Leaked source code of windows server 2003
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//****************************************************************************
//
// Microsoft NT Remote Access Service
//
// Copyright 1992-93
//
//
// Revision History
//
//
// 5/26/92 Gurdeep Singh Pall Created
//
//
// Description: This file contains all structure and constant definitions for
// RAS Manager Component.
//
//****************************************************************************
#ifndef _RASMAN_
#define _RASMAN_
#define RASMERGE
#include <windows.h>
#include <mprapi.h> // defines for MAX_MEDIA_NAME, MAX_DEVICE_NAME
// MAX_PORT_NAME
#include <ras.h>
#include <rpc.h> // for RPC_BIND_HANDLE
#include <rasapip.h> // for RASEVENT
#define WM_RASAPICOMPLETE 0xCCCC // From the "user" window msg range
#define RASMAN_SERVICE_NAME "RASMAN"
#define MAX_USERKEY_SIZE 132
#define MAX_PARAM_KEY_SIZE 32
#define MAX_XPORT_NAME 128
#define MAX_IDENTIFIER_SIZE 32
#define MAX_STAT_NAME 32
#define MAX_CHALLENGE_SIZE 8
#define MAX_RESPONSE_SIZE 24
#define MAX_USERNAME_SIZE UNLEN
#define MAX_DOMAIN_SIZE DNLEN
#define MAX_PASSWORD_SIZE PWLEN
#define MAX_LAN_NETS 16
#define MAX_PROTOCOLS_PER_PORT 4
#define MAX_DLL_NAME_SIZE 8
#define MAX_ENTRYPOINT_NAME_SIZE 32
#define MAX_ARG_STRING_SIZE 128
#define MAX_ENTRYNAME_SIZE 256
#define MAX_PHONENUMBER_SIZE 128
#define MAX_CALLBACKNUMBER_SIZE MAX_PHONENUMBER_SIZE
#define MAX_PHONEENTRY_SIZE (MAX_PHONENUMBER_SIZE < MAX_ENTRYNAME_SIZE \
? MAX_ENTRYNAME_SIZE \
: MAX_PHONENUMBER_SIZE)
#define RASMAN_MAX_PROTOCOLS 32 // matches MAX_PROTOCOLS defined in wanpub.h
#define RASMAN_PROTOCOL_ADDED 1
#define RASMAN_PROTOCOL_REMOVED 2
#define INVALID_TAPI_ID 0xffffffff
//
// Defines for Ndiswan DriverCaps
//
#define RAS_NDISWAN_40BIT_ENABLED 0x00000000
#define RAS_NDISWAN_128BIT_ENABLED 0x00000001
typedef HANDLE HPORT ;
typedef HANDLE HBUNDLE ;
typedef HANDLE HCONN;
#define INVALID_HPORT ((HPORT) -1)
enum RASMAN_STATUS {
OPEN = 0,
CLOSED = 1,
UNAVAILABLE = 2,
REMOVED = 3
} ;
typedef enum RASMAN_STATUS RASMAN_STATUS ;
//
// Max Total Number of dialed in clients allowed.
//
#define MAX_ALLOWED_DIALIN 1000
#define CALL_NONE 0x00
#define CALL_IN 0x01
#define CALL_OUT 0x02
#define CALL_ROUTER 0x04
#define CALL_LOGON 0x08
#define CALL_OUT_ONLY 0x10
#define CALL_IN_ONLY 0x20
#define CALL_OUTBOUND_ROUTER 0x40
#define CALL_DEVICE_NOT_FOUND 0x10000000
typedef DWORD RASMAN_USAGE ;
#define RASMAN_ALIGN8(_x) ((_x + 7) & (~7))
#define RASMAN_ALIGN(_x) ((_x + sizeof(ULONG_PTR) - 1) & (~(sizeof(ULONG_PTR) - 1)))
#define RasInitializeCriticalSection(_cs, _status) \
{ \
*_status = 0; \
try \
{ \
InitializeCriticalSection(_cs); \
} \
except(EXCEPTION_EXECUTE_HANDLER) \
{ \
*_status = GetExceptionCode(); \
} \
} \
enum RAS_FORMAT {
Number = 0,
String = 1
} ;
typedef enum RAS_FORMAT RAS_FORMAT ;
union RAS_VALUE {
DWORD Number ;
struct
{
DWORD Length ;
DWORD dwAlign;
PCHAR Data ;
} String ;
struct
{
DWORD Length;
DWORD dwAlign1;
DWORD dwOffset;
DWORD dwAlign2;
} String_OffSet;
} ;
typedef union RAS_VALUE RAS_VALUE ;
enum RASMAN_STATE {
CONNECTING = 0,
LISTENING = 1,
CONNECTED = 2,
DISCONNECTING = 3,
DISCONNECTED = 4,
LISTENCOMPLETED = 5,
} ;
typedef enum RASMAN_STATE RASMAN_STATE ;
enum RASMAN_CONNECTION_STATE {
RCS_NOT_CONNECTED = 0,
RCS_CONNECTING,
RCS_CONNECTED
};
typedef enum RASMAN_CONNECTION_STATE RASMAN_CONNECTION_STATE;
enum RASMAN_DISCONNECT_REASON {
USER_REQUESTED = 0,
REMOTE_DISCONNECTION = 1,
HARDWARE_FAILURE = 2,
NOT_DISCONNECTED = 3
} ;
typedef enum RASMAN_DISCONNECT_REASON RASMAN_DISCONNECT_REASON ;
struct RAS_PARAMS {
CHAR P_Key [MAX_PARAM_KEY_SIZE] ;
RAS_FORMAT P_Type ;
BYTE P_Attributes ;
BYTE balign[3];
RAS_VALUE P_Value ;
} ;
typedef struct RAS_PARAMS RAS_PARAMS ;
struct RASMAN_PORT {
HPORT P_Handle ;
CHAR P_PortName [MAX_PORT_NAME] ;
RASMAN_STATUS P_Status ;
RASDEVICETYPE P_rdtDeviceType;
RASMAN_USAGE P_ConfiguredUsage ;
RASMAN_USAGE P_CurrentUsage ;
CHAR P_MediaName [MAX_MEDIA_NAME] ;
CHAR P_DeviceType[MAX_DEVICETYPE_NAME] ;
CHAR P_DeviceName[MAX_DEVICE_NAME+1] ;
DWORD P_LineDeviceId ;
DWORD P_AddressId ;
} ;
typedef struct RASMAN_PORT RASMAN_PORT ;
struct RASMAN_PORT_32 {
DWORD P_Port ;
CHAR P_PortName [MAX_PORT_NAME] ;
RASMAN_STATUS P_Status ;
RASDEVICETYPE P_rdtDeviceType;
RASMAN_USAGE P_ConfiguredUsage ;
RASMAN_USAGE P_CurrentUsage ;
CHAR P_MediaName [MAX_MEDIA_NAME] ;
CHAR P_DeviceType[MAX_DEVICETYPE_NAME] ;
CHAR P_DeviceName[MAX_DEVICE_NAME+1] ;
DWORD P_LineDeviceId ;
DWORD P_AddressId ;
};
typedef struct RASMAN_PORT_32 RASMAN_PORT_32;
struct RASMAN_PORT_400 {
HPORT P_Handle ;
CHAR P_PortName [MAX_PORT_NAME] ;
RASMAN_STATUS P_Status ;
RASMAN_USAGE P_ConfiguredUsage ;
RASMAN_USAGE P_CurrentUsage ;
CHAR P_MediaName [MAX_MEDIA_NAME] ;
CHAR P_DeviceType[MAX_DEVICETYPE_NAME] ;
CHAR P_DeviceName[MAX_DEVICE_NAME+1] ;
DWORD P_LineDeviceId ; // only valid for TAPI devices
DWORD P_AddressId ; // only valid for TAPI devices
} ;
typedef struct RASMAN_PORT_400 RASMAN_PORT_400 ;
struct RASMAN_PORTINFO {
DWORD PI_NumOfParams ;
DWORD dwAlign;
RAS_PARAMS PI_Params[1] ;
} ;
typedef struct RASMAN_PORTINFO RASMAN_PORTINFO ;
struct RASMAN_DEVICE {
CHAR D_Name [MAX_DEVICE_NAME+1] ;
} ;
typedef struct RASMAN_DEVICE RASMAN_DEVICE ;
struct RASMAN_DEVICEINFO {
DWORD DI_NumOfParams ;
DWORD dwAlign;
RAS_PARAMS DI_Params[1] ;
} ;
typedef struct RASMAN_DEVICEINFO RASMAN_DEVICEINFO ;
enum RAS_PROTOCOLTYPE {
ASYBEUI = 0x80D5,
IPX = 0x8137,
IP = 0x0800,
ARP = 0x0806,
APPLETALK = 0x80F3,
XNS = 0x0600,
RASAUTH = 0x8FFF,
INVALID_TYPE= 0x2222
} ;
typedef enum RAS_PROTOCOLTYPE RAS_PROTOCOLTYPE ;
struct RASMAN_PROTOCOLINFO {
CHAR PI_XportName [MAX_XPORT_NAME] ;
RAS_PROTOCOLTYPE PI_Type ;
} ;
typedef struct RASMAN_PROTOCOLINFO RASMAN_PROTOCOLINFO ;
struct RASMAN_ROUTEINFO {
RAS_PROTOCOLTYPE RI_Type ;
BYTE RI_LanaNum ;
WCHAR RI_XportName [MAX_XPORT_NAME] ;
WCHAR RI_AdapterName [MAX_XPORT_NAME] ;
} ;
typedef struct RASMAN_ROUTEINFO RASMAN_ROUTEINFO ;
struct RAS_PROTOCOLS {
RASMAN_ROUTEINFO RP_ProtocolInfo[MAX_PROTOCOLS_PER_PORT] ;
} ;
typedef struct RAS_PROTOCOLS RAS_PROTOCOLS ;
typedef struct _RAS_CALLEDID_INFO
{
DWORD dwSize;
BYTE bCalledId[1];
} RAS_CALLEDID_INFO, *PRAS_CALLEDID_INFO;
typedef struct _RAS_DEVICE_INFO
{
DWORD dwVersion;
BOOL fWrite;
BOOL fRasEnabled;
BOOL fRouterEnabled;
BOOL fRouterOutboundEnabled;
DWORD dwTapiLineId;
DWORD dwError;
DWORD dwNumEndPoints;
DWORD dwMaxOutCalls;
DWORD dwMaxInCalls;
DWORD dwMinWanEndPoints;
DWORD dwMaxWanEndPoints;
RASDEVICETYPE eDeviceType;
GUID guidDevice;
CHAR szPortName[MAX_PORT_NAME + 1];
CHAR szDeviceName[MAX_DEVICE_NAME + 1];
WCHAR wszDeviceName[MAX_DEVICE_NAME + 1];
} RAS_DEVICE_INFO, *PRAS_DEVICE_INFO;
#define RASMAN_DEFAULT_CREDS 0x00000001
#define RASMAN_OPEN_CALLOUT 0x00000002
struct RASMAN_INFO {
RASMAN_STATUS RI_PortStatus ;
RASMAN_STATE RI_ConnState ;
DWORD RI_LinkSpeed ;
DWORD RI_LastError ;
RASMAN_USAGE RI_CurrentUsage ;
CHAR RI_DeviceTypeConnecting [MAX_DEVICETYPE_NAME] ;
CHAR RI_DeviceConnecting [MAX_DEVICE_NAME + 1] ;
CHAR RI_szDeviceType[MAX_DEVICETYPE_NAME];
CHAR RI_szDeviceName[MAX_DEVICE_NAME + 1];
CHAR RI_szPortName[MAX_PORT_NAME + 1];
RASMAN_DISCONNECT_REASON RI_DisconnectReason ;
DWORD RI_OwnershipFlag ;
DWORD RI_ConnectDuration ;
DWORD RI_BytesReceived ;
//
// If this port belongs to a connection, then
// the following fields are filled in.
//
CHAR RI_Phonebook[MAX_PATH+1];
CHAR RI_PhoneEntry[MAX_PHONEENTRY_SIZE+1];
HCONN RI_ConnectionHandle;
DWORD RI_SubEntry;
RASDEVICETYPE RI_rdtDeviceType;
GUID RI_GuidEntry;
DWORD RI_dwSessionId;
DWORD RI_dwFlags;
} ;
typedef struct RASMAN_INFO RASMAN_INFO ;
struct RASMAN_INFO_400 {
RASMAN_STATUS RI_PortStatus ;
RASMAN_STATE RI_ConnState ;
DWORD RI_LinkSpeed ;
DWORD RI_LastError ;
RASMAN_USAGE RI_CurrentUsage ;
CHAR RI_DeviceTypeConnecting [MAX_DEVICETYPE_NAME] ;
CHAR RI_DeviceConnecting [MAX_DEVICE_NAME+1] ;
RASMAN_DISCONNECT_REASON RI_DisconnectReason ;
DWORD RI_OwnershipFlag ;
DWORD RI_ConnectDuration ;
DWORD RI_BytesReceived ;
//
// If this port belongs to a connection, then
// the following fields are filled in.
//
CHAR RI_Phonebook[MAX_PATH+1];
CHAR RI_PhoneEntry[MAX_PHONEENTRY_SIZE+1];
HCONN RI_ConnectionHandle;
DWORD RI_SubEntry;
} ;
typedef struct RASMAN_INFO_400 RASMAN_INFO_400 ;
struct RAS_STATISTICS {
WORD S_NumOfStatistics ;
ULONG S_Statistics[1] ;
} ;
typedef struct RAS_STATISTICS RAS_STATISTICS ;
#define MAX_STATISTICS 14
#define MAX_STATISTICS_EX (MAX_STATISTICS * 2)
#define MAX_STATISTICS_EXT 12
struct RAS_DEVCONFIG
{
DWORD dwOffsetofModemSettings;
DWORD dwSizeofModemSettings;
DWORD dwOffsetofExtendedCaps;
DWORD dwSizeofExtendedCaps;
BYTE abInfo[1];
};
typedef struct RAS_DEVCONFIG RAS_DEVCONFIG;
#ifdef RASMERGE
//
// These structures have been added temporarily
// to rasman.h when the RAS ui was moved over.
// They are necessary to get the UI to compile,
// but are not used internally. These structures
// should be removed when the UI is converted to
// mpradmin APIs. (adiscolo 16-Sep-1996)
//
typedef struct _RAS_PORT_STATISTICS
{
// The connection statistics are followed by port statistics
// A connection is across multiple ports.
DWORD dwBytesXmited;
DWORD dwBytesRcved;
DWORD dwFramesXmited;
DWORD dwFramesRcved;
DWORD dwCrcErr;
DWORD dwTimeoutErr;
DWORD dwAlignmentErr;
DWORD dwHardwareOverrunErr;
DWORD dwFramingErr;
DWORD dwBufferOverrunErr;
DWORD dwBytesXmitedUncompressed;
DWORD dwBytesRcvedUncompressed;
DWORD dwBytesXmitedCompressed;
DWORD dwBytesRcvedCompressed;
// the following are the port statistics
DWORD dwPortBytesXmited;
DWORD dwPortBytesRcved;
DWORD dwPortFramesXmited;
DWORD dwPortFramesRcved;
DWORD dwPortCrcErr;
DWORD dwPortTimeoutErr;
DWORD dwPortAlignmentErr;
DWORD dwPortHardwareOverrunErr;
DWORD dwPortFramingErr;
DWORD dwPortBufferOverrunErr;
DWORD dwPortBytesXmitedUncompressed;
DWORD dwPortBytesRcvedUncompressed;
DWORD dwPortBytesXmitedCompressed;
DWORD dwPortBytesRcvedCompressed;
} RAS_PORT_STATISTICS, *PRAS_PORT_STATISTICS;
#define RASSAPI_MAX_PARAM_KEY_SIZE 32
enum RAS_PARAMS_FORMAT {
ParamNumber = 0,
ParamString = 1
} ;
typedef enum RAS_PARAMS_FORMAT RAS_PARAMS_FORMAT ;
union RAS_PARAMS_VALUE {
DWORD Number ;
struct {
DWORD Length ;
PCHAR Data ;
} String ;
} ;
typedef union RAS_PARAMS_VALUE RAS_PARAMS_VALUE ;
struct RAS_PARAMETERS {
CHAR P_Key [RASSAPI_MAX_PARAM_KEY_SIZE] ;
RAS_PARAMS_FORMAT P_Type ;
BYTE P_Attributes ;
RAS_PARAMS_VALUE P_Value ;
} ;
typedef struct RAS_PARAMETERS RAS_PARAMETERS ;
#endif // RASMERGE
#define BYTES_XMITED 0 // Generic Stats
#define BYTES_RCVED 1
#define FRAMES_XMITED 2
#define FRAMES_RCVED 3
#define CRC_ERR 4 // Hardware Stats
#define TIMEOUT_ERR 5
#define ALIGNMENT_ERR 6
#define HARDWARE_OVERRUN_ERR 7
#define FRAMING_ERR 8
#define BUFFER_OVERRUN_ERR 9
#define BYTES_XMITED_UNCOMPRESSED 10 // Compression Stats
#define BYTES_RCVED_UNCOMPRESSED 11
#define BYTES_XMITED_COMPRESSED 12
#define BYTES_RCVED_COMPRESSED 13
#define COMPRESSION_RATIO_IN 10
#define COMPRESSION_RATIO_OUT 11
#define MSTYPE_COMPRESSION 0x00000001
#define MSTYPE_ENCRYPTION_40 0x00000010
#define MSTYPE_ENCRYPTION_40F 0x00000020
#define MSTYPE_ENCRYPTION_128 0x00000040
#define MSTYPE_ENCRYPTION_56 0x00000080
#define MSTYPE_HISTORYLESS 0x01000000
#define MACTYPE_NT31RAS 254
#define MAX_SESSIONKEY_SIZE 8
#define MAX_USERSESSIONKEY_SIZE 16
#define MAX_NT_RESPONSE_SIZE 24
#define MAX_COMPVALUE_SIZE 32
#define MAX_COMPOUI_SIZE 3
#define MAX_EAPKEY_SIZE 256
#define VERSION_40 4
#define VERSION_50 5
#define VERSION_501 6
//
// Information stored in rasman per-connection.
//
#define CONNECTION_PPPMODE_INDEX 0
#define CONNECTION_PPPRESULT_INDEX 1
#define CONNECTION_AMBRESULT_INDEX 2
#define CONNECTION_SLIPRESULT_INDEX 3
#define CONNECTION_PPPREPLYMESSAGE_INDEX 4
#define CONNECTION_IPSEC_INFO_INDEX 5
#define CONNECTION_CREDENTIALS_INDEX 6
#define CONNECTION_CUSTOMAUTHINTERACTIVEDATA_INDEX 7
#define CONNECTION_TCPWINDOWSIZE_INDEX 8
#define CONNECTION_LUID_INDEX 9
#define CONNECTION_REFINTERFACEGUID_INDEX 10
#define CONNECTION_REFDEVICEGUID_INDEX 11
#define CONNECTION_DEVICEGUID_INDEX 12
//
// Information stored in rasman per-port.
//
#define PORT_PHONENUMBER_INDEX 0
#define PORT_DEVICENAME_INDEX 1
#define PORT_DEVICETYPE_INDEX 2
#define PORT_CONNSTATE_INDEX 3
#define PORT_CONNERROR_INDEX 4
#define PORT_CONNRESPONSE_INDEX 5
#define PORT_CUSTOMAUTHDATA_INDEX 6
#define PORT_CUSTOMAUTHINTERACTIVEDATA_INDEX 7
#define PORT_IPSEC_INFO_INDEX 8
#define PORT_USERSID_INDEX 9
#define PORT_DIALPARAMSUID_INDEX 10
#define PORT_OLDPASSWORD_INDEX 11
#define PORT_CREDENTIALS_INDEX 12
#define PORT_SLIPFLAGS_INDEX 13
//
// IPSEC DOI ESP algorithms
//
#define RASMAN_IPSEC_ESP_DES 0x00000001
#define RASMAN_IPSEC_ESP_DES_40 0x00000002
#define RASMAN_IPSEC_ESP_3_DES 0x00000004
#define RASMAN_IPSEC_ESP_MAX 0x00000008
//
// Defines for COMPRESS_INFO AuthType field
//
#define AUTH_USE_MSCHAPV1 0x00000001
#define AUTH_USE_MSCHAPV2 0x00000002
#define AUTH_USE_EAP 0x00000003
//
// Defines for COMPRESS_INFO flags
//
#define CCP_PAUSE_DATA 0x00000001 // this bit is set if the bundle
// should pause data transfer.
// the bit is cleared if the bundle
// should resume data transfer
#define CCP_IS_SERVER 0x00000002 // this bit is set if the bundle
// is the server
// the bit is cleared if the bundle
// is the client
#define CCP_SET_KEYS 0x00000004 // indicates that the key
// information is valid
#define CCP_SET_COMPTYPE 0x00000008 // indicates that the comptype
enum RAS_L2TP_ENCRYPTION
{
RAS_L2TP_NO_ENCRYPTION = 0, // Request no encryption
RAS_L2TP_OPTIONAL_ENCRYPTION, // Request encryption but none OK
RAS_L2TP_REQUIRE_ENCRYPTION, // Require encryption of any strength
RAS_L2TP_REQUIRE_MAX_ENCRYPTION // Require maximum strength encryption
};
typedef enum RAS_L2TP_ENCRYPTION RAS_L2TP_ENCRYPTION;
struct RAS_COMPRESSION_INFO {
//
// May be used for encryption, non-zero if supported.
//
UCHAR RCI_LMSessionKey[MAX_SESSIONKEY_SIZE];
//
// Used for 128Bit encryption, non-zero if supported.
//
UCHAR RCI_UserSessionKey[MAX_USERSESSIONKEY_SIZE];
//
// Used for 128Bit encryption, only valid if RCI_UserSessionKey is valid.
//
UCHAR RCI_Challenge[MAX_CHALLENGE_SIZE];
UCHAR RCI_NTResponse[MAX_NT_RESPONSE_SIZE];
//
// bit 0 = MPPPC, bit 5 = encryption
//
ULONG RCI_MSCompressionType;
ULONG RCI_AuthType;
//
// 0=OUI, 1-253 = Public, 254 = NT31 RAS, 255=Not supported
//
UCHAR RCI_MacCompressionType;
WORD RCI_MacCompressionValueLength ;
union {
struct { // Proprietary: used for comp type 0
UCHAR RCI_CompOUI[MAX_COMPOUI_SIZE];
UCHAR RCI_CompSubType;
UCHAR RCI_CompValues[MAX_COMPVALUE_SIZE];
} RCI_Proprietary;
struct { // Public: used for comp type 1-254
UCHAR RCI_CompValues[MAX_COMPVALUE_SIZE];
} RCI_Public;
} RCI_Info ;
ULONG RCI_Flags;
ULONG RCI_EapKeyLength;
UCHAR RCI_EapKey[MAX_EAPKEY_SIZE];
};
typedef struct RAS_COMPRESSION_INFO RAS_COMPRESSION_INFO;
struct PROTOCOL_CONFIG_INFO {
DWORD P_Length ;
BYTE P_Info[1] ;
} ;
typedef struct PROTOCOL_CONFIG_INFO PROTOCOL_CONFIG_INFO ;
struct RASMAN_PPPFEATURES {
DWORD MRU;
DWORD ACCM;
DWORD AuthProtocol;
DWORD MagicNumber;
BOOL PFC;
BOOL ACFC;
} ;
typedef struct RASMAN_PPPFEATURES RASMAN_PPPFEATURES ;
enum RAS_FRAMING {PPP, RAS, AUTODETECT, SLIP, SLIPCOMP, SLIPCOMPAUTO} ;
typedef enum RAS_FRAMING RAS_FRAMING ;
struct RAS_FRAMING_CAPABILITIES {
DWORD RFC_MaxFrameSize;
DWORD RFC_MaxReconstructedFrameSize;
DWORD RFC_FramingBits;
DWORD RFC_DesiredACCM;
} ;
typedef struct RAS_FRAMING_CAPABILITIES RAS_FRAMING_CAPABILITIES ;
struct RAS_FRAMING_INFO {
DWORD RFI_MaxSendFrameSize;
DWORD RFI_MaxRecvFrameSize;
DWORD RFI_MaxRSendFrameSize;
DWORD RFI_MaxRRecvFrameSize;
DWORD RFI_HeaderPadding;
DWORD RFI_TailPadding;
DWORD RFI_SendFramingBits;
DWORD RFI_RecvFramingBits;
DWORD RFI_SendCompressionBits;
DWORD RFI_RecvCompressionBits;
DWORD RFI_SendACCM;
DWORD RFI_RecvACCM;
} ;
typedef struct RAS_FRAMING_INFO RAS_FRAMING_INFO ;
// NDIS WAN Framing bits: used with RasPortGetFramingEx and RasPortSetFramingEx
// APIs.
//
#define OLD_RAS_FRAMING 0x00000001
#define RAS_COMPRESSION 0x00000002
#define PPP_MULTILINK_FRAMING 0x00000010
#define PPP_SHORT_SEQUENCE_HDR_FORMAT 0x00000020
#define PPP_FRAMING 0x00000100
#define PPP_COMPRESS_ADDRESS_CONTROL 0x00000200
#define PPP_COMPRESS_PROTOCOL_FIELD 0x00000400
#define PPP_ACCM_SUPPORTED 0x00000800
#define SLIP_FRAMING 0x00001000
#define SLIP_VJ_COMPRESSION 0x00002000
#define SLIP_VJ_AUTODETECT 0x00004000
#define MEDIA_NRZ_ENCODING 0x00010000
#define MEDIA_NRZI_ENCODING 0x00020000
#define MEDIA_NLPID 0x00040000
#define RFC_1356_FRAMING 0x00100000
#define RFC_1483_FRAMING 0x00200000
#define RFC_1490_FRAMING 0x00400000
#define SHIVA_FRAMING 0x01000000
// Defines for RAS_PROTOCOLCOMPRESSION
//
#define VJ_IP_COMPRESSION 0x002d
#define NO_PROTOCOL_COMPRESSION 0x0000
struct RAS_PROTOCOLCOMPRESSION {
union {
struct {
WORD RP_IPCompressionProtocol;
BYTE RP_MaxSlotID; // How many slots to allocate
BYTE RP_CompSlotID; // 1 = Slot ID was negotiated
} RP_IP ;
struct {
WORD RP_IPXCompressionProtocol;
} RP_IPX ;
} RP_ProtocolType ;
} ;
typedef struct RAS_PROTOCOLCOMPRESSION RAS_PROTOCOLCOMPRESSION ;
#define RAS_VERSION 6
#define PT_WORKSTATION 1
#define PT_SERVER 2
#define PS_PERSONAL 1
#define PS_PROFESSIONAL 2
#define GUIDSTRLEN 39
typedef DWORD PRODUCT_TYPE;
typedef DWORD PRODUCT_SKU;
enum _DEVICE_STATUS
{
DS_Enabled = 0,
DS_Disabled,
DS_Unavailable,
DS_Removed
};
typedef enum _DEVICE_STATUS DEVICE_STATUS;
typedef struct DeviceInfo
{
//
// Private fields which are used
// internally in rastapi/rasman
//
struct DeviceInfo *Next;
BOOL fValid; // Is this information valid
DWORD dwCurrentEndPoints; // Current number of ports on this adapter
DWORD dwCurrentDialedInClients; // Number of clients dialed in currently
DWORD dwInstanceNumber; // Instance Number
DWORD dwNextPortNumber; // The number assigned next to distinguish rasman
DEVICE_STATUS eDeviceStatus; // Status of the device
DWORD dwUsage;
RAS_CALLEDID_INFO *pCalledID; // Called id information read from registry
RAS_DEVICE_INFO rdiDeviceInfo; // Device info structure
} DeviceInfo, *pDeviceInfo;
//
// Definitions for Ras{Get,Set}DialParams
//
// The dwMask values control/specify which fields
// of the RAS_DIALPARAMS are stored/retrieved.
//
// NOTE: these values have to match the RASCF_*
// values in ras.h.
//
#define DLPARAMS_MASK_USERNAME 0x00000001
#define DLPARAMS_MASK_PASSWORD 0x00000002
#define DLPARAMS_MASK_DOMAIN 0x00000004
#define DLPARAMS_MASK_PHONENUMBER 0x00000008
#define DLPARAMS_MASK_CALLBACKNUMBER 0x00000010
#define DLPARAMS_MASK_SUBENTRY 0x00000020
#define DLPARAMS_MASK_DEFAULT_CREDS 0x00000040
#define DLPARAMS_MASK_PRESHAREDKEY 0x00000080
#define DLPARAMS_MASK_SERVER_PRESHAREDKEY 0x00000100
#define DLPARAMS_MASK_DDM_PRESHAREDKEY 0x00000200
//
// The following are flags used internall and
// don't really map to external apis. So we are
// defining the bits from MSB.
//
#define DLPARAMS_MASK_OLDSTYLE 0x80000000
#define DLPARAMS_MASK_DELETE 0x40000000
#define DLPARAMS_MASK_DELETEALL 0x20000000
typedef struct _RAS_DIALPARAMS {
DWORD DP_Uid;
WCHAR DP_PhoneNumber[MAX_PHONENUMBER_SIZE + 1];
WCHAR DP_CallbackNumber[MAX_CALLBACKNUMBER_SIZE + 1];
WCHAR DP_UserName[MAX_USERNAME_SIZE + 1];
WCHAR DP_Password[MAX_PASSWORD_SIZE + 1];
WCHAR DP_Domain[MAX_DOMAIN_SIZE + 1];
DWORD DP_SubEntry;
} RAS_DIALPARAMS, *PRAS_DIALPARAMS;
//
// Connection Flags
//
#define CONNECTION_REDIALONLINKFAILURE 0x00000001
#define CONNECTION_SHAREFILEANDPRINT 0x00000002
#define CONNECTION_BINDMSNETCLIENT 0x00000004
#define CONNECTION_USERASCREDENTIALS 0x00000008
#define CONNECTION_USEPRESHAREDKEY 0x00000010
//
// Definitions for Ras{Get,Set}ConnectionParams
//
typedef struct _RAS_CONNECTIONPARAMS {
//
// Phonebook and entry name.
//
CHAR CP_Phonebook[MAX_PATH + 1];
CHAR CP_PhoneEntry[MAX_PHONEENTRY_SIZE + 1];
//
// Idle disconnect parameters
//
DWORD CP_IdleDisconnectSeconds;
//
// Connection Flags
//
DWORD CP_ConnectionFlags;
} RAS_CONNECTIONPARAMS, *PRAS_CONNECTIONPARAMS;
//
// Flags for RasAddNotification.
//
// Note: the NOTIF_* values must match the
// RASCN_* values in ras.h
//
#define NOTIF_CONNECT 0x00000001
#define NOTIF_DISCONNECT 0x00000002
#define NOTIF_BANDWIDTHADDED 0x00000004
#define NOTIF_BANDWIDTHREMOVED 0x00000008
//
// Overlapped I/O structure
// used by the device and media DLLs.
//
// This structure is used with the I/O
// completion port associated with each
// of the port handles.
//
// This structure is also used by the
// rasapi32 dialing machine and PPP event
// mechanism.
//
typedef struct _RAS_OVERLAPPED {
OVERLAPPED RO_Overlapped; // the I/O overlapped structure
DWORD RO_EventType; // OVEVT_* flags below
PVOID RO_Info; // optional
HANDLE RO_hInfo; // optional
} RAS_OVERLAPPED, *PRAS_OVERLAPPED;
typedef struct _NEW_PORT_NOTIF {
PVOID *NPN_pmiNewPort;
CHAR NPN_MediaName[MAX_MEDIA_NAME];
} NEW_PORT_NOTIF, *PNEW_PORT_NOTIF;
typedef struct _REMOVE_LINE_NOTIF {
DWORD dwLineId;
} REMOVE_LINE_NOTIF, *PREMOVE_LINE_NOTIF;
typedef struct _PORT_USAGE_NOTIF {
PVOID *PUN_pmiPort;
CHAR PUN_MediaName[MAX_MEDIA_NAME];
} PORT_USAGE_NOTIF, *PPORT_USAGE_NOTIF;
typedef struct _PNP_EVENT_NOTIF {
DWORD dwEvent;
RASMAN_PORT RasPort;
} PNP_EVENT_NOTIF, *PPNP_EVENT_NOTIF;
#define PNP_NOTIFCALLBACK 0x00000001
#define PNP_NOTIFEVENT 0x00000002
#define PNPNOTIFEVENT_CREATE 0x00000001
#define PNPNOTIFEVENT_REMOVE 0x00000002
#define PNPNOTIFEVENT_USAGE 0x00000004
#define LEGACY_PPTP 0
#define LEGACY_L2TP 1
#define LEGACY_MAX 2
//
// RAS_OVERLAPPED.RO_EventTypes for device
// and medial DLLs.
//
#define OVEVT_DEV_IGNORED 0 // ignored
#define OVEVT_DEV_STATECHANGE 1 // disconnect event
#define OVEVT_DEV_ASYNCOP 2 // async operation event
#define OVEVT_DEV_SHUTDOWN 4 // shutdown event
#define OVEVT_RASMAN_TIMER 6 // timer
#define OVEVT_RASMAN_CLOSE 7 // close event posted by a client to rasman
#define OVEVT_RASMAN_FINAL_CLOSE 8 // event posted by ppp engine when it has shut down
#define OVEVT_RASMAN_RECV_PACKET 9 // event posted by tapi/...
#define OVEVT_RASMAN_THRESHOLD 10 // event notifying setting of a threshold event
#define OVEVT_DEV_CREATE 11 // new port event (PnP)
#define OVEVT_DEV_REMOVE 12 // device remove event (PnP)
#define OVEVT_DEV_CONFIGCHANGE 13 // pptp config changed (PnP)
#define OVEVT_DEV_RASCONFIGCHANGE 14 // Configuration of some device changed (PnP)
#define OVEVT_RASMAN_ADJUST_TIMER 15 // someone added a timer element..
#define OVEVT_RASMAN_HIBERNATE 16 // ndiswan is asking rasman to hibernate
#define OVEVT_RASMAN_PROTOCOL_EVENT 17 // ndiswan indicates a protocol event
#define OVEVT_RASMAN_POST_RECV_PKT 18 // post receive packet in rasmans thread
#define OVEVT_RASMAN_DEREFERENCE_CONNECTION 19 // post event to disconnect
#define OVEVT_RASMAN_POST_STARTRASAUTO 20 // start rasauto service
#define OVEVT_RASMAN_DEFERRED_CLOSE_CONNECTION 21 // Close deferred connections
//
// RAS_OVERLAPPED.RO_EventTypes for rasapi32
// dialing machine and PPP.
//
#define OVEVT_DIAL_IGNORED 0 // ignored
#define OVEVT_DIAL_DROP 1 // port disconnected
#define OVEVT_DIAL_STATECHANGE 2 // rasdial state change
#define OVEVT_DIAL_PPP 3 // PPP event received
#define OVEVT_DIAL_LAST 4 // no more events on this port
#define OVEVT_DIAL_SHUTDOWN 5 // shutdown event
#define REQUEST_BUFFER_SIZE 2500
#define RECEIVE_OUTOF_PROCESS 0x00000001
#define RECEIVE_WAITING 0x00000002
#define RECEIVE_PPPSTARTED 0x00000004
#define RECEIVE_PPPLISTEN 0x00000008
#define RECEIVE_PPPSTOPPED 0x00000010
#define RECEIVE_PPPSTART 0x00000020
#define RASMANFLAG_PPPSTOPPENDING 0x00000001
typedef struct _RAS_RPC
{
RPC_BINDING_HANDLE hRpcBinding;
BOOL fLocal;
DWORD dwVersion;
TCHAR szServer[MAX_COMPUTERNAME_LENGTH + 1];
} RAS_RPC, *PRAS_RPC;
#define RasGetServerVersion(_hConnection) (_hConnection == NULL) ? \
VERSION_501 : \
((RAS_RPC *)_hConnection)->dwVersion
typedef struct _RAS_DEVICE_INFO_V500
{
DWORD dwVersion;
BOOL fWrite;
BOOL fRasEnabled;
BOOL fRouterEnabled;
DWORD dwTapiLineId;
DWORD dwError;
DWORD dwNumEndPoints;
DWORD dwMaxOutCalls;
DWORD dwMaxInCalls;
DWORD dwMinWanEndPoints;
DWORD dwMaxWanEndPoints;
RASDEVICETYPE eDeviceType;
GUID guidDevice;
CHAR szPortName[MAX_PORT_NAME + 1];
CHAR szDeviceName[MAX_DEVICE_NAME + 1];
} RAS_DEVICE_INFO_V500, *PRAS_DEVICE_INFO_V500;
typedef struct _RAS_CUSTOM_AUTH_DATA
{
DWORD cbCustomAuthData;
BYTE abCustomAuthData[1];
} RAS_CUSTOM_AUTH_DATA, *PRAS_CUSTOM_AUTH_DATA;
typedef struct _RAS_CONNECT_INFO
{
DWORD dwCallerIdSize;
CHAR *pszCallerId;
DWORD dwCalledIdSize;
CHAR *pszCalledId;
DWORD dwConnectResponseSize;
CHAR *pszConnectResponse;
DWORD dwAltCalledIdSize;
CHAR *pszAltCalledId;
BYTE abdata[1];
} RAS_CONNECT_INFO, *PRAS_CONNECT_INFO;
typedef struct _RASTAPI_CONNECT_INFO
{
DWORD dwCallerIdSize;
DWORD dwCallerIdOffset;
DWORD dwCalledIdSize;
DWORD dwCalledIdOffset;
DWORD dwConnectResponseSize;
DWORD dwConnectResponseOffset;
DWORD dwAltCalledIdSize;
DWORD dwAltCalledIdOffset;
BYTE abdata[1];
} RASTAPI_CONNECT_INFO, *PRASTAPI_CONNECT_INFO;
typedef struct _EAPLOGONINFO
{
DWORD dwSize;
DWORD dwLogonInfoSize;
DWORD dwOffsetLogonInfo;
DWORD dwPINInfoSize;
DWORD dwOffsetPINInfo;
BYTE abdata[1];
} EAPLOGONINFO, *PEAPLOGONINFO;
//
// Structure used in IOCTL_NDISWAN_GET_DRIVER_INFO
//
typedef struct _RAS_NDISWAN_DRIVER_INFO
{
OUT ULONG DriverCaps;
OUT ULONG Reserved;
} RAS_NDISWAN_DRIVER_INFO, *P_NDISWAN_DRIVER_INFO;
//
// Structure used in IOCTL_NDISWAN_GET_BANDWIDTH_UTILIZATION
//
typedef struct _RAS_GET_BANDWIDTH_UTILIZATION
{
OUT ULONG ulUpperXmitUtil;
OUT ULONG ulLowerXmitUtil;
OUT ULONG ulUpperRecvUtil;
OUT ULONG ulLowerRecvUtil;
} RAS_GET_BANDWIDTH_UTILIZATION, *PRAS_GET_BANDWIDTH_UTILIZATION;
//
// This structure should match the WAN_PROTOCOL_INFO in wanpub.h
//
typedef struct _RASMAN_PROTOCOL_INFO
{
USHORT ProtocolType; // protocol's Ethertype
USHORT PPPId; // protocol's PPP ID
ULONG MTU; // MTU being used
ULONG TunnelMTU; // MTU used for tunnels
ULONG PacketQueueDepth; // max depth of packet queue (in seconds)
} RASMAN_PROTOCOL_INFO, *PRASMAN_PROTOCOL_INFO;
//
// Structure used in IOCTL_NDISWAN_GET_PROTOCOL_INFO
//
typedef struct _RASMAN_GET_PROTOCOL_INFO
{
OUT ULONG ulNumProtocols;
OUT RASMAN_PROTOCOL_INFO ProtocolInfo[RASMAN_MAX_PROTOCOLS];
} RASMAN_GET_PROTOCOL_INFO, *PRASMAN_GET_PROTOCOL_INFO;
typedef struct _RASMANCOMMSETTINGS
{
DWORD dwSize;
BYTE bParity;
BYTE bStop;
BYTE bByteSize;
BYTE bAlign;
} RASMANCOMMSETTINGS, *PRASMANCOMMSETTINGS;
#define RASCRED_LOGON 0x00000001
#define RASCRED_EAP 0x00000002
typedef struct _RASMAN_CREDENTIALS
{
DWORD dwFlags;
DWORD cbPasswordData;
PBYTE pbPasswordData;
USHORT usLength;
USHORT usMaximumLength;
CHAR szUserName[UNLEN];
BYTE bpad[8];
CHAR szDomain[DNLEN + 1];
WCHAR wszPassword[PWLEN];
UCHAR ucSeed;
} RASMAN_CREDENTIALS, *PRASMAN_CREDENTIALS;
//
// RAS Manager entrypoint Prototypes
//
DWORD RasStartRasAutoIfRequired(void);
DWORD APIENTRY RasPortOpen(PCHAR,
HPORT*,
HANDLE);
DWORD APIENTRY RasPortClose(HPORT);
DWORD APIENTRY RasPortEnum(HANDLE,
PBYTE,
PDWORD,
PDWORD);
DWORD APIENTRY RasPortGetInfo(HANDLE,
HPORT,
PBYTE,
PDWORD);
DWORD APIENTRY RasPortSetInfo(HPORT,
RASMAN_PORTINFO*);
DWORD APIENTRY RasPortDisconnect(HPORT,
HANDLE);
DWORD APIENTRY RasPortSend(HPORT,
PBYTE,
DWORD);
DWORD APIENTRY RasPortReceive(HPORT,
PBYTE,
PDWORD,
DWORD,
HANDLE);
DWORD APIENTRY RasPortListen(HPORT,
DWORD,
HANDLE);
DWORD APIENTRY RasPortConnectComplete(HPORT);
DWORD APIENTRY RasPortGetStatistics(HANDLE,
HPORT,
PBYTE,
PDWORD);
DWORD APIENTRY RasPortClearStatistics(HANDLE,
HPORT);
DWORD APIENTRY RasPortGetStatisticsEx(HANDLE,
HPORT,
PBYTE,
PDWORD);
DWORD APIENTRY RasDeviceEnum(HANDLE,
PCHAR,
PBYTE,
PDWORD,
PDWORD);
DWORD APIENTRY RasDeviceGetInfo(HANDLE,
HPORT,
PCHAR,
PCHAR,
PBYTE,
PDWORD);
DWORD APIENTRY RasDeviceSetInfo(HPORT,
PCHAR,
PCHAR,
RASMAN_DEVICEINFO*);
DWORD APIENTRY RasDeviceConnect(HPORT,
PCHAR,
PCHAR,
DWORD,
HANDLE);
DWORD APIENTRY RasGetInfo( HANDLE,
HPORT,
RASMAN_INFO*);
DWORD APIENTRY RasGetInfoEx( HANDLE,
RASMAN_INFO*,
PWORD);
DWORD APIENTRY RasGetBuffer( PBYTE*,
PDWORD);
DWORD APIENTRY RasFreeBuffer(PBYTE);
DWORD APIENTRY RasProtocolEnum( PBYTE,
PDWORD,
PDWORD);
DWORD APIENTRY RasAllocateRoute( HPORT,
RAS_PROTOCOLTYPE,
BOOL,
RASMAN_ROUTEINFO*);
DWORD APIENTRY RasActivateRoute( HPORT,
RAS_PROTOCOLTYPE,
RASMAN_ROUTEINFO*,
PROTOCOL_CONFIG_INFO*);
DWORD APIENTRY RasActivateRouteEx( HPORT,
RAS_PROTOCOLTYPE,
DWORD,
RASMAN_ROUTEINFO*,
PROTOCOL_CONFIG_INFO*);
DWORD APIENTRY RasDeAllocateRoute( HBUNDLE,
RAS_PROTOCOLTYPE);
DWORD APIENTRY RasCompressionGetInfo( HPORT,
RAS_COMPRESSION_INFO* Send,
RAS_COMPRESSION_INFO* Recv);
DWORD APIENTRY RasCompressionSetInfo( HPORT,
RAS_COMPRESSION_INFO* Send,
RAS_COMPRESSION_INFO* Recv);
DWORD APIENTRY RasGetUserCredentials( PBYTE,
PLUID,
PWCHAR,
PBYTE,
PBYTE,
PBYTE,
PBYTE) ;
DWORD APIENTRY RasSetCachedCredentials( PCHAR,
PCHAR,
PCHAR ) ;
DWORD APIENTRY RasRequestNotification ( HPORT,
HANDLE) ;
DWORD APIENTRY RasPortCancelReceive (HPORT) ;
DWORD APIENTRY RasPortEnumProtocols ( HANDLE,
HPORT,
RAS_PROTOCOLS*,
PDWORD) ;
DWORD APIENTRY RasEnumLanNets ( DWORD *,
UCHAR *) ;
DWORD APIENTRY RasPortSetFraming ( HPORT,
RAS_FRAMING,
RASMAN_PPPFEATURES*,
RASMAN_PPPFEATURES*) ;
DWORD APIENTRY RasPortRegisterSlip ( HPORT,
DWORD,
DWORD,
BOOL,
WCHAR*,
WCHAR*,
WCHAR*,
WCHAR*) ;
DWORD APIENTRY RasPortStoreUserData ( HPORT,
PBYTE,
DWORD) ;
DWORD APIENTRY RasPortRetrieveUserData ( HPORT,
PBYTE,
DWORD *) ;
DWORD APIENTRY RasPortGetFramingEx ( HANDLE,
HPORT,
RAS_FRAMING_INFO *) ;
DWORD APIENTRY RasPortSetFramingEx ( HPORT,
RAS_FRAMING_INFO *) ;
DWORD APIENTRY RasPortGetProtocolCompression ( HPORT,
RAS_PROTOCOLTYPE,
RAS_PROTOCOLCOMPRESSION *,
RAS_PROTOCOLCOMPRESSION *) ;
DWORD APIENTRY RasPortSetProtocolCompression ( HPORT,
RAS_PROTOCOLTYPE,
RAS_PROTOCOLCOMPRESSION *,
RAS_PROTOCOLCOMPRESSION *) ;
DWORD APIENTRY RasGetFramingCapabilities ( HPORT,
RAS_FRAMING_CAPABILITIES*) ;
//DWORD APIENTRY RasInitialize () ;
DWORD APIENTRY RasPortReserve ( PCHAR,
HPORT*) ;
DWORD APIENTRY RasPortFree (HPORT) ;
DWORD APIENTRY RasPortBundle( HPORT,
HPORT );
DWORD APIENTRY RasPortGetBundledPort ( HPORT oldport,
HPORT *pnewport) ;
DWORD APIENTRY RasBundleGetPort ( HANDLE hConnection,
HBUNDLE hbundle,
HPORT *phport) ;
DWORD APIENTRY RasPortGetBundle ( HANDLE hConnection,
HPORT hport,
HBUNDLE *phbundle) ;
DWORD APIENTRY RasReferenceRasman (BOOL fAttach);
DWORD APIENTRY RasGetAttachedCount ( DWORD *pdwAttachedCount );
DWORD APIENTRY RasGetDialParams ( DWORD dwUID,
LPDWORD lpdwMask,
PRAS_DIALPARAMS pDialParams);
DWORD APIENTRY RasSetDialParams ( DWORD dwOldUID,
DWORD dwMask,
PRAS_DIALPARAMS pDialParams,
BOOL fDelete);
DWORD APIENTRY RasCreateConnection( HCONN *lphconn,
DWORD dwSubEntries,
DWORD *lpdwEntryAlreadyConnected,
DWORD *lpdwSubEntryInfo,
DWORD dwDialMode,
GUID *pGuidEntry,
CHAR *lpszPhonebookPath,
CHAR *lpszEntryName,
CHAR *lpszRefPbkPath,
CHAR *lpszRefEntryName);
DWORD APIENTRY RasDestroyConnection (HCONN hconn);
DWORD APIENTRY RasConnectionEnum (HANDLE hConnection,
HCONN *lphconn,
LPDWORD lpdwcbConnections,
LPDWORD lpdwcConnections);
DWORD APIENTRY RasAddConnectionPort ( HCONN hconn,
HPORT hport,
DWORD dwSubEntry);
DWORD APIENTRY RasEnumConnectionPorts ( HANDLE hConnection,
HCONN hconn,
RASMAN_PORT *pPorts,
LPDWORD lpdwcbPorts,
LPDWORD lpdwcPorts);
DWORD APIENTRY RasGetConnectionParams ( HCONN hconn,
PRAS_CONNECTIONPARAMS pConnectionParams);
DWORD APIENTRY RasSetConnectionParams ( HCONN hconn,
PRAS_CONNECTIONPARAMS pConnectionParams);
DWORD APIENTRY RasGetConnectionUserData ( HPORT hconn,
DWORD dwTag,
PBYTE pBuf,
LPDWORD lpdwcbBuf);
DWORD APIENTRY RasSetConnectionUserData ( HPORT hconn,
DWORD dwTag,
PBYTE pBuf,
DWORD dwcbBuf);
DWORD APIENTRY RasGetPortUserData ( HPORT hport,
DWORD dwTag,
PBYTE pBuf,
LPDWORD lpdwcbBuf);
DWORD APIENTRY RasSetPortUserData ( HPORT hport,
DWORD dwTag,
PBYTE pBuf,
DWORD dwcbBuf);
DWORD APIENTRY RasAddNotification ( HCONN hconn,
HANDLE hevent,
DWORD dwfFlags);
DWORD APIENTRY RasSignalNewConnection( HCONN hconn);
DWORD APIENTRY RasSetDevConfig( HPORT hport,
PCHAR devicetype,
PBYTE config,
DWORD size);
DWORD APIENTRY RasGetDevConfig( HANDLE hConnection,
HPORT hport,
PCHAR devicetype,
PBYTE config,
DWORD* size);
DWORD APIENTRY RasGetTimeSinceLastActivity( HPORT hport,
LPDWORD lpdwTimeSinceLastActivity );
DWORD APIENTRY RasBundleGetStatistics( HANDLE,
HPORT,
PBYTE,
PDWORD);
DWORD APIENTRY RasBundleGetStatisticsEx( HANDLE,
HPORT,
PBYTE,
PDWORD);
DWORD APIENTRY RasBundleClearStatistics(HANDLE,
HPORT);
DWORD APIENTRY RasBundleClearStatisticsEx(HANDLE,
HCONN);
DWORD APIENTRY RasPnPControl( DWORD,
HPORT);
DWORD APIENTRY RasSetIoCompletionPort( HPORT,
HANDLE,
PRAS_OVERLAPPED,
PRAS_OVERLAPPED,
PRAS_OVERLAPPED,
PRAS_OVERLAPPED,
HCONN);
DWORD APIENTRY RasSetRouterUsage( HPORT,
BOOL);
DWORD APIENTRY RasServerPortClose( HPORT );
DWORD APIENTRY RasSetRasdialInfo( HPORT,
CHAR *,
CHAR *,
CHAR *,
DWORD,
PBYTE);
DWORD APIENTRY RasSendPppMessageToRasman( HPORT,
LPBYTE);
DWORD APIENTRY RasGetNumPortOpen ();
// DWORD APIENTRY RasNotifyConfigChange();
DWORD _RasmanInit( LPDWORD pNumPorts);
VOID _RasmanEngine();
DWORD APIENTRY RasRegisterPnPEvent ( HANDLE, BOOL );
DWORD APIENTRY RasRegisterPnPHandler ( PAPCFUNC,
HANDLE,
BOOL);
DWORD APIENTRY RasRpcConnect ( LPWSTR,
HANDLE *);
DWORD APIENTRY RasRpcDisconnect( HANDLE *);
DWORD APIENTRY RasRpcConnectServer(LPTSTR lpszServer,
HANDLE *pHConnection);
DWORD APIENTRY RasRpcDisconnectServer(HANDLE hConnection);
DWORD APIENTRY RasSetBapPolicy ( HCONN,
DWORD,
DWORD,
DWORD,
DWORD );
DWORD APIENTRY RasPppStarted ( HPORT hPort );
DWORD APIENTRY RasRefConnection ( HCONN hConn,
BOOL AddRef,
DWORD *pdwRefCount );
DWORD APIENTRY RasPppGetEapInfo ( HCONN hConn,
DWORD dwSubEntry,
PDWORD pdwContextId,
PDWORD pdwEapTypeId,
PDWORD pdwSizeofEapUIData,
PBYTE pbdata );
DWORD APIENTRY RasPppSetEapInfo ( HPORT hPort,
DWORD dwSizeOfEapUIdata,
DWORD dwContextId,
PBYTE pbdata);
DWORD APIENTRY RasSetDeviceConfigInfo( HANDLE hConnection,
DWORD cDevices,
DWORD cbBuffer,
BYTE *pbBuffer);
DWORD APIENTRY RasGetDeviceConfigInfo( HANDLE hConnection,
DWORD *dwVersion,
DWORD *pcDevices,
DWORD *pcbdata,
BYTE *pbBuffer);
DWORD APIENTRY RasFindPrerequisiteEntry(
HCONN hConn,
HCONN *phConnPrerequisiteEntry);
DWORD APIENTRY RasPortOpenEx(CHAR *pszDeviceName,
DWORD dwDeviceLineCounter,
HPORT *phport,
HANDLE hnotifier,
DWORD *pdwFlags);
DWORD APIENTRY RasLinkGetStatistics( HANDLE hConnection,
HCONN hConn,
DWORD dwSubEntry,
PBYTE pbStats);
DWORD APIENTRY RasConnectionGetStatistics(HANDLE hConnection,
HCONN hConn,
PBYTE pbStats);
DWORD APIENTRY RasGetHportFromConnection(HANDLE hConnection,
HCONN hConn,
HPORT *phport);
DWORD APIENTRY RasReferenceCustomCount(HCONN hConn,
BOOL fAddref,
CHAR* pszPhonebookPath,
CHAR* pszEntryName,
DWORD* pdwCount);
DWORD APIENTRY RasGetHConnFromEntry(HCONN *phConn,
CHAR *pszPhonebookPath,
CHAR *pszEntryName);
DWORD APIENTRY RasGetConnectInfo(
HPORT hPort,
DWORD *pdwSize,
RAS_CONNECT_INFO *pConnectInfo
);
DWORD APIENTRY RasGetDeviceName(
RASDEVICETYPE eDeviceType,
CHAR *pszDeviceName
);
DWORD APIENTRY RasGetDeviceNameW(
RASDEVICETYPE eDeviceType,
WCHAR *pszDeviceName
);
DWORD APIENTRY RasGetCalledIdInfo(
HANDLE hConneciton,
RAS_DEVICE_INFO *pDeviceInfo,
DWORD *pdwSize,
RAS_CALLEDID_INFO *pCalledIdInfo
);
DWORD APIENTRY RasSetCalledIdInfo(
HANDLE hConnection,
RAS_DEVICE_INFO *pDeviceInfo,
RAS_CALLEDID_INFO *pCalledIdInfo,
BOOL fWrite
);
DWORD APIENTRY RasEnableIpSec(HPORT hPort,
BOOL fEnable,
BOOL fServer,
RAS_L2TP_ENCRYPTION eDataEncryption
);
DWORD APIENTRY RasIsIpSecEnabled(HPORT hPort,
BOOL *pfIsIpSecEnabled);
DWORD APIENTRY RasGetEapUserInfo(HANDLE hToken,
PBYTE pbEapInfo,
DWORD *pdwInfoSize,
GUID *pGuid,
BOOL fRouter,
DWORD dwEapTypeId
);
DWORD APIENTRY RasSetEapUserInfo(HANDLE hToken,
GUID *pGuid,
PBYTE pbUserInfo,
DWORD dwInfoSize,
BOOL fClear,
BOOL fRouter,
DWORD dwEapTypeId
);
DWORD APIENTRY RasSetEapLogonInfo(HPORT hPort,
BOOL fLogon,
RASEAPINFO *pEapInfo);
DWORD APIENTRY RasSendNotification(RASEVENT *pRasEvent);
DWORD APIENTRY RasGetNdiswanDriverCaps(
HANDLE hConnection,
RAS_NDISWAN_DRIVER_INFO *pInfo);
DWORD APIENTRY RasGetBandwidthUtilization(
HPORT hPort,
RAS_GET_BANDWIDTH_UTILIZATION *pUtilization);
DWORD APIENTRY RasGetProtocolInfo(
HANDLE hConnection,
RASMAN_GET_PROTOCOL_INFO *pInfo);
BOOL IsRasmanProcess();
DWORD APIENTRY RasGetCustomScriptDll(CHAR *pszCustomDll);
DWORD DwRasGetHostByName(CHAR *pszHostName,
DWORD **ppdwAddress,
DWORD *pcAddresses);
DWORD RasIsTrustedCustomDll(
HANDLE hConnection,
WCHAR *pwszCustomDll,
BOOL *pfResult);
DWORD RasDoIke(
HANDLE hConnection,
HPORT hPort,
DWORD *pdwStatus);
#if (WINVER >= 0x501)
DWORD RasSetCommSettings(
HPORT hPort,
RASCOMMSETTINGS *pRasCommSettings,
PVOID pv);
#endif
DWORD
RasSetKey(
HANDLE hConnection,
GUID *pGuid,
DWORD dwMask,
DWORD cbkey,
PBYTE pbkey);
DWORD
RasGetKey(
HANDLE hConnection,
GUID *pGuid,
DWORD dwMask,
DWORD *pcbkey,
PBYTE pbkey);
DWORD
RasSetAddressDisable(
WCHAR *pszAddress,
BOOL fDisable);
DWORD
RasGetDevConfigEx( HANDLE hConnection,
HPORT hport,
PCHAR devicetype,
PBYTE config,
DWORD* size);
DWORD APIENTRY
RasSendCreds(IN HPORT hport,
IN CHAR controlchar);
DWORD APIENTRY
RasGetUnicodeDeviceName(IN HPORT hport,
IN WCHAR *wszDeviceName);
DWORD APIENTRY
RasmanUninitialize();
DWORD APIENTRY
RasGetBestInterface( IN DWORD DestAddr,
OUT DWORD *pdwBestIf,
OUT DWORD *pdwMask);
DWORD APIENTRY
RasIsPulseDial(IN HPORT hport,
OUT BOOL *pfPulseDial);
#endif