Does anyone know what this is, and what programming language ? Protocol ARP = ARPDescriptionTable(OpCode, ARPSrcHardAddress, ARPSrcAddress, ARPDstHardAddress, ARPDestAddress,SourceIPv4Alias,DestinationIPv4Alias) { UINT16 HardwareType = HardwareTypeTable(this); UINT16 ProtocolType = ProtocolTable(this); UINT8 HardwareAddressLen; UINT8 ProtocolAddressLen; UINT16 OpCode = FormatString("%s, %d(%#x)",ARPOpCodeTable(this),this, this); switch(HardwareAddressLen) { case 6: [ARPSrcHardAddress = this.toString] MacAddress SendersMacAddress; default: [ARPSrcHardAddress = this.toString] AsciiString(HardwareAddressLen) SendersHardwareAddress; } switch(ProtocolAddressLen) { case 4: [ ARPSrcAddress = this.toString, SenderProtocolAddress, SourceIPv4Alias = Global.AliasTable$[this], SourceName = Global.NameTable$[this], Source = SourceIPv4Alias ? SourceIPv4Alias : Global.MultiIPAddress$[SourceName] ? this.ToDataTypeString : SourceName ? SourceName : this.ToDataTypeString ] IPv4Address SendersIp4Address; case 16: [ ARPSrcAddress = this.toString, SenderProtocolAddress, SourceIPv6Alias = Global.AliasTable$[this], SourceName = Global.NameTable$[this], Source = SourceIPv6Alias ? SourceIPv6Alias : Global.MultiIPAddress$[SourceName] ? this.ToDataTypeString : SourceName ? SourceName : this.ToDataTypeString ] IPv6Address SendersIp6Address; default: [ARPSrcAddress = this.toString, SenderProtocolAddress, Source ] AsciiString(ProtocolAddressLen) SendersAddress; } switch(HardwareAddressLen) { case 6: [ARPDstHardAddress = this.ToString] MacAddress TargetMacAddress; default: [ARPDstHardAddress = this.ToString] AsciiString(HardwareAddressLen) TargetHardwareAddress; } // [ // Post.BuildConversation( // Property.SenderProtocolAddress < Property.TargetProtocolAddress ? // MakeByteArray(Property.SenderProtocolAddress, Property.TargetProtocolAddress) : // MakeByteArray(Property.TargetProtocolAddress, Property.SenderProtocolAddress) // ), // Post.Conversation.ConversationDescription // = FormatString("(%s - %s) ConvID = %d", ARPSrcAddress, ARPDestAddress,ConvID) // ] switch(ProtocolAddressLen) { case 4: [ ARPDestAddress = this.ToString, TargetProtocolAddress, DestinationIPv4Alias = Global.AliasTable$[this], DestinationName = Global.NameTable$[this], Destination = DestinationIPv4Alias ? DestinationIPv4Alias : Global.MultiIPAddress$[DestinationName] ? this.ToDataTypeString : DestinationName ? DestinationName : this.ToDataTypeString ] IPv4Address TargetIp4Address; case 16: [ ARPDestAddress = this.ToString, TargetProtocolAddress, DestinationIPv6Alias = Global.AliasTable$[this], DestinationName = Global.NameTable$[this], Destination = DestinationIPv6Alias ? DestinationIPv4Alias : Global.MultiIPAddress$[DestinationName] ? this.ToDataTypeString : DestinationName ? DestinationName : this.ToDataTypeString ] IPv6Address TargetIp6Address; default: [ARPDestAddress = this.ToString, TargetProtocolAddress, Destination ] AsciiString(ProtocolAddressLen) TargetAddress; } } Protocol IEEE1394ARP = FormatString("%s, Target IP = %s", ARPOpCodeTable(OpCode), Property.ARPDestAddress) { UINT16 HardwareType = HardwareTypeTable(this); UINT16 ProtocolType = ProtocolTable(this); UINT8 HardwareAddressLen; UINT8 ProtocolAddressLen; UINT16 OpCode = FormatString("%s, %d(%#x)",ARPOpCodeTable(this),this, this); UINT64 SenderUniqueID; UINT8 SenderMaxRec; UINT8 SSPD = IEEE1394ARPSSPDTable(this); UINT48 FIFOOffset; IPv4Address SenderIPAddress; [ARPDestAddress = this.ToString] IPv4Address TargerIPAddress; } Table ARPOpCodeTable(value) { switch(value) { case 1:"Request"; case 2:"Response"; case 3:"Request Reverse"; case 4:"Reply Reverse"; case 5:"DRARP Request"; case 6:"DRARP Reply"; case 7:"DRARP Error"; case 8:"InARP Request"; case 9:"InARP Reply"; case 10:"ARP NAK"; case 11:"MARS Request"; case 12:"MARS Multi"; case 13:"MARS MServ"; case 14:"MARS Join "; case 15:"MARS Leave"; case 16:"MARS NAK"; case 17:"MARS Unserv"; case 18:"MARS SJoin"; case 19:"MARS SLeave"; case 20:"MARS Grouplist Request"; case 21:"MARS Grouplist Reply"; case 22:"MARS Redirect Map"; case 23:"MAPOS UNARP"; default:"Unknown Operation"; } } Table ARPDescriptionTable(OpCode, SrcHardAddress, SrcAddress, DstHardAddress, DstAddress, SourceIPv4Alias, DestinationIPv4Alias) { switch(OpCode) { case 1: FormatString( "Request, %s asks for %s", SourceIPv4Alias ? FormatString("%s(%s)", SourceIPv4Alias, SrcAddress ): SrcAddress, DestinationIPv4Alias ? FormatString("%s(%s)", DestinationIPv4Alias, DstAddress) : DstAddress ); case 2: FormatString( "Response, %s at %s", SourceIPv4Alias ? FormatString("%s(%s)", SourceIPv4Alias, SrcAddress ): SrcAddress, SrcHardAddress ); default: ARPOpCodeTable(OpCode); } } Table IEEE1394ARPSSPDTable(sspd) { switch(sspd) { case 0:"S100"; case 1:"S200"; case 2:"S400"; case 3:"S800"; case 4:"S1600"; case 5:"S3200"; default:"Unknown speed"; } }