/* $Id: student.pc,v 1.6 2009-06-17 15:43:06 zacheiss Exp $ * * Load data into Moira from Registrar's Office data file * * Copyright (C) 1990-1998 by the Massachusetts Institute of Technology * For copying and distribution information, please see the file * . */ #include #include #include #include #include "common.h" #include #include #include #include #include EXEC SQL INCLUDE sqlca; RCSID("$Header: /afs/athena.mit.edu/astaff/project/moiradev/repository/moira/regtape/student.pc,v 1.6 2009-06-17 15:43:06 zacheiss Exp $"); /* File format is: 0-8 MIT ID 9-38 last name 39-68 first name 69-98 middle name 99 year 100-103 department 104-133 address 134-173 city 174-175 state 176-184 zip code 185-204 phone 205-234 office address 235-254 office phone */ #define LOC_ID 0 #define LEN_ID 9 #define LOC_LAST (LOC_ID + LEN_ID) #define LEN_LAST 30 #define LOC_FIRST (LOC_LAST + LEN_LAST) #define LEN_FIRST 30 #define LOC_MIDDLE (LOC_FIRST + LEN_FIRST) #define LEN_MIDDLE 30 #define LOC_YEAR (LOC_MIDDLE + LEN_MIDDLE) #define LEN_YEAR 1 #define LOC_COURSE (LOC_YEAR + LEN_YEAR) #define LEN_COURSE 4 #define LOC_ADDRESS (LOC_COURSE + LEN_COURSE) #define LEN_ADDRESS 30 #define LOC_CITY (LOC_ADDRESS + LEN_ADDRESS) #define LEN_CITY 40 #define LOC_STATE (LOC_CITY + LEN_CITY) #define LEN_STATE 2 #define LOC_ZIP (LOC_STATE + LEN_STATE) #define LEN_ZIP 9 #define LOC_PHONE (LOC_ZIP + LEN_ZIP) #define LEN_PHONE 20 #define LOC_OADDR (LOC_PHONE + LEN_PHONE) #define LEN_OADDR 30 #define LOC_OPHONE (LOC_OADDR + LEN_OADDR) #define LEN_OPHONE 20 EXEC SQL BEGIN DECLARE SECTION; int who; char *prog = "stuload"; EXEC SQL END DECLARE SECTION; char *whoami; struct entry *get_next_entry(FILE *in); void process_entry(struct entry *e, int secure); int main(int argc, char **argv) { FILE *in; struct entry *e; int i, wait = 0; char buf[80], *file = NULL; EXEC SQL BEGIN DECLARE SECTION; char *db = "moira"; EXEC SQL END DECLARE SECTION; whoami = strrchr(argv[0], '/'); if (whoami) whoami++; else whoami = argv[0]; setvbuf(stdout, NULL, _IOLBF, BUFSIZ); setvbuf(stderr, NULL, _IOLBF, BUFSIZ); for (i = 1; i < argc; i++) { if (!strcmp(argv[i], "-w")) wait++; if (file) { fprintf(stderr, "Usage: %s [-w] inputfile\n", whoami); exit(1); } else file = argv[i]; } if (!file) { fprintf(stderr, "Usage: %s [-w] inputfile\n", whoami); exit(1); } in = fopen(file, "r"); if (!in) { fprintf(stderr, "Unable to open %s for input\n", file); exit(1); } initialize_sms_error_table(); EXEC SQL CONNECT :db IDENTIFIED BY :db; if (sqlca.sqlcode) { dbmserr("connecting", sqlca.sqlcode); exit(1); } EXEC SQL SELECT users_id INTO :who FROM users WHERE login = 'root'; while ((e = get_next_entry(in))) { process_entry(e, 1); EXEC SQL COMMIT WORK; if (sqlca.sqlcode) { dbmserr("committing work", sqlca.sqlcode); exit(1); } if (wait) { printf("Next"); fflush(stdout); fgets(buf, sizeof(buf), stdin); } } exit(0); } struct entry *get_next_entry(FILE *in) { static struct entry e; static char buf[BUFSIZ], classbuf[10]; static char namebuf[LEN_FIRST + LEN_MIDDLE + LEN_LAST + 2]; static char addrbuf[USERS_HOME_ADDR_SIZE], xaddrbuf[USERS_XADDRESS_SIZE]; static char first[LEN_FIRST + 1], last[LEN_LAST + 1], middle[LEN_MIDDLE + 1]; static char id[LEN_ID + 1], course[LEN_COURSE + 1]; static char year[LEN_YEAR + 1], address[LEN_ADDRESS + 1]; static char city[LEN_CITY + 1]; static char state[LEN_STATE + 1], phone[LEN_PHONE + 1]; static char ophone[LEN_OPHONE + 1], title[128]; static char zip[LEN_ZIP + 1], oaddr[LEN_OADDR + 1]; static int nyear = 0; int ends_jr, ends_iii, ends_iv, ends_sr, ends_ii, ends_v; char *p; if (nyear == 0) { struct tm *tm; struct timeval tv; gettimeofday(&tv, NULL); tm = localtime(&tv.tv_sec); nyear = tm->tm_year; if (tm->tm_mon >= 5) nyear++; } if (!fgets(buf, sizeof(buf), in)) return NULL; strlcpy(id, &buf[LOC_ID], LEN_ID + 1); strtrim(id); strlcpy(last, &buf[LOC_LAST], LEN_LAST + 1); strtrim(last); strlcpy(first, &buf[LOC_FIRST], LEN_FIRST + 1); strtrim(first); strlcpy(middle, &buf[LOC_MIDDLE], LEN_MIDDLE + 1); strtrim(middle); strlcpy(year, &buf[LOC_YEAR], LEN_YEAR + 1); strtrim(year); strlcpy(course, &buf[LOC_COURSE], LEN_COURSE + 1); strtrim(course); strlcpy(address, &buf[LOC_ADDRESS], LEN_ADDRESS + 1); strtrim(address); strlcpy(city, &buf[LOC_CITY], LEN_CITY + 1); strtrim(city); strlcpy(state, &buf[LOC_STATE], LEN_STATE + 1); strtrim(state); strlcpy(zip, &buf[LOC_ZIP], LEN_ZIP + 1); strtrim(zip); strlcpy(phone, &buf[LOC_PHONE], LEN_PHONE + 1); strtrim(phone); strlcpy(oaddr, &buf[LOC_OADDR], LEN_OADDR + 1); strtrim(oaddr); strlcpy(ophone, &buf[LOC_OPHONE], LEN_OPHONE + 1); strtrim(ophone); e.first = first; e.last = last; e.middle = middle; ends_jr = ends_iii = ends_iv = ends_sr = ends_ii = ends_v = 0; LookForJrAndIII(e.last, &ends_sr, &ends_jr, &ends_iii, &ends_iv, &ends_ii, &ends_v); if (middle[1] == '.' && middle[2] == '\0') middle[1] = '\0'; e.name = namebuf; if (*middle) sprintf(e.name, "%s %s %s", first, middle, last); else sprintf(e.name, "%s %s", first, last); e.id = id; e.xtitle = title; if (year[0] == 'G' || year[0] == 'N') { e.type = "G"; sprintf(title, "Grad Student"); } else { e.type = classbuf; sprintf(classbuf, "%d", nyear + 4 - atoi(year) + 1900); sprintf(title, "Undergrad (class of %s)", classbuf); } e.dept = course; e.oaddr = oaddr; fixaddress(e.oaddr); e.ophone = e.xphone2 = ophone; fixphone(e.ophone); e.haddr = addrbuf; strlcpy(e.haddr, address, sizeof(addrbuf)); if (*city) { strlcat(e.haddr, " ", sizeof(addrbuf)); strlcat(e.haddr, city, sizeof(addrbuf)); } if (*state) { strlcat(e.haddr, " ", sizeof(addrbuf)); strlcat(e.haddr, state, sizeof(addrbuf)); strlcat(e.haddr, zip, sizeof(addrbuf)); } fixaddress(e.haddr); e.hphone = e.xphone1 = phone; fixphone(e.hphone); e.xaddress = xaddrbuf; strlcpy(e.xaddress, address, sizeof(xaddrbuf)); strlcat(e.xaddress, " |", sizeof(xaddrbuf)); if (*city) { strlcat(e.xaddress, city, sizeof(xaddrbuf)); if (*state) { strlcat(e.xaddress, " ", sizeof(xaddrbuf)); strlcat(e.xaddress, state, sizeof(xaddrbuf)); strlcat(e.xaddress, zip, sizeof(xaddrbuf)); } } else strlcat(e.xaddress, "MIT INTERDEPARTMENTAL MAIL", sizeof(xaddrbuf)); return &e; }