课程目录

• 1 – Introduction
• 1 -Welcome
• 1 -Welcome.srt
• 1 -Welcome_en.srt
• 2 – Course repository.html
• 10 – Rust Foreign Function Interface(FFI)
• 1 -Steps involved in dealing with Rust and Foreign language code
• 1 -Steps involved in dealing with Rust and Foreign language code.srt
• 1 -Steps involved in dealing with Rust and Foreign language code_en.srt
• 2 -Types mapping between Rust and C
• 2 -Types mapping between Rust and C.srt
• 2 -Types mapping between Rust and C_en.srt
• 3 -Rust equivalent of C’s void and void pointer
• 3 -Rust equivalent of C’s void and void pointer.srt
• 3 -Rust equivalent of C’s void and void pointer_en.srt
• 4 -Rust equivalent of C’s void and void pointer contd
• 4 -Rust equivalent of C’s void and void pointer contd.srt
• 4 -Rust equivalent of C’s void and void pointer contd_en.srt
• 5 -Rust representation of C’s String
• 5 -Rust representation of C’s String.srt
• 5 -Rust representation of C’s String_en.srt
• 6 -Rust accepting and processing Strings from ’C’ (coreffiCstr)
• 6 -Rust accepting and processing Strings from ’C’ (coreffiCstr).srt
• 6 -Rust accepting and processing Strings from ’C’ (coreffiCstr)_en.srt
• 7 -Rust sending Strings to ’C’ (stdffiCString)
• 7 -Rust sending Strings to ’C’ (stdffiCString).srt
• 7 -Rust sending Strings to ’C’ (stdffiCString)_en.srt
• 8 -Struct memory layout Rust Vs C
• 8 -Struct memory layout Rust Vs C.srt
• 8 -Struct memory layout Rust Vs C_en.srt
• 9 -Passing struct from Rust to C
• 9 -Passing struct from Rust to C.srt
• 9 -Passing struct from Rust to C_en.srt
• 11 – Exercise 005 Flappy Bird game implementation(Rust + C)
• 1 -Introduction to Flappy bird application
• 1 -Introduction to Flappy bird application.srt
• 1 -Introduction to Flappy bird application_en.srt
• 10 -Implementation part 2 Peripheral configuration and code generation
• 10 -Implementation part 2 Peripheral configuration and code generation.srt
• 10 -Implementation part 2 Peripheral configuration and code generation_en.srt
• 11 -Copy driver files into the project
• 11 -Copy driver files into the project.srt
• 11 -Copy driver files into the project_en.srt
• 11 -c_drivers
• 12 -Analysing the issue related to weak symbol linkage
• 12 -Analysing the issue related to weak symbol linkage.srt
• 12 -Analysing the issue related to weak symbol linkage_en.srt
• 13 -Fixing issue related to weak symbol linkage and testing project
• 13 -Fixing issue related to weak symbol linkage and testing project.srt
• 13 -Fixing issue related to weak symbol linkage and testing project_en.srt
• 14 -Game feature Start screen implementation part-1
• 14 -Game feature Start screen implementation part-1.srt
• 14 -Game feature Start screen implementation part-1_en.srt
• 15 -Game feature Start screen implementation part-2
• 15 -Game feature Start screen implementation part-2.srt
• 15 -Game feature Start screen implementation part-2_en.srt
• 16 -Game feature Start screen implementation part-3
• 16 -Game feature Start screen implementation part-3.srt
• 16 -Game feature Start screen implementation part-3_en.srt
• 17 -Game feature Start screen implementation part-4
• 17 -Game feature Start screen implementation part-4.srt
• 17 -Game feature Start screen implementation part-4_en.srt
• 18 -Game feature Start screen implementation part-5
• 18 -Game feature Start screen implementation part-5.srt
• 18 -Game feature Start screen implementation part-5_en.srt
• 19 -Game feature Start screen implementation part-6
• 19 -Game feature Start screen implementation part-6.srt
• 19 -Game feature Start screen implementation part-6_en.srt
• 2 -fastbit_Stm32_nano_v2_sch
• 2 -Implementation part 1 Generating ’C’ MCU driver files using STM32CubeIDE
• 2 -Implementation part 1 Generating ’C’ MCU driver files using STM32CubeIDE.srt
• 2 -Implementation part 1 Generating ’C’ MCU driver files using STM32CubeIDE_en.srt
• 20 -Game feature Start screen implementation part-7
• 20 -Game feature Start screen implementation part-7.srt
• 20 -Game feature Start screen implementation part-7_en.srt
• 21 -Game feature Start screen implementation part-8
• 21 -Game feature Start screen implementation part-8.srt
• 21 -Game feature Start screen implementation part-8_en.srt
• 22 -Game feature Start screen implementation part-9
• 22 -Game feature Start screen implementation part-9.srt
• 22 -Game feature Start screen implementation part-9_en.srt
• 23 -Game feature Start screen implementation part-10
• 23 -Game feature Start screen implementation part-10.srt
• 23 -Game feature Start screen implementation part-10_en.srt
• 24 -Game feature Start screen implementation part-11
• 24 -Game feature Start screen implementation part-11.srt
• 24 -Game feature Start screen implementation part-11_en.srt
• 25 -Game feature Start screen implementation part-12
• 25 -Game feature Start screen implementation part-12.srt
• 25 -Game feature Start screen implementation part-12_en.srt
• 26 -Game feature Start screen implementation part-13
• 26 -Game feature Start screen implementation part-13.srt
• 26 -Game feature Start screen implementation part-13_en.srt
• 27 -Game feature Obstacle movement implementation part-1
• 27 -Game feature Obstacle movement implementation part-1.srt
• 27 -Game feature Obstacle movement implementation part-1_en.srt
• 28 -Game feature Obstacle movement implementation part-2
• 28 -Game feature Obstacle movement implementation part-2.srt
• 28 -Game feature Obstacle movement implementation part-2_en.srt
• 29 -Game feature Obstacle movement implementation part-3
• 29 -Game feature Obstacle movement implementation part-3.srt
• 29 -Game feature Obstacle movement implementation part-3_en.srt
• 3 -Compiling ’C’ source files from Rust project How it works
• 3 -Compiling ’C’ source files from Rust project How it works.srt
• 3 -Compiling ’C’ source files from Rust project How it works_en.srt
• 30 -Game feature Obstacle movement implementation part-4
• 30 -Game feature Obstacle movement implementation part-4.srt
• 30 -Game feature Obstacle movement implementation part-4_en.srt
• 31 -Game feature Obstacle movement implementation part-5
• 31 -Game feature Obstacle movement implementation part-5.srt
• 31 -Game feature Obstacle movement implementation part-5_en.srt
• 32 -Game feature Obstacle movement implementation part-6
• 32 -Game feature Obstacle movement implementation part-6.srt
• 32 -Game feature Obstacle movement implementation part-6_en.srt
• 33 -Game feature Player movement implementation part-1
• 33 -Game feature Player movement implementation part-1.srt
• 33 -Game feature Player movement implementation part-1_en.srt
• 34 -Game feature Player movement implementation part-2
• 34 -Game feature Player movement implementation part-2.srt
• 34 -Game feature Player movement implementation part-2_en.srt
• 35 -Game feature Collision detection implementation part-1
• 35 -Game feature Collision detection implementation part-1.srt
• 35 -Game feature Collision detection implementation part-1_en.srt
• 36 -Game feature Collision detection implementation part-2
• 36 -Game feature Collision detection implementation part-2.srt
• 36 -Game feature Collision detection implementation part-2_en.srt
• 37 -Game feature Collision detection implementation part-3
• 37 -Game feature Collision detection implementation part-3.srt
• 37 -Game feature Collision detection implementation part-3_en.srt
• 4 -Writing build.rs part 1
• 4 -Writing build.rs part 1.srt
• 4 -Writing build.rs part 1_en.srt
• 5 -Writing build.rs part 2
• 5 -Writing build.rs part 2.srt
• 5 -Writing build.rs part 2_en.srt
• 6 -Writing build.rs part 3
• 6 -Writing build.rs part 3.srt
• 6 -Writing build.rs part 3_en.srt
• 7 -Writing build.rs part 4
• 7 -Writing build.rs part 4.srt
• 7 -Writing build.rs part 4_en.srt
• 8 -Writing build.rs part 5
• 8 -Writing build.rs part 5.srt
• 8 -Writing build.rs part 5_en.srt
• 9 -Testing project for systick interrupt generation
• 9 -Testing project for systick interrupt generation.srt
• 9 -Testing project for systick interrupt generation_en.srt
• 12 – Creating hardware agnostic device driver using embedded-hal
• 1 -About hardware agnostic driver development
• 1 -About hardware agnostic driver development.srt
• 1 -About hardware agnostic driver development_en.srt
• 2 -MPU6050 driver crate implementation part-1
• 2 -MPU6050 driver crate implementation part-1.srt
• 2 -MPU6050 driver crate implementation part-1_en.srt
• 3 -MPU6050 driver crate implementation part-2
• 3 -MPU6050 driver crate implementation part-2.srt
• 3 -MPU6050 driver crate implementation part-2_en.srt
• 4 -MPU6050 driver crate implementation part-3
• 4 -MPU6050 driver crate implementation part-3.srt
• 4 -MPU6050 driver crate implementation part-3_en.srt
• 5 -MPU6050 driver crate implementation part-4
• 5 -MPU6050 driver crate implementation part-4.srt
• 5 -MPU6050 driver crate implementation part-4_en.srt
• 2 – Rust Toolchain Installation
• 1 -Toolchain installation for Host
• 1 -Toolchain installation for Host.srt
• 1 -Toolchain installation for Host_en.srt
• 2 -Toolchain components and target triple of Tier 1 targets
• 2 -Toolchain components and target triple of Tier 1 targets.srt
• 2 -Toolchain components and target triple of Tier 1 targets_en.srt
• 3 -Creating a Rust project using Cargo and Important VS code extensions
• 3 -Creating a Rust project using Cargo and Important VS code extensions.srt
• 3 -Creating a Rust project using Cargo and Important VS code extensions_en.srt
• 4 -Important tools rustfmt, cargo fix , Clippy
• 4 -Important tools rustfmt, cargo fix , Clippy.srt
• 4 -Important tools rustfmt, cargo fix , Clippy_en.srt
• 3 – Rust Fundamentals Quick intro to core concepts
• 1 -How Rust ensures memory safety compared to CC++ part 1
• 1 -How Rust ensures memory safety compared to CC++ part 1.srt
• 1 -How Rust ensures memory safety compared to CC++ part 1_en.srt
• 10 -Borrow(&T and &mut T)
• 10 -Borrow(&T and &mut T).srt
• 10 -Borrow(&T and &mut T)_en.srt
• 11 -slice data type
• 11 -slice data type.srt
• 11 -slice data type_en.srt
• 12 -if..else as a statement and expression
• 12 -if..else as a statement and expression.srt
• 12 -if..else as a statement and expression_en.srt
• 13 -match statement
• 13 -match statement.srt
• 13 -match statement_en.srt
• 14 -if..let statement
• 14 -if..let statement.srt
• 14 -if..let statement_en.srt
• 15 -How Rust ensures memory safety compared to CC++ part 3
• 15 -How Rust ensures memory safety compared to CC++ part 3.srt
• 15 -How Rust ensures memory safety compared to CC++ part 3_en.srt
• 16 -Comparison and logical operators
• 16 -Comparison and logical operators.srt
• 16 -Comparison and logical operators_en.srt
• 17 -Bitwise operators
• 17 -Bitwise operators.srt
• 17 -Bitwise operators_en.srt
• 18 -Strings
• 18 -Strings.srt
• 18 -Strings_en.srt
• 19 -UTF8 encoded string
• 19 -UTF8 encoded string.srt
• 19 -UTF8 encoded string_en.srt
• 2 -Variables and numerical data types
• 2 -Variables and numerical data types.srt
• 2 -Variables and numerical data types_en.srt
• 20 -String literal type(&str)
• 20 -String literal type(&str).srt
• 20 -String literal type(&str)_en.srt
• 21 -Function declaration and parameters
• 21 -Function declaration and parameters.srt
• 21 -Function declaration and parameters_en.srt
• 22 -OptionT
• 22 -OptionT.srt
• 22 -OptionT_en.srt
• 23 -ResultT, E
• 23 -ResultT, E.srt
• 23 -ResultT, E_en.srt
• 24 -Generics
• 24 -Generics.srt
• 24 -Generics_en.srt
• 3 -Byte literal
• 3 -Byte literal.srt
• 3 -Byte literal_en.srt
• 4 -Char and unicode representation
• 4 -Char and unicode representation.srt
• 4 -Char and unicode representation_en.srt
• 5 -Statics
• 5 -Statics.srt
• 5 -Statics_en.srt
• 6 -Constants
• 6 -Constants.srt
• 6 -Constants_en.srt
• 7 -How Rust ensures memory safety compared to CC++ part 2
• 7 -How Rust ensures memory safety compared to CC++ part 2.srt
• 7 -How Rust ensures memory safety compared to CC++ part 2_en.srt
• 8 -Arrays
• 8 -Arrays.srt
• 8 -Arrays_en.srt
• 9 -References
• 9 -References.srt
• 9 -References_en.srt
• 4 – Cross compilation
• 1 -About the hardware
• 1 -About the hardware.srt
• 1 -About the hardware_en.srt
• 2 -Intro to cross compilation for target architecture
• 2 -Intro to cross compilation for target architecture.srt
• 2 -Intro to cross compilation for target architecture_en.srt
• 3 -Generating ELF file for the very basic rust program part 1
• 3 -Generating ELF file for the very basic rust program part 1.srt
• 3 -Generating ELF file for the very basic rust program part 1_en.srt
• 4 -Generating ELF file for the very basic rust program part 2
• 4 -Generating ELF file for the very basic rust program part 2.srt
• 4 -Generating ELF file for the very basic rust program part 2_en.srt
• 5 -About Type ’never’(!)
• 5 -About Type ’never’(!).srt
• 5 -About Type ’never’(!)_en.srt
• 6 -Inspecting ELF file using cargo-binutils
• 6 -Inspecting ELF file using cargo-binutils.srt
• 6 -Inspecting ELF file using cargo-binutils_en.srt
• 5 – Writing start-up code and linker script for bare metal Rust program
• 1 -Writing start-up code part-1
• 1 -Writing start-up code part-1.srt
• 1 -Writing start-up code part-1_en.srt
• 10 -Writing start-up code part-5 [Reset_Handler]
• 10 -Writing start-up code part-5 [Reset_Handler].srt
• 10 -Writing start-up code part-5 [Reset_Handler]_en.srt
• 11 -Raw pointers in Rust
• 11 -Raw pointers in Rust.srt
• 11 -Raw pointers in Rust_en.srt
• 12 -Writing start-up code part-6 [Reset_Handler]
• 12 -Writing start-up code part-6 [Reset_Handler].srt
• 12 -Writing start-up code part-6 [Reset_Handler]_en.srt
• 2 -About Linker, Linker flags and Linker script
• 2 -About Linker, Linker flags and Linker script.srt
• 2 -About Linker, Linker flags and Linker script_en.srt
• 3 -Writing linker script from scratch part 1 [MEMORY]
• 3 -Writing linker script from scratch part 1 [MEMORY].srt
• 3 -Writing linker script from scratch part 1 [MEMORY]_en.srt
• 4 -Different types of data in a program
• 4 -Different types of data in a program.srt
• 4 -Different types of data in a program_en.srt
• 5 -Writing linker script from scratch part 2 [SECTIONS]
• 5 -Writing linker script from scratch part 2 [SECTIONS].srt
• 5 -Writing linker script from scratch part 2 [SECTIONS]_en.srt
• 6 -Writing linker script from scratch part 3
• 6 -Writing linker script from scratch part 3.srt
• 6 -Writing linker script from scratch part 3_en.srt
• 7 -Writing start-up code part-2 [Vector table]
• 7 -Writing start-up code part-2 [Vector table].srt
• 7 -Writing start-up code part-2 [Vector table]_en.srt
• 8 -Writing start-up code part-3 [extern C]
• 8 -Writing start-up code part-3 [extern C].srt
• 8 -Writing start-up code part-3 [extern C]_en.srt
• 9 -Writing start-up code part-4 [Default_Handlers]
• 9 -Writing start-up code part-4 [Default_Handlers].srt
• 9 -Writing start-up code part-4 [Default_Handlers]_en.srt
• 6 – Flash and Debug
• 1 -Flashing code to target hardware-1 [Install STM32CubeCLT]
• 1 -Flashing code to target hardware-1 [Install STM32CubeCLT].srt
• 1 -Flashing code to target hardware-1 [Install STM32CubeCLT]_en.srt
• 2 -Flashing code to target hardware-2 [VsCode and cortex-debug setup]
• 2 -Flashing code to target hardware-2 [VsCode and cortex-debug setup].srt
• 2 -Flashing code to target hardware-2 [VsCode and cortex-debug setup]_en.srt
• 3 -Flashing code using probe.rs tools
• 3 -Flashing code using probe.rs tools.srt
• 3 -Flashing code using probe.rs tools_en.srt
• 7 – Exercise 2 Write a bare metal Rust application to handle LEDs using Interrupts
• 1 -Introduction
• 1 -Introduction.srt
• 1 -Introduction_en.srt
• 10 -Commenting and generating documentation part 2 [! Inner documentation]
• 10 -Commenting and generating documentation part 2 [! Inner documentation].srt
• 10 -Commenting and generating documentation part 2 [! Inner documentation]_en.srt
• 11 -Commenting and generating documentation part 1 [ Outer documentation]
• 11 -Commenting and generating documentation part 1 [ Outer documentation].srt
• 11 -Commenting and generating documentation part 1 [ Outer documentation]_en.srt
• 12 -Exercise Implementation Part 8; Writing button module
• 12 -Exercise Implementation Part 8; Writing button module.srt
• 12 -Exercise Implementation Part 8; Writing button module_en.srt
• 13 -Exercise Implementation Part 9; Coding for button interrupt
• 13 -Exercise Implementation Part 9; Coding for button interrupt.srt
• 13 -Exercise Implementation Part 9; Coding for button interrupt_en.srt
• 14 -Exercise Implementation Part 10
• 14 -Exercise Implementation Part 10.srt
• 14 -Exercise Implementation Part 10_en.srt
• 15 -Exercise Implementation Part 11
• 15 -Exercise Implementation Part 11.srt
• 15 -Exercise Implementation Part 11_en.srt
• 16 -Exercise Implementation Part 12
• 16 -Exercise Implementation Part 12.srt
• 16 -Exercise Implementation Part 12_en.srt
• 17 -Exercise Implementation Part 13
• 17 -Exercise Implementation Part 13.srt
• 17 -Exercise Implementation Part 13_en.srt
• 18 -Exercise Implementation Part 14 Testing button interrupt
• 18 -Exercise Implementation Part 14 Testing button interrupt.srt
• 18 -Exercise Implementation Part 14 Testing button interrupt_en.srt
• 2 -Exercise Implementation Part 1
• 2 -Exercise Implementation Part 1.srt
• 2 -Exercise Implementation Part 1_en.srt
• 3 -Exercise Implementation Part 2
• 3 -Exercise Implementation Part 2.srt
• 3 -Exercise Implementation Part 2_en.srt
• 4 -Exercise Implementation Part 3
• 4 -Exercise Implementation Part 3.srt
• 4 -Exercise Implementation Part 3_en.srt
• 5 -Exercise Implementation Part 4
• 5 -Exercise Implementation Part 4.srt
• 5 -Exercise Implementation Part 4_en.srt
• 6 -Exercise Implementation Part 5
• 6 -Exercise Implementation Part 5.srt
• 6 -Exercise Implementation Part 5_en.srt
• 7 -Exercise Implementation Part 6
• 7 -Exercise Implementation Part 6.srt
• 7 -Exercise Implementation Part 6_en.srt
• 8 -Exercise Implementation Part 7 and Testing LED module
• 8 -Exercise Implementation Part 7 and Testing LED module.srt
• 8 -Exercise Implementation Part 7 and Testing LED module_en.srt
• 9 -Unsafe block vs Unsafe fn
• 9 -Unsafe block vs Unsafe fn.srt
• 9 -Unsafe block vs Unsafe fn_en.srt
• 8 – Exercise 3 Using external crate cortex-m-rt and cortex-m
• 1 -What is a crate
• 1 -What is a crate.srt
• 1 -What is a crate_en.srt
• 2 -Important crates for embedded systems
• 2 -Important crates for embedded systems.srt
• 2 -Important crates for embedded systems_en.srt
• 3 -Exercise introduction
• 3 -Exercise introduction.srt
• 3 -Exercise introduction_en.srt
• 4 -Cortex-m-rt crate explanation
• 4 -Cortex-m-rt crate explanation.srt
• 4 -Cortex-m-rt crate explanation_en.srt
• 5 -Crate version number syntax
• 5 -Crate version number syntax.srt
• 5 -Crate version number syntax_en.srt
• 6 -Panic handling crates
• 6 -Panic handling crates.srt
• 6 -Panic handling crates_en.srt
• 7 -Systick time base generation using cortex-m crate
• 7 -Systick time base generation using cortex-m crate.srt
• 7 -Systick time base generation using cortex-m crate_en.srt
• 8 -Testing Systick time base generation
• 8 -Testing Systick time base generation.srt
• 8 -Testing Systick time base generation_en.srt
• 9 – Exercise 004 ITM prints
• 1 -Exercise 004 introduction
• 1 -Exercise 004 introduction.srt
• 1 -Exercise 004 introduction_en.srt
• 2 -Instrumentation Trace Macrocell(ITM)
• 2 -Instrumentation Trace Macrocell(ITM).srt
• 2 -Instrumentation Trace Macrocell(ITM)_en.srt
• 3 -Exercise implementation
• 3 -Exercise implementation.srt
• 3 -Exercise implementation_en.srt
• 4 -Refactoring and Testing
• 4 -Refactoring and Testing.srt
• 4 -Refactoring and Testing_en.srt
• 5 -Critical section
• 5 -Critical section.srt
• 5 -Critical section_en.srt
• 6 -Mutex and Refcell
• 6 -Mutex and Refcell.srt
• 6 -Mutex and Refcell_en.srt