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run_corrected_tests.final_log
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TESTING ./examples/corrected_codes/t1.comp ---
symboltable: new Lexeme Token [;] type (SEMICOLON, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [(] type (OPEN_PAR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [)] type (CLOSE_PAR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [{] type (OPEN_CUR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [}] type (CLOSE_CUR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [.] type (DOT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [,] type (COMMA, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [=] type (ASSIGN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [==] type (EQ, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<>] type (NE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [!] type (NOT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [+] type (PLUS, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [-] type (MINUS, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [*] type (MUL, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [/] type (DIV, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [&&] type (AND, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [||] type (OR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [>] type (GT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<] type (LT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [>=] type (GE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<=] type (LE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [start] type (START, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [exit] type (EXIT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [if] type (IF, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [then] type (THEN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [else] type (ELSE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [end] type (END, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [do] type (DO, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [while] type (WHILE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [scan] type (SCAN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [print] type (PRINT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [int] type (TYPE INT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [float] type (TYPE FLOAT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [string] type (TYPE STRING, NONE)
- init as TKN_NONE
DEBug Mode Enabled: (args3)
symboltable: new Lexeme Token [;] type (SEMICOLON, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [(] type (OPEN_PAR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [)] type (CLOSE_PAR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [{] type (OPEN_CUR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [}] type (CLOSE_CUR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [.] type (DOT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [,] type (COMMA, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [=] type (ASSIGN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [==] type (EQ, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<>] type (NE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [!] type (NOT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [+] type (PLUS, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [-] type (MINUS, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [*] type (MUL, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [/] type (DIV, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [&&] type (AND, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [||] type (OR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [>] type (GT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<] type (LT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [>=] type (GE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<=] type (LE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [start] type (START, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [exit] type (EXIT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [if] type (IF, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [then] type (THEN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [else] type (ELSE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [end] type (END, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [do] type (DO, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [while] type (WHILE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [scan] type (SCAN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [print] type (PRINT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [int] type (TYPE INT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [float] type (TYPE FLOAT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [string] type (TYPE STRING, NONE)
- init as TKN_NONE
Lexical: File> ./examples/corrected_codes/t1.compLexical: File> ./examples/corrected_codes/t1.comp01: <"start", START>
02: <"int", TYPE INT>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- init as TKN_NONE
02: <"a", ID>
02: <",", COMMA>
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- init as TKN_NONE
02: <"b", ID>
02: <";", SEMICOLON>
03: <"int", TYPE INT>
symboltable: new Lexeme Token [result] type (ID, UNASSIGNED)
- init as TKN_NONE
03: <"result", ID>
03: <";", SEMICOLON>
04: <"float", TYPE FLOAT>
symboltable: new Lexeme Token [a1] type (ID, UNASSIGNED)
- init as TKN_NONE
04: <"a1", ID>
04: <",", COMMA>
symboltable: new Lexeme Token [x] type (ID, UNASSIGNED)
- init as TKN_NONE
04: <"x", ID>
04: <",", COMMA>
symboltable: new Lexeme Token [total] type (ID, UNASSIGNED)
- init as TKN_NONE
04: <"total", ID>
04: <",", COMMA>
symboltable: new Lexeme Token [y] type (ID, UNASSIGNED)
- init as TKN_NONE
04: <"y", ID>
04: <";", SEMICOLON>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
06: <"a", ID>
06: <"=", ASSIGN>
06: <"2", INT>
06: <";", SEMICOLON>
symboltable: new Lexeme Token [x] type (ID, UNASSIGNED)
- returned
07: <"x", ID>
07: <"=", ASSIGN>
07: <"0.1", FLOAT>
07: <";", SEMICOLON>
08: <"scan", SCAN>
08: <"(", OPEN_PAR>
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- returned
08: <"b", ID>
08: <")", CLOSE_PAR>
08: <";", SEMICOLON>
09: <"scan", SCAN>
09: <"(", OPEN_PAR>
symboltable: new Lexeme Token [y] type (ID, UNASSIGNED)
- returned
09: <"y", ID>
09: <")", CLOSE_PAR>
09: <";", SEMICOLON>
symboltable: new Lexeme Token [result] type (ID, UNASSIGNED)
- returned
10: <"result", ID>
10: <"=", ASSIGN>
10: <"(", OPEN_PAR>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
10: <"a", ID>
10: <"*", MUL>
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- returned
10: <"b", ID>
10: <"+", PLUS>
10: <"1", INT>
10: <")", CLOSE_PAR>
10: <"/", DIV>
10: <"2", INT>
10: <";", SEMICOLON>
11: <"print", PRINT>
11: <"(", OPEN_PAR>
symboltable: new Lexeme Token [Resultado] type (ID, UNASSIGNED)
- init as TKN_NONE
11: <"Resultado", ID>
11: <")", CLOSE_PAR>
11: <";", SEMICOLON>
12: <"print", PRINT>
12: <"(", OPEN_PAR>
symboltable: new Lexeme Token [result] type (ID, UNASSIGNED)
- returned
12: <"result", ID>
12: <")", CLOSE_PAR>
12: <";", SEMICOLON>
13: <"print", PRINT>
13: <"(", OPEN_PAR>
symboltable: new Lexeme Token [Total] type (ID, UNASSIGNED)
- init as TKN_NONE
13: <"Total", ID>
13: <")", CLOSE_PAR>
13: <";", SEMICOLON>
symboltable: new Lexeme Token [total] type (ID, UNASSIGNED)
- returned
14: <"total", ID>
14: <"=", ASSIGN>
symboltable: new Lexeme Token [y] type (ID, UNASSIGNED)
- returned
14: <"y", ID>
14: <"/", DIV>
symboltable: new Lexeme Token [x] type (ID, UNASSIGNED)
- returned
14: <"x", ID>
14: <";", SEMICOLON>
15: <"print", PRINT>
15: <"(", OPEN_PAR>
symboltable: new Lexeme Token [Total] type (ID, UNASSIGNED)
- returned
15: <"Total", ID>
15: <")", CLOSE_PAR>
15: <";", SEMICOLON>
16: <"print", PRINT>
16: <"(", OPEN_PAR>
symboltable: new Lexeme Token [total] type (ID, UNASSIGNED)
- returned
16: <"total", ID>
16: <")", CLOSE_PAR>
16: <";", SEMICOLON>
17: <"exit", EXIT>
19: <"", END_OF_FILE>
<procProgram>
eat +START | curr =START - 'start'
<procDeclList>
<procDecl>
<procType>
eat +TYPE INT | curr =TYPE INT - 'int'
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
<procIdentList>
smntc: checkLexeme [a](NONE) to type (TYPE INT)
<procIdentifier>
eat +ID | curr =ID : 'a'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [b](NONE) to type (TYPE INT)
<procIdentifier>
eat +ID | curr =ID : 'b'
eat +SEMICOLON | curr =SEMICOLON - ';'
<procDecl>
<procType>
eat +TYPE INT | curr =TYPE INT - 'int'
symboltable: new Lexeme Token [result] type (ID, UNASSIGNED)
- returned
<procIdentList>
smntc: checkLexeme [result](NONE) to type (TYPE INT)
<procIdentifier>
eat +ID | curr =ID : 'result'
eat +SEMICOLON | curr =SEMICOLON - ';'
<procDecl>
<procType>
eat +TYPE FLOAT | curr =TYPE FLOAT - 'float'
symboltable: new Lexeme Token [a1] type (ID, UNASSIGNED)
- returned
<procIdentList>
smntc: checkLexeme [a1](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'a1'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [x] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [x](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'x'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [total] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [total](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'total'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [y] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [y](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'y'
eat +SEMICOLON | curr =SEMICOLON - ';'
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
<procStmtList>
<procStmt>
<procAssignStmt>
<procIdentifier>
eat +ID | curr =ID : 'a'
eat +ASSIGN | curr =ASSIGN - '='
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procConstant>
<procIntegerConst>
eat +INT | curr =INT : '2'
<procTermB>
<procSimpleExprB>
eat +SEMICOLON | curr =SEMICOLON - ';'
symboltable: new Lexeme Token [x] type (ID, UNASSIGNED)
- returned
<procStmt>
<procAssignStmt>
<procIdentifier>
eat +ID | curr =ID : 'x'
eat +ASSIGN | curr =ASSIGN - '='
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procConstant>
<procFloatConst>
eat +FLOAT | curr =FLOAT : '0.1'
<procTermB>
<procSimpleExprB>
eat +SEMICOLON | curr =SEMICOLON - ';'
<procStmt>
<procReadStmt>
eat +SCAN | curr =SCAN - 'scan'
eat +OPEN_PAR | curr =OPEN_PAR - '('
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- returned
<procIdentifier>
eat +ID | curr =ID : 'b'
eat +CLOSE_PAR | curr =CLOSE_PAR - ')'
eat +SEMICOLON | curr =SEMICOLON - ';'
<procStmt>
<procReadStmt>
eat +SCAN | curr =SCAN - 'scan'
eat +OPEN_PAR | curr =OPEN_PAR - '('
symboltable: new Lexeme Token [y] type (ID, UNASSIGNED)
- returned
<procIdentifier>
eat +ID | curr =ID : 'y'
eat +CLOSE_PAR | curr =CLOSE_PAR - ')'
eat +SEMICOLON | curr =SEMICOLON - ';'
symboltable: new Lexeme Token [result] type (ID, UNASSIGNED)
- returned
<procStmt>
<procAssignStmt>
<procIdentifier>
eat +ID | curr =ID : 'result'
eat +ASSIGN | curr =ASSIGN - '='
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
eat +OPEN_PAR | curr =OPEN_PAR - '('
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
<procExpressionA>
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'a'
<procTermB>
<procMulOp>
eat +MUL | curr =MUL - '*'
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- returned
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'b'
<procTermB>
<procSimpleExprB>
<procAddOp>
eat +PLUS | curr =PLUS - '+'
<procTermA>
<procFactorA>
<procFactor>
<procConstant>
<procIntegerConst>
eat +INT | curr =INT : '1'
<procTermB>
<procSimpleExprB>
<procExpressionB>
eat +CLOSE_PAR | curr =CLOSE_PAR - ')'
<procTermB>
<procMulOp>
eat +DIV | curr =DIV - '/'
<procFactorA>
<procFactor>
<procConstant>
<procIntegerConst>
eat +INT | curr =INT : '2'
<procTermB>
<procSimpleExprB>
eat +SEMICOLON | curr =SEMICOLON - ';'
<procStmt>
<procWriteStmt>
eat +PRINT | curr =PRINT - 'print'
eat +OPEN_PAR | curr =OPEN_PAR - '('
symboltable: new Lexeme Token [Resultado] type (ID, UNASSIGNED)
- returned
<procWritable>
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'Resultado'
<procTermB>
<procSimpleExprB>
eat +CLOSE_PAR | curr =CLOSE_PAR - ')'
eat +SEMICOLON | curr =SEMICOLON - ';'
<procStmt>
<procWriteStmt>
eat +PRINT | curr =PRINT - 'print'
eat +OPEN_PAR | curr =OPEN_PAR - '('
symboltable: new Lexeme Token [result] type (ID, UNASSIGNED)
- returned
<procWritable>
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'result'
<procTermB>
<procSimpleExprB>
eat +CLOSE_PAR | curr =CLOSE_PAR - ')'
eat +SEMICOLON | curr =SEMICOLON - ';'
<procStmt>
<procWriteStmt>
eat +PRINT | curr =PRINT - 'print'
eat +OPEN_PAR | curr =OPEN_PAR - '('
symboltable: new Lexeme Token [Total] type (ID, UNASSIGNED)
- returned
<procWritable>
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'Total'
<procTermB>
<procSimpleExprB>
eat +CLOSE_PAR | curr =CLOSE_PAR - ')'
eat +SEMICOLON | curr =SEMICOLON - ';'
symboltable: new Lexeme Token [total] type (ID, UNASSIGNED)
- returned
<procStmt>
<procAssignStmt>
<procIdentifier>
eat +ID | curr =ID : 'total'
eat +ASSIGN | curr =ASSIGN - '='
symboltable: new Lexeme Token [y] type (ID, UNASSIGNED)
- returned
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'y'
<procTermB>
<procMulOp>
eat +DIV | curr =DIV - '/'
symboltable: new Lexeme Token [x] type (ID, UNASSIGNED)
- returned
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'x'
<procTermB>
<procSimpleExprB>
eat +SEMICOLON | curr =SEMICOLON - ';'
<procStmt>
<procWriteStmt>
eat +PRINT | curr =PRINT - 'print'
eat +OPEN_PAR | curr =OPEN_PAR - '('
symboltable: new Lexeme Token [Total] type (ID, UNASSIGNED)
- returned
<procWritable>
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'Total'
<procTermB>
<procSimpleExprB>
eat +CLOSE_PAR | curr =CLOSE_PAR - ')'
eat +SEMICOLON | curr =SEMICOLON - ';'
<procStmt>
<procWriteStmt>
eat +PRINT | curr =PRINT - 'print'
eat +OPEN_PAR | curr =OPEN_PAR - '('
symboltable: new Lexeme Token [total] type (ID, UNASSIGNED)
- returned
<procWritable>
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'total'
<procTermB>
<procSimpleExprB>
eat +CLOSE_PAR | curr =CLOSE_PAR - ')'
eat +SEMICOLON | curr =SEMICOLON - ';'
eat +EXIT | curr =EXIT - 'exit'
exec: DERIVATION TREE complete
symbolTable Identifiers
.1 Resultado -:- (ID, NONE)
.2 Total -:- (ID, NONE)
.3 a -:- (ID, TYPE INT)
.4 a1 -:- (ID, TYPE FLOAT)
.5 b -:- (ID, TYPE INT)
.6 result -:- (ID, TYPE INT)
.7 total -:- (ID, TYPE FLOAT)
.8 x -:- (ID, TYPE FLOAT)
.9 y -:- (ID, TYPE FLOAT)
TESTING ./examples/corrected_codes/t2.comp ---
symboltable: new Lexeme Token [;] type (SEMICOLON, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [(] type (OPEN_PAR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [)] type (CLOSE_PAR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [{] type (OPEN_CUR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [}] type (CLOSE_CUR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [.] type (DOT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [,] type (COMMA, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [=] type (ASSIGN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [==] type (EQ, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<>] type (NE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [!] type (NOT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [+] type (PLUS, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [-] type (MINUS, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [*] type (MUL, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [/] type (DIV, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [&&] type (AND, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [||] type (OR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [>] type (GT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<] type (LT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [>=] type (GE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<=] type (LE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [start] type (START, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [exit] type (EXIT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [if] type (IF, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [then] type (THEN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [else] type (ELSE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [end] type (END, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [do] type (DO, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [while] type (WHILE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [scan] type (SCAN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [print] type (PRINT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [int] type (TYPE INT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [float] type (TYPE FLOAT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [string] type (TYPE STRING, NONE)
- init as TKN_NONE
DEBug Mode Enabled: (args3)
symboltable: new Lexeme Token [;] type (SEMICOLON, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [(] type (OPEN_PAR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [)] type (CLOSE_PAR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [{] type (OPEN_CUR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [}] type (CLOSE_CUR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [.] type (DOT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [,] type (COMMA, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [=] type (ASSIGN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [==] type (EQ, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<>] type (NE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [!] type (NOT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [+] type (PLUS, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [-] type (MINUS, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [*] type (MUL, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [/] type (DIV, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [&&] type (AND, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [||] type (OR, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [>] type (GT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<] type (LT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [>=] type (GE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [<=] type (LE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [start] type (START, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [exit] type (EXIT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [if] type (IF, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [then] type (THEN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [else] type (ELSE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [end] type (END, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [do] type (DO, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [while] type (WHILE, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [scan] type (SCAN, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [print] type (PRINT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [int] type (TYPE INT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [float] type (TYPE FLOAT, NONE)
- init as TKN_NONE
symboltable: new Lexeme Token [string] type (TYPE STRING, NONE)
- init as TKN_NONE
Lexical: File> ./examples/corrected_codes/t2.compLexical: File> ./examples/corrected_codes/t2.comp01: <"start", START>
02: <"int", TYPE INT>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- init as TKN_NONE
02: <"a", ID>
02: <",", COMMA>
symboltable: new Lexeme Token [c_] type (ID, UNASSIGNED)
- init as TKN_NONE
02: <"c_", ID>
02: <",", COMMA>
symboltable: new Lexeme Token [val] type (ID, UNASSIGNED)
- init as TKN_NONE
02: <"val", ID>
02: <";", SEMICOLON>
03: <"float", TYPE FLOAT>
symboltable: new Lexeme Token [d] type (ID, UNASSIGNED)
- init as TKN_NONE
03: <"d", ID>
03: <",", COMMA>
symboltable: new Lexeme Token [e] type (ID, UNASSIGNED)
- init as TKN_NONE
03: <"e", ID>
03: <",", COMMA>
symboltable: new Lexeme Token [c_1] type (ID, UNASSIGNED)
- init as TKN_NONE
03: <"c_1", ID>
03: <",", COMMA>
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- init as TKN_NONE
03: <"b", ID>
03: <",", COMMA>
symboltable: new Lexeme Token [c] type (ID, UNASSIGNED)
- init as TKN_NONE
03: <"c", ID>
03: <",", COMMA>
symboltable: new Lexeme Token [a1] type (ID, UNASSIGNED)
- init as TKN_NONE
03: <"a1", ID>
03: <";", SEMICOLON>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
04: <"a", ID>
04: <"=", ASSIGN>
04: <"0", INT>
04: <";", SEMICOLON>
symboltable: new Lexeme Token [d] type (ID, UNASSIGNED)
- returned
04: <"d", ID>
04: <"=", ASSIGN>
04: <"3.5", FLOAT>
04: <";", SEMICOLON>
symboltable: new Lexeme Token [c_1] type (ID, UNASSIGNED)
- returned
05: <"c_1", ID>
05: <"=", ASSIGN>
symboltable: new Lexeme Token [d] type (ID, UNASSIGNED)
- returned
05: <"d", ID>
05: <"/", DIV>
05: <"1.2", FLOAT>
05: <";", SEMICOLON>
07: <"scan", SCAN>
07: <"(", OPEN_PAR>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
07: <"a", ID>
07: <")", CLOSE_PAR>
07: <";", SEMICOLON>
08: <"scan", SCAN>
08: <"(", OPEN_PAR>
symboltable: new Lexeme Token [c] type (ID, UNASSIGNED)
- returned
08: <"c", ID>
08: <")", CLOSE_PAR>
08: <";", SEMICOLON>
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- returned
09: <"b", ID>
09: <"=", ASSIGN>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
09: <"a", ID>
09: <"*", MUL>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
09: <"a", ID>
09: <";", SEMICOLON>
symboltable: new Lexeme Token [c] type (ID, UNASSIGNED)
- returned
10: <"c", ID>
10: <"=", ASSIGN>
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- returned
10: <"b", ID>
10: <"+", PLUS>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
10: <"a", ID>
10: <"*", MUL>
10: <"(", OPEN_PAR>
10: <"1", INT>
10: <"+", PLUS>
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
10: <"a", ID>
10: <"*", MUL>
symboltable: new Lexeme Token [c] type (ID, UNASSIGNED)
- returned
10: <"c", ID>
10: <")", CLOSE_PAR>
10: <";", SEMICOLON>
11: <"print", PRINT>
11: <"(", OPEN_PAR>
11: <"{Resultado: }", STRING>
11: <")", CLOSE_PAR>
11: <";", SEMICOLON>
12: <"print", PRINT>
12: <"(", OPEN_PAR>
symboltable: new Lexeme Token [c] type (ID, UNASSIGNED)
- returned
12: <"c", ID>
12: <")", CLOSE_PAR>
12: <";", SEMICOLON>
symboltable: new Lexeme Token [d] type (ID, UNASSIGNED)
- returned
13: <"d", ID>
13: <"=", ASSIGN>
13: <"34.2", FLOAT>
13: <";", SEMICOLON>
symboltable: new Lexeme Token [e] type (ID, UNASSIGNED)
- returned
14: <"e", ID>
14: <"=", ASSIGN>
symboltable: new Lexeme Token [val] type (ID, UNASSIGNED)
- returned
14: <"val", ID>
14: <"+", PLUS>
14: <"2.2", FLOAT>
14: <";", SEMICOLON>
15: <"print", PRINT>
15: <"(", OPEN_PAR>
15: <"{E: }", STRING>
15: <")", CLOSE_PAR>
15: <";", SEMICOLON>
16: <"print", PRINT>
16: <"(", OPEN_PAR>
symboltable: new Lexeme Token [e] type (ID, UNASSIGNED)
- returned
16: <"e", ID>
16: <")", CLOSE_PAR>
16: <";", SEMICOLON>
symboltable: new Lexeme Token [a1] type (ID, UNASSIGNED)
- returned
17: <"a1", ID>
17: <"=", ASSIGN>
17: <"(", OPEN_PAR>
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- returned
17: <"b", ID>
17: <"+", PLUS>
symboltable: new Lexeme Token [c] type (ID, UNASSIGNED)
- returned
17: <"c", ID>
17: <"+", PLUS>
symboltable: new Lexeme Token [d] type (ID, UNASSIGNED)
- returned
17: <"d", ID>
17: <")", CLOSE_PAR>
17: <"/", DIV>
17: <"2", INT>
17: <";", SEMICOLON>
18: <"exit", EXIT>
18: <"", END_OF_FILE>
<procProgram>
eat +START | curr =START - 'start'
<procDeclList>
<procDecl>
<procType>
eat +TYPE INT | curr =TYPE INT - 'int'
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
<procIdentList>
smntc: checkLexeme [a](NONE) to type (TYPE INT)
<procIdentifier>
eat +ID | curr =ID : 'a'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [c_] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [c_](NONE) to type (TYPE INT)
<procIdentifier>
eat +ID | curr =ID : 'c_'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [val] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [val](NONE) to type (TYPE INT)
<procIdentifier>
eat +ID | curr =ID : 'val'
eat +SEMICOLON | curr =SEMICOLON - ';'
<procDecl>
<procType>
eat +TYPE FLOAT | curr =TYPE FLOAT - 'float'
symboltable: new Lexeme Token [d] type (ID, UNASSIGNED)
- returned
<procIdentList>
smntc: checkLexeme [d](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'd'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [e] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [e](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'e'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [c_1] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [c_1](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'c_1'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [b] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [b](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'b'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [c] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [c](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'c'
eat +COMMA | curr =COMMA - ','
symboltable: new Lexeme Token [a1] type (ID, UNASSIGNED)
- returned
smntc: checkLexeme [a1](NONE) to type (TYPE FLOAT)
<procIdentifier>
eat +ID | curr =ID : 'a1'
eat +SEMICOLON | curr =SEMICOLON - ';'
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
<procStmtList>
<procStmt>
<procAssignStmt>
<procIdentifier>
eat +ID | curr =ID : 'a'
eat +ASSIGN | curr =ASSIGN - '='
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procConstant>
<procIntegerConst>
eat +INT | curr =INT : '0'
<procTermB>
<procSimpleExprB>
eat +SEMICOLON | curr =SEMICOLON - ';'
symboltable: new Lexeme Token [d] type (ID, UNASSIGNED)
- returned
<procStmt>
<procAssignStmt>
<procIdentifier>
eat +ID | curr =ID : 'd'
eat +ASSIGN | curr =ASSIGN - '='
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procConstant>
<procFloatConst>
eat +FLOAT | curr =FLOAT : '3.5'
<procTermB>
<procSimpleExprB>
eat +SEMICOLON | curr =SEMICOLON - ';'
symboltable: new Lexeme Token [c_1] type (ID, UNASSIGNED)
- returned
<procStmt>
<procAssignStmt>
<procIdentifier>
eat +ID | curr =ID : 'c_1'
eat +ASSIGN | curr =ASSIGN - '='
symboltable: new Lexeme Token [d] type (ID, UNASSIGNED)
- returned
<procSimpleExprA>
<procTermA>
<procFactorA>
<procFactor>
<procIdentifier>
eat +ID | curr =ID : 'd'
<procTermB>
<procMulOp>
eat +DIV | curr =DIV - '/'
<procFactorA>
<procFactor>
<procConstant>
<procFloatConst>
eat +FLOAT | curr =FLOAT : '1.2'
<procTermB>
<procSimpleExprB>
eat +SEMICOLON | curr =SEMICOLON - ';'
<procStmt>
<procReadStmt>
eat +SCAN | curr =SCAN - 'scan'
eat +OPEN_PAR | curr =OPEN_PAR - '('
symboltable: new Lexeme Token [a] type (ID, UNASSIGNED)
- returned
<procIdentifier>
eat +ID | curr =ID : 'a'