Renode 이전 버전 및 전체 버전

- initial support for ARMv8-A, verified with a range of software, from Coreboot and U-Boot to Linux
- initial support for ARMv8-R, verified with U-Boot and Zephyr
- generic Cortex-A53 platform, in flavors with GICv3 and GICv2
- generic Cortex-A78 platform
- generic Cortex-R52 platform
- HiFive Unmatched platform support, with UART, PWM, I2C, GPIO, Ethernet, QSPI and other peripherals
- Nucleo WBA52CG with STM32WBA52
- updated OpenTitan and EarlGrey platform to a newer version
- various updates in STM32 platform files
- translation support for Espressif ESP32 chips
- ARM GIC, compatible with various specification versions
- ARM generic timer
- CMSDK APB UART
- Cypress S25H Flash
- EFR32xG2 I2C
- EFR32xG2 RTCC
- EFR32xG2 UART
- Marvell Armada Timer
- MXC UART
- OMAP Timer
- OpenTitan Entropy Distribution Network
- Quectel BC66
- Quectel BG96
- SI7210 Temperature
- SPI multiplexer
- STM32F4 CRC
- STM32F4 Flash
- STM32H7 Flash
- STM32WBA Flash
- STM32H7 Hardware Semaphore
- STM32H7 SPI
- STM32WBA SPI
- STM32WBA ADC
- Synopsys DWC Ethernet QoS model, along with Linux-based tests
- TMP108 Temperature sensor
- Cortex-A53 and Cortex-A78 running Coreboot, ATF and Linux
- Zephyr running echo_client demo on STM32F7-disco with Quectel BG96
- basic Cortex-A53 Zephyr hello-world test and sample
- additional Zephyr tests for Cortex-A53: synchronization, philosophers, kernel FPU sharing
- seL4 Adder Sample test for Cortex-A53
- range of Zephyr tests for Cortex-R52, along with custom-made, synthetic tests
- precise pausing tests for LED and terminal tester
- renode-test allows to run tests with a specified tag via the --include switch
- DPI interface for external HDL simulators, supporting AXI4 interface
- portable package creation on dotnet
- option to have Robot test pause execution deterministically after a match in various testers: UART, LED, log
- duty cycle detection in LED tester
- option to load files (e.g. raw binaries, hex files) to different localizations, like memories
- support for relative paths in REPL file using directive
- MPU support for Cortex-M
- FAULTMASK register in Cortex-M
- support for Trace Based Model performance simulator by Google
- read and write hooks for peripherals
- DPI interface support for co-simulating with RTL, with initial support for AXI4 bus
- build.sh --profile-build switch to enable easier profiling of translation libraries
- mechanism for progressing virtual time without executing instructions
- support for subregions in Cortex-M MPU
- support for FPU exceptions for Cortex-M
- quad word (64-bit) peripherals API
- CSV2RESD tool, for easy generation of RESD files
- automatic selection of port used to communicate between Renode and Robot
- option to pause emulation of Robot keywords
- support for NMI interrupts in RISC-V
- option to save Renode logs for all tests
- Execute Python keyword in Robot tests
- GDB interacts with Renode much faster
- Renode now uses Robot Framework 6.0.2 for testing (with an option to use other versions at your own risk)
- RESD format now accepts negative sampleOffsetTime
- HEX files loader now supports extended segment address and start segment address sections
- GDB autostart parameter now starts the simulation as soon as the debugger is connected
- VerilatorIntegrationLibrary is now part of Renode packages
- improved performance of the virtual time handling loop
- improved parsing of RESD files
- improved memory allocation mechanism to allocate memory regions larger than 2GiB
- support for mapping memories on very high offsets
- improved GDB connection robustness
- exposed Monitor as a variable in Python hooks
- improved the GDB compare helper script
- improved handling of input files in TFTP server module
- cursor blinking in terminal on Windows
- crash when NetworkServer tried to log an invalid packet
- race condition when trying to pause during the machine startup
- platform serialization when CPU profiler is enabled
- limit buffer behavior in verilated peripherals when 

- basic Adafruit ItsyBitsy M4 Express platform with UART and memories
- various STM32 platforms with improved EXTI connections, IWDG configuration, and new CRC, Flash, PWR, RCC, and LPTimer models added to selected platforms
- MAX32650 with a new I2C model
- Zynq 7000 with new I2C, SPI, UART and TTC models
- Apollo 4 with a new Timer model and a program_main2 bootrom function mock
- OpenTitan Earlgrey with new OTBN accelerator, AON Timer, System Reset controller, Entropy source, and SRAM controller models
- nRF52840 with a new EGU model
- EFR32MG1x with a new LDMA model and improved USART interrupt connections
- Apollo4 IOMaster I2C mode
- Apollo4 Timer
- AS6221 skin temperature sensor
- Cadence I2C controller
- Cadence SPI controller
- Cadence TTC
- Cadence UART
- Cadence xSPI controller
- EFR32MG12 LDMA controller
- LIS2DW12 accelerometer sensor
- LC709205F Fuel Gauge
- Macronix MX25R flash
- MAX30208 temperature sensor
- MAX32650 I2C controller
- MAX77818 Fuel Gauge
- MAX86171 Optical AFE
- NRF52840 EGU
- OpenTitan AON Timer
- OpenTitan Big Number Accelerator (OTBN) full model
- OpenTitan ClockManager stub
- OpenTitan Entropy Source controller
- OpenTitan SRAM controller
- OpenTitan SystemReset controller
- Quectel BC660K radio
- RV8803 RTC
- STM32F0 CRC
- STM32H7 RCC
- STM32L0 Flash controller
- STM32L0 Low Power Timer
- STM32L0 PWR
- TMP103 temperature sensor
- RTC mode unit test
- Adafruit ItsyBitsy M4 Express Zephyr shell_module test
- STM32L072 tests for: DMA, PVD interrupt, SPI flash, IWDG, LPUART, EEPROM, and CRC
- STM32F4 tests for RTC and running an STM32CubeMX app
- Zynq tests for I2C, TTC, SPI flash, xSPI, and UART based on Linux
- support for RESD - Renode Sensor Data format, allowing users to provide multiple sensors with time-coordinated data specific for a given sensor; currently supported in MAX86171, MAX30208, AS6221, and LSM6DSO
- reorganized CPU classes and interfaces, allowing for easier integration of external CPU simulators
- IOMMU, with example usage in WindowIOMMU, WindowMMUBusController, and SimpleDMA
- new key bindings in the Monitor: Ctrl+D for closing the window and Ctrl+U for clearing the current input
- new key bindings in all terminal windows: Shift+Up/Down arrow for line scrolling and Shift+Home/End for jumping to the beginning and the end of the buffer
- option to configure UART window location offsets via the config file
- support for 64-bit bus accesses and 64-bit peripherals
- support non-resettable peripheral registers and register fields
- option to register hooks to be called whenever a RISC-V register is accessed - this can be used to emulate non-standard implementation of these registers
- option to set CPU exceptions from the outside of the CPU
- Robot keyword to verify that GPIO has a specified state for a given period of time
- verbose mode in Robot tests
- Robot tests do not need a header with settings and keywords anymore
- changed the conditional syntax in Robot tests to use IF/ELSE for compatibility with newer Robot Framework versions
- cleaned up tests-related file organization in the repository
- simplified flags for renode-test under dotnet
- added skip_mono and skip_dotnet tags to Robot tests
- removed internal signal mappings from STM32 EXTI, making the interrupt routing more explicit in REPL files
- console mode will be started instead of telnet when the UI fails to start
- reset can now be executed on a not started machine
- expanded the Execution Tracer with TrackMemoryAccesses and TrackVectorConfiguration options, along with disassembler-generated info
- OnMemoryAccess hooks now receive the current PC as a parameter
- changed the CRCEngine API and improved implementation
- ELF symbol lookup will now skip several types of unimportant symbols
- tags can now have zero width to ease the creation of variable width registers
- added option to invert reset logic in AXI4Lite
- added handling of the WSTRB signal in AXI4Lite
- added support for various address lines connections