Best Gauge code snippet using lang.createDiagnostics
namespace_compilation.go
Source: namespace_compilation.go
1package buildtool2import (3 "github.com/strict-lang/sdk/pkg/buildtool/namespace"4 "github.com/strict-lang/sdk/pkg/compiler/analysis"5 "github.com/strict-lang/sdk/pkg/compiler/analysis/entering"6 "github.com/strict-lang/sdk/pkg/compiler/analysis/semantic"7 "github.com/strict-lang/sdk/pkg/compiler/backend"8 "github.com/strict-lang/sdk/pkg/compiler/diagnostic"9 "github.com/strict-lang/sdk/pkg/compiler/grammar/syntax"10 "github.com/strict-lang/sdk/pkg/compiler/grammar/tree"11 "github.com/strict-lang/sdk/pkg/compiler/input"12 "github.com/strict-lang/sdk/pkg/compiler/input/linemap"13 isolates "github.com/strict-lang/sdk/pkg/compiler/isolate"14 "github.com/strict-lang/sdk/pkg/compiler/pass"15 "github.com/strict-lang/sdk/pkg/compiler/scope"16 "log"17 "os"18)19func compileNamespace(20 lineMaps *linemap.Table,21 backend backend.Backend,22 namespace namespace.Namespace,23 namespaces *namespace.Table) *diagnostic.Diagnostics {24 compilation := newNamespaceCompilation(lineMaps, backend, namespace, namespaces)25 compilation.run()26 return compilation.diagnostics27}28type namespaceCompilation struct {29 diagnostics *diagnostic.Diagnostics30 units []*tree.TranslationUnit31 scope scope.Scope32 symbol *scope.Namespace33 namespace namespace.Namespace34 namespaces *namespace.Table35 backend backend.Backend36 lineMaps *linemap.Table37}38func newNamespaceCompilation(39 lineMaps *linemap.Table,40 backend backend.Backend,41 namespace namespace.Namespace,42 namespaces *namespace.Table) *namespaceCompilation {43 return &namespaceCompilation{44 namespace: namespace,45 namespaces: namespaces,46 diagnostics: diagnostic.Empty(),47 backend: backend,48 lineMaps: lineMaps,49 }50}51func (compilation *namespaceCompilation) run() {52 log.Printf("\ncompiling namespace: %v", compilation.namespace.QualifiedName())53 compilation.createNamespace()54 compilation.generateOutputForAll()55}56func (compilation *namespaceCompilation) generateOutputForAll() {57 for _, unit := range compilation.units {58 go compilation.generateOutputLogged(unit)59 }60}61func (compilation *namespaceCompilation) generateOutputLogged(62 unit *tree.TranslationUnit) {63 err := compilation.generateOutput(unit)64 if err != nil {65 log.Printf("failed to compile %s: %s", unit.Name, err)66 }67}68func (compilation *namespaceCompilation) generateOutput(69 unit *tree.TranslationUnit) error {70 // TODO: Report diagnostics back to shared instance.71 // This has to be done using some kind of synchronization.72 output, err := compilation.backend.Generate(backend.Input{73 Unit: unit,74 Diagnostics: diagnostic.NewBag(),75 })76 if err != nil {77 return err78 }79 for _, file := range output.GeneratedFiles {80 if err := file.Save(); err != nil {81 return err82 }83 }84 return nil85}86func (compilation *namespaceCompilation) createNamespace() {87 compilation.parseFiles()88 compilation.symbol = compilation.createEmptyNamespace()89 scope.GlobalNamespaceTable().Insert(compilation.symbol.QualifiedName, compilation.symbol)90 compilation.runEarlyEnteringForAll()91 compilation.completeAnalysisForAll()92}93func (compilation *namespaceCompilation) completeAnalysisForAll() {94 for _, unit := range compilation.units {95 compilation.completeAnalysis(unit)96 }97}98func (compilation *namespaceCompilation) completeAnalysis(unit *tree.TranslationUnit) {99 recorder := diagnostic.NewBag()100 context :=&pass.Context{101 Unit: unit,102 Diagnostic: recorder,103 Isolate: isolates.New(),104 }105 if err := semantic.Run(context); err != nil {106 log.Printf("could not run analysis entering: %s", err)107 }108 diagnostics := recorder.CreateDiagnostics(diagnostic.ConvertWithLineMap(unit.LineMap))109 compilation.addDiagnostics(diagnostics)110}111func (compilation *namespaceCompilation) runEarlyEnteringForAll() {112 for _, unit := range compilation.units {113 compilation.runEarlyEntering(unit)114 }115}116func (compilation *namespaceCompilation) runEarlyEntering(unit *tree.TranslationUnit) {117 recorder := diagnostic.NewBag()118 context := &pass.Context{119 Unit: unit,120 Diagnostic: recorder,121 Isolate: compilation.prepareIsolate(unit),122 }123 if err := entering.Run(context); err != nil {124 log.Printf("could not run early entering: %s", err)125 }126 diagnostics := recorder.CreateDiagnostics(diagnostic.ConvertWithLineMap(unit.LineMap))127 compilation.addDiagnostics(diagnostics)128}129func (compilation *namespaceCompilation) prepareIsolate(130 unit *tree.TranslationUnit) *isolates.Isolate {131 creation := &analysis.Creation{132 Unit: unit,133 Namespaces: compilation.namespaces,134 NamespaceSymbol: compilation.symbol,135 }136 isolate := isolates.New()137 creation.Create().Store(isolate)138 return isolate139}140// TODO: Insert sub-namespaces. Could be done lazily141func (compilation *namespaceCompilation) createEmptyNamespace() *scope.Namespace {142 var classes []*scope.Class143 for _, unit := range compilation.units {144 class := compilation.createEmptyClassSymbol(unit)145 classes = append(classes, class)146 }147 return &scope.Namespace{148 DeclarationName: compilation.namespace.Name(),149 QualifiedName: compilation.namespace.QualifiedName(),150 Scope: scope.NewNamespaceScope(compilation.namespace, classes),151 }152}153func (compilation *namespaceCompilation) createEmptyClassSymbol(154 unit *tree.TranslationUnit) *scope.Class {155 return &scope.Class{156 DeclarationName: unit.Class.Name,157 QualifiedName: compilation.addQualifierToName(unit.Class.Name),158 }159}160func (compilation *namespaceCompilation) addQualifierToName(name string) string {161 qualifier := compilation.namespace.QualifiedName()162 if qualifier == "" {163 return name164 }165 return name + "." + qualifier166}167func (compilation *namespaceCompilation) parseFiles() {168 for _, entry := range compilation.namespace.Entries() {169 if entry.IsDirectory() {170 continue171 }172 unit, err := compilation.parseFileAtPath(entry.FileName())173 if err != nil {174 log.Printf("failed to compile %s, %v", entry.FileName(), err)175 continue176 }177 compilation.units = append(compilation.units, unit)178 }179}180func (compilation *namespaceCompilation) parseFileAtPath(181 filePath string) (*tree.TranslationUnit, error) {182 file, err := os.Open(filePath)183 if err != nil {184 return nil, err185 }186 return compilation.parseFile(filePath, file)187}188func (compilation *namespaceCompilation) parseFile(189 filePath string, file *os.File) (*tree.TranslationUnit, error) {190 log.Printf("compiling file at path %s", filePath)191 result := syntax.Parse(filePath, input.NewStreamReader(file))192 compilation.addDiagnostics(result.Diagnostics)193 if result.LineMap != nil {194 compilation.lineMaps.Insert(filePath, result.LineMap)195 }196 return result.TranslationUnit, result.Error197}198func (compilation *namespaceCompilation) addDiagnostics(199 diagnostics *diagnostic.Diagnostics) {200 compilation.diagnostics = compilation.diagnostics.Merge(diagnostics)201}...
recorder.go
Source: recorder.go
1package diagnostic2import (3 "github.com/strict-lang/sdk/pkg/compiler/input"4 "github.com/strict-lang/sdk/pkg/compiler/input/linemap"5)6type RecordedEntry struct {7 Kind *Kind8 Stage *Stage9 Message string10 UnitName string11 Error *RichError12 Position RecordedPosition13}14type Bag struct {15 entries *[]RecordedEntry16}17type RecordedPosition interface {18 Begin() input.Offset19 End() input.Offset20}21func NewBag() *Bag {22 return &Bag{23 entries: &[]RecordedEntry{},24 }25}26func (recorder *Bag) Record(entry RecordedEntry) {27 if entry.Message == "" {28 entry.Message = entry.Error.Error.Name()29 }30 *recorder.entries = append(*recorder.entries, entry)31}32type OffsetConversionFunction func(input.Offset) input.Position33func ConvertWithLineMap(lineMap *linemap.LineMap) OffsetConversionFunction {34 return lineMap.PositionAtOffset35}36func (recorder *Bag) CreateDiagnostics(converter OffsetConversionFunction) *Diagnostics {37 var entries []Entry38 for _, recorded := range *recorder.entries {39 entry := translateEntry(converter, recorded)40 entries = append(entries, entry)41 }42 return &Diagnostics{entries: entries}43}44func translateEntry(45 converter OffsetConversionFunction,46 recorded RecordedEntry) Entry {47 position := converter(recorded.Position.Begin())48 return Entry{49 Position: Position{50 Begin: position,51 End: converter(recorded.Position.End()),52 },53 Source: position.Line.Text,54 UnitName: recorded.UnitName,55 Kind: recorded.Kind,56 Message: recorded.Message,57 Stage: recorded.Stage,58 Error: recorded.Error,59 }60}...
parse.go
Source: parse.go
1package syntax2import (3 "github.com/strict-lang/sdk/pkg/compiler/diagnostic"4 "github.com/strict-lang/sdk/pkg/compiler/grammar/lexical"5 "github.com/strict-lang/sdk/pkg/compiler/grammar/tree"6 "github.com/strict-lang/sdk/pkg/compiler/input"7 "github.com/strict-lang/sdk/pkg/compiler/input/linemap"8)9type Result struct {10 Error error11 Diagnostics *diagnostic.Diagnostics12 TranslationUnit *tree.TranslationUnit13 LineMap *linemap.LineMap14}15func Parse(name string, reader input.Reader) Result {16 diagnosticBag := diagnostic.NewBag()17 tokenReader := lexical.NewScanning(reader)18 parserFactory := NewDefaultFactory().19 WithTokenStream(tokenReader).20 WithDiagnosticBag(diagnosticBag).21 WithUnitName(name)22 unit, err := parserFactory.NewParser().Parse()23 var lineMap *linemap.LineMap24 if err != nil {25 lineMap = tokenReader.NewLineMap()26 } else {27 lineMap = unit.LineMap28 }29 offsetConverter := lineMap.PositionAtOffset30 diagnostics := diagnosticBag.CreateDiagnostics(offsetConverter)31 return Result{32 Error: err,33 TranslationUnit: unit,34 Diagnostics: diagnostics,35 LineMap: lineMap,36 }37}38func ParseString(name string, text string) Result {39 return Parse(name, input.NewStringReader(text))40}...
createDiagnostics
Using AI Code Generation
1import (2func main() {3 vm := otto.New()4 vm.Set("createDiagnostics", createDiagnostics)5 vm.Run(`6 var createDiagnostics = createDiagnostics;7 var diagnostics = createDiagnostics();8 diagnostics.add("Error: something went wrong");9 console.log(diagnostics.hasErrors());10 console.log(diagnostics.toString());11}12import (13func main() {14 vm := otto.New()15 vm.Run(`16 var diagnostics = new lang.Diagnostics();17 diagnostics.add("Error: something went wrong");18 console.log(diagnostics.hasErrors());19 console.log(diagnostics.toString());20}21main.main()
createDiagnostics
Using AI Code Generation
1import (2func main() {3 l := lang.Lang{}4 l.CreateDiagnostics()5 fmt.Println("Hello World")6}7import (8type Lang struct{}9func (l *Lang) CreateDiagnostics() {10 fmt.Println("CreateDiagnostics")11}12import "testing"13func TestCreateDiagnostics(t *testing.T) {14 l := Lang{}15 l.CreateDiagnostics()16}17import (18func main() {19 l := lang.Lang{}20 l.CreateDiagnostics()21 fmt.Println("Hello World")22}
createDiagnostics
Using AI Code Generation
1import (2func main() {3 lang.CreateDiagnostics()4 fmt.Println("Hello, playground")5}6import (7func CreateDiagnostics() {8 fmt.Println("Hello, playground")9}10import (11func main() {12 fmt.Println("Hello, playground")13}
createDiagnostics
Using AI Code Generation
1import (2func main() {3 l := lang.New()4 fmt.Println(l.CreateDiagnostics())5}6import (7func main() {8 l := lang.New()9 fmt.Println(l.CreateDiagnostics())10}11import (12func main() {13 l := lang.New()14 fmt.Println(l.CreateDiagnostics())15}16import (17func main() {18 l := lang.New()19 fmt.Println(l.CreateDiagnostics())20}21import (22func main() {23 l := lang.New()24 fmt.Println(l.CreateDiagnostics())25}26import (27func main() {28 l := lang.New()29 fmt.Println(l.CreateDiagnostics())30}31import (32func main() {33 l := lang.New()34 fmt.Println(l.CreateDiagnostics())35}36import (
createDiagnostics
Using AI Code Generation
1import (2func main() {3 d := lang.CreateDiagnostics()4 fmt.Println(d)5}6import (7func main() {8 d := lang.CreateDiagnostics()9 fmt.Println(d)10}11import (12func main() {13 d := lang.CreateDiagnostics()14 fmt.Println(d)15}16import (17func main() {18 d := lang.CreateDiagnostics()19 fmt.Println(d)20}21import (22func main() {23 d := lang.CreateDiagnostics()24 fmt.Println(d)25}26import (27func main() {28 d := lang.CreateDiagnostics()29 fmt.Println(d)30}31import (32func main() {33 d := lang.CreateDiagnostics()34 fmt.Println(d)35}36import (37func main() {38 d := lang.CreateDiagnostics()39 fmt.Println(d)40}41import (42func main() {43 d := lang.CreateDiagnostics()44 fmt.Println(d)45}
createDiagnostics
Using AI Code Generation
1import (2func main() {3 createDiagnostics(100, "test", "test1")4}5func createDiagnostics(code int, message string, args ...string) {6 fmt.Println(code, message, args)7}8import (9func main() {10 createDiagnostics(100, "test", "test1")11}12func createDiagnostics(code int, message string, args ...string) {13 fmt.Println(code, message, args)14}15import (16func main() {17 createDiagnostics(100, "test", "test1")18}19func createDiagnostics(code int, message string, args ...string) {20 fmt.Println(code, message, args)21}22import (23func main() {24 createDiagnostics(100, "test", "test1")25}26func createDiagnostics(code int, message string, args ...string) {27 fmt.Println(code, message, args)28}29import (30func main() {31 createDiagnostics(100, "test", "test1")32}33func createDiagnostics(code int, message string, args ...string) {34 fmt.Println(code, message, args)35}36import (37func main() {38 createDiagnostics(100, "test", "test1")39}40func createDiagnostics(code int,
createDiagnostics
Using AI Code Generation
1import (2type lang struct {3}4type diagnostics struct {5}6func (l *lang) createDiagnostics() *diagnostics {7 return &diagnostics{lang: *l, status: "stable"}8}9func (d *diagnostics) printDiagnostics() {10 fmt.Println("Name: ", d.name)11 fmt.Println("Release Year: ", d.releaseYear)12 fmt.Println("Popularity: ", d.popularity)13 fmt.Println("Status: ", d.status)14}15func main() {16 goLang := lang{name: "Go", releaseYear: 2009, popularity: 0.9}17 goLangDiagnostics := goLang.createDiagnostics()18 goLangDiagnostics.printDiagnostics()19}
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