// salForValues returns a SourceAndLocation for the given string predicate values.
func salForValues(sourceStr string, bytePositionStr string) compilercommon.SourceAndLocation {
source := compilercommon.InputSource(sourceStr)
bytePosition, err := strconv.Atoi(bytePositionStr)
if err != nil {
panic(fmt.Sprintf("Expected int value for byte position, found: %v", bytePositionStr))
}
return compilercommon.NewSourceAndLocation(source, bytePosition)
}
func (tt *testTracker) Parse(source compilercommon.InputSource, input string, importHandler ImportHandler) {
tt.pathsImported[string(source)] = true
file := testFile{}
json.Unmarshal([]byte(input), &file)
for _, importPath := range file.Imports {
importHandler(PackageImport{
Kind: "",
Path: importPath,
ImportType: ImportTypeLocal,
SourceLocation: compilercommon.NewSourceAndLocation(source, 0),
})
}
}
// reportImport reports an import of the given token value as a path.
func (p *sourceParser) reportImport(value string, kind string) (string, error) {
if p.importReporter == nil {
return "", nil
}
sal := compilercommon.NewSourceAndLocation(p.source, int(p.currentToken.position))
importPath, importType, err := ParseImportValue(value)
if err != nil {
return "", err
}
var packageImportType = packageloader.ImportTypeLocal
if importType == ParsedImportTypeVCS {
packageImportType = packageloader.ImportTypeVCS
}
return p.importReporter(packageloader.PackageImport{kind, importPath, packageImportType, sal}), nil
}
// parseAndFormatSourceFile parses the source file at the given path (with associated file info),
// formats it and, if changed, writes it back to that path.
func parseAndFormatSourceFile(sourceFilePath string, info os.FileInfo, importHandling importHandlingInfo) error {
// Load the source from the file.
source, err := ioutil.ReadFile(sourceFilePath)
if err != nil {
return err
}
// Conduct the parsing.
parseTree := newParseTree(source)
inputSource := compilercommon.InputSource(sourceFilePath)
rootNode := parser.Parse(parseTree.createAstNode, nil, inputSource, string(source))
// Report any errors found.
if len(parseTree.errors) > 0 {
for _, err := range parseTree.errors {
startRune, _ := strconv.Atoi(err.properties[parser.NodePredicateStartRune])
sal := compilercommon.NewSourceAndLocation(inputSource, startRune)
location := sal.Location()
fmt.Printf("%v: line %v, column %v: %s\n",
sourceFilePath,
location.LineNumber()+1,
location.ColumnPosition()+1,
err.properties[parser.NodePredicateErrorMessage])
}
return fmt.Errorf("Parsing errors found in file %s", sourceFilePath)
}
// Create the formatted source.
formattedSource := buildFormattedSource(parseTree, rootNode.(formatterNode), importHandling)
if string(formattedSource) == string(source) {
// Nothing changed.
return nil
}
// Overwrite the file with the formatted source.
return ioutil.WriteFile(sourceFilePath, formattedSource, info.Mode())
}
// salForNode returns a SourceAndLocation for the given graph node.
func salForNode(node compilergraph.GraphNode) compilercommon.SourceAndLocation {
return compilercommon.NewSourceAndLocation(
compilercommon.InputSource(node.Get(parser.NodePredicateSource)),
node.GetValue(parser.NodePredicateStartRune).Int())
}
// salForIterator returns a SourceAndLocation for the given iterator. Note that
// the iterator *must* contain the NodePredicateSource and NodePredicateStartRune predicates.
func salForIterator(iterator compilergraph.NodeIterator) compilercommon.SourceAndLocation {
return compilercommon.NewSourceAndLocation(
compilercommon.InputSource(iterator.GetPredicate(parser.NodePredicateSource).String()),
iterator.GetPredicate(parser.NodePredicateStartRune).Int())
}
// Load performs the loading of a Serulian package found at the directory path.
// Any libraries specified will be loaded as well.
func (p *PackageLoader) Load(libraries ...Library) LoadResult {
// Start the loading goroutine.
go p.loadAndParse()
// Start the error/warning collection goroutine.
result := &LoadResult{
Status: true,
Errors: make([]compilercommon.SourceError, 0),
Warnings: make([]compilercommon.SourceWarning, 0),
}
go p.collectIssues(result)
// Add the root source file as the first package to be parsed.
sal := compilercommon.NewSourceAndLocation(compilercommon.InputSource(p.rootSourceFile), 0)
var added = false
for _, handler := range p.handlers {
if strings.HasSuffix(p.rootSourceFile, handler.PackageFileExtension()) {
p.pushPath(pathSourceFile, handler.Kind(), p.rootSourceFile, sal)
added = true
break
}
}
if !added {
log.Fatalf("Could not find handler for root source file: %v", p.rootSourceFile)
}
// Add the libraries to be parsed.
for _, library := range libraries {
if library.IsSCM {
sal := compilercommon.NewSourceAndLocation(compilercommon.InputSource(library.PathOrURL), 0)
p.pushPath(pathVCSPackage, library.Kind, library.PathOrURL, sal)
} else {
sal := compilercommon.NewSourceAndLocation(compilercommon.InputSource(library.PathOrURL), 0)
p.pushPath(pathLocalPackage, library.Kind, library.PathOrURL, sal)
}
}
// Wait for all packages and source files to be completed.
p.workTracker.Wait()
// Tell the goroutines to quit.
p.finished <- true
p.finished <- true
// Save the package map.
result.PackageMap = p.packageMap.Build()
// Apply all handler changes.
for _, handler := range p.handlers {
handler.Apply(result.PackageMap)
}
// Perform verification in all handlers.
if len(result.Errors) == 0 {
errorReporter := func(err compilercommon.SourceError) {
result.Errors = append(result.Errors, err)
result.Status = false
}
warningReporter := func(warning compilercommon.SourceWarning) {
result.Warnings = append(result.Warnings, warning)
}
for _, handler := range p.handlers {
handler.Verify(errorReporter, warningReporter)
}
}
return *result
}