func (s *IncludesToIncludeFolders) Run(ctx *types.Context) error {
includes := ctx.Includes
headerToLibraries := ctx.HeaderToLibraries
platform := ctx.TargetPlatform
actualPlatform := ctx.ActualPlatform
libraryResolutionResults := ctx.LibrariesResolutionResults
importedLibraries := ctx.ImportedLibraries
newlyImportedLibraries, err := resolveLibraries(includes, headerToLibraries, importedLibraries, []*types.Platform{actualPlatform, platform}, libraryResolutionResults)
if err != nil {
return i18n.WrapError(err)
}
foldersWithSources := ctx.FoldersWithSourceFiles
for _, newlyImportedLibrary := range newlyImportedLibraries {
if !sliceContainsLibrary(importedLibraries, newlyImportedLibrary) {
importedLibraries = append(importedLibraries, newlyImportedLibrary)
sourceFolders := types.LibraryToSourceFolder(newlyImportedLibrary)
for _, sourceFolder := range sourceFolders {
foldersWithSources.Push(sourceFolder)
}
}
}
ctx.ImportedLibraries = importedLibraries
ctx.IncludeFolders = resolveIncludeFolders(newlyImportedLibraries, ctx.BuildProperties, ctx.Verbose)
return nil
}
func findIncludesUntilDone(ctx *types.Context, cache *includeCache, sourceFile types.SourceFile) error {
sourcePath := sourceFile.SourcePath(ctx)
targetFilePath := utils.NULLFile()
// TODO: This should perhaps also compare against the
// include.cache file timestamp. Now, it only checks if the file
// changed after the object file was generated, but if it
// changed between generating the cache and the object file,
// this could show the file as unchanged when it really is
// changed. Changing files during a build isn't really
// supported, but any problems from it should at least be
// resolved when doing another build, which is not currently the
// case.
// TODO: This reads the dependency file, but the actual building
// does it again. Should the result be somehow cached? Perhaps
// remove the object file if it is found to be stale?
unchanged, err := builder_utils.ObjFileIsUpToDate(sourcePath, sourceFile.ObjectPath(ctx), sourceFile.DepfilePath(ctx))
if err != nil {
return i18n.WrapError(err)
}
first := true
for {
var include string
cache.ExpectFile(sourcePath)
includes := ctx.IncludeFolders
if library, ok := sourceFile.Origin.(*types.Library); ok && library.UtilityFolder != "" {
includes = append(includes, library.UtilityFolder)
}
if unchanged && cache.valid {
include = cache.Next().Include
if first && ctx.Verbose {
ctx.GetLogger().Println(constants.LOG_LEVEL_INFO, constants.MSG_USING_CACHED_INCLUDES, sourcePath)
}
} else {
commands := []types.Command{
&GCCPreprocRunnerForDiscoveringIncludes{SourceFilePath: sourcePath, TargetFilePath: targetFilePath, Includes: includes},
&IncludesFinderWithRegExp{Source: &ctx.SourceGccMinusE},
}
for _, command := range commands {
err := runCommand(ctx, command)
if err != nil {
return i18n.WrapError(err)
}
}
include = ctx.IncludeJustFound
}
if include == "" {
// No missing includes found, we're done
cache.ExpectEntry(sourcePath, "", "")
return nil
}
library := ResolveLibrary(ctx, include)
if library == nil {
// Library could not be resolved, show error
err := runCommand(ctx, &GCCPreprocRunner{SourceFilePath: sourcePath, TargetFileName: constants.FILE_CTAGS_TARGET_FOR_GCC_MINUS_E, Includes: includes})
return i18n.WrapError(err)
}
// Add this library to the list of libraries, the
// include path and queue its source files for further
// include scanning
ctx.ImportedLibraries = append(ctx.ImportedLibraries, library)
appendIncludeFolder(ctx, cache, sourcePath, include, library.SrcFolder)
sourceFolders := types.LibraryToSourceFolder(library)
for _, sourceFolder := range sourceFolders {
queueSourceFilesFromFolder(ctx, ctx.CollectedSourceFiles, library, sourceFolder.Folder, sourceFolder.Recurse)
}
first = false
}
}