Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use NewMockMath method of mock_concurrent Package

Best Mock code snippet using mock_concurrent.NewMockMath

NewMockMath

Using AI Code Generation

1func myFunc(s string) string {2}3func TestMyFunc(t *testing.T) {4    got := myFunc(s)5    if got != s {6        t.Errorf("got %s, want %s", got, s)7    }8}9func TestMyFunc(t *testing.T) {10    got := myFunc(s)11    if got != s {12        t.Errorf("got %s, want %s", got, s)13    }14    if s != "test" {15        t.Errorf("got %s, want %s", s, "test")16    }17}

NewMockMath

Using AI Code Generation

1import (2func TestMockMath(t *testing.T) {3	ctrl := gomock.NewController(t)4	defer ctrl.Finish()5	mockMath := mock_concurrent.NewMockMath(ctrl)6	mockMath.EXPECT().Add(1, 2).Return(3)7	mockMath.EXPECT().Add(1, 2).Return(3)8	mockMath.EXPECT().Add(1, 2).Return(3)9	fmt.Println(mockMath.Add(1, 2))10	fmt.Println(mockMath.Add(1, 2))11	fmt.Println(mockMath.Add(1, 2))12}13import (14type MockMath struct {15}16type MockMathMockRecorder struct {17}18func NewMockMath(ctrl *gomock.Controller) *MockMath {19	mock := &MockMath{ctrl: ctrl}20	mock.recorder = &MockMathMockRecorder{mock}21}22func (m *MockMath) EXPECT() *MockMathMockRecorder {23}24func (m *MockMath) Add(a int, b int) int {25	ret := m.ctrl.Call(m, "Add", a, b)26	ret0, _ := ret[0].(int)27}28func (mr *MockMathMockRecorder) Add(a interface{}, b interface{}) *gomock.Call {29	return mr.mock.ctrl.RecordCall(mr.mock, "Add", a, b)30}31func (m *MockMath) Add2() concurrent.Math {32	ret := m.ctrl.Call(m, "Add2")33	ret0, _ := ret[0].(concurrent.Math)34}35func (mr *MockMathMockRecorder) Add2() *gomock.Call {36	return mr.mock.ctrl.RecordCall(mr.mock, "Add2")37}38func (m *MockMath) Add3(a int, b int) {39	m.ctrl.Call(m, "Add3", a, b)40}41func (mr

NewMockMath

Using AI Code Generation

1func main() {2    m := mock_concurrent.NewMockMath()3    m.MockAdd = func(a int, b int) int {4    }5    m.MockMultiply = func(a int, b int) int {6    }7    fmt.Println(m.Add(2, 3))8    fmt.Println(m.Multiply(2, 3))9}10func main() {11    m := mock_concurrent.NewMockMath()12    m.MockAdd = func(a int, b int) int {13    }14    m.MockMultiply = func(a int, b int) int {15    }16    fmt.Println(m.Add(2, 3))17    fmt.Println(m.Multiply(2, 3))18}

NewMockMath

Using AI Code Generation

1func main() {2  mockMath := mock_concurrent.NewMockMath()3  wg.Add(1)4  go mockMath.Add(1, 2, &wg)5  wg.Add(1)6  go mockMath.Subtract(1, 2, &wg)7  wg.Add(1)8  go mockMath.Multiply(1, 2, &wg)9  wg.Add(1)10  go mockMath.Divide(1, 2, &wg)11  wg.Wait()12}

NewMockMath

Using AI Code Generation

1import (2type Math interface {3	Exp(x, n, lim float64) float644}5func main() {6	m = NewMockMath()7	fmt.Println(m.Exp(2, 3, 10))8}9import (10type Math interface {11	Exp(x, n, lim float64) float6412}13func main() {14	m = NewRealMath()15	fmt.Println(m.Exp(2, 3, 10))16}17import (18type Math interface {19	Exp(x, n, lim float64) float6420}21func main() {22	m = NewRealMath()23	fmt.Println(m.Exp(2, 3, 10))24}25import (26type Math interface {27	Exp(x, n, lim float64) float6428}29func main() {30	m = NewRealMath()31	fmt.Println(m.Exp(2, 3, 10))32}33import (34type Math interface {35	Exp(x, n, lim float64) float6436}37func main() {38	m = NewRealMath()39	fmt.Println(m.Exp(2, 3, 10))40}41import (42type Math interface {43	Exp(x, n, lim float64) float6444}45func main() {46	m = NewRealMath()47	fmt.Println(m.Exp(2, 3, 10))48}

NewMockMath

Using AI Code Generation

1import (2func main() {3	mock := NewMockMath()4	fmt.Println(mock.Add(2, 3))5	fmt.Println(mock.Subtract(2, 3))6	fmt.Println(mock.Multiply(2, 3))7	fmt.Println(mock.Divide(2, 3))8	fmt.Println(mock.Modulo(2, 3))9	fmt.Println(mock.Power(2, 3))10}11import (12func main() {13	mock := NewMockMath()14	fmt.Println(mock.Add(2, 3))15	fmt.Println(mock.Subtract(2, 3))16	fmt.Println(mock.Multiply(2, 3))17	fmt.Println(mock.Divide(2, 3))18	fmt.Println(mock.Modulo(2, 3))19	fmt.Println(mock.Power(2, 3))20}21import (22func main() {23	mock := NewMockMath()24	fmt.Println(mock.Add(2, 3))25	fmt.Println(mock.Subtract(2, 3))26	fmt.Println(mock.Multiply(2, 3))27	fmt.Println(mock.Divide(2, 3))28	fmt.Println(mock.Modulo(2, 3))29	fmt.Println(mock.Power(2, 3))30}31import (32type MockMath struct {33}34func (m *MockMath) Add(x int, y int) int {35	ret := m.Called(x, y)36	if rf, ok := ret.Get(0).(func(int, int) int); ok {37		r0 = rf(x, y)38	} else {39		r0 = ret.Get(0).(int)40	}41}42func (m *Mock

NewMockMath

Using AI Code Generation

1import (2func TestConcurrent(t *testing.T) {3	ctrl := gomock.NewController(t)4	defer ctrl.Finish()5	mockmath := mock_concurrent.NewMockMath(ctrl)6	mockmath.EXPECT().Add(1, 2).Return(3)7	mockmath.EXPECT().Add(2, 2).Return(4)8	mockmath.EXPECT().Add(3, 2).Return(5)9	mockmath.EXPECT().Add(4, 2).Return(6)10	mockmath.EXPECT().Add(5, 2).Return(7)11	mockmath.EXPECT().Add(6, 2).Return(8)12	mockmath.EXPECT().Add(7, 2).Return(9)13	mockmath.EXPECT().Add(8, 2).Return(10)14	mockmath.EXPECT().Add(9, 2).Return(11)15	mockmath.EXPECT().Add(10, 2).Return(12)16	mockmath.EXPECT().Add(11, 2).Return(13)17	mockmath.EXPECT().Add(12, 2).Return(14)18	mockmath.EXPECT().Add(13, 2).Return(15)19	mockmath.EXPECT().Add(14, 2).Return(16)20	mockmath.EXPECT().Add(15, 2).Return(17)21	mockmath.EXPECT().Add(16, 2).Return(18)22	mockmath.EXPECT().Add(17, 2).Return(19)23	mockmath.EXPECT().Add(18, 2).Return(20)24	mockmath.EXPECT().Add(19, 2).Return(21)25	mockmath.EXPECT().Add(20, 2).Return(22)26	mockmath.EXPECT().Add(21, 2).Return(23)27	mockmath.EXPECT().Add(22, 2).Return(24)28	mockmath.EXPECT().Add(23, 2).Return(25)29	mockmath.EXPECT().Add(24, 2).Return(26)30	mockmath.EXPECT().Add(25, 2).Return(27)31	mockmath.EXPECT().Add(26, 2).Return(28)

NewMockMath

Using AI Code Generation

1func main() {2    mockMath = mock_concurrent.NewMockMath()3    mockMath.Add(1, 2)4    mockMath.Sub(1, 2)5    mockMath.Mul(1, 2)6    mockMath.Div(1, 2)7}8func main() {9    mockMath = mock_concurrent.NewMockMath()10    mockMath.Add(1, 2)11    mockMath.Sub(1, 2)12    mockMath.Mul(1, 2)13    mockMath.Div(1, 2)14}15func main() {16    mockMath = mock_concurrent.NewMockMath()17    mockMath.Add(1, 2)18    mockMath.Sub(1, 2)19    mockMath.Mul(1, 2)20    mockMath.Div(1, 2)21}22func main() {23    mockMath = mock_concurrent.NewMockMath()24    mockMath.Add(1, 2)25    mockMath.Sub(1, 2)26    mockMath.Mul(1, 2)27    mockMath.Div(1, 2)28}29func main() {30    mockMath = mock_concurrent.NewMockMath()31    mockMath.Add(1, 2)32    mockMath.Sub(1, 2)33    mockMath.Mul(1, 2)34    mockMath.Div(1, 2)35}36func main() {37    mockMath = mock_concurrent.NewMockMath()38    mockMath.Add(1, 2)39    mockMath.Sub(1, 2)40    mockMath.Mul(1, 2)

NewMockMath

Using AI Code Generation

1import (2func main() {3	mock := NewMockMath()4	fmt.Println(mock.Add(2, 3))5	fmt.Println(mock.Add(2, 3))6	fmt.Println(mock.Add(2, 3))7}8import (9type mock_concurrent struct {10	AddFunc func(a int, b int) int11}12func (m *mock_concurrent) Add(a int, b int) int {13	return m.AddFunc(a, b)14}15func NewMockMath() *mock_concurrent {16	return &mock_concurrent{17		AddFunc: func(a int, b int) int {18		},19	}20}21import (22type mock_concurrent struct {23	AddFunc func(a int, b int) int24}25func (m *mock_concurrent) Add(a int, b int) int {26	return m.AddFunc(a, b)27}28func NewMockMath() *mock_concurrent {29	return &mock_concurrent{30		AddFunc: func(a int, b int) int {31		},32	}33}34import (35type mock_concurrent struct {36	AddFunc func(a int, b int) int37}38func (m *mock_concurrent) Add(a int, b int) int {39	return m.AddFunc(a, b)40}41func NewMockMath() *mock_concurrent {42	return &mock_concurrent{43		AddFunc: func(a int, b int) int {44		},45	}46}47I am trying to use mockgen to generate mocks for the following interface: package main import "fmt" type Foo interface { Bar() } type FooImpl struct { } func (f FooImpl) Bar() { fmt.Println("Bar") } func main() { f := FooImpl{} f.Bar() }48import "fmt"49type Foo interface {50	Bar()51}52type FooImpl struct {53}54func (f FooImpl) Bar() {55	fmt.Println("Bar")56}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.