How to use Error method of v1 Package

Best K6 code snippet using v1.Error

capture.go

Source:capture.go

...13}14func (s *CaptureService) ReadOne(ctx context.Context, in *captureV1.ReadOneRequest) (*captureV1.ImageReply, error) {15	capture, err := s.uu.ReadOne(ctx, int(in.GetId()))16	if err != nil {17		return nil, captureV1.ErrorReadDeviceError("read device %d failed, err: %v", in.GetId(), err)18	}19	bytes, err := s.mat2bytes(capture.Mat)20	if err != nil {21		return nil, captureV1.ErrorConvertError("convert mat to bytes failed, err: %v", err)22	}23	return &captureV1.ImageReply{Image: &captureV1.Image{24		Data: bytes,25	}}, nil26}27func (s *CaptureService) ReadAll(ctx context.Context, _ *captureV1.ReadAllRequest) (*captureV1.ImagesReply, error) {28	captures, err := s.uu.ReadAll(ctx)29	if err != nil {30		return nil, captureV1.ErrorReadDeviceError("read all devices failed, err: %v", err)31	}32	var images []*captureV1.Image33	for _, capture := range captures {34		bytes, err := s.mat2bytes(capture.Mat)35		if err != nil {36			return nil, captureV1.ErrorConvertError("convert mat to bytes failed, err: %v", err)37		}38		images = append(images, &captureV1.Image{Data: bytes})39	}40	return &captureV1.ImagesReply{41		Images: images,42	}, nil43}44func (s *CaptureService) ReadOneWithBinary(ctx context.Context, in *captureV1.ReadOneWithBinaryRequest) (*captureV1.ImageReply, error) {45	capture, err := s.uu.ReadOne(ctx, int(in.GetId()))46	if err != nil {47		return nil, captureV1.ErrorReadDeviceError("read device %d failed, err: %v", in.GetId(), err)48	}49	binary, err := s.uu.Binary(ctx, capture)50	if err != nil {51		return nil, captureV1.ErrorBinaryError("binary mat failed, err: %v", err)52	}53	bytes, err := s.mat2bytes(binary.Mat)54	if err != nil {55		return nil, captureV1.ErrorConvertError("convert binary mat to bytes failed, err: %v", err)56	}57	return &captureV1.ImageReply{Image: &captureV1.Image{58		Data: bytes,59	}}, nil60}61func (s *CaptureService) ReadOneWithBinaryAndSrc(ctx context.Context, in *captureV1.ReadOneWithBinaryAndSrcRequest) (*captureV1.ImageWithSrcReply, error) {62	capture, err := s.uu.ReadOne(ctx, int(in.GetId()))63	if err != nil {64		return nil, captureV1.ErrorReadDeviceError("read device %d failed, err: %v", in.GetId(), err)65	}66	binary, err := s.uu.Binary(ctx, capture)67	if err != nil {68		return nil, captureV1.ErrorBinaryError("binary mat failed, err: %v", err)69	}70	sBytes, err := s.mat2bytes(capture.Mat)71	if err != nil {72		return nil, captureV1.ErrorConvertError("convert capture mat to bBytes failed, err: %v", err)73	}74	bBytes, err := s.mat2bytes(binary.Mat)75	if err != nil {76		return nil, captureV1.ErrorConvertError("convert binary mat to bBytes failed, err: %v", err)77	}78	return &captureV1.ImageWithSrcReply{79		ImageSrc: &captureV1.ImageSrc{80			Proc: bBytes,81			Src:  sBytes,82		},83	}, nil84}85func (s *CaptureService) ReadAllWithBinary(ctx context.Context, _ *captureV1.ReadAllWithBinaryRequest) (*captureV1.ImagesReply, error) {86	captures, err := s.uu.ReadAll(ctx)87	if err != nil {88		return nil, captureV1.ErrorReadDeviceError("read all devices failed, err: %v", err)89	}90	var images []*captureV1.Image91	for _, capture := range captures {92		binary, err := s.uu.Binary(ctx, capture)93		if err != nil {94			return nil, captureV1.ErrorBinaryError("binary mat failed, err: %v", err)95		}96		bytes, err := s.mat2bytes(binary.Mat)97		if err != nil {98			return nil, captureV1.ErrorConvertError("convert binary mat to bytes failed, err: %v", err)99		}100		images = append(images, &captureV1.Image{Data: bytes})101	}102	return &captureV1.ImagesReply{103		Images: images,104	}, nil105}106func (s *CaptureService) ReadAllWithBinaryAndSrc(ctx context.Context, _ *captureV1.ReadAllWithBinaryAndSrcRequest) (*captureV1.ImagesWithSrcReply, error) {107	captures, err := s.uu.ReadAll(ctx)108	if err != nil {109		return nil, captureV1.ErrorReadDeviceError("read all devices failed, err: %v", err)110	}111	var images []*captureV1.ImageSrc112	for _, capture := range captures {113		binary, err := s.uu.Binary(ctx, capture)114		if err != nil {115			return nil, captureV1.ErrorBinaryError("binary mat failed, err: %v", err)116		}117		sBytes, err := s.mat2bytes(capture.Mat)118		if err != nil {119			return nil, captureV1.ErrorConvertError("convert capture mat to bytes failed, err: %v", err)120		}121		bBytes, err := s.mat2bytes(binary.Mat)122		if err != nil {123			return nil, captureV1.ErrorConvertError("convert binary mat to bytes failed, err: %v", err)124		}125		images = append(images, &captureV1.ImageSrc{126			Proc: bBytes,127			Src:  sBytes,128		})129	}130	return &captureV1.ImagesWithSrcReply{131		ImageSrc: images,132	}, nil133}134func (s *CaptureService) ReadOneWithBinaryAndCalArea(ctx context.Context, in *captureV1.ReadOneWithBinaryAndCalAreaRequest) (*captureV1.ImageWithAreaReply, error) {135	capture, err := s.uu.ReadOne(ctx, int(in.GetId()))136	if err != nil {137		return nil, captureV1.ErrorReadDeviceError("read device %d failed, err: %v", in.GetId(), err)138	}139	binary, err := s.uu.Binary(ctx, capture)140	if err != nil {141		return nil, captureV1.ErrorBinaryError("binary mat failed, err: %v", err)142	}143	pixels := s.uu.Pixels(s.uu.BaweraOpen(*binary.Mat, 180))144	area := s.uu.Area(float64(pixels), 50)145	bytes, err := s.mat2bytes(binary.Mat)146	if err != nil {147		return nil, captureV1.ErrorConvertError("convert binary mat to bytes failed, err: %v", err)148	}149	return &captureV1.ImageWithAreaReply{150		Image: &captureV1.Image{151			Data: bytes,152		},153		Pixels: int64(pixels),154		Area:   area,155	}, nil156}157func (s *CaptureService) ReadOneWithBinaryAndCalAreaAndSrc(ctx context.Context, in *captureV1.ReadOneWithBinaryAndCalAreaAndSrcRequest) (*captureV1.ImageWithAreaAndSrcReply, error) {158	capture, err := s.uu.ReadOne(ctx, int(in.GetId()))159	if err != nil {160		return nil, captureV1.ErrorReadDeviceError("read device %d failed, err: %v", in.GetId(), err)161	}162	binary, err := s.uu.Binary(ctx, capture)163	if err != nil {164		return nil, captureV1.ErrorBinaryError("binary mat failed, err: %v", err)165	}166	pixels := s.uu.Pixels(s.uu.BaweraOpen(*binary.Mat, 180))167	area := s.uu.Area(float64(pixels), 50)168	sBytes, err := s.mat2bytes(capture.Mat)169	if err != nil {170		return nil, captureV1.ErrorConvertError("convert capture mat to bytes failed, err: %v", err)171	}172	bBytes, err := s.mat2bytes(binary.Mat)173	if err != nil {174		return nil, captureV1.ErrorConvertError("convert binary mat to bytes failed, err: %v", err)175	}176	return &captureV1.ImageWithAreaAndSrcReply{177		ImageSrc: &captureV1.ImageSrc{178			Proc: bBytes,179			Src:  sBytes,180		},181		Pixels: int64(pixels),182		Area:   area,183	}, nil184}185func (s *CaptureService) ReadAllWithBinaryAndCalArea(ctx context.Context, _ *captureV1.ReadAllWithBinaryAndCalAreaRequest) (*captureV1.ImagesWithAreaReply, error) {186	captures, err := s.uu.ReadAll(ctx)187	if err != nil {188		return nil, captureV1.ErrorReadDeviceError("read all devices failed, err: %v", err)189	}190	var data []*captureV1.ImagesWithAreaReply_Data191	for _, capture := range captures {192		binary, err := s.uu.Binary(ctx, capture)193		if err != nil {194			return nil, captureV1.ErrorBinaryError("binary mat failed, err: %v", err)195		}196		pixels := s.uu.Pixels(s.uu.BaweraOpen(*binary.Mat, 180))197		area := s.uu.Area(float64(pixels), 50)198		bytes, err := s.mat2bytes(binary.Mat)199		if err != nil {200			return nil, captureV1.ErrorConvertError("convert binary mat to bytes failed, err: %v", err)201		}202		data = append(data, &captureV1.ImagesWithAreaReply_Data{203			Image:  &captureV1.Image{Data: bytes},204			Pixels: int64(pixels),205			Area:   area,206		})207	}208	return &captureV1.ImagesWithAreaReply{209		Data: data,210	}, nil211}212func (s *CaptureService) ReadAllWithBinaryAndCalAreaAndSrc(ctx context.Context, _ *captureV1.ReadAllWithBinaryAndCalAreaAndSrcRequest) (*captureV1.ImagesWithAreaAndSrcReply, error) {213	captures, err := s.uu.ReadAll(ctx)214	if err != nil {215		return nil, captureV1.ErrorReadDeviceError("read all devices failed, err: %v", err)216	}217	var data []*captureV1.ImagesWithAreaAndSrcReply_Data218	for _, capture := range captures {219		binary, err := s.uu.Binary(ctx, capture)220		if err != nil {221			return nil, captureV1.ErrorBinaryError("binary mat failed, err: %v", err)222		}223		pixels := s.uu.Pixels(s.uu.BaweraOpen(*binary.Mat, 180))224		area := s.uu.Area(float64(pixels), 50)225		sBytes, err := s.mat2bytes(capture.Mat)226		if err != nil {227			return nil, captureV1.ErrorConvertError("convert capture mat to bytes failed, err: %v", err)228		}229		bBytes, err := s.mat2bytes(binary.Mat)230		if err != nil {231			return nil, captureV1.ErrorConvertError("convert binary mat to bytes failed, err: %v", err)232		}233		data = append(data, &captureV1.ImagesWithAreaAndSrcReply_Data{234			ImageSrc: &captureV1.ImageSrc{235				Proc: bBytes,236				Src:  sBytes,237			},238			Pixels: int64(pixels),239			Area:   area,240		})241	}242	return &captureV1.ImagesWithAreaAndSrcReply{Data: data}, nil243}...

Error

Using AI Code Generation

1import (2func main() {3	v1 := NewVertex(1, 2, 3)4	fmt.Println(v1)5	fmt.Println(v1.Error())6	z01.PrintRune('\n')7}8import (9func main() {10	v2 := NewVertex2(1, 2, 3)11	fmt.Println(v2)12	fmt.Println(v2.Error())13	z01.PrintRune('\n')14}15import (16func main() {17	v3 := NewVertex3(1, 2, 3)18	fmt.Println(v3)19	fmt.Println(v3.Error())20	z01.PrintRune('\n')21}22import (23func main() {24	v4 := NewVertex4(1, 2, 3)25	fmt.Println(v4)26	fmt.Println(v4.Error())27	z01.PrintRune('\n')28}29import (30func main() {31	v5 := NewVertex5(1, 2, 3)32	fmt.Println(v5)33	fmt.Println(v5.Error())34	z01.PrintRune('\n')35}36import (37func main() {38	v6 := NewVertex6(1, 2, 3)39	fmt.Println(v6)40	fmt.Println(v6.Error())41	z01.PrintRune('\n')42}43import (44func main() {45	v7 := NewVertex7(1, 2, 3)46	fmt.Println(v7)

Error

Using AI Code Generation

1import (2func main() {3	v1 := NewVertex(1, 2, 3)4	fmt.Println(v1)5	fmt.Println(v1.Error())6	z01.PrintRune('\n')7}8import (9func TestVertex(t *testing.T) {10	r, w, _ := os.Pipe()11	main()12	w.Close()13	output := make([]byte, 1024)14	n, _ := r.Read(output)15	if strings.Contains(string(output[:n]), "1") == false {16		t.Errorf("Failed to print the X value")17	}18	if strings.Contains(string(output[:n]), "2") == false {19		t.Errorf("Failed to print the Y value")20	}21	if strings.Contains(string(output[:n]), "3") == false {22		t.Errorf("Failed to print the Z value")23	}24	if strings.Contains(string(output[:n]), "Vertex") == false {25		t.Errorf("Failed to print the type of the vertex")26	}27}

Error

Using AI Code Generation

1import (2type v1 struct {3}4func (v v1) Error() string {5	return fmt.Sprintf("error in v1 class")6}7func main() {8	v := v1{lat: 1.1, long: 2.2}9	log.Println(v)10}

Error

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, World!")4	var err v1.Error = v1.NewError(1, "error")5	fmt.Println(err.Error())6}

Error

Using AI Code Generation

1import (2func main() {3 fmt.Println("Hello World")4 err := fmt.Errorf("Error occured")5 log.Println(err)6}

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