diff --git a/exec/load/dd_lightbar_menu.js b/exec/load/dd_lightbar_menu.js
index 39b0d619465642d6d38253ffe7630642c7c3d66e..c797bbc35e331ba7fed547a26c4892ac52544411 100644
--- a/exec/load/dd_lightbar_menu.js
+++ b/exec/load/dd_lightbar_menu.js
@@ -612,7 +612,6 @@ function DDLightbarMenu(pX, pY, pWidth, pHeight)
this.GetBottomDisplayedItemPos = DDLightbarMenu_GetBottomDisplayedItemPos;
this.ScreenRowForItem = DDLightbarMenu_ScreenRowForItem;
this.ANSISupported = DDLightbarMenu_ANSISupported;
- this.InnerTextWidth = DDLightbarMenu_InnerTextWidth;
// ValidateSelectItem is a function for validating that the user can select an item.
// It takes the selected item's return value and returns a boolean to signify whether
@@ -983,13 +982,43 @@ function DDLightbarMenu_SetHeight(pHeight)
function DDLightbarMenu_Draw(pSelectedItemIndexes, pDrawBorders, pDrawScrollbar, pNumItems)
{
var numMenuItems = (typeof(pNumItems) === "number" ? pNumItems : this.NumItems());
- var itemLen = this.InnerTextWidth(numMenuItems);
if (this.ANSISupported())
{
var drawBorders = (typeof(pDrawBorders) == "boolean" ? pDrawBorders : true);
var drawScrollbar = (typeof(pDrawScrollbar) == "boolean" ? pDrawScrollbar : true);
var curPos = { x: this.pos.x, y: this.pos.y }; // For writing the menu items
+ var itemLen = this.size.width;
+ // If borders are enabled, then adjust the item length, starting x, and starting
+ // y accordingly, and draw the border.
+ if (this.borderEnabled)
+ {
+ itemLen -= 2;
+ ++curPos.x;
+ ++curPos.y;
+ if (drawBorders)
+ this.DrawBorder();
+ }
+ if (this.scrollbarEnabled && !this.CanShowAllItemsInWindow())
+ --itemLen; // Leave room for the scrollbar in the item lengths
+ // If the scrollbar is enabled & needed and we are to update it,
+ // then calculate the scrollbar blocks and update it on the screen.
+ if (this.scrollbarEnabled && !this.CanShowAllItemsInWindow() && drawScrollbar)
+ {
+ this.CalcScrollbarBlocks();
+ if (!this.drawnAlready)
+ this.DisplayInitialScrollbar(this.pos.y);
+ else
+ this.UpdateScrollbarWithHighlightedItem(true);
+ }
+ // For numbered mode, we'll need to know the length of the longest item number
+ // so that we can use that space to display the item numbers.
+ if (this.numberedMode)
+ {
+ this.itemNumLen = numMenuItems.toString().length;
+ itemLen -= this.itemNumLen;
+ --itemLen; // Have a space for separation between the numbers and items
+ }
// Write the menu items, only up to the height of the menu
var numPossibleItems = (this.borderEnabled ? this.size.height - 2 : this.size.height);
@@ -1002,7 +1031,7 @@ function DDLightbarMenu_Draw(pSelectedItemIndexes, pDrawBorders, pDrawScrollbar,
{
console.gotoxy(curPos.x, curPos.y);
var showMultiSelectMark = (this.multiSelect && (typeof(pSelectedItemIndexes) == "object") && pSelectedItemIndexes.hasOwnProperty(idx));
- this.WriteItem(idx, itemLen, idx == this.selectedItemIdx, showMultiSelectMark, curPos.x, curPos.y, numMenuItems);
+ this.WriteItem(idx, itemLen, idx == this.selectedItemIdx, showMultiSelectMark, curPos.x, curPos.y);
}
++curPos.y;
++numItemsWritten;
@@ -1033,6 +1062,12 @@ function DDLightbarMenu_Draw(pSelectedItemIndexes, pDrawBorders, pDrawScrollbar,
// ANSI mode disabled, or the user's terminal doesn't support ANSI
var numberedModeBackup = this.numberedMode;
this.numberedMode = true;
+ var itemLen = this.size.width;
+ // For numbered mode, we'll need to know the length of the longest item number
+ // so that we can use that space to display the item numbers.
+ this.itemNumLen = numMenuItems.toString().length;
+ itemLen -= this.itemNumLen;
+ --itemLen; // Have a space for separation between the numbers and items
console.attributes = "N";
for (var i = 0; i < numMenuItems; ++i)
{
@@ -1143,39 +1178,13 @@ function DDLightbarMenu_DrawBorder()
// at the end of the item's text.
// pScreenX: Optional - The horizontal screen coordinate of the start of the item
// pScreenY: Optional - The vertical screen coordinate of the start of the item
-// pNumItems: Optional - Cached number of items, if known
-function DDLightbarMenu_WriteItem(pIdx, pItemLen, pHighlight, pSelected, pScreenX, pScreenY, pNumItems)
+function DDLightbarMenu_WriteItem(pIdx, pItemLen, pHighlight, pSelected, pScreenX, pScreenY)
{
- var numItems = typeof(pNumItems) === "number" ? pNumItems : this.NumItems();
-
- // TODO: If the item text is UTF-8 and the user's terminal supports UTF-8, then see if the
- // item color is an array of objects; if so, we know the screen columns of each 'field', so
- // we can position the cursor as necessary.
- /*
- this.colors = {
- itemColor: "\x01n\x01w\x01" + "4", // Can be either a string or an array specifying colors within the item
- selectedItemColor: "\x01n\x01b\x01" + "7", // Can be either a string or an array specifying colors within the item
- altItemColor: "\x01n\x01w\x01" + "4", // Alternate item color. Can be either a string or an array specifying colors within the item
- altSelectedItemColor: "\x01n\x01b\x01" + "7", // Alternate selected item color. Can be either a string or an array specifying colors within the item
- unselectableItemColor: "\x01n\x01b\x01h", // Can be either a string or an array specifying colors within the item
- itemTextCharHighlightColor: "\x01y\x01h",
- }
- */
- /*
- if (Array.isArray(itemColor))
- {
- var bkgColor = getBackgroundAttrAtIdx(itemColor, this.size.width-1);
- itemColor = "\x01n\x01h\x01g" + bkgColor;
- }
- */
- // Look at function addAttrsToString()
-
var itemText = this.GetItemText(pIdx, pItemLen, pHighlight, pSelected);
// If the text is UTF-8 and the user's terminal is UTF-8, then set the mode bit accordingly.
// If the text is UTF-8 and the user's terminal doesn't support UTF-8, convert the text to cp437.
var printModeBits = P_NONE;
- var menuItem = this.GetItem(pIdx); // Needed for colors later (and textLineIsUTF8). Maybe not the most efficient, but meh..
- if (menuItem.textIsUTF8)
+ if (this.ItemTextIsUTF8(pIdx))
{
if (console.term_supports(USER_UTF8))
printModeBits = P_UTF8;
@@ -1186,44 +1195,15 @@ function DDLightbarMenu_WriteItem(pIdx, pItemLen, pHighlight, pSelected, pScreen
// then create a string that is shortened from itemText from those start & end
// indexes, and add color to it.
// Otherwise, just print the full item text.
- var printedLen = 0;
if ((this.nextDrawOnlyItemSubstr != null) && (typeof(this.nextDrawOnlyItemSubstr) == "object") && this.nextDrawOnlyItemSubstr.hasOwnProperty("start") && this.nextDrawOnlyItemSubstr.hasOwnProperty("end") && (typeof(pScreenX) == "number") && (typeof(pScreenY) == "number"))
{
var len = this.nextDrawOnlyItemSubstr.end - this.nextDrawOnlyItemSubstr.start;
var shortenedText = substrWithAttrCodes(itemText, this.nextDrawOnlyItemSubstr.start, len);
console.gotoxy(pScreenX+this.nextDrawOnlyItemSubstr.start, pScreenY);
console.print(shortenedText + "\x01n", printModeBits);
- printedLen = console.strlen(shortenedText, printModeBits);
}
else
- {
console.print(itemText + "\x01n", printModeBits);
- printedLen = console.strlen(itemText, printModeBits);
- }
-
- // Upon more testing, this is bad.. For some messages (i.e., Mike Powell on FSXNet),
- // this is outputting more than it should:
- /*
- // If the printed length is less than the inner width for text, then fill in the
- // remaining width (either with no attributes or highlighted attributes).
- var menuInnerWidth = this.InnerTextWidth(numItems);
- if (printedLen < menuInnerWidth)
- {
- var diff = menuInnerWidth - printedLen;
- //var padding = format("%*s", diff, "");
- var attrs = "";
- if (pHighlight)
- {
- if (menuItem.itemSelectedColor != null)
- attrs = menuItem.itemSelectedColor;
- else
- attrs = (menuItem.useAltColors ? this.colors.altSelectedItemColor : this.colors.selectedItemColor);
- if (typeof(attrs) !== "string") // Could be an array; just blank attrs for now if so
- attrs = "";
- }
- printf(attrs + "%*s", diff, "");
- }
- */
}
// Writes a menu item at its location on the menu. This should only be called
@@ -1233,14 +1213,13 @@ function DDLightbarMenu_WriteItem(pIdx, pItemLen, pHighlight, pSelected, pScreen
// pIdx: The index of the item to write
// pHighlight: Whether or not the item should be highlighted
// pSelected: Whether or not the item is selected
-// pNumItems: Optional - Cached number of items, if known
-function DDLightbarMenu_WriteItemAtItsLocation(pIdx, pHighlight, pSelected, pNumItems)
+function DDLightbarMenu_WriteItemAtItsLocation(pIdx, pHighlight, pSelected)
{
if (this.borderEnabled)
console.gotoxy(this.pos.x+1, this.pos.y+pIdx-this.topItemIdx+1);
else
console.gotoxy(this.pos.x, this.pos.y+pIdx-this.topItemIdx);
- this.WriteItem(pIdx, null, pHighlight, pSelected, null, null, pNumItems);
+ this.WriteItem(pIdx, null, pHighlight, pSelected);
}
// Draws part of the menu, starting at a certain location within the menu and
@@ -1498,7 +1477,6 @@ function DDLightbarMenu_GetItemText(pIdx, pItemLen, pHighlight, pSelected)
// Decide which color(s) to use for the item text
var menuItem = this.GetItem(pIdx);
-
var normalItemColor;
var selectedItemColor;
if (menuItem.itemColor != null)
@@ -3316,50 +3294,6 @@ function DDLightbarMenu_ANSISupported()
return (console.term_supports(USER_ANSI) && this.allowANSI);
}
-// Returns the width available for the menu item text, accounting for borders
-// etc.
-//
-// Parameters:
-// pNumItems: Optional - A cached value for the number of menu items. If not specified, this will
-// call this.NumItems();
-function DDLightbarMenu_InnerTextWidth(pNumItems)
-{
- var numMenuItems = (typeof(pNumItems) === "number" ? pNumItems : this.NumItems());
- var itemLen = 0;
- if (this.ANSISupported())
- {
- itemLen = this.size.width;
- // If borders are enabled, then adjust the item length, starting x, and starting
- // y accordingly, and draw the border.
- if (this.borderEnabled)
- {
- itemLen -= 2;
- ++curPos.x;
- ++curPos.y;
- }
- if (this.scrollbarEnabled && !this.CanShowAllItemsInWindow())
- --itemLen; // Leave room for the scrollbar in the item lengths
- // For numbered mode, we'll need to know the length of the longest item number
- // so that we can use that space to display the item numbers.
- if (this.numberedMode)
- {
- this.itemNumLen = numMenuItems.toString().length;
- itemLen -= this.itemNumLen;
- --itemLen; // Have a space for separation between the numbers and items
- }
- }
- else
- {
- itemLen = this.size.width;
- // For numbered mode, we'll need to know the length of the longest item number
- // so that we can use that space to display the item numbers.
- this.itemNumLen = numMenuItems.toString().length;
- itemLen -= this.itemNumLen;
- --itemLen; // Have a space for separation between the numbers and items
- }
- return itemLen;
-}
-
// Calculates the number of solid scrollbar blocks & non-solid scrollbar blocks
// to use. Saves the information in this.scrollbarInfo.numSolidScrollBlocks and
// this.scrollbarInfo.numNonSolidScrollBlocks.