlpool, Strong, WHIRLPOOL, Ok(SHA512));

test_symmetric!(aes128, Strong, AES128, Err(AES256));
  test_symmetric!(aes192, Strong, AES192, Err(AES256));
  test_symmetric!(aes256, Strong, AES256, Ok(AES256));
  test_symmetric!(camellia128, Strong, CAMELLIA128, Err(AES256));
  test_symmetric!(camellia192, Strong, CAMELLIA192, Err(AES256));
  test_symmetric!(camellia256, Strong, CAMELLIA256, Ok(AES256));
  test_symmetric!(des, Strong, DES, Err(AES256));
  test_symmetric!(desx, Strong, DESX, Err(AES256));
  test_symmetric!(idea, Strong, IDEA, Err(AES256));
  test_symmetric!(serpent128, Strong, SERPENT128, Err(AES256));
  test_symmetric!(serpent192, Strong, SERPENT192, Err(AES256));
  test_symmetric!(serpent256, Strong, SERPENT256, Ok(AES256));
  test_symmetric!(three_key_tdea, Strong, TDEA3, Err(AES256));
  test_symmetric!(two_key_tdea, Strong, TDEA2, Err(AES256));
}
07070100000097000081A40000000000000000000000016537CEF400002BF5000000000000000000000000000000000000003B00000000wardstone-0.2.0~0/crates/core/src/standard/testing/weak.rs//! A mock standard with a minimum security requirement of at least
//! 64-bits.
//!
//! **Caution:** This might return recommendations for primitives that
//! are considered unsafe when used in some applications such as MD5 and
//! SHA1. For secure applications use any of the other standards defined
//! in this crate.

/// [`Standard`] implementation of a mock standard that is intended to
/// be relatively weak compared to all the other standards defined in
/// this crate.
pub struct Weak;

impl Standard for Weak {
  /// Validate an elliptic curve cryptography primitive used for digital
  /// signatures and key establishment.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ecc::ED25519;
  /// use wardstone_core::standard::testing::weak::Weak;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Weak::validate_ecc(ctx, ED25519), Ok(ED25519));
  /// ```
  fn validate_ecc(ctx: Context, key: Ecc) -> Result<Ecc, Ecc> {
    let security = ctx.security().max(key.security());
    match security {
      ..=63 => Err(P224),
      64..=112 => Ok(P224),
      113..=128 => Ok(ED25519),
      129..=160 => Ok(BRAINPOOLP320R1),
      161..=192 => Ok(P384),
      193..=244 => Ok(ED448),
      245..=256 => Ok(BRAINPOOLP512R1),
      257.. => Ok(P521),
    }
  }

/// Validates a finite field cryptography primitive.
  ///
  /// Examples include the DSA and key establishment algorithms such as
  /// Diffie-Hellman.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key sizes L and N that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key sizes L
  /// and N with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ffc::{DSA_2048_224, DSA_3072_256};
  /// use wardstone_core::standard::testing::weak::Weak;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// let dsa_2048 = DSA_2048_224;
  /// assert_eq!(Weak::validate_ffc(ctx, dsa_2048), Ok(dsa_2048));
  /// ```
  fn validate_ffc(ctx: Context, key: Ffc) -> Result<Ffc, Ffc> {
    let security = ctx.security().max(key.security());
    match security {
      ..=63 => Err(DSA_1024_160),
      64..=80 => Ok(DSA_1024_160),
      81..=112 => Ok(DSA_2048_224),
      113..=128 => Ok(DSA_3072_256),
      129..=192 => Ok(DSA_7680_384),
      193.. => Ok(DSA_15360_512),
    }
  }

/// Validates a hash function.
  ///
  /// If the hash function is not compliant then `Err` will contain the
  /// recommended primitive that one should use instead.
  ///
  /// If the hash function is compliant but the context specifies a
  /// higher security level, `Ok` will also hold the recommended
  /// primitive with the desired security level.
  ///
  /// **Note:** An alternative might be suggested for a compliant hash
  /// function with a similar security level in which a switch to the
  /// recommended primitive would likely be unwarranted. For example,
  /// when evaluating compliance for the `SHA3-256`, a recommendation
  /// to use `SHA256` will be made but switching to this as a result
  /// is likely unnecessary.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant hash
  /// function.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::hash::{SHA1, SHA256};
  /// use wardstone_core::standard::testing::weak::Weak;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Weak::validate_hash(ctx, SHA1), Ok(SHA1));
  /// ```
  fn validate_hash(ctx: Context, hash: Hash) -> Result<Hash, Hash> {
    let security = ctx.security().max(hash.security());
    match security {
      ..=63 => Err(SHAKE128),
      64 => Ok(SHAKE128),
      65..=80 => Ok(SHA1),
      81..=112 => Ok(SHA224),
      113..=128 => Ok(BLAKE3),
      129..=192 => Ok(BLAKE2B_384),
      193.. => Ok(BLAKE2B_512),
    }
  }

/// Validates  an integer factorisation cryptography primitive the
  /// most common of which is the RSA signature algorithm.
  ///
  /// If the key is not compliant then `Err` will contain the
  /// recommended key size that one should use instead.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended key size
  /// with the desired security level.
  ///
  /// **Note:** Unlike other functions in this module, this will return
  /// a generic structure that specifies minimum private and public
  /// key sizes.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a compliant key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::ifc::RSA_PSS_2048;
  /// use wardstone_core::standard::testing::weak::Weak;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Weak::validate_ifc(ctx, RSA_PSS_2048), Ok(RSA_PSS_2048));
  /// ```
  fn validate_ifc(ctx: Context, key: Ifc) -> Result<Ifc, Ifc> {
    let security = ctx.security().max(key.security());
    match security {
      ..=63 => Err(RSA_PSS_1024),
      64..=80 => Ok(RSA_PSS_1024),
      81..=112 => Ok(RSA_PSS_2048),
      113..=128 => Ok(RSA_PSS_3072),
      129..=192 => Ok(RSA_PSS_7680),
      193.. => Ok(RSA_PSS_15360),
    }
  }

/// Validates a symmetric key primitive.
  ///
  /// If the key is compliant but the context specifies a higher
  /// security level, `Ok` will also hold the recommended primitive
  /// with the desired security level.
  ///
  /// # Example
  ///
  /// The following illustrates a call to validate a three-key Triple
  /// DES key.
  ///
  /// ```
  /// use wardstone_core::context::Context;
  /// use wardstone_core::primitive::symmetric::TDEA3;
  /// use wardstone_core::standard::testing::weak::Weak;
  /// use wardstone_core::standard::Standard;
  ///
  /// let ctx = Context::default();
  /// assert_eq!(Weak::validate_symmetric(ctx, TDEA3), Ok(TDEA3));
  /// ```
  fn validate_symmetric(ctx: Context, key: Symmetric) -> Result<Symmetric, Symmetric> {
    let security = ctx.security().max(key.security());
    match security {
      ..=63 => Err(TDEA2),
      64..=95 => Ok(TDEA2),
      96..=112 => Ok(TDEA3),
      113..=120 => Ok(DESX),
      121..=126 => Ok(IDEA),
      127..=128 => Ok(AES128),
      129..=192 => Ok(AES192),
      193.. => Ok(AES256),
    }
  }
}

#[cfg(test)]
mod tests {
  use super::*;
  use crate::{test_ecc, test_ffc, test_hash, test_ifc, test_symmetric};

test_ecc!(p224, Weak, P224, Ok(P224));
  test_ecc!(p256, Weak, P256, Ok(ED25519));
  test_ecc!(p384, Weak, P384, Ok(P384));
  test_ecc!(p521, Weak, P521, Ok(P521));
  test_ecc!(ed25519, Weak, ED25519, Ok(ED25519));
  test_ecc!(ed488, Weak, ED448, Ok(ED448));
  test_ecc!(x25519, Weak, X25519, Ok(ED25519));
  test_ecc!(x448, Weak, X448, Ok(ED448));
  test_ecc!(brainpoolp224r1, Weak, BRAINPOOLP224R1, Ok(P224));
  test_ecc!(brainpoolp256r1, Weak, BRAINPOOLP256R1, Ok(ED25519));
  test_ecc!(brainpoolp320r1, Weak, BRAINPOOLP320R1, Ok(BRAINPOOLP320R1));
  test_ecc!(brainpoolp384r1, Weak, BRAINPOOLP384R1, Ok(P384));
  test_ecc!(brainpoolp512r1, Weak, BRAINPOOLP512R1, Ok(BRAINPOOLP512R1));
  test_ecc!(secp256k1, Weak, SECP256K1, Ok(ED25519));

test_ffc!(ffc_1024_160, Weak, DSA_1024_160, Ok(DSA_1024_160));
  test_ffc!(ffc_2048_224, Weak, DSA_2048_224, Ok(DSA_2048_224));
  test_ffc!(ffc_3072_256, Weak, DSA_3072_256, Ok(DSA_3072_256));
  test_ffc!(ffc_7680_384, Weak, DSA_7680_384, Ok(DSA_7680_384));
  test_ffc!(ffc_15360_512, Weak, DSA_15360_512, Ok(DSA_15360_512));

test_ifc!(ifc_1024, Weak, RSA_PSS_1024, Ok(RSA_PSS_1024));
  test_ifc!(ifc_1280, Weak, RSA_PSS_1280, Ok(RSA_PSS_1024));
  test_ifc!(ifc_1536, Weak, RSA_PSS_1536, Ok(RSA_PSS_1024));
  test_ifc!(ifc_2048, Weak, RSA_PSS_2048, Ok(RSA_PSS_2048));
  test_ifc!(ifc_3072, Weak, RSA_PSS_3072, Ok(RSA_PSS_3072));
  test_ifc!(ifc_4096, Weak, RSA_PSS_4096, Ok(RSA_PSS_3072));
  test_ifc!(ifc_7680, Weak, RSA_PSS_7680, Ok(RSA_PSS_7680));
  test_ifc!(ifc_8192, Weak, RSA_PSS_8192, Ok(RSA_PSS_7680));
  test_ifc!(ifc_15360, Weak, RSA_PSS_15360, Ok(RSA_PSS_15360));

test_hash!(blake_224, Weak, BLAKE_224, Ok(SHA224));
  test_hash!(blake_256, Weak, BLAKE_256, Ok(BLAKE3));
  test_hash!(blake_384, Weak, BLAKE_384, Ok(BLAKE2B_384));
  test_hash!(blake_512, Weak, BLAKE_512, Ok(BLAKE2B_512));
  test_hash!(blake2b_256, Weak, BLAKE2B_256, Ok(BLAKE3));
  test_hash!(blake2b_384, Weak, BLAKE2B_384, Ok(BLAKE2B_384));
  test_hash!(blake2b_512, Weak, BLAKE2B_512, Ok(BLAKE2B_512));
  test_hash!(blake2s_256, Weak, BLAKE2S_256, Ok(BLAKE3));
  test_hash!(md4, Weak, MD4, Ok(SHAKE128));
  test_hash!(md5, Weak, MD5, Ok(SHAKE128));
  test_hash!(ripemd160, Weak, RIPEMD160, Ok(SHA1));
  test_hash!(sha1, Weak, SHA1, Ok(SHA1));
  test_hash!(sha224, Weak, SHA224, Ok(SHA224));
  test_hash!(sha256, Weak, SHA256, Ok(BLAKE3));
  test_hash!(sha384, Weak, SHA384, Ok(BLAKE2B_384));
  test_hash!(sha3_224, Weak, SHA3_224, Ok(SHA224));
  test_hash!(sha3_256, Weak, SHA3_256, Ok(BLAKE3));
  test_hash!(sha3_384, Weak, SHA3_384, Ok(BLAKE2B_384));
  test_hash!(sha3_512, Weak, SHA3_512, Ok(BLAKE2B_512));
  test_hash!(sha512, Weak, SHA512, Ok(BLAKE2B_512));
  test_hash!(sha512_224, Weak, SHA512_224, Ok(SHA224));
  test_hash!(sha512_256, Weak, SHA512_256, Ok(BLAKE3));
  test_hash!(shake128, Weak, SHAKE128, Ok(SHAKE128));
  test_hash!(shake256, Weak, SHAKE256, Ok(BLAKE3));
  test_hash!(whirlpool, Weak, WHIRLPOOL, Ok(BLAKE2B_512));

test_symmetric!(aes128, Weak, AES128, Ok(AES128));
  test_symmetric!(aes192, Weak, AES192, Ok(AES192));
  test_symmetric!(aes256, Weak, AES256, Ok(AES256));
  test_symmetric!(camellia128, Weak, CAMELLIA128, Ok(AES128));
  test_symmetric!(camellia192, Weak, CAMELLIA192, Ok(AES192));
  test_symmetric!(camellia256, Weak, CAMELLIA256, Ok(AES256));
  test_symmetric!(des, Weak, DES, Err(TDEA2));
  test_symmetric!(desx, Weak, DESX, Ok(DESX));
  test_symmetric!(idea, Weak, IDEA, Ok(IDEA));
  test_symmetric!(serpent128, Weak, SERPENT128, Ok(AES128));
  test_symmetric!(serpent192, Weak, SERPENT192, Ok(AES192));
  test_symmetric!(serpent256, Weak, SERPENT256, Ok(AES256));
  test_symmetric!(three_key_tdea, Weak, TDEA3, Ok(TDEA3));
  test_symmetric!(two_key_tdea, Weak, TDEA2, Ok(TDEA2));
}
07070100000098000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000003500000000wardstone-0.2.0~0/crates/core/src/standard/utilities07070100000099000081A40000000000000000000000016537CEF400000011000000000000000000000000000000000000003800000000wardstone-0.2.0~0/crates/core/src/standard/utilities.rspub mod testing;
0707010000009A000081A40000000000000000000000016537CEF40000081D000000000000000000000000000000000000004000000000wardstone-0.2.0~0/crates/core/src/standard/utilities/testing.rs//! Testing utilities.

/// Expands a unit test for an elliptic curve primitive.
#[macro_export]
macro_rules! test_ecc {
  ($name:ident, $standard:ident, $input:expr, $want:expr) => {
    #[test]
    fn $name() {
      use $crate::context::Context;
      let ctx = Context::default();
      assert_eq!($standard::validate_ecc(ctx, $input), $want);
    }
  };
}

/// Expands a unit test for finite field primitive.
#[macro_export]
macro_rules! test_ffc {
  ($name:ident, $standard:ident, $input:expr, $want:expr) => {
    #[test]
    fn $name() {
      use $crate::context::Context;
      let ctx = Context::default();
      assert_eq!($standard::validate_ffc(ctx, $input), $want);
    }
  };
}

/// Expands a unit test an integer factorisation primitive.
#[macro_export]
macro_rules! test_ifc {
  ($name:ident, $standard:ident, $input:expr, $want:expr) => {
    #[test]
    fn $name() {
      use $crate::context::Context;
      let ctx = Context::default();
      assert_eq!($standard::validate_ifc(ctx, $input), $want);
    }
  };
}

/// Expands a unit test for a hash function primitive.
#[macro_export]
macro_rules! test_hash {
  ($name:ident, $standard:ident, $input:expr, $want:expr) => {
    #[test]
    fn $name() {
      use $crate::context::Context;
      let ctx = Context::default();
      assert_eq!($standard::validate_hash(ctx, $input), $want);
    }
  };
}

/// Expands a unit test for a hash function based primitive.
#[macro_export]
macro_rules! test_hash_based {
  ($name:ident, $standard:ident, $input:expr, $want:expr) => {
    #[test]
    fn $name() {
      use $crate::context::Context;
      let ctx = Context::default();
      assert_eq!($standard::validate_hash_based(ctx, $input), $want);
    }
  };
}

/// Expands a unit test for a symmetric key primitive.
#[macro_export]
macro_rules! test_symmetric {
  ($name:ident, $standard:ident, $input:expr, $want:expr) => {
    #[test]
    fn $name() {
      use $crate::context::Context;
      let ctx = Context::default();
      assert_eq!($standard::validate_symmetric(ctx, $input), $want);
    }
  };
}
0707010000009B000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000001D00000000wardstone-0.2.0~0/crates/ffi0707010000009C000081A40000000000000000000000016537CEF4000000E3000000000000000000000000000000000000002800000000wardstone-0.2.0~0/crates/ffi/Cargo.toml[package]
name = "wardstone_ffi"
version = "0.2.0"
edition = "2021"

[lib]
name = "wardstone"
crate-type = ["cdylib", "staticlib"]

[dependencies]
wardstone_core = { path = "../core" }

[build-dependencies]
cbindgen = "0.26.0"
0707010000009D000081A40000000000000000000000016537CEF400000489000000000000000000000000000000000000002700000000wardstone-0.2.0~0/crates/ffi/README.md# Wardstone FFI

The `wardstone_ffi` library contains a subset of the [`wardstone_core`](../core/) functionality. It's main purpose is to expose a C API that can be used to interface with other programming languages that support it.

It uses [`cbindgen`](https://github.com/mozilla/cbindgen) to generate C/C++ headers and dynamic and static libraries that can be found in the `target` directory after building the crate.

The following is a C example that illustrates how this API can be called from other programming languages:

```c
#include "wardstone.h"
#include <assert.h>
#include <stdbool.h>
#include <stdint.h>
#include <string.h>

See the [`examples`](/examples/ffi/) directory for more details about how to compile and run this code.
0707010000009E000081A40000000000000000000000016537CEF4000003AF000000000000000000000000000000000000002600000000wardstone-0.2.0~0/crates/ffi/build.rsextern crate cbindgen;

use std::env;
use std::path::Path;

fn main() {
  let crate_dir = env::var("CARGO_MANIFEST_DIR").unwrap();
  let target_dir = Path::new("../../target");
  let header = target_dir.join("wardstone.h");
  cbindgen::Builder::new()
    .rename_item("Context", "ws_context")
    .rename_item("Ecc", "ws_ecc")
    .rename_item("Ffc", "ws_ffc")
    .rename_item("Hash", "ws_hash")
    .rename_item("Ifc", "ws_ifc")
    .rename_item("Security", "ws_security")
    .rename_item("Symmetric", "ws_symmetric")
    .with_cpp_compat(true)
    .with_crate(crate_dir)
    .with_parse_deps(true)
    .with_parse_include(&["wardstone_core"])
    .with_header("/* Code generated by cbindgen. DO NOT EDIT. */")
    .with_include_guard("WARDSTONE_H_")
    .with_language(cbindgen::Language::C)
    .with_no_includes()
    .with_sys_include("stdint.h")
    .generate()
    .expect("Unable to generate bindings")
    .write_to_file(header);
}
0707010000009F000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000002100000000wardstone-0.2.0~0/crates/ffi/src070701000000A0000081A40000000000000000000000016537CEF400000153000000000000000000000000000000000000002C00000000wardstone-0.2.0~0/crates/ffi/src/context.rs//! Specifies the context in which a cryptographic primitive will be
//! assessed against.
use wardstone_core::context::Context;

/// Creates a context which will default to the year 2023 and will use
/// the minimum security defined by the standard.
#[no_mangle]
pub extern "C" fn ws_context_default() -> Context {
  Context::default()
}
070701000000A1000081A40000000000000000000000016537CEF4000004E5000000000000000000000000000000000000002800000000wardstone-0.2.0~0/crates/ffi/src/lib.rs//! # Wardstone FFI
//!
//! The `wardstone_ffi` library contains a subset of the
//! `wardstone_core` functionality. It's main purpose is to expose a C
//! API that can be used to interface with other programming languages
//! that support it.
//!
//! It uses [`cbindgen`] to generate C/C++ headers and dynamic and
//! static libraries that can be found in the `target` directory after
//! building the crate.
//!
//! The following is a C example that illustrates how this API can be
//! used from other programming languages:
//!
//! ```c
//! #include "wardstone.h"
//! #include <assert.h>
//! #include <stdbool.h>
//! #include <stdint.h>
//! #include <string.h>
//!
//! int main(void) {
//!   struct ws_hash got;
//!   memset(&got, 0, sizeof(struct ws_hash));
//!   struct ws_hash want = WS_SHA224;
//!   struct ws_context ctx = ws_context_default();
//!   assert(ws_nist_validate_hash(ctx, WS_SHA1, &got) == false && "SHA1 should fail");
//!   assert(got.id == want.id && "unexpected hash function recommendation");
//!   assert(ws_nist_validate_hash(ctx, WS_SHA256, NULL) == true && "SHA256 should pass");
//! }
//! ```
//!
//! [`cbindgen`]: https://github.com/mozilla/cbindgen
pub mod context;
pub mod primitives;
pub mod standards;
mod utilities;
070701000000A2000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000002C00000000wardstone-0.2.0~0/crates/ffi/src/primitives070701000000A3000081A40000000000000000000000016537CEF40000009D000000000000000000000000000000000000002F00000000wardstone-0.2.0~0/crates/ffi/src/primitives.rs//! Submodules that contain common cryptographic primitives and their
//! instances.
pub mod ecc;
pub mod ffc;
pub mod hash;
pub mod ifc;
pub mod symmetric;
070701000000A4000081A40000000000000000000000016537CEF40000480E000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/ffi/src/primitives/ecc.rs//! Specifies a set of commonly used elliptic curve cryptography
//! instances.
use wardstone_core::primitive::ecc::*;

/// Represents the Weierstrass curve B-163 over a prime field. Also
/// known as sect163r2.
#[no_mangle]
pub static WS_B163: Ecc = B163;

/// Represents the Weierstrass curve B-223 over a prime field. Also
/// known as sect233r1 and wap-wsg-idm-ecid-wtls11.
#[no_mangle]
pub static WS_B233: Ecc = B233;

/// Represents the Weierstrass curve B-283 over a prime field. Also
/// known as sect283r1.
#[no_mangle]
pub static WS_B283: Ecc = B283;

/// Represents the Weierstrass curve B-409 over a prime field. Also
/// known as sect409r1.
#[no_mangle]
pub static WS_B409: Ecc = B409;

/// Represents the Weierstrass curve B-571 over a prime field. Also
/// known as sect571r1.
#[no_mangle]
pub static WS_B571: Ecc = B571;

/// Represents the curve brainpoolP160r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP160R1: Ecc = BRAINPOOLP160R1;

/// Represents the curve brainpoolP160t1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP160T1: Ecc = BRAINPOOLP160T1;

/// Represents the curve brainpoolP160r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP192R1: Ecc = BRAINPOOLP192R1;

/// Represents the curve brainpoolP160r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP192T1: Ecc = BRAINPOOLP192T1;

/// Represents the curve brainpoolP224r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP224R1: Ecc = BRAINPOOLP224R1;

/// Represents the curve brainpoolP224r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP224T1: Ecc = BRAINPOOLP224T1;

/// Represents the curve brainpoolP256r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP256R1: Ecc = BRAINPOOLP256R1;

/// Represents the curve brainpoolP256r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP256T1: Ecc = BRAINPOOLP256T1;

/// Represents the curve brainpoolP320r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP320R1: Ecc = BRAINPOOLP320R1;

/// Represents the curve brainpoolP320r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP320T1: Ecc = BRAINPOOLP320T1;

/// Represents the curve brainpoolP384r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP384R1: Ecc = BRAINPOOLP384R1;

/// Represents the curve brainpoolP384r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP384T1: Ecc = BRAINPOOLP384T1;

/// Represents the curve brainpoolP512r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP512R1: Ecc = BRAINPOOLP512R1;

/// Represents the curve brainpoolP512r1 specified in [RFC 5639].
///
/// [RFC 5639]: https://datatracker.ietf.org/doc/rfc5639
#[no_mangle]
pub static WS_BRAINPOOLP512T1: Ecc = BRAINPOOLP512T1;

/// Represents the c2pnb163v1 curve as specified in ANSI x9.62. Also
/// known as wap-wsg-idm-ecid-wtls5.
#[no_mangle]
pub static WS_C2PNB163V1: Ecc = C2PNB163V1;

/// Represents the c2pnb163v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2PNB163V2: Ecc = C2PNB163V2;

/// Represents the c2pnb163v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2PNB163V3: Ecc = C2PNB163V3;

/// Represents the c2pnb176v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2PNB176V1: Ecc = C2PNB176V1;

/// Represents the c2pnb208w1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2PNB208W1: Ecc = C2PNB208W1;

/// Represents the c2pnb272w1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2PNB272W1: Ecc = C2PNB272W1;

/// Represents the c2pnb304w1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2PNB304W1: Ecc = C2PNB304W1;

/// Represents the c2pnb368w1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2PNB368W1: Ecc = C2PNB368W1;
/// Represents the c2tnb191v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2TNB191V1: Ecc = C2TNB191V1;

/// Represents the c2tnb191v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2TNB191V2: Ecc = C2TNB191V2;

/// Represents the c2tnb191v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2TNB191V3: Ecc = C2TNB191V3;

/// Represents the c2tnb239v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2TNB239V1: Ecc = C2TNB239V1;

/// Represents the c2tnb239v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2TNB239V2: Ecc = C2TNB239V2;

/// Represents the c2tnb239v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2TNB239V3: Ecc = C2TNB239V3;

/// Represents the c2tnb359v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2TNB359V1: Ecc = C2TNB359V1;

/// Represents the c2tnb431r1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_C2TNB431R1: Ecc = C2TNB431R1;

/// Represents the Weierstrass curve K-163 over a prime field. Also
/// known as wap-wsg-idm-ecid-wtls3.
#[no_mangle]
pub static WS_K163: Ecc = K163;

/// Represents the Weierstrass curve K-223 over a prime field. Also
/// known as wap-wsg-idm-ecid-wtls10.
#[no_mangle]
pub static WS_K233: Ecc = K233;

/// Represents the Weierstrass curve K-409 over a prime field.
#[no_mangle]
pub static WS_K409: Ecc = K409;

/// Represents the Weierstrass curve K-571 over a prime field.
#[no_mangle]
pub static WS_K571: Ecc = K571;

/// Represents the Weierstrass curve P-192 over a prime field. Also
/// known as prime192v1 and secp192r1.
#[no_mangle]
pub static WS_P192: Ecc = P192;

/// Represents the Weierstrass curve P-224 over a prime field. Also
/// known as secp224r1.
#[no_mangle]
pub static WS_P224: Ecc = P224;

/// Represents the Weierstrass curve P-256 over a prime field. Also
/// known as secp256r1.
#[no_mangle]
pub static WS_P256: Ecc = P256;

/// Represents the Weierstrass curve P-384 over a prime field. Also
/// known as secp384r1.
#[no_mangle]
pub static WS_P384: Ecc = P384;

/// Represents the Weierstrass curve P-521 over a prime field. Also
/// known as secp521r1.
#[no_mangle]
pub static WS_P521: Ecc = P521;

/// Represents the prime192v1 curve as specified in ANSI x9.62. Also
/// known as secp192r1 and P-192.
#[no_mangle]
pub static WS_PRIME192V1: Ecc = PRIME192V1;

/// Represents the prime192v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_PRIME192V2: Ecc = PRIME192V2;

/// Represents the prime192v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_PRIME192V3: Ecc = PRIME192V3;

/// Represents the prime239v1 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_PRIME239V1: Ecc = PRIME239V1;

/// Represents the prime239v2 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_PRIME239V2: Ecc = PRIME239V2;

/// Represents the prime239v3 curve as specified in ANSI x9.62.
#[no_mangle]
pub static WS_PRIME239V3: Ecc = PRIME239V3;

/// Represents the prime256v1 curve as specified in ANSI x9.62. Also
/// known as P-256 and secp256r1.
#[no_mangle]
pub static WS_PRIME256V1: Ecc = PRIME256V1;

/// Represents the secp112r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static WS_SECP112R2: Ecc = SECP112R2;

/// Represents the secp128r1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static WS_SECP128R1: Ecc = SECP128R1;

/// Represents the secp128r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static WS_SECP128R2: Ecc = SECP128R2;

/// Represents the secp160r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static WS_SECP160R2: Ecc = SECP160R2;

/// Represents the secp192r1 curve as defined in [SEC 2]. Also known as
/// prime192v1 and P-192.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECP192R1: Ecc = SECP192R1;

/// Represents the secp192k1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECP192K1: Ecc = SECP192K1;

/// Represents the secp224r1 curve as defined in [SEC 2]. Also known as
/// P-224 and wap-wsg-idm-ecid-wtls12.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECP224R1: Ecc = SECP224R1;

/// Represents the secp224k1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECP224K1: Ecc = SECP224K1;

/// Represents the curve secp256k1 specified in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECP256K1: Ecc = SECP256K1;

/// Represents the secp256r1 curve as defined in [SEC 2]. Also known as
/// prime256v1 and P-256.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECP256R1: Ecc = SECP256R1;

/// Represents the secp384r1 curve as defined in [SEC 2]. Also known as
/// P-384.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECP384R1: Ecc = SECP384R1;

/// Represents the secp521r1 curve as defined in [SEC 2]. Also known as
/// P-521.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECP521R1: Ecc = SECP521R1;

/// Represents the sect113r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static WS_SECT113R2: Ecc = SECT113R2;

/// Represents the sect131r1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static WS_SECT131R1: Ecc = SECT131R1;

/// Represents the sect131r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/SEC2-Ver-1.0.pdf
#[no_mangle]
pub static WS_SECT131R2: Ecc = SECT131R2;

/// Represents the sect163r1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT163R1: Ecc = SECT163R1;

/// Represents the sect163r2 curve as defined in [SEC 2]. Also known as
/// B-163.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT163R2: Ecc = SECT163R2;

/// Represents the sect193r1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT193R1: Ecc = SECT193R1;

/// Represents the sect193r2 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT193R2: Ecc = SECT193R2;

/// Represents the sect239k1 curve as defined in [SEC 2].
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT239K1: Ecc = SECT239K1;

/// Represents the sect283r1 curve as defined in [SEC 2]. Also known as
/// B-283.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT283R1: Ecc = SECT283R1;

/// Represents the sect409k1 curve as defined in [SEC 2]. Also known as
/// K-409.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT409K1: Ecc = SECT409K1;

/// Represents the sect409r1 curve as defined in [SEC 2]. Also known as
/// B-409.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT409R1: Ecc = SECT409R1;

/// Represents the sect571k1 curve as defined in [SEC 2]. Also known as
/// K-571.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT571K1: Ecc = SECT571K1;

/// Represents the sect571r1 curve as defined in [SEC 2]. Also known as
/// B-571.
///
/// [SEC 2]: https://www.secg.org/sec2-v2.pdf
#[no_mangle]
pub static WS_SECT571R1: Ecc = SECT571R1;

/// Represents the X25519 algorithm as it appears in [RFC 7748].
///
/// [RFC 7748]: https://datatracker.ietf.org/doc/html/rfc7748
#[no_mangle]
pub static WS_X25519: Ecc = X25519;

/// Represents the X448 algorithm as it appears in [RFC 7748].
///
/// [RFC 7748]: https://datatracker.ietf.org/doc/html/rfc7748
#[no_mangle]
pub static WS_X448: Ecc = X448;

/// Generic instance that represents a choice of f = 224 for an elliptic
/// curve primitive.
#[no_mangle]
pub static WS_ECC_224: Ecc = ECC_224;

/// Generic instance that represents a choice of f = 256 for an elliptic
/// curve primitive.
#[no_mangle]
pub static WS_ECC_256: Ecc = ECC_256;

/// Generic instance that represents a choice of f = 384 for an elliptic
/// curve primitive.
#[no_mangle]
pub static WS_ECC_384: Ecc = ECC_384;

/// Generic instance that represents a choice of f = 512 for an elliptic
/// curve primitive.
#[no_mangle]
pub static WS_ECC_512: Ecc = ECC_512;

/// Placeholder for use in where this primitive or the security level it
/// implies is not allowed.
#[no_mangle]
pub static WS_ECC_NOT_ALLOWED: Ecc = ECC_NOT_ALLOWED;
070701000000A5000081A40000000000000000000000016537CEF400000534000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/ffi/src/primitives/ffc.rs//! Specifies a set of commonly used finite field cryptography
//! instances.
use wardstone_core::primitive::ffc::*;

/// Generic instance that represents a choice of L = 1024 and N = 160
/// for a finite field cryptography primitive.
#[no_mangle]
pub static WS_DSA_1024_160: Ffc = DSA_1024_160;

/// Generic instance that represents a choice of L = 2048 and N = 224
/// for a finite field cryptography primitive.
#[no_mangle]
pub static WS_DSA_2048_224: Ffc = DSA_2048_224;

/// Generic instance that represents a choice of L = 2048 and N = 256
/// for a finite field cryptography primitive.
#[no_mangle]
pub static WS_DSA_2048_256: Ffc = DSA_2048_256;

/// Generic instance that represents a choice of L = 3072 and N = 256
/// for a finite field cryptography primitive.
#[no_mangle]
pub static WS_DSA_3072_256: Ffc = DSA_3072_256;

/// Generic instance that represents a choice of L = 7680 and N = 384
/// for a finite field cryptography primitive.
#[no_mangle]
pub static WS_DSA_7680_384: Ffc = DSA_7680_384;

/// Generic instance that represents a choice of L = 15360 and N = 512
/// for a finite field cryptography primitive.
#[no_mangle]
pub static WS_DSA_15360_512: Ffc = DSA_15360_512;

/// Placeholder for use in where this primitive is not supported.
#[no_mangle]
pub static WS_FFC_NOT_SUPPORTED: Ffc = FFC_NOT_SUPPORTED;
070701000000A6000081A40000000000000000000000016537CEF40000136D000000000000000000000000000000000000003400000000wardstone-0.2.0~0/crates/ffi/src/primitives/hash.rs//! Specifies a hash or hash-based cryptography primitive and a set of
//! commonly used instances.
use wardstone_core::primitive::hash::*;

/// The BLAKE-224 hash function.
#[no_mangle]
pub static WS_BLAKE_224: Hash = BLAKE_224;

/// The BLAKE-256 hash function.
#[no_mangle]
pub static WS_BLAKE_256: Hash = BLAKE_256;

/// The BLAKE-384 hash function.
#[no_mangle]
pub static WS_BLAKE_384: Hash = BLAKE_384;

/// The BLAKE-512 hash function.
#[no_mangle]
pub static WS_BLAKE_512: Hash = BLAKE_512;

/// The BLAKE2b hash function as defined in [RFC 7693].
///
/// [RFC 7693]: https://www.rfc-editor.org/rfc/rfc7693.html
#[no_mangle]
pub static WS_BLAKE2B_256: Hash = BLAKE2B_256;

/// The BLAKE2b hash function as defined in [RFC 7693].
///
/// [RFC 7693]: https://www.rfc-editor.org/rfc/rfc7693.html
#[no_mangle]
pub static WS_BLAKE2B_384: Hash = BLAKE2B_384;

/// The BLAKE2b hash function as defined in [RFC 7693].
///
/// [RFC 7693]: https://www.rfc-editor.org/rfc/rfc7693.html
#[no_mangle]
pub static WS_BLAKE2B_512: Hash = BLAKE2B_512;

/// The BLAKE2s hash function as defined in [RFC 7693].
///
/// [RFC 7693]: https://www.rfc-editor.org/rfc/rfc7693.html
#[no_mangle]
pub static WS_BLAKE2S_256: Hash = BLAKE2S_256;

/// The BLAKE3 hash function.
#[no_mangle]
pub static WS_BLAKE3: Hash = BLAKE3;

/// The SHA224 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static WS_SHA224: Hash = SHA224;

/// The SHA256 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static WS_SHA256: Hash = SHA256;

/// The SHA384 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static WS_SHA384: Hash = SHA384;

/// The SHA3-224 hash function as defined in [FIPS 202].
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static WS_SHA3_224: Hash = SHA3_224;

/// The SHA3-256 hash function as defined in [FIPS 202].
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static WS_SHA3_256: Hash = SHA3_256;

/// The SHA3-384 hash function as defined in [FIPS 202].
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static WS_SHA3_384: Hash = SHA3_384;

/// The SHA3-512 hash function as defined in [FIPS 202].
///
/// [FIPS 202]: https://doi.org/10.6028/NIST.FIPS.202
#[no_mangle]
pub static WS_SHA3_512: Hash = SHA3_512;

/// The SHA512 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static WS_SHA512: Hash = SHA512;

/// The SHA512/224 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static WS_SHA512_224: Hash = SHA512_224;

/// The SHA512/256 hash function as defined in [FIPS 180-4].
///
/// [FIPS 180-4]: https://doi.org/10.6028/NIST.FIPS.180-4
#[no_mangle]
pub static WS_SHA512_256: Hash = SHA512_256;

/// The WHIRLPOOL hash function as defined in ISO/IEC 10118-3.
#[no_mangle]
pub static WS_WHIRLPOOL: Hash = WHIRLPOOL;
070701000000A7000081A40000000000000000000000016537CEF400000B82000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/ffi/src/primitives/ifc.rs//! Specifies a integer factorisation cryptography primitive and a set
//! of commonly used instances.
use wardstone_core::primitive::ifc::*;

/// 1024-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PKCS1_1024: Ifc = RSA_PKCS1_1024;

/// 1536-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PKCS1_1536: Ifc = RSA_PKCS1_1536;

/// 2048-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PKCS1_2048: Ifc = RSA_PKCS1_2048;

/// 3072-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PKCS1_3072: Ifc = RSA_PKCS1_3072;

/// 4096-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PKCS1_4096: Ifc = RSA_PKCS1_4096;

/// 7680-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PKCS1_7680: Ifc = RSA_PKCS1_7680;

/// 8192-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PKCS1_8192: Ifc = RSA_PKCS1_8192;

/// 15360-bit RSA with PKCS #1 v1.5 padding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PKCS1_15360: Ifc = RSA_PKCS1_15360;

/// 1024-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PSS_1024: Ifc = RSA_PSS_1024;

/// 1280-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PSS_1280: Ifc = RSA_PSS_1280;

/// 1536-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PSS_1536: Ifc = RSA_PSS_1536;

/// 2048-bit RSA with PSS encoding as defined in RFC 8446..
#[no_mangle]
pub static WS_RSA_PSS_2048: Ifc = RSA_PSS_2048;

/// 3072-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PSS_3072: Ifc = RSA_PSS_3072;

/// 4096-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PSS_4096: Ifc = RSA_PSS_4096;

/// 7680-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PSS_7680: Ifc = RSA_PSS_7680;

/// 7680-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PSS_8192: Ifc = RSA_PSS_8192;

/// 15360-bit RSA with PSS encoding as defined in RFC 8446.
#[no_mangle]
pub static WS_RSA_PSS_15360: Ifc = RSA_PSS_15360;

/// Placeholder for use in where this primitive is not allowed.
#[no_mangle]
pub static WS_IFC_NOT_ALLOWED: Ifc = IFC_NOT_ALLOWED;
070701000000A8000081A40000000000000000000000016537CEF4000008DC000000000000000000000000000000000000003900000000wardstone-0.2.0~0/crates/ffi/src/primitives/symmetric.rs//! Specifies a symmetric key cryptography primitive and a set of
//! commonly used instances.
use wardstone_core::primitive::symmetric::*;

/// The Advanced Encryption Standard algorithm as defined in [FIPS 197].
///
/// [FIPS 197]: https://doi.org/10.6028/NIST.FIPS.197
#[no_mangle]
pub static WS_AES128: Symmetric = AES128;

/// The Advanced Encryption Standard algorithm as defined in [FIPS 197].
///
/// [FIPS 197]: https://doi.org/10.6028/NIST.FIPS.197
#[no_mangle]
pub static WS_AES192: Symmetric = AES192;

/// The Advanced Encryption Standard algorithm as defined in [FIPS 197].
///
/// [FIPS 197]: https://doi.org/10.6028/NIST.FIPS.197
#[no_mangle]
pub static WS_AES256: Symmetric = AES256;

/// The Camellia encryption algorithm as defined in [RFC 3713].
///
/// [RFC 3713]: https://datatracker.ietf.org/doc/html/rfc3713
#[no_mangle]
pub static WS_CAMELLIA128: Symmetric = CAMELLIA128;

/// The Camellia encryption algorithm as defined in [RFC 3713].
///
/// [RFC 3713]: https://datatracker.ietf.org/doc/html/rfc3713
#[no_mangle]
pub static WS_CAMELLIA192: Symmetric = CAMELLIA192;

/// The Camellia encryption algorithm as defined in [RFC 3713].
///
/// [RFC 3713]: https://datatracker.ietf.org/doc/html/rfc3713
#[no_mangle]
pub static WS_CAMELLIA256: Symmetric = CAMELLIA256;

/// The Data Encryption Standard algorithm.
#[no_mangle]
pub static WS_DES: Symmetric = DES;

/// The DES-X encryption algorithm.
#[no_mangle]
pub static WS_DESX: Symmetric = DESX;

/// The International Data Encryption algorithm.
#[no_mangle]
pub static WS_IDEA: Symmetric = IDEA;

/// The Serpent encryption algorithm.
#[no_mangle]
pub static WS_SERPENT128: Symmetric = SERPENT128;

/// The Serpent encryption algorithm.
#[no_mangle]
pub static WS_SERPENT192: Symmetric = SERPENT192;

/// The Serpent encryption algorithm.
#[no_mangle]
pub static WS_SERPENT256: Symmetric = SERPENT256;

/// The two-key Triple Data Encryption Algorithm as defined in
/// [SP800-67].
///
/// [SP800-67]: https://doi.org/10.6028/NIST.SP.800-67r2
#[no_mangle]
pub static WS_TDEA2: Symmetric = TDEA2;

/// The three-key Triple Data Encryption Algorithm as defined in
/// [SP800-67].
///
/// [SP800-67]: https://doi.org/10.6028/NIST.SP.800-67r2
#[no_mangle]
pub static WS_TDEA3: Symmetric = TDEA3;
070701000000A9000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000002B00000000wardstone-0.2.0~0/crates/ffi/src/standards070701000000AA000081A40000000000000000000000016537CEF4000002B7000000000000000000000000000000000000002E00000000wardstone-0.2.0~0/crates/ffi/src/standards.rs//! Submodules that validate cryptographic primitives according to
//! selected standards and research publications.
//!
//! # Safety
//!
//! This module contains functions that use raw pointers as arguments
//! for reading and writing data. However, this is only for the C API
//! that is exposed to interact with safe Rust equivalents. The C API is
//! essentially a wrapper around the Rust function to maintain
//! consistency with existing conventions.
//!
//! Checks against null dereferences are made in which the function will
//! return `-1` if the argument is required.pub mod bsi;
pub mod bsi;
pub mod cnsa;
pub mod ecrypt;
pub mod lenstra;
pub mod nist;
pub mod strong;
pub mod weak;
070701000000AB000081A40000000000000000000000016537CEF400002122000000000000000000000000000000000000003200000000wardstone-0.2.0~0/crates/ffi/src/standards/bsi.rs//! Validate cryptographic primitives against the [BSI TR-02102-1
//! Cryptographic Mechanisms: Recommendations and Key Lengths] technical
//! guide.
//!
//! [BSI TR-02102-1 Cryptographic Mechanisms: Recommendations and Key Lengths]: https://www.bsi.bund.de/SharedDocs/Downloads/EN/BSI/Publications/TechGuidelines/TG02102/BSI-TR-02102-1.html
use std::ffi::c_int;

use wardstone_core::context::Context;
use wardstone_core::primitive::ecc::Ecc;
use wardstone_core::primitive::ffc::Ffc;
use wardstone_core::primitive::hash::Hash;
use wardstone_core::primitive::ifc::Ifc;
use wardstone_core::primitive::symmetric::Symmetric;
use wardstone_core::standard::bsi::Bsi;
use wardstone_core::standard::Standard;

use crate::utilities;

/// Validate an elliptic curve cryptography primitive used for digital
/// signatures and key establishment where f is the key size.
///
/// If the key is not compliant then `ws_ecc*` will contain the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ecc*` will also hold the recommended primitive with the
/// desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** While the guide allows for elliptic curve system
/// parameters "that are provided by a trustworthy authority"
/// (see p. 73), this function conservatively deems any curve that is
/// not explicitly stated as non-compliant. This means only the
/// Brainpool curves are considered compliant.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_bsi_validate_ecc(
  ctx: Context,
  key: Ecc,
  alternative: *mut Ecc,
) -> c_int {
  utilities::c_call(Bsi::validate_ecc, ctx, key, alternative)
}

/// Validates a hash function according to page 41 of the guide. The
/// reference is made with regards to applications that require
/// collision resistance such as digital signatures.
///
/// For applications that primarily require pre-image resistance such as
/// message authentication codes (MACs), key derivation functions
/// (KDFs), and random bit generation use `ws_bsi_validate_hash_based`.
///
/// If the hash function is not compliant then
/// `struct ws_hash* alternative` will point to the recommended
/// primitive that one should use instead.
///
/// If the hash function is compliant but the context specifies a higher
/// security level, `struct ws_hash*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Caution:** Unlike the NIST standard, the guide does not make a
/// distinction between security requirements based on usage. For
/// example, collision resistance generally requires twice more the
/// security that one would want if they only cared about pre-image
/// resistance. As a result, this module does not have a corresponding
/// `validate_hash_based` function and the recommendation returned may
/// be overly conservative.
///
/// **Note:** An alternative might be suggested for a compliant hash
/// function with a similar security level in which a switch to the
/// recommended primitive would likely be unwarranted. For example, when
/// evaluating compliance for the `SHA3-256`, a recommendation to use
/// `SHA256` will be made but switching to this as a result is likely
/// unnecessary.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_bsi_validate_hash(
  ctx: Context,
  hash: Hash,
  alternative: *mut Hash,
) -> c_int {
  utilities::c_call(Bsi::validate_hash, ctx, hash, alternative)
}

/// Validates a hash function. The reference is made with regards to
/// applications that primarily require pre-image resistance such as
/// message authentication codes (MACs), key derivation functions
/// (KDFs), and random bit generation.
///
/// For applications that require collision resistance such digital
/// signatures use `ws_bsi_validate_hash`.
///
/// If the hash function is not compliant then
/// `struct ws_hash* alternative` will point to the recommended
/// primitive that one should use instead.
///
/// If the hash function is compliant but the context specifies a higher
/// security level, `struct ws_hash*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** For an HMAC the minimum security required is ≥ 128 (see
/// p. 45) but the minimum digest length for a hash function that can be
/// used with this primitive is 256 (see p. 41). This means any
/// recommendation from this function will be likely too conservative.
///
/// An alternative might also be suggested for a compliant hash
/// functions with a similar security level in which a switch to the
/// recommended primitive would likely be unwarranted. For example, when
/// evaluating compliance for the `SHA3-256`, a recommendation to use
/// `SHA256` will be made but switching to this as a result is likely
/// unnecessary.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_bsi_validate_hash_based(
  ctx: Context,
  hash: Hash,
  alternative: *mut Hash,
) -> c_int {
  utilities::c_call(Bsi::validate_hash_based, ctx, hash, alternative)
}

/// Validates  an integer factorisation cryptography primitive the most
/// common of which is the RSA signature algorithm.
///
/// If the key is not compliant then `ws_ifc*` will point to the
/// recommended key size that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ifc*` will also point to the recommended key size with
/// the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
//
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_bsi_validate_ifc(
  ctx: Context,
  key: Ifc,
  alternative: *mut Ifc,
) -> c_int {
  utilities::c_call(Bsi::validate_ifc, ctx, key, alternative)
}

/// Validates a symmetric key primitive according to pages 24 of the
/// guide.
///
/// If the key is not compliant then `struct ws_symmetric* alternative`
/// will point to the recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_symmetric*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the key is compliant, `0` if it is not,
/// and `-1` if an error occurs as a result of a missing or invalid
/// argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_bsi_validate_symmetric(
  ctx: Context,
  key: Symmetric,
  alternative: *mut Symmetric,
) -> c_int {
  utilities::c_call(Bsi::validate_symmetric, ctx, key, alternative)
}
070701000000AC000081A40000000000000000000000016537CEF4000015A8000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/ffi/src/standards/cnsa.rs//! Validate cryptographic primitives against the Commercial National
//! Security Algorithm Suites, [CNSA 1.0] and [CNSA 2.0].
//!
//! [CNSA 1.0]: https://media.defense.gov/2021/Sep/27/2002862527/-1/-1/0/CNSS%20WORKSHEET.PDF
//! [CNSA 2.0]: https://media.defense.gov/2022/Sep/07/2003071834/-1/-1/0/CSA_CNSA_2.0_ALGORITHMS_.PDF
use std::ffi::c_int;

use crate::utilities;

/// Validate an elliptic curve cryptography primitive used for digital
/// signatures and key establishment.
///
/// If the key is not compliant then `ws_ecc*` will contain the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ecc*` will also hold the recommended primitive with the
/// desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_cnsa_validate_ecc(
  ctx: Context,
  key: Ecc,
  alternative: *mut Ecc,
) -> c_int {
  utilities::c_call(Cnsa::validate_ecc, ctx, key, alternative)
}

/// Validates a finite field cryptography primitive function.
///
/// Examples include the DSA and key establishment algorithms such as
/// Diffie-Hellman and MQV which can also be implemented as such.
///
/// This primitive is not supported by either version of the CNSA
/// guidance.
///
/// If the key is not compliant then `struct ws_ffc*` will point to the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_ffc` will also point to the recommended primitive
/// with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_cnsa_validate_ffc(
  ctx: Context,
  key: Ffc,
  alternative: *mut Ffc,
) -> c_int {
  utilities::c_call(Cnsa::validate_ffc, ctx, key, alternative)
}

/// Validates a hash function.
///
/// Unlike other functions in this module, there is no distinction in
/// security based on the application. As such this module does not have
/// a corresponding `validate_hash_based` function. All hash function
/// and hash based application are assessed by this single function.
///
/// If the hash function is not compliant then
/// `struct ws_hash* alternative` will point to the recommended
/// primitive that one should use instead.
///
/// If the hash function is compliant but the context specifies a higher
/// security level, `struct ws_hash*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_cnsa_validate_hash(
  ctx: Context,
  hash: Hash,
  alternative: *mut Hash,
) -> c_int {
  utilities::c_call(Cnsa::validate_hash, ctx, hash, alternative)
}

/// Validates  an integer factorisation cryptography primitive the most
/// common of which is the RSA signature algorithm.
///
/// If the key is not compliant then `ws_ifc*` will point to the
/// recommended key size that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ifc*` will also point to the recommended key size with
/// the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
//
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_cnsa_validate_ifc(
  ctx: Context,
  key: Ifc,
  alternative: *mut Ifc,
) -> c_int {
  utilities::c_call(Cnsa::validate_ifc, ctx, key, alternative)
}

/// Validates a symmetric key primitive.
///
/// If the key is not compliant then `struct ws_symmetric* alternative`
/// will point to the recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_symmetric*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_cnsa_validate_symmetric(
  ctx: Context,
  key: Symmetric,
  alternative: *mut Symmetric,
) -> c_int {
  utilities::c_call(Cnsa::validate_symmetric, ctx, key, alternative)
}
070701000000AD000081A40000000000000000000000016537CEF400001698000000000000000000000000000000000000003500000000wardstone-0.2.0~0/crates/ffi/src/standards/ecrypt.rs//! Validate cryptographic primitives against the [ECRYPT-CSA D5.4
//! Algorithms, Key Size and Protocols Report].
//!
//! [ECRYPT-CSA D5.4 Algorithms, Key Size and Protocols Report]: https://www.ecrypt.eu.org/csa/documents/D5.4-FinalAlgKeySizeProt.pdf
use std::ffi::c_int;

use crate::utilities;

/// Validate an elliptic curve cryptography primitive used for digital
/// signatures and key establishment where f is the key size according
/// to page 47 of the report.
///
/// If the key is not compliant then `ws_ecc*` will contain the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ecc*` will also hold the recommended primitive with the
/// desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** This will return a generic structure that specifies key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_ecrypt_validate_ecc(
  ctx: Context,
  key: Ecc,
  alternative: *mut Ecc,
) -> c_int {
  utilities::c_call(Ecrypt::validate_ecc, ctx, key, alternative)
}

/// Validates a finite field cryptography primitive according to page 47
/// of the report.
///
/// Examples include the DSA and key establishment algorithms such as
/// Diffie-Hellman.
///
/// If the key is not compliant then `struct ws_ffc*` will point to the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_ffc` will also point to the recommended primitive
/// with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** The choice of security specified in the `Context` is
/// restricted to the values 160, 224, 256, 384, and 512.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_ecrypt_validate_ffc(
  ctx: Context,
  key: Ffc,
  alternative: *mut Ffc,
) -> c_int {
  utilities::c_call(Ecrypt::validate_ffc, ctx, key, alternative)
}

/// Validates a hash function according to pages 40-43 of the report.
///
/// Unlike other functions in this module, there is no distinction in
/// security based on the application. As such this module does not have
/// a corresponding `validate_hash_based` function. All hash function
/// and hash based application are assessed by this single function.
///
/// If the hash function is not compliant then
/// `struct ws_hash* alternative` will point to the recommended
/// primitive that one should use instead.
///
/// If the hash function is compliant but the context specifies a higher
/// security level, `struct ws_hash*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_ecrypt_validate_hash(
  ctx: Context,
  hash: Hash,
  alternative: *mut Hash,
) -> c_int {
  utilities::c_call(Ecrypt::validate_hash, ctx, hash, alternative)
}

/// Validates  an integer factorisation cryptography primitive the most
/// common of which is the RSA signature algorithm according to pages
/// 47-48.
///
/// If the key is not compliant then `ws_ifc*` will point to the
/// recommended key size that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ifc*` will also point to the recommended key size with
/// the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
//
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_ecrypt_validate_ifc(
  ctx: Context,
  key: Ifc,
  alternative: *mut Ifc,
) -> c_int {
  utilities::c_call(Ecrypt::validate_ifc, ctx, key, alternative)
}

/// Validates a symmetric key primitive according to pages 37 to 40 of
/// the report.
///
/// If the key is not compliant then `struct ws_symmetric* alternative`
/// will point to the recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_symmetric*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_ecrypt_validate_symmetric(
  ctx: Context,
  key: Symmetric,
  alternative: *mut Symmetric,
) -> c_int {
  utilities::c_call(Ecrypt::validate_symmetric, ctx, key, alternative)
}
070701000000AE000081A40000000000000000000000016537CEF400001616000000000000000000000000000000000000003600000000wardstone-0.2.0~0/crates/ffi/src/standards/lenstra.rs//! Validate cryptographic primitives against the levels of security
//! mentioned in the paper Key Lengths, Arjen K. Lenstra, The Handbook
//! of Information Security, 06/2004.
use std::ffi::c_int;

use crate::utilities;

/// Validate an elliptic curve cryptography primitive used for digital
/// signatures and key establishment where f is the key size.
///
/// If the key is not compliant then `ws_ecc*` will contain the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ecc*` will also hold the recommended primitive with the
/// desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_lenstra_validate_ecc(
  ctx: Context,
  key: Ecc,
  alternative: *mut Ecc,
) -> c_int {
  utilities::c_call(Lenstra::validate_ecc, ctx, key, alternative)
}

/// Validates a finite field cryptography primitive function examples
/// which include DSA and key establishment algorithms such as
/// Diffie-Hellman and MQV.
///
/// If the key is not compliant then `struct ws_ffc*` will point to the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_ffc` will also point to the recommended primitive
/// with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_lenstra_validate_ffc(
  ctx: Context,
  key: Ffc,
  alternative: *mut Ffc,
) -> c_int {
  utilities::c_call(Lenstra::validate_ffc, ctx, key, alternative)
}

/// Validates a hash function according to page 14 of the paper.
///
/// If the hash function is not compliant then
/// `struct ws_hash* alternative` will point to the recommended
/// primitive that one should use instead.
///
/// If the hash function is compliant but the context specifies a higher
/// security level, `struct ws_hash*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** that this means an alternative might be suggested for a
/// compliant hash functions with a similar security level in which a
/// switch to the recommended primitive would likely be unwarranted. For
/// example, when evaluating compliance for the `SHA3-256`, a
/// recommendation to use `SHA256` will be made but this likely
/// unnecessary.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_lenstra_validate_hash(
  ctx: Context,
  hash: Hash,
  alternative: *mut Hash,
) -> c_int {
  utilities::c_call(Lenstra::validate_hash, ctx, hash, alternative)
}

/// Validates  an integer factorisation cryptography primitive the most
/// common of which is the RSA signature algorithm based on pages 17-25.
///
/// If the key is not compliant then `ws_ifc*` will point to the
/// recommended key size that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ifc*` will also point to the recommended key size with
/// the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
//
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_lenstra_validate_ifc(
  ctx: Context,
  key: Ifc,
  alternative: *mut Ifc,
) -> c_int {
  utilities::c_call(Lenstra::validate_ifc, ctx, key, alternative)
}

/// Validates a symmetric key primitive according to pages 9-12 of the
/// paper.
///
/// If the key is not compliant then `struct ws_symmetric* alternative`
/// will point to the recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_symmetric*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_lenstra_validate_symmetric(
  ctx: Context,
  key: Symmetric,
  alternative: *mut Symmetric,
) -> c_int {
  utilities::c_call(Lenstra::validate_symmetric, ctx, key, alternative)
}
070701000000AF000081A40000000000000000000000016537CEF400001E21000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/ffi/src/standards/nist.rs//! Validate cryptographic primitives against the [NIST Special
//! Publication 800-57 Part 1 Revision 5 standard].
//!
//! [NIST Special Publication 800-57 Part 1 Revision 5 standard]: https://doi.org/10.6028/NIST.SP.800-57pt1r5
use std::ffi::c_int;

use crate::utilities;

/// Validate an elliptic curve cryptography primitive used for digital
/// signatures and key establishment where f is the key size according
/// to page 54-55 of the standard.
///
/// If the key is not compliant then `ws_ecc*` will contain the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ecc*` will also hold the recommended primitive with the
/// desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_nist_validate_ecc(
  ctx: Context,
  key: Ecc,
  alternative: *mut Ecc,
) -> c_int {
  utilities::c_call(Nist::validate_ecc, ctx, key, alternative)
}

/// Validates a finite field cryptography primitive function examples
/// which include DSA and key establishment algorithms such as
/// Diffie-Hellman and MQV according to page 54-55 of the standard.
///
/// If the key is not compliant then `struct ws_ffc*` will point to the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_ffc` will also point to the recommended primitive
/// with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_nist_validate_ffc(
  ctx: Context,
  key: Ffc,
  alternative: *mut Ffc,
) -> c_int {
  utilities::c_call(Nist::validate_ffc, ctx, key, alternative)
}

/// Validates  an integer factorisation cryptography primitive the most
/// common of which is the RSA signature algorithm where k indicates the
/// key size according to page 54-55 of the standard.
///
/// If the key is not compliant then `ws_ifc*` will point to the
/// recommended key size that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ifc*` will also point to the recommended key size with
/// the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
//
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_nist_validate_ifc(
  ctx: Context,
  key: Ifc,
  alternative: *mut Ifc,
) -> c_int {
  utilities::c_call(Nist::validate_ifc, ctx, key, alternative)
}

/// Validates a hash function according to page 56 of the standard. The
/// reference is made with regards to applications that require
/// collision resistance such as digital signatures.
///
/// For applications that primarily require pre-image resistance such as
/// message authentication codes (MACs), key derivation functions
/// (KDFs), and random bit generation use `ws_nist_validate_hash_based`.
///
/// If the hash function is not compliant then
/// `struct ws_hash* alternative` will point to the recommended
/// primitive that one should use instead.
///
/// If the hash function is compliant but the context specifies a higher
/// security level, `struct ws_hash*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** that this means an alternative might be suggested for a
/// compliant hash functions with a similar security level in which a
/// switch to the recommended primitive would likely be unwarranted. For
/// example, when evaluating compliance for the `SHA3-256`, a
/// recommendation to use `SHA256` will be made but this likely
/// unnecessary.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_nist_validate_hash(
  ctx: Context,
  hash: Hash,
  alternative: *mut Hash,
) -> c_int {
  utilities::c_call(Nist::validate_hash, ctx, hash, alternative)
}

/// Validates a hash function according to page 56 of the standard. The
/// reference is made with regards to applications that primarily
/// require pre-image resistance such as message authentication codes
/// (MACs), key derivation functions (KDFs), and random bit generation.
///
/// For applications that require collision resistance such digital
/// signatures use `ws_nist_validate_hash`.
///
/// If the hash function is not compliant then
/// `struct ws_hash* alternative` will point to the recommended
/// primitive that one should use instead.
///
/// If the hash function is compliant but the context specifies a higher
/// security level, `struct ws_hash*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** that this means an alternative might be suggested for a
/// compliant hash functions with a similar security level in which a
/// switch to the recommended primitive would likely be unwarranted. For
/// example, when evaluating compliance for the `SHA3-256`, a
/// recommendation to use `SHA256` will be made but this likely
/// unnecessary.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_nist_validate_hash_based(
  ctx: Context,
  hash: Hash,
  alternative: *mut Hash,
) -> c_int {
  utilities::c_call(Nist::validate_hash_based, ctx, hash, alternative)
}

/// Validates a symmetric key primitive according to pages 54-55 of the
/// standard.
///
/// If the key is not compliant then `struct ws_symmetric* alternative`
/// will point to the recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_symmetric*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_nist_validate_symmetric(
  ctx: Context,
  key: Symmetric,
  alternative: *mut Symmetric,
) -> c_int {
  utilities::c_call(Nist::validate_symmetric, ctx, key, alternative)
}
070701000000B0000081A40000000000000000000000016537CEF4000015EB000000000000000000000000000000000000003500000000wardstone-0.2.0~0/crates/ffi/src/standards/strong.rs//! A mock standard with a minimum security requirement of at least
//! 256-bits.
//!
//! This is the level of security estimated to be enough to resist an
//! attack using Grover's algorithm enabled by quantum computers which
//! as of writing does not appear to be a practical concern. However,
//! bumping the security parameter may not be enough for some signature
//! schemes such as those that use elliptic curves.
use std::ffi::c_int;

use crate::utilities;

/// Validate an elliptic curve cryptography primitive.
///
/// If the key is not compliant then `ws_ecc*` will contain the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ecc*` will also hold the recommended primitive with the
/// desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_strong_validate_ecc(
  ctx: Context,
  key: Ecc,
  alternative: *mut Ecc,
) -> c_int {
  utilities::c_call(Strong::validate_ecc, ctx, key, alternative)
}

/// Validates a finite field cryptography primitive.
///
/// If the key is not compliant then `struct ws_ffc*` will point to the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_ffc` will also point to the recommended primitive
/// with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_strong_validate_ffc(
  ctx: Context,
  key: Ffc,
  alternative: *mut Ffc,
) -> c_int {
  utilities::c_call(Strong::validate_ffc, ctx, key, alternative)
}

/// Validates an integer factorisation cryptography primitive the
/// most common of which is the RSA signature algorithm.
///
/// If the key is not compliant then `ws_ifc*` will point to the
/// recommended key size that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ifc*` will also point to the recommended key size with
/// the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
//
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_strong_validate_ifc(
  ctx: Context,
  key: Ifc,
  alternative: *mut Ifc,
) -> c_int {
  utilities::c_call(Strong::validate_ifc, ctx, key, alternative)
}

/// Validates a hash function.
///
/// If the hash function is not compliant then
/// `struct ws_hash* alternative` will point to the recommended
/// primitive that one should use instead.
///
/// If the hash function is compliant but the context specifies a higher
/// security level, `struct ws_hash*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** that this means an alternative might be suggested for a
/// compliant hash functions with a similar security level in which a
/// switch to the recommended primitive would likely be unwarranted. For
/// example, when evaluating compliance for the `SHA3-256`, a
/// recommendation to use `SHA256` will be made but this likely
/// unnecessary.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_strong_validate_hash(
  ctx: Context,
  hash: Hash,
  alternative: *mut Hash,
) -> c_int {
  utilities::c_call(Strong::validate_hash, ctx, hash, alternative)
}

/// Validates a symmetric key primitive.
///
/// If the key is not compliant then `struct ws_symmetric* alternative`
/// will point to the recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_symmetric*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_strong_validate_symmetric(
  ctx: Context,
  key: Symmetric,
  alternative: *mut Symmetric,
) -> c_int {
  utilities::c_call(Strong::validate_symmetric, ctx, key, alternative)
}
070701000000B1000081A40000000000000000000000016537CEF40000156F000000000000000000000000000000000000003300000000wardstone-0.2.0~0/crates/ffi/src/standards/weak.rs//! A mock standard with a minimum security requirement of at least
//! 64-bits.
//!
//! **Caution:** This might return recommendations for primitives that
//! are considered unsafe when used in some applications such as MD5 and
//! SHA1. For secure applications use any of the other standards defined
//! in this crate.
use std::ffi::c_int;

use crate::utilities;

/// Validate an elliptic curve cryptography primitive.
///
/// If the key is not compliant then `ws_ecc*` will contain the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ecc*` will also hold the recommended primitive with the
/// desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_weak_validate_ecc(
  ctx: Context,
  key: Ecc,
  alternative: *mut Ecc,
) -> c_int {
  utilities::c_call(Weak::validate_ecc, ctx, key, alternative)
}

/// Validates a finite field cryptography primitive.
///
/// If the key is not compliant then `struct ws_ffc*` will point to the
/// recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_ffc` will also point to the recommended primitive
/// with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_weak_validate_ffc(
  ctx: Context,
  key: Ffc,
  alternative: *mut Ffc,
) -> c_int {
  utilities::c_call(Weak::validate_ffc, ctx, key, alternative)
}

/// Validates an integer factorisation cryptography primitive the
/// most common of which is the RSA signature algorithm.
///
/// If the key is not compliant then `ws_ifc*` will point to the
/// recommended key size that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `ws_ifc*` will also point to the recommended key size with
/// the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
//
/// **Note:** Unlike other functions in this module, this will return a
/// generic structure that specifies minimum private and public key
/// sizes.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_weak_validate_ifc(
  ctx: Context,
  key: Ifc,
  alternative: *mut Ifc,
) -> c_int {
  utilities::c_call(Weak::validate_ifc, ctx, key, alternative)
}

/// Validates a hash function.
///
/// If the hash function is not compliant then
/// `struct ws_hash* alternative` will point to the recommended
/// primitive that one should use instead.
///
/// If the hash function is compliant but the context specifies a higher
/// security level, `struct ws_hash*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// **Note:** that this means an alternative might be suggested for a
/// compliant hash functions with a similar security level in which a
/// switch to the recommended primitive would likely be unwarranted. For
/// example, when evaluating compliance for the `SHA3-256`, a
/// recommendation to use `SHA256` will be made but this likely
/// unnecessary.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_weak_validate_hash(
  ctx: Context,
  hash: Hash,
  alternative: *mut Hash,
) -> c_int {
  utilities::c_call(Weak::validate_hash, ctx, hash, alternative)
}

/// Validates a symmetric key primitive.
///
/// If the key is not compliant then `struct ws_symmetric* alternative`
/// will point to the recommended primitive that one should use instead.
///
/// If the key is compliant but the context specifies a higher security
/// level, `struct ws_symmetric*` will also point to the recommended
/// primitive with the desired security level.
///
/// The function returns `1` if the hash function is compliant, `0` if
/// it is not, and `-1` if an error occurs as a result of a missing or
/// invalid argument.
///
/// # Safety
///
/// See crate documentation for comment on safety.
#[no_mangle]
pub unsafe extern "C" fn ws_weak_validate_symmetric(
  ctx: Context,
  key: Symmetric,
  alternative: *mut Symmetric,
) -> c_int {
  utilities::c_call(Weak::validate_symmetric, ctx, key, alternative)
}
070701000000B2000081A40000000000000000000000016537CEF400000258000000000000000000000000000000000000002E00000000wardstone-0.2.0~0/crates/ffi/src/utilities.rsuse std::ffi::c_int;

use wardstone_core::context::Context;

/// A utility function that abstracts a call to a Rust function `f` and
/// returns a result following C error handling conventions.
pub(crate) unsafe fn c_call<T>(
  f: fn(Context, T) -> Result<T, T>,
  ctx: Context,
  primitive: T,
  alternative: *mut T,
) -> c_int {
  let (recommendation, is_compliant) = match f(ctx, primitive) {
    Ok(recommendation) => (recommendation, true),
    Err(recommendation) => (recommendation, false),
  };

if !alternative.is_null() {
    *alternative = recommendation;
  }

is_compliant as c_int
}
070701000000B3000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000001B00000000wardstone-0.2.0~0/examples070701000000B4000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000001F00000000wardstone-0.2.0~0/examples/ffi070701000000B5000081A40000000000000000000000016537CEF400000026000000000000000000000000000000000000002D00000000wardstone-0.2.0~0/examples/ffi/.clang-formatColumnLimit: 0
PointerAlignment: Left
070701000000B6000081A40000000000000000000000016537CEF4000001AE000000000000000000000000000000000000002A00000000wardstone-0.2.0~0/examples/ffi/.gitignore# Prerequisites
*.d

# Object files
*.o
*.ko
*.obj
*.elf

# Linker output
*.ilk
*.map
*.exp

# Precompiled Headers
*.gch
*.pch

# Libraries
*.lib
*.a
*.la
*.lo

# Shared objects (inc. Windows DLLs)
*.dll
*.so
*.so.*
*.dylib

# Executables
*.exe
*.out
*.app
*.i*86
*.x86_64
*.hex

# Debug files
*.dSYM/
*.su
*.idb
*.pdb

# Kernel Module Compile Results
*.mod*
*.cmd
.tmp_versions/
modules.order
Module.symvers
Mkfile.old
dkms.conf
070701000000B7000081A40000000000000000000000016537CEF4000002A3000000000000000000000000000000000000002900000000wardstone-0.2.0~0/examples/ffi/README.md# `ffi`

The following in an example of how to call the `wardstone` Rust library from C.

## Instructions

First compile the Rust library and generate the bindings using the following.

```bash
cargo build --release
```

The static library and associated header file will be placed in the `target` directory in the root directory of this repository.

Finally, compile the C example and run it using the following commands in the current directory. This assumes you are on a Unix system.

```bash
cc -I ../../target/ ./main.c ../../target/release/libwardstone.a
./a.out
```

If everything went well, the assertions should pass silently and the program output should be empty.
070701000000B8000081A40000000000000000000000016537CEF400000205000000000000000000000000000000000000002600000000wardstone-0.2.0~0/examples/ffi/main.c#include "wardstone.h"
#include <assert.h>
#include <stdbool.h>
#include <stdint.h>
#include <string.h>

int main(void) {
  struct ws_hash got;
  memset(&got, 0, sizeof(struct ws_hash));
  struct ws_hash want = WS_SHA224;
  struct ws_context ctx = ws_context_default();
  assert(ws_nist_validate_hash(ctx, WS_SHA1, &got) == false && "SHA1 should fail");
  assert(got.id == want.id && "unexpected hash function recommendation");
  assert(ws_nist_validate_hash(ctx, WS_SHA256, NULL) == true && "SHA256 should pass");
}
070701000000B9000081A40000000000000000000000016537CEF400000062000000000000000000000000000000000000001F00000000wardstone-0.2.0~0/rustfmt.tomledition = "2021"
match_block_trailing_comma = true
tab_spaces = 2
use_field_init_shorthand = true
070701000000BA000041ED0000000000000000000000026537CEF400000000000000000000000000000000000000000000001A00000000wardstone-0.2.0~0/scripts070701000000BB000081ED0000000000000000000000016537CEF4000012F3000000000000000000000000000000000000003300000000wardstone-0.2.0~0/scripts/generate_certificates.py#!/usr/bin/env python3
"""Generates test X.509 certificates encoded in PEM using OpenSSL."""

import argparse
import asyncio
import itertools
import logging
import os
import re
import shutil
import subprocess
import sys
from dataclasses import dataclass
from pathlib import Path

@dataclass
class Opts:
    """
    OpenSSL command line arguments to generate private keys and
    corresponding certificates.
    """

alg: str
    name: str
    pkeyopt: str

def _dsa_opts():
    bits = ((1024, 160), (2048, 224), (3072, 256))
    return (
        Opts("dsa", f"dsa_{p}", f"dsa_paramgen_bits:{p} dsa_paramgen_q_bits:{q}")
        for (p, q) in bits
    )

def _ec_opts():
    output = subprocess.check_output(
        ["openssl", "ecparam", "-list_curves"], universal_newlines=True
    )
    names = re.findall(r"(.+):", output)
    names = [name.strip() for name in names]
    return (Opts("ec", f"ecc_{name}", f"ec_paramgen_curve:{name}") for name in names)

def _edwards_opts():
    names = ("ed25519", "ed448")
    return (Opts(name, f"ecc_{name}", "") for name in names)

def _rsa_opts():
    # Sizes larger than 8192 take a while to generate.
    n = 4
    min_bits = 1024
    return (
        Opts("rsa", f"ifc_rsa_{min_bits << i}", f"rsa_keygen_bits:{min_bits << i}")
        for i in range(n)
    )

def _rsa_pss_opts():
    # Sizes larger than 8192 take a while to generate.
    n = 4
    min_bits = 1024
    return (
        Opts(
            "rsa-pss",
            f"ifc_rsa_pss_{min_bits << i}",
            f"rsa_keygen_bits:{min_bits << i}",
        )
        for i in range(n)
    )

async def generate_certificate(certificates, keys, opt):
    """
    Generate a single X.509 certificate using OpenSSL asynchronously.

Args:
        opt: An Opts object containing certificate generation options.

The function generates a single X.509 certificate with the specified
    options and saves it in the "certificates" directory. The private
    key is saved in the "keys" directory.

An existing key is skipped, and only new certificates are generated.

The function logs the progress and any errors during the generation
    process.

Returns:
        None
    """
    filename = f"{opt.name}.pem"
    if (certificates / filename).exists():
        logging.debug(f"skipping: {filename}")
        return
    try:
        logging.info(f"generating certificate: {filename}")
        command = [
            "openssl",
            "req",
            "-x509",
            "-newkey",
            opt.alg,
            "-keyout",
            keys / filename,
            "-out",
            certificates / filename,
            "-subj",
            "/CN=Test Common Name/O=Test Organization Name",
            "-nodes",
        ]
        if opt.pkeyopt:
            command.extend(["-pkeyopt", opt.pkeyopt])
        proc = await asyncio.create_subprocess_exec(
            *command, stderr=asyncio.subprocess.DEVNULL
        )
        await proc.communicate()
        if proc.returncode:
            logging.warning(f"failed to generate certificate: {filename}")
    except subprocess.SubprocessError:
        logging.warning(f"failed to generate certificate: {filename}")

async def main():
    parser = argparse.ArgumentParser(
        prog="generate_certificates",
        description="Generate test X.509 certificates encoded in PEM using OpenSSL.",
    )
    parser.add_argument(
        "-p",
        "--path",
        default="../crates/cmd/src/testing/",
        help="Path to put the generated artifacts",
    )
    parser.add_argument(
        "-l",
        "--log-level",
        choices=["debug", "info", "warning", "error", "critical"],
        default="warning",
        help="Set the logging level (default: warning)",
    )
    arguments = parser.parse_args()

numeric_level = getattr(logging, arguments.log_level.upper(), None)
    if not isinstance(numeric_level, int):
        raise ValueError(f"invalid log level: {arguments.log_level}")
    logging.basicConfig(format="%(levelname)s: %(message)s", level=numeric_level)

testing_dir = Path(arguments.path)
    if not testing_dir.is_dir():
        print(
            f"{parser.prog}: path supplied should be a directory: {testing_dir}",
            file=sys.stderr,
        )
        quit(1)
    dirs = (testing_dir / Path("certificates"), testing_dir / Path("keys"))
    certificates, keys = dirs
    for dir in dirs:
        os.makedirs(dir, exist_ok=True)
    opts = itertools.chain(
        _dsa_opts(),
        _ec_opts(),
        _edwards_opts(),
        _rsa_opts(),
        _rsa_pss_opts(),
    )
    tasks = (generate_certificate(certificates, keys, opt) for opt in opts)
    await asyncio.gather(*tasks)
    logging.debug("deleting test private keys")
    shutil.rmtree(keys)

if __name__ == "__main__":
    asyncio.run(main())
07070100000000000000000000000000000000000000010000000000000000000000000000000000000000000000000000000B00000000TRAILER!!!780 blocks

Places

File wardstone-0.2.0~0.obscpio of Package wardstone (Revision 6c6554ae81683fdbf8835d483ebd29c8)

Places