[Dec '10] Coming soon: Pantheios.Net. The same technology that allows
Pantheios (C++) to be robust, succinct, extensible and highly efficient, applied to the .NET
platform. Watch this space ... (or get in contact)
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Pantheios
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Related Material
High-performance components
Pantheios achieves its 100% type-safety and
peerless performance
as a result of the following factors:
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No log statement arguments are copied/converted unless the statements'
severity level is currently enabled/switched on
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Any copying of the string forms of log statement elements is done at most
once
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Processing the log statement elements into a single string for emission to
the back-end by the
core only involves
memory allocation if the total length of the statement is greater than 4096
characters.
These rely on the following technologies and components:
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stlsoft::auto_buffer - this component presents an array-like interface,
and uses an internal array for allocation in cases where the requested size
does not exceed the internal array size. It is described in the following:
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Shims - the
Shim Concept
defines an unbounded suite of function overloads that generalise between (aspects
of) conceptually related but physically unrelated types. It is described in the
following:
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Generalized String Manipulation,
Matthew Wilson, C/C++ Users Journal, August 2003
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Imperfect C++,
Matthew Wilson, Addison-Wesley, 2004
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Extended STL, volume 1: Collection and Iterators,
Matthew Wilson, Addison-Wesley, 2007
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Type-Tunneling - the
Type Tunnel Pattern
describes the situation where a group of physically-unrelated types may be
tunneled through an extensible adaptation layer and presented in unified form to an
underlying layer for manipulation as a whole. It is described in the
following:
Auto-generation of the application layer functions
The application layer functions are generated by the Ruby script
make_hdrs.rb, which is located in the scripts
sub-directory of the distribution. By default, the script
generates functions from 1 to 32 parameters, but this can
easily be adjusted to reduce or increase this number, and the
files regenerated.
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See also
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Essentials
- essential facts you need to know about Pantheios to
get up and running.
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Pantheios Architecture
- introduction to the four parts of the Pantheios architecture: Application Layer,
Core, Front-end, Back-ends.
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Downloads
- download the Pantheios library (source and binaries), samples, tools and
dependent projects.
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Tutorials
- tutorials on using the Pantheios library.
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API Documentation
- once you've familiarised yourself with Pantheios via the tutorials, use the
online documentation for fine details on the API functions and types.
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Project Members
- see who is implementing Pantheios, and how you can help out.
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Performance
- performance tests, which demonstrate the claimed peerless performance
of Pantheios.
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Future Directions
- features that are anticipated/planned, but not yet implemented.
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Links
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