How to use HasR method of rod Package

Best Rod code snippet using rod.HasR

query.go

Source:query.go

...106		return false, nil, err107	}108	return true, el.Sleeper(p.sleeper), nil109}110// HasR an element that matches the css selector and its display text matches the jsRegex.111func (p *Page) HasR(selector, jsRegex string) (bool, *Element, error) {112	el, err := p.Sleeper(NotFoundSleeper).ElementR(selector, jsRegex)113	if errors.Is(err, &ErrElementNotFound{}) {114		return false, nil, nil115	}116	if err != nil {117		return false, nil, err118	}119	return true, el.Sleeper(p.sleeper), nil120}121// Element retries until an element in the page that matches the CSS selector, then returns122// the matched element.123func (p *Page) Element(selector string) (*Element, error) {124	return p.ElementByJS(evalHelper(js.Element, selector))125}126// ElementR retries until an element in the page that matches the css selector and it's text matches the jsRegex,127// then returns the matched element.128func (p *Page) ElementR(selector, jsRegex string) (*Element, error) {129	return p.ElementByJS(evalHelper(js.ElementR, selector, jsRegex))130}131// ElementX retries until an element in the page that matches one of the XPath selectors, then returns132// the matched element.133func (p *Page) ElementX(xPath string) (*Element, error) {134	return p.ElementByJS(evalHelper(js.ElementX, xPath))135}136// ElementByJS returns the element from the return value of the js function.137// If sleeper is nil, no retry will be performed.138// By default, it will retry until the js function doesn't return null.139// To customize the retry logic, check the examples of Page.Sleeper.140func (p *Page) ElementByJS(opts *EvalOptions) (*Element, error) {141	var res *proto.RuntimeRemoteObject142	var err error143	removeTrace := func() {}144	err = utils.Retry(p.ctx, p.sleeper(), func() (bool, error) {145		remove := p.tryTraceQuery(opts)146		removeTrace()147		removeTrace = remove148		res, err = p.Evaluate(opts.ByObject())149		if err != nil {150			return true, err151		}152		if res.Type == proto.RuntimeRemoteObjectTypeObject && res.Subtype == proto.RuntimeRemoteObjectSubtypeNull {153			return false, nil154		}155		return true, nil156	})157	removeTrace()158	if err != nil {159		return nil, err160	}161	if res.Subtype != proto.RuntimeRemoteObjectSubtypeNode {162		return nil, &ErrExpectElement{res}163	}164	return p.ElementFromObject(res)165}166// Elements returns all elements that match the css selector167func (p *Page) Elements(selector string) (Elements, error) {168	return p.ElementsByJS(evalHelper(js.Elements, selector))169}170// ElementsX returns all elements that match the XPath selector171func (p *Page) ElementsX(xpath string) (Elements, error) {172	return p.ElementsByJS(evalHelper(js.ElementsX, xpath))173}174// ElementsByJS returns the elements from the return value of the js175func (p *Page) ElementsByJS(opts *EvalOptions) (Elements, error) {176	res, err := p.Evaluate(opts.ByObject())177	if err != nil {178		return nil, err179	}180	if res.Subtype != proto.RuntimeRemoteObjectSubtypeArray {181		return nil, &ErrExpectElements{res}182	}183	defer func() { err = p.Release(res) }()184	list, err := proto.RuntimeGetProperties{185		ObjectID:      res.ObjectID,186		OwnProperties: true,187	}.Call(p)188	if err != nil {189		return nil, err190	}191	elemList := Elements{}192	for _, obj := range list.Result {193		if obj.Name == "__proto__" || obj.Name == "length" {194			continue195		}196		val := obj.Value197		if val.Subtype != proto.RuntimeRemoteObjectSubtypeNode {198			return nil, &ErrExpectElements{val}199		}200		el, err := p.ElementFromObject(val)201		if err != nil {202			return nil, err203		}204		elemList = append(elemList, el)205	}206	return elemList, err207}208// Search for the given query in the DOM tree until the result count is not zero, before that it will keep retrying.209// The query can be plain text or css selector or xpath.210// It will search nested iframes and shadow doms too.211func (p *Page) Search(query string) (*SearchResult, error) {212	sr := &SearchResult{213		page:    p,214		restore: p.EnableDomain(proto.DOMEnable{}),215	}216	err := utils.Retry(p.ctx, p.sleeper(), func() (bool, error) {217		if sr.DOMPerformSearchResult != nil {218			_ = proto.DOMDiscardSearchResults{SearchID: sr.SearchID}.Call(p)219		}220		res, err := proto.DOMPerformSearch{221			Query:                     query,222			IncludeUserAgentShadowDOM: true,223		}.Call(p)224		if err != nil {225			return true, err226		}227		sr.DOMPerformSearchResult = res228		if res.ResultCount == 0 {229			return false, nil230		}231		result, err := proto.DOMGetSearchResults{232			SearchID:  res.SearchID,233			FromIndex: 0,234			ToIndex:   1,235		}.Call(p)236		if err != nil {237			// when the page is still loading the search result is not ready238			if errors.Is(err, cdp.ErrCtxNotFound) ||239				errors.Is(err, cdp.ErrSearchSessionNotFound) {240				return false, nil241			}242			return true, err243		}244		id := result.NodeIds[0]245		// TODO: This is definitely a bad design of cdp, hope they can optimize it in the future.246		// It's unnecessary to ask the user to explicitly call it.247		//248		// When the id is zero, it means the proto.DOMDocumentUpdated has fired which will249		// invlidate all the existing NodeID. We have to call proto.DOMGetDocument250		// to reset the remote browser's tracker.251		if id == 0 {252			_, _ = proto.DOMGetDocument{}.Call(p)253			return false, nil254		}255		el, err := p.ElementFromNode(&proto.DOMNode{NodeID: id})256		if err != nil {257			return true, err258		}259		sr.First = el260		return true, nil261	})262	if err != nil {263		return nil, err264	}265	return sr, nil266}267// SearchResult handler268type SearchResult struct {269	*proto.DOMPerformSearchResult270	page    *Page271	restore func()272	// First element in the search result273	First *Element274}275// Get l elements at the index of i from the remote search result.276func (s *SearchResult) Get(i, l int) (Elements, error) {277	result, err := proto.DOMGetSearchResults{278		SearchID:  s.SearchID,279		FromIndex: i,280		ToIndex:   i + l,281	}.Call(s.page)282	if err != nil {283		return nil, err284	}285	list := Elements{}286	for _, id := range result.NodeIds {287		el, err := s.page.ElementFromNode(&proto.DOMNode{NodeID: id})288		if err != nil {289			return nil, err290		}291		list = append(list, el)292	}293	return list, nil294}295// All returns all elements296func (s *SearchResult) All() (Elements, error) {297	return s.Get(0, s.ResultCount)298}299// Release the remote search result300func (s *SearchResult) Release() {301	s.restore()302	_ = proto.DOMDiscardSearchResults{SearchID: s.SearchID}.Call(s.page)303}304type raceBranch struct {305	condition func(*Page) (*Element, error)306	callback  func(*Element) error307}308// RaceContext stores the branches to race309type RaceContext struct {310	page     *Page311	branches []*raceBranch312}313// Race creates a context to race selectors314func (p *Page) Race() *RaceContext {315	return &RaceContext{page: p}316}317// Element the doc is similar to MustElement318func (rc *RaceContext) Element(selector string) *RaceContext {319	rc.branches = append(rc.branches, &raceBranch{320		condition: func(p *Page) (*Element, error) { return p.Element(selector) },321	})322	return rc323}324// ElementX the doc is similar to ElementX325func (rc *RaceContext) ElementX(selector string) *RaceContext {326	rc.branches = append(rc.branches, &raceBranch{327		condition: func(p *Page) (*Element, error) { return p.ElementX(selector) },328	})329	return rc330}331// ElementR the doc is similar to ElementR332func (rc *RaceContext) ElementR(selector, regex string) *RaceContext {333	rc.branches = append(rc.branches, &raceBranch{334		condition: func(p *Page) (*Element, error) { return p.ElementR(selector, regex) },335	})336	return rc337}338// ElementByJS the doc is similar to MustElementByJS339func (rc *RaceContext) ElementByJS(opts *EvalOptions) *RaceContext {340	rc.branches = append(rc.branches, &raceBranch{341		condition: func(p *Page) (*Element, error) { return p.ElementByJS(opts) },342	})343	return rc344}345// Handle adds a callback function to the most recent chained selector.346// The callback function is run, if the corresponding selector is347// present first, in the Race condition.348func (rc *RaceContext) Handle(callback func(*Element) error) *RaceContext {349	rc.branches[len(rc.branches)-1].callback = callback350	return rc351}352// Do the race353func (rc *RaceContext) Do() (*Element, error) {354	var el *Element355	err := utils.Retry(rc.page.ctx, rc.page.sleeper(), func() (stop bool, err error) {356		for _, branch := range rc.branches {357			bEl, err := branch.condition(rc.page.Sleeper(NotFoundSleeper))358			if err == nil {359				el = bEl.Sleeper(rc.page.sleeper)360				if branch.callback != nil {361					err = branch.callback(el)362				}363				return true, err364			} else if !errors.Is(err, &ErrElementNotFound{}) {365				return true, err366			}367		}368		return369	})370	return el, err371}372// Has an element that matches the css selector373func (el *Element) Has(selector string) (bool, *Element, error) {374	el, err := el.Element(selector)375	if errors.Is(err, &ErrElementNotFound{}) {376		return false, nil, nil377	}378	return err == nil, el, err379}380// HasX an element that matches the XPath selector381func (el *Element) HasX(selector string) (bool, *Element, error) {382	el, err := el.ElementX(selector)383	if errors.Is(err, &ErrElementNotFound{}) {384		return false, nil, nil385	}386	return err == nil, el, err387}388// HasR returns true if a child element that matches the css selector and its text matches the jsRegex.389func (el *Element) HasR(selector, jsRegex string) (bool, *Element, error) {390	el, err := el.ElementR(selector, jsRegex)391	if errors.Is(err, &ErrElementNotFound{}) {392		return false, nil, nil393	}394	return err == nil, el, err395}396// Element returns the first child that matches the css selector397func (el *Element) Element(selector string) (*Element, error) {398	return el.ElementByJS(evalHelper(js.Element, selector))399}400// ElementR returns the first child element that matches the css selector and its text matches the jsRegex.401func (el *Element) ElementR(selector, jsRegex string) (*Element, error) {402	return el.ElementByJS(evalHelper(js.ElementR, selector, jsRegex))403}...

HasR

Using AI Code Generation

1import (2func main() {3    r1 := rod{length: 10, diameter: 2}4    fmt.Println(r1.HasR())5}6import (7func main() {8    r1 := rod{length: 10, diameter: 2}9    fmt.Println(r1.HasR())10}11import (12func main() {13    r1 := rod{length: 10, diameter: 2}14    fmt.Println(r1.HasR())15}16import (17func main() {18    r1 := rod{length: 10, diameter: 2}19    fmt.Println(r1.HasR())20}21import (22func main() {23    r1 := rod{length: 10, diameter: 2}24    fmt.Println(r1.HasR())25}26import (27func main() {28    r1 := rod{length: 10, diameter: 2}29    fmt.Println(r1.HasR())30}31import (32func main() {33    r1 := rod{length: 10, diameter: 2}34    fmt.Println(r1.HasR())35}36import (37func main() {38    r1 := rod{length: 10, diameter: 2}39    fmt.Println(r1.HasR())40}41import (42func main() {43    r1 := rod{length: 10, diameter: 2}44    fmt.Println(r1.HasR())45}

HasR

Using AI Code Generation

1import "fmt"2func main() {3    r := rod{length: 10, diameter: 2}4    fmt.Println(r.HasR())5}6import "fmt"7func main() {8    r := rod{length: 10, diameter: 2}9    fmt.Println(r.HasR())10}11import "fmt"12func main() {13    r := rod{length: 10, diameter: 2}14    fmt.Println(r.HasR())15}16import "fmt"17func main() {18    r := rod{length: 10, diameter: 2}19    fmt.Println(r.HasR())20}21import "fmt"22func main() {23    r := rod{length: 10, diameter: 2}24    fmt.Println(r.HasR())25}26import "fmt"27func main() {28    r := rod{length: 10, diameter: 2}29    fmt.Println(r.HasR())30}31import "fmt"32func main() {33    r := rod{length: 10, diameter: 2}34    fmt.Println(r.HasR())35}36import "fmt"37func main() {38    r := rod{length: 10, diameter: 2}39    fmt.Println(r.HasR())40}41import "fmt"42func main() {43    r := rod{length: 10, diameter: 2}44    fmt.Println(r.HasR())45}46import "fmt"47func main() {48    r := rod{length: 10, diameter: 2}49    fmt.Println(r.HasR())50}51import "fmt"52func main() {

HasR

Using AI Code Generation

1import (2func main() {3  fmt.Println(p.HasR("input[name=q]"))4}5import (6func main() {7  fmt.Println(p.Has("input[name=q]"))8}9import (10func main() {11  fmt.Println(p.HasE("input[name=q]"))12}13import (14func main() {15  fmt.Println(p.HasX("input[name=q]"))16}17import (18func main() {19  fmt.Println(p.HasXS("input[name=q]"))20}21import (22func main() {23  fmt.Println(p.HasXR("input[name=q]"))24}25import (26func main() {27  fmt.Println(p.HasXE("input[name=q]"))28}

HasR

Using AI Code Generation

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

HasR

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("rod r1 has resistance?", r1.HasR())4    fmt.Println("rod r2 has resistance?", r2.HasR())5}6import "fmt"7func main() {8    fmt.Println("rod r1 has resistance?", r1.HasR())9    fmt.Println("rod r2 has resistance?", r2.HasR())10}11import "fmt"12func main() {13    fmt.Println("rod r1 has resistance?", r1.HasR())14    fmt.Println("rod r2 has resistance?", r2.HasR())15}16import "fmt"17func main() {18    fmt.Println("rod r1 has resistance?", r1.HasR())

HasR

Using AI Code Generation

1import "fmt"2func main() {3    if r1.HasR() {4        fmt.Println("Rod is OK")5    } else {6        fmt.Println("Rod is not OK")7    }8}9import "fmt"10func main() {11    if r1.HasR() {12        fmt.Println("Rod is OK")13    } else {14        fmt.Println("Rod is not OK")15    }16}17import "fmt"18func main() {19    if r1.HasR() {20        fmt.Println("Rod is OK")21    } else {22        fmt.Println("Rod is not OK")23    }24}25import "fmt"26func main() {27    if r1.HasR() {28        fmt.Println("Rod is OK")29    } else {30        fmt.Println("Rod is not OK")31    }32}33import "fmt"34func main() {35    if r1.HasR() {36        fmt.Println("Rod is OK")37    } else {38        fmt.Println("Rod is not OK")39    }40}41import "fmt"42func main() {

HasR

Using AI Code Generation

1import (2func main() {3    r := rod{length: 2, diameter: 0.5}4    fmt.Println("rod length", r.length, "diameter", r.diameter)5    fmt.Println("rod length", r.length, "diameter", r.diameter)6    fmt.Println("rod has radius", r.HasR())7}8import (9func main() {10    r := rod{length: 2, diameter: 0.5}11    fmt.Println("rod length", r.length, "diameter", r.diameter)12    fmt.Println("rod length", r.length, "diameter", r.diameter)13    fmt.Println("rod has radius", r.HasR())14}15import (16func main() {17    r := rod{length: 2, diameter: 0.5}18    fmt.Println("rod length", r.length, "diameter", r.diameter)19    fmt.Println("rod length", r.length, "diameter", r.diameter)20    fmt.Println("rod has radius", r.HasR())21}22import (23func main() {24    r := rod{length: 2, diameter: 0.5}25    fmt.Println("rod length", r.length, "diameter", r.diameter)26    fmt.Println("rod length", r.length, "diameter", r.diameter)27    fmt.Println("rod has radius", r.HasR())28}29import (30func main() {31    r := rod{length: 2, diameter: 0.5}32    fmt.Println("rod length", r.length, "diameter", r.diameter)33    fmt.Println("rod length", r.length, "

HasR

Using AI Code Generation

1import (2func main() {3	r = rod{length: 10, diameter: 2}4	fmt.Println("rod has radius?", r.HasR())5}6import (7func main() {8	r = rod{length: 10, diameter: 0}9	fmt.Println("rod has radius?", r.HasR())10}11import (12func main() {13	r = rod{length: 0, diameter: 2}14	fmt.Println("rod has radius?", r.HasR())15}16import (17func main() {18	r = rod{length: 0, diameter: 0}19	fmt.Println("rod has radius?", r.HasR())20}21import (22func main() {23	r = rod{length: 10, diameter: 2}24	fmt.Println("rod has radius?", r.HasR())25}26import (27func main() {28	r = rod{length: 10, diameter: 0}29	fmt.Println("rod has radius?", r.HasR())30}31import (32func main() {33	r = rod{length: 0, diameter: 2}34	fmt.Println("rod has radius?", r.HasR())35}

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