How to use AddRow method of main Package

Best Syzkaller code snippet using main.AddRow

mainWindow.go

Source:mainWindow.go

...23	ProcessActionPanel      *ProcessActionPanel24	OutputProcessesNotebook *LogProcessesNotebook25}26func (m *MainWindow) AddToReadyProcessesList(process *object.Process) {27	m.OutputProcessesNotebook.readyProcessesTreeView.AddRow(process)28}29func (m *MainWindow) RemoveFromReadyProcessesList(process *object.Process) {30	m.OutputProcessesNotebook.readyProcessesTreeView.RemoveRow(process)31}32func (m *MainWindow) AddToRunningProcessesList(process *object.Process) {33	m.OutputProcessesNotebook.runningProcessesTreeView.AddRow(process)34}35func (m *MainWindow) AddToBlockedProcessesList(process *object.Process) {36	m.OutputProcessesNotebook.blockedProcessesTreeView.AddRow(process)37}38func (m *MainWindow) AddToSuspendedReadyProcessesList(process *object.Process) {39	m.OutputProcessesNotebook.suspendedReadyProcessesTreeView.AddRow(process)40}41func (m *MainWindow) AddToSuspendedBlockedProcessesList(process *object.Process) {42	m.OutputProcessesNotebook.suspendedBlockedProcessesTreeView.AddRow(process)43}44func (m *MainWindow) AddToFinishedProcessesList(process *object.Process) {45	m.OutputProcessesNotebook.finishedProcessesTreeView.AddRow(process)46}47func (m *MainWindow) AddToDispatchTransitionList(process *object.Process) {48    m.OutputProcessesNotebook.dispatchTransitionTreeView.AddRow(process)49}50func (m *MainWindow) AddToTimeoutTransitionList(process *object.Process) {51    m.OutputProcessesNotebook.timeoutTransitionTreeView.AddRow(process)52}53func (m *MainWindow) AddToWaitEventTransitionList(process *object.Process) {54    m.OutputProcessesNotebook.waitEventTransitionTreeView.AddRow(process)55}56func (m *MainWindow) AddToCompletionEventTransitionList(process *object.Process) {57    m.OutputProcessesNotebook.completionEventTransitionTreeView.AddRow(process)58}59func (m *MainWindow) AddToSuspendBlockedTransitionList(process *object.Process) {60    m.OutputProcessesNotebook.suspendBlockedTransitionTreeView.AddRow(process)61}62func (m *MainWindow) AddToResumeSuspendedBlockedTransitionList(process *object.Process) {63    m.OutputProcessesNotebook.resumeSuspendedBlockedTransitionTreeView.AddRow(process)64}65func (m *MainWindow) AddToCompletionEventSuspendedBlockedTransitionList(process *object.Process) {66    m.OutputProcessesNotebook.completionEventSuspendedBlockedTransitionTreeView.AddRow(process)67}68func (m *MainWindow) AddToSuspendRunningTransitionList(process *object.Process) {69    m.OutputProcessesNotebook.suspendRunningTransitionTreeView.AddRow(process)70}71func (m *MainWindow) AddToResumeSuspendedReadyTransitionList(process *object.Process) {72    m.OutputProcessesNotebook.resumeSuspendedReadyTransitionTreeView.AddRow(process)73}74func (m *MainWindow) ResetLogs() {75	m.OutputProcessesNotebook.ResetTreeViews()76}77func CreateMainWindow(listeners MainWindowListeners) *MainWindow {78	mainWindow := MainWindow{79		Window:                  CreateWindow(),80		ProcessActionPanel:      CreateProcessActionPanel(listeners),81		OutputProcessesNotebook: CreateOutputProcessesNotebook(listeners),82	}83	paned := CreatePaned(gtk.ORIENTATION_HORIZONTAL)84	mainWindow.Window.Add(paned)85	// Add the label to the window.86	paned.Pack1(mainWindow.ProcessActionPanel.PanelBox, true, false)...

main.go

Source:main.go

...14func main() {15	table := uitable.New()16	table.MaxColWidth = 5017	fmt.Println("==> List")18	table.AddRow("NAME", "BIRTHDAY", "BIO")19	for _, hacker := range hackers {20		table.AddRow(hacker.Name, hacker.Birthday, hacker.Bio)21	}22	fmt.Println(table)23	fmt.Print("\n==> Details\n")24	table = uitable.New()25	table.MaxColWidth = 8026	table.Wrap = true27	for _, hacker := range hackers {28		table.AddRow("Name:", hacker.Name)29		table.AddRow("Birthday:", hacker.Birthday)30		table.AddRow("Bio:", hacker.Bio)31		table.AddRow("") // blank32	}33	fmt.Println(table)34	fmt.Print("\n==> Multicolor Support\n")35	table = uitable.New()36	table.MaxColWidth = 8037	table.Wrap = true38	for _, hacker := range hackers {39		table.AddRow(color.RedString("Name:"), color.WhiteString(hacker.Name))40		table.AddRow(color.BlueString("Birthday:"), hacker.Birthday)41		table.AddRow(color.GreenString("Bio:"), hacker.Bio)42		table.AddRow("") // blank43	}44	fmt.Println(table)45}...

data_table_test.go

Source:data_table_test.go

...8)9func TestDataTable(t *testing.T) {10	t.Parallel()11	table := test.DataTable{}12	table.AddRow("ALPHA", "BETA")13	table.AddRow("1", "2")14	table.AddRow("longer text", "even longer text")15	expected := `| ALPHA       | BETA             |16| 1           | 2                |17| longer text | even longer text |18`19	dmp := diffmatchpatch.New()20	diffs := dmp.DiffMain(expected, table.String(), false)21	if !(len(diffs) == 1 && diffs[0].Type == 0) {22		fmt.Println(dmp.DiffPrettyText(diffs))23		t.Fail()24	}25}26func TestDataTable_Remove(t *testing.T) {27	t.Parallel()28	table := test.DataTable{}29	table.AddRow("local", "main, master, foo")30	table.AddRow("origin", "master, bar")31	table.RemoveText("master, ")32	expected := "| local  | main, foo |\n| origin | bar       |\n"33	assert.Equal(t, expected, table.String())34}35func TestDataTable_Sort(t *testing.T) {36	t.Parallel()37	table := test.DataTable{}38	table.AddRow("gamma", "3")39	table.AddRow("beta", "2")40	table.AddRow("alpha", "1")41	table.Sort()42	want := test.DataTable{Cells: [][]string{{"alpha", "1"}, {"beta", "2"}, {"gamma", "3"}}}43	diff, errCnt := table.EqualDataTable(want)44	if errCnt > 0 {45		t.Errorf("\nERROR! Found %d differences\n\n%s", errCnt, diff)46	}47}...

AddRow

Using AI Code Generation

1import (2func main() {3    f := excelize.NewFile()4    index := f.NewSheet("Sheet2")5    f.SetCellValue("Sheet2", "A2", "Hello world.")6    f.SetCellValue("Sheet1", "B2", 100)7    f.SetActiveSheet(index)8    if err := f.SaveAs("Book1.xlsx"); err != nil {9        fmt.Println(err)10    }11}

AddRow

Using AI Code Generation

1import (2func main() {3    f := excelize.NewFile()4    index := f.NewSheet("Sheet2")5    f.SetCellValue("Sheet2", "A2", "Hello world.")6    f.SetCellValue("Sheet1", "B2", 100)7    f.SetActiveSheet(index)8    if err := f.SaveAs("Book1.xlsx"); err != nil {9        fmt.Println(err)10    }11}12import (13func main() {14    f := excelize.NewFile()15    index := f.NewSheet("Sheet2")16    f.SetCellValue("Sheet2", "A2", "Hello world.")17    f.SetCellValue("Sheet1", "B2", 100)18    f.SetActiveSheet(index)19    row := f.AddRow("Sheet2")20    f.SetCellValue("Sheet2", "A" + strconv.Itoa(row), "Hello world.")21    f.SetCellValue("Sheet2", "B" + strconv.Itoa(row), 100)22    if err := f.SaveAs("Book1.xlsx"); err != nil {23        fmt.Println(err)24    }25}

AddRow

Using AI Code Generation

1import (2func main() {3	f := excelize.NewFile()4	f.AddRow("Sheet1", 1, "Hello", "World")5	f.AddRow("Sheet1", 2, "Hello", "World")6	f.AddRow("Sheet1", 3, "Hello", "World")7	f.AddRow("Sheet1", 4, "Hello", "World")8	f.AddRow("Sheet1", 5, "Hello", "World")9	f.AddRow("Sheet1", 6, "Hello", "World")10	f.AddRow("Sheet1", 7, "Hello", "World")11	f.AddRow("Sheet1", 8, "Hello", "World")12	f.AddRow("Sheet1", 9, "Hello", "World")13	f.AddRow("Sheet1", 10, "Hello", "World")14	f.AddRow("Sheet1", 11, "Hello", "World")15	f.AddRow("Sheet1", 12, "Hello", "World")16	f.AddRow("Sheet1", 13, "Hello", "World")17	f.AddRow("Sheet1", 14, "Hello", "World")18	f.AddRow("Sheet1", 15, "Hello", "World")19	f.AddRow("Sheet1", 16, "Hello", "World")20	f.AddRow("Sheet1", 17, "Hello", "World")21	f.AddRow("Sheet1", 18, "Hello", "World")22	f.AddRow("Sheet1", 19, "Hello", "World")23	f.AddRow("Sheet1", 20, "Hello", "World")24	f.AddRow("Sheet1", 21, "Hello", "World")25	f.AddRow("Sheet1", 22, "Hello", "World")26	f.AddRow("Sheet1", 23, "Hello", "World")27	f.AddRow("Sheet1", 24, "Hello", "World")28	f.AddRow("Sheet1", 25, "Hello", "World")29	f.AddRow("Sheet1", 26, "Hello", "World")30	f.AddRow("Sheet1", 27, "Hello", "World")31	f.AddRow("Sheet1", 28, "Hello", "World")32	f.AddRow("Sheet1", 29, "Hello", "

AddRow

Using AI Code Generation

1import (2func main() {3	var row1 = []string{"a", "b", "c"}4	var row2 = []string{"d", "e", "f"}5	var row3 = []string{"g", "h", "i"}6	var table = NewTable()7	table.AddRow(row1)8	table.AddRow(row2)9	table.AddRow(row3)10	table.PrintTable()11}

AddRow

Using AI Code Generation

1import (2func main() {3    var obj1 = new(AddRow)4    obj1.AddRow()5    fmt.Println(obj1.a)6    fmt.Println(obj1.b)7}8import (9type AddRow struct {10}11func (obj *AddRow) AddRow() {12}

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