/* Open a new log file: determine the start of the current
* period, generate the log file name from the fileTemplate,
* determine the end of the period and open the new log file.
*
* Returns the file descriptor of the new log file and also sets the
* name of the file and the start time of the next period via pointers
* supplied.
*/
static FILE *new_log_file(const char *fileTemplate, const char *linkname,
mode_t linktype, const char *prevlinkname,
PERIODICITY periodicity, int period_multiple,
int period_delay, char *pfilename,
size_t pfilename_len, time_t time_now,
time_t *pnext_period) {
time_t start_of_period;
struct tm *tm;
int log_fd;
start_of_period = start_of_this_period(time_now, periodicity,
period_multiple);
tm = localtime(&start_of_period);
strftime(pfilename, pfilename_len, fileTemplate, tm);
*pnext_period = start_of_next_period(start_of_period, periodicity,
period_multiple) + period_delay;
CRONO_DEBUG(("%s (%d): using log file \"%s\" from %s (%d) until %s (%d) "
"(for %d secs)\n",
timestamp(time_now), time_now, pfilename,
timestamp(start_of_period), start_of_period,
timestamp(*pnext_period), *pnext_period,
*pnext_period - time_now));
log_fd = open(pfilename, O_WRONLY|O_CREAT|O_APPEND, FILE_MODE);
#ifndef DONT_CREATE_SUBDIRS
if ((log_fd < 0) && (errno == ENOENT)) {
create_subdirs(pfilename);
log_fd = open(pfilename, O_WRONLY|O_CREAT|O_APPEND, FILE_MODE);
}
#endif
if (log_fd < 0) {
perror(pfilename);
return NULL;
}
if (linkname) {
/* Create a relative symlink to logs under linkname's directory */
std::string dir = Util::safe_dirname(linkname);
if (dir != "/") {
dir.append("/");
}
std::string filename;
if (!strncmp(pfilename, dir.c_str(), dir.length())) {
filename = pfilename + dir.length();
} else {
filename = pfilename;
}
create_link(filename.c_str(), linkname, linktype, prevlinkname);
}
return fdopen(log_fd, "a");
}
/* Open a new log file: determine the start of the current
* period, generate the log file name from the fileTemplate,
* determine the end of the period and open the new log file.
*
* Returns the file descriptor of the new log file and also sets the
* name of the file and the start time of the next period via pointers
* supplied.
*/
static FILE *new_log_file(const char *fileTemplate, const char *linkname,
mode_t linktype, const char *prevlinkname,
PERIODICITY periodicity, int period_multiple,
int period_delay, char *pfilename,
size_t pfilename_len, time_t time_now,
time_t *pnext_period) {
time_t start_of_period;
struct tm *tm;
int log_fd;
start_of_period = start_of_this_period(time_now, periodicity,
period_multiple);
tm = localtime(&start_of_period);
strftime(pfilename, pfilename_len, fileTemplate, tm);
*pnext_period = start_of_next_period(start_of_period, periodicity,
period_multiple) + period_delay;
DEBUG(("%s (%d): using log file \"%s\" from %s (%d) until %s (%d) "
"(for %d secs)\n",
timestamp(time_now), time_now, pfilename,
timestamp(start_of_period), start_of_period,
timestamp(*pnext_period), *pnext_period,
*pnext_period - time_now));
log_fd = open(pfilename, O_WRONLY|O_CREAT|O_APPEND, FILE_MODE);
#ifndef DONT_CREATE_SUBDIRS
if ((log_fd == 0) && (errno == ENOENT)) {
create_subdirs(pfilename);
log_fd = open(pfilename, O_WRONLY|O_CREAT|O_APPEND, FILE_MODE);
}
#endif
if (log_fd < 0) {
perror(pfilename);
return NULL;
}
if (linkname) {
create_link(pfilename, linkname, linktype, prevlinkname);
}
return fdopen(log_fd, "a");
}
/*
* property
* family
* structure
* read
* write
* data
* other
* */
void AddProperty( char * input_string, enum external_type et )
{
char * s_family = NULL ;
char * s_property = NULL ;
char * s_dummy ;
ssize_t s_array ;
enum ag_combined s_combined ;
enum ag_index s_index_type ;
enum ft_format s_format ;
ssize_t s_length ;
enum fc_change s_change ;
char * s_read = NULL ;
char * s_write = NULL ;
char * s_data = NULL ;
char * s_other = NULL;
char * start_pointer = input_string ;
if ( input_string == NULL ) {
return ;
}
if ( ! Globals.allow_external ) {
LEVEL_DEBUG("External prgroams not supported by %s",Globals.argv[0]) ;
return ;
}
// property
GetQuotedString( property ) ;
// family
GetQuotedString( family ) ;
// type
GetQuotedString( dummy ) ;
switch ( s_dummy[0] ) {
case 'D':
s_length = PROPERTY_LENGTH_DIRECTORY ;
s_format = ft_directory ;
break ;
case 'i':
s_length = PROPERTY_LENGTH_INTEGER ;
s_format = ft_integer ;
break ;
case 'u':
s_length = PROPERTY_LENGTH_UNSIGNED ;
s_format = ft_unsigned ;
break ;
case 'f':
s_length = PROPERTY_LENGTH_FLOAT ;
s_format = ft_float ;
break ;
case 'a':
s_length = 1 ;
s_format = ft_ascii ;
break ;
case 'b':
s_length = 1 ;
s_format = ft_binary ;
break ;
case 'y':
s_length = PROPERTY_LENGTH_YESNO ;
s_format = ft_yesno ;
break ;
case 'd':
s_length = PROPERTY_LENGTH_DATE ;
s_format = ft_date ;
break ;
case 't':
s_length = PROPERTY_LENGTH_TEMP ;
s_format = ft_temperature ;
break ;
case 'g':
s_length = PROPERTY_LENGTH_TEMPGAP ;
s_format = ft_tempgap ;
break ;
case 'p':
s_length = PROPERTY_LENGTH_PRESSURE ;
s_format = ft_pressure ;
break ;
default:
LEVEL_DEFAULT("Unrecognized variable type <%s> for property <%s> family <%s>",s_dummy,s_property,s_family);
s_format = ft_unknown ;
return ;
}
if ( s_dummy[1] ) {
int temp_length ;
temp_length = strtol( &s_dummy[1], NULL, 0 ) ;
if ( temp_length < 1 ) {
LEVEL_DEFAULT("Unrecognized variable length <%s> for property <%s> family <%s>",s_dummy,s_property,s_family);
return ;
}
s_length = temp_length ;
}
// array
GetQuotedString( dummy ) ;
switch ( s_dummy[0] ) {
case '1':
case '0':
case '\0':
s_combined = ag_separate ;
s_index_type = ag_numbers ;
s_array = 1 ;
break ;
case '-':
s_array = 1 ;
switch ( s_dummy[1] ) {
case '1':
s_combined = ag_sparse ;
s_index_type = ag_numbers ;
break ;
default:
s_combined = ag_sparse ;
s_index_type = ag_letters ;
break ;
}
break ;
case '+':
if ( isalpha( (int) s_dummy[1] ) ) {
s_array = toupper( (int) s_dummy[1] ) - 'A' ;
s_combined = ag_aggregate ;
s_index_type = ag_letters ;
} else {
s_array = strtol( s_dummy, NULL, 0 ) ;
s_combined = ag_aggregate ;
s_index_type = ag_numbers ;
}
break ;
default:
if ( isalpha( (int) s_dummy[0] ) ) {
s_array = toupper( (int) s_dummy[0] ) - 'A' ;
s_combined = ag_separate ;
s_index_type = ag_letters ;
} else {
s_array = strtol( s_dummy, NULL, 0 ) ;
s_combined = ag_separate ;
s_index_type = ag_numbers ;
}
break ;
}
if ( s_array < 1 ) {
LEVEL_DEFAULT("Unrecognized array type <%s> for property <%s> family <%s>",s_dummy,s_property,s_family);
return ;
}
// persistance
GetQuotedString( dummy ) ;
switch ( s_dummy[0] ) {
case 'f':
s_change = fc_static ;
break ;
case 's':
s_change = fc_stable ;
break ;
case 'v':
s_change = fc_volatile ;
break ;
case 't':
s_change = fc_second ;
break ;
case 'u':
s_change = fc_uncached ;
break ;
default:
LEVEL_DEFAULT("Unrecognized persistance <%s> for property <%s> family <%s>",s_dummy,s_property,s_family);
return ;
}
// read
GetQuotedString( read ) ;
// write
GetQuotedString( write ) ;
// data
GetQuotedString( data ) ;
// other
GetQuotedString( other ) ;
// test minimums
if ( strlen( s_family ) > 0 && strlen( s_property ) > 0 ) {
// Actually add
AddFamilyToTree( s_family ) ;
AddPropertyToTree( s_property, s_family, s_format, s_array, s_combined, s_index_type, s_length, s_change, s_read, s_write, s_data, s_other, et ) ;
create_subdirs( s_property, s_family ) ;
}
// Clean up
owfree( s_property ) ;
owfree( s_family ) ;
owfree( s_read ) ;
owfree( s_write ) ;
owfree( s_data ) ;
owfree( s_other ) ;
}
