Diddy-Kong-Racing/tools/dkr_assets_tool_src/builder/buildInfo.cpp

#include "buildInfo.h"

#include "misc/globalSettings.h"
#include "helpers/c/cContext.h"
#include "helpers/jsonHelper.h"

using namespace DkrAssetsTool;

BuildInfo::BuildInfo() {
    DebugHelper::error("Must not initalize empty build info.");
}
/*
BuildInfo::BuildInfo(JsonFile *src, const fs::path &dst, const fs::path &dir) 
    : srcFile(src), dstPath(dst), localDirectory(dir) {
    _buildType = BUILD_TO_FILE;
}*/

/*
BuildInfo::BuildInfo(JsonFile *src, const fs::path &dir) 
    : srcFile(src), dstPath(""), localDirectory(dir) {
    _buildType = BUILD_TO_BINARY;
}
*/

BuildInfo::BuildInfo(std::string buildId, std::string buildSectionId, const JsonFile &src, size_t fileIndex, const fs::path &dir, const BuildInfoContext &infoContext) 
    : _dstPath(""), _localDirectory(dir), _jsonFile(src), _infoContext(infoContext), _buildId(buildId), _buildSectionId(buildSectionId), _fileIndex(fileIndex) {
    _buildType = BUILD_TO_BINARY;
    const JsonFile &jsonFile = get_src_json_file();
    _type = jsonFile.get_string("/type", "NoType");
}

BuildInfo::BuildInfo(std::string buildId, std::string buildSectionId, std::string deferredFromBuildId, std::string deferredFromSectionId, const std::vector<uint8_t> &outData, 
    size_t fileIndex, const fs::path &dir, const BuildInfoContext &infoContext) : out(outData), _dstPath(""), _localDirectory(dir), _jsonFile(std::nullopt), _infoContext(infoContext), 
    _buildId(buildId), _buildSectionId(buildSectionId), _deferredFromBuildId(deferredFromBuildId), _deferredFromSectionId(deferredFromSectionId), _type("Binary"), _fileIndex(fileIndex) {
    _buildType = BUILD_TO_BINARY;
}

BuildInfo::~BuildInfo() {
}

BuildInfoType BuildInfo::get_build_type() const {
    return _buildType;
}

bool BuildInfo::build_to_file() const {
    return _buildType == BUILD_TO_FILE;
}

bool BuildInfo::build_to_binary() const {
    return _buildType == BUILD_TO_BINARY;
}
    
void BuildInfo::write_out_to_dstPath() {
    FileHelper::write_binary_file(out, _dstPath, true);
}
    
void BuildInfo::copy_to_dstPath(fs::path srcPath) {
    FileHelper::copy(srcPath, _dstPath);
}

void BuildInfo::write_empty_file_to_dstPath() {
    FileHelper::write_empty_file(_dstPath, true);
}

fs::path BuildInfo::get_dstPath() const {
    return _dstPath;
}

fs::path BuildInfo::get_dst_folder() const {
    return _dstPath.parent_path();
}

fs::path BuildInfo::get_dst_filename() const {
    return _dstPath.filename();
}

fs::path BuildInfo::get_path_to_directory() const {
    return GlobalSettings::get_decomp_path_to_output_assets() / _localDirectory;
}
    
CContext &BuildInfo::get_c_context() const {
    const BuildInfoContext &infoContext = _infoContext.value();
    return infoContext.get_c_context();
}
    
BuildTextureCache &BuildInfo::get_texture_cache() const {
    const BuildInfoContext &infoContext = _infoContext.value();
    return infoContext.get_texture_cache();
}

BuildInfoCollection &BuildInfo::get_collection() const {
    const BuildInfoContext &infoContext = _infoContext.value();
    return infoContext.get_collection();
}

const JsonFile &BuildInfo::get_src_json_file() const {
    DebugHelper::assert_(_jsonFile.has_value(), 
        "(BuildInfo::get_src_json_file) _jsonFile is null! build id was \"", _buildId, "\"");
    return _jsonFile.value();
}

const BuildInfoContext &BuildInfo::get_info_context() const {
    DebugHelper::assert_(_infoContext.has_value(), 
        "(BuildInfo::get_info_context) _infoContext is null! build id was \"", _buildId, "\"");
    return _infoContext.value();
}

std::string BuildInfo::get_type() const {
    return _type;
}

std::string BuildInfo::get_build_id() const {
    return _buildId;
}

std::string BuildInfo::get_section_build_id() const {
    return _buildSectionId;
}

std::string BuildInfo::get_deferred_from_build_id() const {
    return _deferredFromBuildId;
}

std::string BuildInfo::get_deferred_from_section_build_id() const {
    return _deferredFromSectionId;
}

size_t BuildInfo::get_file_index() const {
    return _fileIndex;
}

bool BuildInfo::is_deferred() const {
    return !_deferredFromSectionId.empty();
}

bool BuildInfo::is_complete() const {
    return _complete;
}

void BuildInfo::done() {
    _complete = true;
    //pad_output_data();
}
    
void BuildInfo::pad_output_data() {
    while((out.size() % 8) != 0) {
        out.push_back(0);
    }
}
    
void BuildInfo::load_structs_into_c_context(std::vector<fs::path> structFilesToLoad) {
    fs::path includeFolder = GlobalSettings::get_decomp_path("include_subpath", "include/");
    
    DebugHelper::assert_(!includeFolder.empty(),
        "(BuildInfo::load_structs_into_c_context) Could not find the include folder!");
    
    CContext &cContext = get_c_context();
    
    for(fs::path &structPath : structFilesToLoad) {
        CStructHelper::load_structs_from_file(cContext, includeFolder / structPath);
    }
}

void BuildInfo::load_enums_into_c_context(std::vector<fs::path> enumFilesToLoad) {
    fs::path includeFolder = GlobalSettings::get_decomp_path("include_subpath", "include/");
    
    DebugHelper::assert_(!includeFolder.empty(),
        "(BuildInfo::load_enums_into_c_context) Could not find the include folder!");
    
    CContext &cContext = get_c_context();
    
    for(fs::path &enumPath : enumFilesToLoad) {
        CEnumsHelper::load_enums_from_file(cContext, includeFolder / enumPath);
    }
}