// makes the menu inside the contacts window
func makeContactsMenu(contacts []ts.Contact, contactsWin *gc.Window) ([]*gc.MenuItem, *gc.Menu, *gc.Window) {
menu_items := make([]*gc.MenuItem, len(contacts))
var err error
for i, val := range contacts {
menu_items[i], err = gc.NewItem((val.Name), "")
if err != nil {
log.Fatal("Error making item for contact menu... ", err)
}
}
contactMenu, err := gc.NewMenu(menu_items)
if err != nil {
log.Fatal("Error creating contact menu from menu_items... ", err)
}
contactsWinSizeY, contactsWinSizeX := contactsWin.MaxYX()
contactsWin.Keypad(true)
contactsMenuWin := contactsWin.Derived((contactsWinSizeY - 5), (contactsWinSizeX - 2), 3, 1)
contactMenu.SetWindow(contactsMenuWin)
contactMenu.Format(len(contacts), 1)
contactMenu.Mark(" * ")
title := "Contacts"
contactsWin.MovePrint(1, (contactsWinSizeX/2)-(len(title)/2), title)
contactsWin.HLine(2, 1, '-', contactsWinSizeX-2)
contactsMenuWin.Keypad(true)
contactsMenuWin.ScrollOk(true)
return menu_items, contactMenu, contactsMenuWin
}
func PrintHiglighted(window *gc.Window, y int, x int, index int, selected int, text string, isActive bool) {
if index == selected && isActive {
window.AttrOn(gc.A_STANDOUT)
}
window.MovePrint(y, x, text)
if index == selected && isActive {
window.AttrOff(gc.A_STANDOUT)
}
}
func printmenu(w *gc.Window, menu []string, active int) {
y, x := 2, 2
w.Box(0, 0)
for i, s := range menu {
if i == active {
w.AttrOn(gc.A_REVERSE)
w.MovePrint(y+i, x, s)
w.AttrOff(gc.A_REVERSE)
} else {
w.MovePrint(y+i, x, s)
}
}
w.Refresh()
}
// Prints messages to the message window
func printToMsgWindow(msg string, msgWin *gc.Window, amSending bool) {
lines := int(len(msg)/(msgWinSize_x-1)) + 1
if amSending == true {
msgWin.Scroll(lines)
msgWin.ColorOn(2)
msgWin.MovePrint((msgWinSize_y - lines), 0, msg)
} else {
if strings.ContainsAny(msg, "\n") {
printByLineBreakdown := strings.Split(msg, "\n")
for i, val := range printByLineBreakdown {
if i != 0 {
msgWin.Scroll(1)
}
lines2 := int(len(val)/(msgWinSize_x-1)) + 1
if lines2 > 1 {
msgWin.Scroll(lines2)
msgWin.ColorOn(1)
msgWin.MovePrint((msgWinSize_y - lines2), int(msgWinSize_x*3/4), val)
} else {
msgWin.Scroll(lines2)
msgWin.ColorOn(1)
space_buf := (msgWinSize_x) - len(val)
msgWin.MovePrint((msgWinSize_y - lines), space_buf, val)
msgWin.Scroll(-1)
}
}
} else {
if lines > 1 {
msgWin.Scroll(lines)
msgWin.ColorOn(1)
msgWin.MovePrint((msgWinSize_y - lines), int(msgWinSize_x*3/4), msg)
} else {
msgWin.Scroll(lines)
msgWin.ColorOn(1)
space_buf := (msgWinSize_x) - len(msg)
msgWin.MovePrint((msgWinSize_y - lines), space_buf, msg)
msgWin.Scroll(-1)
}
}
}
msgWin.Refresh()
globalInputWin.Refresh()
}
// Function to call to update the information in the information Window.
func displayInfo(win *gc.Window, active, activeA int, userItems []*gc.MenuItem, userArticles map[string][]articleType) {
win.Clear()
win.MovePrint(1, 0, "Auteur : ", userItems[active].Name())
win.MovePrint(2, 0, "Date : ", userArticles[userItems[active].Name()][activeA].date)
win.MovePrint(4, 0, userArticles[userItems[active].Name()][activeA].url)
win.Refresh()
}