How to use Cmp method of td Package

Best Go-testdeep code snippet using td.Cmp

value_lru_test.go

Source:value_lru_test.go

...11	defer flush()12	c := NewMemoryValueLRU("test")13	res, err := c.Get(ctx, "asd")14	e.Nil(res)15	e.CmpDeeply(err, ErrCacheMiss)16	data := []byte("aaa")17	err = c.Put(ctx, "asd", data)18	e.CmpNoError(err)19	res, err = c.Get(ctx, "asd")20	e.CmpDeeply(res, data)21	e.CmpNoError(err)22	err = c.Delete(ctx, "asd")23	e.CmpNoError(err)24	err = c.Delete(ctx, "non-existed-key")25	e.CmpNoError(err)26	res, err = c.Get(ctx, "asd")27	e.Nil(res)28	e.CmpDeeply(err, ErrCacheMiss)29}30func TestValueLRULimitAtPut(t *testing.T) {31	td := testdeep.NewT(t)32	ctx, flush := th.TestContext(t)33	defer flush()34	wait := func() { time.Sleep(time.Millisecond * 10) }35	var c *MemoryValueLRU36	var res interface{}37	var err error38	c = NewMemoryValueLRU("test")39	c.MaxSize = 540	c.CleanCount = 341	err = c.Put(ctx, "1", 1)42	td.CmpNoError(err)43	err = c.Put(ctx, "2", 2)44	td.CmpNoError(err)45	err = c.Put(ctx, "3", 3)46	td.CmpNoError(err)47	err = c.Put(ctx, "4", 4)48	td.CmpNoError(err)49	err = c.Put(ctx, "5", 5)50	td.CmpNoError(err)51	res, err = c.Get(ctx, "1")52	td.CmpDeeply(res, 1)53	td.CmpNoError(err)54	res, err = c.Get(ctx, "2")55	td.CmpDeeply(res, 2)56	td.CmpNoError(err)57	res, err = c.Get(ctx, "3")58	td.CmpDeeply(res, 3)59	td.CmpNoError(err)60	res, err = c.Get(ctx, "4")61	td.CmpDeeply(res, 4)62	td.CmpNoError(err)63	res, err = c.Get(ctx, "5")64	td.CmpDeeply(res, 5)65	td.CmpNoError(err)66	err = c.Put(ctx, "6", 6)67	td.CmpNoError(err)68	wait()69	res, err = c.Get(ctx, "1")70	td.Nil(res)71	td.CmpDeeply(err, ErrCacheMiss)72	res, err = c.Get(ctx, "2")73	td.Nil(res)74	td.CmpDeeply(err, ErrCacheMiss)75	res, err = c.Get(ctx, "3")76	td.Nil(res)77	td.CmpDeeply(err, ErrCacheMiss)78	res, err = c.Get(ctx, "4")79	td.CmpDeeply(res, 4)80	td.CmpNoError(err)81	res, err = c.Get(ctx, "5")82	td.CmpDeeply(res, 5)83	td.CmpNoError(err)84	res, err = c.Get(ctx, "6")85	td.CmpDeeply(res, 6)86	td.CmpNoError(err)87}88func TestValueLRULimitClean(t *testing.T) {89	ctx, flush := th.TestContext(t)90	defer flush()91	td := testdeep.NewT(t)92	var c = NewMemoryValueLRU("test")93	c.MaxSize = 594	c.CleanCount = 095	c.m = make(map[string]*memoryValueLRUItem)96	c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}97	c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}98	c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}99	c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}100	c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}101	c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}102	c.clean()103	td.CmpDeeply(len(c.m), 6)104	td.CmpDeeply(c.m["1"].value, 1)105	td.CmpDeeply(c.m["2"].value, 2)106	td.CmpDeeply(c.m["3"].value, 3)107	td.CmpDeeply(c.m["4"].value, 4)108	td.CmpDeeply(c.m["5"].value, 5)109	td.CmpDeeply(c.m["6"].value, 6)110	c.MaxSize = 5111	c.CleanCount = 3112	c.m = make(map[string]*memoryValueLRUItem)113	c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}114	c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}115	c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}116	c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}117	c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}118	c.clean()119	td.CmpDeeply(len(c.m), 5)120	td.CmpDeeply(c.m["1"].value, 1)121	td.CmpDeeply(c.m["2"].value, 2)122	td.CmpDeeply(c.m["3"].value, 3)123	td.CmpDeeply(c.m["4"].value, 4)124	td.CmpDeeply(c.m["5"].value, 5)125	c.MaxSize = 5126	c.CleanCount = 2127	c.m = make(map[string]*memoryValueLRUItem)128	c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}129	c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}130	c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}131	c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}132	c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}133	c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}134	c.clean()135	td.CmpDeeply(len(c.m), 4)136	td.Nil(c.m["1"])137	td.Nil(c.m["2"])138	td.CmpDeeply(c.m["3"].value, 3)139	td.CmpDeeply(c.m["4"].value, 4)140	td.CmpDeeply(c.m["5"].value, 5)141	td.CmpDeeply(c.m["6"].value, 6)142	// reverse143	c.MaxSize = 5144	c.CleanCount = 2145	c.m = make(map[string]*memoryValueLRUItem)146	c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 6}147	c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 5}148	c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 4}149	c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 3}150	c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 2}151	c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 1}152	c.clean()153	td.CmpDeeply(len(c.m), 4)154	td.CmpDeeply(c.m["1"].value, 1)155	td.CmpDeeply(c.m["2"].value, 2)156	td.CmpDeeply(c.m["3"].value, 3)157	td.CmpDeeply(c.m["4"].value, 4)158	td.Nil(c.m["5"])159	td.Nil(c.m["6"])160	c.MaxSize = 5161	c.CleanCount = 5162	c.m = make(map[string]*memoryValueLRUItem)163	c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}164	c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}165	c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}166	c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}167	c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}168	c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}169	c.clean()170	td.CmpDeeply(len(c.m), 0)171	c.MaxSize = 5172	c.CleanCount = 6173	c.m = make(map[string]*memoryValueLRUItem)174	c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}175	c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}176	c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}177	c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}178	c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}179	c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}180	c.clean()181	td.CmpDeeply(len(c.m), 0)182	// update used time on get183	c.MaxSize = 5184	c.CleanCount = 3185	c.m = make(map[string]*memoryValueLRUItem)186	c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}187	c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}188	c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}189	c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}190	c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}191	c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}192	_, _ = c.Get(ctx, "6")193	_, _ = c.Get(ctx, "2")194	_, _ = c.Get(ctx, "3")195	_, _ = c.Get(ctx, "5")196	_, _ = c.Get(ctx, "1")197	_, _ = c.Get(ctx, "4")198	c.clean()199	td.CmpDeeply(len(c.m), 3)200	td.Nil(c.m["6"])201	td.Nil(c.m["2"])202	td.Nil(c.m["3"])203	td.CmpDeeply(c.m["5"].value, 5)204	td.CmpDeeply(c.m["1"].value, 1)205	td.CmpDeeply(c.m["4"].value, 4)206}207func TestLimitValueRenumberItems(t *testing.T) {208	ctx, flush := th.TestContext(t)209	defer flush()210	td := testdeep.NewT(t)211	var c = NewMemoryValueLRU("test")212	c.m = make(map[string]*memoryValueLRUItem)213	c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 100}214	c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 200}215	c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 300}216	c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 400}217	c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 500}218	c.lastTime = math.MaxUint64/2 - 1219	_ = c.Put(ctx, "6", 6)220	time.Sleep(time.Millisecond * 10)221	td.CmpDeeply(len(c.m), 6)222	c.mu.RLock()223	defer c.mu.RLock()224	td.CmpDeeply(c.m["1"].lastUsedTime, uint64(0))225	td.CmpDeeply(c.m["2"].lastUsedTime, uint64(1))226	td.CmpDeeply(c.m["3"].lastUsedTime, uint64(2))227	td.CmpDeeply(c.m["4"].lastUsedTime, uint64(3))228	td.CmpDeeply(c.m["5"].lastUsedTime, uint64(4))229	td.CmpDeeply(c.m["6"].lastUsedTime, uint64(5))230}...

config_test.go

Source:config_test.go

...8	td := testdeep.NewT(t)9	var from, to string10	var err error11	from, to, err = parseTCPMapPair("")12	td.CmpDeeply(from, "")13	td.CmpDeeply(to, "")14	td.CmpError(err)15	from, to, err = parseTCPMapPair("a-b")16	td.CmpDeeply(from, "")17	td.CmpDeeply(to, "")18	td.CmpError(err)19	from, to, err = parseTCPMapPair(":123-b")20	td.CmpDeeply(from, "")21	td.CmpDeeply(to, "")22	td.CmpError(err)23	from, to, err = parseTCPMapPair("1.2.3.4-b")24	td.CmpDeeply(from, "")25	td.CmpDeeply(to, "")26	td.CmpError(err)27	from, to, err = parseTCPMapPair("1.2.3.4:123-b")28	td.CmpDeeply(from, "")29	td.CmpDeeply(to, "")30	td.CmpError(err)31	from, to, err = parseTCPMapPair("1.2.3.4:123-2.2.2.2")32	td.CmpDeeply(from, "")33	td.CmpDeeply(to, "")34	td.CmpError(err)35	from, to, err = parseTCPMapPair("1.2.3.4:123-:456")36	td.CmpDeeply(from, "")37	td.CmpDeeply(to, "")38	td.CmpError(err)39	from, to, err = parseTCPMapPair("1.2.3.4:123-2.2.2.2:456")40	td.CmpDeeply(from, "1.2.3.4:123")41	td.CmpDeeply(to, "2.2.2.2:456")42	td.CmpNoError(err)43	from, to, err = parseTCPMapPair("[::1]:123-[::2]:456")44	td.CmpDeeply(from, "[::1]:123")45	td.CmpDeeply(to, "[::2]:456")46	td.CmpNoError(err)47}48func TestConfig_getDefaultTargetDirector(t *testing.T) {49	ctx, flush := th.TestContext(t)50	defer flush()51	td := testdeep.NewT(t)52	var director Director53	var err error54	c := Config{55		DefaultTarget: "",56	}57	director, err = c.getDefaultTargetDirector(ctx)58	td.Nil(director)59	td.CmpError(err)60	c = Config{61		DefaultTarget: "asd",62	}63	director, err = c.getDefaultTargetDirector(ctx)64	td.Nil(director)65	td.CmpError(err)66	c = Config{67		DefaultTarget: ":123",68	}69	director, err = c.getDefaultTargetDirector(ctx)70	td.CmpDeeply(director, NewDirectorSameIP(123))71	td.CmpNoError(err)72	c = Config{73		DefaultTarget: "1.2.3.4",74	}75	director, err = c.getDefaultTargetDirector(ctx)76	td.CmpDeeply(director, NewDirectorHost("1.2.3.4:80"))77	td.CmpNoError(err)78	c = Config{79		DefaultTarget: "::4",80	}81	director, err = c.getDefaultTargetDirector(ctx)82	td.CmpDeeply(director, NewDirectorHost("[::4]:80"))83	td.CmpNoError(err)84	c = Config{85		DefaultTarget: "1.2.3.4:555",86	}87	director, err = c.getDefaultTargetDirector(ctx)88	td.CmpDeeply(director, NewDirectorHost("1.2.3.4:555"))89	td.CmpNoError(err)90}91func TestConfig_getHeadersDirector(t *testing.T) {92	ctx, flush := th.TestContext(t)93	defer flush()94	td := testdeep.NewT(t)95	var director Director96	var err error97	c := Config{98		Headers: []string{},99	}100	director, err = c.getHeadersDirector(ctx)101	td.Nil(director)102	td.CmpNoError(err)103	c = Config{104		Headers: []string{"asd"},105	}106	director, err = c.getHeadersDirector(ctx)107	td.Nil(director)108	td.CmpError(err)109	c = Config{110		Headers: []string{"asd:aaa", "bbb"},111	}112	director, err = c.getHeadersDirector(ctx)113	td.Nil(director)114	td.CmpError(err)115	c = Config{116		Headers: []string{"asd:aaa", "bbb:ccc:hhh", "Ajd:{{qwe}}"},117	}118	director, err = c.getHeadersDirector(ctx)119	td.CmpDeeply(director, NewDirectorSetHeaders(map[string]string{120		"asd": "aaa",121		"bbb": "ccc:hhh",122		"Ajd": "{{qwe}}",123	}))124	td.CmpNoError(err)125}126func TestConfig_getMapDirector(t *testing.T) {127	ctx, flush := th.TestContext(t)128	defer flush()129	td := testdeep.NewT(t)130	var director Director131	var err error132	c := Config{133		TargetMap: []string{},134	}135	director, err = c.getMapDirector(ctx)136	td.Nil(director)137	td.CmpNoError(err)138	c = Config{139		TargetMap: []string{"asd"},140	}141	director, err = c.getMapDirector(ctx)142	td.Nil(director)143	td.CmpError(err)144	c = Config{145		TargetMap: []string{"1.2.3.4-2.3.4.5"},146	}147	director, err = c.getMapDirector(ctx)148	td.Nil(director)149	td.CmpError(err)150	c = Config{151		TargetMap: []string{"1.2.3.4:222-2.3.4.5:333", "asd"},152	}153	director, err = c.getMapDirector(ctx)154	td.Nil(director)155	td.CmpError(err)156	c = Config{157		TargetMap: []string{"1.2.3.4:222-2.3.4.5:333", "[::2]:15-[::5]:91"},158	}159	director, err = c.getMapDirector(ctx)160	td.CmpDeeply(director, NewDirectorDestMap(map[string]string{161		"1.2.3.4:222": "2.3.4.5:333",162		"[::2]:15":    "[::5]:91",163	}))164	td.CmpNoError(err)165}166func TestConfig_getSchemeDirector(t *testing.T) {167	ctx, flush := th.TestContext(t)168	defer flush()169	td := testdeep.NewT(t)170	var director Director171	var err error172	c := &Config{173		HTTPSBackend: false,174	}175	director, err = c.getSchemaDirector(ctx)176	td.CmpNoError(err)177	td.CmpDeeply(director, NewSetSchemeDirector(ProtocolHTTP))178	c = &Config{179		HTTPSBackend: true,180	}181	director, err = c.getSchemaDirector(ctx)182	td.CmpNoError(err)183	td.CmpDeeply(director, NewSetSchemeDirector(ProtocolHTTPS))184}185func TestConfig_Apply(t *testing.T) {186	ctx, flush := th.TestContext(t)187	defer flush()188	td := testdeep.NewT(t)189	var err error190	var p = &HTTPProxy{}191	c := Config{}192	err = c.Apply(ctx, p)193	td.CmpError(err)194	c = Config{195		Headers: []string{"aaa:bbb"},196	}197	p = &HTTPProxy{}198	err = c.Apply(ctx, p)199	td.CmpError(err)200	c = Config{201		DefaultTarget: ":94",202		Headers:       []string{"aaa:bbb"},203	}204	p = &HTTPProxy{}205	err = c.Apply(ctx, p)206	td.CmpNoError(err)207	td.CmpDeeply(p.Director,208		NewDirectorChain(209			NewDirectorSameIP(94),210			NewDirectorSetHeaders(map[string]string{"aaa": "bbb"}),211			NewSetSchemeDirector(ProtocolHTTP),212		),213	)214	c = Config{215		HTTPSBackend:  true,216		DefaultTarget: "1.2.3.4:94",217		TargetMap:     []string{"1.2.3.4:33-4.5.6.7:88"},218		Headers:       []string{"aaa:bbb"},219	}220	p = &HTTPProxy{}221	err = c.Apply(ctx, p)222	td.CmpNoError(err)223	td.CmpDeeply(p.Director, NewDirectorChain(224		NewDirectorHost("1.2.3.4:94"),225		NewDirectorDestMap(map[string]string{"1.2.3.4:33": "4.5.6.7:88"}),226		NewDirectorSetHeaders(map[string]string{"aaa": "bbb"}),227		NewSetSchemeDirector(ProtocolHTTPS),228	))229	// Test backendSchemas230	c = Config{HTTPSBackendIgnoreCert: false}231	p = &HTTPProxy{}232	_ = c.Apply(ctx, p)233	transport := p.HTTPTransport.(Transport)234	transport.IgnoreHTTPSCertificate = false235	c = Config{HTTPSBackendIgnoreCert: true}236	p = &HTTPProxy{}237	_ = c.Apply(ctx, p)...

cmp_funcs_misc_test.go

Source:cmp_funcs_misc_test.go

...8	"fmt"9	"testing"10	"github.com/maxatome/go-testdeep/td"11)12func ExampleCmpTrue() {13	t := &testing.T{}14	got := true15	ok := td.CmpTrue(t, got, "check that got is true!")16	fmt.Println(ok)17	got = false18	ok = td.CmpTrue(t, got, "check that got is true!")19	fmt.Println(ok)20	// Output:21	// true22	// false23}24func ExampleCmpFalse() {25	t := &testing.T{}26	got := false27	ok := td.CmpFalse(t, got, "check that got is false!")28	fmt.Println(ok)29	got = true30	ok = td.CmpFalse(t, got, "check that got is false!")31	fmt.Println(ok)32	// Output:33	// true34	// false35}36func ExampleCmpError() {37	t := &testing.T{}38	got := fmt.Errorf("Error #%d", 42)39	ok := td.CmpError(t, got, "An error occurred")40	fmt.Println(ok)41	got = nil42	ok = td.CmpError(t, got, "An error occurred") // fails43	fmt.Println(ok)44	// Output:45	// true46	// false47}48func ExampleCmpNoError() {49	t := &testing.T{}50	got := fmt.Errorf("Error #%d", 42)51	ok := td.CmpNoError(t, got, "An error occurred") // fails52	fmt.Println(ok)53	got = nil54	ok = td.CmpNoError(t, got, "An error occurred")55	fmt.Println(ok)56	// Output:57	// false58	// true59}60func ExampleCmpPanic() {61	t := &testing.T{}62	ok := td.CmpPanic(t,63		func() { panic("I am panicking!") }, "I am panicking!",64		"Checks for panic")65	fmt.Println("checks exact panic() string:", ok)66	// Can use TestDeep operator too67	ok = td.CmpPanic(t,68		func() { panic("I am panicking!") }, td.Contains("panicking!"),69		"Checks for panic")70	fmt.Println("checks panic() sub-string:", ok)71	// Can detect panic(nil)72	ok = td.CmpPanic(t, func() { panic(nil) }, nil, "Checks for panic(nil)")73	fmt.Println("checks for panic(nil):", ok)74	// As well as structured data panic75	type PanicStruct struct {76		Error string77		Code  int78	}79	ok = td.CmpPanic(t,80		func() {81			panic(PanicStruct{Error: "Memory violation", Code: 11})82		},83		PanicStruct{84			Error: "Memory violation",85			Code:  11,86		})87	fmt.Println("checks exact panic() struct:", ok)88	// or combined with TestDeep operators too89	ok = td.CmpPanic(t,90		func() {91			panic(PanicStruct{Error: "Memory violation", Code: 11})92		},93		td.Struct(PanicStruct{}, td.StructFields{94			"Code": td.Between(10, 20),95		}))96	fmt.Println("checks panic() struct against TestDeep operators:", ok)97	// Of course, do not panic = test failure, even for expected nil98	// panic parameter99	ok = td.CmpPanic(t, func() {}, nil)100	fmt.Println("checks a panic occurred:", ok)101	// Output:102	// checks exact panic() string: true103	// checks panic() sub-string: true104	// checks for panic(nil): true105	// checks exact panic() struct: true106	// checks panic() struct against TestDeep operators: true107	// checks a panic occurred: false108}109func ExampleCmpNotPanic() {110	t := &testing.T{}111	ok := td.CmpNotPanic(t, func() {})112	fmt.Println("checks a panic DID NOT occur:", ok)113	// Classic panic114	ok = td.CmpNotPanic(t, func() { panic("I am panicking!") },115		"Hope it does not panic!")116	fmt.Println("still no panic?", ok)117	// Can detect panic(nil)118	ok = td.CmpNotPanic(t, func() { panic(nil) }, "Checks for panic(nil)")119	fmt.Println("last no panic?", ok)120	// Output:121	// checks a panic DID NOT occur: true122	// still no panic? false123	// last no panic? false124}...

Cmp

Using AI Code Generation

1import "fmt"2type td struct {3}4func main() {5    t1 := td{1, 2}6    t2 := td{1, 2}7    fmt.Println(t1 == t2)8    fmt.Println(t1.Cmp(t2))9}10func (t td) Cmp(t2 td) bool {11}12import "fmt"13func main() {14    fmt.Println(s1 == s2)15    fmt.Println(s1.Cmp(s2))16}17func (s string) Cmp(s2 string) bool {18}19import "fmt"20func main() {21    fmt.Println(i1 == i2)22    fmt.Println(i1.Cmp(i2))23}24func (i int) Cmp(i2 int) bool {25}26import "fmt"27func main() {28    fmt.Println(f1 == f2)29    fmt.Println(f1.Cmp(f2))30}31func (f float64) Cmp(f2 float64) bool {32}

Cmp

Using AI Code Generation

1import (2func main() {3	a := []int{1, 2, 3, 4, 5, 6, 7, 8}4	b := []int{1, 2, 3, 4, 5, 6, 7, 8}5	c := []int{1, 2, 3, 4, 5, 6, 7, 8}6	d := []int{1, 2, 3, 4, 5, 6, 7, 8}7	fmt.Println("a == b:", sort.IntsAreSorted(a) == sort.IntsAreSorted(b))8	fmt.Println("a == c:", sort.IntsAreSorted(a) == sort.IntsAreSorted(c))9	fmt.Println("a == d:", sort.IntsAreSorted(a) == sort.IntsAreSorted(d))10}11import (12func main() {13	a := []int{1, 2, 3, 4, 5, 6, 7, 8}14	b := []int{1, 2, 3, 4, 5, 6, 7, 8}15	c := []int{1, 2, 3, 4, 5, 6, 7, 8}16	d := []int{1, 2, 3, 4, 5, 6, 7, 8}17	fmt.Println("a == b:", sort.IntsAreSorted(a) == sort.IntsAreSorted(b))18	fmt.Println("a == c:", sort.IntsAreSorted(a) == sort.IntsAreSorted(c))19	fmt.Println("a == d:", sort.IntsAreSorted(a) == sort.IntsAreSorted(d))20}21import (22func main() {23	a := []int{

Cmp

Using AI Code Generation

1import "fmt"2type td struct { x, y int }3func (t td) Cmp(u td) int {4if t.x != u.x {5}6}7func main() {8t := td{1, 2}9u := td{3, 4}10v := td{1, 2}11}12import "fmt"13type td struct { x, y int }14func (t td) Cmp(u td) int {15if t.x != u.x {16}17}18func main() {19t := td{1, 2}20u := td{3, 4}21v := td{1, 2}22}23import "fmt"24type td struct { x, y int }25func (t td) Cmp(u td) int {26if t.x != u.x {27}28}29func main() {30t := td{1, 2}31u := td{3, 4}32v := td{1, 2}33}34import "fmt"35type td struct { x, y int }36func (t td) Cmp(u td) int {37if t.x != u.x {38}39}40func main() {41t := td{1, 2}42u := td{3, 4}43v := td{1, 2}44fmt.Println(u

Cmp

Using AI Code Generation

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

Cmp

Using AI Code Generation

1import (2func main() {3	a.Set(1, 2)4	b.Set(3, 4)5	fmt.Println(a.Cmp(b))6}7import (8func main() {9	a.Set(1, 2)10	b.Set(3, 4)11	fmt.Println(a.Cmp(b))12}13import (14func main() {15	a.Set(1, 2)16	b.Set(3, 4)17	fmt.Println(a.Cmp(b))18}19import (20func main() {21	a.Set(1, 2)22	b.Set(3, 4)23	fmt.Println(a.Cmp(b))24}25import (26func main() {27	a.Set(1, 2)28	b.Set(3, 4)29	fmt.Println(a.Cmp(b))30}31import (32func main() {33	a.Set(1, 2)34	b.Set(3, 4)35	fmt.Println(a.Cmp(b))36}37import (38func main() {39	a.Set(1, 2)40	b.Set(3, 4)41	fmt.Println(a.Cmp(b))42}

Cmp

Using AI Code Generation

1import (2func main() {3    a := []int{1, 2, 3, 4, 5}4    b := []int{1, 2, 3, 4, 5}5    c := []int{1, 2, 3, 4, 5, 6}6    d := []int{1, 2, 3, 4, 5, 6, 7}7    fmt.Println(pretty.Cmp(a, b))8    fmt.Println(pretty.Cmp(a, c))9    fmt.Println(pretty.Cmp(c, d))10}

Cmp

Using AI Code Generation

1import (2func main() {3    fmt.Println("td.x = ", td.x)4    fmt.Println("td.y = ", td.y)5    fmt.Println("td.z = ", td.z)6    fmt.Println("td.Cmp() = ", td.Cmp())7}8type td struct {9}10func (td td) Cmp() bool {11}12td.Cmp() =  true

Cmp

Using AI Code Generation

1import "fmt"2import "math"3func main() {4    fmt.Println("Enter the three sides of the triangle")5    fmt.Scanln(&a,&b,&c)6    if a==b && b==c{7        fmt.Println("Equilateral triangle")8    }else if a==b || b==c || c==a{9        fmt.Println("Isosceles triangle")10    }else{11        fmt.Println("Scalene triangle")12    }13    s:=(a+b+c)/214    area:=math.Sqrt(s*(s-a)*(s-b)*(s-c))15    fmt.Println("Area of the triangle is",area)16}

Cmp

Using AI Code Generation

1import (2func main() {3	fmt.Println("Enter first time in HH:MM:SS format")4	fmt.Scanln(&a)5	fmt.Println("Enter second time in HH:MM:SS format")6	fmt.Scanln(&b)7	fmt.Println("Difference between two times is: ", a.Cmp(b))8}9import (10func main() {11	fmt.Println("Enter first time in HH:MM:SS format")12	fmt.Scanln(&a)13	fmt.Println("Enter second time in HH:MM:SS format")14	fmt.Scanln(&b)15	fmt.Println("Sum of two times is: ", a.Add(b))16}17import (18func main() {19	fmt.Println("Enter first time in HH:MM:SS format")20	fmt.Scanln(&a)21	fmt.Println("Enter second time in HH:MM:SS format")22	fmt.Scanln(&b)23	fmt.Println("Difference between two times is: ", a.Sub(b))24}25import (26func main() {27	fmt.Println("Enter time in HH:MM:SS format")28	fmt.Scanln(&a)29	fmt.Println("Enter integer value")30	fmt.Scanln(&b)31	fmt.Println("Product of time and integer is: ", a.Mul(b))32}33import (34func main() {35	fmt.Println("Enter time in HH:MM:SS format")36	fmt.Scanln(&a)37	fmt.Println("Enter integer value")38	fmt.Scanln(&b)39	fmt.Println("Quotient of time and integer is: ", a.Div(b))40}41import (42func main() {

Cmp

Using AI Code Generation

1import (2func main() {3	pretty.Println("Hello, World!")4}5import (6func main() {7	pretty.Println("Hello, World!")8}9import (10func main() {11	pretty.Println("Hello, World!")12}13import (14func main() {15	pretty.Println("Hello, World!")16}17import (18func main() {19	pretty.Println("Hello, World!")20}21import (22func main() {23	pretty.Println("Hello, World!")24}25import (26func main() {27	pretty.Println("Hello, World!")28}29import (30func main() {31	pretty.Println("Hello, World!")32}33import (34func main() {

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