Nitro Namespace Reference

Classes
class	Assemblies
	Used for obtaining the current assembly. More...
class	CodeAssembly
	Used for security domains. Represents an assembly that types may be found in. More...
class	CodeLexer
	Provides a wrapper for reading characters from a string of code. It strips comments and other junk internally such as tabs and spaces. More...
class	CodeReference
	Represents an in-code using reference. e.g. using System.System.Text; More...
class	BreakPoint
	Represents a break or continue statement (one which breaks out of a loop, or skips the remaining code within a loop). More...
class	CodeFragment
	Represents a fragment of the text input code. Once compiled, it becomes a CompiledFragment. CompiledFragments are also types of CodeFragment as this allows them to be parented into the original structure. More...
class	ArrayFragment
	Represents a new array construct. More...
class	BaseFragment
	Represents the root node/fragment of all code. More...
class	BracketFragment
	Represents any pair of brackets. More...
class	ConstructorFragment
	Represents a constructor call. More...
class	ForFragment
	Represents a for or while loop. More...
class	IfFragment
	Represents an if statement. More...
class	IndexFragment
	Represents something being indexed, e.g. variable[index]. More...
class	MethodFragment
	Represents a method call. More...
class	NumberFragment
	Represents a fixed number. (e.g. 14). More...
class	OperationFragment
	Represents a single operation. More...
class	OperatorFragment
	Represents a usage of an operator (e.g. '+'). More...
class	PropertyFragment
	Represents a property of an object (e.g. something.property). More...
class	StringFragment
	Represents a fixed text string in the code. (e.g. "hello"). More...
class	SwitchFragment
	Represents a switch block. More...
class	TypeFragment
	Represents a type. (e.g. new TYPE or :TYPE). More...
class	VariableFragment
	Represents a variable. These are essentially text in the code that are not keywords. (e.g. hello=14;) More...
class	CompilationException
	Represents an error in the compilation of some nitro code. More...
class	CompilationServices
	Provides some global methods for compiling operations into executable instructions. More...
class	CompiledClass
	Represents a class being compiled from a nitro code string. More...
class	CompiledFragment
	Represents a code fragment that has been compiled and can now be written out as IL. More...
class	CompiledMethod
	Represents a method/function that is currently being compiled. More...
class	DynamicMethodCompiler
	Compiles dynamic method calls in code into actual calls. More...
class	Handlers
	Used when parsing code into code fragments. This class figures out what type of fragment we have next in order for that type to 'handle' the text from the code. More...
class	KeyWords
	Represents special keywords in the code that must be handled differently, such as return or break. More...
class	MethodOverloads
	This represents a set of methods each with the same name and return type. It's used by classes being compiled to track the methods within them. More...
class	Modifiers
	Helper classes for looking for modifiers such as private var. More...
class	NitroCode
	This class represents a compiled script. It's not directly callable though. You'll need to Instance an object (and cast to whatever baseType used) using the Instance method and can then call methods on that. More...
class	NitroIL
	This is the heart of Nitro. A debuggable IL stream that all nitro outputs IL into. It is essentially a wrapper for the ILGenerator class, enabling the output to be logged. It will automatically log its content by setting defining an 'ildebug' compile time variable. More...
class	Operation
	Represents a compiled operation which can be emitted to IL. More...
class	AddOperation
	Represents the add (A+B) operation. More...
class	AndOperation
	Represents the logical and (A&&B) operation. More...
class	ArrayOperation
	Represents the array construct (new array[]{default,values};, new array[](length);) operation. More...
class	BaseOperation
	Represents the base object. Use this for calling parent methods in overriding methods. More...
class	BitwiseXOrOperation
	Represents the bitwise xor (A^B) operation. More...
class	BoxOperation
	Represents a box operation. These convert a value type into an object. More...
class	BreakOperation
	Represents the break operation. This is used to leave for/while loops. Break may also be followed by a constant value, e.g. break 2, for leaving nested loops. More...
class	CastOperation
	Represents a cast operation. num:float=(14):float; (int to float cast). Casts one object of a certain type to a different type. More...
class	ConstructOperation
	Represents a construct operation. E.g. new typename(); More...
class	ContinueOperation
	Represents a continue operation. It's used to skip remaining code within a loop. It may skip nested loops too using e.g. continue 2;. More...
class	DivideOperation
	Represents the division (A/B) operation. More...
class	EqualsOperation
	Represents the logical equality (A==B) operation. More...
class	ForOperation
	Represents a for or while loop. More...
class	GreaterThanOperation
	Represents the greater than (A>B) operation. More...
class	IfOperation
	Represents an if operation. More...
class	IndexOperation
	Represents an indexing operation on an array. e.g. AppliedTo[Index]. More...
class	LessThanOperation
	Represents the less than (A<B) operation. More...
class	MethodOperation
	Represents a method call. More...
class	ModuloOperation
	Represents the modulo (AB) operation. More...
class	MultiplyOperation
	Represents the multiplication (A*B) operation. More...
class	OrOperation
	Represents the logical or (A||B) operation. More...
class	PropertyOperation
	Represents the a property get/set (Of.property) operation. More...
class	ReturnOperation
	Represents a return (return 14) operation. More...
class	SetOperation
	Represents a set (A=B) operation. More...
class	ShiftLeftOperation
	Represents a left shift (A<<B) operation. More...
class	ShiftRightOperation
	Represents a right shift (A>>B) operation. More...
class	SubtractOperation
	Represents a subtract (A-B) or negation (-A) operation. More...
class	SwitchOperation
	Represents a switch. More...
class	ThisOperation
	Represents the this keyword which is used to enforce accessing a property of this class over using a local variable. More...
class	TypeOperation
	Represents a type being used as an object. E.g. for statics, such as string.concat(..). More...
class	UnboxOperation
	Represents an unbox operation. These convert an object into a value type. More...
class	Operator
	Base class of all operators (+,- etc) and a global lookup for finding an operator instance from its text. When the system starts, all operators are automatically discovered by looking for any Operator classes. You can essentially create your own by simply deriving the Operator class. More...
class	OperatorAdd
	Represents the add (A+B) operator. More...
class	OperatorAddTo
	Represents the add into (A+=B) operator. More...
class	OperatorBitwiseAnd
	Represents the bitwise and (A&B) operator. More...
class	OperatorBitwiseOr
	Represents the bitwise or (A|B) operator. More...
class	OperatorBitwiseXOr
	Represents the bitwise XOR (A^B) operator. More...
class	OperatorDecrement
	Represents the decrement (A–) operator. More...
class	OperatorDivide
	Represents the divide operator (A/B). More...
class	OperatorDivideInTo
	Represents the division into (A/=B) operator. More...
class	OperatorGreaterThan
	Represents the greater than (A>B) operator. More...
class	OperatorGreaterThanOrEql
	Represents the greater than or equal (A>=B) operator. More...
class	OperatorIncrement
	Represents the increment (A++) operator. More...
class	OperatorLessThan
	Represents the less than (A<B) operator. More...
class	OperatorLessThanOrEql
	Represents the less than or equal (A<=B) operator. More...
class	OperatorLogicAnd
	Represents the logical and (A&&B) operator. More...
class	OperatorLogicEql
	Represents the logical equals (==) operator. More...
class	OperatorLogicNotEql
	Represents the logical not equals (!=) operator. More...
class	OperatorLogicOr
	Represents the logical or (A||B) operator. More...
class	OperatorLShift
	Represents the left shift (A<<B) operator. More...
class	OperatorModulo
	Represents the modulo (AB) operator. More...
class	OperatorMultiply
	Represents the multiply (A*B) operator. More...
class	OperatorMultiplyInTo
	Represents the multiply into (A*=B) operator. More...
class	OperatorNot
	Represents the not (!A) operator. More...
class	OperatorRShift
	Represents the right shift (A>>B) operator. More...
class	OperatorSet
	Represents the set (A=B) operator. More...
class	OperatorSubtract
	Represents the subtract (A-B) or negation (-A) operators. More...
class	OperatorSubtractFrom
	Represents the subtract from (A-=B) operator. More...
interface	ISettable
	Represents an object which may have a value set to it. e.g. a variable or an indexed array (something[14]=value;) More...
class	Types
	Global methods that relate to handling variable types and changing/ casting between them. More...
class	Variable
	The base class for a variable and its value. E.g. var something:type; More...
class	LocalVariable
	Represents a local variable; One defined within the body of a method. More...
class	ParameterVariable
	Represents a parameter variable; A value that is received in a method as a parameter. methodName(param1,param2){. More...
class	DynamicMethod< T >
	Represents a method that can be called at runtime. Essentially acts like a delegate. More...
class	NitroDomainManager
	A security manager which defines what is accessible by Nitro. More...
class	Script
	A base class that code instances derive from by default. Nitro.NitroCode.Instance returns an object which should be casted to this unless a different base type was used in the NitroCode constructor. More...
class	SecureName
	Represents a name of a namespace or type that can be allowed or blocked from use. More...
class	TypeAliases
	Stores a map of aliases to system types. E.g. int to System.Int32. More...
struct	Void
	Represents Void (nothing) in nitro. More...

Enumerations

enum Nitro.AddResult

Represents the result of adding a code fragment as a child to another code fragment.

Enumerator
Ok
Stop
Local

enum Nitro.Handler

Represents the different types of handler available. See Handlers class.

Enumerator
Stop
Brackets
String
Type
Operator
Number
Variable
Property

enum Nitro.VariableType

Represents the various different types of variable available in nitro.

Enumerator
Local
Global
Field
Parameter
Any

Delegates

delegate void Nitro.AotFileEvent

(

string

path)