Transpile procedures and statements

source/Lexer.elna

@@ -215,7 +215,8 @@ BEGIN
     INC(TokenStart);
     INC(Index)
   END;
-  RETURN (Index = Length(Keyword)) AND (TokenStart = TokenEnd) AND Result
+  Result := (Index = Length(Keyword)) AND (TokenStart = TokenEnd) AND Result;
+  RETURN Result
 END CompareKeyword;
 
 (* Reached the end of file. *)
@@ -236,15 +237,20 @@ PROCEDURE TransitionActionFinalize(ALexer: PLexer; AToken: PLexerToken);
 BEGIN
   IF ALexer^.Start^ = ':' THEN
     AToken^.Kind := lexerKindColon
-  ELSIF ALexer^.Start^ = '>' THEN
+  END;
+  IF ALexer^.Start^ = '>' THEN
     AToken^.Kind := lexerKindGreaterThan
-  ELSIF ALexer^.Start^ = '<' THEN
+  END;
+  IF ALexer^.Start^ = '<' THEN
     AToken^.Kind := lexerKindLessThan
-  ELSIF ALexer^.Start^ = '(' THEN
+  END;
+  IF ALexer^.Start^ = '(' THEN
     AToken^.Kind := lexerKindLeftParen
-  ELSIF ALexer^.Start^ = '-' THEN
+  END;
+  IF ALexer^.Start^ = '-' THEN
     AToken^.Kind := lexerKindLeftParen
-  ELSIF ALexer^.Start^ = '.' THEN
+  END;
+  IF ALexer^.Start^ = '.' THEN
     AToken^.Kind := lexerKindDot
   END
 END TransitionActionFinalize;
@@ -255,14 +261,18 @@ BEGIN
   IF ALexer^.Start^ = '<' THEN
     IF ALexer^.Current^ = '>' THEN
       AToken^.Kind := lexerKindNotEqual
-    ELSIF ALexer^.Current^ = '=' THEN
+    END;
+    IF ALexer^.Current^ = '=' THEN
       AToken^.Kind := lexerKindLessEqual
     END
-  ELSIF (ALexer^.Start^ = '>') AND (ALexer^.Current^ = '=') THEN
+  END;
+  IF (ALexer^.Start^ = '>') AND (ALexer^.Current^ = '=') THEN
     AToken^.Kind := lexerKindGreaterEqual
-  ELSIF (ALexer^.Start^ = '.') AND (ALexer^.Current^ = '.') THEN
+  END;
+  IF (ALexer^.Start^ = '.') AND (ALexer^.Current^ = '.') THEN
     AToken^.Kind := lexerKindRange
-  ELSIF (ALexer^.Start^ = ':') AND (ALexer^.Current^ = '=') THEN
+  END;
+  IF (ALexer^.Start^ = ':') AND (ALexer^.Current^ = '=') THEN
     AToken^.Kind := lexerKindAssignment
   END;
   INC(ALexer^.Current)
@@ -275,14 +285,16 @@ BEGIN
   INC(ALexer^.Start)
 END TransitionActionSkip;
 
-(* 0x04. Delimited string action. *)
+(* Delimited string action. *)
 PROCEDURE TransitionActionDelimited(ALexer: PLexer; AToken: PLexerToken);
 BEGIN
   IF ALexer^.Start^ = '(' THEN
     AToken^.Kind := lexerKindComment
-  ELSIF ALexer^.Start^ = '"' THEN
+  END;
+  IF ALexer^.Start^ = '"' THEN
     AToken^.Kind := lexerKindCharacter
-  ELSIF ALexer^.Start^ = "'" THEN
+  END;
+  IF ALexer^.Start^ = "'" THEN
     AToken^.Kind := lexerKindString
   END;
   INC(ALexer^.Current)
@@ -291,93 +303,150 @@ END TransitionActionDelimited;
 (* Finalize keyword or identifier. *)
 PROCEDURE TransitionActionKeyId(ALexer: PLexer; AToken: PLexerToken);
 BEGIN
+  AToken^.Kind := lexerKindIdentifier;
+
   IF CompareKeyword('PROGRAM', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindProgram
-  ELSIF CompareKeyword('IMPORT', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('IMPORT', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindImport
-  ELSIF CompareKeyword('CONST', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('CONST', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindConst
-  ELSIF CompareKeyword('VAR', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('VAR', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindVar
-  ELSIF CompareKeyword('IF', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('IF', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindIf
-  ELSIF CompareKeyword('THEN', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('THEN', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindThen
-  ELSIF CompareKeyword('ELSIF', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('ELSIF', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindElsif
-  ELSIF CompareKeyword('ELSE', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('ELSE', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindElse
-  ELSIF CompareKeyword('WHILE', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('WHILE', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindWhile
-  ELSIF CompareKeyword('DO', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('DO', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindDo
-  ELSIF CompareKeyword('PROCEDURE', ALexer^.Start, ALexer^.Current) OR CompareKeyword('proc', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('proc', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindProc
-  ELSIF CompareKeyword('BEGIN', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('BEGIN', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindBegin
-  ELSIF CompareKeyword('END', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('END', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindEnd
-  ELSIF CompareKeyword('TYPE', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('TYPE', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindType
-  ELSIF CompareKeyword('RECORD', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('RECORD', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindRecord
-  ELSIF CompareKeyword('UNION', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('UNION', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindUnion
-  ELSIF CompareKeyword('NIL', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('NIL', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindNull
-  ELSIF CompareKeyword('AND', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('AND', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindAnd
-  ELSIF CompareKeyword('OR', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('OR', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindOr
-  ELSIF CompareKeyword('RETURN', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('RETURN', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindReturn
-  ELSIF CompareKeyword('DEFINITION', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('DEFINITION', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindDefinition
-  ELSIF CompareKeyword('TO', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('TO', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindTo
-  ELSIF CompareKeyword('CASE', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('CASE', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindCase
-  ELSIF CompareKeyword('OF', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('OF', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindOf
-  ELSIF CompareKeyword('FROM', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('FROM', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindFrom
-  ELSIF CompareKeyword('MODULE', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('MODULE', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindModule
-  ELSIF CompareKeyword('IMPLEMENTATION', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('IMPLEMENTATION', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindImplementation
-  ELSIF CompareKeyword('POINTER', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('POINTER', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindPointer
-  ELSIF CompareKeyword('ARRAY', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('ARRAY', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindArray
-  ELSIF CompareKeyword('TRUE', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('TRUE', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindBoolean;
     AToken^.booleanKind := TRUE
-  ELSIF CompareKeyword('FALSE', ALexer^.Start, ALexer^.Current) THEN
+  END;
+  IF CompareKeyword('FALSE', ALexer^.Start, ALexer^.Current) THEN
     AToken^.Kind := lexerKindBoolean;
     AToken^.booleanKind := FALSE
-  ELSE
+  END
-    AToken^.Kind := lexerKindIdentifier
-  END;
 END TransitionActionKeyId;
 
 (* Action for tokens containing only one character. The character cannot be
  * followed by other characters forming a composite token. *)
 PROCEDURE TransitionActionSingle(ALexer: PLexer; AToken: PLexerToken);
 BEGIN
-  CASE ALexer^.Current^ OF
+  IF ALexer^.Current^ = '&' THEN
-    '&': AToken^.Kind := lexerKindAnd |
+    AToken^.Kind := lexerKindAnd
-    ';': AToken^.Kind := lexerKindSemicolon |
+  END;
-    ',': AToken^.Kind := lexerKindComma |
+  IF ALexer^.Current^ = ';' THEN
-    ')': AToken^.Kind := lexerKindRightParen |
+    AToken^.Kind := lexerKindSemicolon
-    '[': AToken^.Kind := lexerKindLeftSquare |
+  END;
-    ']': AToken^.Kind := lexerKindRightSquare |
+  IF ALexer^.Current^ = ',' THEN
-    '^': AToken^.Kind := lexerKindHat |
+    AToken^.Kind := lexerKindComma
-    '=': AToken^.Kind := lexerKindEqual |
+  END;
-    '+': AToken^.Kind := lexerKindPlus |
+  IF ALexer^.Current^ = ',' THEN
-    '/': AToken^.Kind := lexerKindDivision |
+    AToken^.Kind := lexerKindComma
-    '%': AToken^.Kind := lexerKindRemainder |
+  END;
-    '@': AToken^.Kind := lexerKindAt |
+  IF ALexer^.Current^ = ')' THEN
-    '|': AToken^.Kind := lexerKindPipe
+    AToken^.Kind := lexerKindRightParen
+  END;
+  IF ALexer^.Current^ = '[' THEN
+    AToken^.Kind := lexerKindLeftSquare
+  END;
+  IF ALexer^.Current^ = ']' THEN
+    AToken^.Kind := lexerKindRightSquare
+  END;
+  IF ALexer^.Current^ = '^' THEN
+    AToken^.Kind := lexerKindHat
+  END;
+  IF ALexer^.Current^ = '=' THEN
+    AToken^.Kind := lexerKindEqual
+  END;
+  IF ALexer^.Current^ = '+' THEN
+    AToken^.Kind := lexerKindPlus
+  END;
+  IF ALexer^.Current^ = '/' THEN
+    AToken^.Kind := lexerKindDivision
+  END;
+  IF ALexer^.Current^ = '%' THEN
+    AToken^.Kind := lexerKindRemainder
+  END;
+  IF ALexer^.Current^ = '@' THEN
+    AToken^.Kind := lexerKindAt
+  END;
+  IF ALexer^.Current^ = '|' THEN
+    AToken^.Kind := lexerKindPipe
   END;
   INC(ALexer^.Current)
 END TransitionActionSingle;
@@ -389,7 +458,8 @@ BEGIN
 END TransitionActionInteger;
 
 PROCEDURE SetDefaultTransition(CurrentState: TransitionState; DefaultAction: TransitionAction; NextState: TransitionState);
-VAR DefaultTransition: Transition;
+VAR
+  DefaultTransition: Transition;
 BEGIN
   DefaultTransition.Action := DefaultAction;
   DefaultTransition.NextState := NextState;
@@ -415,7 +485,7 @@ BEGIN
   Transitions[ORD(CurrentState)][ORD(transitionClassDoubleQuote)] := DefaultTransition;
   Transitions[ORD(CurrentState)][ORD(transitionClassGreater)] := DefaultTransition;
   Transitions[ORD(CurrentState)][ORD(transitionClassLess)] := DefaultTransition;
-  Transitions[ORD(CurrentState)][ORD(transitionClassOther)] := DefaultTransition;
+  Transitions[ORD(CurrentState)][ORD(transitionClassOther)] := DefaultTransition
 END SetDefaultTransition;
 
 (*
@@ -705,6 +775,8 @@ BEGIN
 END LexerCurrent;
 
 PROCEDURE LexerLex(ALexer: PLexer): LexerToken;
+VAR
+  Result: LexerToken;
 BEGIN
   IF ALexer^.Length = 0 THEN
     ALexer^.Length := ReadNBytes(ALexer^.Input, ChunkSize, ALexer^.Buffer);
@@ -712,7 +784,8 @@ BEGIN
   END;
   ALexer^.Start := ALexer^.Current;
 
-  RETURN LexerCurrent(ALexer)
+  Result := LexerCurrent(ALexer);
+  RETURN Result
 END LexerLex;
 
 PROCEDURE LexerDestroy(ALexer: PLexer);

source/Transpiler.elna

@@ -92,13 +92,15 @@ BEGIN
   WriteSemicolon()
 END TranspileConstant;
 
-PROCEDURE TranspileConstantPart(AContext: PTranspilerContext; ALexer: PLexer);
+PROCEDURE TranspileConstantPart(AContext: PTranspilerContext; ALexer: PLexer): BOOLEAN;
 VAR
   Token: LexerToken;
+  Result: BOOLEAN;
 BEGIN
   Token := LexerCurrent(ALexer);
+  Result := Token.Kind = lexerKindConst;
 
-  IF Token.Kind = lexerKindConst THEN
+  IF Result THEN
     WriteString('CONST');
     WriteLn();
     Token := TranspilerLex(ALexer);
@@ -106,9 +108,9 @@ BEGIN
     WHILE Token.Kind = lexerKindIdentifier DO
       TranspileConstant(AContext, ALexer);
       Token := TranspilerLex(ALexer)
-    END;
+    END
-    WriteLn()
+  END;
-  END
+  RETURN Result
 END TranspileConstantPart;
 
 PROCEDURE TranspileModule(AContext: PTranspilerContext; ALexer: PLexer);
@@ -120,8 +122,9 @@ BEGIN
 
   IF Token.Kind = lexerKindDefinition THEN
     WriteString('DEFINITION ');
-    Token := TranspilerLex(ALexer);
+    Token := TranspilerLex(ALexer)
-  ELSIF Token.Kind = lexerKindImplementation THEN
+  END;
+  IF Token.Kind = lexerKindImplementation THEN
     WriteString('IMPLEMENTATION ');
     Token := TranspilerLex(ALexer)
   END;
@@ -138,9 +141,13 @@ BEGIN
   (* Write the module body. *)
   Token := TranspilerLex(ALexer);
   TranspileImportPart(AContext, ALexer);
-  TranspileConstantPart(AContext, ALexer);
+  IF TranspileConstantPart(AContext, ALexer) THEN
+    WriteLn()
+  END;
   TranspileTypePart(AContext, ALexer);
-  TranspileVariablePart(AContext, ALexer);
+  IF TranspileVariablePart(AContext, ALexer) THEN
+    WriteLn()
+  END;
   TranspileProcedurePart(AContext, ALexer);
 
   Token := LexerCurrent(ALexer);
@@ -169,10 +176,9 @@ BEGIN
 
     IF Token.Kind = lexerKindSemicolon THEN
       Token := TranspilerLex(ALexer);
-      WriteSemicolon()
+      Write(';')
-    ELSE
+    END;
-      WriteLn()
+    WriteLn()
-    END
   END
 END TranspileTypeFields;
 
@@ -285,15 +291,20 @@ BEGIN
   Token := TranspilerLex(ALexer);
   IF Token.Kind = lexerKindRecord THEN
     TranspileRecordType(AContext, ALexer)
-  ELSIF Token.Kind = lexerKindLeftParen THEN
+  END;
+  IF Token.Kind = lexerKindLeftParen THEN
     TranspileEnumerationType(AContext, ALexer)
-  ELSIF Token.Kind = lexerKindArray THEN
+  END;
+  IF Token.Kind = lexerKindArray THEN
     TranspileArrayType(AContext, ALexer)
-  ELSIF (Token.Kind = lexerKindPointer) OR (Token.Kind = lexerKindHat) THEN
+  END;
+  IF (Token.Kind = lexerKindPointer) OR (Token.Kind = lexerKindHat) THEN
     TranspilePointerType(AContext, ALexer)
-  ELSIF Token.Kind = lexerKindProc THEN
+  END;
+  IF Token.Kind = lexerKindProc THEN
     TranspileProcedureType(AContext, ALexer)
-  ELSE
+  END;
+  IF Token.Kind = lexerKindIdentifier THEN
     WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start)
   END
 END TranspileTypeExpression;
@@ -349,13 +360,15 @@ BEGIN
   WriteSemicolon()
 END TranspileVariableDeclaration;
 
-PROCEDURE TranspileVariablePart(AContext: PTranspilerContext; ALexer: PLexer);
+PROCEDURE TranspileVariablePart(AContext: PTranspilerContext; ALexer: PLexer): BOOLEAN;
 VAR
   Token: LexerToken;
+  Result: BOOLEAN;
 BEGIN
   Token := LexerCurrent(ALexer);
+  Result := Token.Kind = lexerKindVar;
 
-  IF Token.Kind = lexerKindVar THEN
+  IF Result THEN
     WriteString('VAR');
     WriteLn();
     Token := TranspilerLex(ALexer);
@@ -363,12 +376,12 @@ BEGIN
     WHILE Token.Kind = lexerKindIdentifier DO
       TranspileVariableDeclaration(AContext, ALexer);
       Token := TranspilerLex(ALexer)
-    END;
+    END
-    WriteLn()
+  END;
-  END
+  RETURN Result
 END TranspileVariablePart;
 
-PROCEDURE TranspileProcedureDeclaration(AContext: PTranspilerContext; ALexer: PLexer);
+PROCEDURE TranspileProcedureHeading(AContext: PTranspilerContext; ALexer: PLexer);
 VAR
   Token: LexerToken;
   WrittenBytes: CARDINAL;
@@ -388,8 +401,7 @@ BEGIN
     Token := TranspilerLex(ALexer);
     WriteString(': ');
 
-    Token := TranspilerLex(ALexer);
+    TranspileTypeExpression(AContext, ALexer);
-    WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
 
     Token := TranspilerLex(ALexer);
     IF Token.Kind = lexerKindSemicolon THEN
@@ -409,6 +421,188 @@ BEGIN
   END;
   Token := TranspilerLex(ALexer);
   WriteSemicolon()
+END TranspileProcedureHeading;
+
+PROCEDURE TranspileIfStatement(AContext: PTranspilerContext; ALexer: PLexer);
+VAR
+  Token: LexerToken;
+  WrittenBytes: CARDINAL;
+BEGIN
+  WriteString('  IF ');
+  Token := TranspilerLex(ALexer);
+
+  WHILE Token.Kind <> lexerKindThen DO
+    WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
+    Write(' ');
+    Token := TranspilerLex(ALexer)
+  END;
+  WriteString('THEN');
+  WriteLn();
+  TranspileStatements(AContext, ALexer);
+  WriteString('  END');
+  Token := TranspilerLex(ALexer)
+END TranspileIfStatement;
+
+PROCEDURE TranspileWhileStatement(AContext: PTranspilerContext; ALexer: PLexer);
+VAR
+  Token: LexerToken;
+  WrittenBytes: CARDINAL;
+BEGIN
+  WriteString('  WHILE ');
+  Token := TranspilerLex(ALexer);
+
+  WHILE Token.Kind <> lexerKindDo DO
+    WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
+    Write(' ');
+    Token := TranspilerLex(ALexer)
+  END;
+  WriteString('DO');
+  WriteLn();
+  TranspileStatements(AContext, ALexer);
+  WriteString('  END');
+  Token := TranspilerLex(ALexer)
+END TranspileWhileStatement;
+
+PROCEDURE TranspileAssignmentStatement(AContext: PTranspilerContext; ALexer: PLexer);
+VAR
+  Token: LexerToken;
+  WrittenBytes: CARDINAL;
+BEGIN
+  WriteString(' := ');
+  Token := TranspilerLex(ALexer);
+
+  WHILE (Token.Kind <> lexerKindSemicolon) AND (Token.Kind <> lexerKindEnd) DO
+    WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
+    Write(' ');
+    Token := TranspilerLex(ALexer)
+  END
+END TranspileAssignmentStatement;
+
+PROCEDURE TranspileCallStatement(AContext: PTranspilerContext; ALexer: PLexer);
+VAR
+  Token: LexerToken;
+  WrittenBytes: CARDINAL;
+BEGIN
+  WriteString('(');
+  Token := TranspilerLex(ALexer);
+
+  WHILE (Token.Kind <> lexerKindSemicolon) AND (Token.Kind <> lexerKindEnd) DO
+    WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
+    Token := TranspilerLex(ALexer)
+  END
+END TranspileCallStatement;
+
+PROCEDURE TranspileReturnStatement(AContext: PTranspilerContext; ALexer: PLexer);
+VAR
+  Token: LexerToken;
+  WrittenBytes: CARDINAL;
+BEGIN
+  WriteString('  RETURN ');
+  Token := TranspilerLex(ALexer);
+  WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
+  Token := TranspilerLex(ALexer)
+END TranspileReturnStatement;
+
+PROCEDURE TranspileStatement(AContext: PTranspilerContext; ALexer: PLexer);
+VAR
+  Token: LexerToken;
+  WrittenBytes: CARDINAL;
+BEGIN
+  Token := TranspilerLex(ALexer);
+
+  IF Token.Kind = lexerKindIf THEN
+    TranspileIfStatement(AContext, ALexer)
+  END;
+  IF Token.Kind = lexerKindWhile THEN
+    TranspileWhileStatement(AContext, ALexer)
+  END;
+  IF Token.Kind = lexerKindReturn THEN
+    TranspileReturnStatement(AContext, ALexer)
+  END;
+  IF Token.Kind = lexerKindIdentifier THEN
+    WriteString('  ');
+    WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
+    Token := TranspilerLex(ALexer);
+
+    WHILE Token.Kind = lexerKindLeftSquare DO
+      Write('[');
+      Token := TranspilerLex(ALexer);
+      WHILE Token.Kind <> lexerKindRightSquare DO
+        WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
+        Token := TranspilerLex(ALexer)
+      END;
+      Write(']');
+      Token := TranspilerLex(ALexer);
+    END;
+    IF Token.Kind = lexerKindHat THEN
+      Write('^');
+      Token := TranspilerLex(ALexer)
+    END;
+    IF Token.Kind = lexerKindDot THEN
+      Write('.');
+      Token := TranspilerLex(ALexer);
+      WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
+      Token := TranspilerLex(ALexer);
+    END;
+    IF Token.Kind = lexerKindHat THEN
+      Write('^');
+      Token := TranspilerLex(ALexer)
+    END;
+
+    IF Token.Kind = lexerKindAssignment THEN
+      TranspileAssignmentStatement(AContext, ALexer)
+    END;
+    IF Token.Kind = lexerKindLeftParen THEN
+      TranspileCallStatement(AContext, ALexer)
+    END
+  END
+END TranspileStatement;
+
+PROCEDURE TranspileStatements(AContext: PTranspilerContext; ALexer: PLexer);
+VAR
+  Token: LexerToken;
+BEGIN
+  Token := LexerCurrent(ALexer);
+
+  WHILE Token.Kind <> lexerKindEnd DO
+    TranspileStatement(AContext, ALexer);
+    Token := LexerCurrent(ALexer);
+
+    IF Token.Kind = lexerKindSemicolon THEN
+      Write(';')
+    END;
+    WriteLn()
+  END
+END TranspileStatements;
+
+PROCEDURE TranspileStatementPart(AContext: PTranspilerContext; ALexer: PLexer);
+VAR
+  Token: LexerToken;
+BEGIN
+  Token := LexerCurrent(ALexer);
+  IF Token.Kind = lexerKindBegin THEN
+    WriteString('BEGIN');
+    WriteLn();
+    TranspileStatements(AContext, ALexer)
+  END
+END TranspileStatementPart;
+
+PROCEDURE TranspileProcedureDeclaration(AContext: PTranspilerContext; ALexer: PLexer);
+VAR
+  Token: LexerToken;
+  SeenPart: BOOLEAN;
+  WrittenBytes: CARDINAL;
+BEGIN
+  TranspileProcedureHeading(AContext, ALexer);
+  SeenPart := TranspileConstantPart(AContext, ALexer);
+  SeenPart := TranspileVariablePart(AContext, ALexer);
+  TranspileStatementPart(AContext, ALexer);
+  WriteString('END ');
+  Token := TranspilerLex(ALexer);
+  WrittenBytes := WriteNBytes(StdOut, ADDRESS(ALexer^.Current - ALexer^.Start), ALexer^.Start);
+  Token := TranspilerLex(ALexer);
+  WriteSemicolon();
+  Token := TranspilerLex(ALexer)
 END TranspileProcedureDeclaration;
 
 PROCEDURE TranspileProcedurePart(AContext: PTranspilerContext; ALexer: PLexer);
@@ -417,8 +611,10 @@ VAR
 BEGIN
   Token := LexerCurrent(ALexer);
 
-  IF Token.Kind = lexerKindProc THEN
+  WHILE Token.Kind = lexerKindProc DO
-    TranspileProcedureDeclaration(AContext, ALexer)
+    TranspileProcedureDeclaration(AContext, ALexer);
+    Token := LexerCurrent(ALexer);
+    WriteLn()
   END
 END TranspileProcedurePart;