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How to use hasStr method of got Package

Best Got code snippet using got.hasStr

assertions.go

Source:assertions.go

...175// Has asserts that container has item.176// The container can be a string, []byte, slice, array, or map177func (as Assertions) Has(container, item interface{}) {178	as.Helper()179	if c, ok := container.(string); ok && hasStr(c, item) {180		return181	} else if c, ok := container.([]byte); ok && hasStr(string(c), item) {182		return183	}184	cv := reflect.Indirect(reflect.ValueOf(container))185	switch cv.Kind() {186	case reflect.Slice, reflect.Array:187		for i := 0; i < cv.Len(); i++ {188			if utils.SmartCompare(cv.Index(i).Interface(), item) == 0 {189				return190			}191		}192	case reflect.Map:193		keys := cv.MapKeys()194		for _, k := range keys {195			if utils.SmartCompare(cv.MapIndex(k).Interface(), item) == 0 {196				return197			}198		}199	}200	as.err(AssertionHas, container, item)201}202// Len asserts that the length of list equals l203func (as Assertions) Len(list interface{}, l int) {204	as.Helper()205	actual := reflect.ValueOf(list).Len()206	if actual == l {207		return208	}209	as.err(AssertionLen, actual, l, list)210}211// Err asserts that the last item in args is error212func (as Assertions) Err(args ...interface{}) {213	as.Helper()214	if len(args) == 0 {215		as.err(AssertionNoArgs)216		return217	}218	last := args[len(args)-1]219	if err, _ := last.(error); err != nil {220		return221	}222	as.err(AssertionErr, last, args)223}224// E is a shortcut for Must().Nil(args...)225func (as Assertions) E(args ...interface{}) {226	as.Helper()227	as.Must().Nil(args...)228}229// Panic executes fn and asserts that fn panics230func (as Assertions) Panic(fn func()) (val interface{}) {231	as.Helper()232	defer func() {233		as.Helper()234		val = recover()235		if val == nil {236			as.err(AssertionPanic, fn)237		}238	}()239	fn()240	return241}242// Is asserts that x is kind of y, it uses reflect.Kind to compare.243// If x and y are both error type, it will use errors.Is to compare.244func (as Assertions) Is(x, y interface{}) {245	as.Helper()246	if x == nil && y == nil {247		return248	}249	if ae, ok := x.(error); ok {250		if be, ok := y.(error); ok {251			if ae == be {252				return253			}254			if errors.Is(ae, be) {255				return256			}257			as.err(AssertionIsInChain, x, y)258			return259		}260	}261	at := reflect.TypeOf(x)262	bt := reflect.TypeOf(y)263	if x != nil && y != nil && at.Kind() == bt.Kind() {264		return265	}266	as.err(AssertionIsKind, x, y)267}268// Count asserts that the returned function will be called n times269func (as Assertions) Count(n int) func() {270	as.Helper()271	count := int64(0)272	as.Cleanup(func() {273		c := int(atomic.LoadInt64(&count))274		if c != n {275			as.Helper()276			as.err(AssertionCount, n, c)277		}278	})279	return func() {280		atomic.AddInt64(&count, 1)281	}282}283func (as Assertions) err(t AssertionErrType, details ...interface{}) {284	as.Helper()285	if as.desc != "" {286		as.Logf("%s", as.desc)287	}288	// TODO: we should take advantage of the Helper function289	_, f, l, _ := runtime.Caller(2)290	c := &AssertionCtx{291		Type:    t,292		Details: details,293		File:    f,294		Line:    l,295	}296	as.Logf("%s", as.ErrorHandler.Report(c))297	if as.must {298		as.FailNow()299		return300	}301	as.Fail()302}303// the first return value is true if x is nilable304func isNil(x interface{}) (bool, bool) {305	if x == nil {306		return true, true307	}308	val := reflect.ValueOf(x)309	k := val.Kind()310	nilable := k == reflect.Chan ||311		k == reflect.Func ||312		k == reflect.Interface ||313		k == reflect.Map ||314		k == reflect.Ptr ||315		k == reflect.Slice316	if nilable {317		return true, val.IsNil()318	}319	return false, false320}321func hasStr(c string, item interface{}) bool {322	if it, ok := item.(string); ok {323		if strings.Contains(c, it) {324			return true325		}326	} else if it, ok := item.([]byte); ok {327		if strings.Contains(c, string(it)) {328			return true329		}330	} else if it, ok := item.(rune); ok {331		if strings.ContainsRune(c, it) {332			return true333		}334	}335	return false...

common.go

Source:common.go

...215func fileExists(filepath string) bool {216	_, err := os.Stat(filepath)217	return err == nil218}219func hasStr(a []string, x string) bool {220	for _, n := range a {221		if x == n {222			return true223		}224	}225	return false226}227func delSliceElement(a []string, x string) []string {228	b := make([]string, 0)229	for _, y := range a {230		if y != x {231			b = append(b, y)232		}233	}234	return b235}236func sortIPSlice(ips []string) []string {237	ipmap := map[string]string{}238	ipns := []string{}239	for _, ip := range ips {240		if ip == "" {241			continue242		}243		ipstrs := strings.Split(ip, ".")244		for i, ipstr := range ipstrs {245			ipstrs[i] = fmt.Sprintf("%03s", ipstr)246		}247		ipstr := strings.Join(ipstrs, "")248		ipmap[ipstr] = ip249		ipns = append(ipns, ipstr)250	}251	sort.Strings(ipns)252	newIPs := make([]string, len(ipns))253	for i, ipn := range ipns {254		newIPs[i] = ipmap[ipn]255	}256	return newIPs257}258func checkID(id string) bool {259	return regexp.MustCompile(`^[a-zA-Z0-9\.\_\-]+$`).Match([]byte(id))260}261func getRemovedElesFromSlice(a, b []string) []string {262	c := make([]string, 0)263	for _, ae := range a {264		if hasStr(b, ae) == false {265			c = append(c, ae)266		}267	}268	return c269}...

kits_test.go

Source:kits_test.go

1// Copyright (c) 2017-2022 Roland SchultheiÃ. All rights reserved.2// License information can be found in the LICENSE file.3package forge4import (5	"testing"6)7// =============================================================================8/*func TestSample_InferKit(t *testing.T) {9	conf := Config{10		KitFolder: "",11	}12	type test struct {13		inSample Sample14		want     string // kit name15	}16	tests := []test{17		{18			Sample{Loci: []Locus{{ID: "SE33"}, {ID: "VWA"}, {ID: "TH01"}}},19			"PPL ESX17",20		},21		{22			Sample{Loci: []Locus{{ID: "FGA"}, {ID: "D3S1358"}, {ID: "SE33"}}},23			"NGM-Detect",24		},25		{26			Sample{Loci: []Locus{{ID: "DYS19"}, {ID: "DYS391"}, {ID: "DYS448"}}},27			"PPL Y23",28		},29		{30			Sample{Loci: []Locus{{ID: "SE33"}, {ID: "VWA"}, {ID: "DYS385"}}},31			"unknown Kit",32		},33	}34	for i, tc := range tests {35		tc.inSample.InferKit()36		if tc.inSample.Kit.ID != tc.want {37			t.Fatalf("test %d: expected: %v, got: %v", i+1, tc.want, tc.inSample.Kit.ID)38		}39	}40}41*/42// =============================================================================43func TestKit_HasSTR(t *testing.T) {44	type test struct {45		inKit Kit46		inSTR string47		want  bool48	}49	tests := []test{50		{51			Kit{52				ID: "Ifiler Plus",53				STRs: []STR{54					{ID: "D8S1179", Dye: "blue"},55					{ID: "D21S11", Dye: "blue"},56					{ID: "D7S820", Dye: "blue"},57					{ID: "CSF1PO", Dye: "blue"},58					{ID: "D3S1358", Dye: "green"},59					{ID: "TH01", Dye: "green"},60					{ID: "D13S317", Dye: "green"},61					{ID: "D16S539", Dye: "green"},62					{ID: "D2S1338", Dye: "green"},63					{ID: "D19S433", Dye: "yellow"},64					{ID: "VWA", Dye: "yellow"},65					{ID: "TPOX", Dye: "yellow"},66					{ID: "D18S51", Dye: "yellow"},67					{ID: "AMEL", Dye: "red"},68					{ID: "D5S818", Dye: "red"},69					{ID: "FGA", Dye: "red"},70				},71			},72			"D19S433",73			true,74		},75		{76			Kit{77				ID: "Ifiler Plus",78				STRs: []STR{79					{ID: "D8S1179", Dye: "blue"},80					{ID: "D21S11", Dye: "blue"},81					{ID: "D7S820", Dye: "blue"},82					{ID: "CSF1PO", Dye: "blue"},83					{ID: "D3S1358", Dye: "green"},84					{ID: "TH01", Dye: "green"},85					{ID: "D13S317", Dye: "green"},86					{ID: "D16S539", Dye: "green"},87					{ID: "D2S1338", Dye: "green"},88					{ID: "D19S433", Dye: "yellow"},89					{ID: "VWA", Dye: "yellow"},90					{ID: "TPOX", Dye: "yellow"},91					{ID: "D18S51", Dye: "yellow"},92					{ID: "AMEL", Dye: "red"},93					{ID: "D5S818", Dye: "red"},94					{ID: "FGA", Dye: "red"},95				},96			},97			"DYS437",98			false,99		},100	}101	for i, tc := range tests {102		res := tc.inKit.HasSTR(tc.inSTR)103		if res != tc.want {104			t.Fatalf("test %d: expected: %v, got: %v", i+1, tc.want, res)105		}106	}107}...

hasStr

Using AI Code Generation

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

hasStr

Using AI Code Generation

1func main(){2 got := got{}3 got.hasStr("Hello")4}5func main(){6 got := got{}7 got.hasStr("Hello")8}

hasStr

Using AI Code Generation

1import (2func main() {3	fmt.Println(got.HasStr("hello", "ll"))4}5func HasStr(s, substr string) bool {6	return strings.Contains(s, substr)7}8import "testing"9func TestHasStr(t *testing.T) {10	if !HasStr("hello", "ll") {11		t.Error("HasStr failed")12	}13}14import "strings"15func HasStr(s, substr string) bool {16	return strings.Contains(s, substr)17}18import "testing"19func TestHasStr(t *testing.T) {20	if !HasStr("hello", "ll") {21		t.Error("HasStr failed")22	}23}24import "strings"25func HasStr(s, substr string) bool {26	return strings.Contains(s, substr)27}28import "testing"29func TestHasStr(t *testing.T) {30	if !HasStr("hello", "ll") {31		t.Error("HasStr failed")32	}33}34import "strings"35func HasStr(s, substr string) bool {36	return strings.Contains(s, substr)37}38import "testing"39func TestHasStr(t *testing.T) {40	if !HasStr("hello", "ll") {41		t.Error("HasStr failed")42	}43}44import "strings"45func HasStr(s, substr string) bool {46	return strings.Contains(s, substr)47}48import "testing"49func TestHasStr(t *testing.T) {50	if !HasStr("hello", "ll") {51		t.Error("HasStr failed")52	}53}54import "strings"55func HasStr(s, substr string) bool {56	return strings.Contains(s, substr)57}58import "testing"59func TestHasStr(t *testing.T) {60	if !HasStr("hello", "ll") {61		t.Error("HasStr failed")62	}63}64import

hasStr

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello, World!")4    got := got{"Hello World"}5    fmt.Println(got.hasStr("Hello"))6    fmt.Println(got.hasStr("World"))7}

hasStr

Using AI Code Generation

1func main() {2    got := got{}3    fmt.Println(got.hasStr(str))4}5        /usr/local/go/src/got (from $GOROOT)6        /home/sam/go/src/got (from $GOPATH)7        /usr/local/go/src/fmt (from $GOROOT)8        /home/sam/go/src/fmt (from $GOPATH)9        /usr/local/go/src/got (from $GOROOT)10        /home/sam/go/src/got (from $GOPATH)11        /usr/local/go/src/fmt (from $GOROOT)12        /home/sam/go/src/fmt (from $GOPATH)

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