Libraries.Language.Compile.QuorumBytecodeListener Documentation

Inherits from: Libraries.Language.Object, Libraries.Language.Compile.QuorumSourceListener

Actions Documentation

Compare(Libraries.Language.Object object)

This action compares two object hash codes and returns an integer. The result is larger if this hash code is larger than the object passed as a parameter, smaller, or equal. In this case, -1 means smaller, 0 means equal, and 1 means larger. This action was changed in Quorum 7 to return an integer, instead of a CompareResult object, because the previous implementation was causing efficiency issues.

Parameters

Return

integer: The Compare result, Smaller, Equal, or Larger.

Example

Object o
Object t
integer result = o:Compare(t) //1 (larger), 0 (equal), or -1 (smaller)

DoAndOr(Libraries.Language.Compile.Context.AndOrContext context)

else we're making a call on a field, so get it off the stack and take a look

Parameters

EnterAccessModifier(Libraries.Language.Compile.Context.AccessModifierContext context)

Parameters

EnterAction(Libraries.Language.Compile.Context.ActionContext context)

Parameters

EnterActionCall(Libraries.Language.Compile.Context.ActionCallContext ctx)

Parameters

EnterActionExpressionList(Libraries.Language.Compile.Context.ActionExpressionListContext context)

Parameters

EnterActionHeader(Libraries.Language.Compile.Context.ActionContext context)

Parameters

EnterActionsNoClass(Libraries.Language.Compile.Context.ActionsNoClassContext context)

get the method name

Parameters

EnterAddition(Libraries.Language.Compile.Context.AdditionContext addition)

Parameters

EnterAlertStatement(Libraries.Language.Compile.Context.AlertContext context)

Parameters

EnterAlwaysStatement(Libraries.Language.Compile.Context.AlwaysStatementContext context)

get the exception variable from the block

Parameters

EnterAnd(Libraries.Language.Compile.Context.AndOrContext context)

make sure the call is allowed and inform the writer

Parameters

EnterAssignmentDeclaration(Libraries.Language.Compile.Context.AssignmentDeclaractionContext context)

Parameters

EnterBlock(Libraries.Language.Compile.Context.BlockContext context)

Parameters

EnterBlueprintAction(Libraries.Language.Compile.Context.ActionContext context)

Parameters

EnterBoolean(Libraries.Language.Compile.Context.BooleanContext context)

Parameters

EnterCast(Libraries.Language.Compile.Context.CastContext context)

Parameters

EnterCheckStatement(Libraries.Language.Compile.Context.CheckContext context)

Parameters

EnterClassStatements(Libraries.Language.Compile.Context.ClassStatementsContext context)

Parameters

EnterClassType(Libraries.Language.Compile.Context.ClassTypeContext context)

Parameters

EnterConstructor(Libraries.Language.Compile.Context.ConstructorContext context)

get the method name

Parameters

EnterDetectStatement(Libraries.Language.Compile.Context.DetectStatementContext context)

Parameters

EnterDocumentation(Libraries.Language.Compile.Context.DocumentationContext context)

Parameters

EnterElseIfStatement(Libraries.Language.Compile.Context.IfContext context)

currentBlock:SetReturnThisBlock(true)

Parameters

EnterElseStatement(Libraries.Language.Compile.Context.IfContext context)

check all my blocks to make sure we satisfy a return

Parameters

EnterEquals(Libraries.Language.Compile.Context.EqualsContext context)

Parameters

EnterFormalParameter(Libraries.Language.Compile.Context.FormalParameterContext context)

Parameters

EnterFullClassDeclaration(Libraries.Language.Compile.Context.FullClassDeclarationContext context)

Parameters

EnterGenericDeclaration(Libraries.Language.Compile.Context.GenericDeclarationContext context)

Parameters

EnterGenericStatement(Libraries.Language.Compile.Context.GenericContext context)

Parameters

EnterIfStatement(Libraries.Language.Compile.Context.IfContext context)

Parameters

EnterInequality(Libraries.Language.Compile.Context.InequalityContext context)

Parameters

EnterInheritStatement(Libraries.Language.Compile.Context.InheritStatementContext context)

Parameters

EnterInheritStatements(Libraries.Language.Compile.Context.InheritStatementsContext context)

Parameters

EnterInitialParentActionCall(Libraries.Language.Compile.Context.ActionCallContext ctx)

handle any casts, if there are any

Parameters

EnterInput(Libraries.Language.Compile.Context.InputContext context)

Parameters

EnterInputNoParameters(Libraries.Language.Compile.Context.InputContext context)

Parameters

EnterInteger(Libraries.Language.Compile.Context.IntegerContext int)

Parameters

EnterIs(Libraries.Language.Compile.Context.IsContext context)

Parameters

EnterLoopStatement(Libraries.Language.Compile.Context.LoopContext context)

Parameters

EnterMe(Libraries.Language.Compile.Context.MeContext context)

Parameters

EnterMeVariableAccess(Libraries.Language.Compile.Context.MeVariableAccessContext context)

Parameters

EnterMinus(Libraries.Language.Compile.Context.UnaryMinusContext context)

Parameters

EnterMultiplication(Libraries.Language.Compile.Context.MultiplicationContext context)

Parameters

EnterNoActionsNoClass(Libraries.Language.Compile.Context.NoActionsNoClassContext context)

Parameters

EnterNoClassDeclaration(Libraries.Language.Compile.Context.NoClassDeclarationContext ctx)

Parameters

EnterNoTypeAssignment(Libraries.Language.Compile.Context.NoTypeAssignmentContext context)

the system should have already output an error, so return

Parameters

EnterNormalAssignment(Libraries.Language.Compile.Context.NormalAssignmentContext context)

Parameters

EnterNot(Libraries.Language.Compile.Context.NotContext context)

Parameters

EnterNumber(Libraries.Language.Compile.Context.NumberContext context)

Parameters

EnterObjectAssignment(Libraries.Language.Compile.Context.ObjectAssignmentContext context)

Parameters

EnterOr(Libraries.Language.Compile.Context.AndOrContext context)

Parameters

EnterOutputStatement(Libraries.Language.Compile.Context.OutputContext context)

Parameters

EnterPackageRule(Libraries.Language.Compile.Context.PackageContext context)

Parameters

EnterParentAssignment(Libraries.Language.Compile.Context.ParentAssignmentContext context)

Parameters

EnterParentFieldAccess(Libraries.Language.Compile.Context.ParentFieldAccessContext context)

Parameters

EnterParentVariableFunctionCall(Libraries.Language.Compile.Context.ParentVariableFunctionCallContext context)

the left hand side for the user if they so choose

Parameters

EnterParentVariableSoloFunctionCall(Libraries.Language.Compile.Context.ParentVariableFunctionCallContext context)

it is mapped to a generic, so find the variable it is mapped to

Parameters

EnterParenthesisExpression(Libraries.Language.Compile.Context.ParenthesisContext context)

Parameters

EnterQualifiedName(Libraries.Language.Compile.Context.QualifiedNameContext context)

Parameters

EnterReturnStatement(Libraries.Language.Compile.Context.ReturnContext context)

Parameters

EnterSayStatement(Libraries.Language.Compile.Context.SayContext context)

Parameters

EnterStart(Libraries.Language.Compile.Context.StartContext context)

Parameters

EnterStatement(Libraries.Language.Compile.Context.StatementContext context)

Parameters

EnterSystemAction(Libraries.Language.Compile.Context.ActionContext context)

Parameters

EnterText(Libraries.Language.Compile.Context.TextContext context)

Parameters

EnterUndefined(Libraries.Language.Compile.Context.UndefinedContext context)

Parameters

EnterUse(Libraries.Language.Compile.Context.UseContext context)

Parameters

EnterVariableFunctionCall(Libraries.Language.Compile.Context.VariableFunctionCallContext context)

no index, this is an error

Parameters

EnterVariableSoloFunctionCall(Libraries.Language.Compile.Context.VariableFunctionCallContext context)

hey awesome, that was easy!

Parameters

Equals(Libraries.Language.Object object)

This action determines if two objects are equal based on their hash code values.

Parameters

Return

boolean: True if the hash codes are equal and false if they are not equal.

Example

use Libraries.Language.Object
use Libraries.Language.Types.Text
Object o
Text t
boolean result = o:Equals(t)

ExitAccessModifier(Libraries.Language.Compile.Context.AccessModifierContext context)

Parameters

ExitAction(Libraries.Language.Compile.Context.ActionContext context)

Parameters

ExitActionCall(Libraries.Language.Compile.Context.ActionCallContext context)

get the full static key of the parent

Parameters

ExitActionExpressionList(Libraries.Language.Compile.Context.ActionExpressionListContext context)

thus, if there's a return type, we need to pop it off the stack.

Parameters

ExitActionHeader(Libraries.Language.Compile.Context.ActionContext context)

Parameters

ExitActionsNoClass(Libraries.Language.Compile.Context.ActionsNoClassContext context)

Parameters

ExitAddition(Libraries.Language.Compile.Context.AdditionContext addition)

Parameters

ExitAlertStatement(Libraries.Language.Compile.Context.AlertContext context)

Parameters

ExitAlwaysStatement(Libraries.Language.Compile.Context.AlwaysStatementContext context)

check to make sure this is valid in the current class.

Parameters

ExitAnd(Libraries.Language.Compile.Context.AndOrContext context)

I don't know why, but this fixes a Quorum 2 bug.

Parameters

ExitAssignmentDeclaration(Libraries.Language.Compile.Context.AssignmentDeclaractionContext context)

Parameters

ExitBlock(Libraries.Language.Compile.Context.BlockContext context)

Parameters

ExitBlueprintAction(Libraries.Language.Compile.Context.ActionContext context)

Parameters

ExitBoolean(Libraries.Language.Compile.Context.BooleanContext context)

Parameters

ExitCast(Libraries.Language.Compile.Context.CastContext context)

if it is, again previous phase will catch this

Parameters

ExitCheckStatement(Libraries.Language.Compile.Context.CheckContext context)

Parameters

ExitClass()

ExitClassStatements(Libraries.Language.Compile.Context.ClassStatementsContext context)

Parameters

ExitClassType(Libraries.Language.Compile.Context.ClassTypeContext context)

Parameters

ExitConstructor(Libraries.Language.Compile.Context.ConstructorContext context)

Parameters

ExitDetectStatement(Libraries.Language.Compile.Context.DetectStatementContext context)

Parameters

ExitDocumentation(Libraries.Language.Compile.Context.DocumentationContext context)

Parameters

ExitElseIfStatement(Libraries.Language.Compile.Context.IfContext context)

get all of the elseif blocks and check them too

Parameters

ExitElseStatement(Libraries.Language.Compile.Context.IfContext context)

there is a problem and we have previously thrown a compiler error

Parameters

ExitEquals(Libraries.Language.Compile.Context.EqualsContext context)

it's not in the current class

Parameters

ExitFormalParameter(Libraries.Language.Compile.Context.FormalParameterContext context)

Parameters

ExitFullClassDeclaration(Libraries.Language.Compile.Context.FullClassDeclarationContext context)

Parameters

ExitGenericDeclaration(Libraries.Language.Compile.Context.GenericDeclarationContext context)

Parameters

ExitGenericStatement(Libraries.Language.Compile.Context.GenericContext context)

Parameters

ExitIfStatement(Libraries.Language.Compile.Context.IfContext context)

Parameters

ExitInequality(Libraries.Language.Compile.Context.InequalityContext context)

get the most recent type off the stack

Parameters

ExitInheritStatement(Libraries.Language.Compile.Context.InheritStatementContext context)

Parameters

ExitInheritStatements(Libraries.Language.Compile.Context.InheritStatementsContext context)

Parameters

ExitInitialParentActionCall(Libraries.Language.Compile.Context.ActionCallContext ctx)

issue an error, this is not allowed.

Parameters

ExitInput(Libraries.Language.Compile.Context.InputContext context)

Parameters

ExitInputNoParameters(Libraries.Language.Compile.Context.InputContext context)

check if it's either text or undefined

Parameters

ExitInteger(Libraries.Language.Compile.Context.IntegerContext context)

Parameters

ExitIs(Libraries.Language.Compile.Context.IsContext context)

if it isn't text, it better be either Object or a subclass

Parameters

ExitLoopStatement(Libraries.Language.Compile.Context.LoopContext context)

Parameters

ExitMe(Libraries.Language.Compile.Context.MeContext context)

Parameters

ExitMeVariableAccess(Libraries.Language.Compile.Context.MeVariableAccessContext context)

Parameters

ExitMinus(Libraries.Language.Compile.Context.UnaryMinusContext context)

Parameters

ExitMultiplication(Libraries.Language.Compile.Context.MultiplicationContext context)

Parameters

ExitNoActionsNoClass(Libraries.Language.Compile.Context.NoActionsNoClassContext context)

Parameters

ExitNoClassDeclaration(Libraries.Language.Compile.Context.NoClassDeclarationContext ctx)

Parameters

ExitNoTypeAssignment(Libraries.Language.Compile.Context.NoTypeAssignmentContext context)

we can't allow this to be instantiated, throw an error

Parameters

ExitNormalAssignment(Libraries.Language.Compile.Context.NormalAssignmentContext context)

the system should have already output an error, so return

Parameters

ExitNot(Libraries.Language.Compile.Context.NotContext context)

Parameters

ExitNumber(Libraries.Language.Compile.Context.NumberContext context)

Parameters

ExitObjectAssignment(Libraries.Language.Compile.Context.ObjectAssignmentContext context)

Parameters

ExitOr(Libraries.Language.Compile.Context.AndOrContext context)

Parameters

ExitOutputStatement(Libraries.Language.Compile.Context.OutputContext context)

now check to see if it's even possible that this type "is" the other type

Parameters

ExitPackageRule(Libraries.Language.Compile.Context.PackageContext context)

Parameters

ExitParentAssignment(Libraries.Language.Compile.Context.ParentAssignmentContext context)

if it is, again previous phase

Parameters

ExitParentFieldAccess(Libraries.Language.Compile.Context.ParentFieldAccessContext context)

Parameters

ExitParentVariableFunctionCall(Libraries.Language.Compile.Context.ParentVariableFunctionCallContext context)

this action is private and in another class.

Parameters

ExitParentVariableSoloFunctionCall(Libraries.Language.Compile.Context.ParentVariableFunctionCallContext context)

primitive, so get the object version

Parameters

ExitParenthesisExpression(Libraries.Language.Compile.Context.ParenthesisContext context)

Parameters

ExitQualifiedName(Libraries.Language.Compile.Context.QualifiedNameContext context)

Parameters

ExitReturnStatement(Libraries.Language.Compile.Context.ReturnContext context)

throw a compiler error.

Parameters

ExitSayStatement(Libraries.Language.Compile.Context.SayContext context)

Parameters

ExitStart(Libraries.Language.Compile.Context.StartContext context)

Parameters

ExitStatement(Libraries.Language.Compile.Context.StatementContext context)

if this is not a void method, handle the return

Parameters

ExitSystemAction(Libraries.Language.Compile.Context.ActionContext context)

Parameters

ExitText(Libraries.Language.Compile.Context.TextContext context)

Parameters

ExitUndefined(Libraries.Language.Compile.Context.UndefinedContext context)

Parameters

ExitUse(Libraries.Language.Compile.Context.UseContext context)

Parameters

ExitVariableFunctionCall(Libraries.Language.Compile.Context.VariableFunctionCallContext context)

this action must be defined in a parent. Map its generics separately

Parameters

ExitVariableSoloFunctionCall(Libraries.Language.Compile.Context.VariableFunctionCallContext context)

matters or not.

Parameters

FinishActionResolution(Libraries.Language.Compile.Translate.ActionCallOpcode actionCall, Libraries.Language.Compile.Symbol.ActionCallResolution resolved)

the left hand side for the user if they so choose

Parameters

GetBuildFile()

Return

Libraries.System.File

GetBuildInterfaceFile()

Return

Libraries.System.File

GetClassOpcode()

This returns true if a say statement exists within this class.

Return

Libraries.Language.Compile.Translate.ClassOpcode:

GetCompilerErrorManager()

Return

Libraries.Language.Compile.CompilerErrorManager

GetFile()

Return

Libraries.System.File

GetHashCode()

This action gets the hash code for an object.

Return

integer: The integer hash code of the object.

Example

Object o
integer hash = o:GetHashCode()

GetLexer()

Return

Libraries.Language.Compile.Lexer

GetSource()

Return

text

GetSymbolTable()

Return

Libraries.Language.Compile.Symbol.SymbolTable

GetTypeChecker()

Return

Libraries.Language.Compile.Symbol.TypeChecker

HasSayStatementInClass()

This returns true if a say statement exists within this class.

Return

boolean:

SetCompilerErrorManager(Libraries.Language.Compile.CompilerErrorManager errors)

Parameters

SetFile(Libraries.System.File file)

Parameters

SetLexer(Libraries.Language.Compile.Lexer lexer)

Parameters

SetSource(text source)

Parameters

  • text source

SetSymbolTable(Libraries.Language.Compile.Symbol.SymbolTable table)

Parameters

SetTypeChecker(Libraries.Language.Compile.Symbol.TypeChecker checker)

Parameters

SyntaxError(Libraries.Language.Compile.CompilerError error)

This action is called only under the condition that we are receiving error message events from the underlying parser technology (e.g., ANTLR). If we are, the messages will be propogated. Generally, this action does not need to be overriden.

Parameters