parse

package
v0.0.0-...-6320ad3 Latest Latest
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 Go to latest Published: Feb 8, 2026 License: MIT Imports: 21 Imported by: 0

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Index

Constants

This section is empty.

Variables

This section is empty.

Functions

func PrintSyntaxTree 

func PrintSyntaxTree(ctx context.Context, tsNode *tree_sitter.Node, content []byte) string

Types

type CSharpVisitor 

type CSharpVisitor struct {
	// contains filtered or unexported fields
}

CSharpVisitor handles traversal of C# syntax trees

func NewCSharpVisitor 

func NewCSharpVisitor(logger *zap.Logger, ts *TranslateFromSyntaxTree) *CSharpVisitor

NewCSharpVisitor creates a new C# visitor instance

func (*CSharpVisitor) GetName 

func (cv *CSharpVisitor) GetName(tsNode *tree_sitter.Node) string

GetName extracts the proper name from a C# node considering special naming conventions

func (*CSharpVisitor) HasSpecialName 

func (cv *CSharpVisitor) HasSpecialName(kind string) bool

HasSpecialName returns true for C# node kinds that have special naming conventions

func (*CSharpVisitor) TraverseNode 

func (cv *CSharpVisitor) TraverseNode(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

TraverseNode traverses a C# syntax tree node and returns the created AST node ID

type FileParser 

type FileParser struct {
	CodeGraph *codegraph.CodeGraph

	Config *config.Config
	// contains filtered or unexported fields
}

func NewFileParser 

func NewFileParser(logger *zap.Logger, cg *codegraph.CodeGraph, cfg *config.Config) *FileParser

func (*FileParser) CreateTranslator 

func (fp *FileParser) CreateTranslator(ctx context.Context, filePath string, fileID int32, langType LanguageType, version int32) (*tree_sitter.Tree, *TranslateFromSyntaxTree, error)

func (*FileParser) CreateTranslatorWithContent 

func (fp *FileParser) CreateTranslatorWithContent(ctx context.Context, filePath string, fileID int32, langType LanguageType, version int32, content []byte) (*tree_sitter.Tree, *TranslateFromSyntaxTree, error)

func (*FileParser) DetectLanguage 

func (fp *FileParser) DetectLanguage(filePath string) LanguageType

func (*FileParser) GetLanguageParser 

func (fp *FileParser) GetLanguageParser(langType LanguageType) (*tree_sitter.Language, error)

func (*FileParser) GetLanguageVisitor 

func (fp *FileParser) GetLanguageVisitor(langType LanguageType, ts *TranslateFromSyntaxTree) (SyntaxTreeVisitor, error)

func (*FileParser) ParseAndTraverseWithContent 

func (fp *FileParser) ParseAndTraverseWithContent(ctx context.Context, repo *config.Repository, info os.FileInfo, filePath string, fileID int32, version int32, content []byte) error

func (*FileParser) ReadFile 

func (fp *FileParser) ReadFile(filePath string) ([]byte, error)

func (*FileParser) ShouldSkipFile 

func (fp *FileParser) ShouldSkipFile(ctx context.Context, repo *config.Repository, info os.FileInfo, filePath string) bool

type GoVisitor 

type GoVisitor struct {
	// contains filtered or unexported fields
}

func NewGoVisitor 

func NewGoVisitor(logger *zap.Logger, ts *TranslateFromSyntaxTree) *GoVisitor

func (*GoVisitor) GetName 

func (gv *GoVisitor) GetName(tsNode *tree_sitter.Node) string

GetName is not implemented for Go visitor

func (*GoVisitor) HasSpecialName 

func (gv *GoVisitor) HasSpecialName(kind string) bool

HasSpecialName returns false for Go - no special naming conventions

func (*GoVisitor) TraverseNode 

func (gv *GoVisitor) TraverseNode(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

type JavaScriptVisitor 

type JavaScriptVisitor struct {
	// contains filtered or unexported fields
}

func NewJavaScriptVisitor 

func NewJavaScriptVisitor(logger *zap.Logger, ts *TranslateFromSyntaxTree) *JavaScriptVisitor

func (*JavaScriptVisitor) GetName 

func (jsv *JavaScriptVisitor) GetName(tsNode *tree_sitter.Node) string

GetName is not implemented for JavaScript visitor

func (*JavaScriptVisitor) HasSpecialName 

func (jsv *JavaScriptVisitor) HasSpecialName(kind string) bool

HasSpecialName returns false for JavaScript - no special naming conventions

func (*JavaScriptVisitor) TraverseNode 

func (jsv *JavaScriptVisitor) TraverseNode(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

type JavaVisitor 

type JavaVisitor struct {
	// contains filtered or unexported fields
}

func NewJavaVisitor 

func NewJavaVisitor(logger *zap.Logger, ts *TranslateFromSyntaxTree) *JavaVisitor

func (*JavaVisitor) GetName 

func (jv *JavaVisitor) GetName(tsNode *tree_sitter.Node) string

GetName is not implemented for Java visitor

func (*JavaVisitor) HasSpecialName 

func (jv *JavaVisitor) HasSpecialName(kind string) bool

HasSpecialName returns false for Java - no special naming conventions like C#

func (*JavaVisitor) TraverseNode 

func (jv *JavaVisitor) TraverseNode(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

type LanguageType 

type LanguageType int
const (
	Go LanguageType = iota
	JavaScript
	TypeScript
	Python
	Java
	CSharp
	Unknown
)

func NewLanguageTypeFromString 

func NewLanguageTypeFromString(lang string) LanguageType

func (LanguageType) String 

func (lt LanguageType) String() string

type PrintVisitor 

type PrintVisitor struct {
	// contains filtered or unexported fields
}

func NewPrintVisitor 

func NewPrintVisitor(ts *TranslateFromSyntaxTree) *PrintVisitor

func (*PrintVisitor) GetName 

func (pv *PrintVisitor) GetName(tsNode *tree_sitter.Node) string

GetName is not implemented for PrintVisitor

func (*PrintVisitor) HasSpecialName 

func (pv *PrintVisitor) HasSpecialName(kind string) bool

HasSpecialName returns false for PrintVisitor - no special naming conventions

func (*PrintVisitor) TraverseNode 

func (pv *PrintVisitor) TraverseNode(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

func (*PrintVisitor) WriteToFile 

func (pv *PrintVisitor) WriteToFile(filePath string, prefix string) error

type PythonVisitor 

type PythonVisitor struct {
	// contains filtered or unexported fields
}

func NewPythonVisitor 

func NewPythonVisitor(logger *zap.Logger, ts *TranslateFromSyntaxTree) *PythonVisitor

func (*PythonVisitor) GetName 

func (pv *PythonVisitor) GetName(tsNode *tree_sitter.Node) string

GetName is not implemented for Python visitor

func (*PythonVisitor) HasSpecialName 

func (pv *PythonVisitor) HasSpecialName(kind string) bool

HasSpecialName returns false for Python - no special naming conventions

func (*PythonVisitor) TraverseNode 

func (pv *PythonVisitor) TraverseNode(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

type Scope 

type Scope struct {
	Parent *Scope
	// contains filtered or unexported fields
}

func NewScope 

func NewScope(parent *Scope, isRhs bool) *Scope

func (*Scope) AddNotContainedNode 

func (s *Scope) AddNotContainedNode(nodeID ast.NodeID)

func (*Scope) AddRhsVar 

func (s *Scope) AddRhsVar(nodeID ast.NodeID)

func (*Scope) AddSymbol 

func (s *Scope) AddSymbol(sym *Symbol) error

func (*Scope) GetAllNotContainedNodes 

func (s *Scope) GetAllNotContainedNodes() []ast.NodeID

func (*Scope) GetRhsVars 

func (s *Scope) GetRhsVars() []ast.NodeID

func (*Scope) GetSymbol 

func (s *Scope) GetSymbol(name string) *Symbol

func (*Scope) IsNotContainedNode 

func (s *Scope) IsNotContainedNode(nodeID ast.NodeID) bool

func (*Scope) IsRhs 

func (s *Scope) IsRhs() bool

func (*Scope) RemoveNotContainedNode 

func (s *Scope) RemoveNotContainedNode(nodeID ast.NodeID)

func (*Scope) Resolve 

func (s *Scope) Resolve(name string) *Symbol

type Symbol 

type Symbol struct {
	Node   *ast.Node
	Fields map[string]*Symbol
}

func NewSymbol 

func NewSymbol(node *ast.Node) *Symbol

func (*Symbol) AddField 

func (s *Symbol) AddField(field *Symbol) error

func (*Symbol) GetField 

func (s *Symbol) GetField(fieldName string) *Symbol

type SyntaxTreeVisitor 

type SyntaxTreeVisitor interface {
	TraverseNode(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID
	HasSpecialName(kind string) bool
	GetName(tsNode *tree_sitter.Node) string
}

type TranslateFromSyntaxTree 

type TranslateFromSyntaxTree struct {
	ScopeStack   []*Scope
	CurrentScope *Scope
	FileID       int32
	Version      int32
	NodeIDSeq    uint32
	CodeGraph    *codegraph.CodeGraph
	FileContent  []byte
	Visitor      SyntaxTreeVisitor
	Logger       *zap.Logger
	Nodes        map[ast.NodeID]*ast.Node
	// Batch writing support
	EnableBatchWrites bool
	BatchSize         int
	// contains filtered or unexported fields
}

func NewTranslateFromSyntaxTree 

func NewTranslateFromSyntaxTree(fileID int32, version int32, codeGraph *codegraph.CodeGraph,
	fileContent []byte,
	logger *zap.Logger) *TranslateFromSyntaxTree

func (*TranslateFromSyntaxTree) Chindren 

func (t *TranslateFromSyntaxTree) Chindren(node *tree_sitter.Node) []*tree_sitter.Node

func (*TranslateFromSyntaxTree) CreateContainsRelation 

func (t *TranslateFromSyntaxTree) CreateContainsRelation(ctx context.Context, parentID ast.NodeID, childID ast.NodeID, fileID int32)

func (*TranslateFromSyntaxTree) CreateContainsRelations 

func (t *TranslateFromSyntaxTree) CreateContainsRelations(ctx context.Context, parentID ast.NodeID, childIDs []ast.NodeID)

func (*TranslateFromSyntaxTree) CreateFakeVariable 

func (t *TranslateFromSyntaxTree) CreateFakeVariable(ctx context.Context, scopeID ast.NodeID, prefix string, rng base.Range, additionalMetadata map[string]any) ast.NodeID

func (*TranslateFromSyntaxTree) CreateFunction 

func (t *TranslateFromSyntaxTree) CreateFunction(ctx context.Context,
	scopeID ast.NodeID,
	fn *tree_sitter.Node,
	fnName string,
	params []*tree_sitter.Node, body *tree_sitter.Node) ast.NodeID

func (*TranslateFromSyntaxTree) CreateFunctionWithMetadata 

func (t *TranslateFromSyntaxTree) CreateFunctionWithMetadata(ctx context.Context,
	scopeID ast.NodeID,
	fn *tree_sitter.Node,
	fnName string,
	params []*tree_sitter.Node, body *tree_sitter.Node,
	metadata map[string]any) ast.NodeID

func (*TranslateFromSyntaxTree) GetAstNodeText 

func (t *TranslateFromSyntaxTree) GetAstNodeText(node *ast.Node) string

func (*TranslateFromSyntaxTree) GetTreeNodeName 

func (t *TranslateFromSyntaxTree) GetTreeNodeName(node *tree_sitter.Node) string

func (*TranslateFromSyntaxTree) HandleAssignment 

func (t *TranslateFromSyntaxTree) HandleAssignment(ctx context.Context, assignNode *tree_sitter.Node, lhs *tree_sitter.Node, rhs *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

func (*TranslateFromSyntaxTree) HandleBlock 

func (t *TranslateFromSyntaxTree) HandleBlock(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

func (*TranslateFromSyntaxTree) HandleCall 

func (t *TranslateFromSyntaxTree) HandleCall(ctx context.Context, nameID ast.NodeID, args []*tree_sitter.Node, scopeID ast.NodeID, rng base.Range) ast.NodeID

func (*TranslateFromSyntaxTree) HandleCallWithMetadata 

func (t *TranslateFromSyntaxTree) HandleCallWithMetadata(ctx context.Context, nameID ast.NodeID, args []*tree_sitter.Node, scopeID ast.NodeID, rng base.Range, extraMetadata map[string]any) ast.NodeID

HandleCallWithMetadata creates a function call node with additional metadata. This is useful for annotating special call types like constructor calls.

func (*TranslateFromSyntaxTree) HandleClass 

func (t *TranslateFromSyntaxTree) HandleClass(ctx context.Context,
	scopeID ast.NodeID,
	cls *tree_sitter.Node,
	name string,
	methods []*tree_sitter.Node,
	fields []*tree_sitter.Node) ast.NodeID

func (*TranslateFromSyntaxTree) HandleClassWithMetadata 

func (t *TranslateFromSyntaxTree) HandleClassWithMetadata(ctx context.Context,
	scopeID ast.NodeID,
	cls *tree_sitter.Node,
	name string,
	methods []*tree_sitter.Node,
	fields []*tree_sitter.Node,
	metadata map[string]any) ast.NodeID

func (*TranslateFromSyntaxTree) HandleConditional 

func (t *TranslateFromSyntaxTree) HandleConditional(ctx context.Context, conditionalNode *tree_sitter.Node, conditions []*tree_sitter.Node, branches []*tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

func (*TranslateFromSyntaxTree) HandleIdentifier 

func (t *TranslateFromSyntaxTree) HandleIdentifier(ctx context.Context, idNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

func (*TranslateFromSyntaxTree) HandleLoop 

func (t *TranslateFromSyntaxTree) HandleLoop(ctx context.Context, loopNode *tree_sitter.Node,
	initID ast.NodeID, conditionID ast.NodeID, body *tree_sitter.Node,
	scopeID ast.NodeID) ast.NodeID

func (*TranslateFromSyntaxTree) HandleReturn 

func (t *TranslateFromSyntaxTree) HandleReturn(ctx context.Context, rhs *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

func (*TranslateFromSyntaxTree) HandleRhs 

func (t *TranslateFromSyntaxTree) HandleRhs(ctx context.Context, rhs *tree_sitter.Node, scopeID ast.NodeID) ([]ast.NodeID, ast.NodeID)

func (*TranslateFromSyntaxTree) HandleRhsExprsWithFakeVariable 

func (t *TranslateFromSyntaxTree) HandleRhsExprsWithFakeVariable(ctx context.Context, lhsPrefix string, rhsExprs []*tree_sitter.Node, scopeID ast.NodeID, additionalMetadata map[string]any) ast.NodeID

func (*TranslateFromSyntaxTree) HandleRhsWithFakeVariable 

func (t *TranslateFromSyntaxTree) HandleRhsWithFakeVariable(ctx context.Context, lhsPrefix string, rhs *tree_sitter.Node, scopeID ast.NodeID, additionalMetadata map[string]any) ast.NodeID

func (*TranslateFromSyntaxTree) HandleVariable 

func (t *TranslateFromSyntaxTree) HandleVariable(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

func (*TranslateFromSyntaxTree) NamedChildren 

func (t *TranslateFromSyntaxTree) NamedChildren(node *tree_sitter.Node) []*tree_sitter.Node

func (*TranslateFromSyntaxTree) NewNode 

func (t *TranslateFromSyntaxTree) NewNode(nodeType ast.NodeType, name string, rng base.Range, parentID ast.NodeID) *ast.Node

func (*TranslateFromSyntaxTree) NextNodeID 

func (t *TranslateFromSyntaxTree) NextNodeID() ast.NodeID

func (*TranslateFromSyntaxTree) PopScope 

func (t *TranslateFromSyntaxTree) PopScope(ctx context.Context, closingScopeId ast.NodeID)

func (*TranslateFromSyntaxTree) PushScope 

func (t *TranslateFromSyntaxTree) PushScope(rhs bool)

func (*TranslateFromSyntaxTree) ResolveNameChain 

func (t *TranslateFromSyntaxTree) ResolveNameChain(ctx context.Context, nameChain []*tree_sitter.Node, scopeID ast.NodeID) ast.NodeID

func (*TranslateFromSyntaxTree) String 

func (t *TranslateFromSyntaxTree) String(node *tree_sitter.Node) string

func (*TranslateFromSyntaxTree) SubtreeNodeByKind 

func (t *TranslateFromSyntaxTree) SubtreeNodeByKind(node *tree_sitter.Node, kind string) *tree_sitter.Node

func (*TranslateFromSyntaxTree) ToRange 

func (t *TranslateFromSyntaxTree) ToRange(node *tree_sitter.Node) base.Range

func (*TranslateFromSyntaxTree) TraverseChildren 

func (t *TranslateFromSyntaxTree) TraverseChildren(ctx context.Context, tsNode *tree_sitter.Node, scopeID ast.NodeID) []ast.NodeID

func (*TranslateFromSyntaxTree) TreeChildByFieldName 

func (t *TranslateFromSyntaxTree) TreeChildByFieldName(node *tree_sitter.Node, fieldName string) *tree_sitter.Node

func (*TranslateFromSyntaxTree) TreeChildByKind 

func (t *TranslateFromSyntaxTree) TreeChildByKind(node *tree_sitter.Node, kind string) *tree_sitter.Node

func (*TranslateFromSyntaxTree) TreeChildrenByKind 

func (t *TranslateFromSyntaxTree) TreeChildrenByKind(node *tree_sitter.Node, kind string) []*tree_sitter.Node

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