[moira.git] / db / newmoira.dc

/* $Header$
 *
 * Creates a new sms database
 *
 * Copyright 1988 by the Massachusetts Institute of Technology.
 * For copying and distribution information, please see the file
 * <mit-copyright.h>.
 */

#include <mit-copyright.h>
#include <stdio.h>
#include "../server/query.h"
EXEC SQL INCLUDE sqlca;

extern char *tables[];
extern struct query Queries2[];
extern int QueryCount2;

char *values[] = { "users_id", "mach_id", "clu_id", "list_id",
		   "nfsphys_id", "filsys_id", "strings_id", "dcm_enable",
		   0 };

struct alias { char *name;
	       char *type;
	       char *trans;
	   } aliases[] = {
		   {"ace_type", "TYPE", "KERBEROS"},
		   {"ace_type", "TYPE", "LIST"},
		   {"ace_type", "TYPE", "NONE"},
		   {"ace_type", "TYPE", "USER"},
		   {"alias", "TYPE", "FILESYS"},
		   {"alias", "TYPE", "PALLADIUM"},
		   {"alias", "TYPE", "TYPE"},
		   {"alias", "TYPE", "SERVICE"},
		   {"alias", "TYPE", "TYPEDATA"},
		   {"alias", "TYPE", "VALUE"},
		   {"boolean", "TYPE", "FALSE"},
		   {"boolean", "TYPE", "DONTCARE"},
		   {"boolean", "TYPE", "TRUE"},
		   {"class", "TYPE", "STAFF"},
		   {"class", "TYPE", "1990"},
		   {"class", "TYPE", "1991"},
		   {"class", "TYPE", "1992"},
		   {"class", "TYPE", "1993"},
		   {"class", "TYPE", "FACULTY"},
		   {"class", "TYPE", "G"},
		   {"class", "TYPE", "GUEST"},
		   {"class", "TYPE", "TEST"},
		   {"class", "TYPE", "SYSTEM"},
		   {"filesys", "TYPE", "ERR"},
		   {"filesys", "TYPE", "FSGROUP"},
		   {"filesys", "TYPE", "NFS"},
		   {"filesys", "TYPE", "RVD"},
		   {"filesys", "TYPE", "AFS"},
		   {"fs_access_AFS", "TYPE", "w"},
		   {"fs_access_AFS", "TYPE", "n"},
		   {"fs_access_NFS", "TYPE", "r"},
		   {"fs_access_NFS", "TYPE", "n"},
		   {"fs_access_NFS", "TYPE", "w"},
		   {"fs_access_RVD", "TYPE", "r"},
		   {"fs_access_RVD", "TYPE", "x"},
		   {"gaus", "TYPE", "LIST"},
		   {"gaus", "TYPE", "USER"},
		   {"gaus", "TYPE", "RLIST"},
		   {"gaus", "TYPE", "RUSER"},
		   {"lockertype", "TYPE", "COURSE"},
		   {"lockertype", "TYPE", "HOMEDIR"},
		   {"lockertype", "TYPE", "OTHER"},
		   {"lockertype", "TYPE", "PROJECT"},
		   {"lockertype", "TYPE", "SYSTEM"},
		   {"mac_type", "TYPE", "MAC"},
		   {"mac_type", "TYPE", "NEXT"},
		   {"mac_type", "TYPE", "PMAX"},
		   {"mac_type", "TYPE", "RT"},
		   {"mac_type", "TYPE", "VAX"},
		   {"member", "TYPE", "KERBEROS"},
		   {"member", "TYPE", "LIST"},
		   {"member", "TYPE", "STRING"},
		   {"member", "TYPE", "USER"},
		   {"pobox", "TYPE", "SMTP"},
		   {"pobox", "TYPE", "NONE"},
		   {"pobox", "TYPE", "POP"},
		   {"quota_type", "TYPE", "USER"},
		   {"quota_type", "TYPE", "GROUP"},
		   {"quota_type", "TYPE", "ANY"},
		   {"rmember", "TYPE", "LIST"},
		   {"rmember", "TYPE", "STRING"},
		   {"rmember", "TYPE", "USER"},
		   {"rmember", "TYPE", "KERBEROS"},
		   {"rmember", "TYPE", "RLIST"},
		   {"rmember", "TYPE", "RSTRING"},
		   {"rmember", "TYPE", "RUSER"},
		   {"rmember", "TYPE", "RKERBEROS"},
		   {"service", "TYPE", "REPLICAT"},
		   {"service", "TYPE", "REPLICATED"},
		   {"service", "TYPE", "UNIQUE"},
		   {"slabel", "TYPE", "LPR"},
		   {"slabel", "TYPE", "KERBEROS"},
		   {"slabel", "TYPE", "USRLIB"},
		   {"slabel", "TYPE", "SYSLIB"},
		   {"slabel", "TYPE", "ZEPHYR"},
		   {"ANY", "TYPEDATA", "none"},
		   {"KERBEROS", "TYPEDATA", "string"},
		   {"GROUP", "TYPEDATA", "list"},
		   {"LIST", "TYPEDATA", "list"},
		   {"NONE", "TYPEDATA", "none"},
		   {"POP", "TYPEDATA", "machine"},
		   {"RLIST", "TYPEDATA", "list"},
		   {"RSTRING", "TYPEDATA", "string"},
		   {"RUSER", "TYPEDATA", "user"},
		   {"SMTP", "TYPEDATA", "string"},
		   {"STRING", "TYPEDATA", "string"},
		   {"USER", "TYPEDATA", "user"},	
		   0 };


int ingres_errno = 0;

main(argc, argv)
int argc;
char **argv;
{
    char buffer[256];
    EXEC SQL BEGIN DECLARE SECTION;
    char *db, *tbl, *value, *user, *query, *trans, *type;
    int i, list;
    EXEC SQL END DECLARE SECTION;

    if (argc == 2)
      db = argv[1];
    else
      db = "sms";
#ifsql INGRES
    EXEC SQL CONNECT db;
#endsql
#ifsql INFORMIX
    EXEC SQL DATABASE db;
#endsql
    EXEC SQL WHENEVER SQLERROR CALL ingerr;

    strcpy(buffer, "root");
    user = buffer;
    while (buffer[0]) {
	for (i = 0; tbl = tables[i]; i++) {
#ifsql INGRES
/*	    EXEC SQL define permit all on table to user; */
#endsql
	    if (ingres_errno) {
		printf("Unable to give %s permission to access table %s\n",
		       user, tbl);
		exit(1);
	    }
	}
	printf("Enter the name of another user to be given direct access to\n");
	printf("the database, or [RETURN] if none: ");
	fflush(stdout);
	gets(user);
    }

    for (i = 0; tbl = tables[i]; i++) {
	EXEC SQL INSERT INTO tblstats
	  (table_name, modtime, appends, updates, deletes)
	  VALUES (:tbl, "now", 0, 0, 0);
	if (ingres_errno) {
	    printf("Unable to initialize tblstats for %s\n", tbl);
	    exit(1);
	}
    }

    for (i = 0; value = values[i]; i++) {
	EXEC SQL INSERT INTO numvalues (name, value)
	  VALUES (:value, 1);
	if (ingres_errno) {
	    printf("Unable to install initial value of %s\n", value);
	    exit(1);
	}
    }

    printf("What is the starting UID to assign: ");
    fflush(stdout);
    gets(buffer);
    i = atoi(buffer);
    EXEC SQL INSERT INTO numvalues (name, value)
      VALUES ("uid", :i);
    if (ingres_errno) {
	printf("Unable to install value for uid\n");
	exit(1);
    }

    printf("What is the starting GID to assign: ");
    fflush(stdout);
    gets(buffer);
    i = atoi(buffer);
    EXEC SQL INSERT INTO numvalues (name, value)
      VALUES ("gid", :i);
    if (ingres_errno) {
	printf("Unable to install value for gid\n");
	exit(1);
    }

    printf("What is the default NFS quota to assign: ");
    fflush(stdout);
    gets(buffer);
    i = atoi(buffer);
    EXEC SQL INSERT INTO numvalues (name, value)
      VALUES ("def_quota", :i);
    if (ingres_errno) {
	printf("Unable to install value for def_quota\n");
	exit(1);
    }

    /* place holder records */
    EXEC SQL INSERT INTO users (login, potype, users_id)
      VALUES ("[nobody]", "NONE", 0);
    if (ingres_errno) {
	printf("Unable to install 0 user\n");
	exit(1);
    }
    EXEC SQL INSERT INTO machine (name, type)
      VALUES ("[NONE]", "NONE");
    if (ingres_errno) {
	printf("Unable to install 0 machine\n");
	exit(1);
    }
    EXEC SQL INSERT INTO cluster (name)
      VALUES ("[unassigned]");
    if (ingres_errno) {
	printf("Unable to install 0 cluster\n");
	exit(1);
    }
    EXEC SQL INSERT INTO list (name, acl_type)
      VALUES ("[none]", "NONE");
    if (ingres_errno) {
	printf("Unable to install 0 list\n");
	exit(1);
    }
    EXEC SQL INSERT INTO filesys (label, type)
      VALUES ("[none]", "NONE");
    if (ingres_errno) {
	printf("Unable to install 0 filesys\n");
	exit(1);
    }
    EXEC SQL INSERT INTO nfsphys (device)
      VALUES ("/dev/null");
    if (ingres_errno) {
	printf("Unable to install 0 nfsphys\n");
	exit(1);
    }

    /* magic for ALL_USERS */
    EXEC SQL INSERT INTO users (login, users_id, potype)
      VALUES ("default", 1, "NONE");
    if (ingres_errno) {
	printf("Unable to install default user\n");
	exit(1);
    }
    EXEC SQL INSERT INTO list (name, list_id, acl_type)
      VALUES ("default", 1, "NONE");
    if (ingres_errno) {
	printf("Unable to install default list\n");
	exit(1);
    }
    EXEC SQL INSERT INTO imembers
      (list_id, member_type, member_id, ref_count, direct)
      VALUES (1, "USER", 1, 1, 1);
    if (ingres_errno) {
	printf("Unable to install default user on default list\n");
	exit(1);
    }

    /* Privileged users */
    EXEC SQL INSERT INTO users (login, users_id, potype)
      VALUES ("root", 2, "NONE");
    if (ingres_errno) {
	printf("Unable to install root user\n");
	exit(1);
    }
    EXEC SQL INSERT INTO list (name, list_id, acl_type, acl_id)
      VALUES ("dbadmin", 2, "LIST", 2);
    if (ingres_errno) {
	printf("Unable to install default dbadmin list\n");
	exit(1);
    }

    printf("What is the name of a privileged user: ");
    fflush(stdout);
    gets(buffer);
    user = buffer;
    EXEC SQL INSERT INTO users (login, users_id, potype)
      VALUES (:user, 3, "NONE");
    if (ingres_errno) {
	printf("Unable to install user %s\n", buffer);
	exit(1);
    }
    EXEC SQL INSERT INTO imembers
      (list_id, member_type, member_id, ref_count, direct)
      VALUES (2, "USER", 2, 1, 1);
    if (ingres_errno) {
	printf("Unable to put user root on list dbadmin\n");
	exit(1);
    }
    EXEC SQL INSERT INTO imembers
      (list_id, member_type, member_id, ref_count, direct)
      VALUES (2, "USER", 3, 1, 1);
    if (ingres_errno) {
	printf("Unable to put user %s on list dbadmin\n", buffer);
	exit(1);
    }

    /* And the capacls */
    for (i = 0; i < QueryCount2; i++) {
	query = Queries2[i].name;
	value = Queries2[i].shortname;
	list = 2;
	if (!strcmp(value, "gali") || !strcmp(value, "glig") ||
	    !strcmp(value, "glim") || !strcmp(value, "gval"))
	  list = 1;
	EXEC SQL INSERT INTO capacls (capability, tag, list_id)
	  VALUES (:query, :value, :list);
	if (ingres_errno) {
	    printf("Unable to install query ACL for %s (%s)\n", query, value);
	    exit(1);
	}
    }
    EXEC SQL INSERT INTO capacls (capability, tag, list_id)
      VALUES ("trigger_dcm", "tdcm", 2);

    /* and the aliases */
    for (i = 0; aliases[i].name ; i++) {
	value = aliases[i].name;
	type = aliases[i].type;
	trans = aliases[i].trans;
	EXEC SQL INSERT INTO alias (name, type, trans)
	  VALUES (:value, :type, :trans);
    }

    printf("done.\n");
    exit(0);
}


/*
 * ingerr: (supposedly) called when Ingres indicates an error.
 * I have not yet been able to get this to work to intercept a
 * database open error.
 */

int ingerr(num)
    int *num;
{
    ingres_errno = *num;
    return *num;
}


/* dummy routines */
int access_user() {}
int access_login() {}
int access_list() {}
int access_visible_list() {}
int access_vis_list_by_name() {}
int access_member() {}
int access_qgli() {}
int access_service() {}
int access_filesys() {}
int setup_ausr() {}
int setup_dusr() {}
int setup_spop() {}
int setup_dpob() {}
int setup_dmac() {}
int setup_dclu() {}
int setup_alis() {}
int setup_dlis() {}
int setup_dsin() {}
int setup_dshi() {}
int setup_afil() {}
int setup_ufil() {}
int setup_dfil() {}
int setup_dnfp() {}
int setup_dqot() {}
int setup_sshi() {}
int setup_akum() {}
int followup_fix_modby() {}
int followup_ausr() {}
int followup_gpob() {}
int followup_glin() {}
int followup_aqot() {}
int followup_gzcl() {}
int followup_gsha() {}
int followup_gqot() {}
int set_modtime() {}
int set_modtime_by_id() {}
int set_finger_modtime() {}
int set_pobox_modtime() {}
int set_uppercase_modtime() {}
int set_mach_modtime_by_id() {}
int set_cluster_modtime_by_id() {}
int set_serverhost_modtime() {}
int set_nfsphys_modtime() {}
int set_filesys_modtime() {}
int set_zephyr_modtime() {}
int set_pobox() {}
int get_list_info() {}
int add_member_to_list() {}
int delete_member_from_list() {}
int get_ace_use() {}
int qualified_get_lists() {}
int get_members_of_list() {}
int qualified_get_server() {}
int qualified_get_serverhost() {}
int trigger_dcm() {}
int count_members_of_list() {}
int get_lists_of_member() {}
int register_user() {}
int followup_gpce() {}
Commit	Line	Data
21e8ec7e	1	/* $Header$
	2	*
	3	* Creates a new sms database
	4	*
	5	* Copyright 1988 by the Massachusetts Institute of Technology.
	6	* For copying and distribution information, please see the file
	7	* <mit-copyright.h>.
	8	*/
	9
	10	#include <mit-copyright.h>
	11	#include <stdio.h>
	12	#include "../server/query.h"
	13	EXEC SQL INCLUDE sqlca;
	14
	15	extern char *tables[];
	16	extern struct query Queries2[];
	17	extern int QueryCount2;
	18
	19	char *values[] = { "users_id", "mach_id", "clu_id", "list_id",
	20	"nfsphys_id", "filsys_id", "strings_id", "dcm_enable",
	21	0 };
	22
	23	struct alias { char *name;
	24	char *type;
	25	char *trans;
	26	} aliases[] = {
	27	{"ace_type", "TYPE", "KERBEROS"},
	28	{"ace_type", "TYPE", "LIST"},
	29	{"ace_type", "TYPE", "NONE"},
	30	{"ace_type", "TYPE", "USER"},
	31	{"alias", "TYPE", "FILESYS"},
	32	{"alias", "TYPE", "PALLADIUM"},
	33	{"alias", "TYPE", "TYPE"},
	34	{"alias", "TYPE", "SERVICE"},
	35	{"alias", "TYPE", "TYPEDATA"},
	36	{"alias", "TYPE", "VALUE"},
	37	{"boolean", "TYPE", "FALSE"},
	38	{"boolean", "TYPE", "DONTCARE"},
	39	{"boolean", "TYPE", "TRUE"},
	40	{"class", "TYPE", "STAFF"},
	41	{"class", "TYPE", "1990"},
	42	{"class", "TYPE", "1991"},
	43	{"class", "TYPE", "1992"},
	44	{"class", "TYPE", "1993"},
	45	{"class", "TYPE", "FACULTY"},
	46	{"class", "TYPE", "G"},
	47	{"class", "TYPE", "GUEST"},
	48	{"class", "TYPE", "TEST"},
	49	{"class", "TYPE", "SYSTEM"},
	50	{"filesys", "TYPE", "ERR"},
	51	{"filesys", "TYPE", "FSGROUP"},
	52	{"filesys", "TYPE", "NFS"},
	53	{"filesys", "TYPE", "RVD"},
	54	{"filesys", "TYPE", "AFS"},
	55	{"fs_access_AFS", "TYPE", "w"},
	56	{"fs_access_AFS", "TYPE", "n"},
	57	{"fs_access_NFS", "TYPE", "r"},
	58	{"fs_access_NFS", "TYPE", "n"},
	59	{"fs_access_NFS", "TYPE", "w"},
	60	{"fs_access_RVD", "TYPE", "r"},
	61	{"fs_access_RVD", "TYPE", "x"},
	62	{"gaus", "TYPE", "LIST"},
	63	{"gaus", "TYPE", "USER"},
	64	{"gaus", "TYPE", "RLIST"},
65	{"gaus", "TYPE", "RUSER"},
66	{"lockertype", "TYPE", "COURSE"},
67	{"lockertype", "TYPE", "HOMEDIR"},
68	{"lockertype", "TYPE", "OTHER"},
69	{"lockertype", "TYPE", "PROJECT"},
70	{"lockertype", "TYPE", "SYSTEM"},
71	{"mac_type", "TYPE", "MAC"},
72	{"mac_type", "TYPE", "NEXT"},
73	{"mac_type", "TYPE", "PMAX"},
74	{"mac_type", "TYPE", "RT"},
75	{"mac_type", "TYPE", "VAX"},
76	{"member", "TYPE", "KERBEROS"},
77	{"member", "TYPE", "LIST"},
78	{"member", "TYPE", "STRING"},
79	{"member", "TYPE", "USER"},
80	{"pobox", "TYPE", "SMTP"},
81	{"pobox", "TYPE", "NONE"},
82	{"pobox", "TYPE", "POP"},
83	{"quota_type", "TYPE", "USER"},
84	{"quota_type", "TYPE", "GROUP"},
85	{"quota_type", "TYPE", "ANY"},
86	{"rmember", "TYPE", "LIST"},
87	{"rmember", "TYPE", "STRING"},
88	{"rmember", "TYPE", "USER"},
89	{"rmember", "TYPE", "KERBEROS"},
90	{"rmember", "TYPE", "RLIST"},
91	{"rmember", "TYPE", "RSTRING"},
92	{"rmember", "TYPE", "RUSER"},
93	{"rmember", "TYPE", "RKERBEROS"},
94	{"service", "TYPE", "REPLICAT"},
95	{"service", "TYPE", "REPLICATED"},
96	{"service", "TYPE", "UNIQUE"},
97	{"slabel", "TYPE", "LPR"},
98	{"slabel", "TYPE", "KERBEROS"},
99	{"slabel", "TYPE", "USRLIB"},
100	{"slabel", "TYPE", "SYSLIB"},
101	{"slabel", "TYPE", "ZEPHYR"},
102	{"ANY", "TYPEDATA", "none"},
103	{"KERBEROS", "TYPEDATA", "string"},
104	{"GROUP", "TYPEDATA", "list"},
105	{"LIST", "TYPEDATA", "list"},
106	{"NONE", "TYPEDATA", "none"},
107	{"POP", "TYPEDATA", "machine"},
108	{"RLIST", "TYPEDATA", "list"},
109	{"RSTRING", "TYPEDATA", "string"},
110	{"RUSER", "TYPEDATA", "user"},
111	{"SMTP", "TYPEDATA", "string"},
112	{"STRING", "TYPEDATA", "string"},
113	{"USER", "TYPEDATA", "user"},
114	0 };
115
116
117	int ingres_errno = 0;
118
119	main(argc, argv)
120	int argc;
121	char **argv;
122	{
123	char buffer[256];
124	EXEC SQL BEGIN DECLARE SECTION;
125	char db, tbl, value, user, query, trans, *type;
126	int i, list;
127	EXEC SQL END DECLARE SECTION;
128
129	if (argc == 2)
130	db = argv[1];
131	else
132	db = "sms";
133	#ifsql INGRES
134	EXEC SQL CONNECT db;
135	#endsql
136	#ifsql INFORMIX
137	EXEC SQL DATABASE db;
138	#endsql
139	EXEC SQL WHENEVER SQLERROR CALL ingerr;
140
141	strcpy(buffer, "root");
142	user = buffer;
143	while (buffer[0]) {
144	for (i = 0; tbl = tables[i]; i++) {
145	#ifsql INGRES
146	/* EXEC SQL define permit all on table to user; */
147	#endsql
148	if (ingres_errno) {
149	printf("Unable to give %s permission to access table %s\n",
150	user, tbl);
151	exit(1);
152	}
153	}
154	printf("Enter the name of another user to be given direct access to\n");
155	printf("the database, or [RETURN] if none: ");
156	fflush(stdout);
157	gets(user);
158	}
159
160	for (i = 0; tbl = tables[i]; i++) {
161	EXEC SQL INSERT INTO tblstats
162	(table_name, modtime, appends, updates, deletes)
163	VALUES (:tbl, "now", 0, 0, 0);
164	if (ingres_errno) {
165	printf("Unable to initialize tblstats for %s\n", tbl);
166	exit(1);
167	}
168	}
169
170	for (i = 0; value = values[i]; i++) {
171	EXEC SQL INSERT INTO numvalues (name, value)
172	VALUES (:value, 1);
173	if (ingres_errno) {
174	printf("Unable to install initial value of %s\n", value);
175	exit(1);
176	}
177	}
178
179	printf("What is the starting UID to assign: ");
180	fflush(stdout);
181	gets(buffer);
182	i = atoi(buffer);
183	EXEC SQL INSERT INTO numvalues (name, value)
184	VALUES ("uid", :i);
185	if (ingres_errno) {
186	printf("Unable to install value for uid\n");
187	exit(1);
188	}
189
190	printf("What is the starting GID to assign: ");
191	fflush(stdout);
192	gets(buffer);
193	i = atoi(buffer);
194	EXEC SQL INSERT INTO numvalues (name, value)
195	VALUES ("gid", :i);
196	if (ingres_errno) {
197	printf("Unable to install value for gid\n");
198	exit(1);
199	}
200
201	printf("What is the default NFS quota to assign: ");
202	fflush(stdout);
203	gets(buffer);
204	i = atoi(buffer);
205	EXEC SQL INSERT INTO numvalues (name, value)
206	VALUES ("def_quota", :i);
207	if (ingres_errno) {
208	printf("Unable to install value for def_quota\n");
209	exit(1);
210	}
211
212	/* place holder records */
213	EXEC SQL INSERT INTO users (login, potype, users_id)
214	VALUES ("[nobody]", "NONE", 0);
215	if (ingres_errno) {
216	printf("Unable to install 0 user\n");
217	exit(1);
218	}
219	EXEC SQL INSERT INTO machine (name, type)
220	VALUES ("[NONE]", "NONE");
221	if (ingres_errno) {
222	printf("Unable to install 0 machine\n");
223	exit(1);
224	}
225	EXEC SQL INSERT INTO cluster (name)
226	VALUES ("[unassigned]");
227	if (ingres_errno) {
228	printf("Unable to install 0 cluster\n");
229	exit(1);
230	}
231	EXEC SQL INSERT INTO list (name, acl_type)
232	VALUES ("[none]", "NONE");
233	if (ingres_errno) {
234	printf("Unable to install 0 list\n");
235	exit(1);
236	}
237	EXEC SQL INSERT INTO filesys (label, type)
238	VALUES ("[none]", "NONE");
239	if (ingres_errno) {
240	printf("Unable to install 0 filesys\n");
241	exit(1);
242	}
243	EXEC SQL INSERT INTO nfsphys (device)
244	VALUES ("/dev/null");
245	if (ingres_errno) {
246	printf("Unable to install 0 nfsphys\n");
247	exit(1);
248	}
249
250	/* magic for ALL_USERS */
251	EXEC SQL INSERT INTO users (login, users_id, potype)
252	VALUES ("default", 1, "NONE");
253	if (ingres_errno) {
254	printf("Unable to install default user\n");
255	exit(1);
256	}
257	EXEC SQL INSERT INTO list (name, list_id, acl_type)
258	VALUES ("default", 1, "NONE");
259	if (ingres_errno) {
260	printf("Unable to install default list\n");
261	exit(1);
262	}
263	EXEC SQL INSERT INTO imembers
264	(list_id, member_type, member_id, ref_count, direct)
265	VALUES (1, "USER", 1, 1, 1);
266	if (ingres_errno) {
267	printf("Unable to install default user on default list\n");
268	exit(1);
269	}
270
271	/* Privileged users */
272	EXEC SQL INSERT INTO users (login, users_id, potype)
273	VALUES ("root", 2, "NONE");
274	if (ingres_errno) {
275	printf("Unable to install root user\n");
276	exit(1);
277	}
278	EXEC SQL INSERT INTO list (name, list_id, acl_type, acl_id)
279	VALUES ("dbadmin", 2, "LIST", 2);
280	if (ingres_errno) {
281	printf("Unable to install default dbadmin list\n");
282	exit(1);
283	}
284
285	printf("What is the name of a privileged user: ");
286	fflush(stdout);
287	gets(buffer);
288	user = buffer;
289	EXEC SQL INSERT INTO users (login, users_id, potype)
290	VALUES (:user, 3, "NONE");
291	if (ingres_errno) {
292	printf("Unable to install user %s\n", buffer);
293	exit(1);
294	}
295	EXEC SQL INSERT INTO imembers
296	(list_id, member_type, member_id, ref_count, direct)
297	VALUES (2, "USER", 2, 1, 1);
298	if (ingres_errno) {
299	printf("Unable to put user root on list dbadmin\n");
300	exit(1);
301	}
302	EXEC SQL INSERT INTO imembers
303	(list_id, member_type, member_id, ref_count, direct)
304	VALUES (2, "USER", 3, 1, 1);
305	if (ingres_errno) {
306	printf("Unable to put user %s on list dbadmin\n", buffer);
307	exit(1);
308	}
309
310	/* And the capacls */
311	for (i = 0; i < QueryCount2; i++) {
312	query = Queries2[i].name;
313	value = Queries2[i].shortname;
314	list = 2;
315	if (!strcmp(value, "gali") \|\| !strcmp(value, "glig") \|\|
316	!strcmp(value, "glim") \|\| !strcmp(value, "gval"))
317	list = 1;
318	EXEC SQL INSERT INTO capacls (capability, tag, list_id)
319	VALUES (:query, :value, :list);
320	if (ingres_errno) {
321	printf("Unable to install query ACL for %s (%s)\n", query, value);
322	exit(1);
323	}
324	}
325	EXEC SQL INSERT INTO capacls (capability, tag, list_id)
326	VALUES ("trigger_dcm", "tdcm", 2);
327
328	/* and the aliases */
329	for (i = 0; aliases[i].name ; i++) {
330	value = aliases[i].name;
331	type = aliases[i].type;
332	trans = aliases[i].trans;
333	EXEC SQL INSERT INTO alias (name, type, trans)
334	VALUES (:value, :type, :trans);
335	}
336
337	printf("done.\n");
338	exit(0);
339	}
340
341
342	/*
343	* ingerr: (supposedly) called when Ingres indicates an error.
344	* I have not yet been able to get this to work to intercept a
345	* database open error.
346	*/
347
348	int ingerr(num)
349	int *num;
350	{
351	ingres_errno = *num;
352	return *num;
353	}
354
355
356	/* dummy routines */
357	int access_user() {}
358	int access_login() {}
359	int access_list() {}
360	int access_visible_list() {}
361	int access_vis_list_by_name() {}
362	int access_member() {}
363	int access_qgli() {}
364	int access_service() {}
365	int access_filesys() {}
366	int setup_ausr() {}
367	int setup_dusr() {}
368	int setup_spop() {}
369	int setup_dpob() {}
370	int setup_dmac() {}
371	int setup_dclu() {}
372	int setup_alis() {}
373	int setup_dlis() {}
374	int setup_dsin() {}
375	int setup_dshi() {}
376	int setup_afil() {}
377	int setup_ufil() {}
378	int setup_dfil() {}
379	int setup_dnfp() {}
380	int setup_dqot() {}
381	int setup_sshi() {}
382	int setup_akum() {}
383	int followup_fix_modby() {}
384	int followup_ausr() {}
385	int followup_gpob() {}
386	int followup_glin() {}
387	int followup_aqot() {}
388	int followup_gzcl() {}
389	int followup_gsha() {}
390	int followup_gqot() {}
391	int set_modtime() {}
392	int set_modtime_by_id() {}
393	int set_finger_modtime() {}
394	int set_pobox_modtime() {}
395	int set_uppercase_modtime() {}
396	int set_mach_modtime_by_id() {}
397	int set_cluster_modtime_by_id() {}
398	int set_serverhost_modtime() {}
399	int set_nfsphys_modtime() {}
400	int set_filesys_modtime() {}
401	int set_zephyr_modtime() {}
402	int set_pobox() {}
403	int get_list_info() {}
404	int add_member_to_list() {}
405	int delete_member_from_list() {}
406	int get_ace_use() {}
407	int qualified_get_lists() {}
408	int get_members_of_list() {}
409	int qualified_get_server() {}
410	int qualified_get_serverhost() {}
411	int trigger_dcm() {}
412	int count_members_of_list() {}
413	int get_lists_of_member() {}
414	int register_user() {}
415	int followup_gpce() {}