; # 2024-10-09
; # All comments begin with '#', and all commented out settings begin with ';'.


; # PlatformIO configuration section. This is a predefined section. These settings cannot be moved to other sections. More 
; # details can be found here: https://docs.platformio.org/en/latest/projectconf/sections/platformio/index.html
; [platformio]
; # Directory for any custom boards
; boards_dir = ./boards

; # Path to directory for source code. Can be absolute path or relative path.
; src_dir = .

; # Path to directory for header files.
; include_dir = ./src

; # Default environments to be processed by pio. Multiple environments are allowed.
; default_envs = debug

; # Main setup section. Used in all environments. More can be found here: 
; # https://docs.platformio.org/en/latest/projectconf/sections/env/index.html
; [setup]
; # Board name. Predefined boards:
; #   * agrv2k_103
; #   * agrv2k_303
; #   * agrv2k_407
; board = agrv2k_407



; # Supported frameworks:
; #   * agrv_sdk:      Basic SDK
; #   * agrv_lwip:     lwIP, A Lightweight TCP/IP stack
; #   * agrv_tinyusb:  TinyUSB, a USB Host/Device stack
; #   * agrv_embos:    embOS, a real-time OS by Segger
; #   * agrv_freertos: FreeRTOS, an open source real-time OS
; #   * agrv_rtthread: RT-Thread, an open source real-time OS
; #   * agrv_ucos:     uC/OS, an open source real-time OS
; # Multiple frameworks can be specified, like:
; #   framework = agrv_sdk, agrv_tinyusb
; framework = agrv_sdk

; inline_framework_dir = ./frameworks

; # Program name. This determines the .elf and .bin file names.
; program = agm_test_uart

; # Tool chain used, supported values:
; #  * gnu (default)
; #  * clang
; ; toolchain = clang

; # Source files to be compiled, relative to src_dir defined in the platformio section.
; #   * "+<PATH>" means to include
; #   * "-<PATH>" means to exclude
; #   * "**" means any path, including all sub directories
; build_src_filter = "-<*> +<./src/**/*.c>"

; # Extra compiler flags.
; ; build_flags =

; # Compiler flags for debug build. The default is "-g3 -ggdb3 -gdwarf-4".
; ; debug_build_flags = -Og -g

; # Compiler flags for release build. The default is "-Os".
; ; release_build_flags = -Os

; # RISC-V ISA support. Default is rv32imafc.
; ; board_build.march = rv32imac # Disable floating point

; # RISC-V ABI support. Default is ilp32f
; ; board_build.mabi = ilp32 # Disable floating point

; # By default device ID and flash size are checked before upload. Uncomment to disabled the check.
; ; check_device = 0

; # By default a valid logic configuration is checked before upload. Uncomment to disable the check.
; ; check_logic = 0

; # Entry address for MCU program. Default is the base value of flash address, 0x80000000. Can be set to a non-default 
; # value, e.g. 0x80008000, when using a custom boot loader.
; ; board_build.boot_addr = 0x80000000
; board_upload.address = 0x80020000
; board_build.boot_addr = 0x80020000

; # Boot mode. Supported values:
; #   * flash:      Default, boot from flash.
; #   * flash_sram: Boot from flash and run in SRAM. Suitable for developing custom boot loaders.
; #   * sram:       Boot from SRAM.
; ; board_build.boot_mode = flash

; # To add additional settings to the default linker script:
; ; board_build.ldscript = user.ld

; # To overwrite the default linker script defined in SDK:
; ; board_build.ldscript = user.ld-


; # Logic configuration section
; [setup_logic]
; # Logic settings and pin map. Leave empty to use the board default.
; logic_ve = test_uart.ve

; # Logic device that matches packaging, possible values:
; #   * AGRV2KL100
; #   * AGRV2KL64
; #   * AGRV2KL64H
; #   * AGRV2KL48
; #   * AGRV2KQ32
; logic_device = AGRV2KL100

; # Whether logic bin will be compressed. Size of uncompressed logic bin: 100KB. Size of compressed logic bin: < 48KB. 
; # Compressed logic takes an extra 30-50 ms during boot.
; ; logic_compress = true

; # Whether logic configuration will be embedded in mcu program. Default is false.
; ; logic_embed = true

; # User defined address for logic bin. The default address is at the last 100KB for uncompressed logic and the last 48KB 
; # for compressed logic.
; ; board_upload.logic_address = 0x80027000

; # IP name, can be either predefined or user defined.
; ip_name = multi_uart_ip

; # Logic directory. Required for user defined IP.
; logic_dir = logic

; # For portable user defined IP.
; ; logic_ip = true

; # User defined IP directory.
; ; ips_dir = ips

; # Extra design level settings for Supra. These are additional to board level settings.
; # design.asf =
; ; design.pre_asf =
; ; design.post_asf =


; # Debug and upload configuration
; [setup_upload]
; # The debug and upload protocol. Supported values:
; #   * jlink-openocd
; #   * jlink-openocd-jtag
; #   * cmsis-dap-openocd
; #   * cmsis-dap-openocd-jtag
; #   * stlink-dap-openocd-dapdirect_swd
; #   * serial (debugging through serial is supported by AGM DAPLink only, ver31 and above)
; protocol = cmsis-dap-openocd

; debug_tool = ${this.protocol}
; upload_protocol = ${this.protocol}

; # Debug and upload speed, in KHz
; ; debug_speed = 10000
; ; upload_speed = 10000

; # Reset the device before uploading. Can be used when device is not responding due to erroneous flash.
; ; upload_srst = true


; # For upload using serial port. No debug is available.
; [setup_upload_serial]
; upload_protocol = serial

; # Set the upload port. Similar to monitor_port.
; upload_port = COM*

; # Upload baud rate
; upload_speed = 115200


; # Monitor with printf through UART
; [setup_monitor]
; # Logger interface. Can be any internal UART. Note that the TX pin is decided by the .ve file in setup_logic section.
; logger_if = UART0

; # Set the port to be used. Supported values:
; #   * COM*: Windows, any COM port
; #   * COMx: Windows, a specific port like COM11
; #   * /dev/ttyACMx: Linux CDC device
; #   * /dev/ttyUSBx: Linux USB to UART device
; monitor_port = COM*

; # Monitor baud rate
; monitor_speed = 115200

; # Monitor with printf through Segger RTT
; [setup_monitor_rtt]
; logger_if = RTT
; monitor_port = socket://localhost:19021


; # Configuration for batch binary file.
; [setup_batch]
; # By default, the "Create Batch" command will create a batch binary file, including logic bin and MCU program bin. 
; # Additionally, other user binary files can be specified. An integer number can also be specified instead of a .bin file 
; # name, in which case the specified value will be directly put into the given address.
; ; batch_user_bin = user0.bin:0x80008000 user1.bin:0x8000f000 0x12345678:0x81000060

; # A user defined logic bin can be specified. This will replace the default logic bin in current project.
; ; batch_user_logic = user_logic.bin

; # This can overwrite the default batch output file name, which is {program name}_{env name}_batch.bin
; ; batch_output = user_batch_output.bin

; # Lock the flash and turn on read protection for the generated batch bin.
; ; lock_flash = true

; # Extra arguments for creating batch.
; ; batch_arg = --misc 0x0f


; # Base environment. Shared in both debug and release.
; [env]
; # Development platform. Do not change.
; platform = AgRV

; extends =
;   setup         # Common settings.
;   setup_logic   # Logic settings, include pin map, IP, etc.
;   setup_upload  # Debug and upload settings. Replace with setup_upload_serial to use serial upload.
;   setup_monitor # Monitor settings. Replace with setup_monitor_rtt to use Segger RTT.
;   setup_batch   # Batch binary settings.

; [env:debug]
; build_type = debug

; [env:release]
; build_type = release

[setup]
boards_dir = ./boards
board = agrv2k_407
board_logic.ve = test_uart.ve
#board_logic.compress = true


#ips_dir = ../ips
ip_name = multi_uart_ip
logic_dir = logic
; logic_ve = top.ve
board_logic.asf = test_uart.asf

framework = agrv_sdk
program = 2006_app_mcu_20063005

src_dir = src
include_dir = src
src_filter = "-<*> +<*.c>"

lwip_imp_dir =
tinyusb_imp_dir =
#lwip_param = freertos
#tinyusb_param =

#board_build.boot_addr = upload
#board_build.boot_mode = sram
#board_upload.address = 0x20000000
#board_upload.logic_address = 0x80020000
#board_logic.device = AGRV2KL100
#board_logic.ve = my_board.ve
board_upload.address = 0x80020000
board_build.boot_addr = 0x80020000


; board_build.boot_mode = flash_sram


build_unflags = -O2
build_flags = -Os 
              -DLOGGER_BAUD_RATE=${setup.monitor_speed} 
              -DAGRV_FP_STACK=0 
              -DDFU_FPGA_CONFIG=\"fpga_app.inc\"
              
              
build_src_flags = -Wno-cast-align

; batch_user_bin = 0202_app_mcu_02023004.bin:0x80020000 fpga_app.bin:0x80031800 0x80020100:0x02023004


logger_if = UART0
#upload_port = /dev/ttyUSB0
#monitor_port = /dev/ttyUSB0
upload_port = COM3
monitor_port = COM3
monitor_speed = 57600
debug_speed = 10000

#debug_tools = cmsis-dap-openocd
#upload_protocols = cmsis-dap-openocd
debug_tool = cmsis-dap-openocd
upload_protocol = cmsis-dap-openocd
#debug_tool = jlink-openocd
#upload_protocol = jlink-openocd

#build_flags =
#build_src_flags =

#check_tool = cppcheck, clangtidy, pvs-studio
#check_device = false
#check_logic = 2

[setup_rtt]
logger_if = RTT
monitor_port = socket://localhost:19021


[platformio]
boards_dir = ${setup.boards_dir}
src_dir = ${setup.src_dir}
include_dir = ${setup.include_dir}
default_envs = dev
; board_upload.address = 0x80020000

[env]
platform = AgRV
extends = setup

[env:dev]
build_type = debug
; board_upload.address = 0x80020000

[env:release]
build_type = release
; extra_scripts = 
;     pre:mcu_pre.py
;     post:mcu_post.py
; board_upload.address = 0x80020000
; board_upload.logic_address = 0x80060000

[env:rtt]
build_type = debug
extends = setup_rtt

[env:serial]
build_type = release
; board_upload.address = 0x80020000
upload_protocol = serial
upload_speed = 460800
custom_speed = 115200