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// Copyright 2012 The Go Authors. All rights reserved.
// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.

package loopclosure

import (
	_ "embed"
	"go/ast"
	"go/types"

	"golang.org/x/tools/go/analysis"
	"golang.org/x/tools/go/analysis/passes/inspect"
	"golang.org/x/tools/go/analysis/passes/internal/analysisutil"
	"golang.org/x/tools/go/ast/inspector"
	"golang.org/x/tools/go/types/typeutil"
	"golang.org/x/tools/internal/versions"
)

//go:embed doc.go
var doc string

var Analyzer = &analysis.Analyzer{
	Name:     "loopclosure",
	Doc:      analysisutil.MustExtractDoc(doc, "loopclosure"),
	URL:      "https://pkg.go.dev/golang.org/x/tools/go/analysis/passes/loopclosure",
	Requires: []*analysis.Analyzer{inspect.Analyzer},
	Run:      run,
}

func run(pass *analysis.Pass) (interface{}, error) {
	inspect := pass.ResultOf[inspect.Analyzer].(*inspector.Inspector)

	nodeFilter := []ast.Node{
		(*ast.File)(nil),
		(*ast.RangeStmt)(nil),
		(*ast.ForStmt)(nil),
	}
	inspect.Nodes(nodeFilter, func(n ast.Node, push bool) bool {
		if !push {
			// inspect.Nodes is slightly suboptimal as we only use push=true.
			return true
		}
		// Find the variables updated by the loop statement.
		var vars []types.Object
		addVar := func(expr ast.Expr) {
			if id, _ := expr.(*ast.Ident); id != nil {
				if obj := pass.TypesInfo.ObjectOf(id); obj != nil {
					vars = append(vars, obj)
				}
			}
		}
		var body *ast.BlockStmt
		switch n := n.(type) {
		case *ast.File:
			// Only traverse the file if its goversion is strictly before go1.22.
			goversion := versions.Lang(versions.FileVersions(pass.TypesInfo, n))
			// goversion is empty for older go versions (or the version is invalid).
			return goversion == "" || versions.Compare(goversion, "go1.22") < 0
		case *ast.RangeStmt:
			body = n.Body
			addVar(n.Key)
			addVar(n.Value)
		case *ast.ForStmt:
			body = n.Body
			switch post := n.Post.(type) {
			case *ast.AssignStmt:
				// e.g. for p = head; p != nil; p = p.next
				for _, lhs := range post.Lhs {
					addVar(lhs)
				}
			case *ast.IncDecStmt:
				// e.g. for i := 0; i < n; i++
				addVar(post.X)
			}
		}
		if vars == nil {
			return true
		}

		// Inspect statements to find function literals that may be run outside of
		// the current loop iteration.
		//
		// For go, defer, and errgroup.Group.Go, we ignore all but the last
		// statement, because it's hard to prove go isn't followed by wait, or
		// defer by return. "Last" is defined recursively.
		//
		// TODO: consider allowing the "last" go/defer/Go statement to be followed by
		// N "trivial" statements, possibly under a recursive definition of "trivial"
		// so that that checker could, for example, conclude that a go statement is
		// followed by an if statement made of only trivial statements and trivial expressions,
		// and hence the go statement could still be checked.
		forEachLastStmt(body.List, func(last ast.Stmt) {
			var stmts []ast.Stmt
			switch s := last.(type) {
			case *ast.GoStmt:
				stmts = litStmts(s.Call.Fun)
			case *ast.DeferStmt:
				stmts = litStmts(s.Call.Fun)
			case *ast.ExprStmt: // check for errgroup.Group.Go
				if call, ok := s.X.(*ast.CallExpr); ok {
					stmts = litStmts(goInvoke(pass.TypesInfo, call))
				}
			}
			for _, stmt := range stmts {
				reportCaptured(pass, vars, stmt)
			}
		})

		// Also check for testing.T.Run (with T.Parallel).
		// We consider every t.Run statement in the loop body, because there is
		// no commonly used mechanism for synchronizing parallel subtests.
		// It is of course theoretically possible to synchronize parallel subtests,
		// though such a pattern is likely to be exceedingly rare as it would be
		// fighting against the test runner.
		for _, s := range body.List {
			switch s := s.(type) {
			case *ast.ExprStmt:
				if call, ok := s.X.(*ast.CallExpr); ok {
					for _, stmt := range parallelSubtest(pass.TypesInfo, call) {
						reportCaptured(pass, vars, stmt)
					}

				}
			}
		}
		return true
	})
	return nil, nil
}

// reportCaptured reports a diagnostic stating a loop variable
// has been captured by a func literal if checkStmt has escaping
// references to vars. vars is expected to be variables updated by a loop statement,
// and checkStmt is expected to be a statements from the body of a func literal in the loop.
func reportCaptured(pass *analysis.Pass, vars []types.Object, checkStmt ast.Stmt) {
	ast.Inspect(checkStmt, func(n ast.Node) bool {
		id, ok := n.(*ast.Ident)
		if !ok {
			return true
		}
		obj := pass.TypesInfo.Uses[id]
		if obj == nil {
			return true
		}
		for _, v := range vars {
			if v == obj {
				pass.ReportRangef(id, "loop variable %s captured by func literal", id.Name)
			}
		}
		return true
	})
}

// forEachLastStmt calls onLast on each "last" statement in a list of statements.
// "Last" is defined recursively so, for example, if the last statement is
// a switch statement, then each switch case is also visited to examine
// its last statements.
func forEachLastStmt(stmts []ast.Stmt, onLast func(last ast.Stmt)) {
	if len(stmts) == 0 {
		return
	}

	s := stmts[len(stmts)-1]
	switch s := s.(type) {
	case *ast.IfStmt:
	loop:
		for {
			forEachLastStmt(s.Body.List, onLast)
			switch e := s.Else.(type) {
			case *ast.BlockStmt:
				forEachLastStmt(e.List, onLast)
				break loop
			case *ast.IfStmt:
				s = e
			case nil:
				break loop
			}
		}
	case *ast.ForStmt:
		forEachLastStmt(s.Body.List, onLast)
	case *ast.RangeStmt:
		forEachLastStmt(s.Body.List, onLast)
	case *ast.SwitchStmt:
		for _, c := range s.Body.List {
			cc := c.(*ast.CaseClause)
			forEachLastStmt(cc.Body, onLast)
		}
	case *ast.TypeSwitchStmt:
		for _, c := range s.Body.List {
			cc := c.(*ast.CaseClause)
			forEachLastStmt(cc.Body, onLast)
		}
	case *ast.SelectStmt:
		for _, c := range s.Body.List {
			cc := c.(*ast.CommClause)
			forEachLastStmt(cc.Body, onLast)
		}
	default:
		onLast(s)
	}
}

// litStmts returns all statements from the function body of a function
// literal.
//
// If fun is not a function literal, it returns nil.
func litStmts(fun ast.Expr) []ast.Stmt {
	lit, _ := fun.(*ast.FuncLit)
	if lit == nil {
		return nil
	}
	return lit.Body.List
}

// goInvoke returns a function expression that would be called asynchronously
// (but not awaited) in another goroutine as a consequence of the call.
// For example, given the g.Go call below, it returns the function literal expression.
//
//	import "sync/errgroup"
//	var g errgroup.Group
//	g.Go(func() error { ... })
//
// Currently only "golang.org/x/sync/errgroup.Group()" is considered.
func goInvoke(info *types.Info, call *ast.CallExpr) ast.Expr {
	if !isMethodCall(info, call, "golang.org/x/sync/errgroup", "Group", "Go") {
		return nil
	}
	return call.Args[0]
}

// parallelSubtest returns statements that can be easily proven to execute
// concurrently via the go test runner, as t.Run has been invoked with a
// function literal that calls t.Parallel.
//
// In practice, users rely on the fact that statements before the call to
// t.Parallel are synchronous. For example by declaring test := test inside the
// function literal, but before the call to t.Parallel.
//
// Therefore, we only flag references in statements that are obviously
// dominated by a call to t.Parallel. As a simple heuristic, we only consider
// statements following the final labeled statement in the function body, to
// avoid scenarios where a jump would cause either the call to t.Parallel or
// the problematic reference to be skipped.
//
//	import "testing"
//
//	func TestFoo(t *testing.T) {
//		tests := []int{0, 1, 2}
//		for i, test := range tests {
//			t.Run("subtest", func(t *testing.T) {
//				println(i, test) // OK
//		 		t.Parallel()
//				println(i, test) // Not OK
//			})
//		}
//	}
func parallelSubtest(info *types.Info, call *ast.CallExpr) []ast.Stmt {
	if !isMethodCall(info, call, "testing", "T", "Run") {
		return nil
	}

	if len(call.Args) != 2 {
		// Ignore calls such as t.Run(fn()).
		return nil
	}

	lit, _ := call.Args[1].(*ast.FuncLit)
	if lit == nil {
		return nil
	}

	// Capture the *testing.T object for the first argument to the function
	// literal.
	if len(lit.Type.Params.List[0].Names) == 0 {
		return nil
	}

	tObj := info.Defs[lit.Type.Params.List[0].Names[0]]
	if tObj == nil {
		return nil
	}

	// Match statements that occur after a call to t.Parallel following the final
	// labeled statement in the function body.
	//
	// We iterate over lit.Body.List to have a simple, fast and "frequent enough"
	// dominance relationship for t.Parallel(): lit.Body.List[i] dominates
	// lit.Body.List[j] for i < j unless there is a jump.
	var stmts []ast.Stmt
	afterParallel := false
	for _, stmt := range lit.Body.List {
		stmt, labeled := unlabel(stmt)
		if labeled {
			// Reset: naively we don't know if a jump could have caused the
			// previously considered statements to be skipped.
			stmts = nil
			afterParallel = false
		}

		if afterParallel {
			stmts = append(stmts, stmt)
			continue
		}

		// Check if stmt is a call to t.Parallel(), for the correct t.
		exprStmt, ok := stmt.(*ast.ExprStmt)
		if !ok {
			continue
		}
		expr := exprStmt.X
		if isMethodCall(info, expr, "testing", "T", "Parallel") {
			call, _ := expr.(*ast.CallExpr)
			if call == nil {
				continue
			}
			x, _ := call.Fun.(*ast.SelectorExpr)
			if x == nil {
				continue
			}
			id, _ := x.X.(*ast.Ident)
			if id == nil {
				continue
			}
			if info.Uses[id] == tObj {
				afterParallel = true
			}
		}
	}

	return stmts
}

// unlabel returns the inner statement for the possibly labeled statement stmt,
// stripping any (possibly nested) *ast.LabeledStmt wrapper.
//
// The second result reports whether stmt was an *ast.LabeledStmt.
func unlabel(stmt ast.Stmt) (ast.Stmt, bool) {
	labeled := false
	for {
		labelStmt, ok := stmt.(*ast.LabeledStmt)
		if !ok {
			return stmt, labeled
		}
		labeled = true
		stmt = labelStmt.Stmt
	}
}

// isMethodCall reports whether expr is a method call of
// <pkgPath>.<typeName>.<method>.
func isMethodCall(info *types.Info, expr ast.Expr, pkgPath, typeName, method string) bool {
	call, ok := expr.(*ast.CallExpr)
	if !ok {
		return false
	}

	// Check that we are calling a method <method>
	f := typeutil.StaticCallee(info, call)
	if f == nil || f.Name() != method {
		return false
	}
	recv := f.Type().(*types.Signature).Recv()
	if recv == nil {
		return false
	}

	// Check that the receiver is a <pkgPath>.<typeName> or
	// *<pkgPath>.<typeName>.
	rtype := recv.Type()
	if ptr, ok := recv.Type().(*types.Pointer); ok {
		rtype = ptr.Elem()
	}
	return analysisutil.IsNamedType(rtype, pkgPath, typeName)
}