<cond> A set of conditions that must all be true for the variable to
actually be set (such as "ifnotempty", "ifgt" ...). See the
- set-var converter's decription for a full list of possible
+ set-var converter's description for a full list of possible
conditions.
<expr> Is a sample-fetch expression potentially followed by converters.
<cond> A set of conditions that must all be true for the variable to
actually be set (such as "ifnotempty", "ifgt" ...). See the
- set-var converter's decription for a full list of possible
+ set-var converter's description for a full list of possible
conditions.
<expr> Is a standard HAProxy expression formed by a sample-fetch
<cond> A set of conditions that must all be true for the variable to
actually be set (such as "ifnotempty", "ifgt" ...). See the
- set-var converter's decription for a full list of possible
+ set-var converter's description for a full list of possible
conditions.
<expr> Is a sample-fetch expression potentially followed by converters.
function or macro since it's used only once.
LIST_ISEMPTY(l)
- Check if the list head <l> is empty (=initialied) or not, and return
+ Check if the list head <l> is empty (=initialized) or not, and return
non-zero only if so.
LIST_INLIST(e)
- TASK_WOKEN_RES a resource the task was waiting for was finally made
available, allowing the task to continue its work. This
- is essentially used by buffers and queues. Applcations
+ is essentially used by buffers and queues. Applications
may carefully use it for their own purpose if they're
certain not to rely on existing ones.
/* Initialize <kp> key update secrets, allocating the required memory.
* Return 1 if all the secrets could be allocated, 0 if not.
- * This is the responsability of the caller to release the memory
+ * This is the responsibility of the caller to release the memory
* allocated by this function in case of failure.
*/
static inline int quic_tls_kp_init(struct quic_tls_kp *kp)
#define VF_COND_IFSET 0x00000040 // only set variable if its type is not SMP_TYPE_ANY
#define VF_COND_IFNOTSET 0x00000080 // only set variable if its type is ANY
#define VF_COND_IFGT 0x00000100 // only set variable if its value is greater than the sample's
-#define VF_COND_IFLT 0x00000200 // ony set variable if its value is less than the sample's
+#define VF_COND_IFLT 0x00000200 // only set variable if its value is less than the sample's
enum vars_scope {
SCOPE_SESS = 0,
struct ebmb_node odcid_node;
struct quic_cid odcid;
- struct quic_cid dcid; /* DCID of our endpoint - not updated whan a new DCID is used */
+ struct quic_cid dcid; /* DCID of our endpoint - not updated when a new DCID is used */
struct ebmb_node scid_node; /* used only for client side (backend) */
struct quic_cid scid; /* first SCID of our endpoint - not updated when a new SCID is used */
struct eb_root cids; /* tree of quic_connection_id - used to match a received packet DCID with a connection */
int to_forward;
char *errmsg = NULL;
- /* Don't read the next command if still processing the reponse of the
+ /* Don't read the next command if still processing the response of the
* current one. Just wait. At this stage, errors should be handled by
* the response analyzer.
*/
htx_cut_data_blk(htx, blk, fsize);
break;
- /* only body is transfered on HTTP/0.9 */
+ /* only body is transferred on HTTP/0.9 */
case HTX_BLK_RES_SL:
case HTX_BLK_TLR:
case HTX_BLK_EOT:
return NULL;
}
-/* detachs the QUIC stream from its QCC and releases it to the QCS pool. */
+/* detaches the QUIC stream from its QCC and releases it to the QCS pool. */
static void qcs_destroy(struct qcs *qcs)
{
fprintf(stderr, "%s: release stream %llu\n", __func__, qcs->by_id.key);
* - VF_COND_IFSET: only set variable if its type is not SMP_TYPE_ANY
* - VF_COND_IFNOTSET: only set variable if its type is ANY
* - VF_COND_IFGT: only set variable if its value is greater than the sample's
- * - VF_COND_IFLT: ony set variable if its value is less than the sample's
+ * - VF_COND_IFLT: only set variable if its value is less than the sample's
*
* It returns 0 on failure, non-zero on success.
*/
padding_len = QUIC_INITIAL_PACKET_MINLEN - dglen;
/* The length field value is of this packet is <len> + <padding_len>
* the size of which may be greater than the initial computed size
- * <len_sz>. So, let's deduce the difference betwen these to packet
+ * <len_sz>. So, let's deduce the difference between these to packet
* sizes from <padding_len>.
*/
padding_len -= quic_int_getsize(len + padding_len) - len_sz;