mirror of https://github.com/OpenIPC/firmware.git
cronyx
GitHub
parent
b206fff3dd
commit
6e02ae3d26
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@ -34,6 +34,7 @@ source "$BR2_EXTERNAL_GOKE_PATH/package/mbedtls-openipc/Config.in"
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source "$BR2_EXTERNAL_GOKE_PATH/package/microbe-web/Config.in"
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source "$BR2_EXTERNAL_GOKE_PATH/package/motors/Config.in"
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source "$BR2_EXTERNAL_GOKE_PATH/package/mt7601u-ap-openipc/Config.in"
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source "$BR2_EXTERNAL_GOKE_PATH/package/nabto/Config.in"
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source "$BR2_EXTERNAL_GOKE_PATH/package/node-exporter/Config.in"
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source "$BR2_EXTERNAL_GOKE_PATH/package/opus-openipc/Config.in"
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source "$BR2_EXTERNAL_GOKE_PATH/package/quirc-openipc/Config.in"
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@ -111,6 +111,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -111,6 +111,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -0,0 +1 @@
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../../general/package/nabto
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@ -45,6 +45,7 @@ source "$BR2_EXTERNAL_HISILICON_PATH/package/microbe-web/Config.in"
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source "$BR2_EXTERNAL_HISILICON_PATH/package/mini/Config.in"
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source "$BR2_EXTERNAL_HISILICON_PATH/package/motors/Config.in"
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source "$BR2_EXTERNAL_HISILICON_PATH/package/mt7601u-ap-openipc/Config.in"
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source "$BR2_EXTERNAL_HISILICON_PATH/package/nabto/Config.in"
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source "$BR2_EXTERNAL_HISILICON_PATH/package/node-exporter/Config.in"
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source "$BR2_EXTERNAL_HISILICON_PATH/package/opus-openipc/Config.in"
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source "$BR2_EXTERNAL_HISILICON_PATH/package/quirc-openipc/Config.in"
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@ -115,6 +115,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -116,6 +116,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -114,6 +114,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -115,6 +115,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -116,6 +116,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -118,6 +118,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -116,6 +116,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -119,6 +119,9 @@ BR2_PACKAGE_MOSQUITTO=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -0,0 +1 @@
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../../general/package/nabto
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@ -28,6 +28,7 @@ source "$BR2_EXTERNAL_INGENIC_PATH/package/mbedtls-openipc/Config.in"
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source "$BR2_EXTERNAL_INGENIC_PATH/package/microbe-web/Config.in"
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source "$BR2_EXTERNAL_INGENIC_PATH/package/microsnander/Config.in"
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source "$BR2_EXTERNAL_INGENIC_PATH/package/motors/Config.in"
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source "$BR2_EXTERNAL_INGENIC_PATH/package/nabto/Config.in"
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source "$BR2_EXTERNAL_INGENIC_PATH/package/node-exporter/Config.in"
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source "$BR2_EXTERNAL_INGENIC_PATH/package/opus-openipc/Config.in"
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source "$BR2_EXTERNAL_INGENIC_PATH/package/quirc-openipc/Config.in"
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@ -106,6 +106,9 @@ BR2_PACKAGE_WIREGUARD_TOOLS=y
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# ZEROTIER
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BR2_PACKAGE_ZEROTIER_ONE=y
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# NABTO
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BR2_PACKAGE_NABTO is not set
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# DEBUG
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BR2_PACKAGE_HOST_GDB=y
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BR2_PACKAGE_GDB=y
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@ -0,0 +1 @@
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../../general/package/nabto
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@ -0,0 +1,8 @@
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config BR2_PACKAGE_NABTO
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bool "nabto embedded sdk"
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help
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The Nabto Edge platform makes it possible to communicate directly between two entities:
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Instead of interacting indirectly with a device through a cloud service, the platform makes
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it simple to communicate directly with the actual device to invoke services or transfer data - also through firewalls.
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https://github.com/nabto/nabto-embedded-sdk
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@ -0,0 +1,29 @@
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################################################################################
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#
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# nabto embedded sdk
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#
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################################################################################
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NABTO_VERSION = 5.12.0
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NABTO_SOURCE = nabto-embedded-sdk.zip
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NABTO_SITE = https://github.com/nabto/nabto-embedded-sdk/releases/download/v$(NABTO_VERSION)
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define NABTO_EXTRACT_CMDS
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$(UNZIP) -d $(@D) $(NABTO_DL_DIR)/$(NABTO_SOURCE)
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mv $(@D)/nabto-embedded-sdk/* $(@D)/
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rm -rf $(@D)/nabto-embedded-sdk
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endef
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NABTO_CONF_OPTS += \
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-DCMAKE_BUILD_TYPE=Release \
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-DBUILD_SHARED_LIBS=OFF \
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-DDEVICE_BUILD_TESTS=OFF \
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-DDEVICE_BUILD_EXAMPLES=OFF
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define NABTO_REMOVE_EXTRA
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rm -f $(TARGET_DIR)/usr/lib/libnabto_device.so
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endef
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NABTO_POST_INSTALL_TARGET_HOOKS += NABTO_REMOVE_EXTRA
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$(eval $(cmake-package))
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@ -0,0 +1,112 @@
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[Nabto Edge Embedded SDK](https://github.com/nabto/nabto-embedded-sdk)
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Пакет включает сборку tcp_tunnel_device из sdk. В примере показано как можно получить доступ к rtsp потоку из любой точки мира посредством платформы [Nabto](https://www.nabto.com/).
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###### Регистрация
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Для настройки камеры понадобится регистрация в облаке [Nabto Cloud Console](https://console.cloud.nabto.com) и получение `Product-ID` (pr-xxxxxxxx) и `Deviсe-ID` (de-xxxxxxxx) для каждого подключаемого устройства, `fingerprint` для завершения будет получен только после настройки камеры.
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###### Настройка камеры
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Запустить в консоли `tcp_tunnel_device` с ключом `--demo-init` и ввести данные (pr-xxxxxxxx & de-xxxxxxxx) полученные при регистрации в облаке [Nabto Cloud Console](https://console.cloud.nabto.com) и создании устройства.
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Далее выбрать проксируемый сервис, в данном случае `rtsp` и указать endpoint `/stream=0`:
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```
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Next step is to add TCP tunnel services.
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What type of service do you want to add?
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[0]: continue
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[1]: ssh
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[2]: http
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[3]: rtsp
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Enter a valid number (default: 1) [0-3]: 3
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Enter the port of your RTSP server (default: 8554) [0-65535]: 554
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Enter your RTSP endpoint (default: /video): /stream=0
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Added rtsp service on localhost port 554 with metadata rtsp-path => /stream=0
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```
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По окончании будет выдан `fingerprint`, который необходимо сохранить в настройках устройства в облаке.
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###### Запуск
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```
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tcp_tunnel_device
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```
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убедиться что подключение прошло успешно (пример):
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```
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root@openipc-t31:# tcp_tunnel_device
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######## Nabto TCP Tunnel Device ########
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# Product ID: pr-ydk3xhyn
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# Device ID: de-orruyc4n
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# Fingerprint: 3de2ec6ded2cc975bf87ed63b2303e02b8051fb7359b19a3d950ed0158bb3813
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# Version: 0.0.0-branch.heads/master.commits.1910+a49d27fc.dirty
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# Local UDP Port: 5592
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# Friendly Name: "Tcp Tunnel"
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#
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# The device offers Local Open Pairing
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#
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# The device has Password Open Pairing enabled
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# Open Pairing Password: X9NphkArpzLU
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# Open Pairing SCT: 9jLgbUb4FWhe
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# Open Pairing String: p=pr-ydk3xhyn,d=de-orruyc4n,pwd=X9NphkArpzLU,sct=9jLgbUb4FWhe
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#
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######## Configured TCP Services ########
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# Id Type Host Port
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# rtsp rtsp 127.0.0.1 554
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########
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Attached to the basestation
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```
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###### Получение потока
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В примере будем забирать поток на linux машине, но в релизах на [github](https://github.com/nabto/nabto-client-edge-tunnel) есть версия клиента под windows.
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Клонируем и собираем клиента (качаем из релизов).
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Есть 2 способа "спаривания" - `Local Open` и `Password Open`. Первый режим позволяет легко найти и привязать устройство, если оно находится в одной локальной сети, второй вариант если устройство удаленное.
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В качестве универсального примера используем вариант с удаленным устройством.
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Запускаем `edge_tunnel_client` с ключом `--pair-string` и строкой с необходимыми учетными данными устройства `p=pr-ydk3xhyn,d=de-orruyc4n,pwd=X9NphkArpzLU,sct=9jLgbUb4FWhe`.
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Строка в готовом виде присутствует в выводе подключенной к облаку камеры, потому просто копируем ее из предыдущего шага настройки камеры и выбираем `(0) Open Password`, при запросе username укажем `admin`:
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```
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$./edge_tunnel_client --pair-string p=pr-ydk3xhyn,d=de-orruyc4n,pwd=X9NphkArpzLU,sct=9jLgbUb4FWhe
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Connected to device ProductId: pr-ydk3xhyn DeviceId: de-orruyc4n
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Several pairing modes exists choose one of the following.
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[0]: Password Open
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[1]: Local Open
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Choose a pairing mode: 0
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Open Password Pairing requires a username. The username is a name you choose for the new user, the username has to be unique among the registered users on the device.
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New Username: admin
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The device [0] pr-ydk3xhyn.de-orruyc4n has been set into the bookmarks as index 0
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```
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Настройка завершена. Запускаем клиент и проверяем список предоставляемых камерой сервисов:
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```
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$ ./edge_tunnel_client --services
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Connected to the device [0] pr-ydk3xhyn.de-orruyc4n
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Available services ...
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Service: rtsp Type: rtsp Host: 127.0.0.1 Port: 554
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```
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В данном примере камера предоставляет доступ только к rtsp потоку. Подключаемся:
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```
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./edge_tunnel_client --service rtsp
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Connected to the device [0] pr-ydk3xhyn.de-orruyc4n
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TCP Tunnel opened for the service rtsp listening on the local port 44391
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```
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На `127.0.0.1:44391` будет доступен rtsp поток, используем ffplay обязательно выбрав транспорт tcp:
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```
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ffplay -rtsp_transport tcp rtsp://127.0.0.1:44391/stream=0
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```
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Более подробно о возможностях платформы и настройках в официальной [документации](https://docs.nabto.com/developer/guides.html)
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Loading…
Reference in New Issue