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How to use setLeftNode method of types Package

Best Ginkgo code snippet using types.setLeftNode

label_filter.go

Source:label_filter.go

...96func (tn *treeNode) setRightNode(node *treeNode) {97	tn.rightNode = node98	node.parent = tn99}100func (tn *treeNode) setLeftNode(node *treeNode) {101	tn.leftNode = node102	node.parent = tn103}104func (tn *treeNode) firstAncestorWithPrecedenceLEQ(precedence int) *treeNode {105	if tn.token.Precedence() <= precedence {106		return tn107	}108	return tn.parent.firstAncestorWithPrecedenceLEQ(precedence)109}110func (tn *treeNode) firstUnmatchedOpenNode() *treeNode {111	if tn.token == lfTokenOpenGroup {112		return tn113	}114	if tn.parent == nil {115		return nil116	}117	return tn.parent.firstUnmatchedOpenNode()118}119func (tn *treeNode) constructLabelFilter(input string) (LabelFilter, error) {120	switch tn.token {121	case lfTokenOpenGroup:122		return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, tn.location, "Mismatched '(' - could not find matching ')'.")123	case lfTokenLabel:124		return matchLabelAction(tn.value), nil125	case lfTokenRegexp:126		re, err := regexp.Compile(tn.value)127		if err != nil {128			return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, tn.location, fmt.Sprintf("RegExp compilation error: %s", err))129		}130		return matchLabelRegexAction(re), nil131	}132	if tn.rightNode == nil {133		return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, -1, "Unexpected EOF.")134	}135	rightLF, err := tn.rightNode.constructLabelFilter(input)136	if err != nil {137		return nil, err138	}139	switch tn.token {140	case lfTokenRoot, lfTokenCloseGroup:141		return rightLF, nil142	case lfTokenNot:143		return notAction(rightLF), nil144	}145	if tn.leftNode == nil {146		return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, tn.location, fmt.Sprintf("Malformed tree - '%s' is missing left operand.", tn.token))147	}148	leftLF, err := tn.leftNode.constructLabelFilter(input)149	if err != nil {150		return nil, err151	}152	switch tn.token {153	case lfTokenAnd:154		return andAction(leftLF, rightLF), nil155	case lfTokenOr:156		return orAction(leftLF, rightLF), nil157	}158	return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, tn.location, fmt.Sprintf("Invalid token '%s'.", tn.token))159}160func (tn *treeNode) tokenString() string {161	out := fmt.Sprintf("<%s", tn.token)162	if tn.value != "" {163		out += " | " + tn.value164	}165	out += ">"166	return out167}168func (tn *treeNode) toString(indent int) string {169	out := tn.tokenString() + "\n"170	if tn.leftNode != nil {171		out += fmt.Sprintf("%s  |_(L)_%s", strings.Repeat(" ", indent), tn.leftNode.toString(indent+1))172	}173	if tn.rightNode != nil {174		out += fmt.Sprintf("%s  |_(R)_%s", strings.Repeat(" ", indent), tn.rightNode.toString(indent+1))175	}176	return out177}178func tokenize(input string) func() (*treeNode, error) {179	runes, i := []rune(input), 0180	peekIs := func(r rune) bool {181		if i+1 < len(runes) {182			return runes[i+1] == r183		}184		return false185	}186	consumeUntil := func(cutset string) (string, int) {187		j := i188		for ; j < len(runes); j++ {189			if strings.IndexRune(cutset, runes[j]) >= 0 {190				break191			}192		}193		return string(runes[i:j]), j - i194	}195	return func() (*treeNode, error) {196		for i < len(runes) && runes[i] == ' ' {197			i += 1198		}199		if i >= len(runes) {200			return &treeNode{token: lfTokenEOF}, nil201		}202		node := &treeNode{location: i}203		switch runes[i] {204		case '&':205			if !peekIs('&') {206				return &treeNode{}, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, i, "Invalid token '&'.  Did you mean '&&'?")207			}208			i += 2209			node.token = lfTokenAnd210		case '|':211			if !peekIs('|') {212				return &treeNode{}, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, i, "Invalid token '|'.  Did you mean '||'?")213			}214			i += 2215			node.token = lfTokenOr216		case '!':217			i += 1218			node.token = lfTokenNot219		case ',':220			i += 1221			node.token = lfTokenOr222		case '(':223			i += 1224			node.token = lfTokenOpenGroup225		case ')':226			i += 1227			node.token = lfTokenCloseGroup228		case '/':229			i += 1230			value, n := consumeUntil("/")231			i += n + 1232			node.token, node.value = lfTokenRegexp, value233		default:234			value, n := consumeUntil("&|!,()/")235			i += n236			node.token, node.value = lfTokenLabel, strings.TrimSpace(value)237		}238		return node, nil239	}240}241func ParseLabelFilter(input string) (LabelFilter, error) {242	if DEBUG_LABEL_FILTER_PARSING {243		fmt.Println("\n==============")244		fmt.Println("Input: ", input)245		fmt.Print("Tokens: ")246	}247	nextToken := tokenize(input)248	root := &treeNode{token: lfTokenRoot}249	current := root250LOOP:251	for {252		node, err := nextToken()253		if err != nil {254			return nil, err255		}256		if DEBUG_LABEL_FILTER_PARSING {257			fmt.Print(node.tokenString() + " ")258		}259		switch node.token {260		case lfTokenEOF:261			break LOOP262		case lfTokenLabel, lfTokenRegexp:263			if current.rightNode != nil {264				return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, node.location, "Found two adjacent labels.  You need an operator between them.")265			}266			current.setRightNode(node)267		case lfTokenNot, lfTokenOpenGroup:268			if current.rightNode != nil {269				return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, node.location, fmt.Sprintf("Invalid token '%s'.", node.token))270			}271			current.setRightNode(node)272			current = node273		case lfTokenAnd, lfTokenOr:274			if current.rightNode == nil {275				return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, node.location, fmt.Sprintf("Operator '%s' missing left hand operand.", node.token))276			}277			nodeToStealFrom := current.firstAncestorWithPrecedenceLEQ(node.token.Precedence())278			node.setLeftNode(nodeToStealFrom.rightNode)279			nodeToStealFrom.setRightNode(node)280			current = node281		case lfTokenCloseGroup:282			firstUnmatchedOpenNode := current.firstUnmatchedOpenNode()283			if firstUnmatchedOpenNode == nil {284				return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, node.location, "Mismatched ')' - could not find matching '('.")285			}286			if firstUnmatchedOpenNode == current && current.rightNode == nil {287				return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, node.location, "Found empty '()' group.")288			}289			firstUnmatchedOpenNode.token = lfTokenCloseGroup //signify the group is now closed290			current = firstUnmatchedOpenNode.parent291		default:292			return nil, GinkgoErrors.SyntaxErrorParsingLabelFilter(input, node.location, fmt.Sprintf("Unknown token '%s'.", node.token))...

setLeftNode

Using AI Code Generation

1import "fmt"2type Node struct {3}4func (node *Node) setLeftNode(leftNode *Node) {5}6func (node *Node) setRightNode(rightNode *Node) {7}8func (node *Node) getLeftNode() *Node {9}10func (node *Node) getRightNode() *Node {11}12func main() {13    node := new(Node)14    leftNode := new(Node)15    rightNode := new(Node)16    node.setLeftNode(leftNode)17    node.setRightNode(rightNode)18    fmt.Println(node.getLeftNode())19    fmt.Println(node.getRightNode())20}21&{}22&{}

setLeftNode

Using AI Code Generation

1import "fmt"2func main() {3    t.setLeftNode(10)4    fmt.Println(t.leftNode)5}6import "fmt"7func main() {8    t.setLeftNode(10)9    fmt.Println(t.leftNode)10}11import "fmt"12func main() {13    t.setLeftNode(10)14    fmt.Println(t.leftNode)15}16import "fmt"17func main() {18    t.setLeftNode(10)19    fmt.Println(t.leftNode)20}21import "fmt"22func main() {23    t.setLeftNode(10)24    fmt.Println(t.leftNode)25}26import "fmt"27func main() {28    t.setLeftNode(10)29    fmt.Println(t.leftNode)30}31import "fmt"32func main() {33    t.setLeftNode(10)34    fmt.Println(t.leftNode)35}36import "fmt"37func main() {38    t.setLeftNode(10)39    fmt.Println(t.leftNode)40}41import "fmt"42func main() {43    t.setLeftNode(10)44    fmt.Println(t.leftNode)45}46import "fmt"47func main() {48    t.setLeftNode(10)49    fmt.Println(t.leftNode)50}

setLeftNode

Using AI Code Generation

1import (2func main() {3	t.SetLeftNode(2)4	fmt.Println(t.LeftNode())5}6import (7func main() {8	t.SetLeftNode(2)9	fmt.Println(t.LeftNode())10}11type Tree struct {12}13func (t *Tree) SetLeftNode(i int) {14}15func (t *Tree) LeftNode() int {16}17func (t *Tree) SetRightNode(i int) {18}19func (t *Tree) RightNode() int {20}

setLeftNode

Using AI Code Generation

1import "fmt"2func main(){3  node1.setLeftNode(&node2)4  fmt.Println(node1.leftNode)5}6import "fmt"7func main(){8  node1.setLeftNode(&node2)9  fmt.Println(node1.leftNode)10}11type Node struct {12}13func (n *Node) setLeftNode(node *Node){14}15func (n *Node) setRightNode(node *Node){16}

setLeftNode

Using AI Code Generation

1import (2func main() {3	types := new(types)4	types.setLeftNode(10)5	fmt.Println(types.LeftNode.Value)6}7import (8func main() {9	types := new(types)10	types.setRightNode(10)11	fmt.Println(types.RightNode.Value)12}13import (14func main() {15	types := new(types)16	types.setRootNode(10)17	fmt.Println(types.RootNode.Value)18}19import (20func main() {21	types := new(types)22	types.setLeftNode(10)23	fmt.Println(types.getLeftNode().Value)24}25import (26func main() {27	types := new(types)28	types.setRightNode(10)29	fmt.Println(types.getRightNode().Value)30}31import (32func main() {33	types := new(types)34	types.setRootNode(10)35	fmt.Println(types.getRootNode().Value)36}

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