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//
// Copyright (c) ZeroC, Inc. All rights reserved.
//
declare module "ice"
{
namespace Ice
{
class ByteHelper
{
static validate(v:number):boolean;
}
class ShortHelper
{
static validate(v:number):boolean;
}
class IntHelper
{
static validate(v:number):boolean;
}
class FloatHelper
{
static validate(v:number):boolean;
}
class DoubleHelper
{
static validate(v:number):boolean;
}
class LongHelper
{
static validate(v:Long):boolean;
}
class InputStream
{
constructor();
constructor(buffer:Uint8Array);
constructor(communicator:Communicator);
constructor(communicator:Communicator, buffer:Uint8Array);
constructor(encoding:EncodingVersion);
constructor(encoding:EncodingVersion, buffer:Uint8Array);
constructor(communicator:Communicator, encoding:EncodingVersion);
constructor(communicator:Communicator, encoding:EncodingVersion, buffer:Uint8Array);
//
// This function allows this object to be reused, rather than reallocated.
//
reset():void;
clear():void;
swap(other:InputStream):void;
resetEncapsulation():void;
resize(sz:number):void;
startValue():void;
endValue(preserve:boolean):SlicedData;
startException():void;
endException(preserve:boolean):SlicedData;
startEncapsulation():EncodingVersion;
endEncapsulation():void;
skipEmptyEncapsulation():EncodingVersion;
readEncapsulation(encoding:EncodingVersion):Uint8Array;
getEncoding():EncodingVersion;
getEncapsulationSize():number;
skipEncapsulation():EncodingVersion;
startSlice():string; // Returns type ID of next slice
endSlice():void;
skipSlice():void;
readPendingValues():void;
readSize():number;
readAndCheckSeqSize(minSize:number):number;
readBlob(sz:number):Uint8Array;
readOptional(tag:number, expectedFormat:OptionalFormat):boolean;
readByte():number;
readByteSeq():Uint8Array;
readBool():boolean;
readShort():number;
readInt():number;
readLong():Ice.Long;
readFloat():number;
readDouble():number;
readString():string;
readProxy<T extends ObjectPrx>(type:new()=>T):T;
readOptionalProxy<T extends ObjectPrx>(tag:number, type:new()=>T):T|undefined;
readEnum<T>(type:new()=>T):T;
readOptionalEnum<T>(tag:number, type:new()=>T):T|undefined;
readValue<T extends Value>(cb:(value:T) => void, type:new()=>T):void;
readOptionalValue<T extends Value>(tag:number, cb:(value:T) => void, type:new()=>T):void;
throwException():void;
skip(size:number):void;
skipSize():void;
isEmpty():boolean;
expand(n:number):void;
//
// Sets the value factory manager to use when marshaling value instances. If the stream
// was initialized with a communicator, the communicator's value factory manager will
// be used by default.
//
valueFactoryManager:ValueFactoryManager;
//
// Sets the logger to use when logging trace messages. If the stream
// was initialized with a communicator, the communicator's logger will
// be used by default.
//
logger:Logger;
//
// Sets the compact ID resolver to use when unmarshaling value and exception
// instances. If the stream was initialized with a communicator, the communicator's
// resolver will be used by default.
//
compactIdResolver:(compactID:number) => string;
//
// Determines the behavior of the stream when extracting instances of Slice classes.
// A instance is "sliced" when a factory cannot be found for a Slice type ID.
// The stream's default behavior is to slice instances.
//
// If slicing is disabled and the stream encounters a Slice type ID
// during decoding for which no value factory is installed, it raises
// NoValueFactoryException.
//
sliceValues:boolean;
//
// Determines whether the stream logs messages about slicing instances of Slice values.
//
traceSlicing:boolean;
pos:number;
readonly size:number;
readonly buffer:Uint8Array;
}
class OutputStream
{
constructor(communicator?:Ice.Communicator, encoding?:EncodingVersion, buffer?:Uint8Array);
//
// This function allows this object to be reused, rather than reallocated.
//
reset():void;
clear():void;
finished():Uint8Array;
swap(other:OutputStream):void;
resetEncapsulation():void;
resize(sz:number):void;
prepareWrite():Uint8Array;
startValue(data:SlicedData):void;
endValue():void;
startException(data:SlicedData):void;
endException():void;
startEncapsulation():void;
startEncapsulation(encoding:EncodingVersion, format:FormatType):void;
endEncapsulation():void;
writeEmptyEncapsulation(encoding:EncodingVersion):void;
writeEncapsulation(buff:Uint8Array):void;
getEncoding():EncodingVersion;
startSlice(typeId:string, compactId:number, last:boolean):void;
endSlice():void;
writePendingValues():void;
writeSize(v:number):void;
startSize():number;
endSize(pos:number):void;
writeBlob(v:Uint8Array):void;
// Read/write format and tag for optionals
writeOptional(tag:number, format:OptionalFormat):void;
writeByte(v:number):void;
writeByteSeq(v:Uint8Array):void;
writeBool(v:boolean):void;
writeShort(v:number):void;
writeInt(v:number):void;
writeLong(v:Ice.Long):void;
writeFloat(v:number):void;
writeDouble(v:number):void;
writeString(v:string):void;
writeProxy(v:ObjectPrx):void;
writeOptionalProxy(tag:number, v?:ObjectPrx|undefined):void;
/// TODO use a base enum type
writeEnum(v:any):void;
writeValue(v:Ice.Value):void;
writeOptionalValue(tag:number, v?:Ice.Value|undefined):void;
writeException(e:UserException):void;
writeUserException(e:UserException):void;
isEmpty():boolean;
expand(n:number):void;
//
// Sets the encoding format for class and exception instances.
//
format:FormatType;
pos:number;
readonly size:number;
readonly buffer:Uint8Array;
}
}
}
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