DVERA CT verification tools

io.github.SuresoftTechnologies由 GitHub 账号 SuresoftTechnologies 发布v0.1.4更新于 Oct 24, 2026

DVERA drives CT verification of mission-critical C/C++: setup, analysis, tests, coverage.

已验证STDIO仅桌面开发者工具安全与监控

概览

AI 生成的概览

让编码助手驱动 C/C++ 项目的 CT 验证:项目搭建、分析、测试生成与执行、覆盖率与报告。

可以做什么
DVERA 将工具调用转发到本机安装的 CT(Controller Tester),使助手可以创建 CT 验证项目、采集编译器宏与构建配置、运行分析、生成并执行单元或集成测试、重跑回归测试和 GoogleTest 资产,并读取覆盖率与报告。它还提供 dvera_check_environment 工具,在找不到 CT 时说明缺少什么。该服务器在调用之间不保留自身进程,也不替代 CT 的验证结果。
适用场景
当你使用已部署的 CT 环境验证关键任务 C/C++ 软件,并希望助手在对话中准备和协调这些工作时适用。未安装 CT 时没有用处,也不能作为 CT 安装的独立替代品。
运行要求
由 MCP 客户端启动的本地进程;README 建议将客户端指向 CT 自带的 Python 解释器(Python 3.8 或更高版本也可),并从要验证的项目目录运行客户端。需要 CT 2026.06 或更高版本、有效的 CT 许可证、受支持的 C/C++ 构建与目标环境,以及已部署 CT 环境中的 DVERA 集成。若 CT 安装在默认位置之外,请设置 CT_HOME。未声明任何凭据。
安装前请注意
产品相关操作需要已部署且已授权的 CT 环境;没有该环境时,技能会停在安装检查处,且不得声称已进行分析、执行、覆盖率测量或报告。生成的测试应先审查其测试意图、数据和预期结果再采信。该服务器在本机运行,据 README 不向第三方发送任何内容,但 CT 自身记录的 workspace、分析输出和报告受 CT 的数据处理方式约束。

安装

在 SourceWeft 中

  1. 打开 控制台中的 DVERA CT verification tools,将其添加到工作区。
  2. 为需要使用其工具的对话启用该服务。

Desktop only,通过 STDIO。 STDIO 服务会启动本地进程,因此需要 SourceWeft 桌面宿主。

其他 MCP 客户端

参照 仓库 中的启动说明。

README

DVERA — CT Verification Skills for C/C++ Coding Agents

한국어: README.ko.md

DVERA (Dynamic Verification Agent) brings CT C/C++ verification work into coding agents such as Claude Code, Codex CLI, Cursor, and GitHub Copilot. It uses the working context of source code, requirements, build information, source changes, and existing test assets to prepare and request CT verification work.

CT (Controller Tester) is a test automation solution for unit, integration, and code-based testing of mission-critical C/C++ software. It brings together test-environment setup, test design and generation, execution, code-coverage analysis, reporting, and traceability management.

DVERA does not replace CT's verification results. The coding agent helps prepare and coordinate verification work; CT performs the analysis, build, test execution, and result aggregation. Generated tests must be reviewed for test intent, data, and expected results, then confirmed with actual execution results and measured coverage.

What the CT and DVERA workflow adds

Verification needCT and DVERA workflow
Complex C/C++ environmentsCapture compiler, macro, include-path, toolchain, build, and target conditions before analysis.
Unit and integration verificationDesign and execute tests at function, module, and interface levels, including existing GoogleTest assets where applicable.
Reviewable evidenceConnect test intent, execution results, statement/branch/MC/DC coverage, reports, and requirement links for review.
Repeated change verificationRe-run affected tests after code changes and review new failures and coverage deltas for regression follow-up.
AI-assisted test workUse code, requirements, and change context to prepare test work, then improve it with CT analysis and measured results.

Workflow at a glance

  1. Prepare the compiler, macro, include-path, toolchain, and target context for a CT project.
  2. Analyze the project and resolve environment or configuration issues through a controlled feedback loop.
  3. Generate, execute, and improve unit or integration tests using build, execution, and coverage feedback.
  4. Review coverage and results, produce reports, and re-run affected verification after source changes.

The Skills in this repository document that product-connected workflow. They are not standalone replacements for a CT installation.

Install

In Claude Code:

text
/plugin marketplace add SuresoftTechnologies/dvera-plugin/plugin install dvera@suresofttech

Or from a terminal:

text
claude plugin marketplace add SuresoftTechnologies/dvera-pluginclaude plugin install dvera@suresofttech

Skills then load as /dvera:ct-init-project, /dvera:ct-test-loop, and so on. The plugin adds about 620 tokens to every session; each Skill body is read only when that Skill runs.

Product-backed actions need a deployed CT environment. Without one, a Skill stops at its installation check and shows how to reach product support.

Example requests

Trigger examples from the CT user guide. Responses can vary with the AI model and conversation context; if the result differs from what you expect, rephrase the request with more detail and retry.

RequestSkill
Create a CT project and start verification.ct-init-project
Run tests in CT.ct-init-project
Generate tests for the calculate_checksum function.ct-test-loop
Find functions without tests and generate tests for them.ct-test-loop
Run regression tests.ct-regression
Open CT.ct-open

Skills

All Skills require a deployed CT environment for their product-backed actions and stop with an installation notice when none is found.

SkillCT workflow stage
ct-init-projectStart or prepare a CT verification project.
ct-extract-macroCapture target compiler macros and build-environment facts.
ct-make-confPrepare the analysis configuration for the selected toolchain.
ct-setup-projectCreate the CT project and apply build inputs.
ct-analysis-loopAnalyze the project and resolve configuration or toolchain issues.
ct-test-loopGenerate, run, and improve tests.
ct-kb-updateRecord verified workflow observations after a completed CT run.
ct-regressionRe-run existing tests after a code change and review deltas.
ct-self-healingRun regression evidence collection and identify CT Self-Healing review candidates.
ct-run-gtestRe-run GoogleTest assets registered in CT and review results and coverage.
ct-req-to-testGenerate and execute a CT AI test from approved requirements.
ct-reportExport execution and coverage evidence.
ct-openOpen the CT project for visual inspection.
ct-orchestratorResume the appropriate stage of an in-progress verification workflow.

Product-backed workflow

DVERA works with a deployed CT and DVERA environment. This repository documents the verification workflow and ships an MCP server that forwards tool calls to a local CT installation, but does not include the CT runtime or product installation.

Without the deployed environment, users can inspect this repository's documented workflow, but a Skill that needs CT actions stops at its installation check. It must not claim that CT analysis, execution, coverage measurement, or reporting has occurred.

MCP tools

Give the agent CT's verification tools directly. With the MCP server (scripts/dvera-mcp.py) connected, it can create the project, run analysis, generate and execute tests, and read coverage back without leaving the conversation - the same tools CT exposes to its own agent. Calls go to CT's ct_tool.py entry point, and the server keeps no process of its own between them.

Connect it in one of two ways.

Point an MCP client at the interpreter CT already ships - no extra install:

json
{  "mcpServers": {    "dvera": {      "command": "C:/Program Files/Suresoft/CT 2026/python/python.exe",      "args": ["/path/to/dvera-plugin/scripts/dvera-mcp.py"]    }  }}

On Linux the interpreter is at <CT install>/python/python3. Any Python 3.8 or later works if you would rather use your own. Replace the script path with wherever this repository sits: clone it, or use the copy the plugin manager installed (claude plugin list shows where plugins live). The server takes the source directory from the client's working directory, so run the client from the project you want to verify.

Or install the bundle from this repository's releases: download dvera-mcp.mcpb and open it with a client that installs MCP bundles. It resolves its own Python, so nothing has to be installed first.

Set CT_HOME if CT is installed outside the default location. The server is safe to leave configured on any machine: it starts either way, and without CT it offers a single tool, dvera_check_environment, which reports what is missing and what to do about it. That tool is also there when CT is - run it first whenever the verification tools do not appear.

Requirements for product-backed verification

  • CT 2026.06 or later
  • A valid CT license
  • A supported C/C++ build and target environment
  • DVERA integration supplied as part of the deployed CT environment

For a product demo, purchase, or deployment consultation, contact [email protected].

Privacy Policy

The MCP server in this repository runs entirely on your machine.

  • It sends nothing to Suresoft Technologies or to any third party. There is no telemetry, no analytics, and no network call of its own.
  • Tool arguments are passed to the CT installation on the same machine, and CT's response is returned to your MCP client. Nothing is written outside CT's own workspace.
  • It stores no credentials and reads no files beyond the CT installation directory and the paths a tool call names.
  • Anything CT itself records - workspaces, analysis output, reports - is governed by CT's own handling of that data, not by this repository.

The Skills are documentation: they carry no code that runs on your machine.

The full policy is in PRIVACY.md. Questions about data handling in the CT product itself go to [email protected].

License and trademarks

This repository is licensed under the MIT License. The license covers everything in this repository - the documentation, the Skill files, and the MCP server source. It does not cover CT itself: CT and DVERA are Suresoft Technologies products, and no product functionality or product licence is granted by this repository.

GoogleTest is a trademark of Google LLC. This repository is not affiliated with, sponsored by, or endorsed by Google. Other product names may be trademarks of their respective owners.

来源:README.md,提交 92e1256

工具

0
SourceWeft 尚未在沙箱中启动过该软件包,因此其工具未知。

版本历史

4
  1. v0.1.4最新Sep 22, 2026
  2. v0.1.2Sep 21, 2026
  3. v0.1.1Sep 18, 2026
  4. v0.1.0Sep 16, 2026

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