def exitProgram(self, ctx:LittleExprParser.ProgramContext):
#print("\n".join(self.printSymbolTable))
#print(self.allCode)
AST.functReturns = self.functReturns
globalVars = ([var for var in self.symbolTable[-1].keys() if self.symbolTable[-1][var][0] != "STRING"])
CFGList = []
self.tinyGenerator = TinyGenerator(self.allCode, stringInit=1)
tinyCode = ""
for var in globalVars:
tinyCode += "var {0}\n".format(var)
tinyCode += self.tinyGenerator.generate()
# tinyCode += "push\npush r0\npush r1\npush r2\npush r3\njsr main\nsys halt\n"
tinyCode += "push\njsr main\nsys halt\n"
# tinyCode += "push\njsr main\nsys halt\n"
for functNode in self.functNodeList:
AST.tempRegNum = 1
functCode = functNode.generateCode()
functOptimizer = Optimizer(functCode)
functCode = functOptimizer.optimize()
functTinyGen = TinyGenerator(functCode, globalVariables=globalVars, functName=functNode.functName)
self.allCode += functCode
tinyCode += functTinyGen.generate()
self.symbolTable.pop()
self.tinyCode = tinyCode
# self.tinyGenerator = TinyGenerator(self.allCode)
# self.tinyGenerator.generate()
self.printTinyIR()
pass
class SymbolTableGenerator(LittleExprListener):
def __init__(self):
super().__init__()
self.block = 1
self.symbolTable = []
self.printSymbolTable = []
self.ASTStack = []
self.StringStores = []
self.GlobalStringStores = []
self.allCode = ""
self.paramNum = 1
self.localNum = 1
self.declType = "GLOBAL"
self.functReturns = {}
self.functNodeList = []
# Enter a parse tree produced by LittleExprParser#program.
def enterProgram(self, ctx:LittleExprParser.ProgramContext):
self.printSymbolTable.append("Symbol table GLOBAL\r")
self.symbolTable.append({})
pass
# Exit a parse tree produced by LittleExprParser#program.
def exitProgram(self, ctx:LittleExprParser.ProgramContext):
#print("\n".join(self.printSymbolTable))
#print(self.allCode)
AST.functReturns = self.functReturns
globalVars = ([var for var in self.symbolTable[-1].keys() if self.symbolTable[-1][var][0] != "STRING"])
CFGList = []
self.tinyGenerator = TinyGenerator(self.allCode, stringInit=1)
tinyCode = ""
for var in globalVars:
tinyCode += "var {0}\n".format(var)
tinyCode += self.tinyGenerator.generate()
# tinyCode += "push\npush r0\npush r1\npush r2\npush r3\njsr main\nsys halt\n"
tinyCode += "push\njsr main\nsys halt\n"
# tinyCode += "push\njsr main\nsys halt\n"
for functNode in self.functNodeList:
AST.tempRegNum = 1
functCode = functNode.generateCode()
functOptimizer = Optimizer(functCode)
functCode = functOptimizer.optimize()
functTinyGen = TinyGenerator(functCode, globalVariables=globalVars, functName=functNode.functName)
self.allCode += functCode
tinyCode += functTinyGen.generate()
self.symbolTable.pop()
self.tinyCode = tinyCode
# self.tinyGenerator = TinyGenerator(self.allCode)
# self.tinyGenerator.generate()
self.printTinyIR()
pass
# Enter a parse tree produced by LittleExprParser#func_decl.
def enterFunc_decl(self, ctx:LittleExprParser.Func_declContext):
self.printSymbolTable.append("\nSymbol table {0}\r".format(ctx.getChild(2).getText()))
self.symbolTable.append({})
pass
# Enter a parse tree produced by LittleExprParser#if_stmt.
def enterIf_stmt(self, ctx:LittleExprParser.If_stmtContext):
self.printSymbolTable.append("\nSymbol table BLOCK {0}\r".format(self.block))
self.symbolTable.append({})
self.block += 1
pass
# Enter a parse tree produced by LittleExprParser#else_part.
def enterElse_part(self, ctx:LittleExprParser.Else_partContext):
self.symbolTable.pop() # Pop if block
self.printSymbolTable.append("\nSymbol table BLOCK {0}\r".format(self.block))
self.symbolTable.append({})
self.block += 1
pass
# Exit a parse tree produced by LittleExprParser#else_part.
def exitElse_part(self, ctx:LittleExprParser.Else_partContext):
if int(ctx.getChildCount()) == 0:
return
self.symbolTable.pop()
pass
# Enter a parse tree produced by LittleExprParser#for_stmt.
def enterFor_stmt(self, ctx:LittleExprParser.For_stmtContext):
self.printSymbolTable.append("\nSymbol table BLOCK {0}\r".format(self.block))
self.symbolTable.append({})
self.block += 1
pass
# Enter a parse tree produced by LittleExprParser#param_decl_list.
def enterString_decl(self, ctx:LittleExprParser.Param_decl_listContext):
identifier = ctx.getChild(1).getText()
value = ctx.getChild(3).getText()
self.addSymbolToTable(identifier, "STRING", value, declType=self.declType)
self.printSymbolTable.append("name {0} type STRING value {1}\r".format(identifier, value))
pass
# Enter a parse tree produced by LittleExprParser#param_decl_list.
def enterVar_decl(self, ctx:LittleExprParser.Param_decl_listContext):
varType = ctx.getChild(0).getText()
idListTree = ctx.getChild(1)
identifier = idListTree.getChild(0).getText()
self.addSymbolToTable(identifier, varType, declType=self.declType)
self.printSymbolTable.append("name {0} type {1}\r".format(identifier,varType))
idTailTree = idListTree.getChild(1)
while(idTailTree.getChildCount() != 0):
identifier = idTailTree.getChild(1).getText()
self.addSymbolToTable(identifier, varType, declType=self.declType)
self.printSymbolTable.append("name {0} type {1}\r".format(identifier,varType))
idTailTree = idTailTree.getChild(2)
pass
# Enter a parse tree produced by LittleExprParser#param_decl_list.
def enterParam_decl(self, ctx:LittleExprParser.Param_decl_listContext):
varType = ctx.getChild(0).getText()
identifier = ctx.getChild(1).getChild(0).getText()
self.addSymbolToTable(identifier, varType, declType="FUNCTPARAM")
self.printSymbolTable.append("name {0} type {1}\r".format(identifier,varType))
###########################################################################################################
# AST/Code Generation
#
###########################################################################################################
# Exit a parse tree produced by LittleExprParser#func_body.
def enterFunc_body(self, ctx:LittleExprParser.Func_bodyContext):
self.declType = "LOCAL"
self.StringStores = []
return
# Exit a parse tree produced by LittleExprParser#func_decl.
def exitFunc_decl(self, ctx:LittleExprParser.Func_declContext):
self.symbolTable.pop()
identifier = ctx.identifier().getText()
returnType = ctx.any_type().getText()
functDeclNode = ASTFunctDecl(identifier, self.localNum-1, self.paramNum-1)
if ctx.func_body() is not None and ctx.func_body().getText():
if ctx.func_body().stmt_list() is not None and ctx.func_body().stmt_list().getText():
functDeclNode.StmtListNode = self.ASTStack.pop()
# print(functDeclNode.printInOrder())
# functCode = functDeclNode.generateCode()#.replace("LINK", "LINK {0} {1}".format(self.localNum-1, self.paramNum-1))
self.paramNum = 1
self.localNum = 1
AST.tempRegNum = 1
if returnType == "FLOAT":
self.functReturns[identifier] = NODETYPE.FLOATLITERAL
elif returnType == "INT":
self.functReturns[identifier] = NODETYPE.INTLITERAL
self.functNodeList.append(functDeclNode)
# print(functDeclNode.printInOrder())
# functOptimizer = Optimizer(functCode)
# functCode = functOptimizer.optimize()
# self.allCode += functCode
return
# Exit a parse tree produced by LittleExprParser#func_body.
def exitFunc_body(self, ctx:LittleExprParser.Func_bodyContext):
# self.printNewestAST()
# identifier = ctx.identifier()
# functDeclNode = ASTFunctDecl(identifier)
# if ctx.stmt_list is not None and ctx.stmt_list.getText():
# functDeclNode.StmtList = self.ASTStack.pop()
# self.allCode = functDeclNode.generateCode()
# print(functDeclNode.generateCode())
# # print(self.ASTStack[-1].code)
# self.paramNum = 1
# self.localNum = 1
# AST.tempRegNum = 1
#print(self.ASTStack[-1].code)
# #Pre Optimized code
# self.tinyGenerator = TinyGenerator(self.ASTStack[-1].code)
# self.tinyGenerator.generate()
# self.printTinyIR(comment = 1)
# #Optimized code
# self.optimizer = Optimizer(self.ASTStack[-1].code)
# self.ASTStack[-1].code = self.optimizer.optimize()
# self.tinyGenerator = TinyGenerator(self.ASTStack[-1].code)
# self.tinyGenerator.generate()
# self.printTinyIR()
#self.printNewestAST()
pass
# Exit a parse tree produced by LittleExprParser#if_stmt.
def exitIf_stmt(self, ctx:LittleExprParser.If_stmtContext):
ifNode = ASTIf()
# If else does not exist
if ctx.else_part() is None:
self.symbolTable.pop()
elif ctx.else_part() is not None and not ctx.else_part().getText():
self.symbolTable.pop()
elif ctx.else_part() is not None and ctx.else_part().getText():
ifNode.ElseNode = self.ASTStack.pop()
if ctx.stmt_list() is not None and ctx.stmt_list().getText():
ifNode.ThenNode = self.ASTStack.pop()
if ctx.cond() is not None and ctx.cond().getText():
ifNode.CondNode = self.ASTStack.pop()
ifNode.setupNode()
self.ASTStack.append(ifNode)
if ctx.else_part() is not None and ctx.else_part().getText():
if ctx.stmt_list() is not None and ctx.stmt_list().getText():
if ctx.else_part().stmt_list() is not None and ctx.else_part().stmt_list().getText():
if ctx.stmt_list().getText() == ctx.else_part().stmt_list().getText():
self.ASTStack.pop()
self.ASTStack.append(ifNode.ThenNode)
return
# Exit a parse tree produced by LittleExprParser#for_stmt.
def exitFor_stmt(self, ctx:LittleExprParser.For_stmtContext):
self.symbolTable.pop()
forNode = ASTFor()
if ctx.stmt_list() is not None and ctx.stmt_list().getText():
forNode.StmtNode = self.ASTStack.pop()
if ctx.incr_stmt() is not None and ctx.incr_stmt().getText():
forNode.IncrNode = self.ASTStack.pop()
if ctx.cond() is not None and ctx.cond().getText():
forNode.CondNodeStart = self.ASTStack.pop()
if ctx.init_stmt() is not None and ctx.init_stmt().getText():
forNode.InitNode = self.ASTStack.pop()
forNode.setupNode()
self.ASTStack.append(forNode)
return
# Exit a parse tree produced by LittleExprParser#cond.
def exitCond(self, ctx:LittleExprParser.CondContext):
exprNode2 = self.ASTStack.pop()
compopNode = self.ASTStack.pop()
exprNode1 = self.ASTStack.pop()
compopNode.Left = exprNode1
compopNode.Right = exprNode2
self.ASTStack.append(compopNode)
pass
# Exit a parse tree produced by LittleExprParser#mulop.
def exitCompop(self, ctx:LittleExprParser.CompopContext):
if ctx.LT() is not None:
self.ASTStack.append(ASTCond(opcode=COMPOP.inverseOP(COMPOP.LT), LRType=LRTYPE.RTYPE))
elif ctx.GT() is not None:
self.ASTStack.append(ASTCond(opcode=COMPOP.inverseOP(COMPOP.GT), LRType=LRTYPE.RTYPE))
elif ctx.EQU() is not None:
self.ASTStack.append(ASTCond(opcode=COMPOP.inverseOP(COMPOP.EQ), LRType=LRTYPE.RTYPE))
elif ctx.NEQ() is not None:
self.ASTStack.append(ASTCond(opcode=COMPOP.inverseOP(COMPOP.NE), LRType=LRTYPE.RTYPE))
elif ctx.LEQ() is not None:
self.ASTStack.append(ASTCond(opcode=COMPOP.inverseOP(COMPOP.LE), LRType=LRTYPE.RTYPE))
elif ctx.GEQ() is not None:
self.ASTStack.append(ASTCond(opcode=COMPOP.inverseOP(COMPOP.GE), LRType=LRTYPE.RTYPE))
# Enter a parse tree produced by LittleExprParser#stmt_list.
def exitStmt_list(self, ctx:LittleExprParser.Stmt_listContext):
if int(ctx.getChildCount()) == 0:
return
stmtListNode = ASTStmt()
stmtNode = self.ASTStack.pop()
stmtListNode.Right = stmtNode
stmtListNode.Left = None
if ctx.stmt_list() is not None and ctx.stmt_list().getText():
stmtListNode.Left = self.ASTStack.pop()
self.ASTStack.append(stmtListNode)
return
# Exit a parse tree produced by LittleExprParser#write_stmt.
def exitWrite_stmt(self, ctx:LittleExprParser.Write_stmtContext):
idListTree = ctx.id_list()
identifier = idListTree.identifier()
writeNode = ASTWrite()
writeNode.Left = self.CreateIdentifierNode(identifier)
identifierSymbol = self.GetSymbolFromSymbolTable(identifier.getText())
addStore = False
stringLiteral = None
if identifierSymbol[0] == "STRING":
if identifier.getText() not in self.StringStores and identifier.getText() not in self.GlobalStringStores:
self.StringStores.append(identifier.getText())
addStore = True
stringLiteral = identifierSymbol[1]
writeNode.addStore = addStore
writeNode.stringLiteral = stringLiteral
writeNode2 = writeNode
idTailTree = idListTree.id_tail()
while(idTailTree.getChildCount() != 0):
addStore = False
stringLiteral = None
identifier = idTailTree.identifier()
identifierSymbol = self.GetSymbolFromSymbolTable(identifier.getText())
writeNode.Right = ASTWrite()
writeNode = writeNode.Right
writeNode.Left = self.CreateIdentifierNode(identifier)
idTailTree = idTailTree.id_tail()
if identifierSymbol[0] == "STRING":
if identifier.getText() not in self.StringStores and identifier.getText() not in self.GlobalStringStores:
self.StringStores.append(identifier.getText())
addStore = True
stringLiteral = identifierSymbol[1]
writeNode.addStore = addStore
writeNode.stringLiteral = stringLiteral
writeNode.Right = None
self.ASTStack.append(writeNode2)
return
# Exit a parse tree produced by LittleExprParser#read_stmt.
def exitRead_stmt(self, ctx:LittleExprParser.Read_stmtContext):
idListTree = ctx.id_list()
identifier = idListTree.identifier()
readNode = ASTRead()
readNode.Left = self.CreateIdentifierNode(identifier)
readNode2 = readNode
idTailTree = idListTree.id_tail()
while(idTailTree.getChildCount() != 0):
identifier = idTailTree.identifier()
readNode.Right = ASTRead()
readNode = readNode.Right
readNode.Left = self.CreateIdentifierNode(identifier)
idTailTree = idTailTree.id_tail()
readNode.Right = None
self.ASTStack.append(readNode2)
return
# Enter a parse tree produced by LittleExprParser#assign_stmt.
def exitAssign_expr(self, ctx:LittleExprParser.Assign_stmtContext):
identifierNode = ctx.identifier()
exprNode = self.ASTStack.pop()
assignNode = ASTAssign()
assignNode.Left = self.CreateIdentifierNode(identifierNode)
assignNode.Right = exprNode
self.ASTStack.append(assignNode)
return
# Exit a parse tree produced by LittleExprParser#expr.
def exitExpr(self, ctx:LittleExprParser.ExprContext):
factorNode = self.ASTStack.pop()
if ctx.expr_prefix() is not None and ctx.expr_prefix().getText():
exprPrefix = self.ASTStack.pop()
exprPrefix.Right = factorNode
self.ASTStack.append(exprPrefix)
else:
self.ASTStack.append(factorNode)
return
# Exit a parse tree produced by LittleExprParser#expr_prefix.
def exitExpr_prefix(self, ctx:LittleExprParser.Expr_prefixContext):
if int(ctx.getChildCount()) == 0:
return
addopNode = self.ASTStack.pop()
factorNode = self.ASTStack.pop()
if ctx.expr_prefix() is not None and ctx.expr_prefix().getText():
exprPrefix = self.ASTStack.pop()
exprPrefix.Right = factorNode
addopNode.Left = exprPrefix
else:
addopNode.Left = factorNode
self.ASTStack.append(addopNode)
return
# Exit a parse tree produced by LittleExprParser#factor.
def exitFactor(self, ctx:LittleExprParser.FactorContext):
postFixExpr = self.ASTStack.pop()
if ctx.factor_prefix() is not None and ctx.factor_prefix().getText():
factorPrefix = self.ASTStack.pop()
factorPrefix.Right = postFixExpr
self.ASTStack.append(factorPrefix)
else:
self.ASTStack.append(postFixExpr)
return
# Exit a parse tree produced by LittleExprParser#factor_prefix.
def exitFactor_prefix(self, ctx:LittleExprParser.Factor_prefixContext):
if int(ctx.getChildCount()) == 0:
return
mulopNode = self.ASTStack.pop()
postFixExpr = self.ASTStack.pop()
if ctx.factor_prefix() is not None and ctx.factor_prefix().getText():
factorPrefix = self.ASTStack.pop()
factorPrefix.Right = postFixExpr
mulopNode.Left = factorPrefix
else:
mulopNode.Left = postFixExpr
self.ASTStack.append(mulopNode)
return
# Enter a parse tree produced by LittleExprParser#primary.
def exitPrimary(self, ctx:LittleExprParser.PrimaryContext):
if ctx.identifier() is not None:
identifierNode = ctx.identifier()
self.ASTStack.append(self.CreateIdentifierNode(identifierNode))
elif ctx.INTLITERAL() is not None:
INTLITERAL = ctx.INTLITERAL()
self.ASTStack.append(self.CreateINTLITERALNode(INTLITERAL))
elif ctx.FLOATLITERAL() is not None:
FLOATLITERAL = ctx.FLOATLITERAL()
self.ASTStack.append(self.CreateFLOATLITERALNode(FLOATLITERAL))
# Else case handled by default
return
# Exit a parse tree produced by LittleExprParser#mulop.
def exitMulop(self, ctx:LittleExprParser.MulopContext):
if ctx.MUL() is not None:
self.ASTStack.append(ASTMath(opcode=MATHOP.MUL, LRType=LRTYPE.RTYPE))
else:
self.ASTStack.append(ASTMath(opcode=MATHOP.DIV, LRType=LRTYPE.RTYPE))
# Exit a parse tree produced by LittleExprParser#addop.
def exitAddop(self, ctx:LittleExprParser.AddopContext):
if ctx.ADD() is not None:
self.ASTStack.append(ASTMath(opcode=MATHOP.ADD, LRType=LRTYPE.RTYPE))
else:
self.ASTStack.append(ASTMath(opcode=MATHOP.SUB, LRType=LRTYPE.RTYPE))
################################################################################
#
# Methods overriden for handling functions
#
################################################################################
# Exit a parse tree produced by LittleExprParser#call_expr.
def exitCall_expr(self, ctx:LittleExprParser.Call_exprContext):
if int(ctx.getChildCount()) == 0:
return
identifier = ctx.identifier().getText()
functCallNode = ASTFunctCall(identifier)
# functCallNode.Right = ASTJSR(identifier)
if ctx.expr_list() is not None and ctx.expr_list().getText():
functCallNode.ExprListNode = self.ASTStack.pop()
self.ASTStack.append(functCallNode)
return
# Exit a parse tree produced by LittleExprParser#expr_list.
def exitExpr_list(self, ctx:LittleExprParser.Expr_listContext):
if int(ctx.getChildCount()) == 0:
return
exprListNode = ASTExprList()
exprListNode.Right = None
if ctx.expr_list_tail() is not None and ctx.expr_list_tail().getText():
exprListNode.Right = self.ASTStack.pop()
exprNode = self.ASTStack.pop()
exprListNode.Left = exprNode
self.ASTStack.append(exprListNode)
return
# Exit a parse tree produced by LittleExprParser#expr_list_tail.
def exitExpr_list_tail(self, ctx:LittleExprParser.Expr_list_tailContext):
if int(ctx.getChildCount()) == 0:
return
exprListNode = ASTExprList()
exprListNode.Right = None
if ctx.expr_list_tail() is not None and ctx.expr_list_tail().getText():
exprListNode.Right = self.ASTStack.pop()
exprNode = self.ASTStack.pop()
exprListNode.Left = exprNode
self.ASTStack.append(exprListNode)
return
# Exit a parse tree produced by LittleExprParser#return_stmt.
def exitReturn_stmt(self, ctx:LittleExprParser.Return_stmtContext):
assignNode = ASTAssign()
assignNode.Left = self.CreateIdentifierNode(identifierText="$R")
exprNode = self.ASTStack.pop()
assignNode.Right = exprNode
assignNode.Left.nodeType = assignNode.Right.nodeType
returnNode = ASTReturn()
returnNode.Left = assignNode
self.ASTStack.append(returnNode)
return
###########################################################################################
# Helper Functions
#
###########################################################################################
# Create Empty Node
def CreateEmptyNode(self, ctx:LittleExprParser.IdentifierContext):
astNode = AST()
return astNode
# Create Identifier Node
def CreateIdentifierNode(self, ctx:LittleExprParser.IdentifierContext=None, identifierText=None):
identifier = identifierText
ignoreSymbolTable = 1
value = identifierText
identifierType = NODETYPE.STRINGLITERAL
if ctx is not None:
identifier = ctx.getChild(0).getText()
ignoreSymbolTable = 0
if not ignoreSymbolTable:
identifierSymbol = self.GetSymbolFromSymbolTable(identifier)
identifierType = ""
value = ""
if identifierSymbol[0] == "INT":
identifierType = NODETYPE.INTLITERAL
value = identifierSymbol[2]
elif identifierSymbol[0] == "FLOAT":
identifierType = NODETYPE.FLOATLITERAL
value = identifierSymbol[2]
elif identifierSymbol[0] == "STRING":
identifierType = NODETYPE.STRINGLITERAL
value = identifierSymbol[2]
astNode = AST(value=value, LRType=LRTYPE.LTYPE, nodeType=identifierType, tempReg=value)
return astNode
# Create INTLITERAL Node
def CreateINTLITERALNode(self, token):
astNode = AST(token.getText(), LRType=LRTYPE.RTYPE, nodeType=NODETYPE.INTLITERAL)
return astNode
# Create FLOATLITERAL Node
def CreateFLOATLITERALNode(self, token):
astNode = AST(token.getText(), LRType=LRTYPE.RTYPE, nodeType=NODETYPE.FLOATLITERAL)
return astNode
# Add variable to identifier
def addSymbolToTable(self, identifier, varType, value=None, declType="GLOBAL"):
if(identifier in self.symbolTable[-1]):
raise SyntaxError(identifier)
if declType == "GLOBAL":
self.symbolTable[-1][identifier] = (varType, value, identifier)
if varType == "STRING":
self.GlobalStringStores.append(identifier)
strCode = "STORES {0} {1}\n".format(value, identifier)
self.allCode += strCode
elif declType == "LOCAL":
if self.localNum != 1:
self.localNum = self.getNextLocalNum()
varName = "$L{0}".format(self.localNum)
self.localNum += 1
self.symbolTable[-1][identifier] = (varType, value, varName)
elif declType == "FUNCTPARAM":
varName = "$P{0}".format(self.paramNum)
self.paramNum += 1
self.symbolTable[-1][identifier] = (varType, value, varName)
# Get the next local variable
def getNextLocalNum(self):
maxLocal = 0
elementsOnStack = len(self.symbolTable)
for i in range(1, elementsOnStack+1):
for key in self.symbolTable[-1 * i].keys():
varName = self.symbolTable[-1*i][key][2]
if varName.startswith("$L"):
if int(varName[2:]) > maxLocal:
maxLocal = int(varName[2:])
return maxLocal + 1
# Print symbol table stack
def printSymbolTableStack(self):
elementsOnStack = len(self.symbolTable)
for i in range(1, elementsOnStack+1):
print("Stack Element {0}".format(-1*i))
print(self.symbolTable[-1 * i])
# Get Symbol from table
def GetSymbolFromSymbolTable(self, identifier):
elementsOnStack = len(self.symbolTable)
for i in range(1, elementsOnStack+1):
if identifier in self.symbolTable[-1 * i].keys():
return self.symbolTable[-1 * i][identifier]
raise(ElementOutOfScopeError(identifier))
# Print newest AST
def printNewestAST(self):
print("<Expr>")
self.ASTStack[-1].printInOrder()
print("</Expr>")
def printTinyIR(self, comment=0):
if comment:
print(";Pre optimized code")
print(";;;IR code")
print(";;;" + self.allCode.replace("\n", "\n;;;") + "tinycode")
print(";;" + self.tinyCode.replace("\n", "\n;;"))
print(";END OF Pre optimized code")
else:
print(";IR code")
print(";" + self.allCode.replace("\n", "\n;") + "tinycode")
print(self.tinyCode)
