/*
  ==============================================================================

   This file is part of the JUCE framework.
   Copyright (c) Raw Material Software Limited

   JUCE is an open source framework subject to commercial or open source
   licensing.

   By downloading, installing, or using the JUCE framework, or combining the
   JUCE framework with any other source code, object code, content or any other
   copyrightable work, you agree to the terms of the JUCE End User Licence
   Agreement, and all incorporated terms including the JUCE Privacy Policy and
   the JUCE Website Terms of Service, as applicable, which will bind you. If you
   do not agree to the terms of these agreements, we will not license the JUCE
   framework to you, and you must discontinue the installation or download
   process and cease use of the JUCE framework.

   JUCE End User Licence Agreement: https://juce.com/legal/juce-8-licence/
   JUCE Privacy Policy: https://juce.com/juce-privacy-policy
   JUCE Website Terms of Service: https://juce.com/juce-website-terms-of-service/

   Or:

   You may also use this code under the terms of the AGPLv3:
   https://www.gnu.org/licenses/agpl-3.0.en.html

   THE JUCE FRAMEWORK IS PROVIDED "AS IS" WITHOUT ANY WARRANTY, AND ALL
   WARRANTIES, WHETHER EXPRESSED OR IMPLIED, INCLUDING WARRANTY OF
   MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, ARE DISCLAIMED.

  ==============================================================================
*/

#pragma once

#include "jucer_ProjectExport_MSVC.h"

//==============================================================================
class CodeBlocksProjectExporter final : public ProjectExporter
{
public:
    enum CodeBlocksOS
    {
        windowsTarget,
        linuxTarget
    };

    //==============================================================================
    static String getDisplayNameWindows()        { return "[Deprecated] Code::Blocks (Windows)"; }
    static String getDisplayNameLinux()          { return "[Deprecated] Code::Blocks (Linux)"; }

    static String getValueTreeTypeNameWindows()  { return "CODEBLOCKS_WINDOWS"; }
    static String getValueTreeTypeNameLinux()    { return "CODEBLOCKS_LINUX"; }

    static String getTargetFolderNameWindows()   { return "CodeBlocksWindows"; }
    static String getTargetFolderNameLinux()     { return "CodeBlocksLinux"; }

    //==============================================================================
    static CodeBlocksProjectExporter* createForSettings (Project& projectToUse, const ValueTree& settingsToUse)
    {
        // this will also import legacy jucer files where CodeBlocks only worked for Windows,
        // had valueTreetTypeName "CODEBLOCKS", and there was no OS distinction
        if (settingsToUse.hasType (getValueTreeTypeNameWindows()) || settingsToUse.hasType ("CODEBLOCKS"))
            return new CodeBlocksProjectExporter (projectToUse, settingsToUse, windowsTarget);

        if (settingsToUse.hasType (getValueTreeTypeNameLinux()))
            return new CodeBlocksProjectExporter (projectToUse, settingsToUse, linuxTarget);

        return nullptr;
    }

    //==============================================================================
    CodeBlocksProjectExporter (Project& p, const ValueTree& t, CodeBlocksOS codeBlocksOs)
        : ProjectExporter (p, t), os (codeBlocksOs)
    {
        if (isWindowsExporter())
        {
            name = getDisplayNameWindows();
            targetLocationValue.setDefault (getDefaultBuildsRootFolder() + getTargetFolderNameWindows());
            targetPlatformValue.referTo (settings, Ids::codeBlocksWindowsTarget, getUndoManager());
        }
        else
        {
            name = getDisplayNameLinux();
            targetLocationValue.setDefault (getDefaultBuildsRootFolder() + getTargetFolderNameLinux());
        }
    }

    //==============================================================================
    bool canLaunchProject() override                 { return false; }
    bool launchProject() override                    { return false; }
    bool usesMMFiles() const override                { return false; }
    bool canCopeWithDuplicateFiles() override        { return false; }
    bool supportsUserDefinedConfigurations() const override { return true; }

    bool isXcode() const override                    { return false; }
    bool isVisualStudio() const override             { return false; }
    bool isCodeBlocks() const override               { return true; }
    bool isMakefile() const override                 { return false; }
    bool isAndroidStudio() const override            { return false; }

    bool isAndroid() const override                  { return false; }
    bool isWindows() const override                  { return isWindowsExporter(); }
    bool isLinux() const override                    { return os == linuxTarget; }
    bool isOSX() const override                      { return false; }
    bool isiOS() const override                      { return false; }

    Identifier getExporterIdentifier() const override
    {
        return isLinux() ? getValueTreeTypeNameLinux() : getValueTreeTypeNameWindows();
    }

    String getNewLineString() const override         { return isWindows() ? "\r\n" : "\n"; }

    bool supportsTargetType (build_tools::ProjectType::Target::Type type) const override
    {
        using Target = build_tools::ProjectType::Target;

        switch (type)
        {
            case Target::StandalonePlugIn:
            case Target::GUIApp:
            case Target::ConsoleApp:
            case Target::StaticLibrary:
            case Target::SharedCodeTarget:
            case Target::AggregateTarget:
            case Target::VSTPlugIn:
            case Target::DynamicLibrary:
                return true;
            case Target::AAXPlugIn:
            case Target::UnityPlugIn:
            case Target::LV2PlugIn:
            case Target::LV2Helper:
            case Target::VST3PlugIn:
            case Target::VST3Helper:
            case Target::AudioUnitPlugIn:
            case Target::AudioUnitv3PlugIn:
            case Target::unspecified:
            default:
                break;
        }

        return false;
    }

    void createExporterProperties (PropertyListBuilder& props) override
    {
        if (isWindows())
        {
            props.add (new ChoicePropertyComponent (targetPlatformValue, "Target platform",
                                                    { "Windows Vista", "Windows Server 2008", "Windows 7", "Windows 8", "Windows 8.1", "Windows 10" },
                                                    { "0x0600",        "0x0600",              "0x0601",    "0x0602",    "0x0603",      "0x0A00" }),
                       "This sets the preprocessor macro WINVER to an appropriate value for the corresponding platform.");
        }
    }

    //==============================================================================
    void create (const OwnedArray<LibraryModule>&) const override
    {
        auto cbpFile = getTargetFolder().getChildFile (project.getProjectFilenameRootString())
                                        .withFileExtension (".cbp");

        XmlElement xml ("CodeBlocks_project_file");
        addVersion (xml);
        createProject (*xml.createNewChildElement ("Project"));
        writeXmlOrThrow (xml, cbpFile, "UTF-8", 10, true);

        linuxSubprocessHelperProperties.deployLinuxSubprocessHelperSourceFilesIfNecessary();
    }

    //==============================================================================
    void addPlatformSpecificSettingsForProjectType (const build_tools::ProjectType&) override
    {
        linuxSubprocessHelperProperties.addToExtraSearchPathsIfNecessary();

        // add shared code target first as order matters for Codeblocks
        if (shouldBuildTargetType (build_tools::ProjectType::Target::SharedCodeTarget))
            targets.add (new CodeBlocksTarget (*this, build_tools::ProjectType::Target::SharedCodeTarget));

        //resource::ProjectType::Target::SharedCodeTarget
        callForAllSupportedTargets ([this] (build_tools::ProjectType::Target::Type targetType)
                                    {
                                        if (targetType == build_tools::ProjectType::Target::SharedCodeTarget)
                                            return;

                                        targets.insert (targetType == build_tools::ProjectType::Target::AggregateTarget ? 0 : -1,
                                                        new CodeBlocksTarget (*this, targetType));
                                    });

        // If you hit this assert, you tried to generate a project for an exporter
        // that does not support any of your targets!
        jassert (targets.size() > 0);
    }

    void initialiseDependencyPathValues() override
    {
        auto targetOS = isWindows() ? TargetOS::windows : TargetOS::linux;

        vstLegacyPathValueWrapper.init ({ settings, Ids::vstLegacyFolder, nullptr },
                                        getAppSettings().getStoredPath (Ids::vstLegacyPath, targetOS), targetOS);
    }

private:
    ValueTreePropertyWithDefault targetPlatformValue;

    bool isWindowsExporter() const            { return os == windowsTarget; }
    String getTargetPlatformString() const    { return targetPlatformValue.get(); }

    //==============================================================================
    class CodeBlocksBuildConfiguration final : public BuildConfiguration
    {
    public:
        CodeBlocksBuildConfiguration (Project& p, const ValueTree& settings, const ProjectExporter& e)
            : BuildConfiguration (p, settings, e),
              architectureTypeValue (config, exporter.isWindows() ? Ids::windowsCodeBlocksArchitecture
                                                                  : Ids::linuxCodeBlocksArchitecture, getUndoManager(), "-m64")
        {
            linkTimeOptimisationValue.setDefault (false);
            optimisationLevelValue.setDefault (isDebug() ? gccO0 : gccO3);
        }

        void createConfigProperties (PropertyListBuilder& props) override
        {
            addRecommendedLinuxCompilerWarningsProperty (props);
            addGCCOptimisationProperty (props);

            props.add (new ChoicePropertyComponent (architectureTypeValue, "Architecture",
                                                    { "32-bit (-m32)", "64-bit (-m64)", "ARM v6",       "ARM v7" },
                                                    { "-m32",          "-m64",          "-march=armv6", "-march=armv7" }),
                       "Specifies the 32/64-bit architecture to use.");
        }

        String getModuleLibraryArchName() const override
        {
            auto archFlag = getArchitectureTypeString();
            String prefix ("-march=");

            if (archFlag.startsWith (prefix))
                return archFlag.substring (prefix.length());
            if (archFlag == "-m64")
                return "x86_64";
            if (archFlag == "-m32")
                return "i386";

            jassertfalse;
            return {};
        }

        String getArchitectureTypeString() const    { return architectureTypeValue.get(); }

        //==============================================================================
        ValueTreePropertyWithDefault architectureTypeValue;
    };

    BuildConfiguration::Ptr createBuildConfig (const ValueTree& tree) const override
    {
        return *new CodeBlocksBuildConfiguration (project, tree, *this);
    }

    //==============================================================================
    enum class IsDynamicLibrary
    {
        no,
        yes
    };

    enum class ShouldBeCompiled
    {
        no,
        yes
    };

    class CodeBlocksTarget final : public build_tools::ProjectType::Target
    {
    public:
        CodeBlocksTarget (const CodeBlocksProjectExporter& e,
                          build_tools::ProjectType::Target::Type typeToUse)
            : Target (typeToUse),
              exporter (e)
        {}

        String getTargetNameForConfiguration (const BuildConfiguration& config) const
        {
            if (type == build_tools::ProjectType::Target::AggregateTarget)
                return config.getName();

            return getName() + String (" | ") + config.getName();
        }

        String getTargetSuffix() const
        {
            auto fileType = getTargetFileType();

            if (exporter.isWindows())
            {
                switch (fileType)
                {
                    case executable:            return ".exe";
                    case staticLibrary:         return ".lib";
                    case sharedLibraryOrDLL:
                    case pluginBundle:          return ".dll";
                    case macOSAppex:
                    case unknown:
                    default:
                        break;
                }
            }
            else
            {
                switch (fileType)
                {
                    case executable:            return {};
                    case staticLibrary:         return ".a";
                    case pluginBundle:
                    case sharedLibraryOrDLL:    return ".so";
                    case macOSAppex:
                    case unknown:
                    default:
                        break;
                }
            }

            return {};
        }

        IsDynamicLibrary isDynamicLibrary() const
        {
            return (type == DynamicLibrary || type == VSTPlugIn) ? IsDynamicLibrary::yes
                                                                 : IsDynamicLibrary::no;
        }

        const CodeBlocksProjectExporter& exporter;
    };

    //==============================================================================
    class LinuxSubprocessHelperTarget
    {
    public:
        enum class HelperType
        {
            linuxSubprocessHelper,
            simpleBinaryBuilder
        };

        LinuxSubprocessHelperTarget (const CodeBlocksProjectExporter& exporter, HelperType helperTypeIn)
            : owner (exporter),
              helperType (helperTypeIn)
        {
        }

        String getTargetNameForConfiguration (const BuildConfiguration& config) const
        {
            return getName (helperType) + " | " + config.getName();
        }

        void addTarget (XmlElement& xml, const BuildConfiguration& config) const
        {
            xml.setAttribute ("title", getTargetNameForConfiguration (config));
            auto* output = xml.createNewChildElement ("Option");
            output->setAttribute ("output", getOutput (helperType, config));
            xml.createNewChildElement ("Option")->setAttribute ("object_output",
                                                                "obj/" + File::createLegalFileName (config.getName().trim()));
            xml.createNewChildElement ("Option")->setAttribute ("type", getTypeIndex (type));
            xml.createNewChildElement ("Option")->setAttribute ("compiler", "gcc");

            const auto isDynamicLibrary = IsDynamicLibrary::no;

            {
                auto* compiler = xml.createNewChildElement ("Compiler");

                for (auto flag : owner.getCompilerFlags (config, isDynamicLibrary))
                    owner.setAddOption (*compiler, "option", flag);
            }

            {
                auto* linker = xml.createNewChildElement ("Linker");

                for (auto& flag : owner.getLinkerFlags (config, isDynamicLibrary))
                    owner.setAddOption (*linker, "option", flag);
            }

            if (helperType == HelperType::simpleBinaryBuilder)
            {
                auto* postBuildCommands = xml.createNewChildElement ("ExtraCommands");

                const auto binaryDataSource = owner.linuxSubprocessHelperProperties
                                                   .getLinuxSubprocessHelperBinaryDataSource();

                owner.setAddOption (*postBuildCommands,
                                    "after",
                                    getOutput (HelperType::simpleBinaryBuilder, config)
                                        + " " + getOutput (HelperType::linuxSubprocessHelper, config)
                                        + " pre_build"
                                        + " " + binaryDataSource.getFileNameWithoutExtension().quoted()
                                        + " LinuxSubprocessHelperBinaryData");
            }
        }

        void addCompileUnits (XmlElement& xml) const
        {
            const auto file = getSource (helperType);
            auto* unit = xml.createNewChildElement ("Unit");
            unit->setAttribute ("filename", file.toUnixStyle());

            for (ConstConfigIterator config (owner); config.next();)
            {
                auto targetName = getTargetNameForConfiguration (*config);
                unit->createNewChildElement ("Option")->setAttribute ("target", targetName);
            }
        }

    private:
        build_tools::RelativePath getSource (HelperType helperTypeForSource) const
        {
            if (helperTypeForSource == HelperType::linuxSubprocessHelper)
                return owner.linuxSubprocessHelperProperties.getLinuxSubprocessHelperSource();

            return owner.linuxSubprocessHelperProperties.getSimpleBinaryBuilderSource();
        }

        String getName (HelperType helperTypeForName) const
        {
            return LinuxSubprocessHelperProperties::getBinaryNameFromSource (getSource (helperTypeForName));
        }

        String getOutput (HelperType helperTypeForOutput, const BuildConfiguration& config) const
        {
            return owner.getOutputPathForConfig (config) + "/" + getName (helperTypeForOutput);
        }

        const CodeBlocksProjectExporter& owner;
        HelperType helperType;
        build_tools::ProjectType::Target::Type type = build_tools::ProjectType::Target::ConsoleApp;
    };

    void addSubprocessHelperBinarySourceCompileUnit (XmlElement& xml) const
    {
        auto* unit = xml.createNewChildElement ("Unit");
        const auto binaryDataSource = linuxSubprocessHelperProperties.getLinuxSubprocessHelperBinaryDataSource();
        unit->setAttribute ("filename", binaryDataSource.toUnixStyle());

        for (ConstConfigIterator config (*this); config.next();)
        {
            const auto& target = getTargetForFile (resolveRelativePath (binaryDataSource), ShouldBeCompiled::yes);
            const auto targetName = target.getTargetNameForConfiguration (*config);
            unit->createNewChildElement ("Option")->setAttribute ("target", targetName);
        }
    }

    //==============================================================================
    void addVersion (XmlElement& xml) const
    {
        auto* fileVersion = xml.createNewChildElement ("FileVersion");
        fileVersion->setAttribute ("major", 1);
        fileVersion->setAttribute ("minor", 6);
    }

    void addOptions (XmlElement& xml) const
    {
        xml.createNewChildElement ("Option")->setAttribute ("title", project.getProjectNameString());
        xml.createNewChildElement ("Option")->setAttribute ("pch_mode", 2);
        xml.createNewChildElement ("Option")->setAttribute ("compiler", "gcc");
    }

    StringArray getDefines (const BuildConfiguration& config, CodeBlocksTarget& target) const
    {
        StringPairArray defines;

        if (isWindows())
        {
            defines.set ("__MINGW__", "1");
            defines.set ("__MINGW_EXTENSION", {});

            auto targetPlatform = getTargetPlatformString();

            if (targetPlatform.isNotEmpty())
                defines.set ("WINVER", targetPlatform);
        }
        else
        {
            defines.set ("LINUX", "1");
        }

        if (config.isDebug())
        {
            defines.set ("DEBUG", "1");
            defines.set ("_DEBUG", "1");
        }
        else
        {
            defines.set ("NDEBUG", "1");
        }

        defines = mergePreprocessorDefs (defines, getAllPreprocessorDefs (config, target.type));

        StringArray defs;
        auto keys = defines.getAllKeys();
        auto values = defines.getAllValues();

        const auto escapedQuote = isWindows() ? "\\\"" : "\\\\\"";

        for (int i = 0; i < defines.size(); ++i)
        {
            auto result = keys[i];

            if (values[i].isNotEmpty())
                result += "=\"" + values[i].replace ("\"", escapedQuote) + "\"";

            defs.add (result);
        }

        return getCleanedStringArray (defs);
    }

    StringArray getCompilerFlags (const BuildConfiguration& config, IsDynamicLibrary isDynamicLibrary) const
    {
        StringArray flags;

        if (auto* codeBlocksConfig = dynamic_cast<const CodeBlocksBuildConfiguration*> (&config))
            flags.add (codeBlocksConfig->getArchitectureTypeString());

        auto recommendedFlags = config.getRecommendedCompilerWarningFlags();

        for (auto& recommendedFlagsType : { recommendedFlags.common, recommendedFlags.cpp })
            for (auto& recommended : recommendedFlagsType)
                flags.add (recommended);

        flags.add ("-O" + config.getGCCOptimisationFlag());

        if (config.isLinkTimeOptimisationEnabled())
            flags.add ("-flto");

        {
            auto cppStandard = config.project.getCppStandardString();

            if (cppStandard == "latest")
                cppStandard = project.getLatestNumberedCppStandardString();

            flags.add ("-std=" + String (shouldUseGNUExtensions() ? "gnu++" : "c++") + cppStandard);
        }

        flags.add ("-mstackrealign");

        if (config.isDebug())
            flags.add ("-g");

        flags.addTokens (replacePreprocessorTokens (config, config.getAllCompilerFlagsString()).trim(),
                         " \n", "\"'");

        if (config.exporter.isLinux())
        {
            if (isDynamicLibrary == IsDynamicLibrary::yes || getProject().isAudioPluginProject())
                flags.add ("-fPIC");

            auto packages = config.exporter.getLinuxPackages (PackageDependencyType::compile);

            if (! packages.isEmpty())
            {
                auto pkgconfigFlags = String ("`pkg-config --cflags");

                for (auto& p : packages)
                    pkgconfigFlags << " " << p;

                pkgconfigFlags << "`";
                flags.add (pkgconfigFlags);
            }

            if (linuxLibs.contains ("pthread"))
                flags.add ("-pthread");
        }

        return getCleanedStringArray (flags);
    }

    StringArray getLinkerFlags (const BuildConfiguration& config, IsDynamicLibrary isDynamicLibrary) const
    {
        auto flags = makefileExtraLinkerFlags;

        if (auto* codeBlocksConfig = dynamic_cast<const CodeBlocksBuildConfiguration*> (&config))
            flags.add (codeBlocksConfig->getArchitectureTypeString());

        if (! config.isDebug())
            flags.add ("-s");

        if (config.isLinkTimeOptimisationEnabled())
            flags.add ("-flto");

        flags.addTokens (replacePreprocessorTokens (config, config.getAllLinkerFlagsString()).trim(), " \n", "\"'");

        if (config.exporter.isLinux())
        {
            if (isDynamicLibrary == IsDynamicLibrary::yes)
                flags.add ("-shared");

            auto packages = config.exporter.getLinuxPackages (PackageDependencyType::link);

            if (! packages.isEmpty())
            {
                String pkgconfigLibs ("`pkg-config --libs");

                for (auto& p : packages)
                    pkgconfigLibs << " " << p;

                pkgconfigLibs << "`";
                flags.add (pkgconfigLibs);
            }
        }

        return getCleanedStringArray (flags);
    }

    StringArray getLinkerSearchPaths (const BuildConfiguration& config, CodeBlocksTarget& target) const
    {
        auto librarySearchPaths = config.getLibrarySearchPaths();

        if (getProject().isAudioPluginProject() && target.type != build_tools::ProjectType::Target::SharedCodeTarget)
            librarySearchPaths.add (build_tools::RelativePath (getSharedCodePath (config), build_tools::RelativePath::buildTargetFolder).getParentDirectory().toUnixStyle().quoted());

        return librarySearchPaths;
    }

    StringArray getIncludePaths (const BuildConfiguration& config) const
    {
        StringArray paths;

        paths.add (".");
        paths.addArray (extraSearchPaths);
        paths.addArray (config.getHeaderSearchPaths());

        if (! isWindows())
        {
            paths.add ("/usr/include/freetype2");

            // Replace ~ character with $(HOME) environment variable
            for (auto& path : paths)
                path = path.replace ("~", "$(HOME)");
        }

        return getCleanedStringArray (paths);
    }

    static int getTypeIndex (const build_tools::ProjectType::Target::Type& type)
    {
        if (type == build_tools::ProjectType::Target::GUIApp || type == build_tools::ProjectType::Target::StandalonePlugIn)         return 0;
        if (type == build_tools::ProjectType::Target::ConsoleApp)                                                                   return 1;
        if (type == build_tools::ProjectType::Target::StaticLibrary || type == build_tools::ProjectType::Target::SharedCodeTarget)  return 2;
        if (type == build_tools::ProjectType::Target::DynamicLibrary || type == build_tools::ProjectType::Target::VSTPlugIn)        return 3;

        return 0;
    }

    String getOutputPathForConfig (const BuildConfiguration& config) const
    {
        if (config.getTargetBinaryRelativePathString().isNotEmpty())
        {
            build_tools::RelativePath binaryPath (config.getTargetBinaryRelativePathString(), build_tools::RelativePath::projectFolder);
            binaryPath = binaryPath.rebased (projectFolder, getTargetFolder(), build_tools::RelativePath::buildTargetFolder);
            return config.getTargetBinaryRelativePathString();
        }

        return "bin/" + File::createLegalFileName (config.getName().trim());
    }

    String getOutputPathForTarget (CodeBlocksTarget& target, const BuildConfiguration& config) const
    {
        return   getOutputPathForConfig (config)
               + "/"
               + replacePreprocessorTokens (config, config.getTargetBinaryNameString() + target.getTargetSuffix());
    }

    String getSharedCodePath (const BuildConfiguration& config) const
    {
        auto outputPath = getOutputPathForTarget (getTargetWithType (build_tools::ProjectType::Target::SharedCodeTarget), config);
        build_tools::RelativePath path (outputPath, build_tools::RelativePath::buildTargetFolder);
        auto filename = path.getFileName();

        if (isLinux())
            filename = "lib" + filename;

        return path.getParentDirectory().getChildFile (filename).toUnixStyle();
    }

    void createBuildTarget (XmlElement& xml, CodeBlocksTarget& target, const BuildConfiguration& config) const
    {
        xml.setAttribute ("title", target.getTargetNameForConfiguration (config));

        {
            auto* output = xml.createNewChildElement ("Option");

            output->setAttribute ("output", getOutputPathForTarget (target, config));

            if (isLinux())
            {
                bool keepPrefix = (target.type == build_tools::ProjectType::Target::VSTPlugIn);

                output->setAttribute ("prefix_auto", keepPrefix ? 0 : 1);
            }
            else
            {
                output->setAttribute ("prefix_auto", 0);
            }

            output->setAttribute ("extension_auto", 0);
        }

        xml.createNewChildElement ("Option")
             ->setAttribute ("object_output", "obj/" + File::createLegalFileName (config.getName().trim()));

        xml.createNewChildElement ("Option")->setAttribute ("type", getTypeIndex (target.type));
        xml.createNewChildElement ("Option")->setAttribute ("compiler", "gcc");

        if (getProject().isAudioPluginProject() && target.type != build_tools::ProjectType::Target::SharedCodeTarget)
            xml.createNewChildElement ("Option")->setAttribute ("external_deps", getSharedCodePath (config));

        {
            auto* compiler = xml.createNewChildElement ("Compiler");

            {
                StringArray flags;

                for (auto& def : getDefines (config, target))
                {
                    if (! def.containsChar ('='))
                        def << '=';

                    flags.add ("-D" + def);
                }

                flags.addArray (getCompilerFlags (config, target.isDynamicLibrary()));

                for (auto flag : flags)
                    setAddOption (*compiler, "option", flag);
            }

            {
                auto includePaths = getIncludePaths (config);

                for (auto path : includePaths)
                    setAddOption (*compiler, "directory", path);
            }
        }

        {
            auto* linker = xml.createNewChildElement ("Linker");

            if (getProject().isAudioPluginProject() && target.type != build_tools::ProjectType::Target::SharedCodeTarget)
                setAddOption (*linker, "option", getSharedCodePath (config).quoted());

            for (auto& flag : getLinkerFlags (config, target.isDynamicLibrary()))
                setAddOption (*linker, "option", flag);

            const StringArray& libs = isWindows() ? mingwLibs : linuxLibs;

            for (auto lib : libs)
                setAddOption (*linker, "library", lib);

            for (auto& path : getLinkerSearchPaths (config, target))
                setAddOption (*linker, "directory",
                              build_tools::replacePreprocessorDefs (getAllPreprocessorDefs(), path));
        }
    }

    void addBuild (XmlElement& xml) const
    {
        auto* build = xml.createNewChildElement ("Build");

        for (ConstConfigIterator config (*this); config.next();)
        {
            if (linuxSubprocessHelperProperties.shouldUseLinuxSubprocessHelper())
                for (const auto& helperTarget : helperTargets)
                    helperTarget.addTarget (*build->createNewChildElement ("Target"), *config);

            for (auto target : targets)
                if (target->type != build_tools::ProjectType::Target::AggregateTarget)
                    createBuildTarget (*build->createNewChildElement ("Target"), *target, *config);
        }
    }

    void addVirtualTargets (XmlElement& xml) const
    {
        auto* virtualTargets = xml.createNewChildElement ("VirtualTargets");

        for (ConstConfigIterator config (*this); config.next();)
        {
            StringArray allTargets;

            if (linuxSubprocessHelperProperties.shouldUseLinuxSubprocessHelper())
                for (const auto& target : helperTargets)
                    allTargets.add (target.getTargetNameForConfiguration (*config));

            for (auto target : targets)
                if (target->type != build_tools::ProjectType::Target::AggregateTarget)
                    allTargets.add (target->getTargetNameForConfiguration (*config));

            for (auto target : targets)
            {
                if (target->type == build_tools::ProjectType::Target::AggregateTarget)
                {
                    auto* configTarget = virtualTargets->createNewChildElement ("Add");

                    configTarget->setAttribute ("alias", config->getName());
                    configTarget->setAttribute ("targets", allTargets.joinIntoString (";"));
                }
            }
        }
    }

    StringArray getProjectCompilerOptions() const
    {
        return { "-Wall", "-Wno-strict-aliasing", "-Wno-strict-overflow" };
    }

    void addProjectCompilerOptions (XmlElement& xml) const
    {
        auto* compiler = xml.createNewChildElement ("Compiler");

        for (auto& option : getProjectCompilerOptions())
            setAddOption (*compiler, "option", option);
    }

    StringArray getProjectLinkerLibs() const
    {
        StringArray result;

        if (isWindows())
            result.addArray ({ "gdi32", "user32", "kernel32", "comctl32" });

        result.addTokens (getExternalLibrariesString(), ";\n", "\"'");

        result = getCleanedStringArray (result);

        for (auto& option : result)
            option = build_tools::replacePreprocessorDefs (getAllPreprocessorDefs(), option);

        return result;
    }

    void addProjectLinkerOptions (XmlElement& xml) const
    {
        auto* linker = xml.createNewChildElement ("Linker");

        for (auto& lib : getProjectLinkerLibs())
            setAddOption (*linker, "library", lib);
    }

    CodeBlocksTarget& getTargetWithType (build_tools::ProjectType::Target::Type type) const
    {
        CodeBlocksTarget* nonAggregrateTarget = nullptr;

        for (auto* target : targets)
        {
            if (target->type == type)
                return *target;

            if (target->type != build_tools::ProjectType::Target::AggregateTarget)
                nonAggregrateTarget = target;
        }

        // this project has no valid targets
        jassert (nonAggregrateTarget != nullptr);

        return *nonAggregrateTarget;
    }

    // Returns SharedCode target for multi-target projects, otherwise it returns
    // the single target
    CodeBlocksTarget& getMainTarget() const
    {
        if (getProject().isAudioPluginProject())
            return getTargetWithType (build_tools::ProjectType::Target::SharedCodeTarget);

        for (auto* target : targets)
            if (target->type != build_tools::ProjectType::Target::AggregateTarget)
                return *target;

        jassertfalse;

        return *targets[0];
    }

    CodeBlocksTarget& getTargetForFile (const File& file, ShouldBeCompiled shouldBeCompiled) const
    {
        if (getProject().isAudioPluginProject())
        {
            if (shouldBeCompiled == ShouldBeCompiled::no)
                return getTargetWithType (build_tools::ProjectType::Target::SharedCodeTarget);

            return getTargetWithType (getProject().getTargetTypeFromFilePath (file, true));
        }

        return getMainTarget();
    }

    CodeBlocksTarget& getTargetForProjectItem (const Project::Item& projectItem) const
    {
        return getTargetForFile (projectItem.getFile(),
                                 projectItem.shouldBeCompiled() ? ShouldBeCompiled::yes
                                                                : ShouldBeCompiled::no);
    }

    void addCompileUnits (const Project::Item& projectItem, XmlElement& xml) const
    {
        if (projectItem.isGroup())
        {
            for (int i = 0; i < projectItem.getNumChildren(); ++i)
                addCompileUnits (projectItem.getChild (i), xml);
        }
        else if (projectItem.shouldBeAddedToTargetProject() && projectItem.shouldBeAddedToTargetExporter (*this))
        {
            build_tools::RelativePath file (projectItem.getFile(), getTargetFolder(), build_tools::RelativePath::buildTargetFolder);

            auto* unit = xml.createNewChildElement ("Unit");
            unit->setAttribute ("filename", file.toUnixStyle());

            for (ConstConfigIterator config (*this); config.next();)
            {
                auto targetName = getTargetForProjectItem (projectItem).getTargetNameForConfiguration (*config);
                unit->createNewChildElement ("Option")->setAttribute ("target", targetName);
            }

            if (projectItem.shouldBeCompiled())
            {
                auto extraCompilerFlags = getCompilerFlagsForProjectItem (projectItem);

                if (extraCompilerFlags.isNotEmpty())
                {
                    auto* optionElement = unit->createNewChildElement ("Option");

                    optionElement->setAttribute ("compiler",     "gcc");
                    optionElement->setAttribute ("use",          1);
                    optionElement->setAttribute ("buildCommand", "$compiler $options " + extraCompilerFlags + " $includes -c $file  -o $object");
                }
            }
            else
            {
                unit->createNewChildElement ("Option")->setAttribute ("compile", 0);
                unit->createNewChildElement ("Option")->setAttribute ("link", 0);
            }
        }
    }

    bool hasResourceFile() const
    {
        return ! projectType.isStaticLibrary();
    }

    void addCompileUnits (XmlElement& xml) const
    {
        if (linuxSubprocessHelperProperties.shouldUseLinuxSubprocessHelper())
        {
            for (const auto& helperTarget : helperTargets)
                helperTarget.addCompileUnits (xml);

            addSubprocessHelperBinarySourceCompileUnit (xml);
        }

        for (int i = 0; i < getAllGroups().size(); ++i)
            addCompileUnits (getAllGroups().getReference (i), xml);

        if (hasResourceFile())
        {
            const auto iconFile = getTargetFolder().getChildFile ("icon.ico");

            if (! build_tools::asArray (getIcons()).isEmpty())
                build_tools::writeWinIcon (getIcons(), iconFile);

            auto rcFile = getTargetFolder().getChildFile ("resources.rc");
            MSVCProjectExporterBase::createRCFile (project, iconFile, rcFile);

            auto* unit = xml.createNewChildElement ("Unit");
            unit->setAttribute ("filename", rcFile.getFileName());
            unit->createNewChildElement ("Option")->setAttribute ("compilerVar", "WINDRES");
        }
    }

    void createProject (XmlElement& xml) const
    {
        addOptions (xml);
        addBuild (xml);
        addVirtualTargets (xml);
        addProjectCompilerOptions (xml);
        addProjectLinkerOptions (xml);
        addCompileUnits (xml);
    }

    void setAddOption (XmlElement& xml, const String& nm, const String& value) const
    {
        xml.createNewChildElement ("Add")->setAttribute (nm, value);
    }

    CodeBlocksOS os;

    OwnedArray<CodeBlocksTarget> targets;

    // The order of these targets is significant, as latter targets depend on earlier ones
    const LinuxSubprocessHelperTarget helperTargets[2] { { *this, LinuxSubprocessHelperTarget::HelperType::linuxSubprocessHelper },
                                                         { *this, LinuxSubprocessHelperTarget::HelperType::simpleBinaryBuilder   } };

    JUCE_DECLARE_NON_COPYABLE (CodeBlocksProjectExporter)
};