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FPDebug: starting a parser for pascal expressions / rename and test

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git-svn-id: trunk@43210 -
This commit is contained in:
martin 2013-10-11 18:35:33 +00:00
parent fc9c962339
commit 6dd2f1eb24
5 changed files with 508 additions and 185 deletions
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3
.gitattributes vendored
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@ -1239,10 +1239,13 @@ components/fpdebug/fpimgreaderelftypes.pas svneol=native#text/pascal
components/fpdebug/fpimgreaderwinpe.pas svneol=native#text/pascal
components/fpdebug/fpimgreaderwinpetypes.pas svneol=native#text/pascal
components/fpdebug/fppascalparser.pas svneol=native#text/pascal
components/fpdebug/test/FpTest.lpi svneol=native#text/pascal
components/fpdebug/test/FpTest.lpr svneol=native#text/pascal
components/fpdebug/test/asmtest.lpi svneol=native#text/plain
components/fpdebug/test/asmtest.lpr svneol=native#text/pascal
components/fpdebug/test/asmtestunit.lfm svneol=native#text/plain
components/fpdebug/test/asmtestunit.pas svneol=native#text/pascal
components/fpdebug/test/testpascalparser.pas svneol=native#text/pascal
components/fppkg/images/archive.png -text
components/fppkg/images/broken.png -text
components/fppkg/images/build.png -text

370
components/fpdebug/fppascalparser.pas
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@ -29,31 +29,31 @@ unit FpPascalParser;
interface
uses
Classes, sysutils, math, LCLProc, FpDbgDwarf, LazLoggerBase;
Classes, sysutils, math, FpDbgDwarf, LazLoggerBase;
type
TFpGDBMIExpressionPart = class;
TFpGDBMIExpressionPartContainer = class;
TFpGDBMIExpressionPartBracket = class;
TFpGDBMIExpressionPartOperator = class;
TFpPascalExpressionPart = class;
TFpPascalExpressionPartContainer = class;
TFpPascalExpressionPartBracket = class;
TFpPascalExpressionPartOperator = class;
TFpGDBMIExpressionPartClass = class of TFpGDBMIExpressionPart;
TFpGDBMIExpressionPartBracketClass = class of TFpGDBMIExpressionPartBracket;
TFpPascalExpressionPartClass = class of TFpPascalExpressionPart;
TFpPascalExpressionPartBracketClass = class of TFpPascalExpressionPartBracket;
{ TFpGDBMIExpression }
{ TFpPascalExpression }
TFpGDBMIExpression = class
TFpPascalExpression = class
private
FError: String;
FTextExpression: String;
FExpressionPart: TFpGDBMIExpressionPart;
FExpressionPart: TFpPascalExpressionPart;
FValid: Boolean;
procedure Parse;
procedure SetError(AMsg: String);
function PosFromPChar(APChar: PChar): Integer;
protected
property ExpressionPart: TFpGDBMIExpressionPart read FExpressionPart;
property ExpressionPart: TFpPascalExpressionPart read FExpressionPart;
public
constructor Create(ATextExpression: String);
destructor Destroy; override;
@ -63,81 +63,81 @@ type
end;
{ TFpGDBMIExpressionPart }
{ TFpPascalExpressionPart }
TFpGDBMIExpressionPart = class
TFpPascalExpressionPart = class
private
FEndChar: PChar;
FParent: TFpGDBMIExpressionPartContainer;
FParent: TFpPascalExpressionPartContainer;
FStartChar: PChar;
FExpression: TFpGDBMIExpression;
function GetSurroundingBracket: TFpGDBMIExpressionPartBracket;
function GetTopParent: TFpGDBMIExpressionPart;
FExpression: TFpPascalExpression;
function GetSurroundingBracket: TFpPascalExpressionPartBracket;
function GetTopParent: TFpPascalExpressionPart;
procedure SetEndChar(AValue: PChar);
procedure SetParent(AValue: TFpGDBMIExpressionPartContainer);
procedure SetParent(AValue: TFpPascalExpressionPartContainer);
procedure SetStartChar(AValue: PChar);
function GetText(AMaxLen: Integer=0): String;
procedure SetError(AMsg: String = '');
procedure SetError(APart: TFpGDBMIExpressionPart; AMsg: String = '');
procedure SetError(APart: TFpPascalExpressionPart; AMsg: String = '');
protected
function DebugText(AIndent: String): String; virtual; // Self desc only
function DebugDump(AIndent: String): String; virtual;
protected
procedure Init; virtual;
Procedure ReplaceInParent(AReplacement: TFpGDBMIExpressionPart);
Procedure ReplaceInParent(AReplacement: TFpPascalExpressionPart);
procedure DoHandleEndOfExpression; virtual;
function IsValidNextPart(APart: TFpGDBMIExpressionPart): Boolean; virtual;
function IsValidAfterPart(APrevPart: TFpGDBMIExpressionPart): Boolean; virtual;
function MaybeHandlePrevPart(APrevPart: TFpGDBMIExpressionPart;
var AResult: TFpGDBMIExpressionPart): Boolean; virtual;
function FindLeftSideOperandByPrecedence(AnOperator: TFpGDBMIExpressionPartOperator): TFpGDBMIExpressionPart; virtual;
function IsValidNextPart(APart: TFpPascalExpressionPart): Boolean; virtual;
function IsValidAfterPart(APrevPart: TFpPascalExpressionPart): Boolean; virtual;
function MaybeHandlePrevPart(APrevPart: TFpPascalExpressionPart;
var AResult: TFpPascalExpressionPart): Boolean; virtual;
function FindLeftSideOperandByPrecedence(AnOperator: TFpPascalExpressionPartOperator): TFpPascalExpressionPart; virtual;
function CanHaveOperatorAsNext: Boolean; virtual; // True
public
constructor Create(AExpression: TFpGDBMIExpression; AStartChar: PChar; AnEndChar: PChar = nil);
function HandleNextPart(APart: TFpGDBMIExpressionPart): TFpGDBMIExpressionPart; virtual;
constructor Create(AExpression: TFpPascalExpression; AStartChar: PChar; AnEndChar: PChar = nil);
function HandleNextPart(APart: TFpPascalExpressionPart): TFpPascalExpressionPart; virtual;
procedure HandleEndOfExpression; virtual;
function GetText(AMaxLen: Integer=0): String;
property StartChar: PChar read FStartChar write SetStartChar;
property EndChar: PChar read FEndChar write SetEndChar;
property Parent: TFpGDBMIExpressionPartContainer read FParent write SetParent;
property TopParent: TFpGDBMIExpressionPart read GetTopParent; // or self
property SurroundingBracket: TFpGDBMIExpressionPartBracket read GetSurroundingBracket; // incl self
property Parent: TFpPascalExpressionPartContainer read FParent write SetParent;
property TopParent: TFpPascalExpressionPart read GetTopParent; // or self
property SurroundingBracket: TFpPascalExpressionPartBracket read GetSurroundingBracket; // incl self
end;
{ TFpGDBMIExpressionPartContainer }
{ TFpPascalExpressionPartContainer }
TFpGDBMIExpressionPartContainer = class(TFpGDBMIExpressionPart)
TFpPascalExpressionPartContainer = class(TFpPascalExpressionPart)
private
FList: TList;
function GetCount: Integer;
function GetItems(AIndex: Integer): TFpGDBMIExpressionPart;
function GetLastItem: TFpGDBMIExpressionPart;
procedure SetItems(AIndex: Integer; AValue: TFpGDBMIExpressionPart);
procedure SetLastItem(AValue: TFpGDBMIExpressionPart);
function GetItems(AIndex: Integer): TFpPascalExpressionPart;
function GetLastItem: TFpPascalExpressionPart;
procedure SetItems(AIndex: Integer; AValue: TFpPascalExpressionPart);
procedure SetLastItem(AValue: TFpPascalExpressionPart);
protected
procedure Init; override;
function DebugDump(AIndent: String): String; override;
public
destructor Destroy; override;
function Add(APart: TFpGDBMIExpressionPart): Integer;
function IndexOf(APart: TFpGDBMIExpressionPart): Integer;
function Add(APart: TFpPascalExpressionPart): Integer;
function IndexOf(APart: TFpPascalExpressionPart): Integer;
procedure Clear;
property Count: Integer read GetCount;
property Items[AIndex: Integer]: TFpGDBMIExpressionPart read GetItems write SetItems;
property LastItem: TFpGDBMIExpressionPart read GetLastItem write SetLastItem;
property Items[AIndex: Integer]: TFpPascalExpressionPart read GetItems write SetItems;
property LastItem: TFpPascalExpressionPart read GetLastItem write SetLastItem;
end;
{ TFpGDBMIExpressionPartIdentifer }
{ TFpPascalExpressionPartIdentifer }
TFpGDBMIExpressionPartIdentifer = class(TFpGDBMIExpressionPartContainer)
TFpPascalExpressionPartIdentifer = class(TFpPascalExpressionPartContainer)
public
end;
{ TFpGDBMIExpressionPartBracket }
{ TFpPascalExpressionPartBracket }
TFpGDBMIExpressionPartBracket = class(TFpGDBMIExpressionPartContainer)
TFpPascalExpressionPartBracket = class(TFpPascalExpressionPartContainer)
private
FIsClosed: boolean;
FIsClosing: boolean;
@ -147,147 +147,147 @@ type
function CanHaveOperatorAsNext: Boolean; override;
public
procedure CloseBracket;
function HandleNextPart(APart: TFpGDBMIExpressionPart): TFpGDBMIExpressionPart; override;
function HandleNextPart(APart: TFpPascalExpressionPart): TFpPascalExpressionPart; override;
procedure HandleEndOfExpression; override;
property IsClosed: boolean read FIsClosed;
end;
{ TFpGDBMIExpressionPartRoundBracket }
TFpGDBMIExpressionPartRoundBracket = class(TFpGDBMIExpressionPartBracket)
{ TFpPascalExpressionPartRoundBracket }
TFpPascalExpressionPartRoundBracket = class(TFpPascalExpressionPartBracket)
end;
{ TFpGDBMIExpressionPartOperator }
{ TFpPascalExpressionPartOperator }
TFpGDBMIExpressionPartOperator = class(TFpGDBMIExpressionPartContainer)
TFpPascalExpressionPartOperator = class(TFpPascalExpressionPartContainer)
private
FPrecedence: Integer;
protected
function DebugText(AIndent: String): String; override;
function CanHaveOperatorAsNext: Boolean; override;
function FindLeftSideOperandByPrecedence(AnOperator: TFpGDBMIExpressionPartOperator): TFpGDBMIExpressionPart; override;
function FindLeftSideOperandByPrecedence(AnOperator: TFpPascalExpressionPartOperator): TFpPascalExpressionPart; override;
function HasAllOperands: Boolean; virtual; abstract;
function MaybeAddLeftOperand(APrevPart: TFpGDBMIExpressionPart;
var AResult: TFpGDBMIExpressionPart): Boolean;
function MaybeAddLeftOperand(APrevPart: TFpPascalExpressionPart;
var AResult: TFpPascalExpressionPart): Boolean;
procedure DoHandleEndOfExpression; override;
public
function HandleNextPart(APart: TFpGDBMIExpressionPart): TFpGDBMIExpressionPart; override;
function HandleNextPart(APart: TFpPascalExpressionPart): TFpPascalExpressionPart; override;
property Precedence: Integer read FPrecedence;
end;
{ TFpGDBMIExpressionPartUnaryOperator }
{ TFpPascalExpressionPartUnaryOperator }
TFpGDBMIExpressionPartUnaryOperator = class(TFpGDBMIExpressionPartOperator)
TFpPascalExpressionPartUnaryOperator = class(TFpPascalExpressionPartOperator)
protected
function HasAllOperands: Boolean; override;
public
end;
{ TFpGDBMIExpressionPartBinaryOperator }
{ TFpPascalExpressionPartBinaryOperator }
TFpGDBMIExpressionPartBinaryOperator = class(TFpGDBMIExpressionPartOperator)
TFpPascalExpressionPartBinaryOperator = class(TFpPascalExpressionPartOperator)
protected
function HasAllOperands: Boolean; override;
function IsValidAfterPart(APrevPart: TFpGDBMIExpressionPart): Boolean; override;
function IsValidAfterPart(APrevPart: TFpPascalExpressionPart): Boolean; override;
public
function MaybeHandlePrevPart(APrevPart: TFpGDBMIExpressionPart;
var AResult: TFpGDBMIExpressionPart): Boolean; override;
function MaybeHandlePrevPart(APrevPart: TFpPascalExpressionPart;
var AResult: TFpPascalExpressionPart): Boolean; override;
end;
{ TFpGDBMIExpressionPartOperatorAddressOf }
{ TFpPascalExpressionPartOperatorAddressOf }
TFpGDBMIExpressionPartOperatorAddressOf = class(TFpGDBMIExpressionPartUnaryOperator) // @
TFpPascalExpressionPartOperatorAddressOf = class(TFpPascalExpressionPartUnaryOperator) // @
protected
procedure Init; override;
end;
{ TFpGDBMIExpressionPartOperatorMakeRef }
{ TFpPascalExpressionPartOperatorMakeRef }
TFpGDBMIExpressionPartOperatorMakeRef = class(TFpGDBMIExpressionPartUnaryOperator) // ^TTYpe
TFpPascalExpressionPartOperatorMakeRef = class(TFpPascalExpressionPartUnaryOperator) // ^TTYpe
protected
procedure Init; override;
end;
{ TFpGDBMIExpressionPartOperatorDeRef }
{ TFpPascalExpressionPartOperatorDeRef }
TFpGDBMIExpressionPartOperatorDeRef = class(TFpGDBMIExpressionPartUnaryOperator) // ptrval^
TFpPascalExpressionPartOperatorDeRef = class(TFpPascalExpressionPartUnaryOperator) // ptrval^
protected
procedure Init; override;
function MaybeHandlePrevPart(APrevPart: TFpGDBMIExpressionPart;
var AResult: TFpGDBMIExpressionPart): Boolean; override;
function FindLeftSideOperandByPrecedence(AnOperator: TFpGDBMIExpressionPartOperator): TFpGDBMIExpressionPart;
function MaybeHandlePrevPart(APrevPart: TFpPascalExpressionPart;
var AResult: TFpPascalExpressionPart): Boolean; override;
function FindLeftSideOperandByPrecedence(AnOperator: TFpPascalExpressionPartOperator): TFpPascalExpressionPart;
override;
// IsValidAfterPart: same as binary op
function IsValidAfterPart(APrevPart: TFpGDBMIExpressionPart): Boolean; override;
function IsValidAfterPart(APrevPart: TFpPascalExpressionPart): Boolean; override;
end;
{ TFpGDBMIExpressionPartOperatorUnaryPlusMinus }
{ TFpPascalExpressionPartOperatorUnaryPlusMinus }
TFpGDBMIExpressionPartOperatorUnaryPlusMinus = class(TFpGDBMIExpressionPartUnaryOperator) // + -
TFpPascalExpressionPartOperatorUnaryPlusMinus = class(TFpPascalExpressionPartUnaryOperator) // + -
// Unary + -
protected
procedure Init; override;
end;
{ TFpGDBMIExpressionPartOperatorPlusMinus }
{ TFpPascalExpressionPartOperatorPlusMinus }
TFpGDBMIExpressionPartOperatorPlusMinus = class(TFpGDBMIExpressionPartBinaryOperator) // + -
TFpPascalExpressionPartOperatorPlusMinus = class(TFpPascalExpressionPartBinaryOperator) // + -
// Binary + -
protected
procedure Init; override;
end;
{ TFpGDBMIExpressionPartOperatorMulDiv }
{ TFpPascalExpressionPartOperatorMulDiv }
TFpGDBMIExpressionPartOperatorMulDiv = class(TFpGDBMIExpressionPartBinaryOperator) // * /
TFpPascalExpressionPartOperatorMulDiv = class(TFpPascalExpressionPartBinaryOperator) // * /
protected
procedure Init; override;
end;
{ TFpGDBMIExpressionPartOperatorMemberOf }
{ TFpPascalExpressionPartOperatorMemberOf }
TFpGDBMIExpressionPartOperatorMemberOf = class(TFpGDBMIExpressionPartBinaryOperator) // struct.member
TFpPascalExpressionPartOperatorMemberOf = class(TFpPascalExpressionPartBinaryOperator) // struct.member
protected
procedure Init; override;
end;
implementation
{ TFpGDBMIExpressionPartOperatorMemberOf }
{ TFpPascalExpressionPartOperatorMemberOf }
procedure TFpGDBMIExpressionPartOperatorMemberOf.Init;
procedure TFpPascalExpressionPartOperatorMemberOf.Init;
begin
FPrecedence := 0;
inherited Init;
end;
{ TFpGDBMIExpressionPartOperatorMakeRef }
{ TFpPascalExpressionPartOperatorMakeRef }
procedure TFpGDBMIExpressionPartOperatorMakeRef.Init;
procedure TFpPascalExpressionPartOperatorMakeRef.Init;
begin
FPrecedence := 1;
inherited Init;
end;
{ TFpGDBMIExpressionPartOperatorDeRef }
{ TFpPascalExpressionPartOperatorDeRef }
procedure TFpGDBMIExpressionPartOperatorDeRef.Init;
procedure TFpPascalExpressionPartOperatorDeRef.Init;
begin
FPrecedence := 1;
inherited Init;
end;
function TFpGDBMIExpressionPartOperatorDeRef.MaybeHandlePrevPart(APrevPart: TFpGDBMIExpressionPart;
var AResult: TFpGDBMIExpressionPart): Boolean;
function TFpPascalExpressionPartOperatorDeRef.MaybeHandlePrevPart(APrevPart: TFpPascalExpressionPart;
var AResult: TFpPascalExpressionPart): Boolean;
begin
Result := MaybeAddLeftOperand(APrevPart, AResult);
end;
function TFpGDBMIExpressionPartOperatorDeRef.FindLeftSideOperandByPrecedence(AnOperator: TFpGDBMIExpressionPartOperator): TFpGDBMIExpressionPart;
function TFpPascalExpressionPartOperatorDeRef.FindLeftSideOperandByPrecedence(AnOperator: TFpPascalExpressionPartOperator): TFpPascalExpressionPart;
begin
Result := Self;
end;
function TFpGDBMIExpressionPartOperatorDeRef.IsValidAfterPart(APrevPart: TFpGDBMIExpressionPart): Boolean;
function TFpPascalExpressionPartOperatorDeRef.IsValidAfterPart(APrevPart: TFpPascalExpressionPart): Boolean;
begin
Result := inherited IsValidAfterPart(APrevPart);
if not Result then
@ -301,20 +301,20 @@ begin
// "Identifer" can hane a binary-op next. But it must be applied to the parent.
// So it is not valid here.
// If new operator has a higher precedence, it go down to the child again and replace it
if (APrevPart.Parent <> nil) and (APrevPart.Parent is TFpGDBMIExpressionPartOperator) then
if (APrevPart.Parent <> nil) and (APrevPart.Parent is TFpPascalExpressionPartOperator) then
Result := False;
end;
{ TFpGDBMIExpressionPartRoundBracket }
{ TFpPascalExpressionPartRoundBracket }
procedure TFpGDBMIExpressionPartBracket.Init;
procedure TFpPascalExpressionPartBracket.Init;
begin
inherited Init;
FIsClosed := False;
FIsClosing := False;
end;
procedure TFpGDBMIExpressionPartBracket.DoHandleEndOfExpression;
procedure TFpPascalExpressionPartBracket.DoHandleEndOfExpression;
begin
if not IsClosed then begin
SetError('Bracket not closed');
@ -323,12 +323,12 @@ begin
inherited DoHandleEndOfExpression;
end;
function TFpGDBMIExpressionPartBracket.CanHaveOperatorAsNext: Boolean;
function TFpPascalExpressionPartBracket.CanHaveOperatorAsNext: Boolean;
begin
Result := IsClosed;
end;
procedure TFpGDBMIExpressionPartBracket.CloseBracket;
procedure TFpPascalExpressionPartBracket.CloseBracket;
begin
FIsClosing := True;
if LastItem <> nil then
@ -337,7 +337,7 @@ begin
FIsClosed := True;
end;
function TFpGDBMIExpressionPartBracket.HandleNextPart(APart: TFpGDBMIExpressionPart): TFpGDBMIExpressionPart;
function TFpPascalExpressionPartBracket.HandleNextPart(APart: TFpPascalExpressionPart): TFpPascalExpressionPart;
begin
if IsClosed then begin
Result := inherited HandleNextPart(APart);
@ -354,28 +354,28 @@ begin
Add(APart);
end;
procedure TFpGDBMIExpressionPartBracket.HandleEndOfExpression;
procedure TFpPascalExpressionPartBracket.HandleEndOfExpression;
begin
if not FIsClosing then
inherited HandleEndOfExpression;
end;
{ TFpGDBMIExpressionPartOperatorUnaryPlusMinus }
{ TFpPascalExpressionPartOperatorUnaryPlusMinus }
procedure TFpGDBMIExpressionPartOperatorUnaryPlusMinus.Init;
procedure TFpPascalExpressionPartOperatorUnaryPlusMinus.Init;
begin
FPrecedence := 1;
inherited Init;
end;
{ TFpGDBMIExpression }
{ TFpPascalExpression }
procedure TFpGDBMIExpression.Parse;
procedure TFpPascalExpression.Parse;
var
CurPtr, EndPtr, TokenEndPtr: PChar;
CurPart, NewPart: TFpGDBMIExpressionPart;
CurPart, NewPart: TFpPascalExpressionPart;
procedure AddPart(AClass: TFpGDBMIExpressionPartClass);
procedure AddPart(AClass: TFpPascalExpressionPartClass);
begin
NewPart := AClass.Create(Self, CurPtr, TokenEndPtr-1);
end;
@ -383,8 +383,8 @@ var
procedure AddPlusMinus;
begin
if (CurPart = nil) or (not CurPart.CanHaveOperatorAsNext)
then AddPart(TFpGDBMIExpressionPartOperatorUnaryPlusMinus)
else AddPart(TFpGDBMIExpressionPartOperatorPlusMinus);
then AddPart(TFpPascalExpressionPartOperatorUnaryPlusMinus)
else AddPart(TFpPascalExpressionPartOperatorPlusMinus);
end;
procedure AddConstChar;
@ -400,7 +400,7 @@ var
while TokenEndPtr^ in ['a'..'z', 'A'..'Z', '_', '0'..'9'] do
inc(TokenEndPtr);
// TODO: Check functions not, and, in, as, is ...
NewPart := TFpGDBMIExpressionPartIdentifer.Create(Self, CurPtr, TokenEndPtr-1);
NewPart := TFpPascalExpressionPartIdentifer.Create(Self, CurPtr, TokenEndPtr-1);
end;
procedure HandleDot;
@ -408,7 +408,7 @@ var
while TokenEndPtr^ = '.' do
inc(TokenEndPtr);
case TokenEndPtr - CurPtr of
1: AddPart(TFpGDBMIExpressionPartOperatorMemberOf);
1: AddPart(TFpPascalExpressionPartOperatorMemberOf);
//2: ; // ".."
else SetError('Failed parsing ...');
end;
@ -417,11 +417,11 @@ var
procedure AddRefOperator;
begin
if (CurPart = nil) or (not CurPart.CanHaveOperatorAsNext)
then AddPart(TFpGDBMIExpressionPartOperatorMakeRef)
else AddPart(TFpGDBMIExpressionPartOperatorDeRef);
then AddPart(TFpPascalExpressionPartOperatorMakeRef)
else AddPart(TFpPascalExpressionPartOperatorDeRef);
end;
procedure CloseBracket(ABracketClass: TFpGDBMIExpressionPartBracketClass);
procedure CloseBracket(ABracketClass: TFpPascalExpressionPartBracketClass);
begin
NewPart := CurPart.SurroundingBracket;
if NewPart = nil then begin
@ -432,7 +432,7 @@ var
SetError('Mismatch bracket')
end
else begin
TFpGDBMIExpressionPartBracket(NewPart).CloseBracket;
TFpPascalExpressionPartBracket(NewPart).CloseBracket;
CurPart := nil;
end;
end;
@ -454,13 +454,13 @@ begin
NewPart := nil;
TokenEndPtr := CurPtr + 1;
case CurPtr^ of
'@' : AddPart(TFpGDBMIExpressionPartOperatorAddressOf);
'@' : AddPart(TFpPascalExpressionPartOperatorAddressOf);
'^': AddRefOperator;
'.': HandleDot;
'+', '-' : AddPlusMinus;
'*', '/' : AddPart(TFpGDBMIExpressionPartOperatorMulDiv);
'(': AddPart(TFpGDBMIExpressionPartRoundBracket);
')': CloseBracket(TFpGDBMIExpressionPartRoundBracket);
'*', '/' : AddPart(TFpPascalExpressionPartOperatorMulDiv);
'(': AddPart(TFpPascalExpressionPartRoundBracket);
')': CloseBracket(TFpPascalExpressionPartRoundBracket);
//'[': ;
//'''': AddConstChar;
//'0'..'9',
@ -496,47 +496,47 @@ begin
FExpressionPart := CurPart;
end;
procedure TFpGDBMIExpression.SetError(AMsg: String);
procedure TFpPascalExpression.SetError(AMsg: String);
begin
FValid := False;
FError := AMsg;
end;
function TFpGDBMIExpression.PosFromPChar(APChar: PChar): Integer;
function TFpPascalExpression.PosFromPChar(APChar: PChar): Integer;
begin
Result := APChar - @FTextExpression[1] + 1;
end;
constructor TFpGDBMIExpression.Create(ATextExpression: String);
constructor TFpPascalExpression.Create(ATextExpression: String);
begin
FTextExpression := ATextExpression;
FValid := True;
Parse;
end;
destructor TFpGDBMIExpression.Destroy;
destructor TFpPascalExpression.Destroy;
begin
FreeAndNil(FExpressionPart);
inherited Destroy;
end;
function TFpGDBMIExpression.DebugDump: String;
function TFpPascalExpression.DebugDump: String;
begin
Result := 'TFpGDBMIExpression: ' + FTextExpression + LineEnding +
Result := 'TFpPascalExpression: ' + FTextExpression + LineEnding +
'Valid: ' + dbgs(FValid) + ' Error: "' + FError + '"'+ LineEnding
;
if FExpressionPart <> nil then
Result := Result + FExpressionPart.DebugDump(' ');
end;
{ TFpGDBMIExpressionPartContainer }
{ TFpPascalExpressionPartContainer }
function TFpGDBMIExpressionPartContainer.GetItems(AIndex: Integer): TFpGDBMIExpressionPart;
function TFpPascalExpressionPartContainer.GetItems(AIndex: Integer): TFpPascalExpressionPart;
begin
Result := TFpGDBMIExpressionPart(FList[AIndex]);
Result := TFpPascalExpressionPart(FList[AIndex]);
end;
function TFpGDBMIExpressionPartContainer.GetLastItem: TFpGDBMIExpressionPart;
function TFpPascalExpressionPartContainer.GetLastItem: TFpPascalExpressionPart;
begin
if Count > 0 then
Result := Items[Count - 1]
@ -544,26 +544,26 @@ begin
Result := nil;
end;
procedure TFpGDBMIExpressionPartContainer.SetItems(AIndex: Integer;
AValue: TFpGDBMIExpressionPart);
procedure TFpPascalExpressionPartContainer.SetItems(AIndex: Integer;
AValue: TFpPascalExpressionPart);
begin
AValue.Parent := Self;
FList[AIndex] := AValue;
end;
procedure TFpGDBMIExpressionPartContainer.SetLastItem(AValue: TFpGDBMIExpressionPart);
procedure TFpPascalExpressionPartContainer.SetLastItem(AValue: TFpPascalExpressionPart);
begin
assert(Count >0);
Items[Count-1] := AValue;
end;
procedure TFpGDBMIExpressionPartContainer.Init;
procedure TFpPascalExpressionPartContainer.Init;
begin
FList := TList.Create;
inherited Init;
end;
function TFpGDBMIExpressionPartContainer.DebugDump(AIndent: String): String;
function TFpPascalExpressionPartContainer.DebugDump(AIndent: String): String;
var
i: Integer;
begin
@ -572,32 +572,32 @@ begin
Result := Result + Items[i].DebugDump(AIndent+' ');
end;
function TFpGDBMIExpressionPartContainer.GetCount: Integer;
function TFpPascalExpressionPartContainer.GetCount: Integer;
begin
Result := FList.Count;
end;
destructor TFpGDBMIExpressionPartContainer.Destroy;
destructor TFpPascalExpressionPartContainer.Destroy;
begin
Clear;
FreeAndNil(FList);
inherited Destroy;
end;
function TFpGDBMIExpressionPartContainer.Add(APart: TFpGDBMIExpressionPart): Integer;
function TFpPascalExpressionPartContainer.Add(APart: TFpPascalExpressionPart): Integer;
begin
APart.Parent := Self;
Result := FList.Add(APart);
end;
function TFpGDBMIExpressionPartContainer.IndexOf(APart: TFpGDBMIExpressionPart): Integer;
function TFpPascalExpressionPartContainer.IndexOf(APart: TFpPascalExpressionPart): Integer;
begin
Result := Count - 1;
while (Result >= 0) and (Items[Result] <> APart) do
dec(Result);
end;
procedure TFpGDBMIExpressionPartContainer.Clear;
procedure TFpPascalExpressionPartContainer.Clear;
begin
while Count > 0 do begin
Items[0].Free;
@ -605,49 +605,49 @@ begin
end;
end;
{ TFpGDBMIExpressionPart }
{ TFpPascalExpressionPart }
procedure TFpGDBMIExpressionPart.SetEndChar(AValue: PChar);
procedure TFpPascalExpressionPart.SetEndChar(AValue: PChar);
begin
if FEndChar = AValue then Exit;
FEndChar := AValue;
end;
function TFpGDBMIExpressionPart.GetTopParent: TFpGDBMIExpressionPart;
function TFpPascalExpressionPart.GetTopParent: TFpPascalExpressionPart;
begin
Result := Self;
while Result.Parent <> nil do
Result := Result.Parent;
end;
function TFpGDBMIExpressionPart.GetSurroundingBracket: TFpGDBMIExpressionPartBracket;
function TFpPascalExpressionPart.GetSurroundingBracket: TFpPascalExpressionPartBracket;
var
tmp: TFpGDBMIExpressionPart;
tmp: TFpPascalExpressionPart;
begin
Result := nil;
tmp := Self;
while (tmp <> nil) and not(tmp is TFpGDBMIExpressionPartBracket) do
while (tmp <> nil) and not(tmp is TFpPascalExpressionPartBracket) do
tmp := tmp.Parent;
if tmp <> nil then
Result := TFpGDBMIExpressionPartBracket(tmp);
Result := TFpPascalExpressionPartBracket(tmp);
end;
procedure TFpGDBMIExpressionPart.SetParent(AValue: TFpGDBMIExpressionPartContainer);
procedure TFpPascalExpressionPart.SetParent(AValue: TFpPascalExpressionPartContainer);
var
Old: TFpGDBMIExpressionPart;
Old: TFpPascalExpressionPart;
begin
if FParent = AValue then Exit;
Old := FParent;
FParent := AValue;
end;
procedure TFpGDBMIExpressionPart.SetStartChar(AValue: PChar);
procedure TFpPascalExpressionPart.SetStartChar(AValue: PChar);
begin
if FStartChar = AValue then Exit;
FStartChar := AValue;
end;
function TFpGDBMIExpressionPart.GetText(AMaxLen: Integer): String;
function TFpPascalExpressionPart.GetText(AMaxLen: Integer): String;
var
Len: Integer;
begin
@ -659,26 +659,26 @@ begin
Result := Copy(FStartChar, 1, Len);
end;
procedure TFpGDBMIExpressionPart.SetError(AMsg: String);
procedure TFpPascalExpressionPart.SetError(AMsg: String);
begin
if AMsg = '' then
AMsg := 'Invalid Expression';
FExpression.SetError(Format('%0:s at %1:d: "%2:s"', [AMsg, FExpression.PosFromPChar(FStartChar), GetText(20)]));
end;
procedure TFpGDBMIExpressionPart.SetError(APart: TFpGDBMIExpressionPart; AMsg: String);
procedure TFpPascalExpressionPart.SetError(APart: TFpPascalExpressionPart; AMsg: String);
begin
if APart <> nil
then APart.SetError(AMsg)
else Self.SetError(AMsg);
end;
procedure TFpGDBMIExpressionPart.Init;
procedure TFpPascalExpressionPart.Init;
begin
//
end;
procedure TFpGDBMIExpressionPart.ReplaceInParent(AReplacement: TFpGDBMIExpressionPart);
procedure TFpPascalExpressionPart.ReplaceInParent(AReplacement: TFpPascalExpressionPart);
var
i: Integer;
begin
@ -689,50 +689,50 @@ begin
Parent := nil;
end;
procedure TFpGDBMIExpressionPart.DoHandleEndOfExpression;
procedure TFpPascalExpressionPart.DoHandleEndOfExpression;
begin
//
end;
function TFpGDBMIExpressionPart.IsValidNextPart(APart: TFpGDBMIExpressionPart): Boolean;
function TFpPascalExpressionPart.IsValidNextPart(APart: TFpPascalExpressionPart): Boolean;
begin
Result := APart.IsValidAfterPart(Self);
end;
function TFpGDBMIExpressionPart.IsValidAfterPart(APrevPart: TFpGDBMIExpressionPart): Boolean;
function TFpPascalExpressionPart.IsValidAfterPart(APrevPart: TFpPascalExpressionPart): Boolean;
begin
Result := True;
end;
function TFpGDBMIExpressionPart.MaybeHandlePrevPart(APrevPart: TFpGDBMIExpressionPart;
var AResult: TFpGDBMIExpressionPart): Boolean;
function TFpPascalExpressionPart.MaybeHandlePrevPart(APrevPart: TFpPascalExpressionPart;
var AResult: TFpPascalExpressionPart): Boolean;
begin
Result := False;
end;
function TFpGDBMIExpressionPart.FindLeftSideOperandByPrecedence(AnOperator: TFpGDBMIExpressionPartOperator): TFpGDBMIExpressionPart;
function TFpPascalExpressionPart.FindLeftSideOperandByPrecedence(AnOperator: TFpPascalExpressionPartOperator): TFpPascalExpressionPart;
begin
Result := Self;
end;
function TFpGDBMIExpressionPart.CanHaveOperatorAsNext: Boolean;
function TFpPascalExpressionPart.CanHaveOperatorAsNext: Boolean;
begin
Result := True;
end;
function TFpGDBMIExpressionPart.DebugText(AIndent: String): String;
function TFpPascalExpressionPart.DebugText(AIndent: String): String;
begin
Result := Format('%s%s at %d: "%s"',
[AIndent, ClassName, FExpression.PosFromPChar(FStartChar), GetText])
+ LineEnding;
end;
function TFpGDBMIExpressionPart.DebugDump(AIndent: String): String;
function TFpPascalExpressionPart.DebugDump(AIndent: String): String;
begin
Result := DebugText(AIndent);
end;
constructor TFpGDBMIExpressionPart.Create(AExpression: TFpGDBMIExpression; AStartChar: PChar;
constructor TFpPascalExpressionPart.Create(AExpression: TFpPascalExpression; AStartChar: PChar;
AnEndChar: PChar);
begin
FExpression := AExpression;
@ -741,7 +741,7 @@ begin
Init;
end;
function TFpGDBMIExpressionPart.HandleNextPart(APart: TFpGDBMIExpressionPart): TFpGDBMIExpressionPart;
function TFpPascalExpressionPart.HandleNextPart(APart: TFpPascalExpressionPart): TFpPascalExpressionPart;
begin
Result := APart;
if APart.MaybeHandlePrevPart(Self, Result) then
@ -757,16 +757,16 @@ begin
Result := Self;
end;
procedure TFpGDBMIExpressionPart.HandleEndOfExpression;
procedure TFpPascalExpressionPart.HandleEndOfExpression;
begin
DoHandleEndOfExpression;
if Parent <> nil then
Parent.HandleEndOfExpression;
end;
{ TFpGDBMIExpressionPartOperator }
{ TFpPascalExpressionPartOperator }
function TFpGDBMIExpressionPartOperator.DebugText(AIndent: String): String;
function TFpPascalExpressionPartOperator.DebugText(AIndent: String): String;
begin
Result := inherited DebugText(AIndent);
while Result[Length(Result)] in [#10, #13] do SetLength(Result, Length(Result)-1);
@ -774,12 +774,12 @@ begin
LineEnding;
end;
function TFpGDBMIExpressionPartOperator.CanHaveOperatorAsNext: Boolean;
function TFpPascalExpressionPartOperator.CanHaveOperatorAsNext: Boolean;
begin
Result := HasAllOperands and LastItem.CanHaveOperatorAsNext;
end;
function TFpGDBMIExpressionPartOperator.FindLeftSideOperandByPrecedence(AnOperator: TFpGDBMIExpressionPartOperator): TFpGDBMIExpressionPart;
function TFpPascalExpressionPartOperator.FindLeftSideOperandByPrecedence(AnOperator: TFpPascalExpressionPartOperator): TFpPascalExpressionPart;
begin
Result := Self;
@ -793,10 +793,10 @@ begin
Result := LastItem.FindLeftSideOperandByPrecedence(AnOperator);
end;
function TFpGDBMIExpressionPartOperator.MaybeAddLeftOperand(APrevPart: TFpGDBMIExpressionPart;
var AResult: TFpGDBMIExpressionPart): Boolean;
function TFpPascalExpressionPartOperator.MaybeAddLeftOperand(APrevPart: TFpPascalExpressionPart;
var AResult: TFpPascalExpressionPart): Boolean;
var
ALeftSide: TFpGDBMIExpressionPart;
ALeftSide: TFpPascalExpressionPart;
begin
Result := APrevPart.IsValidNextPart(Self);
if not Result then
@ -822,7 +822,7 @@ begin
Add(ALeftSide);
end;
procedure TFpGDBMIExpressionPartOperator.DoHandleEndOfExpression;
procedure TFpPascalExpressionPartOperator.DoHandleEndOfExpression;
begin
if not HasAllOperands then
SetError(Self, 'Not enough operands')
@ -830,7 +830,7 @@ begin
inherited DoHandleEndOfExpression;
end;
function TFpGDBMIExpressionPartOperator.HandleNextPart(APart: TFpGDBMIExpressionPart): TFpGDBMIExpressionPart;
function TFpPascalExpressionPartOperator.HandleNextPart(APart: TFpPascalExpressionPart): TFpPascalExpressionPart;
begin
Result := Self;
if HasAllOperands then begin
@ -847,21 +847,21 @@ begin
Result := APart;
end;
{ TFpGDBMIExpressionPartUnaryOperator }
{ TFpPascalExpressionPartUnaryOperator }
function TFpGDBMIExpressionPartUnaryOperator.HasAllOperands: Boolean;
function TFpPascalExpressionPartUnaryOperator.HasAllOperands: Boolean;
begin
Result := Count = 1;
end;
{ TFpGDBMIExpressionPartBinaryOperator }
{ TFpPascalExpressionPartBinaryOperator }
function TFpGDBMIExpressionPartBinaryOperator.HasAllOperands: Boolean;
function TFpPascalExpressionPartBinaryOperator.HasAllOperands: Boolean;
begin
Result := Count = 2;
end;
function TFpGDBMIExpressionPartBinaryOperator.IsValidAfterPart(APrevPart: TFpGDBMIExpressionPart): Boolean;
function TFpPascalExpressionPartBinaryOperator.IsValidAfterPart(APrevPart: TFpPascalExpressionPart): Boolean;
begin
Result := inherited IsValidAfterPart(APrevPart);
if not Result then
@ -875,35 +875,35 @@ begin
// "Identifer" can hane a binary-op next. But it must be applied to the parent.
// So it is not valid here.
// If new operator has a higher precedence, it go down to the child again and replace it
if (APrevPart.Parent <> nil) and (APrevPart.Parent is TFpGDBMIExpressionPartOperator) then
if (APrevPart.Parent <> nil) and (APrevPart.Parent is TFpPascalExpressionPartOperator) then
Result := False;
end;
function TFpGDBMIExpressionPartBinaryOperator.MaybeHandlePrevPart(APrevPart: TFpGDBMIExpressionPart;
var AResult: TFpGDBMIExpressionPart): Boolean;
function TFpPascalExpressionPartBinaryOperator.MaybeHandlePrevPart(APrevPart: TFpPascalExpressionPart;
var AResult: TFpPascalExpressionPart): Boolean;
begin
Result := MaybeAddLeftOperand(APrevPart, AResult);
end;
{ TFpGDBMIExpressionPartOperatorAddressOf }
{ TFpPascalExpressionPartOperatorAddressOf }
procedure TFpGDBMIExpressionPartOperatorAddressOf.Init;
procedure TFpPascalExpressionPartOperatorAddressOf.Init;
begin
FPrecedence := 1; // highest
inherited Init;
end;
{ TFpGDBMIExpressionPartOperatorPlusMinus }
{ TFpPascalExpressionPartOperatorPlusMinus }
procedure TFpGDBMIExpressionPartOperatorPlusMinus.Init;
procedure TFpPascalExpressionPartOperatorPlusMinus.Init;
begin
FPrecedence := 3;
inherited Init;
end;
{ TFpGDBMIExpressionPartOperatorMulDiv }
{ TFpPascalExpressionPartOperatorMulDiv }
procedure TFpGDBMIExpressionPartOperatorMulDiv.Init;
procedure TFpPascalExpressionPartOperatorMulDiv.Init;
begin
FPrecedence := 2;
inherited Init;

84
components/fpdebug/test/FpTest.lpi Normal file
View File

@ -0,0 +1,84 @@
<?xml version="1.0" encoding="UTF-8"?>
<CONFIG>
<ProjectOptions>
<Version Value="9"/>
<PathDelim Value="\"/>
<General>
<SessionStorage Value="InProjectDir"/>
<MainUnit Value="0"/>
<Title Value="FpTest"/>
<ResourceType Value="res"/>
<UseXPManifest Value="True"/>
<Icon Value="0"/>
</General>
<i18n>
<EnableI18N LFM="False"/>
</i18n>
<VersionInfo>
<StringTable ProductVersion=""/>
</VersionInfo>
<BuildModes Count="1">
<Item1 Name="Default" Default="True"/>
</BuildModes>
<PublishOptions>
<Version Value="2"/>
</PublishOptions>
<RunParams>
<local>
<FormatVersion Value="1"/>
</local>
</RunParams>
<RequiredPackages Count="4">
<Item1>
<PackageName Value="fpdebug"/>
</Item1>
<Item2>
<PackageName Value="FPCUnitTestRunner"/>
</Item2>
<Item3>
<PackageName Value="LCL"/>
</Item3>
<Item4>
<PackageName Value="FCL"/>
</Item4>
</RequiredPackages>
<Units Count="2">
<Unit0>
<Filename Value="FpTest.lpr"/>
<IsPartOfProject Value="True"/>
<UnitName Value="FpTest"/>
</Unit0>
<Unit1>
<Filename Value="testpascalparser.pas"/>
<IsPartOfProject Value="True"/>
<UnitName Value="TestPascalParser"/>
</Unit1>
</Units>
</ProjectOptions>
<CompilerOptions>
<Version Value="11"/>
<PathDelim Value="\"/>
<SearchPaths>
<IncludeFiles Value="$(ProjOutDir)"/>
</SearchPaths>
<Other>
<CompilerMessages>
<MsgFileName Value=""/>
</CompilerMessages>
<CompilerPath Value="$(CompPath)"/>
</Other>
</CompilerOptions>
<Debugging>
<Exceptions Count="3">
<Item1>
<Name Value="EAbort"/>
</Item1>
<Item2>
<Name Value="ECodetoolError"/>
</Item2>
<Item3>
<Name Value="EFOpenError"/>
</Item3>
</Exceptions>
</Debugging>
</CONFIG>

15
components/fpdebug/test/FpTest.lpr Normal file
View File

@ -0,0 +1,15 @@
program FpTest;
{$mode objfpc}{$H+}
uses
Interfaces, Forms, GuiTestRunner, TestPascalParser;
{$R *.res}
begin
Application.Initialize;
Application.CreateForm(TGuiTestRunner, TestRunner);
Application.Run;
end.

221
components/fpdebug/test/testpascalparser.pas Normal file
View File

@ -0,0 +1,221 @@
unit TestPascalParser;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, fpcunit, testutils, testregistry, FpPascalParser;
type
{ TTestPascalParser }
TTestPascalParser = class(TTestCase)
published
procedure TestParser;
end;
implementation
type
{ TTestFpPascalExpression }
TTestFpPascalExpression=class(TFpPascalExpression)
public
property ExpressionPart;
end;
{ TTestFpPascalExpression }
procedure TTestPascalParser.TestParser;
var
CurrentTestExprText: String;
CurrentTestExprObj: TTestFpPascalExpression;
Procedure TestExpr(APart: TFpPascalExpressionPart; AClass: TFpPascalExpressionPartClass;
AText: String; AChildCount: Integer = -1);
begin
AssertNotNull(CurrentTestExprText+ ': IsAssigned', APart);
AssertTrue(CurrentTestExprText+': APart IS Class exp: '+AClass.ClassName+' was: '+APart.ClassName,
APart is AClass);
AssertEquals(CurrentTestExprText+': Text', AText, APart.GetText);
if AChildCount >=0 then begin
AssertTrue(CurrentTestExprText+': Is container ', APart is TFpPascalExpressionPartContainer);
AssertEquals(CurrentTestExprText+': childcount ', AChildCount, (APart as TFpPascalExpressionPartContainer).Count);
end;
end;
procedure CreateExpr(t: string; ExpValid: Boolean);
begin
FreeAndNil(CurrentTestExprObj);
CurrentTestExprText := t;
CurrentTestExprObj := TTestFpPascalExpression.Create(CurrentTestExprText);
AssertEquals('Valid '+CurrentTestExprObj.Error+ ' # '+CurrentTestExprText, ExpValid, CurrentTestExprObj.Valid);
end;
function GetChild(p: TFpPascalExpressionPart; i: array of integer): TFpPascalExpressionPart;
var
j: Integer;
begin
Result := p;
for j := low(i) to high(i) do
Result := (Result as TFpPascalExpressionPartContainer).Items[i[j]];
end;
begin
CurrentTestExprObj := nil;
try
CreateExpr('a', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartIdentifer, 'a', 0);
CreateExpr('a b', False);
CreateExpr('@a', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartIdentifer, 'a', 0);
CreateExpr('a@', False);
CreateExpr('-a', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorUnaryPlusMinus, '-', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartIdentifer, 'a', 0);
CreateExpr('+-a', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorUnaryPlusMinus, '+', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartOperatorUnaryPlusMinus, '-', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
CreateExpr('a+b', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorPlusMinus, '+', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1]), TFpPascalExpressionPartIdentifer, 'b', 0);
CreateExpr('a+', False);
CreateExpr('a*', False);
CreateExpr('a+b-', False);
CreateExpr('a@+b', False);
CreateExpr('a+-b', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorPlusMinus, '+', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1]), TFpPascalExpressionPartOperatorUnaryPlusMinus, '-', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,0]), TFpPascalExpressionPartIdentifer, 'b', 0);
CreateExpr('+a + -@b - @+c', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorPlusMinus, '-', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartOperatorPlusMinus, '+', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartOperatorUnaryPlusMinus,'+', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1]), TFpPascalExpressionPartOperatorUnaryPlusMinus, '-', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1,0]), TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1,0,0]), TFpPascalExpressionPartIdentifer, 'b', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1]), TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,0]), TFpPascalExpressionPartOperatorUnaryPlusMinus, '+', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,0,0]), TFpPascalExpressionPartIdentifer, 'c', 0);
CreateExpr('a+b*c', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorPlusMinus, '+', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1]), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,0]), TFpPascalExpressionPartIdentifer, 'b', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,1]), TFpPascalExpressionPartIdentifer, 'c', 0);
CreateExpr('a*b+c', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorPlusMinus, '+', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1]), TFpPascalExpressionPartIdentifer, 'b', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1]), TFpPascalExpressionPartIdentifer, 'c', 0);
CreateExpr('a*b+c*d', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorPlusMinus, '+', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1]), TFpPascalExpressionPartIdentifer, 'b', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1]), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,0]), TFpPascalExpressionPartIdentifer, 'c', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,1]), TFpPascalExpressionPartIdentifer, 'd', 0);
CreateExpr('@a*@b+@c', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorPlusMinus, '+', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1]), TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1,0]), TFpPascalExpressionPartIdentifer, 'b', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1]), TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,0]), TFpPascalExpressionPartIdentifer, 'c', 0);
CreateExpr('@a*@b+@c*@d', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartOperatorPlusMinus, '+', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1]), TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1,0]), TFpPascalExpressionPartIdentifer, 'b', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1]), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,0]), TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,0,0]), TFpPascalExpressionPartIdentifer, 'c', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,1]), TFpPascalExpressionPartOperatorAddressOf, '@', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1,1,0]), TFpPascalExpressionPartIdentifer, 'd', 0);
CreateExpr('(a)', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartRoundBracket, '(', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartIdentifer, 'a', 0);
CreateExpr('a)', False);
CreateExpr('(a', False);
CreateExpr(')', False);
CreateExpr('(', False);
CreateExpr('(-a)', True);
TestExpr(CurrentTestExprObj.ExpressionPart, TFpPascalExpressionPartRoundBracket, '(', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartOperatorUnaryPlusMinus, '-', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
CreateExpr('-(-a)', True);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, []), TFpPascalExpressionPartOperatorUnaryPlusMinus, '-', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartRoundBracket, '(', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartOperatorUnaryPlusMinus, '-', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
CreateExpr('(a*b)', True);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, []), TFpPascalExpressionPartRoundBracket, '(', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1]), TFpPascalExpressionPartIdentifer, 'b', 0);
CreateExpr('(-a*b)', True);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, []), TFpPascalExpressionPartRoundBracket, '(', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartOperatorUnaryPlusMinus, '-', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,1]), TFpPascalExpressionPartIdentifer, 'b', 0);
CreateExpr('(a)*b', True);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, []), TFpPascalExpressionPartOperatorMulDiv, '*', 2);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0]), TFpPascalExpressionPartRoundBracket, '(', 1);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [0,0]), TFpPascalExpressionPartIdentifer, 'a', 0);
TestExpr(GetChild(CurrentTestExprObj.ExpressionPart, [1]), TFpPascalExpressionPartIdentifer, 'b', 0);
CreateExpr('(a+b)*c', True);
CreateExpr('(@a)*@c', True);
CreateExpr('(@a+@b)*@c', True);
finally
CurrentTestExprObj.Free;
end;
end;
initialization
RegisterTest(TTestPascalParser);
end.