// Copyright (c) 2023, QuantStack and Mamba Contributors // // Distributed under the terms of the BSD 3-Clause License. // // The full license is in the file LICENSE, distributed with this software. #ifndef MAMBA_SOLVER_REQUEST_HPP #define MAMBA_SOLVER_REQUEST_HPP #include #include #include "mamba/specs/match_spec.hpp" #include "mamba/util/loop_control.hpp" #include "mamba/util/type_traits.hpp" namespace mamba::solver { struct Request { struct Flags { /** Keep the dependencies of the install package in the solution. */ bool keep_dependencies = true; /** Keep the original user requested package in the solution. */ bool keep_user_specs = true; /** Force reinstallation of jobs. */ bool force_reinstall = false; /** Allow downgrading packages to satisfy requirements. */ bool allow_downgrade = true; /** Allow uninstalling packages to satisfy requirements. */ bool allow_uninstall = true; /** Prefer packages by repoitory order. */ bool strict_repo_priority = true; /** Order the request to get a deterministic solution. */ bool order_request = true; }; /** Instruct to install a package matching the given spec. */ struct Install { specs::MatchSpec spec; }; /** Instruct to remove packages matching the given spec. */ struct Remove { specs::MatchSpec spec; bool clean_dependencies = true; }; /** Instruct to update packages matching the given spec. */ struct Update { specs::MatchSpec spec; bool clean_dependencies = true; }; /** Instruct to update all installed packages. */ struct UpdateAll { bool clean_dependencies = true; }; /** Instruct to keep packages matching the spec during dependency clean. */ struct Keep { specs::MatchSpec spec; }; /** Instruct to freeze the version and status of the matching installed package. */ struct Freeze { specs::MatchSpec spec; }; /** Add a constraints on packages possible to install. */ struct Pin { specs::MatchSpec spec; }; using Job = std::variant; using job_list = std::vector; Flags flags = {}; job_list jobs = {}; }; template void for_each_of(const Request& request, Func&& func) { for (const auto& unknown_job : request.jobs) { const auto control = std::visit( [&](const auto& itm) -> util::LoopControl { using Itm = std::decay_t; if constexpr (util::is_any_of_v) { if constexpr (std::is_same_v) { return func(itm); } else { func(itm); return util::LoopControl::Continue; } } else { return util::LoopControl::Continue; } }, unknown_job ); if (control == util::LoopControl::Break) { break; } } } } #endif