app.screen.BoldPrintAt(0, 2, app.tiwsbt.Headings())
max_rows := app.screen.Height() - 3
+ last_row := app.screen.Height() - 1
row_content := app.tiwsbt.RowContent(max_rows)
// print out rows
for k := range row_content {
y := 3 + k
app.screen.PrintAt(0, y, row_content[k])
+ app.screen.ClearLine(len(row_content[k]), y)
}
// print out empty rows
- for k := len(row_content); k < (app.screen.Height() - 3); k++ {
+ for k := len(row_content); k < max_rows; k++ {
y := 3 + k
- if y < app.screen.Height()-1 {
+ if y < max_rows - 1 {
app.screen.PrintAt(0, y, app.tiwsbt.EmptyRowContent())
}
}
// print out the totals at the bottom
- app.screen.BoldPrintAt(0, app.screen.Height()-1, app.tiwsbt.TotalRowContent())
+ total := app.tiwsbt.TotalRowContent()
+ app.screen.BoldPrintAt(0, last_row, total)
+ app.screen.ClearLine(len(total), last_row)
}
// show actual I/O latency values
app.screen.BoldPrintAt(0, 2, app.fsbi.Headings())
// print out the data
- max_rows := app.screen.Height() - 3
+ max_rows := app.screen.Height() - 4
+ last_row := app.screen.Height() - 1
row_content := app.fsbi.RowContent(max_rows)
// print out rows
for k := range row_content {
y := 3 + k
app.screen.PrintAt(0, y, row_content[k])
+ app.screen.ClearLine(len(row_content[k]), y)
}
// print out empty rows
- for k := len(row_content); k < (app.screen.Height() - 3); k++ {
+ for k := len(row_content); k < max_rows; k++ {
y := 3 + k
- if y < app.screen.Height()-1 {
+ if y < last_row {
app.screen.PrintAt(0, y, app.fsbi.EmptyRowContent())
}
}
// print out the totals at the bottom
- app.screen.BoldPrintAt(0, app.screen.Height()-1, app.fsbi.TotalRowContent())
+ total := app.fsbi.TotalRowContent()
+ app.screen.BoldPrintAt(0, last_row, total)
+ app.screen.ClearLine(len(total), last_row)
}
func (app *App) displayLocks() {
app.screen.BoldPrintAt(0, 2, app.tlwsbt.Headings())
// print out the data
- max_rows := app.screen.Height() - 3
+ max_rows := app.screen.Height() - 4
+ last_row := app.screen.Height() - 1
row_content := app.tlwsbt.RowContent(max_rows)
// print out rows
for k := range row_content {
y := 3 + k
app.screen.PrintAt(0, y, row_content[k])
+ app.screen.ClearLine(len(row_content[k]), y)
}
// print out empty rows
for k := len(row_content); k < (app.screen.Height() - 3); k++ {
y := 3 + k
- if y < app.screen.Height()-1 {
+ if y < last_row {
app.screen.PrintAt(0, y, app.tlwsbt.EmptyRowContent())
}
}
// print out the totals at the bottom
- app.screen.BoldPrintAt(0, app.screen.Height()-1, app.tlwsbt.TotalRowContent())
+ total := app.tlwsbt.TotalRowContent()
+ app.screen.BoldPrintAt(0, last_row, total)
+ app.screen.ClearLine(len(total), last_row)
}
func (app *App) displayUsers() {
app.screen.BoldPrintAt(0, 2, app.users.Headings())
// print out the data
- max_rows := app.screen.Height() - 3
+ max_rows := app.screen.Height() - 4
+ last_row := app.screen.Height() - 1
row_content := app.users.RowContent(max_rows)
// print out rows
for k := range row_content {
y := 3 + k
app.screen.PrintAt(0, y, row_content[k])
+ app.screen.ClearLine(len(row_content[k]), y)
}
// print out empty rows
- for k := len(row_content); k < (app.screen.Height() - 3); k++ {
+ for k := len(row_content); k < max_rows; k++ {
y := 3 + k
- if y < app.screen.Height()-1 {
+ if y < last_row {
app.screen.PrintAt(0, y, app.users.EmptyRowContent())
}
}
// print out the totals at the bottom
- app.screen.BoldPrintAt(0, app.screen.Height()-1, app.users.TotalRowContent())
+ total := app.users.TotalRowContent()
+ app.screen.BoldPrintAt(0, last_row, total)
+ app.screen.ClearLine(len(total), last_row)
}
func (app *App) displayMutex() {
app.screen.BoldPrintAt(0, 2, app.ewsgben.Headings())
// print out the data
- max_rows := app.screen.Height() - 3
+ max_rows := app.screen.Height() - 4
+ last_row := app.screen.Height() - 1
row_content := app.ewsgben.RowContent(max_rows)
// print out rows
for k := range row_content {
y := 3 + k
app.screen.PrintAt(0, y, row_content[k])
+ app.screen.ClearLine(len(row_content[k]), y)
}
// print out empty rows
- for k := len(row_content); k < (app.screen.Height() - 3); k++ {
+ for k := len(row_content); k < max_rows; k++ {
y := 3 + k
- if y < app.screen.Height()-1 {
+ if y < last_row {
app.screen.PrintAt(0, y, app.ewsgben.EmptyRowContent())
}
}
// print out the totals at the bottom
- app.screen.BoldPrintAt(0, app.screen.Height()-1, app.ewsgben.TotalRowContent())
+ total := app.ewsgben.TotalRowContent()
+ app.screen.BoldPrintAt(0, last_row, total)
+ app.screen.ClearLine(len(total), last_row)
}
func (app *App) displayStages() {
app.screen.BoldPrintAt(0, 2, app.essgben.Headings())
// print out the data
- max_rows := app.screen.Height() - 3
+ max_rows := app.screen.Height() - 4
+ last_row := app.screen.Height() - 1
row_content := app.essgben.RowContent(max_rows)
// print out rows
for k := range row_content {
y := 3 + k
app.screen.PrintAt(0, y, row_content[k])
+ app.screen.ClearLine(len(row_content[k]), y)
}
// print out empty rows
- for k := len(row_content); k < (app.screen.Height() - 3); k++ {
+ for k := len(row_content); k < max_rows; k++ {
y := 3 + k
- if y < app.screen.Height()-1 {
+ if y < last_row {
app.screen.PrintAt(0, y, app.essgben.EmptyRowContent())
}
}
// print out the totals at the bottom
- app.screen.BoldPrintAt(0, app.screen.Height()-1, app.essgben.TotalRowContent())
+ total := app.essgben.TotalRowContent()
+ app.screen.BoldPrintAt(0, last_row, total)
+ app.screen.ClearLine(len(total), last_row)
}
// do we want to show all p_s data?