Explore the open-source Clockwork programming tool designed to simplify complex system development in this 42-minute conference talk from linux.conf.au. Learn how Clockwork's machine-based approach allows for easier modeling of interconnected parts, monitoring, and system-wide performance management. Discover examples of programming 'things' using common C/Python tools and Clockwork, including sensor data reading, device control, and IoT interface implementation. Understand how Clockwork's compilation capabilities enable code execution across various devices, from 8-bit Arduinos to Linux hardware. Delve into the benefits of Clockwork's state-based modeling, which simplifies parallel and real-time control of interacting system components. Gain insights into Clockwork's features, such as state change monitoring, comprehensive debugging, and web-based display capabilities. Learn about the language's unique approach to system construction, emphasizing description over implementation details, making it accessible for both experienced and novice programmers.
Overview
Syllabus
LATPROC TEAM
LATPROC PROJECTS
ORIGINAL DESIGN CAPABILITIES
DEFINING STATE MACHINES
USING TRANSITIONS
USING RULES
CONTROLLING THINGS
NO LOOPS OR IFS?
NO IF STATEMENTS?
COUNTING UP
REUSING COMPONENTS
CLOCKWORK CODE REAL-WORLD EXAMPLE
ADD MORE LEDS
BLINK A LED
A NICER VERSION
USER INTERFACE TOOLS
EMBEDDING CLOCKWORK
EMBEDDED FEATURE SET
BUILD PROCESS
OPEN SOURCE COMPONENTS
MONITORING WITH SAMPLER
CONVERT 4-BITS TO A NUMBER
Taught by
linux.conf.au
