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Contents
Contents
Index
DACLIPS
juan@acm.org
Contents
List of Figures
List of Tables
I
. Front Matter
0
.
1
Purpose
0
.
2
License
0
.
3
Acknowledgements
0
.
3
.
1
Credits
0
.
3
.
2
Third Party Licenses
0
.
4
Change Records
0
.
4
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1
Project Startup
0
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4
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2
Phase I Exit
0
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4
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3
DACLIPS
II
. Requirements and Design
1
. CFA Requirements and Specifications
1
.
1
Attachment I to the Phase I Contract
1
.
2
Early Draft- XML-RPC for the MACHINE_SERVICES module
1
.
3
Preliminary Design Precis (Phase I)
1
.
4
Phase I Design
1
.
4
.
1
Overview
1
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4
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2
System Architecture
2
. DACLIPS Requirements and Specifications
2
.
1
Recap of the Low Level Architecture
2
.
1
.
1
Component Programs
2
.
1
.
2
Distributed Processes
2
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1
.
3
Device Embedding
2
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2
The Rule Based System
2
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2
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1
Master Daemon COOL Objects
2
.
2
.
2
Process Control
III
. Server Reference
3
. Getting Started
3
.
1
Configuration
4
. Running auc-md
5
. Engineering Master Daemon Derivatives
5
.
1
Using the UML Studio Models
5
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2
Forward/Reverse Engineering for Another Language
5
.
3
Extending the C++ MD
6
. Using Master Daemon Concepts
IV
. Client Reference
7
. Discovering and Using MD API, and Generating Client Interfaces
7
.
1
Using xmlrpc-api2txt to discover Master Daemon interfaces
7
.
2
Using the xmlrpc client to run an API and inspect the XML
7
.
3
Using xmlrpc-api2cpp to generate a C++ client stub
8
. Working with OpenAUC Client
8
.
1
Installation
8
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1
.
1
Linux
8
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1
.
2
Mac
8
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1
.
3
Windows
8
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2
OpenAUC connotation of simple vs. complex
8
.
3
Using auc-client
8
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3
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1
Behavior
8
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3
.
2
Device
8
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3
.
3
State
8
.
3
.
4
Interactive Mode
V
. Back Matter
9
. Glossary
10
. Requirements XRef Matrix
11
. Sources
11
.
1
Baselines of this document
11
.
2
Program Sources
12
. Test Cover
12
.
1
OpenAUC and cppunit
13
. References
Index
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