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/*** analog 2.0 ***/
/* Please read Readme.html, or http://www.statslab.cam.ac.uk/~sret1/analog/ */
/*** init2.c; some initialisation functions not using many global variables */
/* See also init.c */
#include "analhea2.h"
/*** The function that parses the domains file ***/
void domainscan(void)
{
extern char *domainsfile;
extern struct domain **ohead;
extern struct alias *subdomshead;
extern char *commandname;
extern flag oq, warnq, anywarns;
FILE *df;
struct domain *p, *lastp;
struct alias *subdomp;
char tempstr[MAXSTRINGLENGTH], tempstr2[MAXSTRINGLENGTH];
char inputline[MAXLINELENGTH];
int rc; /* return code */
int domcode; /* the code of a particular domain;
see the long comment just below */
flag ispipe;
df = fopenlog(domainsfile, "domains file", &ispipe);
if (df == NULL) {
if (warnq) {
fprintf(stderr," will not construct domain report.\n");
anywarns = ON;
}
oq = OFF;
return;
}
/* We put the domains in the following order. aa = 0, ab = 2, ...,
ba = 52, ... Domains with more than two letters go in the spaces;
co = 134, com = 135, cp = 136. We assume that there are no two long
domain names with the same two initial letters. Finally zz = 1350,
zzspam = 1351, Unknown = 1352, Numerical = 1353. Each domain contains
a 'nexti' element to show which is the next domain that occurs in the
domains file. */
else { /* there is a domains file */
p = ohead[DOMHASHSIZE - 2];
p -> id = xmalloc(5); /* enough for "*UNK\0" */
strcpy(p -> id, "*UNK");
p -> name = xmalloc(8);
strcpy(p -> name, "unknown");
p -> reqs = 0;
p -> pages = 0;
p -> bytes = 0;
p -> next = (struct domain *)xmalloc(sizeof(struct domain));
p -> next -> name = NULL;
p = ohead[DOMHASHSIZE - 1];
p -> id = xmalloc(5);
strcpy(p -> id, "*NUM");
p -> name = xmalloc(31);
strcpy(p -> name, "unresolved numerical addresses");
p -> reqs = 0;
p -> pages = 0;
p -> bytes = 0.0;
p -> next = (struct domain *)xmalloc(sizeof(struct domain));
p -> next -> name = NULL;
lastp = p;
p = p -> next;
while (fgets(inputline, MAXLINELENGTH, df) != NULL) {
rc = sscanf_domains(inputline, tempstr, tempstr2);
if (rc == 2) {
if ((!isdigit(tempstr[0])) && strchr(tempstr, '.') == NULL) {
/* new domain */
domcode = (tempstr[0] - 'a') * 52 + (tempstr[1] - 'a') * 2 +
(tempstr[2] != '\0');
if ((domcode < 0 || domcode > DOMHASHSIZE - 3) && warnq) {
fprintf(stderr, "%s: Warning: Ignoring corrupt line in domains file looking like\n", commandname);
fprintf(stderr," %s", inputline);
anywarns = ON;
}
p = ohead[domcode];
p -> id = xmalloc((size_t)((int)strlen(tempstr) + 1));
strcpy(p -> id, tempstr);
p -> name = xmalloc((size_t)((int)strlen(tempstr2) + 1));
strcpy(p -> name, tempstr2);
p -> reqs = 0;
p -> pages = 0;
p -> bytes = 0.0;
p -> next = (struct domain *)xmalloc(sizeof(struct domain));
p -> next -> name = NULL;
lastp -> nexti = domcode;
/* domlastp is the last domain we looked at */
lastp = p;
p = p -> next;
}
else if (warnq) { /* old specification subdomain */
fprintf(stderr, "%s: Warning: Ignoring corrupt line in domains file looking like\n", commandname);
fprintf(stderr," %s", inputline);
anywarns = ON;
}
}
else if (rc == 1 && warnq) {
fprintf(stderr, "%s: Warning: Ignoring corrupt line in domains file looking like\n", commandname);
fprintf(stderr, " %s", inputline);
anywarns = ON;
}
}
lastp -> nexti = -1; /* marker; last domain has no subsequent one */
fcloselog(df, domainsfile, "domains file", ispipe);
/* Now do the subdomains which we read in at configuration time */
for (subdomp = subdomshead; subdomp -> from[0] != '\0';
subdomp = subdomp -> next)
if (subdomp -> from[0] != '?')
subdomadd(subdomp -> from, subdomp -> to);
} /* end else can read domains file */
}
/*** Now the function that parses the DNS cache ***/
/* Test dnsq before calling this */
#ifndef NODNS
void dnscachescan(void)
{
extern char *dnsfile;
extern time_t dnsstaletime;
extern char *commandname;
extern flag warnq, anywarns;
FILE *cf;
time_t timec;
char number[MAXSTRINGLENGTH], alias[MAXSTRINGLENGTH];
char inputline[MAXLINELENGTH];
flag ispipe;
cf = fopenlog(dnsfile, "DNS cache file", &ispipe);
if (cf != NULL) {
while (fgets(inputline, MAXLINELENGTH, cf) != NULL) {
if (sscanf(inputline, "%ld %s%s", &timec, number, alias) != 3) {
if (warnq) { /* NB: Poss. problem if strings too long */
fprintf(stderr, "%s: Warning: Ignoring corrupt line in DNS cache file looking like\n",
commandname);
anywarns = ON;
}
}
else if (timec > dnsstaletime)
dnshashadd(number, (alias[0] == '*')?NULL:alias, timec);
}
fcloselog(cf, dnsfile, "DNS cache file", ispipe);
}
}
#endif
/*** Functions used in parsing the configuration file ***/
/* First some warning messages */
void configwarning(char *comname, char *inputline)
{
extern char *commandname;
extern flag warnq, anywarns;
if (warnq) {
fprintf(stderr, "%s: Warning: Not enough arguments to %s command: ignoring line\n", commandname, comname);
fprintf(stderr, " %s", inputline);
if (inputline[MAX(strlen(inputline) - 1, 0)] != '\n')
fprintf(stderr, "\n");
anywarns = ON;
}
}
void configwarning2(char *inputline)
{
extern char *commandname;
extern flag warnq, anywarns;
if (warnq) {
fprintf(stderr, "%s: Warning: Discarding illegal configuration command\n",
commandname);
fprintf(stderr, " %s", inputline);
if (inputline[MAX(strlen(inputline) - 1, 0)] != '\n')
fprintf(stderr, "\n");
anywarns = ON;
}
}
void configwarning3(char *comname, char *inputline)
{
extern char *commandname;
extern flag warnq, anywarns;
if (warnq) {
fprintf(stderr, "%s: Warning: Too many arguments to %s command: ignoring end of line\n", commandname, comname);
fprintf(stderr, " %s", inputline);
if (inputline[MAX(strlen(inputline) - 1, 0)] != '\n')
fprintf(stderr, "\n");
anywarns = ON;
}
}
/* Next some sub-functions to initialise configuration things */
void addonelogfile(struct loglist **p, char name[MAXSTRINGLENGTH],
char prefix[MAXSTRINGLENGTH])
{
strncpy((*p) -> name, name, MAXSTRINGLENGTH - 1);
(*p) -> name[MAXSTRINGLENGTH - 1] = '\0';
strncpy((*p) -> prefix, prefix, MAXSTRINGLENGTH - 1);
(*p) -> prefix[MAXSTRINGLENGTH - 1] = '\0';
(*p) -> next = (struct loglist *)xmalloc(sizeof(struct loglist));
*p = (*p) -> next;
(*p) -> name[0] = '\0';
}
#ifndef NODIRENT
#ifndef VMSDIRENT
void addwildlogs(struct loglist **p, char name[MAXSTRINGLENGTH],
char prefix[MAXSTRINGLENGTH])
{
extern char *commandname;
extern flag warnq, anywarns;
DIR *dirp;
struct dirent *filep;
struct stat *buf;
char dirname[MAXSTRINGLENGTH];
int dirnamelen;
char filename[MAXSTRINGLENGTH];
char *tempc, *temp1, *temp2;
flag matched = FALSE;
strcpy(dirname, name);
for (tempc = dirname + strlen(dirname) - 1; tempc >= dirname &&
*tempc != DIRSEP; tempc--)
; /* run back to last DIRSEP if any */
if (tempc < dirname) {
strcpy(filename, dirname);
#ifdef MAC
dirname[0] = '\0';
#else
sprintf(dirname, ".%c", DIRSEP);
#endif
}
else {
strcpy(filename, tempc + 1);
*(tempc + 1) = '\0';
}
if ((dirp = opendir(dirname)) == NULL) {
(*p) -> name[0] = '\0';
if (warnq) {
fprintf(stderr,
"%s: Warning: can't open directory %s:\n ignoring logfiles %s\n",
commandname, dirname, name);
if (strchr(dirname, '*') != NULL || strchr(dirname, '?') != NULL)
fprintf(stderr, " (wildcards not allowed in directory name)\n");
anywarns = ON;
}
}
else {
dirnamelen = strlen(dirname);
buf = (struct stat *)xmalloc(sizeof(struct stat));
while ((filep = readdir(dirp)) != NULL) {
strncpy(dirname + dirnamelen, filep -> d_name,
(size_t)(MAXSTRINGLENGTH - dirnamelen - 1));
stat(dirname, buf); /* dirname now contains the complete filename */
if (S_ISREG(buf -> st_mode) && /* is ordinary file */
wildmatch(filep -> d_name, filename, &temp1, &temp2)) {
addonelogfile(p, dirname, prefix);
matched = TRUE;
}
}
closedir(dirp);
if (!matched)
addonelogfile(p, name, prefix); /* so as to get proper error message */
}
}
#else /* VMSDIRENT */
/* The next function is due to Dave Jones */
void addwildlogs(struct loglist **p, char name[MAXSTRINGLENGTH],
char prefix[MAXSTRINGLENGTH])
{
static char fspec[VMS_FSPEC_MAX], related[VMS_FSPEC_MAX];
static char result[VMS_FSPEC_MAX];
static $DESCRIPTOR(fspec_dx,fspec);
static $DESCRIPTOR(related_dx,"");
static $DESCRIPTOR(default_dx,".log");
static $DESCRIPTOR(result_dx,result);
char *space, *ques;
long int context;
int status, stsval, length, LIB$FIND_FILE(), LIB$FIND_FILE_END();
flag matched;
length = strlen ( name );
if ( length >= VMS_FSPEC_MAX ) length = VMS_FSPEC_MAX - 1;
strncpy ( fspec, name, length ); fspec[length] = '\0';
while ( ques = strchr(fspec,'?') ) *ques = '%';
fspec_dx.dsc$w_length = length;
for ( matched = FALSE, context = 0;
1&(status=LIB$FIND_FILE ( &fspec_dx, &result_dx, &context,
&default_dx, &related_dx, &stsval, (long *) 0 ));
matched = TRUE) {
space = strchr ( result, ' ' );
if ( !space ) space = &result[VMS_FSPEC_MAX-1];
*space = '\0';
addonelogfile ( p, result, prefix );
/* Save last result to use as defaul for next lookup */
strcpy ( related, result );
related_dx.dsc$w_length = strlen(result);
related_dx.dsc$a_pointer = related;
}
if ( context ) LIB$FIND_FILE_END ( &context );
if (!matched)
addonelogfile(p, name, prefix); /* so as to get proper error message */
}
#endif
#endif /* NODIRENT */
void addlogfile(struct loglist **p, char name[MAXSTRINGLENGTH],
char prefix[MAXSTRINGLENGTH], flag wildexpand)
{ /* wildexpand only used if NODIRENT off */
char *tempstr;
struct stringlist *tempstrlist, *tempslp;
/* NB Do all strtok's before calling subsiduary functions that use it too */
tempstrlist = (struct stringlist *)xmalloc(sizeof(struct stringlist));
tempstrlist -> name[0] = '\0';
tempslp = tempstrlist;
tempstr = strtok(name, ","); /* break at commas */
addonestrlist(&tempslp, tempstr);
while ((tempstr = strtok((char *)NULL, ",")) != NULL)
addonestrlist(&tempslp, tempstr);
/* now check for wildcards and add to logfile list */
for ( ; tempstrlist -> name[0] != '\0'; tempstrlist = tempstrlist -> next) {
#ifndef NODIRENT
#ifndef VMSDIRENT
if (wildexpand && (strchr(tempstrlist -> name, '*') != NULL ||
strchr(tempstrlist -> name, '?') != NULL))
#else /* VMSDIRENT; wildcards only supported for VMS file syntax, not Unix */
if (wildexpand && (strchr(tempstrlist -> name, '/' ) == NULL))
#endif
addwildlogs(p, tempstrlist -> name, prefix);
else
#endif
addonelogfile(p, tempstrlist -> name, prefix);
}
}
void includeone(char *name, struct include **p, struct include *head, int in,
char *comname, char *inputline)
{ /* put something in an include list */
extern char *commandname;
extern flag warnq, anywarns;
struct include *tempp, *oldp;
int tempflag;
char tempstr[MAXSTRINGLENGTH];
if (in == UNSET) { /* *ALLOW */
tempflag = OFF;
for (tempp = head; tempp -> in != UNSET; tempp = tempp -> next) {
if (STREQ(tempp -> name, name) && tempp -> in == FALSE) {
if (tempp == head)
tempp -> name[0] = '\0';
else
oldp -> next = tempp -> next;
tempflag = ON;
}
oldp = tempp;
}
if (!tempflag && warnq) {
fprintf(stderr, "%s: Warning: %s command before corresponding EXCLUDE at\n", commandname, comname);
fprintf(stderr, " %s", inputline);
if (inputline[MAX(strlen(inputline) - 1, 0)] != '\n')
fprintf(stderr, "\n");
anywarns = ON;
}
}
else {
strcpy(tempstr, name);
if (STREQ(strtolower(tempstr), "pages"))
strcpy((*p) -> name, "pages");
else {
strncpy((*p) -> name, name, MAXSTRINGLENGTH - 1);
(*p) -> name[MAXSTRINGLENGTH - 1] = '\0';
}
(*p) -> in = in;
(*p) -> next = (struct include *)xmalloc(sizeof(struct include));
*p = (*p) -> next;
(*p) -> in = UNSET;
}
}
void include(char *name, struct include **p, struct include *head, int in,
char *comname, char *inputline, int rc, flag *maskq)
{ /* put something(s) in/out of an include list */
char *tempstr;
if (rc < 2)
configwarning(comname, inputline);
else {
if (rc > 2)
configwarning3(comname, inputline);
*maskq = ON;
tempstr = strtok(name, ",");
includeone(tempstr, p, head, in, comname, inputline);
while ((tempstr = strtok((char *)NULL, ",")) != NULL)
includeone(tempstr, p, head, in, comname, inputline);
}
}
void configalias(char *from, char *to, struct alias **p, char *comname,
char *inputline, int rc)
{
if (rc < 3)
configwarning(comname, inputline);
else if (from[0] == '\0' || to[0] == '\0')
configwarning2(inputline);
else {
if (rc > 3)
configwarning3(comname, inputline);
strcpy((*p) -> from, from);
strcpy((*p) -> to, to);
(*p) -> next = (struct alias *)xmalloc(sizeof(struct alias));
*p = (*p) -> next;
(*p) -> from[0] = '\0';
}
}
void fromtodate(char *tstr, struct timestruct *t, flag from,
char *comname, char *inputline, int rc)
{ /* NB should we put more syntax checking in this function? */
extern struct timestruct starttimec;
extern int monthlength[];
if (rc < 2)
configwarning(comname, inputline);
else if (STREQ(strtoupper(tstr), "OFF")) {
if (from)
t -> code = -INFINITY;
else
t -> code = INFINITY;
}
else if ((int)strlen(tstr) < 6)
configwarning2(inputline);
else {
if (rc > 2)
configwarning3(comname, inputline);
if (*tstr == '-') {
t -> year = starttimec.year;
t -> year -= 10 * (*(++tstr) - '0');
t -> year -= (*(++tstr) - '0');
}
else {
t -> year = 10 * (*tstr - '0');
t -> year += (*(++tstr) - '0');
if (t -> year > 70) /* (say) */
t -> year += 1900;
else
t -> year += 2000;
}
tstr++;
if (*tstr == '-') {
t -> monthno = starttimec.monthno;
t -> monthno -= 10 * (*(++tstr) - '0');
t -> monthno -= (*(++tstr) - '0');
while (t -> monthno < 0) {
t -> monthno += 12;
t -> year--;
}
}
else if (*tstr == '+') {
t -> monthno = starttimec.monthno;
t -> monthno += 10 * (*(++tstr) - '0');
t -> monthno += (*(++tstr) - '0');
while (t -> monthno > 11) {
t -> monthno -= 12;
t -> year++;
}
}
else {
t -> monthno = 10 * (*tstr - '0');
t -> monthno += (*(++tstr) - '0');
t -> monthno--; /* prog. months are 1 out from standard */
}
tstr++;
if (*tstr == '-') {
t -> date = starttimec.date;
t -> date -= atoi(++tstr);
while (t -> date <= 0) {
t -> monthno--;
if (t -> monthno < 0) {
t -> monthno += 12;
t -> year--;
}
t -> date += monthlength[t -> monthno] +
ISLEAPFEB(t -> monthno, t -> year);
}
}
else if (*tstr == '+') {
t -> date = starttimec.date;
t -> date += atoi(++tstr);
while (t -> date > monthlength[t -> monthno] +
ISLEAPFEB(t -> monthno, t -> year)) {
t -> date -= monthlength[t -> monthno] +
ISLEAPFEB(t -> monthno, t -> year);
t -> monthno++;
if (t -> monthno > 11) {
t -> monthno -= 12;
t -> year++;
}
}
}
else {
t -> date = 10 * (*tstr - '0');
t -> date += (*(++tstr) - '0');
}
if (from) {
t -> hr = 0;
t -> min = 0;
}
else {
t -> hr = 23;
t -> min = 59;
}
t -> code = timecode(t -> date, t -> monthno, t -> year, t -> hr,
t -> min);
}
}
void configstr(char *name, char *target, char *comname, char *inputline,
int rc) /* NB: name must have size at least MSL */
{
if (rc < 2)
configwarning(comname, inputline);
else {
if (rc > 2)
configwarning3(comname, inputline);
strncpy(target, name, MAXSTRINGLENGTH - 1);
}
}
/* a couple of functions for configstrlist() below */
void addonestrlist(struct stringlist **p, char *name)
{
strncpy((*p) -> name, name, MAXSTRINGLENGTH - 1);
(*p) -> name[MAXSTRINGLENGTH - 1] = '\0';
(*p) -> next = (struct stringlist *)xmalloc(sizeof(struct stringlist));
*p = (*p) -> next;
(*p) -> name[0] = '\0';
}
#ifndef NODIRENT
#ifndef VMSDIRENT
void addwildstrlist(struct stringlist **p, char *name)
{ /* exactly the same as addwildlogs() above */
extern char *commandname;
extern flag warnq, anywarns;
DIR *dirp;
struct dirent *filep;
struct stat *buf;
char dirname[MAXSTRINGLENGTH];
int dirnamelen;
char filename[MAXSTRINGLENGTH];
char *tempc, *temp1, *temp2;
flag matched = FALSE;
strcpy(dirname, name);
for (tempc = dirname + strlen(dirname) - 1; tempc >= dirname &&
*tempc != DIRSEP; tempc--)
; /* run back to last DIRSEP if any */
if (tempc < dirname) {
strcpy(filename, dirname);
#ifdef MAC
dirname[0] = '\0';
#else
sprintf(dirname, ".%c", DIRSEP);
#endif
}
else {
strcpy(filename, tempc + 1);
*(tempc + 1) = '\0';
}
if ((dirp = opendir(dirname)) == NULL) {
(*p) -> name[0] = '\0';
if (warnq) {
fprintf(stderr,
"%s: Warning: can't open directory %s:\n ignoring files %s\n",
commandname, dirname, name);
if (strchr(dirname, '*') != NULL || strchr(dirname, '?') != NULL)
fprintf(stderr, " (wildcards not allowed in directory name)\n");
anywarns = ON;
}
}
else {
dirnamelen = strlen(dirname);
buf = (struct stat *)xmalloc(sizeof(struct stat));
while ((filep = readdir(dirp)) != NULL) {
strncpy(dirname + dirnamelen, filep -> d_name,
(size_t)(MAXSTRINGLENGTH - dirnamelen - 1));
stat(dirname, buf);
if (S_ISREG(buf -> st_mode) && /* is ordinary file */
wildmatch(filep -> d_name, filename, &temp1, &temp2)) {
addonestrlist(p, dirname);
matched = TRUE;
}
}
closedir(dirp);
if (!matched)
addonestrlist(p, name);
}
}
#else /* VMSDIRENT */
/* The next function is due to Dave Jones */
void addwildstrlist(struct stringlist **p, char *name)
{
static char fspec[VMS_FSPEC_MAX], related[VMS_FSPEC_MAX];
static char result[VMS_FSPEC_MAX];
static $DESCRIPTOR(fspec_dx,fspec);
static $DESCRIPTOR(related_dx,"");
static $DESCRIPTOR(default_dx,".log");
static $DESCRIPTOR(result_dx,result);
char *space, *ques;
long int context;
int status, stsval, length, LIB$FIND_FILE(), LIB$FIND_FILE_END();
flag matched;
length = strlen ( name );
if ( length >= VMS_FSPEC_MAX ) length = VMS_FSPEC_MAX - 1;
strncpy ( fspec, name, length ); fspec[length] = '\0';
while ( ques = strchr(fspec,'?') ) *ques = '%';
fspec_dx.dsc$w_length = length;
for ( matched = FALSE, context = 0;
1&(status=LIB$FIND_FILE ( &fspec_dx, &result_dx, &context,
&default_dx, &related_dx, &stsval, (long *) 0 ));
matched = TRUE) {
space = strchr ( result, ' ' );
if ( !space ) space = &result[VMS_FSPEC_MAX-1];
*space = '\0';
addonestrlist ( p, result );
/* Save last result to use as default for next lookup */
strcpy ( related, result );
related_dx.dsc$w_length = strlen(result);
related_dx.dsc$a_pointer = related;
}
if ( context ) LIB$FIND_FILE_END ( &context );
if (!matched)
addonestrlist(p, name ); /* so as to get proper error message */
}
#endif
#endif /* #define NODIRENT */
void configstrlist(char *name, struct stringlist **p, char *comname,
char *inputline, int rc, flag wildexpand)
{ /* one or more of a list of strings (with filename matching as in */
/* addlogfile()). NB in configstr() applies */
char *tempstr;
struct stringlist *tempstrlist, *tempslp;
if (rc < 2)
configwarning(comname, inputline);
else {
if (rc > 2)
configwarning3(comname, inputline);
tempstrlist = (struct stringlist *)xmalloc(sizeof(struct stringlist));
tempstrlist -> name[0] = '\0';
tempslp = tempstrlist;
tempstr = strtok(name, ",");
addonestrlist(&tempslp, tempstr);
while ((tempstr = strtok((char *)NULL, ",")) != NULL)
addonestrlist(&tempslp, tempstr);
for ( ; tempstrlist -> name[0] != '\0';
tempstrlist = tempstrlist -> next) {
#ifndef NODIRENT
#ifndef VMSDIRENT
if (wildexpand && (strchr(tempstrlist -> name, '*') != NULL ||
strchr(tempstrlist -> name, '?') != NULL))
#else /* VMSDIRENT */
if (wildexpand && (strchr(tempstrlist -> name, '/' ) == NULL))
#endif
addwildstrlist(p, tempstrlist -> name);
else
#endif
addonestrlist(p, tempstrlist -> name);
}
}
}
void configcols(char *cols, char *target, char *comname, char *inputline,
int rc)
{ /* as configstr, but extra length check */
if (rc < 2)
configwarning(comname, inputline);
else {
if (rc > 2 || (int)strlen(cols) > 6)
configwarning3(comname, inputline);
strncpy(target, cols, 6);
}
}
void configchar(char *str, char *target, char *comname, char *inputline,
int rc)
{ /* read in a single character */
if (rc < 2)
configwarning(comname, inputline);
else {
if (rc > 2 || str[1] != '\0')
configwarning3(comname, inputline);
*target = str[0];
}
}
void configint(char *number, int *target, char *comname, char *inputline,
int rc)
{
if (rc < 2)
configwarning(comname, inputline);
else {
if (rc > 2)
configwarning3(comname, inputline);
*target = atoi(number);
}
}
void configsizet(char *number, size_t *target, char *comname, char *inputline,
int rc) /* same as configint() except the target is size_t */
{
if (rc < 2)
configwarning(comname, inputline);
else {
if (rc > 2)
configwarning3(comname, inputline);
*target = MAX(atoi(number), 1); /* we only use this for hash sizes, so
we want them to be at least 1 */
}
}
void configsortby(char *method, int *target, char *comname, char *inputline,
int rc)
{
if (rc < 2)
configwarning(comname, inputline);
else {
if (rc > 2)
configwarning3(comname, inputline);
strtoupper(method);
if (STREQ(method, "REQUESTS"))
*target = BYREQUESTS;
else if (STREQ(method, "BYTES"))
*target = BYBYTES;
else if (STREQ(method, "PAGES"))
*target = BYPAGES;
else if (STREQ(method, "ALPHABETICAL"))
*target = ALPHABETICAL;
else if (STREQ(method, "RANDOM"))
*target = RANDOMLY;
else
configwarning2(inputline);
}
}
void onoff(char *method, flag *target, char *comname, char *inputline, int rc)
{
if (rc < 2)
configwarning(comname, inputline);
else {
if (rc > 2)
configwarning3(comname, inputline);
strtoupper(method);
if (STREQ(method, "ON"))
*target = ON;
else if (STREQ(method, "OFF"))
*target = OFF;
else
configwarning2(inputline);
}
}
/*** Now some subfunctions for commandline() ***/
void clflag(flag *f, char *arg) /* simple on/off switches */
{
extern char *commandname;
extern flag warnq, anywarns;
if (arg[0] == '-')
*f = OFF;
else
*f = ON;
if (arg[2] != '\0' && warnq) {
fprintf(stderr, "%s: Warning: ignoring extra text after %c%c option\n",
commandname, arg[0], arg[1]);
anywarns = ON;
}
}
void cldaterep(flag *f, char *graph, char *arg)
{
extern char *commandname;
extern flag warnq, anywarns;
if (arg[0] == '-') {
*f = OFF;
if (arg[2] != '\0' && warnq) {
fprintf(stderr, "%s: Warning: ignoring extra text after -%c option\n",
commandname, arg[1]);
anywarns = ON;
}
}
else {
*f = ON;
if (arg[2] != '\0') {
if (arg[2] != 'b' && arg[2] != 'r' && arg[2] != 'B' && arg[2] != 'R'
&& arg[2] != 'p' && arg[2] != 'P') {
if (warnq) {
fprintf(stderr, "%s: Warning: unknown graph method %c at %s\n",
commandname, arg[2], arg);
anywarns = ON;
}
}
else {
*graph = arg[2];
if (arg[3] != '\0') {
fprintf(stderr,
"%s: Warning: ignoring extra text after +%c%c option\n",
commandname, arg[1], arg[2]);
anywarns = ON;
}
}
}
}
}
void clgenrep(flag *f, int *sortby, char *minreqstr, char *minpagestr,
char *minbytestr, char *arg) /* generic reports */
{
extern char *commandname;
extern flag warnq, anywarns;
if (arg[0] == '-') {
*f = OFF;
if (arg[2] != '\0' && warnq) {
fprintf(stderr, "%s: Warning: ignoring extra text after -%c option\n",
commandname, arg[1]);
anywarns = ON;
}
}
else {
*f = ON;
switch (arg[2]) {
case '\0':
break;
case 'a':
case 'A':
*sortby = ALPHABETICAL;
if (arg[3] != '\0')
strcpy(minreqstr, arg + 3);
break;
case 'b':
case 'B':
*sortby = BYBYTES;
if (arg[3] != '\0')
strcpy(minbytestr, arg + 3);
break;
case 'p':
case 'P':
*sortby = BYPAGES;
if (arg[3] != '\0')
strcpy(minpagestr, arg + 3);
break;
case 'r':
case 'R':
*sortby = BYREQUESTS;
if (arg[3] != '\0')
strcpy(minreqstr, arg + 3);
break;
case 'x':
case 'X':
*sortby = RANDOMLY;
if (arg[3] != '\0')
strcpy(minreqstr, arg + 3);
break;
default:
if (warnq) {
fprintf(stderr, "%s: Warning: unknown sort method %c at %s\n",
commandname, arg[2], arg);
anywarns = ON;
}
}
}
}
flag clfile(char *filename, char *arg) /* read in a filename */
{
extern char *commandname;
extern flag warnq, anywarns;
if (arg[0] == '-') {
strcpy(filename, "none");
if (arg[2] != '\0' && warnq) {
fprintf(stderr, "%s: Warning: ignoring extra text after -%c option\n",
commandname, arg[1]);
anywarns = ON;
}
}
else if (arg[2] == '\0') {
if (warnq) {
fprintf(stderr, "%s: Warning: no filename supplied after +%c option\n",
commandname, arg[1]);
fprintf(stderr, " (or space left before filename)\n");
anywarns = ON;
}
return(ERR);
}
else
strncpy(filename, arg + 2, MAXSTRINGLENGTH - 1);
return(OK);
}
/*** Functions for conversion to lower case of alias list and include list ***/
void alias_to_lower(struct alias *head)
{
struct alias *p;
for (p = head; p -> from[0] != '\0'; p = p -> next) {
strtolower(p -> from);
strtolower(p -> to);
}
}
void include_to_lower(struct include *head)
{
struct include *p;
for (p = head; p -> in != UNSET; p = p -> next)
strtolower(p -> name);
}
/*** And finally some functions in connection with printvbles() ***/
void pvfilelist(struct stringlist *head, char filetype[MAXSTRINGLENGTH])
{
extern flag stdin_used;
FILE *filep;
struct stringlist *p;
printf("%s to analyse:\n", filetype);
if (head -> name[0] == '\0')
printf(" none\n");
for (p = head; p -> name[0] != '\0'; p = p -> next) { /* for each file */
printf(" %s", p -> name);
if ((filep = fopen(p -> name, "r")) == NULL && !STREQ(p -> name, "stdin")
&& !STREQ(p -> name, "-"))
printf(": Warning: cannot open that file");
else
fclose(filep); /* NB So condl 3 lines back must be in that order */
if (STREQ(p -> name, "stdin") || STREQ(p -> name, "-")) {
if (stdin_used)
printf("\n Warning: attempt to use stdin twice will fail");
stdin_used = TRUE;
}
printf("\n");
}
}
void pvcols(char *cols)
{
char *c;
printf(" Columns:");
if (*cols == '\0')
printf(" none");
else for (c = cols; *c != '\0'; c++) {
switch(*c) {
case 'b':
printf(" %%bytes");
break;
case 'B':
printf(" #bytes");
break;
case 'p':
printf(" %%pages");
break;
case 'P':
printf(" #pages");
break;
case 'r':
printf(" %%requests");
break;
case 'R':
printf(" #requests");
break;
}
}
printf("\n");
}
void pvtime(char name[15], flag q, char graph, int unit, char cols[], int rows)
{
extern char sepchar;
int i;
printf("%s", name);
for (i = 19 - (int)strlen(name); i > 0; i--)
printf(" ");
printf("%s\n", q?"ON":"OFF");
if (q) {
printf(" Drawing bar chart by ");
if (graph == 'b' || graph == 'B')
printf("bytes\n");
else if (graph == 'p' || graph == 'P')
printf("pages\n");
else
printf("requests\n");
if (unit != 0) {
printf(" Each character in the graph will represent");
int3printf(stdout, unit, sepchar, 0);
if (graph == 'b' || graph == 'B')
printf("bytes\n");
else if (graph == 'p' || graph == 'P')
printf("pages\n");
else
printf("requests\n");
}
if (rows > 0)
printf(" Maximum number of rows in report will be %d\n", rows);
pvcols(cols);
}
}
void pvgen(char name[17], flag q, int sortby, char *minreqstr,
char *minpagestr, char *minbytestr, char cols[], char singular[20],
char plural[21])
{
int i;
printf("%s", name);
for (i = 19 - (int)strlen(name); i > 0; i--)
printf(" ");
printf("%s\n", q?"ON":"OFF");
if (q) {
printf(" ");
whatincluded(stdout, sortby, minreqstr, minpagestr, minbytestr, singular,
plural, OFF, 'm');
pvcols(cols);
}
}
void pvinout(char name[14], struct include *head)
{
struct include *p;
if (head -> in != UNSET) {
printf("Including (+) and excluding (-) the following %s:\n", name);
printf(" All %s, then\n", (head -> in == TRUE)?"excluded":"included");
for (p = head; p -> in != UNSET; p = p -> next)
printf(" %c %s\n", (p -> in)?'+':'-', p -> name);
}
}
void pvalias(char name[8], struct alias *head)
{
struct alias *p;
if (head -> from[0] != '\0') {
printf("%s aliases:\n", name);
for (p = head; p -> from[0] != '\0'; p = p -> next)
printf(" %s -> %s\n", p -> from, p -> to);
}
}
These are the contents of the former NiCE NeXT User Group NeXTSTEP/OpenStep software archive, currently hosted by Netfuture.ch.