11:54#0 Modern Embedded Systems Programming: Getting Started
Intro
A 12-minute video from Quantum Leaps, LLC: “#0 Modern Embedded Systems Programming: Getting Started”.
Quantum Leaps, LLC
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11:54
17:06#1 How computers count?
A 17-minute video from Quantum Leaps, LLC: “#1 How computers count?”.
27:42#10 Stack Overflow and Other Pitfalls of Functions
A 28-minute video from Quantum Leaps, LLC: “#10 Stack Overflow and Other Pitfalls of Functions”.
28:34#11 Standard integers (stdint.h) and mixing integer types
A 29-minute video from Quantum Leaps, LLC: “#11 Standard integers (stdint.h) and mixing integer types”.
32:12#12 Structures in C and Cortex Microcontroller Software Interface Standard (CMSIS)
A 32-minute video from Quantum Leaps, LLC: “#12 Structures in C and Cortex Microcontroller Software Interface Standard (CMSIS)”.
23:27#13 Startup Code Part-1: What is startup code and how the CPU gets from reset to main?
A 23-minute video from Quantum Leaps, LLC: “#13 Startup Code Part-1: What is startup code and how the CPU gets from reset to main?”.
25:44#14 Startup Code Part-2: Replacing the vector-table, embedded software build process
A 26-minute video from Quantum Leaps, LLC: “#14 Startup Code Part-2: Replacing the vector-table, embedded software build process”.
27:35#15 Startup Code Part-3: Vector table initialization, exception handlers, interrupt handlers
A 28-minute video from Quantum Leaps, LLC: “#15 Startup Code Part-3: Vector table initialization, exception handlers, interrupt handlers”.
15:58#16 Interrupts Part-1: What are interrupts, and how they work
A 16-minute video from Quantum Leaps, LLC: “#16 Interrupts Part-1: What are interrupts, and how they work”.
19:52#17 interrupts Part-2: How most CPUs (e.g. MSP430) handle interrupts?
A 20-minute video from Quantum Leaps, LLC: “#17 interrupts Part-2: How most CPUs (e.g. MSP430) handle interrupts?”.
15:27#18 interrupts Part-3: How interrupts work on ARM Cortex-M?
A 15-minute video from Quantum Leaps, LLC: “#18 interrupts Part-3: How interrupts work on ARM Cortex-M?”.
22:19#19 GNU-ARM Toolchain and Eclipse IDE
A 22-minute video from Quantum Leaps, LLC: “#19 GNU-ARM Toolchain and Eclipse IDE”.
11:00#2 How to change the flow of control through your code
A 11-minute video from Quantum Leaps, LLC: “#2 How to change the flow of control through your code”.
16:58#20 Race Conditions: What are they and how to avoid them?
A 17-minute video from Quantum Leaps, LLC: “#20 Race Conditions: What are they and how to avoid them?”.
18:37#21 Foreground-Background Architecture ("Superloop")
A 19-minute video from Quantum Leaps, LLC: “#21 Foreground-Background Architecture ("Superloop")”.
23:26#22 RTOS Part-1: What is a Real-Time Operating System?
A 23-minute video from Quantum Leaps, LLC: “#22 RTOS Part-1: What is a Real-Time Operating System?”.
37:37#23 RTOS Part-2: Automating the context switch
A 38-minute video from Quantum Leaps, LLC: “#23 RTOS Part-2: Automating the context switch”.
19:16#24 RTOS Part-3: Automating the scheduling with round-robin policy
A 19-minute video from Quantum Leaps, LLC: “#24 RTOS Part-3: Automating the scheduling with round-robin policy”.
25:36#25 RTOS Part-4: Efficient blocking of threads
A 26-minute video from Quantum Leaps, LLC: “#25 RTOS Part-4: Efficient blocking of threads”.
29:32#26 RTOS Part-5: What is "real-time"? Preemptive, priority-based scheduling
A 30-minute video from Quantum Leaps, LLC: “#26 RTOS Part-5: What is "real-time"? Preemptive, priority-based scheduling”.
43:04#27 RTOS Part-6: Synchronization and communication among concurrent threads
A 43-minute video from Quantum Leaps, LLC: “#27 RTOS Part-6: Synchronization and communication among concurrent threads”.
38:03#28 RTOS Part-7: Mutual exclusion mechanisms
A 38-minute video from Quantum Leaps, LLC: “#28 RTOS Part-7: Mutual exclusion mechanisms”.
31:29#29 OOP Part-1: Encapsulation (classes) in C and C++
A 31-minute video from Quantum Leaps, LLC: “#29 OOP Part-1: Encapsulation (classes) in C and C++”.
12:22#3 Variables and Pointers
A 12-minute video from Quantum Leaps, LLC: “#3 Variables and Pointers”.
24:02#30 OOP Part-2: Inheritance in C and C++
A 24-minute video from Quantum Leaps, LLC: “#30 OOP Part-2: Inheritance in C and C++”.
23:42#31 OOP Part-3: Polymorphism in C++
A 24-minute video from Quantum Leaps, LLC: “#31 OOP Part-3: Polymorphism in C++”.
27:30#32 OOP Part-4: Polymorphism in C
A 28-minute video from Quantum Leaps, LLC: “#32 OOP Part-4: Polymorphism in C”.
29:33#33 Event-Driven Programming Part-1: GUI example, events, event-loop, run-to-completion, no-blocking
A 30-minute video from Quantum Leaps, LLC: “#33 Event-Driven Programming Part-1: GUI example, events, event-loop, run-to-completion, no-blocking”.
39:12#34 Event-Driven Programming Part-2: Best practices for concurrency & Active Object pattern
A 39-minute video from Quantum Leaps, LLC: “#34 Event-Driven Programming Part-2: Best practices for concurrency & Active Object pattern”.
24:16#35 State Machines Part-1: What is a state machine?
A 24-minute video from Quantum Leaps, LLC: “#35 State Machines Part-1: What is a state machine?”.
14:11#36 State Machines Part-2: Guard conditions
A 14-minute video from Quantum Leaps, LLC: “#36 State Machines Part-2: Guard conditions”.
31:55#37 State Machines Part-3: Input-Driven State Machines
A 32-minute video from Quantum Leaps, LLC: “#37 State Machines Part-3: Input-Driven State Machines”.
26:36#38 State Machines Part-4: State Tables and Entry/Exit Actions
A 27-minute video from Quantum Leaps, LLC: “#38 State Machines Part-4: State Tables and Entry/Exit Actions”.
33:09#39 State Machines Part-5: Optimal Implementation in C
A 33-minute video from Quantum Leaps, LLC: “#39 State Machines Part-5: Optimal Implementation in C”.
16:45#4 How to control the world outside?
A 17-minute video from Quantum Leaps, LLC: “#4 How to control the world outside?”.
31:59#40 State Machines Part-6: What is a Hierarchical State Machine?
A 32-minute video from Quantum Leaps, LLC: “#40 State Machines Part-6: What is a Hierarchical State Machine?”.