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vcpkg/toolsrc/src/tests.plan.cpp

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#include "tests.pch.h"
#include <tests.utils.h>
using namespace Microsoft::VisualStudio::CppUnitTestFramework;
using namespace vcpkg;
namespace UnitTest1
{
static std::unique_ptr<SourceControlFile> make_control_file(
const char* name,
const char* depends,
const std::vector<std::pair<const char*, const char*>>& features = {},
const std::vector<const char*>& default_features = {})
{
using Pgh = std::unordered_map<std::string, std::string>;
std::vector<Pgh> scf_pghs;
scf_pghs.push_back(Pgh{{"Source", name},
{"Version", "0"},
{"Build-Depends", depends},
{"Default-Features", Strings::join(", ", default_features)}});
for (auto&& feature : features)
{
scf_pghs.push_back(Pgh{
{"Feature", feature.first},
{"Description", "feature"},
{"Build-Depends", feature.second},
});
}
auto m_pgh = vcpkg::SourceControlFile::parse_control_file(std::move(scf_pghs));
Assert::IsTrue(m_pgh.has_value());
return std::move(*m_pgh.get());
}
/// <summary>
/// Assert that the given action an install of given features from given package.
/// </summary>
static void features_check(Dependencies::AnyAction* install_action,
std::string pkg_name,
std::vector<std::string> vec,
const Triplet& triplet = Triplet::X86_WINDOWS)
{
Assert::IsTrue(install_action->install_action.has_value());
const auto& plan = install_action->install_action.value_or_exit(VCPKG_LINE_INFO);
const auto& feature_list = plan.feature_list;
Assert::AreEqual(plan.spec.triplet().to_string().c_str(), triplet.to_string().c_str());
Assert::AreEqual(pkg_name.c_str(), plan.source_control_file.get()->core_paragraph->name.c_str());
Assert::AreEqual(size_t(vec.size()), feature_list.size());
for (auto&& feature_name : vec)
{
if (feature_name == "core" || feature_name == "")
{
Assert::IsTrue(Util::find(feature_list, "core") != feature_list.end() ||
Util::find(feature_list, "") != feature_list.end());
continue;
}
Assert::IsTrue(Util::find(feature_list, feature_name) != feature_list.end());
}
}
/// <summary>
/// Assert that the given action is a remove of given package.
/// </summary>
static void remove_plan_check(Dependencies::AnyAction* remove_action,
std::string pkg_name,
const Triplet& triplet = Triplet::X86_WINDOWS)
{
const auto& plan = remove_action->remove_action.value_or_exit(VCPKG_LINE_INFO);
Assert::AreEqual(plan.spec.triplet().to_string().c_str(), triplet.to_string().c_str());
Assert::AreEqual(pkg_name.c_str(), plan.spec.name().c_str());
}
/// <summary>
/// Map of source control files by their package name.
/// </summary>
struct PackageSpecMap
{
std::unordered_map<std::string, SourceControlFile> map;
Triplet triplet;
PackageSpecMap(const Triplet& t) { triplet = t; }
PackageSpec emplace(const char* name,
const char* depends = "",
const std::vector<std::pair<const char*, const char*>>& features = {},
const std::vector<const char*>& default_features = {})
{
return emplace(std::move(*make_control_file(name, depends, features, default_features)));
}
PackageSpec emplace(vcpkg::SourceControlFile&& scf)
{
auto spec = PackageSpec::from_name_and_triplet(scf.core_paragraph->name, triplet);
Assert::IsTrue(spec.has_value());
map.emplace(scf.core_paragraph->name, std::move(scf));
return PackageSpec{*spec.get()};
}
};
class InstallPlanTests : public TestClass<InstallPlanTests>
{
TEST_METHOD(basic_install_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a", "b");
auto spec_b = spec_map.emplace("b", "c");
auto spec_c = spec_map.emplace("c");
Dependencies::MapPortFileProvider map_port(spec_map.map);
auto install_plan = Dependencies::create_feature_install_plan(
map_port, {FeatureSpec{spec_a, ""}}, StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(3), install_plan.size());
Assert::AreEqual("c", install_plan[0].spec().name().c_str());
Assert::AreEqual("b", install_plan[1].spec().name().c_str());
Assert::AreEqual("a", install_plan[2].spec().name().c_str());
}
TEST_METHOD(multiple_install_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a", "d");
auto spec_b = spec_map.emplace("b", "d, e");
auto spec_c = spec_map.emplace("c", "e, h");
auto spec_d = spec_map.emplace("d", "f, g, h");
auto spec_e = spec_map.emplace("e", "g");
auto spec_f = spec_map.emplace("f");
auto spec_g = spec_map.emplace("g");
auto spec_h = spec_map.emplace("h");
Dependencies::MapPortFileProvider map_port(spec_map.map);
auto install_plan = Dependencies::create_feature_install_plan(
map_port,
{FeatureSpec{spec_a, ""}, FeatureSpec{spec_b, ""}, FeatureSpec{spec_c, ""}},
StatusParagraphs(std::move(status_paragraphs)));
auto iterator_pos = [&](const PackageSpec& spec) -> int {
auto it = std::find_if(
install_plan.begin(), install_plan.end(), [&](auto& action) { return action.spec() == spec; });
Assert::IsTrue(it != install_plan.end());
return (int)(it - install_plan.begin());
};
int a_pos = iterator_pos(spec_a), b_pos = iterator_pos(spec_b), c_pos = iterator_pos(spec_c),
d_pos = iterator_pos(spec_d), e_pos = iterator_pos(spec_e), f_pos = iterator_pos(spec_f),
g_pos = iterator_pos(spec_g), h_pos = iterator_pos(spec_h);
Assert::IsTrue(a_pos > d_pos);
Assert::IsTrue(b_pos > e_pos);
Assert::IsTrue(b_pos > d_pos);
Assert::IsTrue(c_pos > e_pos);
Assert::IsTrue(c_pos > h_pos);
Assert::IsTrue(d_pos > f_pos);
Assert::IsTrue(d_pos > g_pos);
Assert::IsTrue(d_pos > h_pos);
Assert::IsTrue(e_pos > g_pos);
}
TEST_METHOD(existing_package_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("a"));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = FullPackageSpec{spec_map.emplace("a")};
auto install_plan =
Dependencies::create_feature_install_plan(spec_map.map,
FullPackageSpec::to_feature_specs({spec_a}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(1), install_plan.size());
auto p = install_plan[0].install_action.get();
Assert::IsNotNull(p);
Assert::AreEqual("a", p->spec.name().c_str());
Assert::AreEqual(Dependencies::InstallPlanType::ALREADY_INSTALLED, p->plan_type);
Assert::AreEqual(Dependencies::RequestType::USER_REQUESTED, p->request_type);
}
TEST_METHOD(user_requested_package_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = FullPackageSpec{spec_map.emplace("a", "b")};
auto spec_b = FullPackageSpec{spec_map.emplace("b")};
auto install_plan =
Dependencies::create_feature_install_plan(spec_map.map,
FullPackageSpec::to_feature_specs({spec_a}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(2), install_plan.size());
auto p = install_plan[0].install_action.get();
Assert::IsNotNull(p);
Assert::AreEqual("b", p->spec.name().c_str());
Assert::AreEqual(Dependencies::InstallPlanType::BUILD_AND_INSTALL, p->plan_type);
Assert::AreEqual(Dependencies::RequestType::AUTO_SELECTED, p->request_type);
auto p2 = install_plan[1].install_action.get();
Assert::IsNotNull(p2);
Assert::AreEqual("a", p2->spec.name().c_str());
Assert::AreEqual(Dependencies::InstallPlanType::BUILD_AND_INSTALL, p2->plan_type);
Assert::AreEqual(Dependencies::RequestType::USER_REQUESTED, p2->request_type);
}
TEST_METHOD(long_install_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("j", "k"));
status_paragraphs.push_back(make_status_pgh("k"));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a", "b, c, d, e, f, g, h, j, k");
auto spec_b = spec_map.emplace("b", "c, d, e, f, g, h, j, k");
auto spec_c = spec_map.emplace("c", "d, e, f, g, h, j, k");
auto spec_d = spec_map.emplace("d", "e, f, g, h, j, k");
auto spec_e = spec_map.emplace("e", "f, g, h, j, k");
auto spec_f = spec_map.emplace("f", "g, h, j, k");
auto spec_g = spec_map.emplace("g", "h, j, k");
auto spec_h = spec_map.emplace("h", "j, k");
auto spec_j = spec_map.emplace("j", "k");
auto spec_k = spec_map.emplace("k");
Dependencies::MapPortFileProvider map_port(spec_map.map);
auto install_plan = Dependencies::create_feature_install_plan(
map_port, {FeatureSpec{spec_a, ""}}, StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(8), install_plan.size());
Assert::AreEqual("h", install_plan[0].spec().name().c_str());
Assert::AreEqual("g", install_plan[1].spec().name().c_str());
Assert::AreEqual("f", install_plan[2].spec().name().c_str());
Assert::AreEqual("e", install_plan[3].spec().name().c_str());
Assert::AreEqual("d", install_plan[4].spec().name().c_str());
Assert::AreEqual("c", install_plan[5].spec().name().c_str());
Assert::AreEqual("b", install_plan[6].spec().name().c_str());
Assert::AreEqual("a", install_plan[7].spec().name().c_str());
}
TEST_METHOD(basic_feature_test_1)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("a", "b, b[b1]"));
status_paragraphs.push_back(make_status_pgh("b"));
status_paragraphs.push_back(make_status_feature_pgh("b", "b1"));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = FullPackageSpec{spec_map.emplace("a", "b, b[b1]", {{"a1", "b[b2]"}}), {"a1"}};
auto spec_b = FullPackageSpec{spec_map.emplace("b", "", {{"b1", ""}, {"b2", ""}, {"b3", ""}})};
auto install_plan =
Dependencies::create_feature_install_plan(spec_map.map,
FullPackageSpec::to_feature_specs({spec_a}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(4), install_plan.size());
remove_plan_check(&install_plan[0], "a");
remove_plan_check(&install_plan[1], "b");
features_check(&install_plan[2], "b", {"b1", "core", "b1"});
features_check(&install_plan[3], "a", {"a1", "core"});
}
TEST_METHOD(basic_feature_test_2)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = FullPackageSpec{spec_map.emplace("a", "b[b1]", {{"a1", "b[b2]"}}), {"a1"}};
auto spec_b = FullPackageSpec{spec_map.emplace("b", "", {{"b1", ""}, {"b2", ""}, {"b3", ""}})};
auto install_plan =
Dependencies::create_feature_install_plan(spec_map.map,
FullPackageSpec::to_feature_specs({spec_a}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(2), install_plan.size());
features_check(&install_plan[0], "b", {"b1", "b2", "core"});
features_check(&install_plan[1], "a", {"a1", "core"});
}
TEST_METHOD(basic_feature_test_3)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("a"));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = FullPackageSpec{spec_map.emplace("a", "b", {{"a1", ""}}), {"core"}};
auto spec_b = FullPackageSpec{spec_map.emplace("b")};
auto spec_c = FullPackageSpec{spec_map.emplace("c", "a[a1]"), {"core"}};
auto install_plan =
Dependencies::create_feature_install_plan(spec_map.map,
FullPackageSpec::to_feature_specs({spec_c, spec_a}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(4), install_plan.size());
remove_plan_check(&install_plan[0], "a");
features_check(&install_plan[1], "b", {"core"});
features_check(&install_plan[2], "a", {"a1", "core"});
features_check(&install_plan[3], "c", {"core"});
}
TEST_METHOD(basic_feature_test_4)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("a"));
status_paragraphs.push_back(make_status_feature_pgh("a", "a1", ""));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = FullPackageSpec{spec_map.emplace("a", "b", {{"a1", ""}})};
auto spec_b = FullPackageSpec{spec_map.emplace("b")};
auto spec_c = FullPackageSpec{spec_map.emplace("c", "a[a1]"), {"core"}};
auto install_plan =
Dependencies::create_feature_install_plan(spec_map.map,
FullPackageSpec::to_feature_specs({spec_c}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(1), install_plan.size());
features_check(&install_plan[0], "c", {"core"});
}
TEST_METHOD(basic_feature_test_5)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a =
FullPackageSpec{spec_map.emplace("a", "", {{"a1", "b[b1]"}, {"a2", "b[b2]"}, {"a3", "a[a2]"}}), {"a3"}};
auto spec_b = FullPackageSpec{spec_map.emplace("b", "", {{"b1", ""}, {"b2", ""}})};
auto install_plan =
Dependencies::create_feature_install_plan(spec_map.map,
FullPackageSpec::to_feature_specs({spec_a}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(2), install_plan.size());
features_check(&install_plan[0], "b", {"core", "b2"});
features_check(&install_plan[1], "a", {"core", "a3", "a2"});
}
TEST_METHOD(basic_feature_test_6)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("b"));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = FullPackageSpec{spec_map.emplace("a", "b[core]"), {"core"}};
auto spec_b = FullPackageSpec{spec_map.emplace("b", "", {{"b1", ""}}), {"b1"}};
auto install_plan =
Dependencies::create_feature_install_plan(spec_map.map,
FullPackageSpec::to_feature_specs({spec_a, spec_b}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(3), install_plan.size());
remove_plan_check(&install_plan[0], "b");
features_check(&install_plan[1], "b", {"core", "b1"});
features_check(&install_plan[2], "a", {"core"});
}
TEST_METHOD(basic_feature_test_7)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("x", "b"));
status_paragraphs.push_back(make_status_pgh("b"));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = FullPackageSpec{spec_map.emplace("a")};
auto spec_x = FullPackageSpec{spec_map.emplace("x", "a"), {"core"}};
auto spec_b = FullPackageSpec{spec_map.emplace("b", "", {{"b1", ""}}), {"b1"}};
auto install_plan =
Dependencies::create_feature_install_plan(spec_map.map,
FullPackageSpec::to_feature_specs({spec_b}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::AreEqual(size_t(5), install_plan.size());
remove_plan_check(&install_plan[0], "x");
remove_plan_check(&install_plan[1], "b");
// TODO: order here may change but A < X, and B anywhere
features_check(&install_plan[2], "b", {"core", "b1"});
features_check(&install_plan[3], "a", {"core"});
features_check(&install_plan[4], "x", {"core"});
}
TEST_METHOD(basic_feature_test_8)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("a"));
status_paragraphs.push_back(make_status_pgh("a"));
status_paragraphs.back()->package.spec =
PackageSpec::from_name_and_triplet("a", Triplet::X64_WINDOWS).value_or_exit(VCPKG_LINE_INFO);
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
auto spec_a_64 = FullPackageSpec{spec_map.emplace("a", "b", {{"a1", ""}}), {"core"}};
auto spec_b_64 = FullPackageSpec{spec_map.emplace("b")};
auto spec_c_64 = FullPackageSpec{spec_map.emplace("c", "a[a1]"), {"core"}};
spec_map.triplet = Triplet::X86_WINDOWS;
auto spec_a_86 = FullPackageSpec{spec_map.emplace("a", "b", {{"a1", ""}}), {"core"}};
auto spec_b_86 = FullPackageSpec{spec_map.emplace("b")};
auto spec_c_86 = FullPackageSpec{spec_map.emplace("c", "a[a1]"), {"core"}};
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({spec_c_64, spec_a_86, spec_a_64, spec_c_86}),
StatusParagraphs(std::move(status_paragraphs)));
remove_plan_check(&install_plan[0], "a", Triplet::X64_WINDOWS);
remove_plan_check(&install_plan[1], "a");
features_check(&install_plan[2], "b", {"core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[3], "a", {"a1", "core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[4], "c", {"core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[5], "b", {"core"});
features_check(&install_plan[6], "a", {"a1", "core"});
features_check(&install_plan[7], "c", {"core"});
}
TEST_METHOD(install_all_features_test)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
auto spec_a_64 = FullPackageSpec{spec_map.emplace("a", "", {{"0", ""}, {"1", ""}}), {"core"}};
auto install_specs = FullPackageSpec::from_string("a[*]", Triplet::X64_WINDOWS);
Assert::IsTrue(install_specs.has_value());
if (!install_specs.has_value()) return;
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::IsTrue(install_plan.size() == 1);
features_check(&install_plan[0], "a", {"0", "1", "core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(install_default_features_test_1)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
// Add a port "a" with default features "1" and features "0" and "1".
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
spec_map.emplace("a", "", {{"0", ""}, {"1", ""}}, {"1"});
// Install "a" (without explicit feature specification)
auto install_specs = FullPackageSpec::from_string("a", Triplet::X64_WINDOWS);
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
// Expect the default feature "1" to be installed, but not "0"
Assert::IsTrue(install_plan.size() == 1);
features_check(&install_plan[0], "a", {"1", "core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(install_default_features_test_2)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("a"));
status_paragraphs.back()->package.spec =
PackageSpec::from_name_and_triplet("a", Triplet::X64_WINDOWS).value_or_exit(VCPKG_LINE_INFO);
// Add a port "a" of which "core" is already installed, but we will
// install the default features "explicitly"
// "a" has two features, of which "a1" is default.
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
spec_map.emplace("a", "", {{"a0", ""}, {"a1", ""}}, {"a1"});
// Install "a" (without explicit feature specification)
auto install_specs = FullPackageSpec::from_string("a", Triplet::X64_WINDOWS);
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
// Expect "a" to get removed for rebuild and then installed with default
// features.
Assert::IsTrue(install_plan.size() == 2);
remove_plan_check(&install_plan[0], "a", Triplet::X64_WINDOWS);
features_check(&install_plan[1], "a", {"a1", "core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(install_default_features_test_3)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
// "a" has two features, of which "a1" is default.
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
spec_map.emplace("a", "", {{"a0", ""}, {"a1", ""}}, {"a1"});
// Explicitly install "a" without default features
auto install_specs = FullPackageSpec::from_string("a[core]", Triplet::X64_WINDOWS);
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
// Expect the default feature not to get installed.
Assert::IsTrue(install_plan.size() == 1);
features_check(&install_plan[0], "a", {"core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(install_default_features_of_dependency_test_1)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
// Add a port "a" which depends on the core of "b"
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
spec_map.emplace("a", "b[core]");
// "b" has two features, of which "b1" is default.
spec_map.emplace("b", "", {{"b0", ""}, {"b1", ""}}, {"b1"});
// Install "a" (without explicit feature specification)
auto install_specs = FullPackageSpec::from_string("a", Triplet::X64_WINDOWS);
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
// Expect "a" to get installed and defaults of "b" through the dependency,
// as no explicit features of "b" are installed by the user.
Assert::IsTrue(install_plan.size() == 2);
features_check(&install_plan[0], "b", {"b1", "core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[1], "a", {"core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(do_not_install_default_features_of_existing_dependency)
{
// Add a port "a" which depends on the core of "b"
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
spec_map.emplace("a", "b[core]");
// "b" has two features, of which "b1" is default.
spec_map.emplace("b", "", {{"b0", ""}, {"b1", ""}}, {"b1"});
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
// "b[core]" is already installed
status_paragraphs.push_back(make_status_pgh("b"));
status_paragraphs.back()->package.spec =
PackageSpec::from_name_and_triplet("b", Triplet::X64_WINDOWS).value_or_exit(VCPKG_LINE_INFO);
// Install "a" (without explicit feature specification)
auto install_specs = FullPackageSpec::from_string("a", Triplet::X64_WINDOWS);
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
// Expect "a" to get installed, but not require rebuilding "b"
Assert::IsTrue(install_plan.size() == 1);
features_check(&install_plan[0], "a", {"core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(install_default_features_of_dependency_test_2)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
status_paragraphs.push_back(make_status_pgh("b"));
status_paragraphs.back()->package.spec =
PackageSpec::from_name_and_triplet("b", Triplet::X64_WINDOWS).value_or_exit(VCPKG_LINE_INFO);
// Add a port "a" which depends on the core of "b", which was already
// installed explicitly
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
spec_map.emplace("a", "b[core]");
// "b" has two features, of which "b1" is default.
spec_map.emplace("b", "", {{"b0", ""}, {"b1", ""}}, {"b1"});
// Install "a" (without explicit feature specification)
auto install_specs = FullPackageSpec::from_string("a", Triplet::X64_WINDOWS);
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
// Expect "a" to get installed, not the defaults of "b", as the required
// dependencies are already there, installed explicitly by the user.
Assert::IsTrue(install_plan.size() == 1);
features_check(&install_plan[0], "a", {"core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(upgrade_with_default_features_1)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a", "", "1"));
pghs.push_back(make_status_feature_pgh("a", "0"));
pghs.back()->package.spec =
PackageSpec::from_name_and_triplet("a", Triplet::X86_WINDOWS).value_or_exit(VCPKG_LINE_INFO);
StatusParagraphs status_db(std::move(pghs));
// Add a port "a" of which "core" and "0" are already installed.
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a", "", {{"0", ""}, {"1", ""}}, {"1"});
Dependencies::MapPortFileProvider provider(spec_map.map);
Dependencies::PackageGraph graph(provider, status_db);
graph.upgrade(spec_a);
auto plan = graph.serialize();
// The upgrade should not install the default feature
Assert::AreEqual(size_t(2), plan.size());
Assert::AreEqual("a", plan[0].spec().name().c_str());
Assert::IsTrue(plan[0].remove_action.has_value());
Assert::AreEqual("a", plan[1].spec().name().c_str());
Assert::IsTrue(plan[1].install_action.has_value());
features_check(&plan[1], "a", {"core", "0"}, Triplet::X86_WINDOWS);
}
TEST_METHOD(upgrade_with_default_features_2)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("b"));
pghs.push_back(make_status_pgh("a", "b[core]"));
pghs.back()->package.spec =
PackageSpec::from_name_and_triplet("a", Triplet::X64_WINDOWS).value_or_exit(VCPKG_LINE_INFO);
StatusParagraphs status_db(std::move(pghs));
// Add a port "a" of which "core" and "0" are already installed.
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
auto spec_a = spec_map.emplace("a", "b[core]");
spec_map.emplace("b", "", {{"b0", ""}, {"b1", ""}}, {"b0"});
Dependencies::MapPortFileProvider provider(spec_map.map);
Dependencies::PackageGraph graph(provider, status_db);
graph.upgrade(spec_a);
auto plan = graph.serialize();
// The upgrade should not install the default feature
Assert::AreEqual(size_t(3), plan.size());
Assert::AreEqual("a", plan[0].spec().name().c_str());
Assert::IsTrue(plan[0].remove_action.has_value());
Assert::AreEqual("b", plan[1].spec().name().c_str());
Assert::IsTrue(plan[1].install_action.has_value());
features_check(&plan[1], "b", {"b0", "core"}, Triplet::X64_WINDOWS);
Assert::AreEqual("a", plan[2].spec().name().c_str());
Assert::IsTrue(plan[2].install_action.has_value());
features_check(&plan[2], "a", {"core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(transitive_features_test)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
auto spec_a_64 = FullPackageSpec{spec_map.emplace("a", "b", {{"0", "b[0]"}}), {"core"}};
auto spec_b_64 = FullPackageSpec{spec_map.emplace("b", "c", {{"0", "c[0]"}}), {"core"}};
auto spec_c_64 = FullPackageSpec{spec_map.emplace("c", "", {{"0", ""}}), {"core"}};
auto install_specs = FullPackageSpec::from_string("a[*]", Triplet::X64_WINDOWS);
Assert::IsTrue(install_specs.has_value());
if (!install_specs.has_value()) return;
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::IsTrue(install_plan.size() == 3);
features_check(&install_plan[0], "c", {"0", "core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[1], "b", {"0", "core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[2], "a", {"0", "core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(no_transitive_features_test)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
auto spec_a_64 = FullPackageSpec{spec_map.emplace("a", "b", {{"0", ""}}), {"core"}};
auto spec_b_64 = FullPackageSpec{spec_map.emplace("b", "c", {{"0", ""}}), {"core"}};
auto spec_c_64 = FullPackageSpec{spec_map.emplace("c", "", {{"0", ""}}), {"core"}};
auto install_specs = FullPackageSpec::from_string("a[*]", Triplet::X64_WINDOWS);
Assert::IsTrue(install_specs.has_value());
if (!install_specs.has_value()) return;
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::IsTrue(install_plan.size() == 3);
features_check(&install_plan[0], "c", {"core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[1], "b", {"core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[2], "a", {"0", "core"}, Triplet::X64_WINDOWS);
}
TEST_METHOD(only_transitive_features_test)
{
std::vector<std::unique_ptr<StatusParagraph>> status_paragraphs;
PackageSpecMap spec_map(Triplet::X64_WINDOWS);
auto spec_a_64 = FullPackageSpec{spec_map.emplace("a", "", {{"0", "b[0]"}}), {"core"}};
auto spec_b_64 = FullPackageSpec{spec_map.emplace("b", "", {{"0", "c[0]"}}), {"core"}};
auto spec_c_64 = FullPackageSpec{spec_map.emplace("c", "", {{"0", ""}}), {"core"}};
auto install_specs = FullPackageSpec::from_string("a[*]", Triplet::X64_WINDOWS);
Assert::IsTrue(install_specs.has_value());
if (!install_specs.has_value()) return;
auto install_plan = Dependencies::create_feature_install_plan(
spec_map.map,
FullPackageSpec::to_feature_specs({install_specs.value_or_exit(VCPKG_LINE_INFO)}),
StatusParagraphs(std::move(status_paragraphs)));
Assert::IsTrue(install_plan.size() == 3);
features_check(&install_plan[0], "c", {"0", "core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[1], "b", {"0", "core"}, Triplet::X64_WINDOWS);
features_check(&install_plan[2], "a", {"0", "core"}, Triplet::X64_WINDOWS);
}
};
class RemovePlanTests : public TestClass<RemovePlanTests>
{
TEST_METHOD(basic_remove_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
StatusParagraphs status_db(std::move(pghs));
auto remove_plan = Dependencies::create_remove_plan({unsafe_pspec("a")}, status_db);
Assert::AreEqual(size_t(1), remove_plan.size());
Assert::AreEqual("a", remove_plan[0].spec.name().c_str());
}
TEST_METHOD(recurse_remove_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
pghs.push_back(make_status_pgh("b", "a"));
StatusParagraphs status_db(std::move(pghs));
auto remove_plan = Dependencies::create_remove_plan({unsafe_pspec("a")}, status_db);
Assert::AreEqual(size_t(2), remove_plan.size());
Assert::AreEqual("b", remove_plan[0].spec.name().c_str());
Assert::AreEqual("a", remove_plan[1].spec.name().c_str());
}
TEST_METHOD(features_depend_remove_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
pghs.push_back(make_status_pgh("b"));
pghs.push_back(make_status_feature_pgh("b", "0", "a"));
StatusParagraphs status_db(std::move(pghs));
auto remove_plan = Dependencies::create_remove_plan({unsafe_pspec("a")}, status_db);
Assert::AreEqual(size_t(2), remove_plan.size());
Assert::AreEqual("b", remove_plan[0].spec.name().c_str());
Assert::AreEqual("a", remove_plan[1].spec.name().c_str());
}
TEST_METHOD(features_depend_remove_scheme_once_removed)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("expat"));
pghs.push_back(make_status_pgh("vtk", "expat"));
pghs.push_back(make_status_pgh("opencv"));
pghs.push_back(make_status_feature_pgh("opencv", "vtk", "vtk"));
StatusParagraphs status_db(std::move(pghs));
auto remove_plan = Dependencies::create_remove_plan({unsafe_pspec("expat")}, status_db);
Assert::AreEqual(size_t(3), remove_plan.size());
Assert::AreEqual("opencv", remove_plan[0].spec.name().c_str());
Assert::AreEqual("vtk", remove_plan[1].spec.name().c_str());
Assert::AreEqual("expat", remove_plan[2].spec.name().c_str());
}
TEST_METHOD(features_depend_remove_scheme_once_removed_x64)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("expat", "", "", "x64"));
pghs.push_back(make_status_pgh("vtk", "expat", "", "x64"));
pghs.push_back(make_status_pgh("opencv", "", "", "x64"));
pghs.push_back(make_status_feature_pgh("opencv", "vtk", "vtk", "x64"));
StatusParagraphs status_db(std::move(pghs));
auto remove_plan = Dependencies::create_remove_plan(
{unsafe_pspec("expat", Triplet::from_canonical_name("x64"))}, status_db);
Assert::AreEqual(size_t(3), remove_plan.size());
Assert::AreEqual("opencv", remove_plan[0].spec.name().c_str());
Assert::AreEqual("vtk", remove_plan[1].spec.name().c_str());
Assert::AreEqual("expat", remove_plan[2].spec.name().c_str());
}
TEST_METHOD(features_depend_core_remove_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("curl", "", "", "x64"));
pghs.push_back(make_status_pgh("cpr", "curl[core]", "", "x64"));
StatusParagraphs status_db(std::move(pghs));
auto remove_plan = Dependencies::create_remove_plan(
{unsafe_pspec("curl", Triplet::from_canonical_name("x64"))}, status_db);
Assert::AreEqual(size_t(2), remove_plan.size());
Assert::AreEqual("cpr", remove_plan[0].spec.name().c_str());
Assert::AreEqual("curl", remove_plan[1].spec.name().c_str());
}
TEST_METHOD(features_depend_core_remove_scheme_2)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("curl", "", "", "x64"));
pghs.push_back(make_status_feature_pgh("curl", "a", "", "x64"));
pghs.push_back(make_status_feature_pgh("curl", "b", "curl[a]", "x64"));
StatusParagraphs status_db(std::move(pghs));
auto remove_plan = Dependencies::create_remove_plan(
{unsafe_pspec("curl", Triplet::from_canonical_name("x64"))}, status_db);
Assert::AreEqual(size_t(1), remove_plan.size());
Assert::AreEqual("curl", remove_plan[0].spec.name().c_str());
}
};
class UpgradePlanTests : public TestClass<UpgradePlanTests>
{
TEST_METHOD(basic_upgrade_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
StatusParagraphs status_db(std::move(pghs));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a");
Dependencies::MapPortFileProvider provider(spec_map.map);
Dependencies::PackageGraph graph(provider, status_db);
graph.upgrade(spec_a);
auto plan = graph.serialize();
Assert::AreEqual(size_t(2), plan.size());
Assert::AreEqual("a", plan[0].spec().name().c_str());
Assert::IsTrue(plan[0].remove_action.has_value());
Assert::AreEqual("a", plan[1].spec().name().c_str());
Assert::IsTrue(plan[1].install_action.has_value());
}
TEST_METHOD(basic_upgrade_scheme_with_recurse)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
pghs.push_back(make_status_pgh("b", "a"));
StatusParagraphs status_db(std::move(pghs));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a");
spec_map.emplace("b", "a");
Dependencies::MapPortFileProvider provider(spec_map.map);
Dependencies::PackageGraph graph(provider, status_db);
graph.upgrade(spec_a);
auto plan = graph.serialize();
Assert::AreEqual(size_t(4), plan.size());
Assert::AreEqual("b", plan[0].spec().name().c_str());
Assert::IsTrue(plan[0].remove_action.has_value());
Assert::AreEqual("a", plan[1].spec().name().c_str());
Assert::IsTrue(plan[1].remove_action.has_value());
Assert::AreEqual("a", plan[2].spec().name().c_str());
Assert::IsTrue(plan[2].install_action.has_value());
Assert::AreEqual("b", plan[3].spec().name().c_str());
Assert::IsTrue(plan[3].install_action.has_value());
}
TEST_METHOD(basic_upgrade_scheme_with_bystander)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
pghs.push_back(make_status_pgh("b"));
StatusParagraphs status_db(std::move(pghs));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a");
spec_map.emplace("b", "a");
Dependencies::MapPortFileProvider provider(spec_map.map);
Dependencies::PackageGraph graph(provider, status_db);
graph.upgrade(spec_a);
auto plan = graph.serialize();
Assert::AreEqual(size_t(2), plan.size());
Assert::AreEqual("a", plan[0].spec().name().c_str());
Assert::IsTrue(plan[0].remove_action.has_value());
Assert::AreEqual("a", plan[1].spec().name().c_str());
Assert::IsTrue(plan[1].install_action.has_value());
}
TEST_METHOD(basic_upgrade_scheme_with_new_dep)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
StatusParagraphs status_db(std::move(pghs));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a", "b");
spec_map.emplace("b");
Dependencies::MapPortFileProvider provider(spec_map.map);
Dependencies::PackageGraph graph(provider, status_db);
graph.upgrade(spec_a);
auto plan = graph.serialize();
Assert::AreEqual(size_t(3), plan.size());
Assert::AreEqual("a", plan[0].spec().name().c_str());
Assert::IsTrue(plan[0].remove_action.has_value());
Assert::AreEqual("b", plan[1].spec().name().c_str());
Assert::IsTrue(plan[1].install_action.has_value());
Assert::AreEqual("a", plan[2].spec().name().c_str());
Assert::IsTrue(plan[2].install_action.has_value());
}
TEST_METHOD(basic_upgrade_scheme_with_features)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
pghs.push_back(make_status_feature_pgh("a", "a1"));
StatusParagraphs status_db(std::move(pghs));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a", "", {{"a1", ""}});
Dependencies::MapPortFileProvider provider(spec_map.map);
Dependencies::PackageGraph graph(provider, status_db);
graph.upgrade(spec_a);
auto plan = graph.serialize();
Assert::AreEqual(size_t(2), plan.size());
Assert::AreEqual("a", plan[0].spec().name().c_str());
Assert::IsTrue(plan[0].remove_action.has_value());
features_check(&plan[1], "a", {"core", "a1"});
}
TEST_METHOD(basic_upgrade_scheme_with_new_default_feature)
{
// only core of package "a" is installed
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
StatusParagraphs status_db(std::move(pghs));
// a1 was added as a default feature and should be installed in upgrade
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a", "", {{"a1", ""}}, {"a1"});
Dependencies::MapPortFileProvider provider(spec_map.map);
Dependencies::PackageGraph graph(provider, status_db);
graph.upgrade(spec_a);
auto plan = graph.serialize();
Assert::AreEqual(size_t(2), plan.size());
Assert::AreEqual("a", plan[0].spec().name().c_str());
Assert::IsTrue(plan[0].remove_action.has_value());
features_check(&plan[1], "a", {"core", "a1"});
}
};
class ExportPlanTests : public TestClass<ExportPlanTests>
{
TEST_METHOD(basic_export_scheme)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
StatusParagraphs status_db(std::move(pghs));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a");
auto plan = Dependencies::create_export_plan({spec_a}, status_db);
Assert::AreEqual(size_t(1), plan.size());
Assert::AreEqual("a", plan[0].spec.name().c_str());
Assert::IsTrue(plan[0].plan_type == Dependencies::ExportPlanType::ALREADY_BUILT);
}
TEST_METHOD(basic_export_scheme_with_recurse)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
pghs.push_back(make_status_pgh("b", "a"));
StatusParagraphs status_db(std::move(pghs));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a");
auto spec_b = spec_map.emplace("b", "a");
auto plan = Dependencies::create_export_plan({spec_b}, status_db);
Assert::AreEqual(size_t(2), plan.size());
Assert::AreEqual("a", plan[0].spec.name().c_str());
Assert::IsTrue(plan[0].plan_type == Dependencies::ExportPlanType::ALREADY_BUILT);
Assert::AreEqual("b", plan[1].spec.name().c_str());
Assert::IsTrue(plan[1].plan_type == Dependencies::ExportPlanType::ALREADY_BUILT);
}
TEST_METHOD(basic_export_scheme_with_bystander)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("a"));
pghs.push_back(make_status_pgh("b"));
StatusParagraphs status_db(std::move(pghs));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a");
auto spec_b = spec_map.emplace("b", "a");
auto plan = Dependencies::create_export_plan({spec_a}, status_db);
Assert::AreEqual(size_t(1), plan.size());
Assert::AreEqual("a", plan[0].spec.name().c_str());
Assert::IsTrue(plan[0].plan_type == Dependencies::ExportPlanType::ALREADY_BUILT);
}
TEST_METHOD(basic_export_scheme_with_missing)
{
StatusParagraphs status_db;
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a");
auto plan = Dependencies::create_export_plan({spec_a}, status_db);
Assert::AreEqual(size_t(1), plan.size());
Assert::AreEqual("a", plan[0].spec.name().c_str());
Assert::IsTrue(plan[0].plan_type == Dependencies::ExportPlanType::NOT_BUILT);
}
TEST_METHOD(basic_upgrade_scheme_with_features)
{
std::vector<std::unique_ptr<StatusParagraph>> pghs;
pghs.push_back(make_status_pgh("b"));
pghs.push_back(make_status_pgh("a"));
pghs.push_back(make_status_feature_pgh("a", "a1", "b[core]"));
StatusParagraphs status_db(std::move(pghs));
PackageSpecMap spec_map(Triplet::X86_WINDOWS);
auto spec_a = spec_map.emplace("a", "", {{"a1", ""}});
auto plan = Dependencies::create_export_plan({spec_a}, status_db);
Assert::AreEqual(size_t(2), plan.size());
Assert::AreEqual("b", plan[0].spec.name().c_str());
Assert::IsTrue(plan[0].plan_type == Dependencies::ExportPlanType::ALREADY_BUILT);
Assert::AreEqual("a", plan[1].spec.name().c_str());
Assert::IsTrue(plan[1].plan_type == Dependencies::ExportPlanType::ALREADY_BUILT);
}
};
}
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