EOC pprinting

[pyderasn.git] / doc / examples.rst

diff --git a/doc/examples.rst b/doc/examples.rst
index e95369c84f3f1f9155329e36fdb814fb6fd1fad9..e9387a21b9868601eef1b1f1047211dd5b972429 100644 (file)
--- a/doc/examples.rst
+++ b/doc/examples.rst
@@ -236,12 +236,12 @@ Let's parse that output, human::
 
 ::
 
-       52-2 [1,1,1054]-4  . . . . eContent: [0] EXPLICIT BER OCTET STRING 1046 bytes
+       52-2I [1,1,1054]I  . . . . eContent: [0] EXPLICIT BER OCTET STRING 1046 bytes
                        ^                                 ^   ^            ^
                       12                                13   9            10
 
 :0:
- Offset of the object, where its DER encoding begins.
+ Offset of the object, where its DER/BER encoding begins.
  Pay attention that it does **not** include explicit tag.
 :1:
  If explicit tag exists, then this is its length (tag + encoded length).
@@ -272,24 +272,18 @@ Let's parse that output, human::
  Possible other flags like OPTIONAL and DEFAULT, if value equals to the
  default one, specified in the schema.
 :12:
- Only applicable to BER encoded data. If object has indefinite length
- encoding, then subtract 2 bytes EOC from its length. If object has
- explicit tag with indefinite length, then subtract another EOC bytes.
- In example above, ``eContent`` field has both indefinite field encoding
- and indefinite length explicit tag. ``BIT STRING``, ``OCTET STRING``
- (and its derivatives), ``SEQUENCE``, ``SET``, ``SEQUENCE OF``, ``SET
- OF``, ``ANY`` could have indefinite length coding.
+ Only applicable to BER encoded data. Indefinite length encoding mark.
 :13:
  Only applicable to BER encoded data. If object has BER-specific
  encoding, then ``BER`` will be shown. It does not depend on indefinite
- length encoding. ``BOOLEAN``, ``BIT STRING``, ``OCTET STRING`` (and its
- derivatives) could be BERed.
+ length encoding. ``EOC``, ``BOOLEAN``, ``BIT STRING``, ``OCTET STRING``
+ (and its derivatives) could be BERed.
 
 As command line utility
 -----------------------
 
-You can decode DER files using command line abilities and get the same
-picture as above by executing::
+You can decode DER/BER files using command line abilities and get the
+same picture as above by executing::
 
     % python -m pyderasn --schema tests.test_crts:Certificate path/to/file
 
@@ -358,7 +352,7 @@ then you can pass it to pretty printer to see human readable OIDs::
 Descriptive errors
 ------------------
 
-If you have bad DER, then errors will show you where error occurred::
+If you have bad DER/BER, then errors will show you where error occurred::
 
     % python -m pyderasn --schema tests.test_crts:Certificate path/to/bad/file
     Traceback (most recent call last):