lazarus-ccr/components/tvplanit/source/vpmisc.pas

{*********************************************************}
{*                   VPMISC.PAS 1.03                     *}
{*********************************************************}

{* ***** BEGIN LICENSE BLOCK *****                                            *}
{* Version: MPL 1.1                                                           *}
{*                                                                            *}
{* The contents of this file are subject to the Mozilla Public License        *}
{* Version 1.1 (the "License"); you may not use this file except in           *}
{* compliance with the License. You may obtain a copy of the License at       *}
{* http://www.mozilla.org/MPL/                                                *}
{*                                                                            *}
{* Software distributed under the License is distributed on an "AS IS" basis, *}
{* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License   *}
{* for the specific language governing rights and limitations under the       *}
{* License.                                                                   *}
{*                                                                            *}
{* The Original Code is TurboPower Visual PlanIt                              *}
{*                                                                            *}
{* The Initial Developer of the Original Code is TurboPower Software          *}
{*                                                                            *}
{* Portions created by TurboPower Software Inc. are Copyright (C) 2002        *}
{* TurboPower Software Inc. All Rights Reserved.                              *}
{*                                                                            *}
{* Contributor(s):                                                            *}
{*                                                                            *}
{* ***** END LICENSE BLOCK *****                                              *}

unit VpMisc;
  {-Miscellaneous functions and procedures}

interface

{$I vp.inc}

uses
  {$IFDEF LCL}
  LCLProc, LCLType, LCLIntf,
  {$ELSE}
  Windows, Consts, Messages,
  {$ENDIF}
  Buttons, Classes, Controls, StdCtrls, ExtCtrls, Forms, Graphics, Menus,
  SysUtils, VpBase, VpData, VpConst;

type
  TDayList = array[1..12] of Word;


  TVpDayType = (dtSunday, dtMonday, dtTuesday, dtWednesday, dtThursday, dtFriday, dtSaturday);

  TVpDateFormat = (dfShort, dfLong);

  TVpDayNameWidth = Integer;

const
  MonthDays: array [Boolean] of TDayList =
    ((31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31),
     (31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31));

  GranularityMinutes: Array[TVpGranularity] of Integer = (5, 6, 10, 15, 20, 30, 60);

function DaysInMonth(Year, Month : Integer) : Integer;
  {-return the number of days in the specified month of a given year}
function DefaultEpoch : Integer;
  {-return the current century}
//function GetLeftButton : Byte;
procedure GetRGB(Clr : TColor; var IR, IG, IB : Byte);
function IsLeapYear(Year : Integer) : Boolean;
function GetStartOfWeek(Date: TDateTime; StartOn: TVpDayType): TDateTime;

procedure StripString(var Str: string);
  { strips non-alphanumeric characters from the beginning and end of the string}
function AssembleName(Contact: TVpContact): string;
  { returns an assembled name string }
procedure ParseName(Contact: TVpContact; const Value: string);
  { parses the name into it's elements and updates the contact }
procedure ParseCSZ(Str: string; var City, State, Zip: string);
{ parses the string and returns the city, state and zip parameters }

{$IFDEF DELPHI}
function LoadBaseBitmap(lpBitmapName : PAnsiChar) : HBITMAP;
  {-load and return the handle to bitmap resource}
function LoadBaseCursor(lpCursorName : PAnsiChar) : HCURSOR;
{-load and return the handle to cursor resource}
{$ENDIF}

function HeightOf(const R : TRect) : Integer;
  {- return the height of the TRect}
function WidthOf(const R : TRect) : Integer;
  {- return the width of the TRect}
function RightOf(AControl: TControl): Integer;
  {- returns the right edge of a control }
function BottomOf(AControl: TControl): Integer;
  {- returns the bottom edge of a control }

function GetDisplayString(Canvas : TCanvas; const S : string;
  MinChars, MaxWidth : Integer) : string;
  {-given a string, a minimum number of chars to display, and a max width, }
  { find the string that can be displayed in that width - add ellipsis to  }
  { the end if necessary and possible                                      }
procedure DrawBevelRect(const Canvas: TCanvas; R: TRect;
  Shadow, Highlight: TColor);
  {-draws a bevel in the specified TRect, using the specified colors }
function PointInRect(Point: TPoint; Rect: TRect): Boolean;
  {-determines if the specified point resides inside the specified TRect }

function GetAlarmAdvanceTime(Advance: Integer; AdvanceType: TVpAlarmAdvType): TDateTime;

{$IFDEF DELPHI}{$IFNDEF Delphi6}
function MonthOfTheYear(TheDate: TDateTime): Word;
procedure IncAMonth(var Year, Month, Day: Word; NumMonths: Integer);
function IncMonth(const TheDate: TDateTime; NumberOfMonths: Integer): TDateTime;
function IncYear(TheDate: TDateTime; NumYears: Integer): TDateTime;
function TimeOf(ADateTime: TDateTime): TDateTime;
function DateOf(ADateTime: TDateTime): TDateTime;
{$ENDIF}{$ENDIF}

function GetJulianDate(Date: TDateTime): Word;
function GetWeekOfYear(ADate: TDateTime): byte;
function IsWeekEnd(ADate: TDateTime): Boolean;
function SameDate(dt1, dt2: TDateTime): Boolean;
function DateInRange(ADate, StartDate, EndDate: TDateTime; IncludeLimits: Boolean): Boolean;
function TimeInRange(ATime, StartTime, EndTime: TDateTime; IncludeLimits: Boolean): Boolean;

function GetTimeFormat: TVpTimeFormat;
function GranularityToStr(Gran: TVpGranularity): string;
function HourToAMPM(Hour: TVpHours): string;
function HourToStr(Hour: TVpHours; Mil: Boolean): string;

function HourToLine(const Value: TVpHours; const Granularity: TVpGranularity): Integer;
function GetStartLine(StartTime: TDateTime; Granularity: TVpGranularity): Integer;
function GetEndLine(EndTime: TDateTime; Granularity: TVpGranularity): Integer;
function LineToStartTime(Line: Integer; Granularity: TVpGranularity): TDateTime;
function GetLineDuration(Granularity: TVpGranularity): Double;

function AutoHeight(ARadioGroup: TRadioGroup): Integer;
function GetButtonWidth(AButton: TButton): Integer;
function GetLabelWidth(ALabel: TLabel): Integer;
function GetRealFontHeight(AFont: TFont): Integer;

function DecodeLineEndings(const AText: String): String;
function EncodeLineEndings(const AText: String): String;

procedure AddResourceGroupMenu(AMenu: TMenuItem; AResource: TVpResource;
  AEventHandler: TNotifyEvent);
function OverlayPatternToBrushStyle(APattern: TVpOverlayPattern): TBrushStyle;

{$IFDEF LCL}
procedure HighDPI(FromDPI: integer);
procedure ScaleDPI(Control: TControl; FromDPI: integer);

const
  DesignTimeDPI = 96;
{$ENDIF}

procedure Unused(const A1); overload;
procedure Unused(const A1, A2); overload;
procedure Unused(const A1, A2, A3); overload;

implementation

uses
 {$IFDEF LCL}
  DateUtils,
 {$ENDIF}
  VpException, VpSR, VpBaseDS;

procedure StripString(var Str: string);
begin
  if Length(Str) < 1 then
    Exit;
  while (Length(Str) > 0) and (not (Str[1] in ['A'..'Z', 'a'..'z', '0'..'9'])) do
    delete(Str, 1, 1);
  while (Length(Str) > 0) and (not (Str[Length(Str)] in ['A'..'Z', 'a'..'z', '0'..'9'])) do
    delete(Str, Length(Str), 1);
end;
{=====}

function AssembleName(Contact: TVpContact): string;
begin
  result := Contact.LastName;
  if Assigned (Contact.Owner) then begin
    if Contact.Owner.ContactSort = csFirstLast then begin
      if Contact.FirstName <> '' then
        result := Contact.FirstName + ' ' + Result;
    end else begin
      if Contact.FirstName <> '' then
        result := result + ', ' + Contact.FirstName;
    end;
  end else begin
    if Contact.FirstName <> '' then
      result := result + ', ' + Contact.FirstName;
  end;
end;
{=====}

procedure ParseName(Contact: TVpContact; const Value: string);
var
  name, ln, fn: string;
begin
  name := Value;

  { strip spaces from the beginning and end of the name string }
  StripString(name);

  { parse string }
  if pos(',', name) > 0 then begin
    { lastname, firstname }
    ln := copy(name, 1, pos(',', name) -1);
    fn := copy(name, pos(',', name), length(name));
  end else begin
    { firstname lastname }
    ln := copy(name, LastDelimiter(' ', name), length(name));
    fn := copy(name, 1, LastDelimiter(' ', name) - 1);
  end;

  { strip fn and ln strings }
  StripString(fn);
  StripString(ln);

  { assign the strings to the proper contact fields }
  Contact.LastName := ln;
  Contact.FirstName := fn;
end;
{=====}

procedure ParseCSZ(Str: string; var City, State, Zip: string);
var
  num: integer;
begin
  StripString(Str);

  if Pos(',', Str) > 0 then begin
    City := copy (Str, 1, pos(',', str) - 1);
    delete(str, 1, pos(',', str));
  end;

  num := LastDelimiter(' ', Str);

  if (num > 0)
  and (num < Length(Str))
  and (Str[num + 1] in ['0'..'9']) then begin
    Zip := copy(Str, num, length(Str));
    Delete(Str, num, length(str));
  end;

  State := Str;

  StripString(City);
  StripString(State);
  StripString(Zip);
end;
{=====}

{$IFDEF DELPHI}
function LoadBaseBitmap(lpBitmapName : PAnsiChar) : HBITMAP;
begin
  {$IFDEF FPC}
   //wird direkt geladen
   //fImageList.AddLazarusResource('TABSET_SCROLLER');//, clFuchsia);
  {$ENDIF}
//  Result := LoadBitmap(FindClassHInstance(TVpCustomControl), lpBitmapName);
end;
{=====}

function LoadBaseCursor(lpCursorName : PAnsiChar) : HCURSOR;
begin
//TODO:  Result := LoadCursor(FindClassHInstance(TVpCustomControl), lpCursorName);
end;
{$ENDIF}

function WidthOf(const R : TRect) : Integer;
begin
  Result := R.Right - R.Left;
end;
{=====}

function HeightOf(const R : TRect) : Integer;
begin
  Result := R.Bottom - R.Top;
end;
{=====}

function GetDisplayString(Canvas : TCanvas; const S : string;
  MinChars, MaxWidth : Integer) : string;
var
  iDots, EllipsisWidth, Extent, Len, Width : Integer;
  ShowEllipsis : Boolean;
begin
  {be sure that the Canvas Font is set before entering this routine}
  EllipsisWidth := Canvas.TextWidth('...');
  Len := Length(S);
  Result := S;
  Extent := Canvas.TextWidth(Result);
  ShowEllipsis := False;
  Width := MaxWidth;
  while (Extent > Width) do begin
    ShowEllipsis := True;
    Width := MaxWidth - EllipsisWidth;
    if Len > MinChars then begin
      Delete(Result, Len, 1);
      dec(Len);
    end else
      break;
    Extent := Canvas.TextWidth(Result);
  end;
  if ShowEllipsis then begin
    Result := Result + '...';
    inc(Len, 3);
    Extent := Canvas.TextWidth(Result);
    iDots := 3;
    while (iDots > 0) and (Extent > MaxWidth) do begin
      Delete(Result, Len, 1);
      Dec(Len);
      Extent := Canvas.TextWidth(Result);
      Dec(iDots);
    end;
  end;
end;
{=====}

procedure DrawBevelRect(const Canvas: TCanvas; R: TRect;
  Shadow, Highlight: TColor);
begin
  with Canvas do
  begin
    Pen.Color := Shadow;
    PolyLine([Point(R.Left, R.Bottom), Point(R.Left, R.Top),
      Point(R.Right, R.Top)]);
    Pen.Color := Highlight;
    PolyLine([Point(R.Right, R.Top), Point(R.Right, R.Bottom),
      Point(R.Left, R.Bottom)]);
  end;
end;
{=====}

function PointInRect(Point: TPoint; Rect: TRect): Boolean;
begin
  result := (Point.X >= Rect.Left) and (Point.X <= Rect.Right)
        and (Point.Y >= Rect.Top) and (Point.Y <= Rect.Bottom);
end;
{=====}

function DaysInMonth(Year, Month : Integer) : Integer;
begin
  if (Year < 100) then
    raise EVpDateException.Create(RSInvalidYear + ' "' + IntToStr(Year) + '"');
  case Month of
    1, 3, 5, 7, 8, 10, 12 : Result := 31;
    4, 6, 9, 11           : Result := 30;
    2                     : Result := 28+Ord(IsLeapYear(Year));
  else
    Result := 0;
  end;
end;
{=====}

function DefaultEpoch : Integer;
var
  ThisYear   : Word;
  ThisMonth  : Word;
  ThisDay    : Word;
begin
  DecodeDate(SysUtils.Date, ThisYear, ThisMonth, ThisDay);
  Result := (ThisYear div 100) * 100;
end;
{=====}
             (*
function GetLeftButton : Byte;
const
  RLButton : array[Boolean] of Word = (VK_LBUTTON, VK_RBUTTON);
begin
//TODO:  Result := RLButton[GetSystemMetrics(SM_SWAPBUTTON) <> 0];
end;           *)
{=====}

procedure GetRGB(Clr : TColor; var IR, IG, IB : Byte);
begin
  IR := GetRValue(Clr);
  IG := GetGValue(Clr);
  IB := GetBValue(Clr);
end;
{=====}

function IsLeapYear(Year : Integer) : Boolean;
begin
  Result := (Year mod 4 = 0) and (Year mod 4000 <> 0) and
    ((Year mod 100 <> 0) or (Year mod 400 = 0));
end;
{=====}

function GetStartOfWeek(Date: TDateTime; StartOn: TVpDayType): TDateTime;
begin
  result := Date;
  case StartOn of
    dtSunday:    result := Date - (DayOfWeek(Date) - 1);
    dtMonday:    result := Date - (DayOfWeek(Date) - 2);
    dtTuesday:   result := Date - (DayOfWeek(Date) - 3);
    dtWednesday: result := Date - (DayOfWeek(Date) - 4);
    dtThursday:  result := Date - (DayOfWeek(Date) - 5);
    dtFriday:    result := Date - (DayOfWeek(Date) - 6);
    dtSaturday:  result := Date - (DayOfWeek(Date) - 7);
  end;
end;
{=====}


{$IFDEF DELPHI} {$IFNDEF Delphi6}
function MonthOfTheYear(TheDate: TDateTime): Word;
var
  Year, Day: Word;
begin
  DecodeDate(TheDate, Year, Result, Day);
end;
{=====}

procedure IncAMonth(var Year, Month, Day: Word; NumMonths: Integer);
type
  PMonthDayTable = ^TMonthDayTable;
  TMonthDayTable = array[1..12] of Word;
const
  MonthDays: array[Boolean] of TMonthDayTable =
    ((31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31),
     (31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31));
var
  DayTable: PDayTable;
  Sign: Integer;
begin
  if NumMonths >= 0 then
    Sign := 1
  else
    Sign := -1;
  Year := Year + NumMonths div 12;
  NumMonths := NumMonths mod 12;
  Inc (Month, NumMonths);
  if Word(Month-1) > 11 then
  begin
    Inc(Year, Sign);
    Inc(Month, -12 * Sign);
  end;
  DayTable := @MonthDays[IsLeapYear(Year)];
  if Day > DayTable^[Month] then
    Day := DayTable^[Month];
end;
{=====}

function IncMonth(const TheDate: TDateTime; NumberOfMonths: Integer): TDateTime;
var
  Year, Month, Day: Word;
begin
  DecodeDate(TheDate, Year, Month, Day);
  IncAMonth(Year, Month, Day, NumberOfMonths);
  Result := EncodeDate(Year, Month, Day);
end;
{=====}

function IncYea (TheDate: TDateTime; NumYear : Integer) : TDateTime;
begin
  Result := IncMont (TheDate, NumYears * 12);
end;

function DateOf(ADateTime: TDateTime): TDateTime;
begin
  Result := trunc(ADateTime);
end;

function TimeOf(ADateTime: TDateTime): TDateTime;
begin
  Result := frac(ADateTime);
end;

{=====}
{$ENDIF}{$ENDIF}

function GetJulianDate(Date: TDateTime): Word;
var
  y, m, d, I: word;
  Julian: Word;
begin
  Julian := 0;
  DecodeDate(Date, y, m, d);

  { Inc Julian by the number of days in each of the elapsed months }
  for I := 1 to M do
    Inc(Julian, DaysInMonth(Y, I));

  { add in the elapsed days from this month }
  Julian := Julian + D;

  { return the value }
  result := Julian;
end;
{=====}

function GetTimeFormat: TVpTimeFormat;
var
  s: String;
begin
  s := lowercase(FormatDateTime('hh:nn ampm', 0.25));
  if pos(lowercase(FormatSettings.TimeAMString), s) = Length(s) - Length(FormatSettings.TimeAMString) then
    Result := tf12Hour else
    Result := tf24Hour;
end;

function GranularityToStr(Gran: TVpGranularity): string;
begin
  Result := IntToStr(GranularityMinutes[Gran]);
end;

function HourToAMPM(Hour: TVpHours): string;
begin
  if (Hour >= H_00) and (Hour <= H_11) then
    Result := 'AM'
  else
    Result := 'PM';
end;

function HourToLine(const Value: TVpHours; const Granularity: TVpGranularity): Integer;
begin
  Result := Ord(Value) * 60 div GranularityMinutes[Granularity];
end;

function HourToStr(Hour: TVpHours; Mil: Boolean): string;
begin
  if Mil then
    Result := IntToStr(ord(Hour))
  else
  if ord(Hour) mod 12 = 0 then
    Result := '12'
  else
    Result := IntToStr(ord(Hour) mod 12);
end;

function GetStartLine(StartTime: TDateTime; Granularity: TVpGranularity): Integer;
var
  LineDuration: Double;    // percentage of a day covered by each line
  Time: Double;
begin
  { remove the date part, and add one minute to the time }
  Time := TimeOf(StartTime) + OneMinute;
  LineDuration := GranularityMinutes[Granularity] / MinutesInDay;
  result := trunc(Time / LineDuration);
end;
{=====}

function GetEndLine(EndTime: TDateTime; Granularity: TVpGranularity): Integer;
var
  LineDuration: Double;    // percentage of a day covered by each line
  Time: Double;
begin
  { remove the date part, and subtract one minute from the time }
  Time := TimeOf(EndTime) - OneMinute;
  LineDuration := GranularityMinutes[Granularity] / MinutesInDay;
  result := trunc(Time / LineDuration);
end;
{=====}

function GetAlarmAdvanceTime(Advance: Integer;
  AdvanceType: TVpAlarmAdvType): TDateTime;
begin
  result := 0.0;
  case AdvanceType of
    atMinutes : result := Advance * OneMinute;
    atHours   : result := Advance * OneHour;
    atDays    : result := Advance;
  end;
end;
{=====}

function DateInRange(ADate, StartDate, EndDate: TDateTime;
  IncludeLimits: Boolean): Boolean;
begin
  ADate := trunc(ADate);
  StartDate := trunc(StartDate);
  EndDate := trunc(EndDate);
  Result := (StartDate < ADate) and (ADate < EndDate);
  if IncludeLimits and (not Result) then
    Result := (StartDate = ADate) or (EndDate = ADate);
end;

function TimeInRange(ATime, StartTime, EndTime: TDateTime;
  IncludeLimits: Boolean): Boolean;
var
  equStart, equEnd: Boolean;
begin
  equStart := abs(ATime - StartTime) < CompareTimeEps;
  equEnd := abs(ATime - EndTime) < CompareTimeEps;

  if IncludeLimits then
    Result := equStart or equEnd  or ((ATime > StartTime) and (ATime < EndTime))
  else
    Result := (not equStart) and (not equEnd) and (ATime > StartTime) and (ATime < EndTime);
end;
{=====}

function LineToStartTime(Line: Integer; Granularity: TVpGranularity): TDateTime;
begin
  Result := frac(Line * GranularityMinutes[Granularity] / MinutesInDay);
end;
{=====}

function GetLineDuration(Granularity: TVpGranularity): Double;
begin
  Result := GranularityMinutes[Granularity] / MinutesInDay;
end;
{=====}

function AutoHeight(ARadioGroup: TRadioGroup): Integer;
var
  w: Integer;
begin
  w := ARadioGroup.Width;
  ARadioGroup.AutoSize := true;
  Result := ARadioGroup.Height;
  ARadioGroup.AutoSize := false;
  ARadioGroup.Width := w;
end;

function GetLabelWidth(ALabel: TLabel): Integer;
var
  canvas: TControlCanvas;
begin
  canvas := TControlCanvas.Create;
  canvas.Control := ALabel;
  canvas.Font.Assign(ALabel.Font);
  Result := canvas.TextWidth(ALabel.Caption);
  canvas.Free;
end;

function GetButtonWidth(AButton: TButton): Integer;
const
  MARGIN = 24;
var
  canvas: TControlCanvas;
begin
  canvas := TControlCanvas.Create;
  canvas.Control := AButton;
  canvas.Font.Assign(AButton.Font);
  Result := canvas.TextWidth(AButton.Caption) + MARGIN * Screen.PixelsPerInch div DesignTimeDPI;
  canvas.Free;
end;

function GetRealFontHeight(AFont: TFont): Integer;
begin
  if AFont.Size = 0 then
   {$IFDEF LCL}
    Result := GetFontData(AFont.Reference.Handle).Height * Screen.PixelsPerInch div DesignTimeDPI
   {$ELSE}
    Result := GetFontData(AFont.Handle).Height
   {$ENDIF}
  else
    Result := AFont.Height;
end;

function RightOf(AControl: TControl): Integer;
begin
  Result := AControl.Left + AControl.Width;
end;

function Bottomof(AControl: TControl): Integer;
begin
  Result := AControl.Top + AControl.Height;
end;

function SameDate(dt1, dt2: TDateTime): Boolean;
begin
  Result := trunc(dt1) = trunc(dt2);
end;

// Calculates ISO week number (checked with Jan 1, 2016, which is in week 53).
function GetWeekOfYear(ADate: TDateTime): byte;
// was in TvWeekView.
var
  yr, dummy: word;
  First: TDateTime;
begin
  DecodeDate(ADate + (8 - DayOfWeek(ADate)) mod 7 - 3, yr, dummy,dummy);
  First := EncodeDate(yr, 1, 1);
  Result := trunc(ADate - First - 3 + (DayOfWeek(First) + 1) mod 7) div 7 + 1;
end;

// Returns true if the specified date is on the weekend.
function IsWeekend(ADate: TDateTime): Boolean;
begin
  Result := (DayOfWeek(ADate) in [1, 7]);
end;

function DecodeLineEndings(const AText: String): String;
begin
  Result := StringReplace(AText, '\n', LineEnding, [rfReplaceAll]);
end;

function EncodeLineEndings(const AText: String): String;
begin
  Result := StringReplace(AText, LineEnding, '\n', [rfReplaceAll]);
end;

procedure AddResourceGroupMenu(AMenu: TMenuItem; AResource: TVpResource;
  AEventHandler: TNotifyEvent);
var
  datastore: TVpCustomDatastore;
  grp: TVpResourceGroup;
  list: TList;
  newItem: TMenuItem;
  newSubItem: TMenuItem;
  i: Integer;
begin
  if (AMenu = nil) or (AResource = nil) or (AResource.Owner = nil) then
    exit;

  datastore := AResource.Owner.Owner as TVpCustomDatastore;

  if (RSPopupResourceGroups <> '') and
     (datastore <> nil) and (datastore.Resource <> nil) then
  begin
    list := TList.Create;
    try
      datastore.Resource.GetResourceGroups(list);
      if list.Count > 0 then begin
        newItem := TMenuItem.Create(AMenu.Owner);
        newItem.Caption := RSPopupResourceGroups;
        newItem.Tag := 0;
        AMenu.Add(newItem);

        newSubItem := TMenuItem.Create(AMenu.Owner);
        newSubItem.Caption := RSNoOverlayedEvents;
        newSubItem.OnClick := AEventHandler;
        newSubItem.GroupIndex := 1;
        newSubItem.AutoCheck := true;
        newSubItem.Checked := datastore.Resource.Group = nil;
        newSubItem.Tag := 0;
        newItem.Add(newSubItem);

        if list.Count > 1 then begin
          newSubItem := TMenuItem.Create(AMenu.Owner);
          newSubItem.Caption := '-';
          newItem.Add(newSubItem);
        end;

        for i:=0 to list.Count-1 do begin
          grp := TVpResourceGroup(list[i]);
          newSubItem := TMenuItem.Create(AMenu.Owner);
          newSubItem.Caption := grp.Caption;
          newSubItem.OnClick := AEventHandler;
          newSubItem.GroupIndex := 1;
          newSubItem.AutoCheck := true;
          newSubItem.Checked := (datastore.Resource.Group = grp);
          newSubItem.Tag := PtrInt(grp);
          newItem.Add(NewSubItem);
        end;
      end;
    finally
      list.Free;
    end;
  end;
end;

function OverlayPatternToBrushStyle(APattern: TVpOverlayPattern): TBrushStyle;
begin
  Result := TBrushStyle(APattern);
end;

{$IFDEF LCL}
procedure HighDPI(FromDPI: integer);
var
  i: integer;
begin
  if Screen.PixelsPerInch = FromDPI then
    exit;

  for i := 0 to Screen.FormCount - 1 do
    ScaleDPI(Screen.Forms[i], FromDPI);
end;

procedure ScaleDPI(Control: TControl; FromDPI: integer);
var
  i: integer;
  WinControl: TWinControl;
begin
  if Screen.PixelsPerInch = FromDPI then
    exit;

  with Control do
  begin
    Left := ScaleX(Left, FromDPI);
    Top := ScaleY(Top, FromDPI);
    Width := ScaleX(Width, FromDPI);
    Height := ScaleY(Height, FromDPI);
  end;

  if Control is TWinControl then
  begin
    WinControl := TWinControl(Control);
    if WinControl.ControlCount = 0 then
      exit;
    for i := 0 to WinControl.ControlCount - 1 do
      ScaleDPI(WinControl.Controls[i], FromDPI);
  end;
end;
{$ENDIF}

{$PUSH}{$HINTS OFF}
procedure Unused(const A1);
begin
end;

procedure Unused(const A1, A2);
begin
end;

procedure Unused(const A1, A2, A3);
begin
end;
{$POP}

end.