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1.1 root 1: /* ropkt.h - include file for remote operation providers (RoS-PROVIDER) */
2:
3: /*
4: * $Header: /f/osi/h/RCS/ropkt.h,v 7.1 90/07/01 21:03:53 mrose Exp $
5: *
6: * Based on an TCP-based implementation by George Michaelson of University
7: * College London.
8: *
9: *
10: * $Log: ropkt.h,v $
11: * Revision 7.1 90/07/01 21:03:53 mrose
12: * pepsy
13: *
14: * Revision 7.0 89/11/23 21:55:55 mrose
15: * Release 6.0
16: *
17: */
18:
19: /*
20: * NOTICE
21: *
22: * Acquisition, use, and distribution of this module and related
23: * materials are subject to the restrictions of a license agreement.
24: * Consult the Preface in the User's Manual for the full terms of
25: * this agreement.
26: *
27: */
28:
29:
30: #ifndef _RoSAP_
31: #include "rosap.h" /* definitions for RoS-USERs */
32: #endif
33:
34: #include "acpkt.h" /* definitions for AcS-PROVIDERs */
35:
36: #ifndef _RtSAP_
37: #include "rtsap.h" /* definitions for RtS-USERs */
38: #endif
39:
40: #ifndef _PSAP2_
41: #include "psap2.h" /* definitions for PS-USERs */
42: #endif
43:
44: #ifndef _SSAP_
45: #include "ssap.h" /* definitions for SS-USERs */
46: #endif
47:
48: /* */
49:
50: #define rosapPsig(acb, sd) \
51: { \
52: if ((acb = findacblk (sd)) == NULL) { \
53: (void) sigiomask (smask); \
54: return rosaplose (roi, ROS_PARAMETER, NULLCP, \
55: "invalid association descriptor"); \
56: } \
57: if (!(acb -> acb_flags & ACB_CONN)) { \
58: (void) sigiomask (smask); \
59: return rosaplose (roi, ROS_OPERATION, NULLCP, \
60: "association descriptor not connected"); \
61: } \
62: if (acb -> acb_flags & ACB_CLOSING) { \
63: (void) sigiomask (smask); \
64: return rosaplose (roi, ROS_WAITING, NULLCP, NULLCP); \
65: } \
66: if (acb -> acb_flags & ACB_FINN) { \
67: (void) sigiomask (smask); \
68: return rosaplose (roi, ROS_OPERATION, NULLCP, \
69: "association descriptor finishing"); \
70: } \
71: if (acb -> acb_putosdu == NULLIFP) { \
72: (void) sigiomask (smask); \
73: return rosaplose (roi, ROS_OPERATION, NULLCP, \
74: "association descriptor not bound"); \
75: } \
76: }
77:
78: #define rosapXsig(acb, sd) \
79: { \
80: if ((acb = findacblk (sd)) == NULL) { \
81: (void) sigiomask (smask); \
82: return rosaplose (roi, ROS_PARAMETER, NULLCP, \
83: "invalid association descriptor"); \
84: } \
85: if (!(acb -> acb_flags & ACB_CONN)) { \
86: (void) sigiomask (smask); \
87: return rosaplose (roi, ROS_OPERATION, NULLCP, \
88: "association descriptor not connected"); \
89: } \
90: if (acb -> acb_flags & ACB_FINN) { \
91: (void) sigiomask (smask); \
92: return rosaplose (roi, ROS_OPERATION, NULLCP, \
93: "association descriptor finishing"); \
94: } \
95: if (acb -> acb_putosdu == NULLIFP) { \
96: (void) sigiomask (smask); \
97: return rosaplose (roi, ROS_OPERATION, NULLCP, \
98: "association descriptor not bound"); \
99: } \
100: }
101:
102: #define rosapFsig(acb, sd) \
103: { \
104: if ((acb = findacblk (sd)) == NULL) { \
105: (void) sigiomask (smask); \
106: return rosaplose (roi, ROS_PARAMETER, NULLCP, \
107: "invalid association descriptor"); \
108: } \
109: if (!(acb -> acb_flags & ACB_ROS)) { \
110: (void) sigiomask (smask); \
111: return rosaplose (roi, ROS_OPERATION, NULLCP, \
112: "not an association descriptor for ROS"); \
113: } \
114: if (!(acb -> acb_flags & ACB_CONN)) { \
115: (void) sigiomask (smask); \
116: return rosaplose (roi, ROS_OPERATION, NULLCP, \
117: "association descriptor not connected"); \
118: } \
119: if (!(acb -> acb_flags & ACB_FINN)) { \
120: (void) sigiomask (smask); \
121: return rosaplose (roi, ROS_OPERATION, NULLCP, \
122: "association descriptor not finishing"); \
123: } \
124: if (acb -> acb_putosdu == NULLIFP) { \
125: (void) sigiomask (smask); \
126: return rosaplose (roi, ROS_OPERATION, NULLCP, \
127: "association descriptor not bound"); \
128: } \
129: }
130:
131: #define missingP(p) \
132: { \
133: if (p == NULL) \
134: return rosaplose (roi, ROS_PARAMETER, NULLCP, \
135: "mandatory parameter \"%s\" missing", "p"); \
136: }
137:
138:
139: #ifndef lint
140: #ifndef __STDC__
141: #define copyRoSAPdata(base,len,d) \
142: { \
143: register int i = len; \
144: if ((d -> d/* */_cc = min (i, sizeof d -> d/* */_data)) > 0) \
145: bcopy (base, d -> d/* */_data, d -> d/* */_cc); \
146: }
147: #else
148: #define copyRoSAPdata(base,len,d) \
149: { \
150: register int i = len; \
151: if ((d -> d##_cc = min (i, sizeof d -> d##_data)) > 0) \
152: bcopy (base, d -> d##_data, d -> d##_cc); \
153: }
154: #endif
155: #else
156: #define copyRoSAPdata(base,len,d) bcopy (base, (char *) d, len)
157: #endif
158:
159:
160: #define pylose() \
161: ropktlose (acb, roi, ROS_PROTOCOL, NULLCP, "%s", PY_pepy)
162:
163:
164: int ropktlose (), rosapreject (), rosaplose ();
165:
166: /* */
167:
168: int acb2osdu ();
169:
170:
171: int ro2rtswrite (), ro2rtswait (), ro2rtsready (), ro2rtsasync (),
172: ro2rtsmask ();
173:
174:
175: int ro2pswrite (), ro2pswait (), ro2psasync (), ro2psmask ();
176:
177:
178: int ss2roslose (), ss2rosabort ();
179: int ro2sswrite (), ro2sswait (), ro2ssasync (), ro2ssmask (), ro2sslose (),
180: ro2ssready ();
181:
182: /* */
183:
184: /* APDU types */
185: #define APDU_INVOKE 1 /* Invoke */
186: #define APDU_RESULT 2 /* Return result */
187: #define APDU_ERROR 3 /* Return error */
188: #define APDU_REJECT 4 /* Reject */
189:
190: #define APDU_UNKNOWN (-1) /* anything other than the above */
191:
192:
193: /* Reject APDU types */
194: #define REJECT_GENERAL 0 /* General Problem */
195: #define REJECT_GENERAL_BASE ROS_GP_UNRECOG
196: #define REJECT_INVOKE 1 /* Invoke Problem */
197: #define REJECT_INVOKE_BASE ROS_IP_DUP
198: #define REJECT_RESULT 2 /* Return Result Problem */
199: #define REJECT_RESULT_BASE ROS_RRP_UNRECOG
200: #define REJECT_ERROR 3 /* Return Error Problem */
201: #define REJECT_ERROR_BASE ROS_REP_UNRECOG
202: #define REJECT_COMPLETE 4 /* more Invoke Problem codes */
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