Changes between Version 6 and Version 7 of IostreamsRoadmap

Timestamp:

Feb 2, 2008, 7:01:26 PM (15 years ago)

Author:

Jonathan Turkanis

Comment:

--

IostreamsRoadmap

@@ -4 +4 @@
 
  1. Additional Filters and Devices
- 2. Wrappers for 3rd-party I/O components
+ 1. Wrappers for Boost components
+    a. Boost.Asio
+    a. Boost.Interprocess
+ 1. Wrappers for 3rd-party I/O components
     a. OpenSSL
-    b. Boost.Asio
-    c. Boost.Interprocess
- 3. Filter and Device concepts permitting additional optimizations:
+    a. Crypto++
+ 1. Filter and Device concepts permitting additional optimizations:
     a. sharing of buffers between chain elements, à la [http://www.apachetutor.org/dev/brigades APR bucket brigades]
-    b. scatter/gather operations
- 4. String algorithms based on filter pipelines
- 5. New abstractions improving the standard library iostreams:
+    a. scatter/gather operations
+ 1. String algorithms based on filter pipelines
+ 1. New abstractions improving the standard library iostreams:
     a. Provide more metadata about a stream/stream buffer, e.g.,
        i. [http://boost.org/libs/iostreams/doc/guide/modes.html mode]
        ii. blocking/non-blocking
-    b. more fine-grained stream state
-    c. support for asynchronous and non-blocking I/O (see below)
-    d. copyable or movable
- 6. Support for asynchronous and non-blocking I/O
+    a. more fine-grained stream state
+    a. support for asynchronous and non-blocking I/O (see below)
+    a. copyable or movable
+ 1. Support for asynchronous and non-blocking I/O
     a. asio compatibility
-    b. asynchronous and non-blocking device concepts
-    c. abstractions for performing I/O using large collections of asynchronous/non-blocking chains [hopefully this can be implemented using asio]
- 7. Better documentation
+    a. asynchronous and non-blocking device concepts
+    a. abstractions for performing I/O using large collections of asynchronous/non-blocking chains [hopefully this can be implemented using asio]
+ 1. Better documentation
     a. Example of writing a symmetric filter
-    b. Code templates for writing each type of Filter or Device, showing which member functions are required (if the user chooses to use member functions)
-    c. Documentation of the interface for customizing the free iostreams functions read, write, etc.
-    d. FAQ
+    a. Code templates for writing each type of Filter or Device, showing which member functions are required (if the user chooses to use member functions)
+    a. Documentation of the interface for customizing the free iostreams functions read, write, etc.
+    a. FAQ