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ckolat.h
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C/C++ Source or Header
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1992-11-23
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11KB
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288 lines
/* Definitions for the C interface to the DECnet LAT protocol */
/* Part of DEC PathWorks 2.0 for OS/2 */
#define uchar unsigned char
#define uint unsigned int
#define ulong unsigned long
#define def_num_sessions 4 /* default number of sessions */
#define max_num_sessions 10 /* maximum number of sessions */
#define min_num_sessions 4 /* minimum number of sessions */
#define def_num_buffers 4 /* default number of buffers */
#define max_num_buffers 8 /* maximum number of buffers */
#define min_num_buffers 2 /* minimun number of buffers */
#define def_num_services 50 /* default number of services */
#define max_num_services 2048 /* maximum number of services */
#define min_num_services 10 /* minimum number of services */
#define def_num_retx 8 /* default number of retransmit */
#define max_num_retx 255 /* maximum number of retransmit */
#define min_num_retx 4 /* minimum number of retransmit */
#define SEND_CHAR 1 /* send a character */
#define GET_CHAR 2 /* read a character */
#define GET_CHAR_BLK 3 /* read a block of characters */
#define GET_STATUS 4 /* slot status */
#define START_SESSION 5 /* start a session */
#define START_SESS_PSW 6 /* start a session with specified password */
#define STOP_SESSION 7 /* stop a session */
#define SEND_BREAK 8 /* send a break signal */
#define ADD_PREFER_NODE 9 /* add preferred node */
#define DEL_PREFER_NODE 10 /* delete preferred node */
#define RESET_COUNTERS 11 /* reset lat counter */
#define READ_COUNTERS 12 /* read lat internal counters */
#define RESET_SERVICES 13 /* reset service index */
#define READ_SERVICES 14 /* read a service entry */
#define READ_SCB 15 /* read all of the scbs */
#define READ_VCB 16 /* read all of the vcbs */
#define READ_LMCB 17 /* read the lmcb */
#define READ_LATINFO 18 /* read lat info */
#define READ_SERVICE_ENTRY 19 /* read service entry info */
#define SET_RETX_LIMIT 20 /* set retransmit limit in lmcb */
#define SET_MULTI_STATE 21 /* set the state of the multicast receiver */
#define SET_GROUP_CODE 22 /* enable a specific group code */
#define CLEAR_GROUP_CODE 23 /* clear a specific group code */
/* Bit defination of LatStatus in LAT_CB */
#define LS_NoError 0x0000 /* No error for this function */
#define LS_NoChar 0x8000 /* No character read */
#define LS_CharNotSent 0x8000 /* Character not sent */
#define LS_BrkNotSent 0x8000 /* Break not sent */
#define LS_NotInRun 0x4000 /* Slot session not in run state */
#define LS_TxBufEmpty 0x2000 /* Transmit buffer empty */
#define LS_InvalidSize 0x1000 /* Bad size specified */
#define LS_SesStart 0x0800 /* Session in starting state */
#define LS_InvalidHdl 0x0400 /* Invalid session handle */
#define LS_NoMoreSession 0x0400 /* No more slot session available */
#define LS_TxBufBusy 0x0200 /* Unable to queue transmit data */
#define LS_NoCircuit 0x0200 /* No more virtual circuit */
#define LS_RxData 0x0100 /* Receive data available */
#define LS_NoService 0x0100 /* Service name not found */
#define LS_NoMoreService 0x0080 /* no more new service */
#define LS_NoDLL 0x0040 /* No DLL handle */
#define LS_OtherError 0x0020 /* another error has happened */
#define LS_IllegalFnc 0xFFFF /* illegal function */
/* LAT_CB Session Status Word */
#define SS_TxBufBusy 0x00 /* Slot session tx buffer busy */
#define SS_Stopped 0x08 /* Slot session stopped! */
#define SS_HostStop 0x10 /* Host sent stop slot */
#define IS_InitOK 0x0001 /* LAT driver init'ed */
#define IS_SessionErr 0x0002 /* Session specifier error */
#define IS_BufferErr 0x0004 /* Buffer specifier error */
#define IS_ServiceErr 0x0008 /* Service specifier error */
#define IS_ReTxErr 0x0010 /* Retransmit specifier error */
#define IS_GetMemErr 0x0800 /* Allocate memory error */
#define IS_LatPortailFailed 0x2000 /* Unable to open LAT portal */
#define IS_NeedDll 0x4000 /* DLL driver needed */
#define IS_AlreadyInit 0x8000 /* LAT driver already init'ed */
struct lat_init {
uint MaxSessions; /* Maximum number of slot sessions */
uint MaxBuffers; /* Maximum number of buffers per session */
uint MaxServices; /* Maximum number of services */
uint ReTxLimit; /* Retransmit limit */
uint InitStatus; /* Initialization status */
};
struct lat_info {
uchar vermjr;
uchar vermir;
uint NSessions;
uint NBuffers;
uint NServices;
uint scbsize;
};
struct service_info {
uchar node_leng; /* node name length */
uchar node_name[16]; /* node name string */
uchar node_addr[6]; /* node address */
uchar node_status; /* node status */
uchar serv_rate; /* service rating */
uchar serv_leng; /* service length */
uchar serv_name[16]; /* service string */
uchar serv_status; /* service status */
};
struct scb_info {
uint scb_inuse; /* scb inuse flag */
uint reserved1; /* reserved */
uint reserved2; /* reserved */
};
struct lat_cb {
uchar LatFunction; /* function code */
uint SessionHandle; /* lat handle */
uint SessionStatus; /* Session status */
uint StopReason; /* Stop reason */
uint BufferSize; /* size of buffer */
ulong *BufferPtr; /* pointer to buffer */
ulong WaitTime; /* waiting time */
uchar CharByte; /* I/O character */
uint LatStatus; /* function returned status */
};
struct lat_count {
uint n_count; /* number of counters */
uint ids[12];
ulong c1;
ulong c2;
ulong c3;
ulong c4;
ulong c5;
ulong c6;
ulong c7;
ulong c8;
ulong c9;
ulong c10;
ulong c11;
ulong c12;
ulong c13;
ulong c14;
};
struct lat_counter
{
ulong second_since_zeroed;
ulong messages_transmitted;
ulong messages_received;
ulong messages_retransmitted;
ulong out_of_seq_mess_received;
ulong illegal_messages_received;
ulong illegal_slots_received;
ulong buf_que_entry_unavailable;
ulong transmit_buffer_unavailable;
ulong invalid_messages_received;
ulong invalid_slot_received;
ulong invalid_multicast_received;
};
struct lmcb_struct {
uchar lat_mess_retrans_limit; /* retransmit limit */
uchar group_enable[32]; /* group code */
uchar num_active_circuit; /* number of active circuits */
uchar num_active_session; /* number of active sessions */
uint lat_min_rcv_datagram_size; /* minimun datagram size */
uchar protocol_version; /* protocol version */
uchar protocol_eco;
uchar max_sim_slots; /* maximum slots on this circuit */
uchar nbr_dl_bufs; /* number of datalink buffers minus 1 */
uchar server_circuit_timer; /* data transfer timer */
uchar lat_keep_alive_timer; /* keep alive timer (sec)*/
uint facility_number; /* Not used */
uint product_code; /* PC LAT server assigned code */
uchar server_retransmit_timer; /* unacked retransmit timer(sec) */
uchar lat_min_rcv_slot_size; /* minimum slot size */
uchar lat_min_rcv_att_slot_size; /* minimum attention slot size */
uchar server_name_len; /* lat server name length */
uchar server_name[16]; /* lat server name */
};
struct service_entry {
uint node_pointer;
uchar service_rating;
uchar service_name_len;
uchar service_name[16];
uchar service_status_flags;
};
struct node_entry {
uchar node_name_len;
uchar node_name[16];
uchar node_address[6];
uchar status_flag;
uchar msg_incarnation;
uchar node_change_flags;
};
struct vcb_struct {
uint vc_state; /* VC state */
uchar circuit_name[18]; /* circuit name */
uchar vc_type; /* DCB type */
uchar vc_format; /* FORMAT of portal */
uchar rem_address[6]; /* Remote adapter address */
uchar loc_address[6]; /* local adapter address */
uint cp_typ; /* Protocol type */
uint cpad; /* padding */
uchar cctl; /* mo' paddin' */
uchar cp_ident[5]; /* even mo' paddin' */
uint cportal_id; /* portal number */
ulong unacked_xmtb; /* unacked message */
uint unacked_xmtb_len;
uchar param_len[5]; /* even mo' paddin' */
uchar msg_typ; /* message type */
uint loc_cir_id; /* local circuit ID */
uint rem_cir_id; /* remote circuit ID */
uchar nxmt; /* next message number to tx */
uchar ack; /* most recent message acked */
uchar rrf; /* response request flag */
uchar dwf; /* data waiting flag */
uchar vc_status; /* number of sessions */
uint slot_index; /* index to first slot session on this circ */
uint last_xmit; /* index to last slot tx'ed on this circuit */
uchar retransmit_counter; /* retransmits on this message */
uchar uxmt; /* unack'ed message # */
uchar retransmit_timer_on; /* re-transmit timer turned on */
uchar retransmit_timer; /* count down for retransmit */
uchar balanced_mode_on; /* balance mode active flag */
uint balanced_mode_timer; /* tick counts for lat_keep_alive */
uint max_buf_size; /* max tx buffer size */
uchar max_circuit_sessions; /* max circuits */
uint disconnect_reason; /* disconnect reason */
};
struct scb_struct {
uchar service[18]; /* service name */
uchar node[18];
uchar port[18];
ulong scb_sem; /**/
uint session_status; /* session status word */
uint stop_reason; /* session stop reason */
uint slot_state; /* slot state 0=halted */
uchar local_credits; /* available credits to tx slots */
uint vcb_offset;
uint vcb_segment;
uint back_slot; /* index to back slot on this circ */
uint forward_slot; /* index to forward slot */
uchar rem_slot_id; /* remote slot connect ID */
uchar loc_slot_id; /* local slot ID */
uchar slot_byte_count; /* number of bytes in tx_slot_data */
uchar remote_credits; /* credits from remote node */
uchar tx_slot_data[255]; /* data to be tx'ed */
uchar num_slots; /* number of slots in this buffer */
uchar num_occupied; /* number of slots in use */
uchar next_rx_slot; /* index to next slot to be used */
uchar cur_buf_slot; /* index to current slot in use */
uint rx_slot_pntr; /* offset to next char to be taken */
uint slot_ptr_table[2]; /* pointers to the slots */
};
struct flagbits {
unsigned SW_duplicate : 1;
unsigned SW_invalid_value : 1;
unsigned SW_found : 1;
};
struct SIB {
char schar; /* switch character */
int value; /* switch value */
int defv; /* default value */
int minv; /* min value */
int maxv; /* max value */
struct flagbits flags; /* switch status flags */
};
struct decnode {
unsigned char decnode_flags;
unsigned int decnode_address;
char decnode_name[7];
long decnode_pointer;
};