diff --git a/kiwi/intro.md b/kiwi/intro.md index 7f2dc11..bd9b49b 100644 --- a/kiwi/intro.md +++ b/kiwi/intro.md @@ -40,10 +40,10 @@ and private MQTT servers are supported. The gateway algorithm is as follows: ``` mos config-set mqtt.enable=true mqtt.server=HOST:PORT ``` - - For AWS, follow [AWS guide's](/docs/mongoose-os/quickstart/cloud/aws.md) "Setup AWS IoT" and "Setup device" chapters - - For Google, follow [GCP guide's](/docs/mongoose-os/quickstart/cloud/google.md) "Setup Google IoT Core" and "Setup device" chapters - - For Azure, follow [Azure guide's](/docs/mongoose-os/quickstart/cloud/azure.md) "Setup Azure IoT Hub" and "Setup device" chapters - - For Watson, follow [Watson guide's](/docs/mongoose-os/quickstart/cloud/watson.md) "Quick setup" chapter + - For AWS, follow [AWS guide's](/docs/mongoose-os/cloud/aws.md) "Setup AWS IoT" and "Setup device" chapters + - For Google, follow [GCP guide's](/docs/mongoose-os/cloud/google.md) "Setup Google IoT Core" and "Setup device" chapters + - For Azure, follow [Azure guide's](/docs/mongoose-os/cloud/azure.md) "Setup Azure IoT Hub" and "Setup device" chapters + - For Watson, follow [Watson guide's](/docs/mongoose-os/cloud/watson.md) "Quick setup" chapter - For [mDash](https://dash.mongoose-os.com), follow step 8 of [mos setup](https://mongoose-os.com/docs/mongoose-os/quickstart/setup.md) When done, you should have your ESP32 device flashed, provisioned to WiFi, diff --git a/mdash/registration.md b/mdash/registration.md index c9165bc..3906a20 100644 --- a/mdash/registration.md +++ b/mdash/registration.md @@ -1,6 +1,6 @@ # Device registration -**Step 1.** Complete steps 1-7 [quickstart guide](../quickstart/setup.md) +**Step 1.** Complete steps 1-7 [quickstart guide](../mongoose-os/quickstart/setup.md) **Step 2.** Login to the https://dash.mongoose-os.com/, register a new device. Left Click on a "Token" link to copy it to the clipboard. diff --git a/mongoose-os/cloud/aws.md b/mongoose-os/cloud/aws.md index d92a162..783284d 100644 --- a/mongoose-os/cloud/aws.md +++ b/mongoose-os/cloud/aws.md @@ -21,9 +21,9 @@ It must execute without errors. ## Setup device -- Pick one of the supported devices. We suggest to choose from [recommended devboards](../devboards.md) +- Pick one of the supported devices. We suggest to choose from [recommended devboards](../quickstart/devboards.md) - Connect your device to your workstation via USB -- Complete [Quickstart Guide](../../quickstart/setup.md) steps 1-7 inclusive. +- Complete [Quickstart Guide](../quickstart/setup.md) steps 1-7 inclusive. As a result, your device should be connected to the Internet - Provision your device to AWS IoT: ``` diff --git a/mongoose-os/cloud/azure.md b/mongoose-os/cloud/azure.md index 91ba6c0..98fc028 100644 --- a/mongoose-os/cloud/azure.md +++ b/mongoose-os/cloud/azure.md @@ -24,9 +24,9 @@ az login ## Setup device -- Pick one of the supported devices. We suggest to choose from [recommended devboards](../devboards.md) +- Pick one of the supported devices. We suggest to choose from [recommended devboards](../quickstart/devboards.md) - Connect your device to your workstation via USB -- Complete [Quickstart Guide](../../quickstart/setup.md) steps 1-7 inclusive. +- Complete [Quickstart Guide](../quickstart/setup.md) steps 1-7 inclusive. As a result, your device should be connected to the Internet - Provision your device to Azure IoT with a single command: ``` diff --git a/mongoose-os/cloud/google.md b/mongoose-os/cloud/google.md index 35e56f3..69fb459 100644 --- a/mongoose-os/cloud/google.md +++ b/mongoose-os/cloud/google.md @@ -50,7 +50,7 @@ gcloud iot registries create iot-registry --region europe-west1 --event-notifica - Pick one of the supported devices. We suggest to choose from [recommended devboards](../devboards.md) - Connect your device to your workstation via USB -- Complete [Quickstart Guide](../../quickstart/setup.md) steps 1-7 inclusive. +- Complete [Quickstart Guide](../quickstart/setup.md) steps 1-7 inclusive. As a result, your device should be connected to the Internet - Get project ID of your new project: ``` diff --git a/mongoose-os/cloud/watson.md b/mongoose-os/cloud/watson.md index 6f757d8..7391106 100644 --- a/mongoose-os/cloud/watson.md +++ b/mongoose-os/cloud/watson.md @@ -5,7 +5,7 @@ This is a quick start tutorial for [IBM Watson IoT Platform](https://internetoft ## Quick Setup -- Complete [Quickstart Guide](../../quickstart/setup.md) steps 1-7 inclusive. +- Complete [Quickstart Guide](../quickstart/setup.md) steps 1-7 inclusive. As a result, your device should be connected to the Internet - Provision your device to IBM Watson: ``` diff --git a/mongoose-os/howtos/maker-factory-esp32.md b/mongoose-os/howtos/maker-factory-esp32.md index 2467637..5855143 100644 --- a/mongoose-os/howtos/maker-factory-esp32.md +++ b/mongoose-os/howtos/maker-factory-esp32.md @@ -6,7 +6,7 @@ control the board and report metrics. ## Setup the board and Google IoT Core -Please follow [Google IoT Core tutorial](../../quickstart/cloud/google.md) +Please follow [Google IoT Core tutorial](../cloud/google.md) in order to setup the cloud side and provision your board to Google IoT Core. You need to complete **Setup Google IoT Core** and **Setup device** sections only. When done, continue on this tutorial. diff --git a/mongoose-os/userguide/intro.md b/mongoose-os/userguide/intro.md index 0c760dd..d0c4c23 100644 --- a/mongoose-os/userguide/intro.md +++ b/mongoose-os/userguide/intro.md @@ -128,7 +128,7 @@ it is possible to write a driver that implements a Dropbox or Google Drive storage type, and a device (e.g. ESP8266 module) can mount a Dropbox folder. Mongoose OS provides a -[Filesystem RPC service](/libraries/remote_management/rpc-service-fs.html) +[Filesystem RPC service](/docs/mongoose-os/api/rpc/rpc-service-fs.md) that allows remote filesystem management - for example, you can edit files remotely. diff --git a/uart-gateway/intro.md b/uart-gateway/intro.md index 0fbb2a5..62451a3 100644 --- a/uart-gateway/intro.md +++ b/uart-gateway/intro.md @@ -37,10 +37,10 @@ AWS IoT is an example of such service. ``` mos config-set mqtt.enable=true mqtt.server=HOST:PORT tu.mqtt.enable=true ``` - - For AWS, follow [AWS guide's](/docs/mongoose-os/quickstart/cloud/aws.md) "Setup AWS IoT" and "Setup device" chapters - - For Google, follow [GCP guide's](/docs/mongoose-os/quickstart/cloud/google.md) "Setup Google IoT Core" and "Setup device" chapters - - For Azure, follow [Azure guide's](/docs/mongoose-os/quickstart/cloud/azure.md) "Setup Azure IoT Hub" and "Setup device" chapters - - For Watson, follow [Watson guide's](/docs/mongoose-os/quickstart/cloud/watson.md) "Quick setup" chapter + - For AWS, follow [AWS guide's](/docs/mongoose-os/cloud/aws.md) "Setup AWS IoT" and "Setup device" chapters + - For Google, follow [GCP guide's](/docs/mongoose-os/cloud/google.md) "Setup Google IoT Core" and "Setup device" chapters + - For Azure, follow [Azure guide's](/docs/mongoose-os/cloud/azure.md) "Setup Azure IoT Hub" and "Setup device" chapters + - For Watson, follow [Watson guide's](/docs/mongoose-os/cloud/watson.md) "Quick setup" chapter - For [mDash](https://dash.mongoose-os.com), follow step 8 of [mos setup](https://mongoose-os.com/docs/mongoose-os/quickstart/setup.md) 9. Connect UART: pin 25 to TX, pin 26 to RX