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302 lines
14 KiB
302 lines
14 KiB
/********************************************************************/
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/** Microsoft LAN Manager **/
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/** Copyright(c) Microsoft Corp., 1990-2000 **/
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/********************************************************************/
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/* :ts=4 */
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//** ADDR.H - TDI address object definitions.
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//
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// This file contains the definitions of TDI address objects and related
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// constants and structures.
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#include "tcp.h"
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#include <gpcifc.h>
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#define ao_signature 0x20204F41 // 'AO '
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#define WILDCARD_PORT 0 // 0 means assign a port.
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#define MIN_USER_PORT 1025 // Minimum value for a wildcard port
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#define NUM_USER_PORTS (uint)(MaxUserPort - MIN_USER_PORT + 1)
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#define NETBT_SESSION_PORT 139
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typedef struct AddrObj AddrObj;
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#define IS_PROMIS_AO(A) ((A)->ao_rcvall || (A)->ao_rcvall_mcast || (A)->ao_absorb_rtralert)
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//* Datagram transport-specific send function.
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typedef void (*DGSendProc)(AddrObj *SrcAO, void *SendReq);
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//* Definition of the structure of an address object. Each object represents
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// a local address, and the IP portion may be a wildcard.
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typedef struct AddrObj {
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#if DBG
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ulong ao_sig;
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#endif
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struct AddrObj *ao_next; // Pointer to next address object in chain.
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DEFINE_LOCK_STRUCTURE(ao_lock) // Lock for this object.
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struct AORequest *ao_request; // Pointer to pending request.
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Queue ao_sendq; // Queue of sends waiting for transmission.
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Queue ao_pendq; // Linkage for pending queue.
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Queue ao_rcvq; // Receive queue.
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ulong ao_flags; // Flags for this object.
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uint ao_listencnt; // Number of listening connections.
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IPAddr ao_addr; // IP address for this address object.
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ushort ao_port; // Local port for this address object.
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uchar ao_prot; // Protocol for this AO.
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// [uchar space]
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ushort ao_usecnt; // Count of 'uses' on AO.
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ushort ao_maxdgsize; // maximum user datagram size.
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uchar ao_mcast_loop; // MCast loop allowed/denied flag.
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uchar ao_rcvall; // rcv all packets or not (3 bits)
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uchar ao_rcvall_mcast;// rcv all mcast packets or not (3 bits)
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uchar ao_absorb_rtralert;
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IPOptInfo ao_opt; // Opt info for this address object.
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IPOptInfo ao_mcastopt; // MCast opt info.
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Queue ao_activeq; // Queue of active connections.
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Queue ao_idleq; // Queue of inactive (no TCB) connections.
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Queue ao_listenq; // Queue of listening connections.
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CTEEvent ao_event; // Event to use for this AO.
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PConnectEvent ao_connect; // Connect event handle.
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PVOID ao_conncontext; // Receive DG context.
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PDisconnectEvent ao_disconnect; // Disconnect event routine.
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PVOID ao_disconncontext;// Disconnect event context.
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PErrorEvent ao_error; // Error event routine.
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PVOID ao_errcontext; // Error event context.
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PRcvEvent ao_rcv; // Receive event handler
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PVOID ao_rcvcontext; // Receive context.
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PRcvDGEvent ao_rcvdg; // Receive DG event handler
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PVOID ao_rcvdgcontext;// Receive DG context.
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PRcvExpEvent ao_exprcv; // Expedited receive event handler
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PVOID ao_exprcvcontext;// Expedited receive context.
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struct AOMCastAddr *ao_mcastlist; // List of active multicast
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// addresses.
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DGSendProc ao_dgsend; // Datagram transport send function.
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PErrorEx ao_errorex; // Error event routine.
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PVOID ao_errorexcontext; // Error event context.
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PChainedRcvEvent ao_chainedrcv; // Chained Receive event handler
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PVOID ao_chainedrcvcontext; // Chained Receive context.
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TDI_CONNECTION_INFORMATION ao_udpconn;
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PVOID ao_RemoteAddress;
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PVOID ao_Options;
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RouteCacheEntry *ao_rce;
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CLASSIFICATION_HANDLE ao_GPCHandle;
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ULONG ao_GPCCachedIF;
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ULONG ao_GPCCachedLink;
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struct RouteTableEntry *ao_GPCCachedRTE;
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IPAddr ao_rcesrc;
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IPAddr ao_destaddr;
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ushort ao_destport;
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ulong ao_promis_ifindex;
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ulong ao_bindindex; // interface socket is bound to
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uint* ao_iflist;
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ulong ao_owningpid;
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uint ao_window;
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PSECURITY_DESCRIPTOR ao_sd;
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} AddrObj;
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#define AO_DELETE_FLAG 0x00000001 // Delete pending.
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#define AO_OPTIONS_FLAG 0x00000002 // Options pending.
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#define AO_SEND_FLAG 0x00000004 // Send is pending.
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#define AO_XSUM_FLAG 0x00000008 // Xsums are used on this AO.
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// either the pending or delayed queue.
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#define AO_QUEUED_FLAG 0x00000010 // AddrObj is on the pending queue.
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#define AO_OOR_FLAG 0x00000020 // AddrObj is out of resources, and on
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#define AO_BUSY_FLAG 0x00000040 // AddrObj is busy (i.e., has it exclusive).
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#define AO_VALID_FLAG 0x00000080 // AddrObj is valid.
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#define AO_DHCP_FLAG 0x00000100 // AO is bound to real 0 address.
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#define AO_RAW_FLAG 0x00000200 // AO is for a raw endpoint.
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#define AO_BROADCAST_FLAG 0x00000400 // Broadcast enable flag
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#define AO_CONNUDP_FLAG 0x00000800 // Connected udp
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#define AO_SHARE_FLAG 0x00001000 // AddrObj can be shared
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#define AO_PKTINFO_FLAG 0x00002000 // Packet info structure passed up in
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// control info.
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#define AO_DEFERRED_FLAG 0x00004000 // Deferred processing has been
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// scheduled
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#define AO_SCALE_CWIN_FLAG 0x00008000 // CWin-scaling has been enabled.
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#define AO_WINSET_FLAG 0x00010000 // TCP window has been set.
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#define AO_CONNECT_FLAG 0x00020000 // Pending Connect Request.
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#define AO_DISCONNECT_FLAG 0x00040000 // Pending Disconnect Request.
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#define AO_VALID(A) ((A)->ao_flags & AO_VALID_FLAG)
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#define SET_AO_INVALID(A) (A)->ao_flags &= ~AO_VALID_FLAG
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#define AO_BUSY(A) ((A)->ao_flags & AO_BUSY_FLAG)
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#define SET_AO_BUSY(A) (A)->ao_flags |= AO_BUSY_FLAG
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#define CLEAR_AO_BUSY(A) (A)->ao_flags &= ~AO_BUSY_FLAG
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#define AO_OOR(A) ((A)->ao_flags & AO_OOR_FLAG)
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#define SET_AO_OOR(A) (A)->ao_flags |= AO_OOR_FLAG
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#define CLEAR_AO_OOR(A) (A)->ao_flags &= ~AO_OOR_FLAG
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#define AO_QUEUED(A) ((A)->ao_flags & AO_QUEUED_FLAG)
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#define SET_AO_QUEUED(A) (A)->ao_flags |= AO_QUEUED_FLAG
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#define CLEAR_AO_QUEUED(A) (A)->ao_flags &= ~AO_QUEUED_FLAG
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#define AO_XSUM(A) ((A)->ao_flags & AO_XSUM_FLAG)
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#define SET_AO_XSUM(A) (A)->ao_flags |= AO_XSUM_FLAG
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#define CLEAR_AO_XSUM(A) (A)->ao_flags &= ~AO_XSUM_FLAG
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#define AO_REQUEST(A, f) ((A)->ao_flags & f##_FLAG)
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#define SET_AO_REQUEST(A, f) (A)->ao_flags |= f##_FLAG
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#define CLEAR_AO_REQUEST(A, f) (A)->ao_flags &= ~f##_FLAG
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#define AO_PENDING(A) \
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((A)->ao_flags & (AO_DELETE_FLAG | AO_OPTIONS_FLAG \
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| AO_SEND_FLAG | AO_CONNECT_FLAG | AO_DISCONNECT_FLAG))
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#define AO_BROADCAST(A) ((A)->ao_flags & AO_BROADCAST_FLAG)
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#define SET_AO_BROADCAST(A) (A)->ao_flags |= AO_BROADCAST_FLAG
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#define CLEAR_AO_BROADCAST(A) (A)->ao_flags &= ~AO_BROADCAST_FLAG
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#define AO_CONNUDP(A) ((A)->ao_flags & AO_CONNUDP_FLAG)
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#define SET_AO_CONNUDP(A) (A)->ao_flags |= AO_CONNUDP_FLAG
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#define CLEAR_AO_CONNUDP(A) (A)->ao_flags &= ~AO_CONNUDP_FLAG
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#define AO_SHARE(A) ((A)->ao_flags & AO_SHARE_FLAG)
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#define SET_AO_SHARE(A) (A)->ao_flags |= AO_SHARE_FLAG
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#define CLEAR_AO_SHARE(A) (A)->ao_flags &= ~AO_SHARE_FLAG
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#define AO_PKTINFO(A) ((A)->ao_flags & AO_PKTINFO_FLAG)
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#define SET_AO_PKTINFO(A) (A)->ao_flags |= AO_PKTINFO_FLAG
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#define CLEAR_AO_PKTINFO(A) (A)->ao_flags &= ~AO_PKTINFO_FLAG
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#define AO_DEFERRED(A) ((A)->ao_flags & AO_DEFERRED_FLAG)
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#define SET_AO_DEFERRED(A) (A)->ao_flags |= AO_DEFERRED_FLAG
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#define CLEAR_AO_DEFERRED(A) (A)->ao_flags &= ~AO_DEFERRED_FLAG
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#define AO_SCALE_CWIN(A) ((A)->ao_flags & AO_SCALE_CWIN_FLAG)
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#define SET_AO_SCALE_CWIN(A) (A)->ao_flags |= AO_SCALE_CWIN_FLAG
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#define CLEAR_AO_SCALE_CWIN(A) (A)->ao_flags &= ~AO_SCALE_CWIN_FLAG
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#define AO_WINSET(A) ((A)->ao_flags & AO_WINSET_FLAG)
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#define SET_AO_WINSET(A) (A)->ao_flags |= AO_WINSET_FLAG
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#define CLEAR_AO_WINSET(A) (A)->ao_flags &= ~AO_WINSET_FLAG
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//* Definition of an address object search context. This is a data structure used
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// when the address object table is to be read sequentially.
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struct AOSearchContext {
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AddrObj *asc_previous; // Previous AO found.
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IPAddr asc_addr; // IPAddress to be found.
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ushort asc_port; // Port to be found.
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uchar asc_prot; // Protocol
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uchar asc_pad; // Pad to dword boundary.
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}; /* AOSearchContext */
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//* Definition of an address object search context. This is a data structure used
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// when the address object table is to be read sequentially. Used for RAW only
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struct AOSearchContextEx {
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AddrObj *asc_previous; // Previous AO found.
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IPAddr asc_addr; // IPAddress to be found.
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ushort asc_port; // Port to be found.
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uint asc_ifindex; // ifindex the packet came on
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uchar asc_prot; // Protocol
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uchar asc_pad; // Pad to dword boundary.
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uint asc_previousindex; // Previous AO's index
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}; /* AOSearchContextEx */
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typedef struct AOSearchContext AOSearchContext;
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typedef struct AOSearchContextEx AOSearchContextEx;
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//* Definition of an AO request structure. There structures are used only for
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// queuing delete and option set requests.
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typedef struct AOMCastAddr {
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struct AOMCastAddr *ama_next; // Next in list.
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IPAddr ama_addr; // The address.
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IPAddr ama_if; // The "interface" requested.
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IPAddr ama_if_used; // The actual ifaddr used.
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BOOLEAN ama_flags; // Flags.
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BOOLEAN ama_inclusion; // Inclusion or exclusion mode?
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ulong ama_srccount; // Number of entries in srclist
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struct AOMCastSrcAddr *ama_srclist;// List of active sources.
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} AOMCastAddr;
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#define AMA_VALID_FLAG 0x01
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#define AMA_VALID(A) ((A)->ama_flags & AMA_VALID_FLAG)
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#define SET_AMA_INVALID(A) (A)->ama_flags &= ~AMA_VALID_FLAG
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typedef struct AOMCastSrcAddr {
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struct AOMCastSrcAddr *asa_next; // Next in list.
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IPAddr asa_addr; // The address.
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} AOMCastSrcAddr;
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//* External declarations for exported functions.
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extern CACHE_LINE_KSPIN_LOCK AddrObjTableLock;
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extern uint AddrObjTableSize;
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extern AddrObj **AddrObjTable;
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extern AddrObj *GetAddrObj(IPAddr LocalAddr, ushort LocalPort, uchar Prot,
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PVOID PreviousAO, uint Flags);
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#define GAO_FLAG_CHECK_IF_LIST 0x00000001
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#define GAO_FLAG_INCLUDE_ALL 0x00000002
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extern AddrObj *GetNextAddrObj(AOSearchContext *SearchContext);
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extern AddrObj *GetNextBestAddrObj(IPAddr LocalAddr, ushort LocalPort, uchar Prot,
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AddrObj *PreviousAO, uint Flags);
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extern AddrObj *GetFirstAddrObj(IPAddr LocalAddr, ushort LocalPort, uchar Prot,
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AOSearchContext *SearchContext);
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extern AddrObj *GetAddrObjEx(IPAddr LocalAddr, ushort LocalPort, uchar Protocol, uint IfIndex,
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AddrObj *PreviousAO, uint PreviousIndex, uint *CurrentIndex);
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extern AddrObj *GetNextAddrObjEx(AOSearchContextEx *SearchContext);
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extern AddrObj *GetFirstAddrObjEx(IPAddr LocalAddr, ushort LocalPort, uchar Prot, uint IfIndex,
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AOSearchContextEx *SearchContext);
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extern TDI_STATUS TdiOpenAddress(PTDI_REQUEST Request,
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TRANSPORT_ADDRESS UNALIGNED *AddrList, uint Protocol,
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void *Reuse, PSECURITY_DESCRIPTOR AddrSD, BOOLEAN IsRawOpen);
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extern TDI_STATUS TdiCloseAddress(PTDI_REQUEST Request);
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extern TDI_STATUS SetAddrOptions(PTDI_REQUEST Request, uint ID, uint OptLength,
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void *Options);
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extern TDI_STATUS GetAddrOptionsEx(PTDI_REQUEST Request, uint ID,
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uint OptLength, PNDIS_BUFFER Options,
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uint *InfoSize, void *Context);
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extern TDI_STATUS TdiSetEvent(PVOID Handle, int Type, PVOID Handler,
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PVOID Context);
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extern uchar GetAddress(TRANSPORT_ADDRESS UNALIGNED *AddrList,
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IPAddr *Addr, ushort *Port);
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extern int InitAddr(void);
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extern void ProcessAORequests(AddrObj *RequestAO);
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extern void DelayDerefAO(AddrObj *RequestAO);
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extern void DerefAO(AddrObj *RequestAO);
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extern void FreeAORequest(AORequest *FreedRequest);
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extern uint ValidateAOContext(void *Context, uint *Valid);
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extern uint ReadNextAO(void *Context, void *OutBuf);
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extern void InvalidateAddrs(IPAddr Addr);
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extern void RevalidateAddrs(IPAddr Addr);
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extern uint MCastAddrOnAO(AddrObj *AO, IPAddr Dest, IPAddr Src, uint IfIndex, IPAddr LocalAddr);
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#define GetBestAddrObj(addr, port, prot, flags) \
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GetAddrObj(addr, port, prot, NULL, flags)
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#define REF_AO(a) (a)->ao_usecnt++
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#define DELAY_DEREF_AO(a) DelayDerefAO((a))
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#define DEREF_AO(a) DerefAO((a))
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#define LOCKED_DELAY_DEREF_AO(a) \
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(a)->ao_usecnt--; \
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if (!(a)->ao_usecnt && !AO_BUSY((a)) && AO_PENDING((a))) { \
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SET_AO_BUSY((a)); \
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CTEScheduleEvent(&(a)->ao_event, (a)); \
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}
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