How to use equalTypes method of td_test Package

Best Go-testdeep code snippet using td_test.equalTypes

td_array_test.go

Source:td_array_test.go Github

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...223 "Array(<ERROR>)")224}225func TestArrayTypeBehind(t *testing.T) {226 type MyArray [12]int227 equalTypes(t, td.Array([12]int{}, nil), [12]int{})228 equalTypes(t, td.Array(MyArray{}, nil), MyArray{})229 equalTypes(t, td.Array(&MyArray{}, nil), &MyArray{})230 // Erroneous op231 equalTypes(t, td.Array([3]int{}, td.ArrayEntries{1: "bad"}), nil)232}233func TestSlice(t *testing.T) {234 type MySlice []int235 //236 // Simple slice237 checkOK(t, []int{}, td.Slice([]int{}, nil))238 checkOK(t, []int{0, 3}, td.Slice([]int{0, 3}, nil))239 checkOK(t, []int{2, 3},240 td.Slice([]int{}, td.ArrayEntries{1: 3, 0: 2}))241 checkOK(t, []int{2, 3},242 td.Slice(([]int)(nil), td.ArrayEntries{1: 3, 0: 2}))243 checkOK(t, []int{2, 3, 4},244 td.Slice([]int{0, 0, 4}, td.ArrayEntries{1: 3, 0: 2}))245 checkOK(t, []int{2, 3, 4},246 td.Slice([]int{2, 3}, td.ArrayEntries{2: 4}))247 checkOK(t, []int{2, 3, 4, 0, 6},248 td.Slice([]int{2, 3}, td.ArrayEntries{2: 4, 4: 6}))249 gotSlice := []int{2, 3, 4}250 checkError(t, gotSlice, td.Slice(MySlice{}, nil),251 expectedError{252 Message: mustBe("type mismatch"),253 Path: mustBe("DATA"),254 Got: mustBe("[]int"),255 Expected: mustBe("td_test.MySlice"),256 })257 checkError(t, gotSlice, td.Slice([]int{2, 3, 5}, nil),258 expectedError{259 Message: mustBe("values differ"),260 Path: mustBe("DATA[2]"),261 Got: mustBe("4"),262 Expected: mustBe("5"),263 })264 checkError(t, gotSlice,265 td.Slice([]int{2, 3}, td.ArrayEntries{2: 5}),266 expectedError{267 Message: mustBe("values differ"),268 Path: mustBe("DATA[2]"),269 Got: mustBe("4"),270 Expected: mustBe("5"),271 })272 checkError(t, nil,273 td.Slice([]int{2, 3}, nil),274 expectedError{275 Message: mustBe("values differ"),276 Path: mustBe("DATA"),277 Got: mustBe("nil"),278 Expected: mustContain("Slice("),279 })280 //281 // Slice type282 checkOK(t, MySlice{}, td.Slice(MySlice{}, nil))283 checkOK(t, MySlice{0, 3}, td.Slice(MySlice{0, 3}, nil))284 checkOK(t, MySlice{2, 3},285 td.Slice(MySlice{}, td.ArrayEntries{1: 3, 0: 2}))286 checkOK(t, MySlice{2, 3},287 td.Slice((MySlice)(nil), td.ArrayEntries{1: 3, 0: 2}))288 checkOK(t, MySlice{2, 3, 4},289 td.Slice(MySlice{0, 0, 4}, td.ArrayEntries{1: 3, 0: 2}))290 checkOK(t, MySlice{2, 3, 4, 0, 6},291 td.Slice(MySlice{2, 3}, td.ArrayEntries{2: 4, 4: 6}))292 checkOK(t, &MySlice{}, td.Slice(&MySlice{}, nil))293 checkOK(t, &MySlice{0, 3}, td.Slice(&MySlice{0, 3}, nil))294 checkOK(t, &MySlice{2, 3},295 td.Slice(&MySlice{}, td.ArrayEntries{1: 3, 0: 2}))296 checkOK(t, &MySlice{2, 3},297 td.Slice((*MySlice)(nil), td.ArrayEntries{1: 3, 0: 2}))298 checkOK(t, &MySlice{2, 3, 4},299 td.Slice(&MySlice{0, 0, 4}, td.ArrayEntries{1: 3, 0: 2}))300 checkOK(t, &MySlice{2, 3, 4, 0, 6},301 td.Slice(&MySlice{2, 3}, td.ArrayEntries{2: 4, 4: 6}))302 gotTypedSlice := MySlice{2, 3, 4}303 checkError(t, 123, td.Slice(&MySlice{}, td.ArrayEntries{}),304 expectedError{305 Message: mustBe("type mismatch"),306 Path: mustBe("DATA"),307 Got: mustBe("int"),308 Expected: mustBe("*td_test.MySlice"),309 })310 checkError(t, &MyStruct{},311 td.Slice(&MySlice{}, td.ArrayEntries{}),312 expectedError{313 Message: mustBe("type mismatch"),314 Path: mustBe("DATA"),315 Got: mustBe("*td_test.MyStruct"),316 Expected: mustBe("*td_test.MySlice"),317 })318 checkError(t, gotTypedSlice, td.Slice([]int{}, nil),319 expectedError{320 Message: mustBe("type mismatch"),321 Path: mustBe("DATA"),322 Got: mustBe("td_test.MySlice"),323 Expected: mustBe("[]int"),324 })325 checkError(t, gotTypedSlice, td.Slice(MySlice{2, 3, 5}, nil),326 expectedError{327 Message: mustBe("values differ"),328 Path: mustBe("DATA[2]"),329 Got: mustBe("4"),330 Expected: mustBe("5"),331 })332 checkError(t, gotTypedSlice,333 td.Slice(MySlice{2, 3}, td.ArrayEntries{2: 5}),334 expectedError{335 Message: mustBe("values differ"),336 Path: mustBe("DATA[2]"),337 Got: mustBe("4"),338 Expected: mustBe("5"),339 })340 checkError(t, gotTypedSlice,341 td.Slice(MySlice{2, 3, 4}, td.ArrayEntries{3: 5}),342 expectedError{343 Message: mustBe("expected value out of range"),344 Path: mustBe("DATA[3]"),345 Got: mustBe("<non-existent value>"),346 Expected: mustBe("5"),347 })348 checkError(t, gotTypedSlice, td.Slice(MySlice{2, 3}, nil),349 expectedError{350 Message: mustBe("got value out of range"),351 Path: mustBe("DATA[2]"),352 Got: mustBe("4"),353 Expected: mustBe("<non-existent value>"),354 })355 checkError(t, &gotTypedSlice, td.Slice([]int{}, nil),356 expectedError{357 Message: mustBe("type mismatch"),358 Path: mustBe("DATA"),359 Got: mustBe("*td_test.MySlice"),360 Expected: mustBe("[]int"),361 })362 checkError(t, &gotTypedSlice, td.Slice(&MySlice{2, 3, 5}, nil),363 expectedError{364 Message: mustBe("values differ"),365 Path: mustBe("DATA[2]"),366 Got: mustBe("4"),367 Expected: mustBe("5"),368 })369 checkError(t, &gotTypedSlice,370 td.Slice(&MySlice{2, 3}, td.ArrayEntries{2: 5}),371 expectedError{372 Message: mustBe("values differ"),373 Path: mustBe("DATA[2]"),374 Got: mustBe("4"),375 Expected: mustBe("5"),376 })377 checkError(t, &gotTypedSlice, td.Slice(&MySlice{2, 3}, nil),378 expectedError{379 Message: mustBe("got value out of range"),380 Path: mustBe("DATA[2]"),381 Got: mustBe("4"),382 Expected: mustBe("<non-existent value>"),383 })384 //385 // nil cases386 var (387 gotNilSlice []int388 gotNilTypedSlice MySlice389 )390 checkOK(t, gotNilSlice, td.Slice([]int{}, nil))391 checkOK(t, gotNilTypedSlice, td.Slice(MySlice{}, nil))392 checkOK(t, &gotNilTypedSlice, td.Slice(&MySlice{}, nil))393 // Be lax...394 // Without Lax → error395 checkError(t, MySlice{}, td.Slice([]int{}, nil),396 expectedError{397 Message: mustBe("type mismatch"),398 })399 checkError(t, []int{}, td.Slice(MySlice{}, nil),400 expectedError{401 Message: mustBe("type mismatch"),402 })403 checkOK(t, MySlice{}, td.Lax(td.Slice([]int{}, nil)))404 checkOK(t, []int{}, td.Lax(td.Slice(MySlice{}, nil)))405 //406 // Bad usage407 checkError(t, "never tested",408 td.Slice("test", nil),409 expectedError{410 Message: mustBe("bad usage of Slice operator"),411 Path: mustBe("DATA"),412 Summary: mustBe("usage: Slice(SLICE|&SLICE, EXPECTED_ENTRIES), but received string as 1st parameter"),413 })414 checkError(t, "never tested",415 td.Slice(&MyStruct{}, nil),416 expectedError{417 Message: mustBe("bad usage of Slice operator"),418 Path: mustBe("DATA"),419 Summary: mustBe("usage: Slice(SLICE|&SLICE, EXPECTED_ENTRIES), but received *td_test.MyStruct (ptr) as 1st parameter"),420 })421 checkError(t, "never tested",422 td.Slice([0]int{}, nil),423 expectedError{424 Message: mustBe("bad usage of Slice operator"),425 Path: mustBe("DATA"),426 Summary: mustBe("usage: Slice(SLICE|&SLICE, EXPECTED_ENTRIES), but received [0]int (array) as 1st parameter"),427 })428 checkError(t, "never tested",429 td.Slice([]int{}, td.ArrayEntries{1: "bad"}),430 expectedError{431 Message: mustBe("bad usage of Slice operator"),432 Path: mustBe("DATA"),433 Summary: mustBe("type string of #1 expected value differs from slice contents (int)"),434 })435 checkError(t, "never tested",436 td.Slice([]int{12}, td.ArrayEntries{0: 21}),437 expectedError{438 Message: mustBe("bad usage of Slice operator"),439 Path: mustBe("DATA"),440 Summary: mustBe("non zero #0 entry in model already exists in expectedEntries"),441 })442 //443 // String444 test.EqualStr(t,445 td.Slice(MySlice{0, 0, 4}, td.ArrayEntries{1: 3, 0: 2}).String(),446 `Slice(td_test.MySlice{447 0: 2448 1: 3449 2: 4450})`)451 test.EqualStr(t,452 td.Slice(&MySlice{0, 0, 4}, td.ArrayEntries{1: 3, 0: 2}).String(),453 `Slice(*td_test.MySlice{454 0: 2455 1: 3456 2: 4457})`)458 test.EqualStr(t, td.Slice(&MySlice{}, td.ArrayEntries{}).String(),459 `Slice(*td_test.MySlice{})`)460 // Erroneous op461 test.EqualStr(t,462 td.Slice([]int{}, td.ArrayEntries{1: "bad"}).String(),463 "Slice(<ERROR>)")464}465func TestSliceTypeBehind(t *testing.T) {466 type MySlice []int467 equalTypes(t, td.Slice([]int{}, nil), []int{})468 equalTypes(t, td.Slice(MySlice{}, nil), MySlice{})469 equalTypes(t, td.Slice(&MySlice{}, nil), &MySlice{})470 // Erroneous op471 equalTypes(t, td.Slice([]int{}, td.ArrayEntries{1: "bad"}), nil)472}473func TestSuperSliceOf(t *testing.T) {474 t.Run("interface array", func(t *testing.T) {475 got := [5]any{"foo", "bar", nil, 666, 777}476 checkOK(t, got,477 td.SuperSliceOf([5]any{1: "bar"}, td.ArrayEntries{2: td.Nil()}))478 checkOK(t, got,479 td.SuperSliceOf([5]any{1: "bar"}, td.ArrayEntries{2: nil}))480 checkOK(t, got,481 td.SuperSliceOf([5]any{1: "bar"}, td.ArrayEntries{3: 666}))482 checkOK(t, got,483 td.SuperSliceOf([5]any{1: "bar"}, td.ArrayEntries{3: td.Between(665, 667)}))484 checkOK(t, &got,485 td.SuperSliceOf(&[5]any{1: "bar"}, td.ArrayEntries{3: td.Between(665, 667)}))486 checkError(t, got,487 td.SuperSliceOf([5]any{1: "foo"}, td.ArrayEntries{2: td.Nil()}),488 expectedError{489 Message: mustBe("values differ"),490 Path: mustBe("DATA[1]"),491 Got: mustBe(`"bar"`),492 Expected: mustBe(`"foo"`),493 })494 checkError(t, got,495 td.SuperSliceOf([5]any{1: 666}, td.ArrayEntries{2: td.Nil()}),496 expectedError{497 Message: mustBe("type mismatch"),498 Path: mustBe("DATA[1]"),499 Got: mustBe("string"),500 Expected: mustBe("int"),501 })502 checkError(t, &got,503 td.SuperSliceOf([5]any{1: 666}, td.ArrayEntries{2: td.Nil()}),504 expectedError{505 Message: mustBe("type mismatch"),506 Path: mustBe("DATA"),507 Got: mustBe("*[5]interface {}"),508 Expected: mustBe("[5]interface {}"),509 })510 checkError(t, got,511 td.SuperSliceOf(&[5]any{1: 666}, td.ArrayEntries{2: td.Nil()}),512 expectedError{513 Message: mustBe("type mismatch"),514 Path: mustBe("DATA"),515 Got: mustBe("[5]interface {}"),516 Expected: mustBe("*[5]interface {}"),517 })518 })519 t.Run("ints array", func(t *testing.T) {520 type MyArray [5]int521 checkOK(t, MyArray{}, td.SuperSliceOf(MyArray{}, nil))522 got := MyArray{3: 4}523 checkOK(t, got, td.SuperSliceOf(MyArray{}, nil))524 checkOK(t, got, td.SuperSliceOf(MyArray{3: 4}, nil))525 checkOK(t, got, td.SuperSliceOf(MyArray{}, td.ArrayEntries{3: 4}))526 checkError(t, got,527 td.SuperSliceOf(MyArray{}, td.ArrayEntries{1: 666}),528 expectedError{529 Message: mustBe("values differ"),530 Path: mustBe("DATA[1]"),531 Got: mustBe(`0`),532 Expected: mustBe(`666`),533 })534 // Be lax...535 // Without Lax → error536 checkError(t, got,537 td.SuperSliceOf([5]int{}, td.ArrayEntries{3: 4}),538 expectedError{539 Message: mustBe("type mismatch"),540 Path: mustBe("DATA"),541 Got: mustBe(`td_test.MyArray`),542 Expected: mustBe(`[5]int`),543 })544 checkOK(t, got, td.Lax(td.SuperSliceOf([5]int{}, td.ArrayEntries{3: 4})))545 checkError(t, [5]int{3: 4},546 td.SuperSliceOf(MyArray{}, td.ArrayEntries{3: 4}),547 expectedError{548 Message: mustBe("type mismatch"),549 Path: mustBe("DATA"),550 Got: mustBe(`[5]int`),551 Expected: mustBe(`td_test.MyArray`),552 })553 checkOK(t, [5]int{3: 4},554 td.Lax(td.SuperSliceOf(MyArray{}, td.ArrayEntries{3: 4})))555 checkError(t, "never tested",556 td.SuperSliceOf(MyArray{}, td.ArrayEntries{8: 34}),557 expectedError{558 Message: mustBe("bad usage of SuperSliceOf operator"),559 Path: mustBe("DATA"),560 Summary: mustBe("array length is 5, so cannot have #8 expected index"),561 })562 })563 t.Run("ints slice", func(t *testing.T) {564 type MySlice []int565 checkOK(t, MySlice{}, td.SuperSliceOf(MySlice{}, nil))566 checkOK(t, MySlice(nil), td.SuperSliceOf(MySlice{}, nil))567 got := MySlice{3: 4}568 checkOK(t, got, td.SuperSliceOf(MySlice{}, td.ArrayEntries{3: td.N(5, 1)}))569 checkOK(t, got, td.SuperSliceOf(MySlice{3: 4}, td.ArrayEntries{2: 0}))570 checkError(t, got,571 td.SuperSliceOf(MySlice{}, td.ArrayEntries{1: 666}),572 expectedError{573 Message: mustBe("values differ"),574 Path: mustBe("DATA[1]"),575 Got: mustBe(`0`),576 Expected: mustBe(`666`),577 })578 checkError(t, got,579 td.SuperSliceOf(MySlice{}, td.ArrayEntries{3: 0}),580 expectedError{581 Message: mustBe("values differ"),582 Path: mustBe("DATA[3]"),583 Got: mustBe(`4`),584 Expected: mustBe(`0`),585 })586 checkError(t, got,587 td.SuperSliceOf(MySlice{}, td.ArrayEntries{28: 666}),588 expectedError{589 Message: mustBe("expected value out of range"),590 Path: mustBe("DATA[28]"),591 Got: mustBe(`<non-existent value>`),592 Expected: mustBe(`666`),593 })594 checkError(t, got,595 td.SuperSliceOf(MySlice{28: 666}, nil),596 expectedError{597 Message: mustBe("expected value out of range"),598 Path: mustBe("DATA[28]"),599 Got: mustBe(`<non-existent value>`),600 Expected: mustBe(`666`),601 })602 // Be lax...603 // Without Lax → error604 checkError(t, got,605 td.SuperSliceOf([]int{}, td.ArrayEntries{3: 4}),606 expectedError{607 Message: mustBe("type mismatch"),608 Path: mustBe("DATA"),609 Got: mustBe(`td_test.MySlice`),610 Expected: mustBe(`[]int`),611 })612 checkOK(t, got, td.Lax(td.SuperSliceOf([]int{}, td.ArrayEntries{3: 4})))613 checkError(t, []int{3: 4},614 td.SuperSliceOf(MySlice{}, td.ArrayEntries{3: 4}),615 expectedError{616 Message: mustBe("type mismatch"),617 Path: mustBe("DATA"),618 Got: mustBe(`[]int`),619 Expected: mustBe(`td_test.MySlice`),620 })621 checkOK(t, []int{3: 4},622 td.Lax(td.SuperSliceOf(MySlice{}, td.ArrayEntries{3: 4})))623 })624 //625 // Bad usage626 checkError(t, "never tested",627 td.SuperSliceOf("test", nil),628 expectedError{629 Message: mustBe("bad usage of SuperSliceOf operator"),630 Path: mustBe("DATA"),631 Summary: mustBe("usage: SuperSliceOf(ARRAY|&ARRAY|SLICE|&SLICE, EXPECTED_ENTRIES), but received string as 1st parameter"),632 })633 checkError(t, "never tested",634 td.SuperSliceOf(&MyStruct{}, nil),635 expectedError{636 Message: mustBe("bad usage of SuperSliceOf operator"),637 Path: mustBe("DATA"),638 Summary: mustBe("usage: SuperSliceOf(ARRAY|&ARRAY|SLICE|&SLICE, EXPECTED_ENTRIES), but received *td_test.MyStruct (ptr) as 1st parameter"),639 })640 checkError(t, "never tested",641 td.SuperSliceOf([]int{}, td.ArrayEntries{1: "bad"}),642 expectedError{643 Message: mustBe("bad usage of SuperSliceOf operator"),644 Path: mustBe("DATA"),645 Summary: mustBe("type string of #1 expected value differs from slice contents (int)"),646 })647 checkError(t, "never tested",648 td.SuperSliceOf([]int{12}, td.ArrayEntries{0: 21}),649 expectedError{650 Message: mustBe("bad usage of SuperSliceOf operator"),651 Path: mustBe("DATA"),652 Summary: mustBe("non zero #0 entry in model already exists in expectedEntries"),653 })654 // Erroneous op655 test.EqualStr(t,656 td.SuperSliceOf([]int{}, td.ArrayEntries{1: "bad"}).String(),657 "SuperSliceOf(<ERROR>)")658}659func TestSuperSliceOfTypeBehind(t *testing.T) {660 type MySlice []int661 equalTypes(t, td.SuperSliceOf([]int{}, nil), []int{})662 equalTypes(t, td.SuperSliceOf(MySlice{}, nil), MySlice{})663 equalTypes(t, td.SuperSliceOf(&MySlice{}, nil), &MySlice{})664 type MyArray [12]int665 equalTypes(t, td.SuperSliceOf([12]int{}, nil), [12]int{})666 equalTypes(t, td.SuperSliceOf(MyArray{}, nil), MyArray{})667 equalTypes(t, td.SuperSliceOf(&MyArray{}, nil), &MyArray{})668 // Erroneous op669 equalTypes(t, td.SuperSliceOf([]int{}, td.ArrayEntries{1: "bad"}), nil)670}...

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td_map_test.go

Source:td_map_test.go Github

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...394}395func TestMapTypeBehind(t *testing.T) {396 type MyMap map[string]int397 // Map398 equalTypes(t, td.Map(map[string]int{}, nil), map[string]int{})399 equalTypes(t, td.Map(MyMap{}, nil), MyMap{})400 equalTypes(t, td.Map(&MyMap{}, nil), &MyMap{})401 // SubMap402 equalTypes(t, td.SubMapOf(map[string]int{}, nil), map[string]int{})403 equalTypes(t, td.SubMapOf(MyMap{}, nil), MyMap{})404 equalTypes(t, td.SubMapOf(&MyMap{}, nil), &MyMap{})405 // SuperMap406 equalTypes(t, td.SuperMapOf(map[string]int{}, nil), map[string]int{})407 equalTypes(t, td.SuperMapOf(MyMap{}, nil), MyMap{})408 equalTypes(t, td.SuperMapOf(&MyMap{}, nil), &MyMap{})409 // Erroneous op410 equalTypes(t, td.Map(12, nil), nil)411 equalTypes(t, td.SubMapOf(12, nil), nil)412 equalTypes(t, td.SuperMapOf(12, nil), nil)413}...

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td_isa_test.go

Source:td_isa_test.go Github

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...98 // Erroneous op99 test.EqualStr(t, td.Isa(nil).String(), "Isa(<ERROR>)")100}101func TestIsaTypeBehind(t *testing.T) {102 equalTypes(t, td.Isa(([]int)(nil)), []int{})103 equalTypes(t, td.Isa((*fmt.Stringer)(nil)), (*fmt.Stringer)(nil))104 // Erroneous op105 equalTypes(t, td.Isa(nil), nil)106}...

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equalTypes

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1import (2type td_test struct {3}4func (td_test) equalTypes(a, b interface{}) bool {5 return reflect.TypeOf(a) == reflect.TypeOf(b)6}7func main() {8 fmt.Println("a,b:", td.equalTypes(a, b))9 fmt.Println("c,d:", td.equalTypes(c, d))10 fmt.Println("e,f:", td.equalTypes(e, f))11 fmt.Println("g,h:", td.equalTypes(g, h))12}

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equalTypes

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1import (2type td_test struct {3}4func (t *td_test) equalTypes(x, y interface{}) bool {5 return reflect.TypeOf(x) == reflect.TypeOf(y)6}7func main() {8 fmt.Println(t.equalTypes(1, 2))9 fmt.Println(t.equalTypes(1, 2.0))10 fmt.Println(t.equalTypes(1, "2"))11}

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equalTypes

Using AI Code Generation

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1import (2type td_test struct {3}4func (t *td_test) equalTypes() bool {5 return reflect.TypeOf(t.a) == reflect.TypeOf(t.b)6}7func main() {8 t := td_test{10, 20}9 fmt.Println(t.equalTypes())10}

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equalTypes

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1import "fmt"2func main() {3 fmt.Println(td.equalTypes(1, 2))4}5type td_test struct {6}7func (td *td_test) equalTypes(a, b interface{}) bool {8}9import "fmt"10func main() {11 fmt.Println(td.equalTypes(1, 2))12}13import "fmt"14func main() {15 fmt.Println(td.equalTypes(1, 2))16}17import "fmt"18func main() {19 fmt.Println(td.equalTypes(1, 2))20}21import "fmt"22func main() {23 fmt.Println(td.equalTypes(1, 2))24}25import "fmt"26func main() {27 fmt.Println(td.equalTypes(1, 2))28}29import "fmt"30func main() {31 fmt.Println(td.equalTypes(1, 2))32}33import "fmt"34func main() {35 fmt.Println(td.equalTypes(1, 2))36}37import "fmt"38func main() {39 fmt.Println(td.equalTypes(1, 2))40}41import "fmt"42func main() {43 fmt.Println(td.equalTypes(1, 2))44}

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equalTypes

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1func main() {2 t := td_test{}3 fmt.Println(t.equalTypes(1, 2))4 fmt.Println(t.equalTypes(1, 1.0))5}6func main() {7 t := td_test{}8 fmt.Println(t.equalTypes(1, 2))9 fmt.Println(t.equalTypes(1, 1.0))10}11func main() {12 t := td_test{}13 fmt.Println(t.equalTypes(1, 2))14 fmt.Println(t.equalTypes(1, 1.0))15}16func main() {17 t := td_test{}18 fmt.Println(t.equalTypes(1, 2))19 fmt.Println(t.equalTypes(1, 1.0))20}21func main() {22 t := td_test{}23 fmt.Println(t.equalTypes(1, 2))24 fmt.Println(t.equalTypes(1, 1.0))25}26func main() {27 t := td_test{}28 fmt.Println(t.equalTypes(1, 2))29 fmt.Println(t.equalTypes(1, 1.0))30}31func main() {32 t := td_test{}33 fmt.Println(t.equalTypes(1, 2))34 fmt.Println(t.equalTypes(1, 1.0))35}36func main() {37 t := td_test{}38 fmt.Println(t.equalTypes(1, 2))39 fmt.Println(t.equalTypes(1, 1.0))40}

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equalTypes

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1import (2func main() {3 td.equalTypes(1, 2)4}5How to use reflect.DeepEqual() in Go?6How to use reflect.Append() in Go?7How to use reflect.AppendSlice() in Go?8How to use reflect.Copy() in Go?9How to use reflect.StructOf() in Go?10How to use reflect.MakeFunc() i

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equalTypes

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1import (2type td_test struct {3}4func (t td_test) equalTypes(u td_test) bool {5 return reflect.TypeOf(t) == reflect.TypeOf(u)6}7func main() {8 t1 := td_test{"test", 10}9 t2 := td_test{"test", 10}10 fmt.Println(t1.equalTypes(t2))11}12import (13type td_test struct {14}15func (t td_test) equalTypes(u td_test) bool {16 return reflect.TypeOf(t) == reflect.TypeOf(u)17}18func main() {19 t1 := td_test{"test", 10}20 t2 := td_test{"test", 10}21 fmt.Println(t1.equalTypes(t2))22}23How to check if two objects are of same type in Python using isinstance()?24How to check if two objects are of same type in Python using type()?25How to check if two objects are of same type in Python using issubclass()?26How to check if two objects are of same type in Python using isinstance() and type()?

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equalTypes

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1import (2func main() {3 test := td.NewTest()4 test2 := td.NewTest()5 test3 := td.NewTest()6 test4 := td.NewTest()7 test5 := td.NewTest()8 test6 := td.NewTest()9 test7 := td.NewTest()10 test8 := td.NewTest()11 test9 := td.NewTest()12 test10 := td.NewTest()13 test11 := td.NewTest()14 test12 := td.NewTest()15 test13 := td.NewTest()16 test14 := td.NewTest()17 test15 := td.NewTest()18 test16 := td.NewTest()19 test17 := td.NewTest()20 test18 := td.NewTest()21 test19 := td.NewTest()22 test20 := td.NewTest()23 test21 := td.NewTest()24 test22 := td.NewTest()25 test23 := td.NewTest()26 test24 := td.NewTest()27 test25 := td.NewTest()28 test26 := td.NewTest()29 test27 := td.NewTest()30 test28 := td.NewTest()31 test29 := td.NewTest()32 test30 := td.NewTest()33 test31 := td.NewTest()

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equalTypes

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1import "fmt"2import "github.com/td_test"3import "github.com/td_test2"4func main() {5fmt.Println(td_test1.equalTypes(td_test2))6fmt.Println(td_test1.equalTypes(td_test3))7}8import "fmt"9import "github.com/td_test"10import "github.com/td_test2"11func main() {12fmt.Println(td_test1.equalTypes(td_test2))13fmt.Println(td_test1.equalTypes(td_test3))14}15import "fmt"16import "github.com/td_test"17import "github.com/td_test2"18func main() {19fmt.Println(td_test1.equalTypes(td_test2))20fmt.Println(td_test1.equalTypes(td_test3))21}22import "fmt"23import "github.com/td_test"24import "github.com/td_test2"25func main() {26fmt.Println(td_test1.equalTypes(td_test2))27fmt.Println(td_test1.equalTypes(td_test

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