How to use parseNode method of main Package

Best Syzkaller code snippet using main.parseNode

snailNumbers.go

Source:snailNumbers.go

...26	var node *Node27	for _, s := range numbers[1:] {28		newSum := "[" + res + "," + s + "]"29		fmt.Println(newSum)30		node, _, err = parseNode(newSum)31		if err != nil {32			fmt.Fprintf(os.Stderr, "Error parsing %v: %v\n", newSum, err)33			os.Exit(1)34		}35		processSum(node)36		res = printTree(node)37	}38	fmt.Println(res)39	fmt.Println(contMagnitude(node))40	// tmp, _, err := parseNode("[9,1]")41	// fmt.Println(contMagnitude(tmp))42}43func contMagnitude(n *Node) int {44	res := 045	if n.leftNode != nil {46		res += 3 * contMagnitude(n.leftNode)47	} else {48		res += 3 * n.left49	}50	if n.rightNode != nil {51		res += 2 * contMagnitude(n.rightNode)52	} else {53		res += 2 * n.right54	}55	return res56}57func readFile(f *os.File) []string {58	var lines []string59	scanner := bufio.NewScanner(f)60	for scanner.Scan() {61		lines = append(lines, scanner.Text())62	}63	return lines64}65func processSum(n *Node) {66	fmt.Printf("RECAIVED: ")67	fmt.Println(printTree(n))68	for {69		t := findAtDepth(n, 0, 5)70		if t != nil {71			l := findLeftParent(t, t.left)72			r := findRightParent(t, t.right)73			fmt.Printf("FOUND: %v, %v\n", l, r)74			if t.parent.leftNode == t {75				t.parent.left = 076				t.parent.leftNode = nil77			} else {78				t.parent.right = 079				t.parent.rightNode = nil80			}81			fmt.Printf("EXPLODED: ")82			fmt.Println(printTree(n))83			continue84		}85		if split(n) {86			fmt.Printf("SPLIT: ")87			fmt.Println(printTree(n))88			continue89		}90		break91	}92}93func findRightParent(n *Node, val int) int {94	if n.parent == nil {95		return -196	}97	if n.parent.right != -1 {98		n.parent.right += val99		return n.parent.right100	}101	if n.parent.rightNode == n {102		return findRightParent(n.parent, val)103	}104	return findLeft(n.parent.rightNode, val)105}106func findLeftParent(n *Node, val int) int {107	fmt.Println(n)108	if n.parent == nil {109		return -1110	}111	if n.parent.left != -1 {112		n.parent.left += val113		return n.parent.left114	}115	if n.parent.leftNode == n {116		return findLeftParent(n.parent, val)117	}118	return findRight(n.parent.leftNode, val)119}120func findLeft(n *Node, val int) int {121	if n.leftNode == nil {122		n.left += val123		return n.left124	}125	return findLeft(n.leftNode, val)126}127func findRight(n *Node, val int) int {128	if n.rightNode == nil {129		n.right += val130		return n.right131	}132	return findRight(n.rightNode, val)133}134func findAtDepth(n *Node, curr, target int) *Node {135	curr += 1136	if curr == target {137		return n138	}139	if n.leftNode != nil {140		if node := findAtDepth(n.leftNode, curr, target); node != nil {141			return node142		}143	}144	if n.rightNode != nil {145		if node := findAtDepth(n.rightNode, curr, target); node != nil {146			return node147		}148	}149	return nil150}151func parseNode(s string) (*Node, string, error) {152	node := &Node{}153	var err error154	if s[0] != '[' {155		return nil, "", fmt.Errorf("parseNode: expected '[' got %v", s)156	}157	s = s[1:]158	if s[0] == '[' {159		node.leftNode, s, err = parseNode(s)160		if err != nil {161			return nil, "", fmt.Errorf("parseNode: %v %v", s, err)162		}163		node.left = -1164		node.leftNode.parent = node165	} else {166		node.left, err = strconv.Atoi(string(s[0]))167		if err != nil {168			return nil, "", fmt.Errorf("parseNode: %v %v", s, err)169		}170		s = s[1:]171	}172	if s[0] == ',' {173		s = s[1:]174	} else {175		return nil, "", fmt.Errorf("parseNode: Expected comma %v", s)176	}177	if s[0] == '[' {178		node.rightNode, s, err = parseNode(s)179		if err != nil {180			return nil, "", fmt.Errorf("parseNode: %v %v", s, err)181		}182		node.right = -1183		node.rightNode.parent = node184	} else {185		node.right, err = strconv.Atoi(string(s[0]))186		if err != nil {187			return nil, "", fmt.Errorf("parseNode: %v %v", s, err)188		}189		s = s[1:]190	}191	if s[0] == ']' {192		s = s[1:]193	} else {194		return nil, "", fmt.Errorf("parseNode: Expected closing bracket %v", s)195	}196	return node, s, nil197}198func printTree(n *Node) string {199	s := "["200	if n.leftNode != nil {201		s += printTree(n.leftNode)202	} else {203		s += fmt.Sprintf("%v", n.left)204	}205	s += ","206	if n.rightNode != nil {207		s += printTree(n.rightNode)208	} else {...

nodes.go

Source:nodes.go

1package main2const (3	ifKeyword = "iff"4)5var (6	// Allows us to take q-lang code, which is raw text, and convert it into a node-based Go representation7	factory = map[string]func() ParsableNode{8		ifKeyword: func() ParsableNode { return new(IfNode) },9		"pkg":     func() ParsableNode { return new(PckgNode) },10		"def":     func() ParsableNode { return new(DefFuncNode) },11		"imp":     func() ParsableNode { return new(ImplFuncNode) },12		"dat":     func() ParsableNode { return new(DefDatNode) },13		"out":     func() ParsableNode { return new(OutNode) },14		"itr":     func() ParsableNode { return new(LoopNode) },15	}16	OperatorFactory = map[string]func() OperationalNode{17		"+": func() OperationalNode { return new(AddNode) },18		"-": func() OperationalNode { return new(SubtractionNode) },19		"*": func() OperationalNode { return new(MulNode) },20		"/": func() OperationalNode { return new(DivisionNode) },21		"&": func() OperationalNode { return new(AndNode) },22		"|": func() OperationalNode { return new(OrNode) },23		"^": func() OperationalNode { return new(XorNode) },24	}25	// TODO:refactor operators are defined in two locations. Add better system for managing tokens26	tokens = []string{endKeyword, rangeKeyword, delimKeyword, "&&", "&", "||", "|", "{", "}", "(", ")", "->", "+", "-", "*", "/", "'", assignKeyword, "$", "&"}27)28type (29	Node interface {30		Add(child Node)31		GetChildren() []Node32		SetParent(parent Node)33		Generate(prog *Prog) // Create assembly text34	}35	ParsableNode interface {36		Node37		Parse(scanner *Scanner)38	}39	OperationalNode interface {40		Node41	}42)43func (node *BaseNode) Add(child Node) {44	node.children = append(node.children, child)45}46func (node *BaseNode) GetChildren() []Node {47	return node.children48}49func (node *BaseNode) SetParent(parent Node) {50	node.Parent = parent51}52type (53	BaseNode struct {54		children []Node55		Parent   Node56	}57	ExpressionNode struct {58		BaseNode59	}60	LoopNode struct {61		ParseNode62		start, end *OperandNode63	}64	ProgNode struct {65		ParseNode66		pckgName  string67		datDefs   map[string]*DefDatNode68		funcImpls map[string]*ImplFuncNode69	}70	PckgNode struct {71		ParseNode72	}73	ParseNode struct {74		BaseNode75	}76	DefFuncNode struct {77		ParseNode78		parameterTypes []string79		retType        string80	}81	ImplFuncNode struct {82		ParseNode83		name           string84		parameterNames []string85	}86	CallFuncNode struct {87		ParseNode88		name   string89		retVar ScopeVar90	}91	OutNode struct {92		ParseNode93	}94	StringLiteralNode struct {95		ParseNode96		str, label string97	}98	NamedVarsNode struct {99		ParseNode100		typeName string101	}102	SingleNamedVarNode struct {103		ExpressionNode104		name, typeName string105	}106	AssignmentNode struct {107		ParseNode108		accessor string // Left-hand side109	}110	OperandNode struct {111		BaseNode112		typeName   string // Always113		accessor   string // If reference to variable114		literalVal string // If storing literal (int)115	}116	PropFill struct {117		ParseNode118		propDef *DefDatPropNode119	}120	OperatorNode struct {121		ExpressionNode122	}123	AddNode struct {124		OperatorNode125	}126	SubtractionNode struct {127		OperatorNode128	}129	MulNode struct {130		OperatorNode131	}132	DivisionNode struct {133		OperatorNode134	}135	AndNode struct {136		OperatorNode137	}138	OrNode struct {139		OperandNode140	}141	XorNode struct {142		OperandNode143	}144	/* Control flow */145	IfNode struct {146		ParseNode147		o1, o2 *OperandNode148		t, f   *BaseNode149	}150	/* Data system */151	DefDatNode struct {152		ParseNode153		name string154		size int155	}156	DefDatPropNode struct {157		ParseNode158		name, typeName string159		offset         int160	}161)...

parseNode

Using AI Code Generation

1import (2func main() {3    doc, err := html.Parse(os.Stdin)4    if err != nil {5        log.Fatalf("parse: %v", err)6    }7    for _, link := range visit(nil, doc) {8        fmt.Println(link)9    }10}11func visit(links []string, n *html.Node) []string {12    if n.Type == html.ElementNode && n.Data == "a" {13        for _, a := range n.Attr {14            if a.Key == "href" {15                links = append(links, a.Val)16            }17        }18    }19    for c := n.FirstChild; c != nil; c = c.NextSibling {20        links = visit(links, c)21    }22}

parseNode

Using AI Code Generation

1import (2func main() {3	doc, err := html.Parse(os.Stdin)4	if err != nil {5		fmt.Fprintf(os.Stderr, "findlinks1: %v6		os.Exit(1)7	}8	nodes := ElementByID(doc, "link")9	for _, node := range nodes {10		fmt.Println(node)11	}12}13import (14func main() {15	doc, err := html.Parse(os.Stdin)16	if err != nil {17		fmt.Fprintf(os.Stderr, "findlinks1: %v18		os.Exit(1)19	}20	nodes := ElementsByTagName(doc, "a", "img")21	for _, node := range nodes {22		fmt.Println(node)23	}24}25import (26func main() {27	doc, err := html.Parse(os.Stdin)28	if err != nil {29		fmt.Fprintf(os.Stderr, "findlinks1: %v30		os.Exit(1)31	}32	nodes := ElementsByTagName(doc, "a", "img")33	for _, node := range nodes {34		fmt.Println(node)35	}36}37import (38func main() {39	doc, err := html.Parse(os.Stdin)40	if err != nil {41		fmt.Fprintf(os.Stderr, "findlinks1: %v42		os.Exit(1)43	}44	nodes := ElementsByTagName(doc, "a", "img")45	for _, node := range nodes {46		fmt.Println(node)47	}48}49import (50func main() {51	doc, err := html.Parse(os.Stdin)52	if err != nil {53		fmt.Fprintf(os.Stderr, "findlinks1: %v54		os.Exit(1)

parseNode

Using AI Code Generation

1func main() {2    p := new(Parser)3    p.parseNode()4}5func main() {6    p := new(Parser)7    p.parseNode()8}9func main() {10    p := new(Parser)11    p.parseNode()12}13func main() {14    p := new(Parser)15    p.parseNode()16}17func main() {18    p := new(Parser)19    p.parseNode()20}21func main() {22    p := new(Parser)23    p.parseNode()24}25func main() {26    p := new(Parser)27    p.parseNode()28}29func main() {30    p := new(Parser)31    p.parseNode()32}33func main() {34    p := new(Parser)35    p.parseNode()36}37func main() {38    p := new(Parser)39    p.parseNode()40}41func main() {42    p := new(Parser)43    p.parseNode()44}45func main() {46    p := new(Parser)47    p.parseNode()48}49func main() {50    p := new(Parser)51    p.parseNode()52}53func main() {54    p := new(Parser)55    p.parseNode()56}57func main() {58    p := new(Parser)59    p.parseNode()60}

parseNode

Using AI Code Generation

1import (2func main() {3  n1 = Node{1, nil}4  n2 := Node{2, nil}5  n3 := Node{3, nil}6  n4 := Node{4, nil}7  n5 := Node{5, nil}8  n6 := Node{6, nil}9  n7 := Node{7, nil}10  n8 := Node{8, nil}11  n9 := Node{9, nil}12  n10 := Node{10, nil}13  n11 := Node{11, nil}14  n12 := Node{12, nil}15  n13 := Node{13, nil}16  n14 := Node{14, nil}17  n15 := Node{15, nil}18  n16 := Node{16, nil}19  n17 := Node{17, nil}20  n18 := Node{18, nil}21  n19 := Node{19, nil}22  n20 := Node{20, nil}23  n21 := Node{21, nil}24  n22 := Node{22, nil}25  n23 := Node{23, nil}26  n24 := Node{24, nil}27  n25 := Node{25, nil}28  n26 := Node{26, nil}29  n27 := Node{27, nil}30  n28 := Node{28, nil}31  n29 := Node{29, nil}32  n30 := Node{30, nil}33  n31 := Node{31, nil}34  n32 := Node{32, nil}35  n33 := Node{33, nil}36  n34 := Node{34, nil}37  n35 := Node{35, nil}38  n36 := Node{36, nil}39  n37 := Node{37, nil}40  n38 := Node{38, nil}41  n39 := Node{39, nil}42  n40 := Node{40, nil}43  n41 := Node{41, nil}44  n42 := Node{42, nil}45  n43 := Node{43, nil}46  n44 := Node{44, nil}47  n45 := Node{45, nil}48  n46 := Node{46, nil}49  n47 := Node{47, nil}50  n48 := Node{48,

parseNode

Using AI Code Generation

1import "fmt"2func main() {3    var node = parseNode()4    fmt.Println(node)5}6import "fmt"7func main() {8    var node = parseNode()9    fmt.Println(node)10}11import "fmt"12func main() {13    var node = parseNode()14    fmt.Println(node)15}16import "fmt"17func main() {18    var node = parseNode()19    fmt.Println(node)20}21import "fmt"22func main() {23    var node = parseNode()24    fmt.Println(node)25}26import "fmt"27func main() {28    var node = parseNode()29    fmt.Println(node)30}31import "fmt"32func main() {33    var node = parseNode()34    fmt.Println(node)35}36import "fmt"37func main() {38    var node = parseNode()39    fmt.Println(node)40}41import "fmt"42func main() {43    var node = parseNode()44    fmt.Println(node)45}46import "fmt"47func main() {48    var node = parseNode()49    fmt.Println(node)50}51import "fmt"52func main() {53    var node = parseNode()54    fmt.Println(node)55}56import "fmt"57func main() {58    var node = parseNode()59    fmt.Println(node)60}61import "fmt"62func main() {63    var node = parseNode()64    fmt.Println(node)65}

parseNode

Using AI Code Generation

1mainClass.parseNode();2mainClass.printNode();3mainClass.printNode();4mainClass.parseNode();5mainClass.printNode();6mainClass.parseNode();7mainClass.printNode();8mainClass.parseNode();9mainClass.printNode();10mainClass.parseNode();11mainClass.printNode();12mainClass.parseNode();13mainClass.printNode();14mainClass.parseNode();15mainClass.printNode();16mainClass.parseNode();17mainClass.printNode();18mainClass.parseNode();19mainClass.printNode();20mainClass.parseNode();21mainClass.printNode();22mainClass.parseNode();23mainClass.printNode();24mainClass.parseNode();25mainClass.printNode();26mainClass.parseNode();

parseNode

Using AI Code Generation

1import (2func main() {3 n = node.ParseNode("1, 2, 3, 4, 5")4 fmt.Println(n)5}6&{1 0xc42001e0c0}

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