# minizinc を Homebrew, apt, MacPorts, Nix, zypper でインストール minizinc のインストール経路、実行ファイル、メタデータ、AI エージェント向けセキュリティノートを確認します。 ## インストール ```sh sudo av install brew:minizinc ``` 追加のインストールコマンド: ### macOS - Homebrew (100%): ```sh brew install minizinc ``` 証拠: local Homebrew formula metadata - MacPorts (94%): ```sh sudo port install minizinc ``` 証拠: MacPorts ports tree: devel/minizinc/Portfile from https://api.github.com/repos/macports/macports-ports/git/trees/master?recursive=1 ### Linux - Debian apt (92%): ```sh sudo apt install minizinc ``` 証拠: Debian stable package indexes: minizinc from https://deb.debian.org/debian/dists/stable/main/binary-amd64/Packages.xz - Nix (92%): ```sh nix profile install nixpkgs#minizinc ``` 証拠: nixpkgs package indexes: pkgs/by-name/mi/minizinc/package.nix from https://api.github.com/repos/NixOS/nixpkgs/git/trees/master?recursive=1 - zypper (92%): ```sh sudo zypper install minizinc ``` 証拠: openSUSE Tumbleweed package metadata: minizinc from https://download.opensuse.org/tumbleweed/repo/oss/repodata/50b07339cb64c8ed4091bdbabddadc1ff5737b090e478818a195b40d8a3292861a879139b4a3987c31109699fde9fbf4a716367ddf4eef77da75f96e3193d6ed-primary.xml.zst ## パッケージ情報 - **パッケージキー:** brew:minizinc - **パッケージマネージャ:** Homebrew - **パッケージマネージャページ:** - **バージョン:** 2.10.0 - **ソース概要:** Medium-level constraint modeling language - **ホームページ:** - **リポジトリ:** - **上流ドキュメント:** - **ライセンス:** MPL-2.0 - **ソースアーカイブ:** - **最終更新:** 2026-07-23T09:38:26Z - **生成日時:** 2026-08-04T22:13:35+00:00 ## 実行可能ファイル - minizinc (cli) - mzn2doc (cli) - minizinc (エイリアス) - mzn2doc (エイリアス) ## 依存関係 - cbc - cgl - clp - coinutils - gecode - osi ## ビルド依存関係 - cmake ## インストール挙動 - post-install フック: 未定義 - Bottle: 利用可能 対象 arm64_linux, arm64_sequoia, arm64_sonoma, arm64_tahoe, sonoma, x86_64_linux ## バージョンと鮮度 - ページ生成日: 2026-08-04 - マネージャ版: 2.10.0 - マネージャ更新日: 2026-07-23 - ローカルデータ: OK - 上流リポジトリ: https://github.com/MiniZinc/libminizinc - 検出された最新: 2.10.0 (最新) ## プロジェクトの歴史と使われ方 MiniZinc is a free and open-source constraint modeling language for expressing constraint satisfaction and discrete optimization problems in a high-level, solver-independent form. The project is developed at Monash University with support from OPTIMA, and the libminizinc repository describes the compiler as translating MiniZinc models into FlatZinc, a solver input language understood by a wide range of solvers. ### プロジェクトの歴史 Its origins are unusually well documented. A history paper by Peter J. Stuckey, Guido Tack, and Maria Garcia de la Banda says MiniZinc was introduced in the CP2007 paper "MiniZinc: Towards a Standard CP Modelling Language" as a response to the lack of a common constraint-programming modeling language. The paper traces the language back to the G12 project, started in 2005, and to Zinc: MiniZinc was created as a stripped-down version of Zinc that compiled a model plus data instance into FlatZinc. The first MiniZinc version, 0.6, was released on September 23, 2007, the first day of CP2007. ### 採用の歴史 Technically, MiniZinc's major contribution is the separation between modeling and solving. Modelers write .mzn models with parameters, decision variables, global constraints, and objectives; the minizinc compiler flattens a particular model/data pair into FlatZinc or another solver-facing form. That lets users try different solvers from the same model, while solver authors can support MiniZinc by providing FlatZinc interfaces and global-constraint definitions. ### 使われ方 Adoption is tied strongly to the constraint-programming research and optimization communities. The MiniZinc Challenge has run every year since 2008 to compare constraint solvers on shared benchmarks, and the history paper notes that the challenge encouraged solver implementers to provide compliant FlatZinc interfaces while building a public benchmark library. The same paper cites deployed and applied MiniZinc use in ship scheduling, optimization consulting, mission planning, automated configuration, cloud deployment, mobile robot planning, building automation, data acquisition, and preference elicitation. In Homebrew, the formula brings in solver-related dependencies such as Gecode and COIN-OR components, reflecting the package's role as a modeling frontend plus compiler rather than a single solver. ### ソース - - - - - - - ## セキュリティノート narrow executable package without higher-risk signals. - **Geiger リスク:** グリーン / 低 - narrow executable package without higher-risk signals ## ソースデータベース詳細 - **Source Database:** Homebrew formula API - **Tap:** homebrew/core - **Full Name:** minizinc - **Version Scheme:** 0 - **Revision:** 0 - **Head Version:** HEAD - **Bottle Stable Root URL:** - **Deprecated:** no - **Disabled:** no - **Keg Only:** no - **URL Keys:** head, stable ## 他のパッケージマネージャ記録 - Debian apt - minizinc - 2.9.2+dfsg1-1: normalized package name match | Debian stable package indexes: minizinc from https://deb.debian.org/debian/dists/stable/main/binary-amd64/Packages.xz | constraint modelling language and tool chain | https://www.minizinc.org/ - Nix - minizinc: normalized package name match | nixpkgs package indexes: pkgs/by-name/mi/minizinc/package.nix from https://api.github.com/repos/NixOS/nixpkgs/git/trees/master?recursive=1 - Ubuntu apt - minizinc - 2.8.2+dfsg1-1build2: normalized package name match | Ubuntu 24.04 LTS package indexes: minizinc from https://archive.ubuntu.com/ubuntu/dists/noble/universe/binary-amd64/Packages.gz | constraint modelling language and tool chain | https://www.minizinc.org/ - zypper - minizinc - 2.8.7-1.6: normalized package name match | openSUSE Tumbleweed package metadata: minizinc from https://download.opensuse.org/tumbleweed/repo/oss/repodata/50b07339cb64c8ed4091bdbabddadc1ff5737b090e478818a195b40d8a3292861a879139b4a3987c31109699fde9fbf4a716367ddf4eef77da75f96e3193d6ed-primary.xml.zst | A high-level constraint modelling language | https://www.minizinc.org/ - MacPorts - minizinc: normalized package name match | MacPorts ports tree: devel/minizinc/Portfile from https://api.github.com/repos/macports/macports-ports/git/trees/master?recursive=1 ## 関連リンク - [Terminal utility packages](https://pkg.so/ja/terminal-utilities/) - Matched terminal and command-line workflow metadata. - [Language runtime packages](https://pkg.so/ja/language-runtime-packages/) - Matched language runtime, compiler, or interpreter metadata. - [Networking and protocol packages](https://pkg.so/ja/networking-protocol-tools/) - Matched network, protocol, or remote-service metadata. - [Scientific computing packages](https://pkg.so/ja/scientific-computing-tools/) - Matched scientific computing metadata. - [cbc](https://pkg.so/ja/brew/cbc/) - Runtime dependency declared by Homebrew. - [clp](https://pkg.so/ja/brew/clp/) - Runtime dependency declared by Homebrew. - [gecode](https://pkg.so/ja/brew/gecode/) - Runtime dependency declared by Homebrew. - [cmake](https://pkg.so/ja/brew/cmake/) - Build dependency declared by Homebrew. - [scip](https://pkg.so/ja/brew/scip/) - Shares pkgdb curated category or tags: cli, constraint-programming, optimization, science. - [or-tools](https://pkg.so/ja/brew/or-tools/) - Shares pkgdb curated category or tags: cli, optimization, science. - [papilo](https://pkg.so/ja/brew/papilo/) - Shares pkgdb curated category or tags: cli, optimization, science. - [lp_solve](https://pkg.so/ja/brew/lp-solve/) - Shares pkgdb curated category or tags: cli, optimization, science. - [ipopt](https://pkg.so/ja/brew/ipopt/) - Shares pkgdb curated category or tags: cli, optimization, science. - [glpk](https://pkg.so/ja/brew/glpk/) - Shares pkgdb curated category or tags: cli, optimization, science. ## Combined YAML source View the package source record on GitHub. [combined/minizinc.yml](https://github.com/mxcl/pkgdb/blob/main/combined/minizinc.yml) ## ソース - pkg.so package database - Geiger risk classifier - package-page enrichment - curated package history - package version freshness - pkgdb category and tag curation - package relationship graph - external package-manager database matches - cross-ecosystem install command graph