int init_conf(void)
{
if (read_configuration_file()) {
/*
* make sure we're sane to start if the config
* file read didn't get everything we need.
* XXX - should any of these abort the server?
* TODO: add warning messages
*/
if (0 == localConf.name || 0 == localConf.numeric)
return 0;
if (conf_error)
return 0;
if (0 == localConf.location1)
DupString(localConf.location1, "");
if (0 == localConf.location2)
DupString(localConf.location2, "");
if (0 == localConf.contact)
DupString(localConf.contact, "");
return 1;
}
return 0;
}
static VALUE
ServiceModule_do_help(VALUE self, VALUE client, VALUE value, VALUE parv)
{
struct Service *service = get_service(self);
struct Client *cclient;
int argc = 0;
int i;
char *cvalue = 0;
char **argv = 0;
VALUE tmp;
Check_OurType(client, cClient);
cclient = value_to_client(client);
if(!NIL_P(value))
{
Check_Type(value, T_STRING);
Check_Type(parv, T_ARRAY);
DupString(cvalue, StringValueCStr(value));
argc = RARRAY(parv)->len - 1;
argv = ALLOCA_N(char *, argc);
for(i = 0; i < argc; ++i)
{
tmp = rb_ary_entry(parv, i);
DupString(argv[i], StringValueCStr(tmp));
}
}
/*
* check for public repeating and keep/replace appropriate last phrase
* -demond
*/
static int check_repeat(struct Client *source_p,
struct Channel *chptr,
char *text)
{
dlink_node *ptr;
struct Repeat *repeatptr;
for (ptr = source_p->user->repeat.head; ptr; ptr = ptr->next) {
repeatptr = ptr->data;
if (repeatptr->chptr == chptr)
if (!strcmp(repeatptr->text, text)) {
return 1;
} else {
MyFree(repeatptr->text);
DupString(repeatptr->text, text);
repeatptr->lastphrase = CurrentTime;
return 0;
}
}
repeatptr = (struct Repeat *)MyMalloc(sizeof(struct Repeat));
repeatptr->chptr = chptr;
DupString(repeatptr->text, text);
repeatptr->lastphrase = CurrentTime;
ptr = make_dlink_node();
dlinkAdd(repeatptr, ptr, &source_p->user->repeat);
return 0;
}
/** Create a Zline structure.
* @param[in] mask Mask.
* @param[in] reason Reason for Z-line.
* @param[in] expire Expiration timestamp.
* @param[in] lastmod Last modification timestamp.
* @param[in] flags Bitwise combination of ZLINE_* bits.
* @return Newly allocated Z-line.
*/
static struct Zline *
make_zline(char *mask, char *reason, time_t expire, time_t lastmod,
time_t lifetime, unsigned int flags)
{
struct Zline *zline;
assert(0 != expire);
zline = (struct Zline *)MyMalloc(sizeof(struct Zline)); /* alloc memory */
assert(0 != zline);
DupString(zline->zl_reason, reason); /* initialize zline... */
zline->zl_expire = expire;
zline->zl_lifetime = lifetime;
zline->zl_lastmod = lastmod;
zline->zl_flags = flags & ZLINE_MASK;
zline->zl_state = ZLOCAL_GLOBAL; /* not locally modified */
DupString(zline->zl_mask, mask);
if (ipmask_parse(mask, &zline->zl_addr, &zline->zl_bits)) {
zline->zl_flags |= ZLINE_IPMASK;
zline->zl_addr = ipmask_clean(&zline->zl_addr, zline->zl_bits);
}
zline->zl_next = GlobalZlineList; /* then link it into list */
zline->zl_prev_p = &GlobalZlineList;
if (GlobalZlineList)
GlobalZlineList->zl_prev_p = &zline->zl_next;
GlobalZlineList = zline;
return zline;
}
void
parse_resv_file(FILE * file)
{
struct ConfItem *aconf;
char *reason_field;
char *host_field;
char line[BUFSIZE];
char *p;
while (fgets(line, sizeof(line), file))
{
if((p = strpbrk(line, "\r\n")))
*p = '\0';
if((*line == '\0') || (line[0] == '#'))
continue;
host_field = getfield(line);
if(EmptyString(host_field))
continue;
reason_field = getfield(NULL);
if(EmptyString(reason_field))
continue;
if(IsChannelName(host_field))
{
if(hash_find_resv(host_field))
continue;
aconf = make_conf();
aconf->status = CONF_RESV_CHANNEL;
aconf->port = 0;
DupString(aconf->name, host_field);
DupString(aconf->passwd, reason_field);
add_to_resv_hash(aconf->name, aconf);
}
else if(clean_resv_nick(host_field))
{
if(find_nick_resv(host_field))
continue;
aconf = make_conf();
aconf->status = CONF_RESV_NICK;
aconf->port = 0;
DupString(aconf->name, host_field);
DupString(aconf->passwd, reason_field);
dlinkAddAlloc(aconf, &resv_conf_list);
}
}
}
static DOMAIN_PIECE *find_or_add_host_piece(DOMAIN_LEVEL *level_ptr,
int flags,char *host_piece)
{
DOMAIN_PIECE *piece_ptr;
DOMAIN_PIECE *cur_piece;
DOMAIN_PIECE *new_ptr;
DOMAIN_PIECE *last_ptr;
DOMAIN_PIECE *ptr;
int index;
index = *host_piece&(MAX_PIECE_LIST-1);
piece_ptr = level_ptr->piece_list[index];
if(piece_ptr == (DOMAIN_PIECE *)NULL)
{
cur_piece = (DOMAIN_PIECE *)MyMalloc(sizeof(DOMAIN_PIECE));
memset((void *)cur_piece,0,sizeof(DOMAIN_PIECE));
DupString(cur_piece->host_piece,host_piece);
level_ptr->piece_list[index] = cur_piece;
cur_piece->flags |= flags;
return(cur_piece);
}
last_ptr = (DOMAIN_PIECE *)NULL;
for(ptr=piece_ptr; ptr; ptr = ptr->next_piece)
{
if(!strcasecmp(ptr->host_piece,host_piece))
{
ptr->flags |= flags;
return(ptr);
}
last_ptr = ptr;
}
if(last_ptr)
{
new_ptr = (DOMAIN_PIECE *)MyMalloc(sizeof(DOMAIN_PIECE));
memset((void *)new_ptr,0,sizeof(DOMAIN_PIECE));
DupString(new_ptr->host_piece,host_piece);
last_ptr->next_piece = new_ptr;
new_ptr->flags |= flags;
return(new_ptr);
}
else
{
sendto_realops("Bug: in find_or_add_host_piece. yay.");
return(NULL);
}
/* NOT REACHED */
}
/* conf_add_fields()
*
* inputs - pointer to config item, host/pass/user/operreason fields
* output - NONE
* side effects - update respective fields with pointers
*/
static void
conf_add_fields(struct ConfItem *aconf, const char *host_field,
const char *pass_field, const char *user_field,
const char *operreason_field)
{
if(host_field != NULL)
DupString(aconf->host, host_field);
if(pass_field != NULL)
DupString(aconf->passwd, pass_field);
if(user_field != NULL)
DupString(aconf->user, user_field);
if(operreason_field != NULL)
DupString(aconf->spasswd, operreason_field);
}
LPSTR GetGenre(LPSTR lpsz)
{
int id = atoi(lpsz + 1);
int i;
if ((*(lpsz + 1) > '0') && (*(lpsz + 1) < '9'))
{
for (i = 0; i < NUMGENRES; i++)
{
if (id == ID3Genres[i].id)
return DupString(ID3Genres[i].name);
}
}
return DupString(lpsz);
}
static void DumpBlock(const char *type, struct block_t *blk)
{
uint32 size = (ReadDword((uint32)&blk->size) - sizeof(*blk) - sizeof(uint32)) & ~7;
uint32 seq_id = ReadDword((uint32)&blk->seq_id);
uint32 line = ReadDword((uint32)&blk->line);
char *file = DupString(ReadDword((uint32)&blk->file));
char *func = DupString(ReadDword((uint32)&blk->func));
uint32 ptr = (uint32)blk + sizeof(*blk);
printf("%s %08x = seq:%5d, size:%5d, %-30.30s (%4d) %s\n",
type, ptr, seq_id, size, func, line, basename(file));
free(file);
free(func);
}
Lut_t *GetLut(int nband, Input_meta_t *meta, Img_coord_int_t *input_size) {
Lut_t *this;
/* Create the lookup table data structure */
this = (Lut_t *)malloc(sizeof(Lut_t));
if (this == NULL)
RETURN_ERROR("allocating Input data structure", "OpenInput", NULL);
/* Populate the data structure */
this->nband = nband;
this->in_fill = meta->fill;
this->output_fill = OUTPUT_FILL;
this->in_satu = INPUT_SATU;
this->output_satu = OUTPUT_SATU;
this->aerosol_fill = AEROSOL_FILL;
this->ar_region_size.l = AEROSOL_REGION_NLINE;
this->ar_region_size.s = AEROSOL_REGION_NSAMP;
this->ar_size.l = ((input_size->l - 1) / this->ar_region_size.l) + 1;
this->ar_size.s = ((input_size->s - 1) / this->ar_region_size.s) + 1;
this->min_valid_sr = MIN_VALID_SR;
this->max_valid_sr = MAX_VALID_SR;
this->atmos_opacity_scale_factor= ATMOS_OPACITY_SCALE_FACTOR;
this->scale_factor= SCALE_FACTOR; /* scale factor */
this->scale_factor_err= SCALE_FACTOR_ERR; /* scale factor error */
this->add_offset= ADD_OFFSET; /* add offset */
this->add_offset_err= ADD_OFFSET_ERR; /* add offset error */
this->calibrated_nt= CALIBRATED_NT; /* calibrated nt */
this->long_name_prefix = DupString(LONG_NAME_PREFIX);
if (this->long_name_prefix == NULL) {
free(this);
RETURN_ERROR("duplicating long name prefix", "GetLut", NULL);
}
this->units = DupString(UNITS);
if (this->units == NULL) {
free(this);
RETURN_ERROR("duplicating ref units", "GetLut", NULL);
}
if (!InputMetaCopy(meta, nband, &this->meta)) {
free(this);
RETURN_ERROR("copying input metadata", "GetLut", NULL);
}
return this;
}
/*
* m_sxline() - add info ban line
*
* parv[0] = sender prefix
* parv[1] = info banned mask
*/
int m_sxline(struct Client *cptr, struct Client *sptr, int parc, char *parv[])
{
aConfItem *aconf;
char *reason = NULL;
char *mask;
int len;
if (!IsService(sptr) && !IsServer(cptr))
{
sendto_one(sptr, form_str(ERR_NOPRIVILEGES), me.name, parv[0]);
return 0;
}
if(parc<3)
{
sendto_one(sptr, form_str(ERR_NEEDMOREPARAMS),
me.name, parv[0], "SXLINE");
return 0;
}
len=atoi(parv[1]);
mask = parv[2];
if ((strlen(mask) > len) && (mask[len])==':')
{
mask[len] = '\0';
reason = mask+len+1;
}
else
{ /* Bogus */
return 0;
}
if (!find_sxline(mask)) /* sxline does not exist */
{
aconf = make_conf();
DupString(aconf->name, mask);
DupString(aconf->passwd, reason);
aconf->next = sxlines;
sxlines = aconf;
sendto_serv_butone(cptr, ":%s SXLINE %d :%s:%s", sptr->name, len,
aconf->name,aconf->passwd);
}
return 0;
}
/*
* ReplaceString - free a string, then allocate new one
*/
void ReplaceString( char **where, const char *str )
{
MemFree( *where );
*where = DupString( str );
} /* ReplaceString */
static void DupList( vlc_value_t *p_val )
{
int i;
vlc_list_t *p_list = malloc( sizeof(vlc_list_t) );
p_list->i_count = p_val->p_list->i_count;
if( p_val->p_list->i_count )
{
p_list->p_values = malloc( p_list->i_count * sizeof(vlc_value_t) );
p_list->pi_types = malloc( p_list->i_count * sizeof(int) );
}
else
{
p_list->p_values = NULL;
p_list->pi_types = NULL;
}
for( i = 0; i < p_list->i_count; i++ )
{
p_list->p_values[i] = p_val->p_list->p_values[i];
p_list->pi_types[i] = p_val->p_list->pi_types[i];
switch( p_val->p_list->pi_types[i] & VLC_VAR_TYPE )
{
case VLC_VAR_STRING:
DupString( &p_list->p_values[i] );
break;
default:
break;
}
}
p_val->p_list = p_list;
}
/*
* mr_error - unregistered client message handler
*
* parv[0] = sender prefix
* parv[parc-1] = text
*/
int mr_error(struct Client* cptr, struct Client* sptr, int parc, char* parv[])
{
const char *para;
if (!IsHandshake(cptr) && !IsConnecting(cptr))
return 0; /* ignore ERROR from regular clients */
para = (parc > 1 && *parv[parc - 1] != '\0') ? parv[parc - 1] : "<>";
Debug((DEBUG_ERROR, "Received ERROR message from %s: %s", cli_name(sptr), para));
if (cptr == sptr)
sendto_opmask_butone(0, SNO_OLDSNO, "ERROR :from %C -- %s", cptr, para);
else
sendto_opmask_butone(0, SNO_OLDSNO, "ERROR :from %C via %C -- %s", sptr,
cptr, para);
if (cli_serv(sptr))
{
MyFree(cli_serv(sptr)->last_error_msg);
DupString(cli_serv(sptr)->last_error_msg, para);
}
return 0;
}
/** Send a query to look up the address for a name.
* @param[in] query Callback information.
* @param[in] name Hostname to look up.
* @param[in] request DNS lookup structure (may be NULL).
* @param[in] type Preferred request type.
*/
static void
do_query_name(dns_callback_f callback, void *ctx, const char *name,
struct reslist *request, int type)
{
char host_name[HOSTLEN + 1];
ircd_strncpy(host_name, name, HOSTLEN);
add_local_domain(host_name, HOSTLEN);
if (request == NULL)
{
request = make_request(callback, ctx);
DupString(request->name, host_name);
#ifdef IPV6
if (type != T_A)
request->state = REQ_AAAA;
else
#endif
request->state = REQ_A;
}
request->type = type;
Debug((DEBUG_DNS, "Requesting DNS %s %s as %p", (request->state == REQ_AAAA ? "AAAA" : "A"), host_name, request));
query_name(host_name, C_IN, type, request);
}
struct ResvChannel *
create_channel_resv(char *name, char *reason, int conf)
{
struct ResvChannel *resv_p = NULL;
int len;
if(find_channel_resv(name))
return NULL;
if((len = strlen(reason)) > TOPICLEN)
{
reason[TOPICLEN] = '\0';
len = TOPICLEN;
}
resv_p = (struct ResvChannel *)MyMalloc(sizeof(struct ResvChannel));
strlcpy(resv_p->name, name, sizeof(resv_p->name));
DupString(resv_p->reason, reason);
resv_p->conf = conf;
if(ResvChannelList != NULL)
ResvChannelList->prev = resv_p;
resv_p->next = ResvChannelList;
resv_p->prev = NULL;
ResvChannelList = resv_p;
add_to_resv_hash_table(resv_p->name, resv_p);
return resv_p;
}
struct ResvNick *
create_nick_resv(char *name, char *reason, int conf)
{
struct ResvNick *resv_p = NULL;
int len;
if(find_nick_resv(name))
return NULL;
if((len = strlen(reason)) > TOPICLEN)
{
reason[TOPICLEN] = '\0';
len = TOPICLEN;
}
resv_p = (struct ResvNick *)MyMalloc(sizeof(struct ResvNick));
strlcpy(resv_p->name, name, sizeof(resv_p->name));
DupString(resv_p->reason, reason);
resv_p->conf = conf;
if(ResvNickList)
ResvNickList->prev = resv_p;
resv_p->next = ResvNickList;
resv_p->prev = NULL;
ResvNickList = resv_p;
return resv_p;
}
char *
crypt_pass(char *password, int encode)
{
EVP_MD_CTX *mdctx;
const EVP_MD *md;
unsigned char md_value[EVP_MAX_MD_SIZE];
char buffer[2*DIGEST_LEN + 1];
char *ret;
unsigned int md_len;
md = EVP_get_digestbyname(DIGEST_FUNCTION);
mdctx = EVP_MD_CTX_create();
EVP_MD_CTX_init(mdctx);
EVP_DigestInit_ex(mdctx, md, NULL);
EVP_DigestUpdate(mdctx, password, strlen(password));
EVP_DigestFinal_ex(mdctx, md_value, &md_len);
EVP_MD_CTX_destroy(mdctx);
if(encode)
{
base16_encode(buffer, sizeof(buffer), (char *)md_value, DIGEST_LEN);
DupString(ret, buffer);
}
else
{
ret = MyMalloc(DIGEST_LEN);
memcpy(ret, md_value, DIGEST_LEN);
}
return ret;
}
/** Find a Z-line for a particular mask, guided by certain flags.
* Certain bits in \a flags are interpreted specially:
* <dl>
* <dt>ZLINE_ANY</dt><dd>Search user Z-lines.</dd>
* <dt>ZLINE_GLOBAL</dt><dd>Only match global Z-lines.</dd>
* <dt>ZLINE_LOCAL</dt><dd>Only match local Z-lines.</dd>
* <dt>ZLINE_LASTMOD</dt><dd>Only match Z-lines with a last modification time.</dd>
* <dt>ZLINE_EXACT</dt><dd>Require an exact match of Z-line mask.</dd>
* <dt>anything else</dt><dd>Search user Z-lines.</dd>
* </dl>
* @param[in] ipmask Mask to search for.
* @param[in] flags Bitwise combination of ZLINE_* flags.
* @return First matching Z-line, or NULL if none are found.
*/
struct Zline *
zline_find(char *ipmask, unsigned int flags)
{
struct Zline *zline = 0;
struct Zline *szline;
char *mask, *t_uh;
DupString(t_uh, ipmask);
mask = t_uh;
zliter(GlobalZlineList, zline, szline) {
if ((flags & (ZlineIsLocal(zline) ? ZLINE_GLOBAL : ZLINE_LOCAL)) ||
(flags & ZLINE_LASTMOD && !zline->zl_lastmod))
continue;
else if (flags & ZLINE_EXACT) {
if (((zline->zl_mask && mask && ircd_strcmp(zline->zl_mask, mask) == 0)
|| (!zline->zl_mask && !mask)))
break;
} else {
if (((zline->zl_mask && mask && match(zline->zl_mask, mask) == 0)
|| (!zline->zl_mask && !mask)))
break;
}
}
MyFree(t_uh);
return zline;
}
/*
* ScreenInit - get screen info
*/
void ScreenInit( void )
{
CONSOLE_SCREEN_BUFFER_INFO sbi;
char tmp[256];
InputHandle = CreateFile( "CONIN$", GENERIC_READ | GENERIC_WRITE, FILE_SHARE_READ | FILE_SHARE_WRITE, NULL, OPEN_EXISTING, 0, NULL );
SetConsoleMode( InputHandle, ENABLE_MOUSE_INPUT | ENABLE_LINE_INPUT | ENABLE_ECHO_INPUT | ENABLE_PROCESSED_INPUT | ENABLE_EXTENDED_FLAGS );
OutputHandle = CreateConsoleScreenBuffer( GENERIC_READ | GENERIC_WRITE, 0, NULL, CONSOLE_TEXTMODE_BUFFER, NULL );
SetConsoleMode( OutputHandle, 0 );
// SetConsoleActiveScreenBuffer( OutputHandle );
GetConsoleScreenBufferInfo( OutputHandle, &sbi );
EditVars.WindMaxWidth = sbi.dwMaximumWindowSize.X;
EditVars.WindMaxHeight = sbi.dwMaximumWindowSize.Y;
BSize.X = EditVars.WindMaxWidth;
BSize.Y = EditVars.WindMaxHeight;
EditFlags.Color = true;
Scrn = malloc( EditVars.WindMaxWidth * EditVars.WindMaxHeight * sizeof( char_info ) );
ScreenPage( 0 );
tmp[0] = '\0';
GetConsoleTitle( tmp, sizeof( tmp ) );
oldConTitle = DupString( tmp );
if( !EditFlags.Quiet ) {
SetConsoleTitle( "Open Watcom vi" );
}
} /* ScreenInit */
void
parse_x_file(FILE * file)
{
struct ConfItem *aconf;
char *gecos_field = NULL;
char *reason_field = NULL;
char line[BUFSIZE];
char *p;
while (fgets(line, sizeof(line), file))
{
if((p = strpbrk(line, "\r\n")))
*p = '\0';
if((*line == '\0') || (line[0] == '#'))
continue;
gecos_field = getfield(line);
if(EmptyString(gecos_field))
continue;
/* field for xline types, which no longer exist */
getfield(NULL);
reason_field = getfield(NULL);
if(EmptyString(reason_field))
continue;
/* sanity checking */
if((find_xline(gecos_field, 0) != NULL) ||
(strchr(reason_field, ':') != NULL))
continue;
aconf = make_conf();
aconf->status = CONF_XLINE;
DupString(aconf->name, gecos_field);
DupString(aconf->passwd, reason_field);
dlinkAddAlloc(aconf, &xline_conf_list);
}
}
/** Create a struct Motd and initialize it.
* @param[in] hostmask Hostmask (or connection class name) to filter on.
* @param[in] path Path to MOTD file.
* @param[in] maxcount Maximum number of lines permitted for MOTD.
*/
static struct Motd *
motd_create(const char *hostmask, const char *path, int maxcount, int type)
{
struct Motd* tmp;
assert(0 != path);
/* allocate memory and initialize the structure */
if (MotdList.freelist)
{
tmp = MotdList.freelist;
MotdList.freelist = tmp->next;
} else
tmp = (struct Motd *)MyMalloc(sizeof(struct Motd));
tmp->next = 0;
if (hostmask == NULL)
tmp->type = MOTD_UNIVERSAL;
else if (type == MOTD_COUNTRY)
tmp->type = MOTD_COUNTRY;
else if (type == MOTD_CONTINENT)
tmp->type = MOTD_CONTINENT;
else if (find_class(hostmask))
tmp->type = MOTD_CLASS;
else if (ipmask_parse(hostmask, &tmp->address, &tmp->addrbits))
tmp->type = MOTD_IPMASK;
else
tmp->type = MOTD_HOSTMASK;
if (hostmask != NULL)
DupString(tmp->hostmask, hostmask);
else
tmp->hostmask = NULL;
DupString(tmp->path, path);
tmp->maxcount = maxcount;
tmp->cache = 0;
return tmp;
}
/** Parse a user\@host mask into username and host or IP parts.
* If \a host contains no username part, set \a aconf->username to
* NULL. If the host part of \a host looks like an IP mask, set \a
* aconf->addrbits and \a aconf->address to match. Otherwise, set
* \a aconf->host, and set \a aconf->addrbits to -1.
* @param[in,out] aconf Configuration item to set.
* @param[in] host user\@host mask to parse.
*/
void conf_parse_userhost(struct ConfItem *aconf, char *host)
{
char *host_part;
unsigned char addrbits;
MyFree(aconf->username);
MyFree(aconf->host);
host_part = strchr(host, '@');
if (host_part) {
*host_part = '\0';
DupString(aconf->username, host);
host_part++;
} else {
aconf->username = NULL;
host_part = host;
}
DupString(aconf->host, host_part);
if (ipmask_parse(aconf->host, &aconf->address.addr, &addrbits))
aconf->addrbits = addrbits;
else
aconf->addrbits = -1;
}
/*
* setGenericAlias - define an alias/abbreviation
*/
static vi_rc setGenericAlias( const char *what, alias_list **head, alias_list **tail )
{
alias_list *curr;
char str[MAX_STR];
what = GetNextWord1( what, str );
if( *str == '\0' ) {
return( ERR_INVALID_ALIAS );
}
what = SkipLeadingSpaces( what );
/*
* see if alias is already in list: if so, and there is expansion data,
* then replace the data, else delete the item
*/
for( curr = *head; curr != NULL; curr = curr->next ) {
if( strcmp( str, curr->alias ) == 0 ) {
MemFree( curr->expand );
if( *what == '\0' ) {
MemFree( curr->alias );
MemFree( DeleteLLItem( (ss **)head, (ss **)tail, (ss *)curr ) );
} else {
curr->expand = DupString( what );
}
}
}
/*
* add the new item
*/
curr = MemAlloc( sizeof( alias_list ) );
curr->alias = DupString( str );
curr->expand = DupString( what );
AddLLItemAtEnd( (ss **)head, (ss **)tail, (ss *)curr );
Message1( "%s set to \"%s\"", str, what );
return( DO_NOT_CLEAR_MESSAGE_WINDOW );
} /* setGenericAlias */
static int crule_parsearglist(CRuleNodePtr argrootp, int *next_tokp, const char** ruleptr)
{
int errcode = CR_NOERR;
char *argelemp = NULL;
char currarg[CR_MAXARGLEN];
int arglen = 0;
char word[CR_MAXARGLEN];
int wordlen = 0;
argrootp->numargs = 0;
currarg[0] = '\0';
while (errcode == CR_NOERR)
{
switch (*next_tokp)
{
case CR_WORD:
crule_getword(word, &wordlen, CR_MAXARGLEN - 1, ruleptr);
if (currarg[0] != '\0')
{
if ((arglen + wordlen) < (CR_MAXARGLEN - 1))
{
strcat(currarg, " ");
strcat(currarg, word);
arglen += wordlen + 1;
}
}
else
{
strcpy(currarg, word);
arglen = wordlen;
}
errcode = crule_gettoken(next_tokp, ruleptr);
break;
default:
#if !defined(CR_DEBUG) && !defined(CR_CHKCONF)
collapse(currarg);
#endif
if (!BadPtr(currarg))
{
DupString(argelemp, currarg);
argrootp->arg[argrootp->numargs++] = (void *)argelemp;
}
if (*next_tokp != CR_COMMA)
return (CR_NOERR);
currarg[0] = '\0';
errcode = crule_gettoken(next_tokp, ruleptr);
break;
}
}
return (errcode);
}
void
check_our_type(VALUE obj, VALUE type)
{
char *objname;
char *typename;
if(CLASS_OF(obj) != type)
{
DupString(objname, rb_obj_classname(obj));
DupString(typename, rb_class2name(type));
rb_raise(rb_eTypeError, "Argument Exception: Expected type %s got %s", typename, objname);
MyFree(objname);
MyFree(typename);
}
/** Allocate a new jupe with the given parameters.
* @param[in] server Server name to jupe.
* @param[in] reason Reason for jupe.
* @param[in] expire Expiration time for jupe.
* @param[in] lastmod Last modification time for jupe.
* @param[in] flags Flags to set for the jupe.
*/
static struct Jupe *
make_jupe(char *server, char *reason, time_t expire, time_t lastmod,
unsigned int flags)
{
struct Jupe *ajupe;
ajupe = (struct Jupe*) MyMalloc(sizeof(struct Jupe)); /* alloc memory */
assert(0 != ajupe);
memset(ajupe, 0, sizeof(*ajupe));
DupString(ajupe->ju_server, server); /* copy vital information */
DupString(ajupe->ju_reason, reason);
ajupe->ju_expire = expire;
ajupe->ju_lastmod = lastmod;
ajupe->ju_flags = flags & JUPE_MASK; /* set jupe flags */
ajupe->ju_next = GlobalJupeList; /* link it into the list */
ajupe->ju_prev_p = &GlobalJupeList;
if (GlobalJupeList)
GlobalJupeList->ju_prev_p = &ajupe->ju_next;
GlobalJupeList = ajupe;
return ajupe;
}
static VALUE
ServiceModule_register(VALUE self, VALUE commands)
{
struct Service *ruby_service = get_service(self);
struct ServiceMessage *generic_msgtab;
VALUE command;
long i;
Check_Type(commands, T_ARRAY);
for(i = RARRAY(commands)->len-1; i >= 0; --i)
{
VALUE name, param_min, param_max, flags, access, hlp_shrt, hlp_long;
char *tmp;
command = rb_ary_shift(commands);
Check_Type(command, T_ARRAY);
name = rb_ary_shift(command);
param_min = rb_ary_shift(command);
param_max = rb_ary_shift(command);
flags = rb_ary_shift(command);
access = rb_ary_shift(command);
hlp_shrt = rb_ary_shift(command);
hlp_long = rb_ary_shift(command);
generic_msgtab = MyMalloc(sizeof(struct ServiceMessage));
DupString(tmp, StringValueCStr(name));
generic_msgtab->cmd = tmp;
generic_msgtab->parameters = NUM2INT(param_min);
generic_msgtab->maxpara = NUM2INT(param_max);
generic_msgtab->flags = NUM2INT(flags);
generic_msgtab->access = NUM2INT(access);
generic_msgtab->help_short = NUM2INT(hlp_shrt);
generic_msgtab->help_long = NUM2INT(hlp_long);
generic_msgtab->handler = m_generic;
mod_add_servcmd(&ruby_service->msg_tree, generic_msgtab);
}
return Qnil;
}
gcc_const
static char *
FindFile(const char *const*list)
{
for (const char *const* i = list; *i != nullptr; ++i) {
const char *path = *i;
if (IsAbsolutePath(path)) {
if (File::Exists(path))
return DupString(path);
} else {
auto *result = FindInSearchPaths(path);
if (result != nullptr)
return result;
}
}
return nullptr;
}
bool GetSDSDimInfo(int32 sds_id, Myhdf_dim_t *dim, int irank)
/*
!C******************************************************************************
!Description: 'GetSDSDimInfo' reads information for a specific SDS dimension.
!Input Parameters:
sds_id SDS id
!Output Parameters:
dim Dimension data structure; the following fields are updated:
id, nval, type, nattr, name
(returns) Status:
'true' = okay
'false' = error reading the dimension information
!Team Unique Header:
! Design Notes:
1. The HDF file is assumed to be open for SD (Science Data) access.
2. An dimension name of less than 'DIM_MAX_NCHAR' is expected.
3. Error messages are handled with the 'RETURN_ERROR' macro.
!END****************************************************************************
*/
{
char dim_name[DIM_MAX_NCHAR];
dim->id = SDgetdimid(sds_id, irank);
if (dim->id == HDF_ERROR)
RETURN_ERROR("getting dimension id", "GetSDSDimInfo", false);
if (SDdiminfo(dim->id, dim_name,
&dim->nval, &dim->type,
&dim->nattr) == HDF_ERROR)
RETURN_ERROR("getting dimension information", "GetSDSDimInfo", false);
dim->name = DupString(dim_name);
if (dim->name == (char *)NULL)
RETURN_ERROR("copying dimension name", "GetSDSDimInfo", false);
return true;
}