How to use EqualBool method of test Package

Best Go-testdeep code snippet using test.EqualBool

game_test.go

Source:game_test.go

1package main2import (3	"testing"4	"fmt"5)6func shite(t *testing.T) {7    fmt.Printf("Go says %v\n", 0)8}9func Test_findGridColour(t *testing.T) {10    equal(t, 0, findGridColour(0, 0))11    equal(t, 1, findGridColour(1, 0))12    equal(t, 4, findGridColour(0, 1))13    equal(t, 3, findGridColour(0, 2))14    equal(t, 2, findGridColour(0, 3))15    equal(t, 1, findGridColour(0, 4))16}17func Test_findGridColumn(t *testing.T) {18    equal(t, 0, findGridColumn(0, 0))19    equal(t, 1, findGridColumn(0, 1)) // blue on row 220    equal(t, 2, findGridColumn(0, 2)) // blue on row 321    equal(t, 0, findGridColumn(4, 1))22    equal(t, 0, findGridColumn(1, 4))23}24func Test_findValidColumnColours_allPossibleWhenEmpty(t *testing.T) {25    state := newState()26    result := findValidColumnColours(state)27    equal(t, 25, int8(len(result)))28}29func Test_findValidColumnColours_rowNotPossibleWhenFull(t *testing.T) {30    state := newState()31    state.boards[0].rows[0][1] = 132    state.boards[0].rows[1][1] = 233    result := findValidColumnColours(state)34    equal(t, 15, int8(len(result)))35}36func Test_findValidColumnColours_onlyMatchingColourInRowIsPossible(t *testing.T) {37    state := newState()38    state.boards[0].rows[1][0] = 3 // colour39    state.boards[0].rows[1][1] = 140    result := findValidColumnColours(state)41    equal(t, 21, int8(len(result)))42    equalBool(t, true, result[1*5+3])43}44func Test_findValidColumnColours_onlyEmptyGridIsPossible(t *testing.T) {45    state := newState()46    state.boards[0].grid[2][findGridColumn(0,2)] = true47    state.boards[0].grid[2][findGridColumn(1,2)] = true48    state.boards[0].grid[2][findGridColumn(3,2)] = true49    result := findValidColumnColours(state)50    equal(t, 22, int8(len(result)))51    equalBool(t, true, result[2*5+2])52    equalBool(t, true, result[2*5+4])53}54func Test_findValidMoves_emptyBoardWithSinglePile(t *testing.T) {55    state := newState()56    state = appendPiles(state, 1)57    state.piles[0][1] = 258    result := findValidMoves(state)59    equal(t, 6, int8(len(result)))60    for i:=0; i<6; i++ {61        equal(t, 0, result[0].pilesIndex)62        equal(t, 1, result[0].colour)63    }64}65func Test_findValidMoves_oneRowFullWithSinglePile(t *testing.T) {66    state := newState()67    state = appendPiles(state, 1)68    state.piles[0][1] = 269    state.boards[0].rows[0][1] = 170    result := findValidMoves(state)71    equal(t, 5, int8(len(result)))72}73func Test_isRoundOver_emptyPile(t *testing.T) {74    state := newState()75    state = appendPiles(state, 1)76    result := isRoundOver(state)77    equalBool(t, true, result)78}79func Test_isRoundOver_notOver(t *testing.T) {80    state := newState()81    state = appendPiles(state, 1)82    state.piles[0][1] = 283    result := isRoundOver(state)84    equalBool(t, false, result)85}86func Test_isGameOver_notOver(t *testing.T) {87     state := newState()88     result := isGameOver(state)89     equalBool(t, false, result)90}91func Test_isGameOver_isOver(t *testing.T) {92     state := newState()93     for i:=0; i<5; i++ {94        state.boards[1].grid[i][1] = true95     }96     result := isGameOver(state)97     equalBool(t, true, result)98 }99func Test_countAdjacent_line(t *testing.T) {100    board := Board{}101    board.grid[1][0] = true102    board.grid[1][1] = true103    board.grid[1][2] = true104    board.grid[1][4] = true105    result := countAdjacent(board, 1, 1)106    equal(t, 3, int8(result))107}108func Test_countAdjacent_cross(t *testing.T) {109    board := Board{}110    board.grid[1][0] = true111    board.grid[1][1] = true112    board.grid[1][2] = true113    board.grid[0][1] = true114    result := countAdjacent(board, 1, 1)115    equal(t, 5, int8(result))116}117func Test_endRound_cross(t *testing.T) {118    state := newState()119    state.boards[0].rows[1][0]=0 // colour 0120    state.boards[0].rows[1][1]=2 // index 1121    state.boards[0].rows[4][1]=5 // on its own122    state.boards[0].rows[3][1]=3 // not full123    state.boards[0].grid[1][0] = true124    state.boards[0].grid[1][2] = true125    state = endRound(state)126    equal(t, 4, int8(state.boards[0].score))127    equal(t, 0, int8(state.boards[0].rows[1][1]))128    equal(t, 0, int8(state.boards[0].rows[4][1]))129    equal(t, 3, int8(state.boards[0].rows[3][1]))130}131func Test_endRound_discard_overfull(t *testing.T) {132    state := newState()133    state.boards[0].score = 100134    state.boards[0].discard = 10135    state = endRound(state)136    equal(t, 86, int8(state.boards[0].score))137}138func Test_endRound_discard_negativeScore(t *testing.T) {139    state := newState()140    state.boards[0].discard = 10141    state = endRound(state)142    equal(t, 0, int8(state.boards[0].score))143}144func Test_endGame_fullColour(t *testing.T) {145    state := newState()146    state.boards[0].grid[2][0] = true147    state.boards[0].grid[3][1] = true148    state.boards[0].grid[4][2] = true149    state.boards[0].grid[0][3] = true150    state.boards[0].grid[1][4] = true151    state = endGame(state)152    equal(t, 10, int8(state.boards[0].score))153}154func Test_endGame_fullColumn(t *testing.T) {155    state := newState()156    for i:=0; i<5; i++ {157        state.boards[1].grid[4][i] = true158    }159    state = endGame(state)160    equal(t, 7, int8(state.boards[1].score))161}162func Test_endGame_fullRow(t *testing.T) {163    state := newState()164    for i:=0; i<5; i++ {165        state.boards[1].grid[i][4] = true166    }167    state = endGame(state)168    equal(t, 2, int8(state.boards[1].score))169}170func Test_performMove_takeFromFirstPile(t *testing.T) {171    state := newState()172    state = appendPiles(state, 1)173    state.piles[0][0] = 2174    state.piles[0][1] = 2175    state = performMove(state, Move{176        pilesIndex: 0,177        colour: 1,178        rowIndex: 5,179    })180    equal(t, 2, state.piles[0][0])181    equal(t, 0, state.piles[0][1])182}183func Test_performMove_takeFromMiddlePile(t *testing.T) {184    state := newState()185    state = appendPiles(state, 3)186    state.piles[0][0] = 2187    state.piles[1][2] = 2188    state.piles[2][1] = 2189    state = performMove(state, Move{190        pilesIndex: 1,191        colour: 2,192        rowIndex: 5,193    })194    equal(t, 2, state.piles[0][0])195    equal(t, 2, state.piles[1][1])196}197func Test_performMove_putInDiscard(t *testing.T) {198    state := newState()199    state = appendPiles(state, 1)200    state.piles[0][0] = 2201    state = performMove(state, Move{202        pilesIndex: 0,203        colour: 0,204        rowIndex: 5,205    })206    equal(t, 2, state.boards[0].discard)207}208func Test_performMove_overfill(t *testing.T) {209    state := newState()210    state = appendPiles(state, 1)211    state.piles[0][2] = 3212    state = performMove(state, Move{213        pilesIndex: 0,214        colour: 2,215        rowIndex: 0,216    })217    equal(t, 2, state.boards[0].discard)218    equal(t, 2, state.boards[0].rows[0][0]) // colour219    equal(t, 1, state.boards[0].rows[0][1]) // index220}221func Test_performMove_underfill(t *testing.T) {222    state := newState()223    state = appendPiles(state, 1)224    state.piles[0][2] = 1225    state = performMove(state, Move{226        pilesIndex: 0,227        colour: 2,228        rowIndex: 2,229    })230    equal(t, 0, state.boards[0].discard)231    equal(t, 2, state.boards[0].rows[2][0]) // colour232    equal(t, 1, state.boards[0].rows[2][1]) // index233}234func appendPiles(state State, size int) State {235    for i:=0; i<size; i++ {236        var empty [5]int8237        state.piles = append(state.piles, empty)238    }239    return state240}...

state_test.go

Source:state_test.go

1package main2import (3	"testing"4	"strconv"5)6func Test_addTilesToPiles(t *testing.T) {7    state := newState()8     for i:=0; i<5; i++ {9        state.bag.tiles[i] = 410    }11    // shuffle tiles into piles12    state = addTilesToPiles(state)13    var freq [5]int814    for i:=0; i<6; i++ {15        for j:=0; j<5; j++ {16            freq[j] += state.piles[i][j]17        }18    }19    // 4 of each tiles in all piles20    // bag is empty21    for i:=0; i<5; i++ {22        equal(t, int8(0), state.bag.tiles[i])23        equal(t, int8(4), freq[i])24    }25}26func Test_addTilesToPiles_100tiles(t *testing.T) {27    state := newState()28    // shuffle tiles into piles29    state = addTilesToPiles(state)30    var freq [5]int831    for i:=0; i<6; i++ {32             for j:=0; j<5; j++ {33                 freq[j] += state.piles[i][j]34             }35         }36    var sumFreq int837    var sumInBag int838    for i:=0; i<5; i++ {39        sumInBag += state.bag.tiles[i]40        sumFreq += freq[i]41    }42    equal(t, 80, sumInBag)43    equal(t, 20, sumFreq)44    for i:=0; i<5; i++ {45        freq[i] += state.bag.tiles[i]46        equal(t, int8(20), freq[i])47    }48}49func Test_find4_emptyBoard(t *testing.T) {50    var state State51    var piles [5]int852    piles[0] = 253    state.bag.tiles[0] = 154    state.piles = append(state.piles, piles)55    state.boards[0].score = 356    state.boards[1].discard = 457    state.boards[0].rows[0][0] = 158    state.boards[0].grid[0][0] = true59    newState := copyState(state)60    equal(t, int8(1), newState.bag.tiles[0])61    equal(t, int8(2), newState.piles[0][0])62    equal(t, int8(3), int8(newState.boards[0].score))63    equal(t, int8(4), newState.boards[1].discard)64    equal(t, int8(1), newState.boards[0].rows[0][0])65    equalBool(t, true, newState.boards[0].grid[0][0])66    newState.bag.tiles[0] = 267    newState.piles[0][0] = 168    newState.boards[0].score = 469    newState.boards[1].discard = 570    newState.boards[0].rows[0][0] = 271    newState.boards[0].grid[0][0] = false72    equal(t, int8(1), state.bag.tiles[0])73    equal(t, int8(2), newState.bag.tiles[0])74    equal(t, int8(2), state.piles[0][0])75    equal(t, int8(1), newState.piles[0][0])76    equal(t, int8(3), int8(state.boards[0].score))77    equal(t, int8(4), int8(newState.boards[0].score))78    equal(t, int8(4), state.boards[1].discard)79    equal(t, int8(5), newState.boards[1].discard)80    equal(t, int8(1), state.boards[0].rows[0][0])81    equal(t, int8(2), newState.boards[0].rows[0][0])82    equalBool(t, true, state.boards[0].grid[0][0])83    equalBool(t, false, newState.boards[0].grid[0][0])84}85func equal(t *testing.T, x int8, y int8) {86    if x != y {87        t.Fatalf(strconv.Itoa(int(x)) + " should equal " + strconv.Itoa(int(y)))88    }89}90func equalBool(t *testing.T, x bool, y bool) {91    if x != y {92        t.Fatalf(" should equal " )93    }94}...

equal.go

Source:equal.go

1package main2import (3	"fmt"4	"strconv"5	golassert "github.com/abhishekkr/gol/golassert"6)7func recoverTestPanic(msg string) {8	if r := recover(); r != nil {9		fmt.Printf("Passed PANIC for: %s With:\n%v\n\n", msg, r)10	} else {11		panic(fmt.Sprintf("Didn't panic where supposed to at %s", msg))12	}13}14func equalNil() {15	_, err := strconv.Atoi("1")16	golassert.AssertEqual(err, nil)17	defer recoverTestPanic("equalNil")18	golassert.AssertEqual(1, nil)19}20func equalError() {21	_, err01 := strconv.Atoi("A")22	_, err02 := strconv.Atoi("A")23	golassert.AssertEqual(err01.Error(), err02.Error())24	defer recoverTestPanic("equalError")25	golassert.AssertEqual(err01, nil)26}27func equalType() {28	golassert.AssertType(1, 1)29	defer recoverTestPanic("equalType")30	golassert.AssertEqual(1, "1")31	golassert.AssertType(1, "1")32}33func equalString() {34	golassert.AssertEqual("1", "1")35	defer recoverTestPanic("equalString")36	golassert.AssertEqual("1", "2")37}38func equalNumber() {39	golassert.AssertEqual(1, 1)40	defer recoverTestPanic("equalNumber")41	golassert.AssertEqual(1, 2)42}43func equalBool() {44	golassert.AssertEqual(true, true)45	golassert.AssertEqual(false, false)46	defer recoverTestPanic("equalBool")47	golassert.AssertEqual(true, false)48}49func equalStringArray() {50	var1 := []string{"a", "b"}51	var2 := []string{"b", "a"}52	var3 := []string{"b", "c"}53	var4 := []string{"a", "b"}54	golassert.AssertEqualStringArray(var1, var2)55	golassert.AssertEqualStringArray(var1, var4)56	defer recoverTestPanic("equalStringArray")57	golassert.AssertEqualStringArray(var1, var3)58}59func main() {60	equalNil()61	equalError()62	equalType()63	equalString()64	equalNumber()65	equalBool()66	equalStringArray()67}...

EqualBool

Using AI Code Generation

1import "testing"2func TestEqualBool(t *testing.T) {3    if !EqualBool(true, true) {4        t.Error("true is not equal to true")5    }6    if EqualBool(true, false) {7        t.Error("true is equal to false")8    }9}10import "testing"11func TestEqualFloat(t *testing.T) {12    if !EqualFloat(0.123456789, 0.123456789) {13        t.Error("0.123456789 is not equal to 0.123456789")14    }15    if EqualFloat(0.123456789, 0.123456788) {16        t.Error("0.123456789 is equal to 0.123456788")17    }18}19import "testing"20func TestEqualInt(t *testing.T) {21    if !EqualInt(123456789, 123456789) {22        t.Error("123456789 is not equal to 123456789")23    }24    if EqualInt(123456789, 123456788) {25        t.Error("123456789 is equal to 123456788")26    }27}28import "testing"29func TestEqualString(t *testing.T) {30    if !EqualString("test", "test") {31        t.Error("test is not equal to test")32    }33    if EqualString("test", "Test") {34        t.Error("test is equal to Test")35    }36}37import "testing"38func TestEqualUint(t *testing.T) {39    if !EqualUint(123456789, 123456789) {40        t.Error("123456789 is not equal to 123456789")41    }42    if EqualUint(123456789, 123456788) {43        t.Error("123456789 is equal to 123456788")44    }45}46import "testing"

EqualBool

Using AI Code Generation

1import "fmt"2func main() {3	fmt.Println(EqualBool(true, true))4	fmt.Println(EqualBool(true, false))5	fmt.Println(EqualBool(false, false))6}7import "fmt"8func main() {9	fmt.Println(EqualFloat(1.1, 1.1))10	fmt.Println(EqualFloat(1.1, 1.2))11	fmt.Println(EqualFloat(1.1, 1.0))12}13import "fmt"14func main() {15	fmt.Println(EqualString("abc", "abc"))16	fmt.Println(EqualString("abc", "abd"))17	fmt.Println(EqualString("abc", "ab"))18}19import "fmt"20func main() {21	fmt.Println(EqualInt(1, 1))22	fmt.Println(EqualInt(1, 2))23	fmt.Println(EqualInt(1, 0))24}25import "fmt"26func main() {27	fmt.Println(EqualUint(1, 1))28	fmt.Println(EqualUint(1, 2))29	fmt.Println(EqualUint(1, 0))30}31import "fmt"32func main() {33	fmt.Println(EqualInt8(1, 1))34	fmt.Println(EqualInt8(1, 2))35	fmt.Println(EqualInt8(1, 0))36}37import "fmt"38func main() {39	fmt.Println(EqualInt16(1, 1))40	fmt.Println(EqualInt16(1, 2))41	fmt.Println(EqualInt16(1, 0))42}

EqualBool

Using AI Code Generation

1import (2func main() {3	fmt.Println("a = ", a, "b = ", b)4	fmt.Println("a == b is ", test.EqualBool(a, b))5	fmt.Println("a = ", a, "b = ", b)6	fmt.Println("a == b is ", test.EqualBool(a, b))7}

EqualBool

Using AI Code Generation

1import (2func main() {3	fmt.Println(EqualBool.EqualBool(true, true))4	fmt.Println(EqualBool.EqualBool(false, false))5	fmt.Println(EqualBool.EqualBool(true, false))6	fmt.Println(EqualBool.EqualBool(false, true))7}

EqualBool

Using AI Code Generation

1import (2func main() {3	fmt.Println("EqualBool function")4	fmt.Println(test.EqualBool(false, true))5	fmt.Println(test.EqualBool(true, true))6}

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