- Add l2tp_mtu configuration option, used to define MRU, MSS.

[l2tpns.git] / tbf.h

diff --git a/tbf.h b/tbf.h
index 7a6df12..925e4f7 100644 (file)
--- a/tbf.h
+++ b/tbf.h
@@ -10,33 +10,33 @@
 #define TBF_RATE        360     // 360 bytes per 1/10th of a second.
 
 typedef struct {
 #define TBF_RATE        360     // 360 bytes per 1/10th of a second.
 
 typedef struct {

-        int             credit;
-        int             lasttime;
-        int             queued;
-        int             oldest; // Position of packet in the ring buffer.
-        sessionidt      sid;    // associated session ID.
-        int             max_credit; // Maximum amount of credit available (burst size).
-        int             rate;   // How many bytes of credit per second we get? (sustained rate)
-        void            (*send)(sessionidt s, u8 *, int);       // Routine to actually send out the data.
-        int             prev;   // Timer chain position.
-        int             next;   // Timer chain position.
-
-        u32     b_queued;       // Total bytes sent through this TBF
-        u32     b_sent;         // Total bytes sucessfully made it to the network.
-        u32     p_queued;       // ditto packets.
-        u32     p_sent;         // ditto packets.
-        u32     b_dropped;      // Total bytes dropped.
-        u32     p_dropped;      // Total packets dropped.
-        u32     p_delayed;      // Total packets not sent immediately.
-
-        int             sizes[TBF_MAX_QUEUE];
-        char            packets[TBF_MAX_QUEUE][TBF_MAX_SIZE];
+       int             credit;
+       int             lasttime;
+       int             queued;
+       int             oldest;         // Position of packet in the ring buffer.
+       sessionidt      sid;            // associated session ID.
+       int             max_credit;     // Maximum amount of credit available (burst size).
+       int             rate;           // How many bytes of credit per second we get? (sustained rate)
+       void            (*send)(sessionidt s, uint8_t *, int); // Routine to actually send out the data.
+       int             prev;           // Timer chain position.
+       int             next;           // Timer chain position.
+
+       uint32_t        b_queued;       // Total bytes sent through this TBF
+       uint32_t        b_sent;         // Total bytes sucessfully made it to the network.
+       uint32_t        p_queued;       // ditto packets.
+       uint32_t        p_sent;         // ditto packets.
+       uint32_t        b_dropped;      // Total bytes dropped.
+       uint32_t        p_dropped;      // Total packets dropped.
+       uint32_t        p_delayed;      // Total packets not sent immediately.
+
+       int             sizes[TBF_MAX_QUEUE];
+       uint8_t         packets[TBF_MAX_QUEUE][TBF_MAX_SIZE];

 } tbft;
 
 } tbft;
 

-void init_tbf(void);
+void init_tbf(int num_tbfs);

 int tbf_run_timer(void);
 int tbf_run_timer(void);

-int tbf_queue_packet(int tbf_id, char * data, int size);
-int new_tbf(int sid, int max_credit, int rate, void (*f)(sessionidt, u8 *, int));
+int tbf_queue_packet(int tbf_id, uint8_t * data, int size);
+int new_tbf(int sid, int max_credit, int rate, void (*f)(sessionidt, uint8_t *, int));

 int free_tbf(int tid);
 void fsck_tbfs(void);
 
 int free_tbf(int tid);
 void fsck_tbfs(void);