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on
1
Intro
2
Bugs and Uptime
3
Safety Standards
4
Process Types
5
Unstructured Process Indicators
6
Waterfall Process Indicators
7
Agile Process Indicators
8
Why Do We Like C++?
9
Embedded Systems Design
10
Safety-Critical C++ Concepts
11
C++ Type-Safety
12
C++ Encapsulation
13
C++ Memory Management
14
C++ Concurrency
15
C++ Pointers
16
C++ Casting
17
C++ Exceptions, Don't
18
Testing Methods
19
C++ Traps
20
Agile Safety-Critical Mindset
21
Real Life C++ Examples
Description:
Explore C++ programming for real-time safety-critical Linux systems in this 24-minute conference talk by Robin Rowe and Gabrielle Pantera from Venture Hollywood. Delve into crucial topics such as safety standards, process types, and indicators for unstructured, waterfall, and agile processes. Understand the advantages of C++ in embedded systems design and safety-critical concepts, including type-safety, encapsulation, memory management, concurrency, and proper use of pointers and casting. Learn about testing methods, common C++ traps to avoid, and how to adopt an agile safety-critical mindset. Gain insights from real-life C++ examples and discover best practices for developing robust, safety-critical systems using C++ on Linux platforms.

C++ for Real-Time Safety-Critical Linux Systems

Linux Foundation
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