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How to use collectDeps method of kconfig Package

Best Syzkaller code snippet using kconfig.collectDeps

expr.go

Source:expr.go

...7// expr represents an arbitrary kconfig expression used in "depends on", "visible if", "if", etc.8// Currently we can only extract dependent symbols from expressions.9type expr interface {10	String() string11	collectDeps(map[string]bool)12}13type exprShell struct {14	cmd string15}16func (ex *exprShell) String() string {17	return "$" + ex.cmd18}19func (ex *exprShell) collectDeps(deps map[string]bool) {20}21type exprNot struct {22	ex expr23}24func (ex *exprNot) String() string {25	return fmt.Sprintf("!(%v)", ex.ex)26}27func (ex *exprNot) collectDeps(deps map[string]bool) {28}29type exprIdent struct {30	name string31}32func (ex *exprIdent) String() string {33	return ex.name34}35func (ex *exprIdent) collectDeps(deps map[string]bool) {36	deps[ex.name] = true37}38type exprString struct {39	val string40}41func (ex *exprString) String() string {42	return fmt.Sprintf("%q", ex.val)43}44func (ex *exprString) collectDeps(deps map[string]bool) {45}46type exprBin struct {47	op  binOp48	lex expr49	rex expr50}51type binOp int52const (53	opNop binOp = iota54	opAnd55	opOr56	opEq57	opNe58	opLt59	opLe60	opGt61	opGe62)63func (op binOp) String() string {64	switch op {65	case opAnd:66		return "&&"67	case opOr:68		return "||"69	case opEq:70		return "="71	case opNe:72		return "!="73	case opLt:74		return "<"75	case opLe:76		return "<="77	case opGt:78		return ">"79	case opGe:80		return ">="81	default:82		return fmt.Sprintf("???(%v)", int(op))83	}84}85func (ex *exprBin) String() string {86	return fmt.Sprintf("(%v %v %v)", ex.lex, ex.op, ex.rex)87}88func (ex *exprBin) collectDeps(deps map[string]bool) {89	ex.lex.collectDeps(deps)90	ex.rex.collectDeps(deps)91}92func exprAnd(lex, rex expr) expr {93	if lex == nil {94		return rex95	}96	if rex == nil {97		return lex98	}99	return &exprBin{100		op:  opAnd,101		lex: lex,102		rex: rex,103	}104}...

collectDeps

Using AI Code Generation

1import (2func main() {3    gspt.SetProcTitle("kconfig")4    if len(os.Args) != 2 {5        fmt.Println("Usage: kconfig <config file>")6        os.Exit(1)7    }8    config, err := kconfig.ParseConfig(os.Args[1])9    if err != nil {10        fmt.Println("Error parsing config:", err)11        os.Exit(1)12    }13    deps, err := config.CollectDeps()14    if err != nil {15        fmt.Println("Error collecting deps:", err)16        os.Exit(1)17    }18    fmt.Println("Deps:")19    for _, dep := range deps {20        fmt.Println(dep)21    }22}23import (24func main() {25    gspt.SetProcTitle("kconfig")26    if len(os.Args) != 2 {27        fmt.Println("Usage: kconfig <config file>")28        os.Exit(1)29    }30    config, err := kconfig.ParseConfig(os.Args[1])31    if err != nil {32        fmt.Println("Error parsing config:", err)33        os.Exit(1)34    }35    deps, err := config.CollectDeps()36    if err != nil {37        fmt.Println("Error collecting deps:", err)38        os.Exit(1)39    }40    fmt.Println("Deps:")41    for _, dep := range deps {42        fmt.Println(dep)43    }44}45import (46func main() {47    gspt.SetProcTitle("kconfig")48    if len(os.Args) != 2 {49        fmt.Println("Usage: kconfig <config file>")50        os.Exit(1)51    }

collectDeps

Using AI Code Generation

1import (2func main() {3	k := kconfig.Kconfig{}4	k.CollectDeps("config")5}6import (7func main() {8	k := kconfig.Kconfig{}9	fmt.Println(k.CollectDeps("config"))10}11import (12func main() {13	k := kconfig.Kconfig{}14	fmt.Println(k.CollectDeps("config"))15}16import (17func main() {18	k := kconfig.Kconfig{}19	fmt.Println(k.CollectDeps("config"))20}21import (22func main() {23	k := kconfig.Kconfig{}24	fmt.Println(k.CollectDeps("config"))25}26import (27func main() {28	k := kconfig.Kconfig{}29	fmt.Println(k.CollectDeps("config"))30}31import (32func main() {33	k := kconfig.Kconfig{}

collectDeps

Using AI Code Generation

1import (2func main() {3	testConfig := kconfig.NewConfig()4	testConfig.ParseConfig("kconfig")5	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_64BIT"))6	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_A"))7	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_B"))8	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_C"))9	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_D"))10	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_E"))11	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_F"))12	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_G"))13	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_H"))14	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_I"))15	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_J"))16	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_K"))17	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_L"))18	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_M"))19	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_N"))20	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_O"))21	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_P"))22	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_Q"))23	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_R"))24	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_S"))25	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_T"))26	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_U"))27	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_V"))28	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_W"))29	fmt.Println("Symbol: ", testConfig.Symbol("CONFIG_X"))30	fmt.Println("Symbol: ", testConfig.Symb

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