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https://issues.apache.org/jira/browse/THRIFT-248?page=com.atlassian.jira.plugin.system.issuetabpanels:comment-tabpanel&focusedCommentId=12662108#action_12662108
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Bryan Duxbury commented on THRIFT-248:
--------------------------------------
I take it back. I messed something up with my prior benchmark. Here are some
updated numbers:
* Trunk, Ruby binary protocol
** Write: 5.17s
** Read: 3.92s
* Trunk, BinaryProtocolAccelerated
** Write: 0.59s
** Read: 0.48s
* thrift_native
** Write: 1.88s
** Read: 2.82s
It looks like there may yet be some performance gains to be had in the
protocol. I'll experiment more and see what I come up with.
> Factor BinaryProtocolAccelerated into separate protocol and struct components
> -----------------------------------------------------------------------------
>
> Key: THRIFT-248
> URL: https://issues.apache.org/jira/browse/THRIFT-248
> Project: Thrift
> Issue Type: Improvement
> Components: Library (Ruby)
> Reporter: Bryan Duxbury
> Assignee: Bryan Duxbury
> Priority: Minor
> Attachments: thrift-248-v2.patch, thrift-248-v3.patch,
> thrift-248.patch
>
>
> Kevin Clark's excelled BinaryProtocolAccelerated implementation in the Ruby
> library is very fast, in large part due to the fact that it implements not
> just the protocol but also the struct components of serialization directly as
> a C extension. The problem with this arrangement is that other protocols that
> would benefit from accelerated struct code don't get the benefit. In
> particular, I'd like to make my implementation of the Compact Protocol fast
> in Ruby, and the key appears to be the struct serialization code.
> I think that we should make an effort to divorce the struct stuff from the
> protocol stuff in BinaryProtocolAccelerated, so that all protocols can
> benefit. Some quick benchmarking seems to indicate that there is going to be
> some additional method call overhead in this situation, but it's not really
> that substantial.
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