/****************************************************************************
**
** Copyright (C) 2019 Denis Shienkov <denis.shienkov@gmail.com>
** Contact: http://www.qt.io/licensing
**
** This file is part of Qbs.
**
** Commercial License Usage
** Licensees holding valid commercial Qt licenses may use this file in
** accordance with the commercial license agreement provided with the
** Software or, alternatively, in accordance with the terms contained in
** a written agreement between you and The Qt Company. For licensing terms and
** conditions see http://www.qt.io/terms-conditions. For further information
** use the contact form at http://www.qt.io/contact-us.
**
** GNU Lesser General Public License Usage
** Alternatively, this file may be used under the terms of the GNU Lesser
** General Public License version 2.1 or version 3 as published by the Free
** Software Foundation and appearing in the file LICENSE.LGPLv21 and
** LICENSE.LGPLv3 included in the packaging of this file.  Please review the
** following information to ensure the GNU Lesser General Public License
** requirements will be met: https://www.gnu.org/licenses/lgpl.html and
** http://www.gnu.org/licenses/old-licenses/lgpl-2.1.html.
**
** In addition, as a special exception, The Qt Company gives you certain additional
** rights.  These rights are described in The Qt Company LGPL Exception
** version 1.1, included in the file LGPL_EXCEPTION.txt in this package.
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****************************************************************************/

var Cpp = require("cpp.js");
var Environment = require("qbs.Environment");
var File = require("qbs.File");
var FileInfo = require("qbs.FileInfo");
var ModUtils = require("qbs.ModUtils");
var PathTools = require("qbs.PathTools");
var Process = require("qbs.Process");
var TemporaryDir = require("qbs.TemporaryDir");
var TextFile = require("qbs.TextFile");
var Utilities = require("qbs.Utilities");

function isMcsArchitecture(architecture) {
    return architecture === "mcs51" || architecture === "mcs251";
}

function isC166Architecture(architecture) {
    return architecture === "c166";
}

function isArmArchitecture(architecture) {
    return architecture.startsWith("arm");
}

function isMcsCompiler(compilerPath) {
    var base = FileInfo.baseName(compilerPath).toLowerCase();
    return base === "c51" || base === "cx51" || base === "c251";
}

function isC166Compiler(compilerPath) {
    return FileInfo.baseName(compilerPath).toLowerCase() === "c166";
}

function isArmCCCompiler(compilerPath) {
    return FileInfo.baseName(compilerPath).toLowerCase() === "armcc";
}

function isArmClangCompiler(compilerPath) {
    return FileInfo.baseName(compilerPath).toLowerCase() === "armclang";
}

function compilerName(qbs) {
    var architecture = qbs.architecture;
    if (architecture === "mcs51")
        return "c51";
    if (architecture === "mcs251")
        return "c251";
    if (isC166Architecture(architecture))
        return "c166";
    if (isArmArchitecture(architecture))
        return "armcc";
    throw "Unable to deduce compiler name for unsupported architecture: '"
            + architecture + "'";
}

function assemblerName(qbs) {
    var architecture = qbs.architecture;
    if (architecture === "mcs51")
        return "a51";
    if (architecture === "mcs251")
        return "a251";
    if (isC166Architecture(architecture))
        return "a166";
    if (isArmArchitecture(architecture))
        return "armasm";
    throw "Unable to deduce assembler name for unsupported architecture: '"
            + architecture + "'";
}

function linkerName(qbs) {
    var architecture = qbs.architecture;
    if (architecture === "mcs51")
        return "bl51";
    if (architecture === "mcs251")
        return "l251";
    if (isC166Architecture(architecture))
        return "l166";
    if (isArmArchitecture(architecture))
        return "armlink";
    throw "Unable to deduce linker name for unsupported architecture: '"
            + architecture + "'";
}

function archiverName(qbs) {
    var architecture = qbs.architecture;
    if (architecture === "mcs51")
        return "lib51";
    if (architecture === "mcs251")
        return "lib251";
    if (isC166Architecture(architecture))
        return "lib166";
    if (isArmArchitecture(architecture))
        return "armar";
    throw "Unable to deduce archiver name for unsupported architecture: '"
            + architecture + "'";
}

function staticLibrarySuffix(qbs) {
    var architecture = qbs.architecture;
    if (isMcsArchitecture(architecture) || isC166Architecture(architecture)
            || isArmArchitecture(architecture)) {
        return ".lib";
    }
    throw "Unable to deduce static library suffix for unsupported architecture: '"
            + architecture + "'";
}

function executableSuffix(qbs) {
    var architecture = qbs.architecture;
    if (isMcsArchitecture(architecture) || isC166Architecture(architecture))
        return ".abs";
    if (isArmArchitecture(architecture))
        return ".axf";
    throw "Unable to deduce executable suffix for unsupported architecture: '"
            + architecture + "'";
}

function objectSuffix(qbs) {
    var architecture = qbs.architecture;
    if (isMcsArchitecture(architecture) || isC166Architecture(architecture))
        return ".obj";
    if (isArmArchitecture(architecture))
        return ".o";
    throw "Unable to deduce object file suffix for unsupported architecture: '"
            + architecture + "'";
}

function mapFileSuffix(qbs) {
    var architecture = qbs.architecture;
    if (isMcsArchitecture(architecture))
        return ".m51";
    if (isC166Architecture(architecture))
        return ".m66";
    return ".map";
}

function imageFormat(qbs) {
    var architecture = qbs.architecture;
    if (isMcsArchitecture(architecture) || isC166Architecture(architecture))
        // Keil OMF51 or OMF2 Object Module Format (which is an
        // extension of the original Intel OMF51).
        return "omf";
    if (isArmArchitecture(architecture))
        return "elf";
    throw "Unable to deduce image format for unsupported architecture: '"
            + architecture + "'";
}

function preincludeFlag(compilerPath) {
    if (isArmCCCompiler(compilerPath))
        return "--preinclude";
    else if (isArmClangCompiler(compilerPath))
        return "-include";
}

function guessArmCCArchitecture(targetArchArm, targetArchThumb) {
    var arch = "arm";
    if (targetArchArm === "4" && targetArchThumb === "0")
        arch += "v4";
    else if (targetArchArm === "4" && targetArchThumb === "1")
        arch += "v4t";
    else if (targetArchArm === "5" && targetArchThumb === "2")
        arch += "v5t";
    else if (targetArchArm === "6" && targetArchThumb === "3")
        arch += "v6";
    else if (targetArchArm === "6" && targetArchThumb === "4")
        arch += "v6t2";
    else if (targetArchArm === "0" && targetArchThumb === "3")
        arch += "v6m";
    else if (targetArchArm === "7" && targetArchThumb === "4")
        arch += "v7r";
    else if (targetArchArm === "0" && targetArchThumb === "4")
        arch += "v7m";
    return arch;
}

function guessArmClangArchitecture(targetArchArm, targetArchProfile) {
    var arch = "arm";
    if (targetArchArm !== "" && targetArchProfile !== "")
        arch += "v" + targetArchArm + targetArchProfile.toLowerCase();
    return arch;
}

function guessArchitecture(macros) {
    if (macros["__C51__"])
        return "mcs51";
    else if (macros["__C251__"])
        return "mcs251";
    else if (macros["__C166__"])
        return "c166";
    else if (macros["__CC_ARM"] === "1")
        return guessArmCCArchitecture(macros["__TARGET_ARCH_ARM"], macros["__TARGET_ARCH_THUMB"]);
    else if (macros["__clang__"] === "1" && macros["__arm__"] === "1")
        return guessArmClangArchitecture(macros["__ARM_ARCH"], macros["__ARM_ARCH_PROFILE"]);
}

function guessEndianness(macros) {
    if (macros["__C51__"] || macros["__C251__"]) {
        // The 8051 processors are 8-bit. So, the data with an integer type
        // represented by more than one byte is stored as big endian in the
        // Keil toolchain. See for more info:
        // * http://www.keil.com/support/man/docs/c51/c51_ap_2bytescalar.htm
        // * http://www.keil.com/support/man/docs/c51/c51_ap_4bytescalar.htm
        // * http://www.keil.com/support/man/docs/c251/c251_ap_2bytescalar.htm
        // * http://www.keil.com/support/man/docs/c251/c251_ap_4bytescalar.htm
        return "big";
    } else if (macros["__C166__"]) {
        // The C166 processors are 16-bit. So, the data with an integer type
        // represented by more than one byte is stored as little endian in the
        // Keil toolchain. See for more info:
        // * http://www.keil.com/support/man/docs/c166/c166_ap_ints.htm
        // * http://www.keil.com/support/man/docs/c166/c166_ap_longs.htm
        return "little";
    } else if (macros["__CC_ARM"]) {
        return macros["__BIG_ENDIAN"] ? "big" : "little";
    } else if (macros["__clang__"] && macros["__arm__"]) {
        switch (macros["__BYTE_ORDER__"]) {
        case "__ORDER_BIG_ENDIAN__":
            return "big";
        case "__ORDER_LITTLE_ENDIAN__":
            return "little";
        }
    }
}

function guessVersion(macros) {
    if (macros["__C51__"] || macros["__C251__"]) {
        var mcsVersion = macros["__C51__"] || macros["__C251__"];
        return { major: parseInt(mcsVersion / 100),
            minor: parseInt(mcsVersion % 100),
            patch: 0,
            found: true }
    } else if (macros["__C166__"]) {
        var xcVersion = macros["__C166__"];
        return { major: parseInt(xcVersion / 100),
            minor: parseInt(xcVersion % 100),
            patch: 0,
            found: true }
    } else if (macros["__CC_ARM"] || macros["__clang__"]) {
        var armVersion = macros["__ARMCC_VERSION"];
        return { major: parseInt(armVersion / 1000000),
            minor: parseInt(armVersion / 10000) % 100,
            patch: parseInt(armVersion) % 10000,
            found: true }
    }
}

function dumpMcsCompilerMacros(compilerFilePath, tag) {
    // C51 or C251 compiler support only C language.
    if (tag === "cpp")
        return {};

    // Note: The C51 or C251 compiler does not support the predefined
    // macros dumping. So, we do it with the following trick, where we try
    // to create and compile a special temporary file and to parse the console
    // output with the own magic pattern: (""|"key"|"value"|"").

    function createDumpMacrosFile() {
        var td = new TemporaryDir();
        var fn = FileInfo.fromNativeSeparators(td.path() + "/dump-macros.c");
        var tf = new TextFile(fn, TextFile.WriteOnly);
        tf.writeLine("#define VALUE_TO_STRING(x) #x");
        tf.writeLine("#define VALUE(x) VALUE_TO_STRING(x)");

        // Prepare for C51 compiler.
        tf.writeLine("#if defined(__C51__) || defined(__CX51__)");
        tf.writeLine("#  define VAR_NAME_VALUE(var) \"(\"\"\"\"|\"#var\"|\"VALUE(var)\"|\"\"\"\")\"");
        tf.writeLine("#  if defined (__C51__)");
        tf.writeLine("#    pragma message (VAR_NAME_VALUE(__C51__))");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__CX51__)");
        tf.writeLine("#    pragma message (VAR_NAME_VALUE(__CX51__))");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__MODEL__)");
        tf.writeLine("#    pragma message (VAR_NAME_VALUE(__MODEL__))");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__STDC__)");
        tf.writeLine("#    pragma message (VAR_NAME_VALUE(__STDC__))");
        tf.writeLine("#  endif");
        tf.writeLine("#endif");

        // Prepare for C251 compiler.
        tf.writeLine("#if defined(__C251__)");
        tf.writeLine("#  define VAR_NAME_VALUE(var) \"\"|#var|VALUE(var)|\"\"");
        tf.writeLine("#  if defined (__C251__)");
        tf.writeLine("#    warning (VAR_NAME_VALUE(__C251__))");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined (__MODEL__)");
        tf.writeLine("#    warning (VAR_NAME_VALUE(__MODEL__))");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined (__STDC__)");
        tf.writeLine("#    warning (VAR_NAME_VALUE(__STDC__))");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined (__FLOAT64__)");
        tf.writeLine("#    warning (VAR_NAME_VALUE(__FLOAT64__))");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined (__MODSRC__)");
        tf.writeLine("#    warning (VAR_NAME_VALUE(__MODSRC__))");
        tf.writeLine("#  endif");
        tf.writeLine("#endif");
        tf.close();
        return fn;
    }

    var fn = createDumpMacrosFile();
    var p = new Process();
    p.exec(compilerFilePath, [ fn ], false);
    var map = {};
    p.readStdOut().trim().split(/\r?\n/g).map(function(line) {
        var parts = line.split("\"|\"", 4);
        if (parts.length === 4)
            map[parts[1]] = parts[2];
    });
    return map;
}

function dumpC166CompilerMacros(compilerFilePath, tag) {
    // C166 compiler support only C language.
    if (tag === "cpp")
        return {};

    // Note: The C166 compiler does not support the predefined
    // macros dumping. Also, it does not support the '#pragma' and
    // '#message|warning|error' directives properly (it is impossible
    // to print to console the value of macro).
    // So, we do it with the following trick, where we try
    // to create and compile a special temporary file and to parse the console
    // output with the own magic pattern, e.g:
    //
    // *** WARNING C320 IN LINE 41 OF c51.c: __C166__
    // *** WARNING C2 IN LINE 42 OF c51.c: '757': unknown #pragma/control, line ignored
    //
    // where the '__C166__' is a key, and the '757' is a value.

    function createDumpMacrosFile() {
        var td = new TemporaryDir();
        var fn = FileInfo.fromNativeSeparators(td.path() + "/dump-macros.c");
        var tf = new TextFile(fn, TextFile.WriteOnly);

        // Prepare for C166 compiler.
        tf.writeLine("#if defined(__C166__)");
        tf.writeLine("#  if defined(__C166__)");
        tf.writeLine("#   warning __C166__");
        tf.writeLine("#   pragma __C166__");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__DUS__)");
        tf.writeLine("#   warning __DUS__");
        tf.writeLine("#   pragma __DUS__");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__MAC__)");
        tf.writeLine("#   warning __MAC__");
        tf.writeLine("#   pragma __MAC__");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__MOD167__)");
        tf.writeLine("#   warning __MOD167__");
        tf.writeLine("#   pragma __MOD167__");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__MODEL__)");
        tf.writeLine("#   warning __MODEL__");
        tf.writeLine("#   pragma __MODEL__");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__MODV2__)");
        tf.writeLine("#   warning __MODV2__");
        tf.writeLine("#   pragma __MODV2__");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__SAVEMAC__)");
        tf.writeLine("#   warning __SAVEMAC__");
        tf.writeLine("#   pragma __SAVEMAC__");
        tf.writeLine("#  endif");
        tf.writeLine("#  if defined(__STDC__)");
        tf.writeLine("#   warning __STDC__");
        tf.writeLine("#   pragma __STDC__");
        tf.writeLine("#  endif");
        tf.writeLine("#endif");

        tf.close();
        return fn;
    }

    var fn = createDumpMacrosFile();
    var p = new Process();
    p.exec(compilerFilePath, [ fn ], false);
    var lines = p.readStdOut().trim().split(/\r?\n/g);

    var map = {};
    for (var i = 0; i < lines.length; ++i) {
        // First line should contains the macro key.
        var keyLine = lines[i];
        if (!keyLine.startsWith("***"))
            continue;
        var key;
        if (keyLine.endsWith("__C166__"))
            key = "__C166__";
        else if (keyLine.endsWith("__DUS__"))
            key = "__DUS__";
        else if (keyLine.endsWith("__MAC__"))
            key = "__MAC__";
        else if (keyLine.endsWith("__MOD167__"))
            key = "__MOD167__";
        else if (keyLine.endsWith("__MODEL__"))
            key = "__MODEL__";
        else if (keyLine.endsWith("__MODV2__"))
            key = "__MODV2__";
        else if (keyLine.endsWith("__SAVEMAC__"))
            key = "__SAVEMAC__";
        else if (keyLine.endsWith("__STDC__"))
            key = "__STDC__";
        else
            continue;

        i += 1;
        if (i >= lines.length)
            break;

        // Second line should contains the macro value.
        var valueLine = lines[i];
        if (!valueLine.startsWith("***"))
            continue;

        var startQuoteIndex = valueLine.indexOf("'");
        if (startQuoteIndex === -1)
            continue;
        var stopQuoteIndex = valueLine.indexOf("'", startQuoteIndex + 1);
        if (stopQuoteIndex === -1)
            continue;

        var value = valueLine.substring(startQuoteIndex + 1, stopQuoteIndex);
        map[key] = value;
    }
    return map;
}

function dumpArmCCCompilerMacros(compilerFilePath, tag, nullDevice) {
    var args = [ "-E", "--list-macros", "--cpu=cortex-m0", nullDevice ];
    if (tag === "cpp")
        args.push("--cpp");

    var p = new Process();
    p.exec(compilerFilePath, args, false);
    var map = {};
    p.readStdOut().trim().split(/\r?\n/g).map(function (line) {
        if (!line.startsWith("#define"))
            return;
        var parts = line.split(" ", 3);
        map[parts[1]] = parts[2];
    });
    return map;
}

function dumpArmClangCompilerMacros(compilerFilePath, tag, nullDevice) {
    var args = [ "--target=arm-arm-none-eabi", "-mcpu=cortex-m0", "-dM", "-E",
                "-x", ((tag === "cpp") ? "c++" : "c"), nullDevice ];
    var p = new Process();
    p.exec(compilerFilePath, args, false);
    var map = {};
    p.readStdOut().trim().split(/\r?\n/g).map(function (line) {
        var parts = line.split(" ", 3);
        map[parts[1]] = parts[2];
    });
    return map;
}

function dumpMacros(compilerFilePath, tag, nullDevice) {
    if (isMcsCompiler(compilerFilePath))
        return dumpMcsCompilerMacros(compilerFilePath, tag, nullDevice);
    else if (isC166Compiler(compilerFilePath))
        return dumpC166CompilerMacros(compilerFilePath, tag, nullDevice);
    else if (isArmCCCompiler(compilerFilePath))
        return dumpArmCCCompilerMacros(compilerFilePath, tag, nullDevice);
    else if (isArmClangCompiler(compilerFilePath))
        return dumpArmClangCompilerMacros(compilerFilePath, tag, nullDevice);
    return {};
}

function dumpMcsCompilerIncludePaths(compilerFilePath) {
    var includePath = compilerFilePath.replace(/bin[\\\/](.*)$/i, "inc");
    return [includePath];
}

function dumpC166CompilerIncludePaths(compilerFilePath) {
    // Same as for MCS compiler.
    return dumpMcsCompilerIncludePaths(compilerFilePath);
}

function dumpArmCCCompilerIncludePaths(compilerFilePath) {
    var includePath = compilerFilePath.replace(/bin[\\\/](.*)$/i, "include");
    return [includePath];
}

function dumpArmClangCompilerIncludePaths(compilerFilePath, nullDevice) {
    var args = [ "--target=arm-arm-none-eabi", "-mcpu=cortex-m0", "-v", "-E",
                "-x", "c++", nullDevice ];
    var p = new Process();
    p.exec(compilerFilePath, args, false);
    var lines = p.readStdErr().trim().split(/\r?\n/g).map(function (line) { return line.trim(); });
    var addIncludes = false;
    var includePaths = [];
    for (var i = 0; i < lines.length; ++i) {
        var line = lines[i];
        if (line === "#include <...> search starts here:")
            addIncludes = true;
        else if (line === "End of search list.")
            addIncludes = false;
        else if (addIncludes)
            includePaths.push(line);
    }
    return includePaths;
}

function dumpDefaultPaths(compilerFilePath, nullDevice) {
    var includePaths = [];
    if (isMcsCompiler(compilerFilePath))
        includePaths = dumpMcsCompilerIncludePaths(compilerFilePath);
    else if (isC166Compiler(compilerFilePath))
        includePaths = dumpC166CompilerIncludePaths(compilerFilePath);
    else if (isArmCCCompiler(compilerFilePath))
        includePaths = dumpArmCCCompilerIncludePaths(compilerFilePath);
    else if (isArmClangCompiler(compilerFilePath))
        includePaths = dumpArmClangCompilerIncludePaths(compilerFilePath, nullDevice);
    return { "includePaths": includePaths };
}

function adjustPathsToWindowsSeparators(sourcePaths) {
    var resulingPaths = [];
    sourcePaths.forEach(function(path) {
        resulingPaths.push(FileInfo.toWindowsSeparators(path));
    });
    return resulingPaths;
}

function collectLibraryDependencies(product) {
    var seen = {};
    var result = [];

    function addFilePath(filePath) {
        result.push({ filePath: filePath });
    }

    function addArtifactFilePaths(dep, artifacts) {
        if (!artifacts)
            return;
        var artifactFilePaths = artifacts.map(function(a) { return a.filePath; });
        artifactFilePaths.forEach(addFilePath);
    }

    function addExternalStaticLibs(obj) {
        if (!obj.cpp)
            return;
        function ensureArray(a) {
            return Array.isArray(a) ? a : [];
        }
        function sanitizedModuleListProperty(obj, moduleName, propertyName) {
            return ensureArray(ModUtils.sanitizedModuleProperty(obj, moduleName, propertyName));
        }
        var externalLibs = [].concat(
                    sanitizedModuleListProperty(obj, "cpp", "staticLibraries"));
        var staticLibrarySuffix = obj.moduleProperty("cpp", "staticLibrarySuffix");
        externalLibs.forEach(function(staticLibraryName) {
            if (!staticLibraryName.endsWith(staticLibrarySuffix))
                staticLibraryName += staticLibrarySuffix;
            addFilePath(staticLibraryName);
        });
    }

    function traverse(dep) {
        if (seen.hasOwnProperty(dep.name))
            return;
        seen[dep.name] = true;

        if (dep.parameters.cpp && dep.parameters.cpp.link === false)
            return;

        var staticLibraryArtifacts = dep.artifacts["staticlibrary"];
        if (staticLibraryArtifacts) {
            dep.dependencies.forEach(traverse);
            addArtifactFilePaths(dep, staticLibraryArtifacts);
            addExternalStaticLibs(dep);
        }
    }

    product.dependencies.forEach(traverse);
    addExternalStaticLibs(product);
    return result;
}

function filterMcsOutput(output) {
    var filteredLines = [];
    output.split(/\r\n|\r|\n/).forEach(function(line) {
        var regexp = /^\s*\*{3}\s|^\s{29}|^\s{4}\S|^\s{2}[0-9A-F]{4}|^\s{21,25}\d+|^[0-9A-F]{4}\s\d+/;
        if (regexp.exec(line))
            filteredLines.push(line);
    });
    return filteredLines.join('\n');
};

function filterC166Output(output) {
    var filteredLines = [];
    output.split(/\r\n|\r|\n/).forEach(function(line) {
        var regexp = /^\s*\*{3}\s|^\s{29}|^\s{27,28}\d+|^\s{21}\d+|^\s{4}\S|^\s{2}[0-9A-F]{4}|^[0-9A-F]{4}\s\d+/;
        if (regexp.exec(line))
            filteredLines.push(line);
    });
    return filteredLines.join('\n');
};

function compilerOutputArtifacts(input, useListing) {
    var artifacts = [];
    artifacts.push({
        fileTags: ["obj"],
        filePath: Utilities.getHash(input.baseDir) + "/"
              + input.fileName + input.cpp.objectSuffix
    });
    if (useListing) {
        artifacts.push({
            fileTags: ["lst"],
            filePath: Utilities.getHash(input.baseDir) + "/"
                  + (isMcsArchitecture(input.cpp.architecture)
                    ? input.fileName : input.baseName)
                  + ".lst"
        });
    }
    return artifacts;
}

function applicationLinkerOutputArtifacts(product) {
    var app = {
        fileTags: ["application"],
        filePath: FileInfo.joinPaths(
                      product.destinationDirectory,
                      PathTools.applicationFilePath(product))
    };
    var mem_map = {
        fileTags: ["mem_map"],
        filePath: FileInfo.joinPaths(
                      product.destinationDirectory,
                      product.targetName + product.cpp.mapFileSuffix)
    };
    return [app, mem_map];
}

function staticLibraryLinkerOutputArtifacts(product) {
    var staticLib = {
        fileTags: ["staticlibrary"],
        filePath: FileInfo.joinPaths(
                      product.destinationDirectory,
                      PathTools.staticLibraryFilePath(product))
    };
    return [staticLib]
}

function compilerFlags(project, product, input, outputs, explicitlyDependsOn) {
    // Determine which C-language we're compiling.
    var tag = ModUtils.fileTagForTargetLanguage(input.fileTags.concat(outputs.obj[0].fileTags));
    var args = [];

    var allDefines = [];
    var platformDefines = input.cpp.platformDefines;
    if (platformDefines)
        allDefines = allDefines.uniqueConcat(platformDefines);
    var defines = input.cpp.defines;
    if (defines)
        allDefines = allDefines.uniqueConcat(defines);

    var allIncludePaths = [];
    var includePaths = input.cpp.includePaths;
    if (includePaths)
        allIncludePaths = allIncludePaths.uniqueConcat(includePaths);
    var systemIncludePaths = input.cpp.systemIncludePaths;
    if (systemIncludePaths)
        allIncludePaths = allIncludePaths.uniqueConcat(systemIncludePaths);
    var distributionIncludePaths = input.cpp.distributionIncludePaths;
    if (distributionIncludePaths)
        allIncludePaths = allIncludePaths.uniqueConcat(distributionIncludePaths);

    var architecture = input.qbs.architecture;
    if (isMcsArchitecture(architecture) || isC166Architecture(architecture)) {
        // Input.
        args.push(FileInfo.toWindowsSeparators(input.filePath));

        // Output.
        args.push("OBJECT (" + FileInfo.toWindowsSeparators(outputs.obj[0].filePath) + ")");

        // Defines.
        if (allDefines.length > 0)
            args = args.concat("DEFINE (" + allDefines.join(",") + ")");

        // Includes.
        if (allIncludePaths.length > 0) {
            var adjusted = adjustPathsToWindowsSeparators(allIncludePaths);
            args = args.concat("INCDIR (" + adjusted.join(";") + ")");
        }

        // Debug information flags.
        if (input.cpp.debugInformation)
            args.push("DEBUG");

        // Optimization level flags.
        switch (input.cpp.optimization) {
        case "small":
            args.push("OPTIMIZE (SIZE)");
            break;
        case "fast":
            args.push("OPTIMIZE (SPEED)");
            break;
        case "none":
            args.push("OPTIMIZE (0)");
            break;
        }

        // Warning level flags.
        switch (input.cpp.warningLevel) {
        case "none":
            args.push("WARNINGLEVEL (0)");
            break;
        case "all":
            args.push("WARNINGLEVEL (2)");
            if (architecture === "mcs51")
                args.push("FARWARNING");
            break;
        }

        // Listing files generation flag.
        if (!product.cpp.generateCompilerListingFiles)
            args.push("NOPRINT");
        else
            args.push("PRINT(" + FileInfo.toWindowsSeparators(outputs.lst[0].filePath) + ")");
    } else if (isArmArchitecture(architecture)) {
        // Input.
        args.push("-c", input.filePath);
        // Output.
        args.push("-o", outputs.obj[0].filePath);

        // Defines.
        args = args.concat(allDefines.map(function(define) { return '-D' + define }));
        // Includes.
        args = args.concat(allIncludePaths.map(function(include) { return '-I' + include }));

        var prefixHeaders = input.cpp.prefixHeaders;
        for (var i in prefixHeaders)
            args.push(input.cpp.preincludeFlag, prefixHeaders[i]);

        var compilerPath = input.cpp.compilerPath;
        if (isArmCCCompiler(compilerPath)) {
            // Debug information flags.
            if (input.cpp.debugInformation) {
                args.push("--debug");
                args.push("-g");
            }

            // Optimization level flags.
            switch (input.cpp.optimization) {
            case "small":
                args.push("-Ospace")
                break;
            case "fast":
                args.push("-Otime")
                break;
            case "none":
                args.push("-O0")
                break;
            }

            // Warning level flags.
            switch (input.cpp.warningLevel) {
            case "none":
                args.push("-W");
                break;
            default:
                // By default all warnings are enabled.
                break;
            }

            if (tag === "c") {
                // C language version flags.
                var knownCLanguageValues = ["c99", "c90"];
                var cLanguageVersion = Cpp.languageVersion(
                            input.cpp.cLanguageVersion, knownCLanguageValues, "C");
                switch (cLanguageVersion) {
                case "c99":
                    args.push("--c99");
                    break;
                case "c90":
                    args.push("--c90");
                    break;
                }
            } else if (tag === "cpp") {
                // C++ language version flags.
                var knownCppLanguageValues = ["c++11", "c++03"];
                var cppLanguageVersion = Cpp.languageVersion(
                            input.cpp.cxxLanguageVersion, knownCppLanguageValues, "C++");
                switch (cppLanguageVersion) {
                case "c++11":
                    args.push("--cpp11");
                    break;
                default:
                    // Default C++ language is C++03.
                    args.push("--cpp");
                    break;
                }

                // Exceptions flags.
                var enableExceptions = input.cpp.enableExceptions;
                if (enableExceptions !== undefined)
                    args.push(enableExceptions ? "--exceptions" : "--no_exceptions");

                // RTTI flags.
                var enableRtti = input.cpp.enableRtti;
                if (enableRtti !== undefined)
                    args.push(enableRtti ? "--rtti" : "--no_rtti");
            }

            // Listing files generation flag.
            if (product.cpp.generateCompilerListingFiles) {
                args.push("--list");
                args.push("--list_dir", FileInfo.path(outputs.lst[0].filePath));
            }
        } else if (isArmClangCompiler(compilerPath)) {
            // Debug information flags.
            if (input.cpp.debugInformation)
                args.push("-g");

            // Optimization level flags.
            switch (input.cpp.optimization) {
            case "small":
                args.push("-Oz")
                break;
            case "fast":
                args.push("-Ofast")
                break;
            case "none":
                args.push("-O0")
                break;
            }

            // Warning level flags.
            switch (input.cpp.warningLevel) {
            case "all":
                args.push("-Wall");
                break;
            default:
                break;
            }

            if (input.cpp.treatWarningsAsErrors)
                args.push("-Werror");

            if (tag === "c") {
                // C language version flags.
                var knownCLanguageValues = ["c11", "c99", "c90", "c89"];
                var cLanguageVersion = Cpp.languageVersion(
                            input.cpp.cLanguageVersion, knownCLanguageValues, "C");
                if (cLanguageVersion)
                    args.push("-std=" + cLanguageVersion);
            } else if (tag === "cpp") {
                // C++ language version flags.
                var knownCppLanguageValues = ["c++17", "c++14", "c++11", "c++03", "c++98"];
                var cppLanguageVersion = Cpp.languageVersion(
                            input.cpp.cxxLanguageVersion, knownCppLanguageValues, "C++");
                if (cppLanguageVersion)
                    args.push("-std=" + cppLanguageVersion);

                // Exceptions flags.
                var enableExceptions = input.cpp.enableExceptions;
                if (enableExceptions !== undefined)
                    args.push(enableExceptions ? "-fexceptions" : "-fno-exceptions");

                // RTTI flags.
                var enableRtti = input.cpp.enableRtti;
                if (enableRtti !== undefined)
                    args.push(enableRtti ? "-frtti" : "-fno-rtti");
            }

            // Listing files generation does not supported!
            // There are only a workaround: http://www.keil.com/support/docs/4152.htm
        }
    }

    // Misc flags.
    args = args.concat(ModUtils.moduleProperty(input, "platformFlags"),
                       ModUtils.moduleProperty(input, "flags"),
                       ModUtils.moduleProperty(input, "platformFlags", tag),
                       ModUtils.moduleProperty(input, "flags", tag),
                       ModUtils.moduleProperty(input, "driverFlags", tag));
    return args;
}

function assemblerFlags(project, product, input, outputs, explicitlyDependsOn) {
    // Determine which C-language we're compiling
    var tag = ModUtils.fileTagForTargetLanguage(input.fileTags.concat(outputs.obj[0].fileTags));
    var args = [];

    var allDefines = [];
    var platformDefines = input.cpp.platformDefines;
    if (platformDefines)
        allDefines = allDefines.uniqueConcat(platformDefines);
    var defines = input.cpp.defines;
    if (defines)
        allDefines = allDefines.uniqueConcat(defines);

    var allIncludePaths = [];
    var includePaths = input.cpp.includePaths;
    if (includePaths)
        allIncludePaths = allIncludePaths.uniqueConcat(includePaths);
    var systemIncludePaths = input.cpp.systemIncludePaths;
    if (systemIncludePaths)
        allIncludePaths = allIncludePaths.uniqueConcat(systemIncludePaths);
    var distributionIncludePaths = input.cpp.distributionIncludePaths;
    if (distributionIncludePaths)
        allIncludePaths = allIncludePaths.uniqueConcat(distributionIncludePaths);

    var architecture = input.qbs.architecture;
    if (isMcsArchitecture(architecture) || isC166Architecture(architecture)) {
        // Input.
        args.push(FileInfo.toWindowsSeparators(input.filePath));

        // Output.
        args.push("OBJECT (" + FileInfo.toWindowsSeparators(outputs.obj[0].filePath) + ")");

        // Defines.
        if (allDefines.length > 0)
            args = args.concat("DEFINE (" + allDefines.join(",") + ")");

        // Includes.
        if (allIncludePaths.length > 0) {
            var adjusted = adjustPathsToWindowsSeparators(allIncludePaths);
            args = args.concat("INCDIR (" + adjusted.join(";") + ")");
        }

        // Debug information flags.
        if (input.cpp.debugInformation)
            args.push("DEBUG");

        // Enable errors printing.
        args.push("EP");

        // Listing files generation flag.
        if (!product.cpp.generateAssemblerListingFiles)
            args.push("NOPRINT");
        else
            args.push("PRINT(" + FileInfo.toWindowsSeparators(outputs.lst[0].filePath) + ")");
    } else if (isArmArchitecture(architecture)) {
        // Input.
        args.push(input.filePath);

        // Output.
        args.push("-o", outputs.obj[0].filePath);

        // Defines.
        allDefines.forEach(function(define) {
            var parts = define.split("=");
            args.push("--pd");
            if (parts[1] === undefined)
                args.push(parts[0] + " SETA " + 1);
            else if (parts[1].contains("\""))
                args.push(parts[0] + " SETS " + parts[1]);
            else
                args.push(parts[0] + " SETA " + parts[1]);
        });

        // Includes.
        args = args.concat(allIncludePaths.map(function(include) { return '-I' + include }));

        // Debug information flags.
        if (input.cpp.debugInformation) {
            args.push("--debug");
            args.push("-g");
        }

        // Warning level flags.
        if (input.cpp.warningLevel === "none")
            args.push("--no_warn");

        // Byte order flags.
        var endianness = input.cpp.endianness;
        if (endianness)
            args.push((endianness === "little") ? "--littleend" : "--bigend");

        // Listing files generation flag.
        if (product.cpp.generateAssemblerListingFiles)
            args.push("--list", outputs.lst[0].filePath);
    }

    // Misc flags.
    args = args.concat(ModUtils.moduleProperty(input, "platformFlags", tag),
                       ModUtils.moduleProperty(input, "flags", tag),
                       ModUtils.moduleProperty(input, "driverFlags", tag));
    return args;
}

function linkerFlags(project, product, input, outputs) {
    var args = [];

    var architecture = product.qbs.architecture;
    if (isMcsArchitecture(architecture) || isC166Architecture(architecture)) {
        // Note: The C51/256/166 linker does not distinguish an object files and
        // a libraries, it interpret all this stuff as an input objects,
        // so, we need to pass it together in one string.

        var allObjectPaths = [];
        function addObjectPath(obj) {
            allObjectPaths.push(obj.filePath);
        }

        // Inputs.
        if (inputs.obj)
            inputs.obj.map(function(obj) { addObjectPath(obj) });

        // Library dependencies.
        var libraryObjects = collectLibraryDependencies(product);
        libraryObjects.forEach(function(dep) { addObjectPath(dep); })

        // Add all input objects as arguments (application and library object files).
        var adjusted = adjustPathsToWindowsSeparators(allObjectPaths);
        args = args.concat(adjusted.join(","));

        // Output.
        // Note: We need to wrap an output file name with quotes. Otherwise
        // the linker will ignore a specified file name.
        args.push("TO", '"' + FileInfo.toWindowsSeparators(outputs.application[0].filePath) + '"');

        // Map file generation flag.
        if (!product.cpp.generateLinkerMapFile)
            args.push("NOMAP");
    } else if (isArmArchitecture(architecture)) {
        // Inputs.
        if (inputs.obj)
            args = args.concat(inputs.obj.map(function(obj) { return obj.filePath }));

        // Output.
        args.push("--output", outputs.application[0].filePath);

        // Library paths.
        var libraryPaths = product.cpp.libraryPaths;
        if (libraryPaths)
            args.push("--userlibpath=" + libraryPaths.join(","));

        // Library dependencies.
        var libraryDependencies = collectLibraryDependencies(product);
        args = args.concat(libraryDependencies.map(function(dep) { return dep.filePath; }));

        // Debug information flag.
        var debugInformation = product.cpp.debugInformation;
        if (debugInformation !== undefined)
            args.push(debugInformation ? "--debug" : "--no_debug");

        // Map file generation flag.
        if (product.cpp.generateLinkerMapFile)
            args.push("--list", outputs.mem_map[0].filePath);

        // Entry point flag.
        if (product.cpp.entryPoint)
            args.push("--entry", product.cpp.entryPoint);

        // Linker scripts flags.
        var linkerScripts = inputs.linkerscript
                ? inputs.linkerscript.map(function(a) { return a.filePath; }) : [];
        linkerScripts.forEach(function(script) { args.push("--scatter", script); });
    }

    // Misc flags.
    args = args.concat(ModUtils.moduleProperty(product, "driverLinkerFlags"));
    return args;
}

function archiverFlags(project, product, input, outputs) {
    var args = [];

    var architecture = product.qbs.architecture;
    if (isMcsArchitecture(architecture) || isC166Architecture(architecture)) {
        // Library creation command.
        args.push("TRANSFER");

        var allObjectPaths = [];
        function addObjectPath(obj) {
            allObjectPaths.push(obj.filePath);
        }

        // Inputs.
        if (inputs.obj)
            inputs.obj.map(function(obj) { addObjectPath(obj) });

        // Add all input objects as arguments.
        var adjusted = adjustPathsToWindowsSeparators(allObjectPaths);
        args = args.concat(adjusted.join(","));

        // Output.
        // Note: We need to wrap a output file name with quotes. Otherwise
        // the linker will ignore a specified file name.
        args.push("TO", '"' + FileInfo.toWindowsSeparators(outputs.staticlibrary[0].filePath) + '"');
    } else if (isArmArchitecture(architecture)) {
        // Note: The ARM archiver command line expect the output file
        // first, and then a set of input objects.

        // Output.
        args.push("--create", outputs.staticlibrary[0].filePath);

        // Inputs.
        if (inputs.obj)
            args = args.concat(inputs.obj.map(function(obj) { return obj.filePath }));

        // Debug information flag.
        if (product.cpp.debugInformation)
            args.push("--debug_symbols");
    }

    return args;
}

function prepareCompiler(project, product, inputs, outputs, input, output, explicitlyDependsOn) {
    var args = compilerFlags(project, product, input, outputs, explicitlyDependsOn);
    var compilerPath = input.cpp.compilerPath;
    var architecture = input.cpp.architecture;
    var cmd = new Command(compilerPath, args);
    cmd.description = "compiling " + input.fileName;
    cmd.highlight = "compiler";
    if (isMcsArchitecture(architecture)) {
        cmd.maxExitCode = 1;
        cmd.stdoutFilterFunction = filterMcsOutput;
    } else if (isC166Architecture(architecture)) {
        cmd.maxExitCode = 1;
        cmd.stdoutFilterFunction = filterC166Output;
    }
    return [cmd];
}

function prepareAssembler(project, product, inputs, outputs, input, output, explicitlyDependsOn) {
    var args = assemblerFlags(project, product, input, outputs, explicitlyDependsOn);
    var assemblerPath = input.cpp.assemblerPath;
    var architecture = input.cpp.architecture;
    var cmd = new Command(assemblerPath, args);
    cmd.description = "assembling " + input.fileName;
    cmd.highlight = "compiler";
    if (isMcsArchitecture(architecture)) {
        cmd.maxExitCode = 1;
        cmd.stdoutFilterFunction = filterMcsOutput;
    } else if (isC166Architecture(architecture)) {
        cmd.maxExitCode = 1;
        cmd.stdoutFilterFunction = filterC166Output;
    }
    return [cmd];
}

function prepareLinker(project, product, inputs, outputs, input, output) {
    var primaryOutput = outputs.application[0];
    var args = linkerFlags(project, product, input, outputs);
    var linkerPath = product.cpp.linkerPath;
    var architecture = product.cpp.architecture;
    var cmd = new Command(linkerPath, args);
    cmd.description = "linking " + primaryOutput.fileName;
    cmd.highlight = "linker";
    if (isMcsArchitecture(architecture)) {
        cmd.maxExitCode = 1;
        cmd.stdoutFilterFunction = filterMcsOutput;
    } else if (isC166Architecture(architecture)) {
        cmd.maxExitCode = 1;
        cmd.stdoutFilterFunction = filterC166Output;
    }
    return [cmd];
}

function prepareArchiver(project, product, inputs, outputs, input, output) {
    var args = archiverFlags(project, product, input, outputs);
    var archiverPath = product.cpp.archiverPath;
    var architecture = product.cpp.architecture;
    var cmd = new Command(archiverPath, args);
    cmd.description = "linking " + output.fileName;
    cmd.highlight = "linker";
    if (isMcsArchitecture(architecture)) {
        cmd.stdoutFilterFunction = filterMcsOutput;
    } else if (isC166Architecture(architecture)) {
        cmd.stdoutFilterFunction = filterC166Output;
    }
    return [cmd];
}