Mercurial > noffle
view src/dynamicstring.c @ 183:c912e8288164 noffle
[svn] * src/client.c: Only bail out of fetching multiple articles if the
connection fails. If we do get a status from the upstream server
note it and see what is reported for the next article. Otherwise
failure to retrieve one article will cause all successive article
fetches to fail even through they would succeed if tried.
* src/lock.c: Fix assert in lazy locking. If another noffle signalled us
to release the lock at the next close, and then repeats the signal so that
it arrives during LOCK_closeDatabases, the signal handler was trying
to close the databases again.
author | bears |
---|---|
date | Tue, 15 May 2001 13:07:53 +0100 |
parents | e612b263934f |
children | 24d4cd032da5 |
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/* dynamicstring.c $Id: dynamicstring.c 65 2000-05-12 16:52:41Z enz $ */ #if HAVE_CONFIG_H #include <config.h> #endif #include "dynamicstring.h" #include <sys/types.h> #include "log.h" #include "portable.h" struct DynStr { int len; /* Current length (without trailing '\0') */ int max; /* Max length that fits into buffer (incl. trailing '\0') */ char *str; }; static void reallocStr( DynStr *self, int max ) { ASSERT( max >= 0 ); if ( max <= self->max ) return; if ( ! ( self->str = (char *)realloc( self->str, (size_t)max ) ) ) { Log_err( "Realloc of DynStr failed" ); exit( EXIT_FAILURE ); } if ( self->max == 0 ) /* First allocation? */ *(self->str) = '\0'; self->max = max; } DynStr * new_DynStr( int reserve ) { DynStr *s; if ( ! ( s = malloc( sizeof( DynStr ) ) ) ) { Log_err( "Allocation of DynStr failed" ); exit( EXIT_FAILURE ); } s->len = 0; s->max = 0; s->str = NULL; if ( reserve > 0 ) reallocStr( s, reserve + 1 ); return s; } void del_DynStr( DynStr *self ) { if ( ! self ) return; free( self->str ); self->str = NULL; free( self ); } int DynStr_len( const DynStr *self ) { return self->len; } const char * DynStr_str( const DynStr *self ) { return self->str; } void DynStr_app( DynStr *self, const char *s ) { int len; len = strlen( s ); if ( self->len + len + 1 > self->max ) reallocStr( self, self->len * 2 + len + 1 ); strcpy( self->str + self->len, s ); self->len += len; } void DynStr_appDynStr( DynStr *self, const DynStr *s ) { if ( self->len + s->len + 1 > self->max ) reallocStr( self, self->len * 2 + s->len + 1 ); memcpy( self->str + self->len, s->str, (size_t)s->len + 1 ); self->len += s->len; } void DynStr_appLn( DynStr *self, const char *s ) { DynStr_app( self, s ); DynStr_app( self, "\n" ); } void DynStr_appN( DynStr *self, const char *s, int n ) { int len = self->len; ASSERT( n >= 0 ); if ( len + n + 1 > self->max ) reallocStr( self, len * 2 + n + 1 ); strncat( self->str + len, s, (size_t)n ); self->len = len + strlen( self->str + len ); } void DynStr_clear( DynStr *self ) { self->len = 0; if ( self->max > 0 ) *(self->str) = '\0'; }