How to use TestContainsKey method of td_test Package

Best Go-testdeep code snippet using td_test.TestContainsKey

td_contains_key_test.go

Source:td_contains_key_test.go

...8	"fmt"9	"testing"10	"github.com/maxatome/go-testdeep/td"11)12func TestContainsKey(t *testing.T) {13	type MyMap map[int]string14	for idx, got := range []any{15		map[int]string{12: "foo", 34: "bar", 28: "zip"},16		MyMap{12: "foo", 34: "bar", 28: "zip"},17	} {18		testName := fmt.Sprintf("#%d: got=%v", idx, got)19		checkOK(t, got, td.ContainsKey(34), testName)20		checkOK(t, got, td.ContainsKey(td.Between(30, 35)),21			testName)22		checkError(t, got, td.ContainsKey(35),23			expectedError{24				Message: mustBe("does not contain key"),25				Path:    mustBe("DATA"),26				Summary: mustMatch(`expected key: 3527 not in keys: \((12|28|34),28               (12|28|34),29               (12|28|34)\)`),30			}, testName)31		// Lax32		checkOK(t, got, td.Lax(td.ContainsKey(float64(34))), testName)33	}34}35// nil case.36func TestContainsKeyNil(t *testing.T) {37	type MyPtrMap map[*int]int38	num := 1234564239	for idx, got := range []any{40		map[*int]int{&num: 42, nil: 666},41		MyPtrMap{&num: 42, nil: 666},42	} {43		testName := fmt.Sprintf("#%d: got=%v", idx, got)44		checkOK(t, got, td.ContainsKey(nil), testName)45		checkOK(t, got, td.ContainsKey((*int)(nil)), testName)46		checkOK(t, got, td.ContainsKey(td.Nil()), testName)47		checkOK(t, got, td.ContainsKey(td.NotNil()), testName)48		checkError(t, got, td.ContainsKey((*uint8)(nil)),49			expectedError{50				Message: mustBe("does not contain key"),51				Path:    mustBe("DATA"),52				Summary: mustMatch(`expected key: \(\*uint8\)\(<nil>\)53 not in keys: \(\(\*int\)\((<nil>|.*12345642.*)\),54               \(\*int\)\((<nil>|.*12345642.*)\)\)`),55			}, testName)56	}57	checkError(t,58		map[string]int{"foo": 12, "bar": 34, "zip": 28}, // got59		td.ContainsKey(nil),60		expectedError{61			Message: mustBe("does not contain key"),62			Path:    mustBe("DATA"),63			Summary: mustMatch(`expected key: nil64 not in keys: \("(foo|bar|zip)",65               "(foo|bar|zip)",66               "(foo|bar|zip)"\)`),67		})68	checkError(t, "foobar", td.ContainsKey(nil),69		expectedError{70			Message:  mustBe("cannot check contains key"),71			Path:     mustBe("DATA"),72			Got:      mustBe("string"),73			Expected: mustBe("ContainsKey(nil)"),74		})75	checkError(t, "foobar", td.ContainsKey(123),76		expectedError{77			Message:  mustBe("cannot check contains key"),78			Path:     mustBe("DATA"),79			Got:      mustBe("string"),80			Expected: mustBe("int"),81		})82	// Caught by deepValueEqual, before Match() call83	checkError(t, nil, td.ContainsKey(nil),84		expectedError{85			Message:  mustBe("values differ"),86			Path:     mustBe("DATA"),87			Got:      mustBe("nil"),88			Expected: mustBe("ContainsKey(nil)"),89		})90}91func TestContainsKeyTypeBehind(t *testing.T) {92	equalTypes(t, td.ContainsKey("x"), nil)93}...

TestContainsKey

Using AI Code Generation

1import (2func main() {3	table := td.NewTable()4	table.Add("one", 1)5	table.Add("two", 2)6	table.Add("three", 3)7	table.Add("four", 4)8	fmt.Println(table.ContainsKey("one"))9	fmt.Println(table.ContainsValue(3))10	fmt.Println(table.Get("four"))11	fmt.Println(table.GetKeys())12	fmt.Println(table.GetValues())13	fmt.Println(table.Remove("one"))14	fmt.Println(table.Add("five", 5))15	fmt.Println(table.AddAll(td.NewTable().Add("six", 6).Add("seven", 7)))16	fmt.Println(table.Clear())17	fmt.Println(table.IsEmpty())18	fmt.Println(table.Size())19	fmt.Println(table.ToString())20	fmt.Println(table.Equals(td.NewTable().Add("one", 1).Add("two", 2).Add("three", 3).Add("four", 4)))21	fmt.Println(table.Clone())22}

TestContainsKey

Using AI Code Generation

1import (2func main() {3	t = td.TD{1, 2, 3, 4, 5, 6, 7, 8, 9}4	fmt.Println(t.TestContainsKey(3))5	fmt.Println(t.TestContainsKey(10))6}

TestContainsKey

Using AI Code Generation

1import (2func main() {3	t.Init(5)4	t.Add(1)5	t.Add(2)6	t.Add(3)7	t.Add(4)8	t.Add(5)9	fmt.Println(t.TestContainsKey(1))10	fmt.Println(t.TestContainsKey(6))11}

TestContainsKey

Using AI Code Generation

1import (2func main() {3	m := map[int]int{1: 10, 2: 20, 3: 30}4	t := td_test.Test{}5	fmt.Println(t.TestContainsKey(m, 2))6	fmt.Println(t.TestContainsKey(m, 4))7}

TestContainsKey

Using AI Code Generation

1import (2func main() {3	td_test = td.Td{1, 2, 3, 4, 5, 6}4	fmt.Println(td_test.TestContainsKey(1))5	fmt.Println(td_test.TestContainsKey(2))6	fmt.Println(td_test.TestContainsKey(3))7	fmt.Println(td_test.TestContainsKey(4))8	fmt.Println(td_test.TestContainsKey(5))9	fmt.Println(td_test.TestContainsKey(6))10	fmt.Println(td_test.TestContainsKey(7))11	fmt.Println(td_test.TestContainsKey(8))12	fmt.Println(td_test.TestContainsKey(9))13	fmt.Println(td_test.TestContainsKey(10))14}

TestContainsKey

Using AI Code Generation

1import (2func main() {3	t.Init(4)4	t.Add(1, 2)5	t.Add(3, 4)6	t.Add(5, 6)7	t.Add(7, 8)8	t.Add(9, 10)9	t.Add(11, 12)10	fmt.Println("Checking whether key 12 exists in the table")11	if t.ContainsKey(12) == true {12		fmt.Println("Key 12 exists in the table")13	} else {14		fmt.Println("Key 12 does not exist in the table")15	}16	fmt.Println("Checking whether key 13 exists in the table")17	if t.ContainsKey(13) == true {18		fmt.Println("Key 13 exists in the table")19	} else {20		fmt.Println("Key 13 does not exist in the table")21	}22}

TestContainsKey

Using AI Code Generation

1import (2func main() {3	trie := td_test.NewTrie()4	trie.Add("apple", 1)5	trie.Add("app", 2)6	trie.Add("ape", 3)7	trie.Add("applepie", 4)8	if trie.ContainsKey("apple") {9		fmt.Println("Key exists")10	} else {11		fmt.Println("Key does not exist")12	}13}

TestContainsKey

Using AI Code Generation

1import (2func main() {3	test = td_test.Test{}4	test.SetTestName("Test 1")5	test.SetTestDescription("Test 1 Description")6	test.SetTestResult(1)7	test.SetTestResult(2)8	test.SetTestResult(3)9	test.SetTestResult(4)10	test.SetTestResult(5)11	test.SetTestResult(6)12	test.SetTestResult(7)13	test.SetTestResult(8)14	test.SetTestResult(9)15	test.SetTestResult(10)16	test.SetTestResult(11)17	test.SetTestResult(12)18	test.SetTestResult(13)19	test.SetTestResult(14)20	test.SetTestResult(15)21	test.SetTestResult(16)22	test.SetTestResult(17)23	test.SetTestResult(18)24	test.SetTestResult(19)25	test.SetTestResult(20)26	test.SetTestResult(21)27	test.SetTestResult(22)28	test.SetTestResult(23)29	test.SetTestResult(24)30	test.SetTestResult(25)31	test.SetTestResult(26)32	test.SetTestResult(27)33	test.SetTestResult(28)34	test.SetTestResult(29)35	test.SetTestResult(30)36	test.SetTestResult(31)37	test.SetTestResult(32)38	test.SetTestResult(33)39	test.SetTestResult(34)40	test.SetTestResult(35)41	test.SetTestResult(36)42	test.SetTestResult(37)43	test.SetTestResult(38)44	test.SetTestResult(39)45	test.SetTestResult(40)46	test.SetTestResult(41)47	test.SetTestResult(42)48	test.SetTestResult(43)49	test.SetTestResult(44)50	test.SetTestResult(45)51	test.SetTestResult(46)52	test.SetTestResult(47)53	test.SetTestResult(48)54	test.SetTestResult(49)55	test.SetTestResult(50)56	test.SetTestResult(51)57	test.SetTestResult(52)58	test.SetTestResult(53)59	test.SetTestResult(54)60	test.SetTestResult(55)61	test.SetTestResult(56)62	test.SetTestResult(57)63	test.SetTestResult(58)64	test.SetTestResult(59)65	test.SetTestResult(60)66	test.SetTestResult(61)67	test.SetTestResult(62)68	test.SetTestResult(63)69	test.SetTestResult(64)

TestContainsKey

Using AI Code Generation

1import (2func main() {3	t = td.CreateTree()4	s = td.CreateTree()5	td.InsertTree(&t, 10)6	td.InsertTree(&t, 5)7	td.InsertTree(&t, 20)8	td.InsertTree(&t, 3)9	td.InsertTree(&t, 8)10	td.InsertTree(&t, 15)11	td.InsertTree(&t, 25)12	td.InsertTree(&t, 30)13	td.InsertTree(&t, 40)14	td.InsertTree(&s, 20)15	td.InsertTree(&s, 15)16	td.InsertTree(&s, 25)17	td.InsertTree(&s, 30)18	td.InsertTree(&s, 40)19	fmt.Println("Tree t is :")20	td.PrintTree(t)21	fmt.Println("Tree s is :")22	td.PrintTree(s)23	fmt.Println("Enter the key to be searched")24	fmt.Scan(&k)25	res = td.TestContainsKey(t, s, k)26	if res == 1 {27		fmt.Println("The key is present in the tree")28	} else {29		fmt.Println("The key is not present in the tree")30	}31}

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