Adding normative tags for new instructions

Author: nibrunie

normative_rule_defs/vector-crypto.yaml

@@ -50,6 +50,9 @@ normative_rule_definitions:
   - name: Zvbc_sew64only
     tags: ["norm:Zvbc_sew64only"]
 
+  - name: Zvbc32e_sew8_16_32only
+    tags: ["norm:Zvbc32e_sew8_16_32only"]
+
   - name: Zvkg_egw128b_elem32b
     tags: ["norm:Zvkg_egw128b_elem32b"]
 
@@ -140,12 +143,18 @@ normative_rule_definitions:
   - name: vclmul_sewn64_rsv
     tags: ["norm:vclmul_sewn64_rsv"]
 
+  - name: vclmul_sewn8_16_32_rsv
+    tags: ["norm:vclmul_sewn8_16_32_rsv"]
+
   - name: vclmulh_op
     tags: ["norm:vclmulh_op"]
 
   - name: vclmulh_sewn64_rsv
     tags: ["norm:vclmulh_sewn64_rsv"]
 
+  - name: vclmulh_sewn8_16_32_rsv
+    tags: ["norm:vclmulh_sewn8_16_32_rsv"]
+
   - name: vclz-v_op
     tags: ["norm:vclz-v_op", "norm:vclz-v_op_zeroinput"]
 

src/vector-crypto.adoc

@@ -548,7 +548,7 @@ General purpose carry-less multiplication instructions which are commonly used i
 and hashing (e.g., Elliptic curve cryptography, GHASH, CRC).
 
 [#norm:Zvbc_sew64only]#These instructions are defined for `SEW`=64. (Zvbc)#
-[#norm:Zvbc32e_sew32168only]#These instructions are defined for `SEW`=8, 16, 32. (Zvbc32e)#
+[#norm:Zvbc32e_sew8_16_32only]#These instructions are defined for `SEW`=8, 16, 32. (Zvbc32e)#
 
 Note:: `Zvbc` and `Zvbc32e` can be implemented independently.
 
@@ -2224,7 +2224,7 @@ Encoding (Vector-Scalar)::
 ....
 Reserved Encodings::
 * [#norm:vclmul_sewn64_rsv]#`SEW` is any value other than 64 (Zvbc) #
-* `SEW` is any value other than 8, 16, or 32 (Zvbc32e)
+* [#norm:vclmul_sewn8_16_32_rsv]#`SEW` is any value other than 8, 16, or 32 (Zvbc32e)
 
 
 Arguments::
@@ -2330,7 +2330,7 @@ Encoding (Vector-Scalar)::
 ....
 Reserved Encodings::
 * [#norm:vclmulh_sewn64_rsv]#`SEW` is any value other than 64 (Zvbc)#
-* `SEW` is any value other than 8, 16, or 32 (Zvbc32e)
+* [#norm:vclmulh_sewn8_16_32_rsv]#`SEW` is any value other than 8, 16, or 32 (Zvbc32e)
 
 Arguments::