Using-the-pycrate-asn1-runtime.md

@@ -70,11 +70,11 @@ buffer and vice versa: we will see in the several examples below how to use the
 There is also the possibility to generate the exact binary structures corresponding
 to those encoding and decoding, making use of basic pycrate core objects (mostly Int, 
 Uint, Buf and Envelope). This is done by adding the *_ws* suffixes to encoding and decoding
-methods: *to_[bcdp]er_ws()* and *from_[bcdp]er()*.
+methods: *to_[bcdp]er_ws()* and *from_[bcdp]er_ws()*.
 
 This will generate a master Envelope object under the attribute *_struct* of the encoded
 or decoded object, which will demonstrate the exact structure of the transfer syntax.
-Here is an example with a TCAP-MAP case:
+Here is an example with the TCAP-MAP case:
 
     >>> from pycrate_asn1dir import TCAP_MAP
     >>> M = TCAP_MAP.TCAP_MAP_Messages.TCAP_MAP_Message
@@ -336,7 +336,7 @@ Here is an example with a TCAP-MAP case:
              <V : 0x917267415827f2>
 
 You should not use those extended methods for standard ASN.1 processing, but only
-for debugging purpose, as they render the encoding and decoding process much slower.
+for debugging purpose, as they are making the encoding and decoding process much slower.
 You have been warned !