|
|
1.1 root 1: /*
2: * config data
3: */
4:
5: #include "sys/param.h"
6: #include "sys/conf.h"
7: #include "sys/vtimes.h"
8: #include "sys/proc.h"
9: #include "sys/inode.h"
10: #include "sys/file.h"
11: #include "sys/text.h"
12: #include "sys/callout.h"
13: #include "sys/buf.h"
14: #include "sys/map.h"
15: #include "sys/stream.h"
16: #include "sys/mba.h"
17: #include "sys/mbaddr.h"
18: #include "sys/nxaddr.h"
19: #include "sys/nexus.h"
20: #include "sys/ubaddr.h"
21: #include "sys/uba.h"
22: #include "sys/uda.h"
23: #include "sys/inet/in.h"
24: #include "sys/inet/ip_var.h"
25: #include "sys/inet/udp.h"
26: #include "sys/inet/tcp.h"
27: #include "sys/inet/tcp_timer.h"
28: #include "sys/inet/tcp_var.h"
29: #include "sys/subaddr.h"
30: #include "sys/dz.h"
31: #include "sys/kmc.h"
32: #include "sys/kdi.h"
33: #include "sys/mscp.h"
34: #include "sys/ni1010a.h"
35: #include "sys/udaioc.h"
36: #include "sys/ra.h"
37: #include "sys/tu78.h"
38: #include "sys/hp.h"
39: #include "sys/bad144.h"
40: #include "sys/ttyio.h"
41: #include "sys/ttyld.h"
42: #include "sys/bufld.h"
43: #include "sys/mesg.h"
44: #include "sys/nttyio.h"
45: #include "sys/nttyld.h"
46: #include "sys/mount.h"
47: extern struct bdevsw hpbdev;
48: extern struct bdevsw swbdev;
49: extern struct bdevsw rabdev;
50: extern struct bdevsw tu78bdev;
51: int nblkdev = 9;
52: extern struct cdevsw cncdev;
53: extern struct cdevsw dzcdev;
54: extern struct cdevsw mmcdev;
55: extern struct cdevsw hpcdev;
56: extern struct cdevsw swcdev;
57: extern struct cdevsw tu78cdev;
58: extern struct cdevsw kmccdev;
59: extern struct cdevsw racdev;
60: extern struct cdevsw kdicdev;
61: extern struct cdevsw fdcdev;
62: extern struct cdevsw ipcdev;
63: extern struct cdevsw tcpcdev;
64: extern struct cdevsw ilcdev;
65: extern struct cdevsw udpcdev;
66: int nchrdev = 51;
67: extern struct fstypsw fsfs;
68: extern struct fstypsw nafs;
69: extern struct fstypsw prfs;
70: extern struct fstypsw msfs;
71: extern struct fstypsw nbfs;
72: extern struct fstypsw erfs;
73: extern struct fstypsw pipfs;
74: int nfstyp = 7;
75: extern struct streamtab ttystream;
76: extern struct streamtab msgstream;
77: extern struct streamtab nttystream;
78: extern struct streamtab bufldstream;
79: extern struct streamtab rmsgstream;
80: extern struct streamtab ipstream;
81: extern struct streamtab tcpstream;
82: extern struct streamtab udpstream;
83: extern struct streamtab connstream;
84: extern struct streamtab xpstream;
85: int nstreamtab = 20;
86:
87: struct bdevsw *bdevsw[] = {
88: &hpbdev, /* 0 */
89: NULL,
90: NULL,
91: NULL,
92: &swbdev, /* 4 */
93: NULL,
94: NULL,
95: &rabdev, /* 7 */
96: &tu78bdev, /* 8 */
97: };
98: struct cdevsw *cdevsw[] = {
99: &cncdev, /* 0 */
100: &dzcdev, /* 1 */
101: NULL,
102: &mmcdev, /* 3 */
103: &hpcdev, /* 4 */
104: NULL,
105: NULL,
106: &swcdev, /* 7 */
107: NULL,
108: NULL,
109: NULL,
110: NULL,
111: NULL,
112: NULL,
113: NULL,
114: NULL,
115: NULL,
116: NULL,
117: NULL,
118: NULL,
119: NULL,
120: NULL,
121: &tu78cdev, /* 22 */
122: NULL,
123: NULL,
124: NULL,
125: &kmccdev, /* 26 */
126: NULL,
127: &racdev, /* 28 */
128: NULL,
129: NULL,
130: &kdicdev, /* 31 */
131: NULL,
132: NULL,
133: NULL,
134: NULL,
135: NULL,
136: NULL,
137: NULL,
138: NULL,
139: &fdcdev, /* 40 */
140: NULL,
141: &ipcdev, /* 42 */
142: &tcpcdev, /* 43 */
143: &ilcdev, /* 44 */
144: NULL,
145: NULL,
146: NULL,
147: NULL,
148: NULL,
149: &udpcdev, /* 50 */
150: };
151: struct fstypsw *fstypsw[] = {
152: &fsfs, /* 0 */
153: &nafs, /* 1 */
154: &prfs, /* 2 */
155: &msfs, /* 3 */
156: &nbfs, /* 4 */
157: &erfs, /* 5 */
158: &pipfs, /* 6 */
159: };
160: struct streamtab *streamtab[] = {
161: &ttystream, /* 0 */
162: NULL,
163: NULL,
164: NULL,
165: &msgstream, /* 4 */
166: NULL,
167: &nttystream, /* 6 */
168: &bufldstream, /* 7 */
169: NULL,
170: &rmsgstream, /* 9 */
171: &ipstream, /* 10 */
172: &tcpstream, /* 11 */
173: NULL,
174: NULL,
175: &udpstream, /* 14 */
176: NULL,
177: NULL,
178: NULL,
179: &connstream, /* 18 */
180: &xpstream, /* 19 */
181: };
182:
183: struct nextab nextab[] = {
184: 0, 0,
185: 0, 4,
186: 0, 5,
187: 0, 8,
188: -1
189: };
190: struct nxaddr mcraddr[] = {
191: {0, 0, 0x0},
192: };
193: int mcrcnt = 1;
194: caddr_t mcrregs[1];
195: time_t mcrtime[1];
196: int proccnt = 300;
197: struct proc proc[300];
198: int filecnt = 500;
199: struct file file[500];
200: int inodecnt = 700;
201: struct inode inode[700];
202: int calloutcnt = 50;
203: struct callout callout[50];
204: int textcnt = 60;
205: struct text text[60];
206: int argcnt = 16;
207: struct map argmap[16];
208: int swmapcnt = 200;
209: struct map swapmap[200];
210: int kernelcnt = 100;
211: struct map kernelmap[100];
212: int swbufcnt = 50;
213: struct buf swapbuf[50];
214: struct swapinfo swapinfo[50];
215: int bufhcnt = 63;
216: struct bufhd bufhash[63];
217: int queuecnt = 1024;
218: struct queue queue[1024];
219: int streamcnt = 256;
220: struct stdata streams[256];
221: int dstflag = 1;
222: int timezone = 300;
223: int maxtsize = 12256;
224: int maxdsize = 24544;
225: int maxssize = 24544;
226: struct nxaddr mbaaddr[] = {
227: {1, 0, 0x0},
228: {2, 0, 0x0},
229: };
230: int mbacnt = 2;
231: struct mba mba[2];
232: extern hp0int();
233: extern hp0int();
234: extern hp0int();
235: extern hp0int();
236: extern hp0int();
237: extern hp0int();
238: extern hp0int();
239: extern hp0int();
240: extern tm780int();
241: char mbaid[][8] = {
242: 0, 1, 2, 3, 4, 5, 6, 7,
243: 0, 011, 012, 013, 014, 015, 016, 017,
244: };
245: int mbastray();
246: int (*mbavec[][8])() = {
247: hp0int, hp0int, hp0int, hp0int, hp0int, hp0int, hp0int, hp0int,
248: tm780int, mbastray, mbastray, mbastray, mbastray, mbastray, mbastray, mbastray,
249: };
250: struct mbaddr hpaddr[] = {
251: {0, 0},
252: {1, 0},
253: {2, 0},
254: {3, 0},
255: {4, 0},
256: {5, 0},
257: {6, 0},
258: {7, 0},
259: };
260: int hpcnt = 8;
261: struct hpdisk hpdisk[8];
262: struct buf hpbuf[8];
263: struct buf hpbadbuf[8];
264: struct bad144 hpbad[8];
265: struct mbaddr tm78addr[] = {
266: {0, 1},
267: };
268: int tm78cnt = 1;
269: struct tm78 tm78[1];
270: struct subaddr tu78addr[] = {
271: {0, 0},
272: };
273: int tu78cnt = 1;
274: struct tu78 tu78[1];
275: struct buf ctu78buf[1];
276: struct buf rtu78buf[1];
277: struct nxaddr ubaaddr[] = {
278: {3, 0, 0x200},
279: };
280: int ubacnt = 1;
281: struct uba uba[1];
282: struct ubaddr udaddr[] = {
283: {0772150, 0254, 0},
284: };
285: int udcnt = 1;
286: struct ud ud[1];
287: extern struct msportsw udport;
288: int nmsport = 1;
289: struct msportsw *msportsw[] = {
290: &udport, /* 0 */
291: };
292: struct msaddr raaddr[] = {
293: {0, 0, 0},
294: };
295: int racnt = 1;
296: struct radisk radisk[1];
297: struct buf rabuf[1];
298: struct ubaddr dzaddr[] = {
299: {0760100, 0300, 0},
300: };
301: int dzcnt = 8;
302: struct dz dz[8];
303: struct ubaddr kmcaddr[] = {
304: {0760200, 0400, 0},
305: };
306: int kmccnt = 1;
307: struct kmc kmc[1];
308: struct ubaddr iladdr[] = {
309: {0764000, 0340, 0},
310: };
311: int ilcnt = 1;
312: struct il il[1];
313: int kdicnt = 1;
314: struct kdikmc kdikmc[1];
315: struct kmcdk k[1];
316: int cncnt = 0;
317: int ipcnt = 4;
318: struct ipif ipif[4];
319: struct ipif *ipifsort[4];
320: int udpcnt = 16;
321: struct udp udpconn[16];
322: int tcpcnt = 32;
323: struct tcpcb tcpcb[32];
324: int arpcnt = 64;
325: struct ip_arp ip_arps[64];
326: int ttycnt = 48;
327: struct ttyld ttyld[48];
328: int nttycnt = 32;
329: struct nttyld ntty[32];
330: int msgcnt = 64;
331: struct imesg mesg[64];
332: int xpcnt = 0;
333: int bufldcnt = 4;
334: struct bufld bufld[4];
335: int fscnt = 30;
336: struct mount fsmtab[30];
337: int blkcnt = 1200;
338: struct block cblock[1200];
339: int blkbcnt = 30;
340: struct buf *cblkbuf[30];
341: int rootfstyp = 0;
342: dev_t rootdev = makedev(0, 0);
343: dev_t swapdev = makedev(4, 0);
344: struct swdevt swdevt[] = {
345: {makedev(0, 1), 21120L},
346: {makedev(0, 9), 21120L},
347: };
348: int nswdevt = 2;
349: extern int hpdump();
350: int (*dumprout)() = hpdump;
351: int dumpunit = 1;
352: long dumplow = 10560;
353: long dumpsize = 21120;
This archive runs on limited infrastructure. Preserving old code on modern bandwidth. Automated agents are requested to crawl responsibly.