* +1 A is B plus a nonempty suffix (ie, A has B as a prefix)
* +2 A is lexically later than B and does not have B as a prefix
*
- * hbytes pkcs5 pa|ua VAR ALG => worked? (always 1 for p)
- * hbytes pkcs5 pn|un VAR BLOCKSIZE => worked? (always 1 for p)
+ * hbytes pad pa|ua VAR ALG METH [METHARGS] => worked? (always 1 for p)
+ * hbytes pad pn|un VAR BS METH [METHARGS] => worked? (always 1 for p)
+ * hbytes pad pa|pn VAR ALG|BS pkcs5 => 1
+ * hbytes pad ua|un VAR ALG|BS pkcs5 => worked?
+ * hbytes pad pa|pn VAR ALG|BS rfc2406 NXTHDR => 1
+ * hbytes pad ua|un VAR ALG|BS rfc2406 NXTHDRVAR => worked?
+ *
* hbytes blockcipher d|e VAR ALG KEY MODE [IV] => IV
* hbytes blockcipher mac MSG ALG KEY MODE IV => final block
+ * hbytes blockcipher prop PROPERTY ALG => property value
*
* hbytes hash ALG MESSAGE => hash
* hbytes hmac ALG MESSAGE KEY [MACLENGTH] => mac
+ * hbytes hash-prop PROPERTY ALG => property value
*
* ulong ul2int ULONG => INT can fail if >INT_MAX
* ulong int2ul INT => ULONG can fail if <0
* ulong mask A B => A & B
* ulong add A B => A + B (mod 2^32)
* ulong subtract A B => A - B (mod 2^32)
- * ulong compare A B => 0/-1/1
+ * ulong compare A B => 0 -1 (A<B) +1 (A>B)
* ulong shift l|r ULONG BITS fails if BITS >32
*
* ulong ul2bitfields VALUE [SIZE TYPE [TYPE-ARG...] ...] => 0/1
* HBYTES LENGTH OVERRUN block too long
* HBYTES LENGTH RANGE input length or offset is -ve or silly
* HBYTES LENGTH UNDERRUN block too short (or offset too big)
+ * HBYTES LENGTH MISMATCH when blocks must be exactly same length
* HBYTES SYNTAX supposed hex block had wrong syntax
* HBYTES VALUE OVERFLOW value to be conv'd to hex too big/long
* SOCKADDR AFUNIX LENGTH path for AF_UNIX socket too long
const struct sockaddr *sockaddr_addr(const SockAddr_Value*);
void sockaddr_free(const SockAddr_Value*);
+/* from scriptinv.c */
+
+typedef struct { /* semi-opaque - read only, and then only where commented */
+ Tcl_Interp *ip; /* valid, non-0 and useable if set */
+ Tcl_Obj *obj; /* non-0 iff set (but only test for 0/non-0) */
+ int llength;
+} ScriptToInvoke;
+
+void scriptinv_init(ScriptToInvoke *si);
+int scriptinv_set(ScriptToInvoke *si, Tcl_Interp *ip, Tcl_Obj *newscript);
+void scriptinv_cancel(ScriptToInvoke *si); /* then don't invoke */
+ /* no separate free function - just cancel */
+
+void scriptinv_invoke(ScriptToInvoke *si, int argc, Tcl_Obj **argv);
+
+/* from idtable.c */
+
+typedef struct {
+ const char *const prefix;
+ int n;
+ void **a;
+} IdDataTable;
+
+extern Tcl_ObjType tabledataid_nearlytype;
+int tabledataid_parse(Tcl_Interp *ip, Tcl_Obj *o, IdDataTable *tab);
+
/* from dgram.c */
-extern Tcl_ObjType dgramsockid_type;
-typedef struct DgramSocket *DgramSockID;
+extern IdDataTable dgram_socks;
+int newfdposixerr(Tcl_Interp *ip, int fd, const char *m);
+
+/* from tuntap.c */
+
+extern IdDataTable tuntap_socks;
/* from hook.c */
typedef struct {
const char *name;
int pad, use_algname;
-} PadMethod;
+} PadOp;
extern Tcl_ObjType blockcipherkey_type;
/* from algtables.c */
+typedef struct {
+ const char *name;
+ int int_offset;
+} BlockCipherPropInfo, HashAlgPropInfo;
+
typedef struct {
const char *name;
int hashsize, blocksize, statesize;
typedef struct {
const char *name;
int blocksize, schedule_size, key_min, key_max;
- void (*byteswap)(void *block);
BlockCipherPerDirectionInfo encrypt, decrypt;
} BlockCipherAlgInfo;