This commit was manufactured by cvs2svn to create tagGTKHTML_0_13_0

'GTKHTML_0_13_0'.

svn path=/tags/GTKHTML_0_13_0/; revision=12884

1 files changed, 0 insertions, 82 deletions

diff --git a/e-util/e-msgport.h b/e-util/e-msgport.h
deleted file mode 100644
index d181ac7fb7..0000000000
--- a/e-util/e-msgport.h
+++ /dev/null
@@ -1,82 +0,0 @@
-
-#ifndef _E_MSGPORT_H
-#define _E_MSGPORT_H
-
-/* double-linked list yeah another one, deal */
-typedef struct _EDListNode {
-	struct _EDListNode *next;
-	struct _EDListNode *prev;
-} EDListNode;
-
-typedef struct _EDList {
-	struct _EDListNode *head;
-	struct _EDListNode *tail;
-	struct _EDListNode *tailpred;
-} EDList;
-
-#define E_DLIST_INITIALISER(l) { (EDListNode *)&l.tail, 0, (EDListNode *)&l.head }
-
-void e_dlist_init(EDList *v);
-EDListNode *e_dlist_addhead(EDList *l, EDListNode *n);
-EDListNode *e_dlist_addtail(EDList *l, EDListNode *n);
-EDListNode *e_dlist_remove(EDListNode *n);
-EDListNode *e_dlist_remhead(EDList *l);
-EDListNode *e_dlist_remtail(EDList *l);
-int e_dlist_empty(EDList *l);
-int e_dlist_length(EDList *l);
-
-/* message ports - a simple inter-thread 'ipc' primitive */
-/* opaque handle */
-typedef struct _EMsgPort EMsgPort;
-
-/* header for any message */
-typedef struct _EMsg {
-	EDListNode ln;
-	EMsgPort *reply_port;
-} EMsg;
-
-EMsgPort *e_msgport_new(void);
-void e_msgport_destroy(EMsgPort *mp);
-/* get a fd that can be used to wait on the port asynchronously */
-int e_msgport_fd(EMsgPort *mp);
-void e_msgport_put(EMsgPort *mp, EMsg *msg);
-EMsg *e_msgport_wait(EMsgPort *mp);
-EMsg *e_msgport_get(EMsgPort *mp);
-void e_msgport_reply(EMsg *msg);
-
-/* e threads, a server thread with a message based request-response, and flexible queuing */
-typedef struct _EThread EThread;
-
-typedef enum {
-	E_THREAD_QUEUE = 0,	/* run one by one, until done, if the queue_limit is reached, discard new request */
-	E_THREAD_DROP,		/* run one by one, until done, if the queue_limit is reached, discard oldest requests */
-	E_THREAD_NEW,		/* always run in a new thread, if the queue limit is reached, new requests are
-				   stored in the queue until a thread becomes available for it, creating a thread pool */
-} e_thread_t;
-
-typedef void (*EThreadFunc)(EThread *, EMsg *, void *data);
-
-EThread *e_thread_new(e_thread_t type);
-void e_thread_destroy(EThread *e);
-void e_thread_set_queue_limit(EThread *e, int limit);
-void e_thread_set_msg_lost(EThread *e, EThreadFunc destroy, void *data);
-void e_thread_set_msg_destroy(EThread *e, EThreadFunc destroy, void *data);
-void e_thread_set_reply_port(EThread *e, EMsgPort *reply_port);
-void e_thread_set_msg_received(EThread *e, EThreadFunc received, void *data);
-void e_thread_put(EThread *e, EMsg *msg);
-
-/* sigh, another mutex interface, this one allows different mutex types, portably */
-typedef struct _EMutex EMutex;
-
-typedef enum _e_mutex_t {
-	E_MUTEX_SIMPLE,		/* == pthread_mutex */
-	E_MUTEX_REC,		/* recursive mutex */
-} e_mutex_t;
-
-EMutex *e_mutex_new(e_mutex_t type);
-int e_mutex_destroy(EMutex *m);
-int e_mutex_lock(EMutex *m);
-int e_mutex_unlock(EMutex *m);
-void e_mutex_assert_locked(EMutex *m);
-
-#endif