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platformio.custom.ini
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;
; global custom
;
[custom]
build_flags =
${KNX_TP.build_flags}
-D SERIAL_DEBUG=Serial
-I lib/OGM-HardwareConfig/include/
-fexceptions
[develop]
extends = RP2040_develop, custom
build_flags =
${RP2040_develop.build_flags}
${custom.build_flags}
;-D OPENKNX_HEARTBEAT
-D OPENKNX_HEARTBEAT_PRIO
; -D OPENKNX_RTT
; -D BUFFER_SIZE_UP=10240
; -D DEBUG_LOOP_TIME=10 ; will print a info when a loop took more than x ms.
; -D LOGIC_TRACE
; ; to see trace logs, they must match one of the 5 filters (TRACE_LOG1 .. TRACE_LOG2)
; "-D OPENKNX_TRACE1=Common.*"
; "-D OPENKNX_TRACE3=DummyChannel<1>"
; "-D OPENKNX_TRACE4=DummyChannel<[3-5]>"
;-D KNX_LOG_COUPLER
;-D KNX_LOG_IP
;-D KNX_LOG_TUNNELING
-D KNX_IP_W5500
-D OPENKNX_TIME_TESTCOMMAND
-D OPENKNX_RUNTIME_STAT
-D OPENKNX_RUNTIME_STAT_BUCKETN=10
"-D OPENKNX_RUNTIME_STAT_BUCKETS=5000, 6000, 7000, 8000, 10000, 15000, 30000, 50000, 100000"
; this config block is for specifing options that are valid for all release builds
[releases]
extends = RP2040_releases, custom
build_flags =
${RP2040_releases.build_flags}
${custom.build_flags}
-D BETAXML
-D KNX_IP_W5500
; ------ PiPico ------
[env:develop_PIPICO]
extends = develop, RP2040_2MB, RP2040_EXCHANGE_2MB
build_flags =
${develop.build_flags}
${RP2040_EXCHANGE_2MB.build_flags}
-D BOARD_PIPICO
-D KNX_IP_LAN
[env:develop_PIPICO_USB]
extends = RP2040_UPLOAD_USB, env:develop_PIPICO
[env:develop_PIPICO_JLINK]
extends = UPLOAD_JLINK, env:develop_PIPICO
; ------ REG1-Eth ------
[env:develop_REG1_ETH]
extends = develop, RP2040_16MB, RP2040_EXCHANGE_16MB
build_flags =
${develop.build_flags}
${RP2040_EXCHANGE_16MB.build_flags}
-D BOARD_REG1_ETH
[env:develop_REG1_ETH_USB]
extends = RP2040_UPLOAD_USB, env:develop_REG1_ETH
[env:develop_REG1_ETH_JLINK]
extends = UPLOAD_JLINK, env:develop_REG1_ETH
; ------ REG1-Eth V1------
[env:develop_REG1_ETH_V1]
extends = develop, RP2040_16MB, RP2040_EXCHANGE_16MB
build_flags =
${develop.build_flags}
${RP2040_EXCHANGE_16MB.build_flags}
-D BOARD_REG1_ETH_V1
# -D KNX_IP_GENERIC
-D KNX_IP_LAN
[env:develop_REG1_ETH_V1_USB]
extends = RP2040_UPLOAD_USB, env:develop_REG1_ETH_V1
[env:develop_REG1_ETH_V1_JLINK]
extends = UPLOAD_JLINK, env:develop_REG1_ETH_V1
[env:beta_REG1_ETH_V1_USB]
extends = RP2040_UPLOAD_USB, env:develop_REG1_ETH_V1
build_flags =
${env:develop_REG1_ETH_V1.build_flags}
-D BETAXML
; ------ W5500-EVB-Pico ------
[env:develop_W5500_EVB_PICO]
extends = develop, RP2040_2MB, RP2040_EXCHANGE_2MB
build_flags =
${develop.build_flags}
${RP2040_EXCHANGE_2MB.build_flags}
-D BOARD_W5500_EVB_PICO
-D KNX_IP_W5500
[env:develop_W5500_EVB_PICO_USB]
extends = RP2040_UPLOAD_USB, env:develop_W5500_EVB_PICO
[env:develop_W5500_EVB_PICO_JLINK]
extends = UPLOAD_JLINK, env:develop_W5500_EVB_PICO
; ------ PiPicoW ------
[env:develop_PIPICOW]
extends = develop, RP2040_2MB, RP2040_EXCHANGE_2MB
board = rpipicow
build_flags =
${develop.build_flags}
${RP2040_EXCHANGE_2MB.build_flags}
-D BOARD_PIPICOW
-D KNX_IP_WIFI
[env:develop_PIPICOW_USB]
extends = RP2040_UPLOAD_USB, env:develop_PIPICOW
[env:develop_PIPICOW_JLINK]
extends = UPLOAD_JLINK, env:develop_PIPICOW
; ; Releases
[env:release_REG1_ETH]
extends = releases, RP2040_16MB, RP2040_EXCHANGE_16MB
build_flags =
${releases.build_flags}
${RP2040_EXCHANGE_16MB.build_flags}
-D BOARD_REG1_ETH
[env:release_REG1_ETH_V1]
extends = releases, RP2040_16MB, RP2040_EXCHANGE_16MB
build_flags =
${releases.build_flags}
${RP2040_EXCHANGE_16MB.build_flags}
-D BOARD_REG1_ETH_V1
; ESP32
[develop_ESP]
extends = custom, ESP32_develop
build_flags =
${custom.build_flags}
${ESP32_develop.build_flags}
-D OPENKNX_HEARTBEAT
-D OPENKNX_USB_EXCHANGE_IGNORE
;-D OPENKNX_FILE_TRANSFER_IGNORE
-D OPENKNX_TIME_TESTCOMMAND
-D NET_USE_NTP
; ; -D OPENKNX_HEARTBEAT_PRIO
; -D DEBUG_LOOP_TIME=10 ; will print a info when a loop took more than x ms.
; -D LOGIC_TRACE
; ; to see trace logs, they must match one of the 5 filters (TRACE_LOG1 .. TRACE_LOG2)
"-D OPENKNX_TRACE1=IW.*"
;"-D OPENKNX_TRACE2=Logic.*"
;"-D OPENKNX_TRACE3=*.*"
; -D OPENKNX_RTT
; -D BUFFER_SIZE_UP=10240
[releases_ESP]
extends = ESP32_releases, custom
build_flags =
${ESP32_releases.build_flags}
${custom.build_flags}
-D BETAXML
-D OPENKNX_HEARTBEAT
-D OPENKNX_USB_EXCHANGE_IGNORE
;-D OPENKNX_FILE_TRANSFER_IGNORE
-D NET_USE_NTP
; ; -D OPENKNX_HEARTBEAT_PRIO
; -D DEBUG_LOOP_TIME=10 ; will print a info when a loop took more than x ms.
; -D LOGIC_TRACE
; ; to see trace logs, they must match one of the 5 filters (TRACE_LOG1 .. TRACE_LOG2)
"-D OPENKNX_TRACE1=IW.*"
;"-D OPENKNX_TRACE2=Logic.*"
;"-D OPENKNX_TRACE3=*.*"
; -D OPENKNX_RTT
; -D BUFFER_SIZE_UP=10240
[ESP32_custom]
extends = ESP32, custom
build_flags =
#-D OPENKNX_RUNTIME_STAT
${KNX_TP.build_flags}
${BASE.build_flags}
-D KNX_IP_WIFI
-D KNX_NETIF=WiFi
-D OPENKNX_DUALCORE
-D USE_ESP_ASNC_WEB_SERVER
-D OPENKNX_WATCHDOG
-std=gnu++17
# build_flags = -std=gnu++17
#-D AC_USE_LITTLEFS
#-D PB_USE_LITTLEFS
# -D USE_AUTO_CONNECT
build_unflags = -std=gnu++11
lib_ldf_mode = deep # deep+ and chain+ prevent finding WiFi.h for ESP32 builds
lib_deps =
# ESP Async WebServer
; ------ REG1 ESP ------
[env:develop_REG1_ESP_DEV_TP_NET]
extends = ESP32_custom, ESP32_libs, develop_ESP, ESP32_UPLOAD_USB, ESP32_8MB
;platform = espressif32 @ ^6.7.0 ; IDF 4.4
build_flags =
${KNX_TP.build_flags}
${ESP32_custom.build_flags}
${develop_ESP.build_flags}
-I lib/OGM-HardwareConfig/include/
-D DEVICE_DEV_REG1_LAN_TP_Base_V00_11
-D CONFIG_ETH_ENABLED
-D KNX_IP_LAN
-D SERIAL_DEBUG=Serial
-UKNX_IP_WIFI
-UKNX_NETIF
[env:develop_REG1_ESP_DEV_TP_NET_JTAG]
extends = ESP32_custom, ESP32_libs, develop_ESP, ESP32_UPLOAD_USB, ESP32_8MB, UPLOAD_ESP_PROG
;platform = espressif32 @ ^6.7.0 ; IDF 4.4
build_flags =
${KNX_TP.build_flags}
${ESP32_custom.build_flags}
${develop_ESP.build_flags}
-I lib/OGM-HardwareConfig/include/
-D DEVICE_DEV_REG1_LAN_TP_Base_V00_11
-D CONFIG_ETH_ENABLED
-D KNX_IP_LAN
-D SERIAL_DEBUG=Serial
-UKNX_IP_WIFI
-UKNX_NETIF
; ; Debug
; debug_tool = esp-prog
; debug_init_break = tbreak setup
; ; Set optimization level and amount of debug information generated by the compiler
; debug_build_flags = -O0 -ggdb3 -g3
; upload_protocol = esp-prog
; upload_speed = 921600
; ------ Adafruit ESP32 Feather V2 ------
[board_Adafruit_Feather_ESP32_V2]
build_flags =
-D SERIAL_DEBUG=Serial
-D KNX_SERIAL=Serial1
-D KNX_UART_RX_PIN=34
-D KNX_UART_TX_PIN=25
-D PROG_LED_PIN=LED_BUILTIN
-D PROG_LED_PIN_ACTIVE_ON=HIGH
-D PROG_BUTTON_PIN=38
-D KNX_IP_WIFI
-UKNX_IP_LAN
-D KNX_NETIF=WiFi
# -UBOARD_HAS_PSRAM
board = adafruit_feather_esp32_v2
board_build.partitions = esp_partition_8MB.csv
[env:develop_Adafruit_Feather_ESP32_V2]
extends = ESP32_custom, ESP32_libs, develop_ESP, board_Adafruit_Feather_ESP32_V2
build_flags =
${ESP32_custom.build_flags}
${develop_ESP.build_flags}
${board_Adafruit_Feather_ESP32_V2.build_flags}
lib_deps =
${ESP32_custom.lib_deps}
[env:develop_Adafruit_Feather_ESP32_V2_USB]
extends = env:develop_Adafruit_Feather_ESP32_V2, ESP32_UPLOAD_USB
[env:develop_Adafruit_Feather_ESP32_V2_OTA]
extends = env:develop_Adafruit_Feather_ESP32_V2, ESP32_UPLOAD_USB
upload_protocol = espota
upload_port = OpenKNX-FeatherV2-TestBoard # # IP Address or Hostname
[env:release_Adafruit_Feather_ESP32_V2_USB]
extends = ESP32_custom, ESP32_libs, releases_ESP, board_Adafruit_Feather_ESP32_V2, ESP32_UPLOAD_USB
build_flags =
${ESP32_custom.build_flags}
${releases_ESP.build_flags}
${board_Adafruit_Feather_ESP32_V2.build_flags}
lib_deps =
${ESP32_custom.lib_deps}
[env:release_Adafruit_Feather_ESP32_V2_OTA]
extends = ESP32_custom, ESP32_libs, releases_ESP, board_Adafruit_Feather_ESP32_V2, ESP32_UPLOAD_USB
build_flags =
${ESP32_custom.build_flags}
${releases_ESP.build_flags}
${board_Adafruit_Feather_ESP32_V2.build_flags}
lib_deps =
${ESP32_custom.lib_deps}
upload_protocol = espota
upload_port = OpenKNX-FeatherV2-TestBoard # # IP Address or Hostname