Restoring authorship annotation for <alzobnin@yandex-team.ru>. Commit 1 of 2.

1 files changed, 37 insertions, 37 deletions

diff --git a/library/cpp/codecs/README.md b/library/cpp/codecs/README.md
index 42646ccd97..b85e7482cf 100644
--- a/library/cpp/codecs/README.md
+++ b/library/cpp/codecs/README.md
@@ -1,46 +1,46 @@
 This is a library of compression algorithms with a unified interface and serialization.
 See also library/cpp/codecs/static, where a support for statically compiled dictionaries is implemented.
 
-All algorithms have a common `ICodec` interface (described in codecs.h).
+All algorithms have a common `ICodec` interface (described in codecs.h). 
 
-The `ICodec` interface has the following methods:\
-    `virtual ui8 ICodec::Encode (TMemoryRegion, TBuffer&) const;`\
-            - Input - memory region. Output - filled buffer and the rest of the last byte, if it was not filled to the end.\
-    `virtual void ICodec::Decode (TMemoryRegion, TBuffer&) const;`\
-            - Input - memory region. Output - filled buffer.\
-    `virtual void Save (TOutputStream*) const;`\
-            - Serialization.\
-    `virtual void Load (TInputStream*);`\
-            - Deserialization.\
-    `virtual bool NeedsTraining() const;`\
-            - Returns if it is necessary or not to teach this codec.\
-    `virtual bool PaddingBit() const;`\
-            - Returns which values should fill the free bits of the last byte.\
-    `virtual size_t ApproximateSizeOnEncode(size_t sz) const;`\
-            - Returns an approximate estimate of the size of the result after encoding.\
-                    For example could be used for a more accurate preallocation of a buffer.\
-    `virtual size_t ApproximateSizeOnDecode(size_t sz) const;`\
-            - Returns an approximate estimate of the size of the result after decoding.\
-                    For example could be used for a more accurate preallocation of a buffer.\
-    `virtual TString GetName() const;`\
-            - The name of the codec. It is required for registration of the codec in the system of serialization/deserialization.\
-                    For example, it allows you to save information about which combination of codecs was in use (see below).\
-    `virtual void Learn(ISequenceReader*);`\
+The `ICodec` interface has the following methods:\ 
+    `virtual ui8 ICodec::Encode (TMemoryRegion, TBuffer&) const;`\ 
+            - Input - memory region. Output - filled buffer and the rest of the last byte, if it was not filled to the end.\ 
+    `virtual void ICodec::Decode (TMemoryRegion, TBuffer&) const;`\ 
+            - Input - memory region. Output - filled buffer.\ 
+    `virtual void Save (TOutputStream*) const;`\ 
+            - Serialization.\ 
+    `virtual void Load (TInputStream*);`\ 
+            - Deserialization.\ 
+    `virtual bool NeedsTraining() const;`\ 
+            - Returns if it is necessary or not to teach this codec.\ 
+    `virtual bool PaddingBit() const;`\ 
+            - Returns which values should fill the free bits of the last byte.\ 
+    `virtual size_t ApproximateSizeOnEncode(size_t sz) const;`\ 
+            - Returns an approximate estimate of the size of the result after encoding.\ 
+                    For example could be used for a more accurate preallocation of a buffer.\ 
+    `virtual size_t ApproximateSizeOnDecode(size_t sz) const;`\ 
+            - Returns an approximate estimate of the size of the result after decoding.\ 
+                    For example could be used for a more accurate preallocation of a buffer.\ 
+    `virtual TString GetName() const;`\ 
+            - The name of the codec. It is required for registration of the codec in the system of serialization/deserialization.\ 
+                    For example, it allows you to save information about which combination of codecs was in use (see below).\ 
+    `virtual void Learn(ISequenceReader*);`\ 
             - The interface for teaching codecs that use information about the distribution of data.
 
 In addition, the library has a number of utilities that allow a more flexible use of it.
 
-In the `ICodec` class the following methods are available:\
-    `static TCodecPtr GetInstance(const TString& name);`\
-            - Creation of a codec instance by a symbolic name\
-                    (See `GetName()` above)\
-    `static void Store(TOutputStream*, TCodecPtr p);`\
-            - Serialization of the codec along with its name\
-                    Allows you to save information about which particular combination of codecs was used for encoding,\
-                    and then reassemble the same combination for decoding\
-    `static TCodecPtr Restore(TInputStream* in);`\
-            - Serialization of the codec along with its name\
-    `static TCodecPtr RestoreFromString(TStringBuf data);`\
-            - Loads the codec instance from the string\
-    `static TVector<TString> GetCodecsList();`\
+In the `ICodec` class the following methods are available:\ 
+    `static TCodecPtr GetInstance(const TString& name);`\ 
+            - Creation of a codec instance by a symbolic name\ 
+                    (See `GetName()` above)\ 
+    `static void Store(TOutputStream*, TCodecPtr p);`\ 
+            - Serialization of the codec along with its name\ 
+                    Allows you to save information about which particular combination of codecs was used for encoding,\ 
+                    and then reassemble the same combination for decoding\ 
+    `static TCodecPtr Restore(TInputStream* in);`\ 
+            - Serialization of the codec along with its name\ 
+    `static TCodecPtr RestoreFromString(TStringBuf data);`\ 
+            - Loads the codec instance from the string\ 
+    `static TVector<TString> GetCodecsList();`\ 
             - The list of registered codecs