lazarus/components/synedit/test/testhighlightpas.pas
2010-10-30 18:42:16 +00:00

745 lines
27 KiB
ObjectPascal

unit TestHighlightPas;
{$mode objfpc}{$H+}
interface
uses
Classes, SysUtils, testregistry, TestBase, Forms, LCLProc,
SynEdit, SynHighlighterPas, SynEditHighlighterFoldBase;
type
// used by Fold / MarkupWord
{ TTestBaseHighlighterPas }
TTestBaseHighlighterPas = class(TTestBase)
protected
PasHighLighter: TSynPasSyn;
procedure SetUp; override;
procedure TearDown; override;
procedure ReCreateEdit; reintroduce;
procedure EnableFolds(AEnbledTypes: TPascalCodeFoldBlockTypes;
AHideTypes: TPascalCodeFoldBlockTypes = [];
ANoFoldTypes: TPascalCodeFoldBlockTypes = []
);
procedure DebugFoldInfo(ALineIdx: Integer; AFilter: TSynFoldActions);
procedure DebugFoldInfo(AFilter: TSynFoldActions);
end;
{ TTestHighlighterPas }
TTestHighlighterPas = class(TTestBaseHighlighterPas)
protected
function TestTextFoldInfo1: TStringArray;
function TestTextFoldInfo2: TStringArray;
function TestTextFoldInfo3: TStringArray;
function TestTextFoldInfo4(AIfCol: Integer): TStringArray;
procedure CheckFoldOpenCounts(Name: String; Expected: Array of Integer);
procedure CheckFoldInfoCounts(Name: String; Filter: TSynFoldActions; Expected: Array of Integer);
procedure CheckTokensForLine(Name: String; LineIdx: Integer; ExpTokens: Array of TtkTokenKind);
published
procedure TestFoldInfo;
procedure TestExtendedKeywordsAndStrings;
procedure TestContextForProcModifiers;
procedure TestContextForProperties;
procedure TestContextForProcedure;
procedure TestContextForDeprecated;
procedure TestContextForClassModifier; // Sealed abstract
end;
implementation
{ TTestBaseHighlighterPas }
procedure TTestBaseHighlighterPas.SetUp;
begin
PasHighLighter := nil;
inherited SetUp;
end;
procedure TTestBaseHighlighterPas.TearDown;
begin
if Assigned(SynEdit) then
SynEdit.Highlighter := nil;
FreeAndNil(PasHighLighter);
inherited TearDown;
end;
procedure TTestBaseHighlighterPas.ReCreateEdit;
begin
if Assigned(SynEdit) then
SynEdit.Highlighter := nil;
FreeAndNil(PasHighLighter);
inherited ReCreateEdit;
PasHighLighter := TSynPasSyn.Create(nil);
SynEdit.Highlighter := PasHighLighter;
end;
procedure TTestBaseHighlighterPas.EnableFolds(AEnbledTypes: TPascalCodeFoldBlockTypes;
AHideTypes: TPascalCodeFoldBlockTypes; ANoFoldTypes: TPascalCodeFoldBlockTypes);
var
i: TPascalCodeFoldBlockType;
begin
for i := low(TPascalCodeFoldBlockType) to high(TPascalCodeFoldBlockType) do begin
PasHighLighter.FoldConfig[ord(i)].Enabled := i in AEnbledTypes;
if (i in ANoFoldTypes) then
PasHighLighter.FoldConfig[ord(i)].Modes := []
else
PasHighLighter.FoldConfig[ord(i)].Modes := [fmFold];
if i in AHideTypes then
PasHighLighter.FoldConfig[ord(i)].Modes := PasHighLighter.FoldConfig[ord(i)].Modes + [fmHide]
end;
end;
procedure TTestBaseHighlighterPas.DebugFoldInfo(ALineIdx: Integer; AFilter: TSynFoldActions);
function fa(x: TSynFoldActions): String;
const FoldActionName: Array[TSynFoldAction] of String =
('sfaOpen','sfaClose', 'sfaMarkup', 'sfaFold', 'sfaFoldFold', 'sfaFoldHide',
'sfaInvalid', 'sfaDefaultCollapsed', 'sfaOneLineOpen', 'sfaOneLineClose', 'sfaLastLineClose');
var i: TSynFoldAction;
begin
Result:='';
for i := low(TSynFoldAction) to high(TSynFoldAction) do
if i in x then
Result := Result + FoldActionName[i]+',';
end;
var
i, c: LongInt;
n: TSynFoldNodeInfo;
begin
c := PasHighLighter.FoldNodeInfoCount[ALineIdx, AFilter];
debugln(['### Foldinfo Line: ', ALineIdx,
' PasMinLvl=',PasHighLighter.MinimumPasFoldLevel(ALineIdx,1),
' EndLvl=',PasHighLighter.EndPasFoldLevel(ALineIdx,1),
//' Nestcnt=',PasHighLighter.FoldNestCount(ALineIdx,1),
' : ', copy(SynEdit.Lines[ALineIdx],1,40)]);
for i := 0 to c-1 do begin
n := PasHighLighter.FoldNodeInfo[ALineIdx, i, AFilter];
debugln([' # Ixx: ', i,
' LogXStart=', n.LogXStart,
' End=', n.LogXEnd,
' FoldLvlStart=', n.FoldLvlStart,
' End=', n.FoldLvlEnd,
' FoldType=', n.FoldType,
' FoldGroup=', n.FoldGroup,
' FoldAction=', fa(n.FoldAction)
]);
end;
end;
procedure TTestBaseHighlighterPas.DebugFoldInfo(AFilter: TSynFoldActions);
var
i: Integer;
begin
for i := 0 to SynEdit.Lines.Count - 1 do
DebugFoldInfo(i, AFilter);
end;
{ TTestHighlighterPas }
function TTestHighlighterPas.TestTextFoldInfo1: TStringArray;
begin
SetLength(Result, 13);
Result[0] := 'program Foo;';
Result[1] := 'procedure a;';
Result[2] := '{$IFDEF A}';
Result[3] := 'begin';
Result[4] := '{$ENDIF}';
Result[5] := ' {$IFDEF B} if a then begin {$ENDIF}';
Result[6] := ' writeln()';
Result[7] := ' end;';
Result[8] := 'end;';
Result[9] := 'begin';
Result[10]:= 'end.';
Result[11]:= '//';
Result[12]:= '';
end;
function TTestHighlighterPas.TestTextFoldInfo2: TStringArray;
begin
// mix folds and same-line-closing
SetLength(Result, 9);
Result[0] := 'program Foo;';
Result[1] := 'procedure a;';
Result[2] := '{$IFDEF A} begin {$IFDEF B} repeat a; {$ENDIF} until b; {$IFDEF c} try {$ELSE} //x';
Result[3] := ' //foo';
Result[4] := ' finally repeat x; {$ENDIF C} until y;';
Result[5] := ' repeat m; until n; end; {$ENDIF A} // end finally';
Result[6] := 'end';
Result[7] := 'begin end.';
Result[8] := '';
end;
function TTestHighlighterPas.TestTextFoldInfo3: TStringArray;
begin
SetLength(Result, 12);
Result[0] := 'Unit Foo;';
Result[1] := 'Interface';
Result[2] := 'type a=Integer;';
Result[3] := 'var';
Result[4] := ' b:Integer';
Result[5] := 'const';
Result[6] := ' c = 1;';
Result[7] := ' d = 2; {$IFDEF A}';
Result[8] := 'Implementation';
Result[9] := '//';
Result[10]:= 'end.';
Result[11]:= '';
end;
function TTestHighlighterPas.TestTextFoldInfo4(AIfCol: Integer): TStringArray;
begin
// various mixed of pascal and ifdef blocks => actually a test for pascal highlighter
SetLength(Result, 8);
Result[0] := 'program p;';
Result[1] := 'procedure A;';
case AIfCol of
0: Result[2] := '{$IFDEF} begin if a then begin';
1: Result[2] := 'begin {$IFDEF} if a then begin';
2: Result[2] := 'begin if a then begin {$IFDEF}';
end;
Result[3] := ' end; // 2';
Result[4] := 'end; // 1';
Result[5] := '{$ENDIF}';
Result[6] := '//';
Result[7] := ''; // program fold is open end
end;
procedure TTestHighlighterPas.CheckFoldOpenCounts(Name: String; Expected: array of Integer);
var
i: Integer;
begin
for i := 0 to high(Expected) do
AssertEquals(Name + 'OpenCount Line='+IntToStr(i), Expected[i], PasHighLighter.FoldOpenCount(i));
end;
procedure TTestHighlighterPas.CheckFoldInfoCounts(Name: String; Filter: TSynFoldActions;
Expected: array of Integer);
var
i: Integer;
begin
for i := 0 to high(Expected) do
AssertEquals(Name + 'InfoCount Line='+IntToStr(i), Expected[i], PasHighLighter.FoldNodeInfoCount[i, Filter]);
end;
procedure TTestHighlighterPas.CheckTokensForLine(Name: String; LineIdx: Integer;
ExpTokens: array of TtkTokenKind);
var
c: Integer;
begin
PasHighLighter.StartAtLineIndex(LineIdx);
c := 0;
while not PasHighLighter.GetEol do begin
//DebugLn([PasHighLighter.GetToken,' (',PasHighLighter.GetTokenID ,') at ', PasHighLighter.GetTokenPos]);
AssertEquals(Name + 'TokenId Line='+IntToStr(LineIdx)+' pos='+IntToStr(c), ord(ExpTokens[c]), ord(PasHighLighter.GetTokenID));
PasHighLighter.Next;
inc(c);
if c >= length(ExpTokens) then
break;
end;
AssertEquals(Name+ 'TokenId Line='+IntToStr(LineIdx)+' amount of tokens', length(ExpTokens), c );
end;
procedure TTestHighlighterPas.TestFoldInfo;
begin
ReCreateEdit;
// DebugFoldInfo([]);
{%region}
SetLines(TestTextFoldInfo1);
EnableFolds([cfbtBeginEnd..cfbtNone]);
PushBaseName('Text 1 all folds');
AssertEquals('Len Prog', 10, PasHighLighter.FoldLineLength(0,0));
AssertEquals('Len Proc', 7, PasHighLighter.FoldLineLength(1,0));
AssertEquals('Len IF A', 2, PasHighLighter.FoldLineLength(2,0));
AssertEquals('Len Begin', 5, PasHighLighter.FoldLineLength(3,0));
AssertEquals('Len if beg', 2, PasHighLighter.FoldLineLength(5,0));
AssertEquals('Len PrgBeg', 1, PasHighLighter.FoldLineLength(9,0));
AssertEquals('Len invalid', -1, PasHighLighter.FoldLineLength(4,0)); // endif
AssertEquals('Len // (no hide)', -1, PasHighLighter.FoldLineLength(11,0));
// Pg pc $I bg $E be w e e be e //
CheckFoldOpenCounts('', [1, 1, 1, 1, 0, 1, 0, 0, 0, 1, 0, 0]);
CheckFoldInfoCounts('', [sfaOpen, sfaFold],
[1, 1, 1, 1, 0, 1, 0, 0, 0, 1, 0, 0]);
EnableFolds([cfbtBeginEnd..cfbtNone], [cfbtSlashComment]);
AssertEquals('Len // (with hide)', 0, PasHighLighter.FoldLineLength(11,0));
// Pg pc $I bg $E be w e e be e //
CheckFoldOpenCounts('', [1, 1, 1, 1, 0, 1, 0, 0, 0, 1, 0, 0]); // TODO: does not include the //
CheckFoldInfoCounts('', [sfaOpen, sfaFold], // includes the //
[1, 1, 1, 1, 0, 1, 0, 0, 0, 1, 0, 1]);
CheckFoldInfoCounts('', [sfaOpen, sfaFold, sfaFoldFold],
[1, 1, 1, 1, 0, 1, 0, 0, 0, 1, 0, 0]);
CheckFoldInfoCounts('', [sfaOpen, sfaOneLineOpen, sfaFold, sfaFoldHide],
[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1]);
{%endregion}
{%region}
SetLines(TestTextFoldInfo2);
EnableFolds([cfbtBeginEnd..cfbtNone]-[cfbtRepeat], [cfbtSlashComment]);
PopPushBaseName('Text 2 all folds except repeat');
AssertEquals('Len Prog', 7, PasHighLighter.FoldLineLength(0,0));
AssertEquals('Len Proc', 5, PasHighLighter.FoldLineLength(1,0));
AssertEquals('Len IFDEF A', 3, PasHighLighter.FoldLineLength(2,0));
AssertEquals('Len Begin', 4, PasHighLighter.FoldLineLength(2,1));
AssertEquals('Len Try', 3, PasHighLighter.FoldLineLength(2,2));
AssertEquals('Len ELSE C', 2, PasHighLighter.FoldLineLength(2,3));
AssertEquals('Len //', 0, PasHighLighter.FoldLineLength(3,0));
AssertEquals('Finally', 1, PasHighLighter.FoldLineLength(4,0));
AssertEquals('Len invalid begin end', -1, PasHighLighter.FoldLineLength(7,0));
// Pg pc 4 // fi e e be-
CheckFoldOpenCounts('', [1, 1, 4, 0, 1, 0, 0, 0]);
CheckFoldInfoCounts('', [sfaOpen, sfaFold],
[1, 1, 4, 1, 1, 0, 0, 0]);
{%endregion}
{%region}
SetLines(TestTextFoldInfo3);
EnableFolds([cfbtBeginEnd..cfbtNone], [cfbtSlashComment]);
PushBaseName('Text 3 (end-last-line)');
AssertEquals('Len Unit', 10, PasHighLighter.FoldLineLength(0,0));
AssertEquals('Len Intf', 6, PasHighLighter.FoldLineLength(1,0));
AssertEquals('Len type(non)',-1, PasHighLighter.FoldLineLength(2,0));
AssertEquals('Len var', 1, PasHighLighter.FoldLineLength(3,0));
AssertEquals('Len const', 2, PasHighLighter.FoldLineLength(5,0));
AssertEquals('Len Impl', 1, PasHighLighter.FoldLineLength(8,0));
AssertEquals('Len //', 0, PasHighLighter.FoldLineLength(9,0));
// Un If ty va - co - $ Im // e
CheckFoldOpenCounts('', [1, 1, 0, 1, 0, 1, 0, 1, 1, 0, 0]);
CheckFoldInfoCounts('', [sfaOpen, sfaFold],
[1, 1, 0, 1, 0, 1, 0, 1, 1, 1, 0]);
CheckFoldInfoCounts('', [sfaClose, sfaFold, sfaLastLineClose],
[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1]);
CheckFoldInfoCounts('', [sfaLastLineClose],
[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1]);
{%endregion}
{%region}
SetLines(TestTextFoldInfo4(0));
EnableFolds([cfbtBeginEnd..cfbtNone], [cfbtSlashComment]);
PushBaseName('Text 4 (mixed group) 0');
AssertEquals('Len Prog', 6, PasHighLighter.FoldLineLength(0,0));
AssertEquals('Len Proc', 3, PasHighLighter.FoldLineLength(1,0));
AssertEquals('Len IF', 3, PasHighLighter.FoldLineLength(2,0));
AssertEquals('Len beg 1', 2, PasHighLighter.FoldLineLength(2,1));
AssertEquals('Len beg 2', 1, PasHighLighter.FoldLineLength(2,2));
AssertEquals('Len //', 0, PasHighLighter.FoldLineLength(6,0));
// Pg Pc 3 e e $e //
CheckFoldOpenCounts('', [1, 1, 3, 0, 0, 0, 0]);
CheckFoldInfoCounts('', [sfaOpen, sfaFold],
[1, 1, 3, 0, 0, 0, 1]);
CheckFoldInfoCounts('', [sfaClose, sfaFold, sfaLastLineClose],
[0, 0, 0, 0, 0, 0, 2]);
CheckFoldInfoCounts('', [sfaLastLineClose],
[0, 0, 0, 0, 0, 0, 2]);
SetLines(TestTextFoldInfo4(1));
EnableFolds([cfbtBeginEnd..cfbtNone], [cfbtSlashComment]);
PushBaseName('Text 4 (mixed group) 1');
AssertEquals('Len Prog', 6, PasHighLighter.FoldLineLength(0,0));
AssertEquals('Len Proc', 3, PasHighLighter.FoldLineLength(1,0));
AssertEquals('Len IF', 3, PasHighLighter.FoldLineLength(2,1));
AssertEquals('Len beg 1', 2, PasHighLighter.FoldLineLength(2,0));
AssertEquals('Len beg 2', 1, PasHighLighter.FoldLineLength(2,2));
AssertEquals('Len //', 0, PasHighLighter.FoldLineLength(6,0));
// Pg Pc 3 e e $e //
CheckFoldOpenCounts('', [1, 1, 3, 0, 0, 0, 0]);
CheckFoldInfoCounts('', [sfaOpen, sfaFold],
[1, 1, 3, 0, 0, 0, 1]);
SetLines(TestTextFoldInfo4(2));
EnableFolds([cfbtBeginEnd..cfbtNone], [cfbtSlashComment]);
PushBaseName('Text 4 (mixed group) 1');
AssertEquals('Len Prog', 6, PasHighLighter.FoldLineLength(0,0));
AssertEquals('Len Proc', 3, PasHighLighter.FoldLineLength(1,0));
AssertEquals('Len IF', 3, PasHighLighter.FoldLineLength(2,2));
AssertEquals('Len beg 1', 2, PasHighLighter.FoldLineLength(2,0));
AssertEquals('Len beg 2', 1, PasHighLighter.FoldLineLength(2,1));
AssertEquals('Len //', 0, PasHighLighter.FoldLineLength(6,0));
// Pg Pc 3 e e $e //
CheckFoldOpenCounts('', [1, 1, 3, 0, 0, 0, 0]);
CheckFoldInfoCounts('', [sfaOpen, sfaFold],
[1, 1, 3, 0, 0, 0, 1]);
{%endregion}
end;
procedure TTestHighlighterPas.TestExtendedKeywordsAndStrings;
begin
ReCreateEdit;
SetLines
([ 'Program A;',
'var',
' Foo1: String',
' Foo2: AnsiString',
' Foo3: WideString',
' Foo4: Integer',
'',
'Procedure b;',
'begin',
' while Foo1 <> '''' do',
' continue;',
' exit;',
'end',
'',
'begin',
'end',
''
]);
PushBaseName('spsmDefault');
PasHighLighter.StringKeywordMode := spsmDefault;
CheckTokensForLine('String', 2, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkKey ]);
CheckTokensForLine('ansi', 3, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkKey ]);
CheckTokensForLine('wide', 4, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkKey ]);
CheckTokensForLine('int', 5, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier ]); // selftest
PopPushBaseName('spsmStringOnly');
PasHighLighter.StringKeywordMode := spsmStringOnly;
CheckTokensForLine('String', 2, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkKey ]);
CheckTokensForLine('ansi', 3, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier ]);
CheckTokensForLine('wide', 4, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier ]);
CheckTokensForLine('int', 5, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier ]); // selftest
PopPushBaseName('spsmNone');
PasHighLighter.StringKeywordMode := spsmNone;
CheckTokensForLine('String', 2, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier ]);
CheckTokensForLine('ansi', 3, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier ]);
CheckTokensForLine('wide', 4, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier ]);
CheckTokensForLine('int', 5, [tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier ]); // selftest
PopPushBaseName('False');
PasHighLighter.ExtendedKeywordsMode := False;
CheckTokensForLine('wide', 10, [tkSpace, tkIdentifier, tkSymbol ]);
CheckTokensForLine('wide', 11, [tkSpace, tkIdentifier, tkSymbol ]);
PopPushBaseName('True');
PasHighLighter.ExtendedKeywordsMode := True;
CheckTokensForLine('wide', 10, [tkSpace, tkKey, tkSymbol ]);
CheckTokensForLine('wide', 11, [tkSpace, tkKey, tkSymbol ]);
end;
procedure TTestHighlighterPas.TestContextForProcModifiers;
begin
{%region message modifier for procedure}
ReCreateEdit;
SetLines
([ 'Unit A; interface',
'',
'Procedure message(message: message); message 100;',
''
]);
CheckTokensForLine('message', 2,
[ tkKey, tkSpace, tkIdentifier, tkSymbol, // "Procedure", " ", "message", "("
tkIdentifier, tkSymbol, tkSpace, tkIdentifier, // "message",, ":", " ", "message"
tkSymbol, tkSymbol, tkSpace, // ")", ";", " "
tkKey, // "message" as key
tkSpace, tkNumber, tkSymbol
]);
{%endregion}
end;
procedure TTestHighlighterPas.TestContextForProperties;
begin
{%region property and index}
ReCreateEdit;
SetLines
([ 'Unit A; interface',
'type TFoo = class',
'property Index[Index: Integer]: Integer read GetIndex write SetIndex Index 3;',
''
]);
CheckTokensForLine('property with index', 2,
[ tkKey, tkSpace, tkIdentifier, tkSymbol, // "property", " ", "Index", "["
tkIdentifier, tkSymbol, tkSpace, tkIdentifier, // "Index",, ":", " ", "Integer"
tkSymbol, tkSymbol, tkSpace, tkIdentifier, // "]", ":", " ", "Integer"
tkSpace, tkKey, tkSpace, tkIdentifier, // " ", 'read', " ", "GetIndex"
tkSpace, tkKey, tkSpace, tkIdentifier, // " ", 'write', " ", "SetIndex"
tkSpace, tkKey, tkSpace, tkNumber, // '" ", "INDEX" (key), " ", "3"
tkSymbol
]);
SetLines
([ 'Unit A; interface',
'type TFoo = class',
'property AnIndex[Index: Index]: Index read Index write Index Index 3;',
''
]);
CheckTokensForLine('property with index 2', 2,
[ tkKey, tkSpace, tkIdentifier, tkSymbol, // "property", " ", "AnIndex", "["
tkIdentifier, tkSymbol, tkSpace, tkIdentifier, // "Index",, ":", " ", "Index"
tkSymbol, tkSymbol, tkSpace, tkIdentifier, // "]", ":", " ", "Index"
tkSpace, tkKey, tkSpace, tkIdentifier, // " ", 'read', " ", "Index"
tkSpace, tkKey, tkSpace, tkIdentifier, // " ", 'write', " ", "Index"
tkSpace, tkKey, tkSpace, tkNumber, // '" ", "INDEX" (key), " ", "3"
tkSymbol
]);
SetLines
([ 'Unit A; interface',
'type',
'Index = Integer;',
'Foo = Index;',
'',
'var',
'Foo, Index: Index;',
'Index: Index;',
''
]);
CheckTokensForLine('index outside property', 2,
[tkIdentifier, tkSpace, tkSymbol, tkSpace, tkIdentifier, tkSymbol]);
CheckTokensForLine('index outside property', 3,
[tkIdentifier, tkSpace, tkSymbol, tkSpace, tkIdentifier, tkSymbol]);
CheckTokensForLine('index outside property', 6,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSymbol]);
CheckTokensForLine('index outside property', 7,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSymbol]);
{%endregion}
{%region property and read/write}
ReCreateEdit;
SetLines
([ 'Unit A; interface',
'type TFoo = class',
'property read[read: read]: read read read write read;',
''
]);
CheckTokensForLine('property "read"', 2,
[ tkKey, tkSpace, tkIdentifier, tkSymbol, // "property", " ", "read", "["
tkIdentifier, tkSymbol, tkSpace, tkIdentifier, // "read",, ":", " ", "read"
tkSymbol, tkSymbol, tkSpace, tkIdentifier, // "]", ":", " ", "read"
tkSpace, tkKey, tkSpace, tkIdentifier, // " ", 'READ', " ", "read"
tkSpace, tkKey, tkSpace, tkIdentifier, // " ", 'write', " ", "read"
tkSymbol
]);
ReCreateEdit;
SetLines
([ 'Unit A; interface',
'type TFoo = class',
'property write[write: write]: write read write write write;',
''
]);
CheckTokensForLine('property "write"', 2,
[ tkKey, tkSpace, tkIdentifier, tkSymbol, // "property", " ", "write", "["
tkIdentifier, tkSymbol, tkSpace, tkIdentifier, // "write",, ":", " ", "write"
tkSymbol, tkSymbol, tkSpace, tkIdentifier, // "]", ":", " ", "write"
tkSpace, tkKey, tkSpace, tkIdentifier, // " ", 'read', " ", "write"
tkSpace, tkKey, tkSpace, tkIdentifier, // " ", 'write', " ", "write"
tkSymbol
]);
{%endregion}
end;
procedure TTestHighlighterPas.TestContextForProcedure;
begin
ReCreateEdit;
SetLines
([ 'Unit A;',
'interface',
'',
'var',
' Foo: Procedure of object;', // no folding // do not end var block
'',
'type',
' TBar: ',
' Function(): Boolean;', // no folding // do not end type block
'',
'Procedure a;', // no folding in interface
'',
'implementation',
'',
'var',
' Foo2: Procedure of object;', // no folding // do not end var block
'',
'type',
' TBar2: ',
' Function(): Boolean;', // no folding // do not end type block
'',
'Procedure a;', // fold
'var',
' Foo3: Procedure of object;', // no folding // do not end var block
'',
'begin end;',
'',
'end.',
''
]);
EnableFolds([cfbtBeginEnd..cfbtNone]);
CheckFoldOpenCounts('', [ 1, 1, 0, 1 {var}, 0, 0, 1 {type}, 0, 0, 0, 0 {Proc}, 0,
1 {impl}, 0, 1 {var}, 0, 0, 1 {type}, 0, 0, 0,
1 {proc}, 1 {var}, 0, 0, 0, 0, 0
]);
AssertEquals('Len var 1 ', 2, PasHighLighter.FoldLineLength(3, 0));
AssertEquals('Len type 1 ', 3, PasHighLighter.FoldLineLength(6, 0));
AssertEquals('Len var 2 ', 2, PasHighLighter.FoldLineLength(14, 0));
AssertEquals('Len type 2 ', 3, PasHighLighter.FoldLineLength(17, 0));
AssertEquals('Len var 3 ', 2, PasHighLighter.FoldLineLength(22, 0));
end;
procedure TTestHighlighterPas.TestContextForDeprecated;
procedure SubTest(s: String);
begin
PushBaseName('test for '+s);
ReCreateEdit;
SetLines
([ 'Unit A; interface',
'var',
s+': '+s+' '+s+';', // nameDEPRECATED: typeDEPRECATED deprecated;
'foo, '+s+', bar: Integer '+s+';',
'type',
s+' = '+s+' '+s+';', // nameDEPRECATED = typeDEPRECATED deprecated;
'procedure '+s+'('+s+': '+s+'); '+s+';',
''
]);
CheckTokensForLine('var', 2,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSpace, tkKey {the one and only}, tkSymbol]);
CheckTokensForLine('multi var', 3,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSymbol, tkSpace,tkIdentifier, tkSymbol, // ... ":"
tkSpace, tkIdentifier, tkSpace, tkKey {the one and only}, tkSymbol]);
CheckTokensForLine('type', 5,
[tkIdentifier, tkSpace, tkSymbol, tkSpace, tkIdentifier, tkSpace, tkKey {the one and only}, tkSymbol]);
CheckTokensForLine('procedure', 6,
[tkKey, tkSpace, tkIdentifier, tkSymbol { ( }, tkIdentifier, tkSymbol { : },
tkSpace, tkIdentifier, tkSymbol { ) }, tkSymbol, tkSpace, tkKey {the one and only}, tkSymbol
]);
SetLines
([ 'Unit A; interface',
'type',
'TFoo=class',
s+': '+s+' '+s+';', // nameDEPRECATED: typeDEPRECATED deprecated;
'foo, '+s+', bar: Integer '+s+';',
'procedure '+s+'('+s+': '+s+'); '+s+';',
'private',
s+': '+s+' '+s+';', // nameDEPRECATED: typeDEPRECATED deprecated;
'foo, '+s+', bar: Integer '+s+';',
'property '+s+': '+s+' read '+s+'; '+s+';',
'procedure '+s+'('+s+': '+s+'); '+s+';',
'end',
''
]);
CheckTokensForLine('member in class', 3,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSpace, tkKey {the one and only}, tkSymbol]);
CheckTokensForLine('multi member in class', 4,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSymbol, tkSpace,tkIdentifier, tkSymbol, // ... ":"
tkSpace, tkIdentifier, tkSpace, tkKey {the one and only}, tkSymbol]);
CheckTokensForLine('procedure in class', 5,
[tkKey, tkSpace, tkIdentifier, tkSymbol { ( }, tkIdentifier, tkSymbol { : },
tkSpace, tkIdentifier, tkSymbol { ) }, tkSymbol, tkSpace, tkKey {the one and only}, tkSymbol
]);
CheckTokensForLine('member in class-sect', 7,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSpace, tkKey {the one and only}, tkSymbol]);
CheckTokensForLine('multi member in class-sect', 8,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSymbol, tkSpace,tkIdentifier, tkSymbol, // ... ":"
tkSpace, tkIdentifier, tkSpace, tkKey {the one and only}, tkSymbol]);
CheckTokensForLine('property in class-sect', 9,
[tkKey, tkSpace, tkIdentifier, tkSymbol { : }, tkSpace, tkIdentifier, tkSpace,
tkKey { read }, tkSpace, tkIdentifier, tkSymbol { ; }, tkSpace, tkKey {the one and only}, tkSymbol
]);
CheckTokensForLine('procedure in class-sect', 10,
[tkKey, tkSpace, tkIdentifier, tkSymbol { ( }, tkIdentifier, tkSymbol { : },
tkSpace, tkIdentifier, tkSymbol { ) }, tkSymbol, tkSpace, tkKey {the one and only}, tkSymbol
]);
SetLines
([ 'Program a',
'procedure '+s+'('+s+': '+s+');',
'var',
s+': '+s+' '+s+';', // nameDEPRECATED: typeDEPRECATED deprecated;
'foo, '+s+', bar: Integer '+s+';',
'begin end;',
''
]);
CheckTokensForLine('procedure in implement', 1,
[tkKey, tkSpace, tkIdentifier, tkSymbol { ( }, tkIdentifier, tkSymbol { : },
tkSpace, tkIdentifier, tkSymbol { ) }, tkSymbol
]);
CheckTokensForLine('var in procedure', 3,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSpace, tkKey {the one and only}, tkSymbol]);
CheckTokensForLine('multi var in procedure', 4,
[tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSymbol, tkSpace,tkIdentifier, tkSymbol, // ... ":"
tkSpace, tkIdentifier, tkSpace, tkKey {the one and only}, tkSymbol]);
PopBaseName;
end;
begin
SubTest('deprecated');
SubTest('unimplemented');
SubTest('experimental');
SubTest('platform');
end;
procedure TTestHighlighterPas.TestContextForClassModifier;
begin
ReCreateEdit;
SetLines
([ 'Unit A; interface',
'type',
'TFoo = class sealed abstract',
'a, sealed, abstract: Integer;',
'procedure Foo; abstract;',
'end;',
''
]);
CheckTokensForLine('class declaration"', 2,
[ tkIdentifier, tkSpace, tkSymbol, tkSpace,
tkKey {class}, tkSpace,
tkKey {sealed}, tkSpace,
tkKey {abstract}
]);
CheckTokensForLine('var in class "', 3,
[ tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSymbol, tkSpace, tkIdentifier, tkSymbol,
tkSpace, tkIdentifier, tkSymbol
]);
CheckTokensForLine('procedure in class "', 4,
[ tkKey, tkSpace, tkIdentifier, tkSymbol, tkSpace, tkKey, tkSymbol ]);
end;
initialization
RegisterTest(TTestHighlighterPas);
end.