func compileFileWithRecipe(sourcePath string, source string, buildPath string, buildProperties props.PropertiesMap, includes []string, recipe string, verbose bool, warningsLevel string, logger i18n.Logger) (string, error) {
properties := buildProperties.Clone()
properties[constants.BUILD_PROPERTIES_COMPILER_WARNING_FLAGS] = properties[constants.BUILD_PROPERTIES_COMPILER_WARNING_FLAGS+"."+warningsLevel]
properties[constants.BUILD_PROPERTIES_INCLUDES] = strings.Join(includes, constants.SPACE)
properties[constants.BUILD_PROPERTIES_SOURCE_FILE] = source
relativeSource, err := filepath.Rel(sourcePath, source)
if err != nil {
return "", i18n.WrapError(err)
}
properties[constants.BUILD_PROPERTIES_OBJECT_FILE] = filepath.Join(buildPath, relativeSource+".o")
err = utils.EnsureFolderExists(filepath.Dir(properties[constants.BUILD_PROPERTIES_OBJECT_FILE]))
if err != nil {
return "", i18n.WrapError(err)
}
objIsUpToDate, err := ObjFileIsUpToDate(properties[constants.BUILD_PROPERTIES_SOURCE_FILE], properties[constants.BUILD_PROPERTIES_OBJECT_FILE], filepath.Join(buildPath, relativeSource+".d"))
if err != nil {
return "", i18n.WrapError(err)
}
if !objIsUpToDate {
_, err = ExecRecipe(properties, recipe, false, verbose, verbose, logger)
if err != nil {
return "", i18n.WrapError(err)
}
} else if verbose {
logger.Println(constants.LOG_LEVEL_INFO, constants.MSG_USING_PREVIOUS_COMPILED_FILE, properties[constants.BUILD_PROPERTIES_OBJECT_FILE])
}
return properties[constants.BUILD_PROPERTIES_OBJECT_FILE], nil
}
func compileFileWithRecipe(sourcePath string, source string, buildPath string, buildProperties map[string]string, includes []string, recipe string, verbose bool, warningsLevel string, logger i18n.Logger) (string, error) {
properties := utils.MergeMapsOfStrings(make(map[string]string), buildProperties)
properties[constants.BUILD_PROPERTIES_COMPILER_WARNING_FLAGS] = properties[constants.BUILD_PROPERTIES_COMPILER_WARNING_FLAGS+"."+warningsLevel]
properties[constants.BUILD_PROPERTIES_INCLUDES] = strings.Join(includes, constants.SPACE)
properties[constants.BUILD_PROPERTIES_SOURCE_FILE] = source
relativeSource, err := filepath.Rel(sourcePath, source)
if err != nil {
return "", utils.WrapError(err)
}
properties[constants.BUILD_PROPERTIES_OBJECT_FILE] = filepath.Join(buildPath, relativeSource+".o")
err = os.MkdirAll(filepath.Dir(properties[constants.BUILD_PROPERTIES_OBJECT_FILE]), os.FileMode(0755))
if err != nil {
return "", utils.WrapError(err)
}
objIsUpToDate, err := ObjFileIsUpToDate(properties[constants.BUILD_PROPERTIES_SOURCE_FILE], properties[constants.BUILD_PROPERTIES_OBJECT_FILE], filepath.Join(buildPath, relativeSource+".d"))
if err != nil {
return "", utils.WrapError(err)
}
if !objIsUpToDate {
_, err = ExecRecipe(properties, recipe, false, verbose, verbose, logger)
if err != nil {
return "", utils.WrapError(err)
}
} else if verbose {
logger.Println(constants.MSG_USING_PREVIOUS_COMPILED_FILE, properties[constants.BUILD_PROPERTIES_OBJECT_FILE])
}
return properties[constants.BUILD_PROPERTIES_OBJECT_FILE], nil
}
func TestI18NInheritance(t *testing.T) {
var logger i18n.Logger
logger = i18n.HumanLogger{}
logger.Println(constants.LOG_LEVEL_INFO, "good {0} {1}", "morning", "vietnam!")
logger = i18n.MachineLogger{}
logger.Println(constants.LOG_LEVEL_INFO, "good {0} {1}", "morning", "vietnam!")
}
func compileLibrary(library *types.Library, buildPath string, buildProperties properties.Map, includes []string, verbose bool, warningsLevel string, logger i18n.Logger) ([]string, error) {
if verbose {
logger.Println(constants.LOG_LEVEL_INFO, "Compiling library \"{0}\"", library.Name)
}
libraryBuildPath := filepath.Join(buildPath, library.Name)
err := utils.EnsureFolderExists(libraryBuildPath)
if err != nil {
return nil, i18n.WrapError(err)
}
objectFiles := []string{}
if library.Layout == types.LIBRARY_RECURSIVE {
objectFiles, err = builder_utils.CompileFilesRecursive(objectFiles, library.SrcFolder, libraryBuildPath, buildProperties, includes, verbose, warningsLevel, logger)
if err != nil {
return nil, i18n.WrapError(err)
}
if library.DotALinkage {
archiveFile, err := builder_utils.ArchiveCompiledFiles(libraryBuildPath, library.Name+".a", objectFiles, buildProperties, verbose, logger)
if err != nil {
return nil, i18n.WrapError(err)
}
objectFiles = []string{archiveFile}
}
} else {
if library.UtilityFolder != "" {
includes = append(includes, utils.WrapWithHyphenI(library.UtilityFolder))
}
objectFiles, err = builder_utils.CompileFiles(objectFiles, library.SrcFolder, false, libraryBuildPath, buildProperties, includes, verbose, warningsLevel, logger)
if err != nil {
return nil, i18n.WrapError(err)
}
if library.UtilityFolder != "" {
utilityBuildPath := filepath.Join(libraryBuildPath, constants.LIBRARY_FOLDER_UTILITY)
objectFiles, err = builder_utils.CompileFiles(objectFiles, library.UtilityFolder, false, utilityBuildPath, buildProperties, includes, verbose, warningsLevel, logger)
if err != nil {
return nil, i18n.WrapError(err)
}
}
}
return objectFiles, nil
}
//FIXME it's also resolving previously resolved libraries
func resolveLibraries(includes []string, headerToLibraries map[string][]*types.Library, previousImportedLibraries []*types.Library, platforms []*types.Platform, debugLevel int, logger i18n.Logger) ([]*types.Library, error) {
markImportedLibrary := make(map[*types.Library]bool)
for _, header := range includes {
libraries := headerToLibraries[header]
if libraries != nil {
if len(libraries) == 1 {
markImportedLibrary[libraries[0]] = true
} else {
var library *types.Library
for _, platform := range platforms {
if platform != nil && library == nil {
librariesWithinSpecifiedPlatform, err := librariesWithinPlatform(libraries, platform)
if err != nil {
return nil, utils.WrapError(err)
}
library = findBestLibraryWithHeader(header, librariesWithinSpecifiedPlatform)
}
}
for _, platform := range platforms {
if platform != nil && library == nil {
library = findBestLibraryWithHeader(header, librariesCompatibleWithPlatform(libraries, platform))
}
}
if library == nil {
library = findBestLibraryWithHeader(header, libraries)
}
if library == nil {
library = libraries[0]
}
if debugLevel > 0 && !sliceContainsLibrary(previousImportedLibraries, library) {
logger.Fprintln(os.Stderr, constants.MSG_LIBRARIES_MULTIPLE_LIBS_FOUND_FOR, header)
logger.Fprintln(os.Stderr, constants.MSG_LIBRARIES_USED, library.Folder)
for _, notUsedLibrary := range libraries {
if library != notUsedLibrary {
logger.Fprintln(os.Stderr, constants.MSG_LIBRARIES_NOT_USED, notUsedLibrary.Folder)
}
}
}
markImportedLibrary[library] = true
}
}
}
var importedLibraries []*types.Library
for library, _ := range markImportedLibrary {
importedLibraries = append(importedLibraries, library)
}
return importedLibraries, nil
}
func checkSize(buildProperties properties.Map, verbose bool, warningsLevel string, logger i18n.Logger) error {
properties := buildProperties.Clone()
properties[constants.BUILD_PROPERTIES_COMPILER_WARNING_FLAGS] = properties[constants.BUILD_PROPERTIES_COMPILER_WARNING_FLAGS+"."+warningsLevel]
maxTextSizeString := properties[constants.PROPERTY_UPLOAD_MAX_SIZE]
maxDataSizeString := properties[constants.PROPERTY_UPLOAD_MAX_DATA_SIZE]
if maxTextSizeString == "" {
return nil
}
maxTextSize, err := strconv.Atoi(maxTextSizeString)
if err != nil {
return err
}
maxDataSize := -1
if maxDataSizeString != "" {
maxDataSize, err = strconv.Atoi(maxDataSizeString)
if err != nil {
return err
}
}
textSize, dataSize, _, err := execSizeReceipe(properties, logger)
if err != nil {
logger.Println(constants.LOG_LEVEL_WARN, constants.MSG_SIZER_ERROR_NO_RULE)
return nil
}
logger.Println(constants.LOG_LEVEL_INFO, constants.MSG_SIZER_TEXT_FULL, strconv.Itoa(textSize), strconv.Itoa(maxTextSize), strconv.Itoa(textSize*100/maxTextSize))
if dataSize >= 0 {
if maxDataSize > 0 {
logger.Println(constants.LOG_LEVEL_INFO, constants.MSG_SIZER_DATA_FULL, strconv.Itoa(dataSize), strconv.Itoa(maxDataSize), strconv.Itoa(dataSize*100/maxDataSize), strconv.Itoa(maxDataSize-dataSize))
} else {
logger.Println(constants.LOG_LEVEL_INFO, constants.MSG_SIZER_DATA, strconv.Itoa(dataSize))
}
}
if textSize > maxTextSize {
logger.Println(constants.LOG_LEVEL_ERROR, constants.MSG_SIZER_TEXT_TOO_BIG)
return errors.New("")
}
if maxDataSize > 0 && dataSize > maxDataSize {
logger.Println(constants.LOG_LEVEL_ERROR, constants.MSG_SIZER_DATA_TOO_BIG)
return errors.New("")
}
if properties[constants.PROPERTY_WARN_DATA_PERCENT] != "" {
warnDataPercentage, err := strconv.Atoi(properties[constants.PROPERTY_WARN_DATA_PERCENT])
if err != nil {
return err
}
if maxDataSize > 0 && dataSize > maxDataSize*warnDataPercentage/100 {
logger.Println(constants.LOG_LEVEL_WARN, constants.MSG_SIZER_LOW_MEMORY)
}
}
return nil
}
func makeNewLibrary(libraryFolder string, debugLevel int, logger i18n.Logger) (*types.Library, error) {
properties, err := props.Load(filepath.Join(libraryFolder, constants.LIBRARY_PROPERTIES), logger)
if err != nil {
return nil, utils.WrapError(err)
}
if properties[constants.LIBRARY_MAINTAINER] == constants.EMPTY_STRING && properties[constants.LIBRARY_EMAIL] != constants.EMPTY_STRING {
properties[constants.LIBRARY_MAINTAINER] = properties[constants.LIBRARY_EMAIL]
}
for _, propName := range LIBRARY_NOT_SO_MANDATORY_PROPERTIES {
if properties[propName] == constants.EMPTY_STRING {
properties[propName] = "-"
}
}
library := &types.Library{}
if stat, err := os.Stat(filepath.Join(libraryFolder, constants.LIBRARY_FOLDER_SRC)); err == nil && stat.IsDir() {
library.Layout = types.LIBRARY_RECURSIVE
library.SrcFolder = filepath.Join(libraryFolder, constants.LIBRARY_FOLDER_SRC)
} else {
library.Layout = types.LIBRARY_FLAT
library.SrcFolder = libraryFolder
}
subFolders, err := utils.ReadDirFiltered(libraryFolder, utils.FilterDirs)
if err != nil {
return nil, utils.WrapError(err)
}
if debugLevel > 0 {
for _, subFolder := range subFolders {
if utils.IsSCCSOrHiddenFile(subFolder) {
if !utils.IsSCCSFile(subFolder) && utils.IsHiddenFile(subFolder) {
logger.Fprintln(os.Stdout, constants.LOG_LEVEL_WARN, constants.MSG_WARNING_SPURIOUS_FILE_IN_LIB, filepath.Base(subFolder.Name()), properties[constants.LIBRARY_NAME])
}
}
}
}
if properties[constants.LIBRARY_ARCHITECTURES] == constants.EMPTY_STRING {
properties[constants.LIBRARY_ARCHITECTURES] = constants.LIBRARY_ALL_ARCHS
}
library.Archs = []string{}
for _, arch := range strings.Split(properties[constants.LIBRARY_ARCHITECTURES], ",") {
library.Archs = append(library.Archs, strings.TrimSpace(arch))
}
properties[constants.LIBRARY_CATEGORY] = strings.TrimSpace(properties[constants.LIBRARY_CATEGORY])
if !LIBRARY_CATEGORIES[properties[constants.LIBRARY_CATEGORY]] {
logger.Fprintln(os.Stdout, constants.LOG_LEVEL_WARN, constants.MSG_WARNING_LIB_INVALID_CATEGORY, properties[constants.LIBRARY_CATEGORY], properties[constants.LIBRARY_NAME], constants.LIB_CATEGORY_UNCATEGORIZED)
properties[constants.LIBRARY_CATEGORY] = constants.LIB_CATEGORY_UNCATEGORIZED
}
library.Category = properties[constants.LIBRARY_CATEGORY]
if properties[constants.LIBRARY_LICENSE] == constants.EMPTY_STRING {
properties[constants.LIBRARY_LICENSE] = constants.LIB_LICENSE_UNSPECIFIED
}
library.License = properties[constants.LIBRARY_LICENSE]
library.Folder = libraryFolder
library.Name = filepath.Base(libraryFolder)
library.Version = strings.TrimSpace(properties[constants.LIBRARY_VERSION])
library.Author = strings.TrimSpace(properties[constants.LIBRARY_AUTHOR])
library.Maintainer = strings.TrimSpace(properties[constants.LIBRARY_MAINTAINER])
library.Sentence = strings.TrimSpace(properties[constants.LIBRARY_SENTENCE])
library.Paragraph = strings.TrimSpace(properties[constants.LIBRARY_PARAGRAPH])
library.URL = strings.TrimSpace(properties[constants.LIBRARY_URL])
library.IsLegacy = false
library.DotALinkage = strings.TrimSpace(properties[constants.LIBRARY_DOT_A_LINKAGE]) == "true"
library.Properties = properties
return library, nil
}