Added new docs links

moonbeam-foundation · Apr 18, 2023 · 358bb92 · 358bb92
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diff --git a/builders/integrations/oracles/api3.md b/builders/integrations/oracles/api3.md
@@ -8,9 +8,9 @@ description:
 ![API3 Moonbeam Diagram](/images/builders/integrations/oracles/api3/api3-banner.png)
 
 ## Introduction {: #introduction } 
-Developers can use [Airnode](https://docs.api3.org/airnode/) to request off-chain data inside their Smart Contracts on the Moonbeam Networks. An Airnode is a first-party oracle that pushes off-chain API data to your on-chain contract. Airnode lets API providers easily run their own first-party oracle nodes. That way, they can provide data to any on-chain dApp that's interested in their services, all without an intermediary.
+Developers can use [Airnode](https://docs.api3.org/explore/airnode/what-is-airnode.html) to request off-chain data inside their Smart Contracts on the Moonbeam Networks. An Airnode is a first-party oracle that pushes off-chain API data to your on-chain contract. Airnode lets API providers easily run their own first-party oracle nodes. That way, they can provide data to any on-chain dApp that's interested in their services, all without an intermediary.
 
-An on-chain smart contract makes a request in the [RRP (Request Response Protocol)](https://docs.api3.org/airnode/v0.10/concepts/) contract (`AirnodeRrpV0.sol`) that adds the request to the event logs. The Airnode then accesses the event logs, fetches the API data and performs a callback to the requester with the requested data.
+An on-chain smart contract makes a request in the [RRP (Request Response Protocol)](https://docs.api3.org/reference/airnode/latest/concepts/) contract (`AirnodeRrpV0.sol`) that adds the request to the event logs. The Airnode then accesses the event logs, fetches the API data and performs a callback to the requester with the requested data.
 
 ![API3 Airnode](/images/builders/integrations/oracles/api3/airnode1.png)
 
@@ -83,22 +83,22 @@ contract Requester is RrpRequesterV0 {
 }
 ```
 
-The `_rrpAddress` is the main `airnodeRrpAddress`. The RRP Contracts have already been deployed on-chain. You can check the address for Moonbeam and Moonbase Alpha [here](https://docs.api3.org/airnode/v0.9/reference/airnode-addresses.html). You can also try [deploying it on Remix](https://remix.ethereum.org/#url=https://github.com/vanshwassan/RemixContracts/blob/master/contracts/Requester.sol&optimize=false&runs=200&evmVersion=null&version=soljson-v0.8.9+commit.e5eed63a.js)
+The `_rrpAddress` is the main `airnodeRrpAddress`. The RRP Contracts have already been deployed on-chain. You can check the address for Moonbeam and Moonbase Alpha [here](https://docs.api3.org/reference/airnode/latest/). You can also try [deploying it on Remix](https://remix.ethereum.org/#url=https://github.com/vanshwassan/RemixContracts/blob/master/contracts/Requester.sol&optimize=false&runs=200&evmVersion=null&version=soljson-v0.8.9+commit.e5eed63a.js)
 
 ### Request parameters {: #request-params}
 
 The `makeRequest()` function expects the following parameters to make a valid request.
 
-- [**`airnode`**](https://docs.api3.org/airnode/v0.10/concepts/airnode.html): Specifies the Airnode Address.
-- [**`endpointId`**](https://docs.api3.org/airnode/v0.10/concepts/endpoint.html): Specifies which endpoint to be used.
-- [**`sponsor`**](https://docs.api3.org/airnode/v0.10/concepts/sponsor.html) and [**`sponsorWallet`**](https://docs.api3.org/airnode/v0.10/concepts/sponsor.html#sponsorwallet): Specifies which wallet will be used to fulfill the request.
-- [**`parameters`**](https://docs.api3.org/ois/v1.4/reserved-parameters.html): Specifies the API and Reserved Parameters (see [Airnode ABI specifications](https://docs.api3.org/airnode/v0.10/reference/specifications/airnode-abi-specifications.html) for how these are encoded). Parameters can be encoded off-chain using `@airnode-abi` library.
+- [**`airnode`**](https://docs.api3.org/reference/airnode/latest/concepts/airnode.html): Specifies the Airnode Address.
+- [**`endpointId`**](https://docs.api3.org/reference/airnode/latest/concepts/endpoint.html): Specifies which endpoint to be used.
+- [**`sponsor`**](https://docs.api3.org/reference/airnode/latest/concepts/sponsor.html) and [**`sponsorWallet`**](https://docs.api3.org/airnode/v0.10/concepts/sponsor.html#sponsorwallet): Specifies which wallet will be used to fulfill the request.
+- [**`parameters`**](https://docs.api3.org/reference/ois/latest/reserved-parameters.html): Specifies the API and Reserved Parameters (see [Airnode ABI specifications](https://docs.api3.org/reference/ois/latest/) for how these are encoded). Parameters can be encoded off-chain using `@airnode-abi` library.
 
 ### Response parameters {: #response-params}
 
 The callback to the Requester contains two parameters:
 
-- [**`requestId`**](https://docs.api3.org/airnode/v0.10/concepts/request.html#requestid): First acquired when making the request and passed here as a reference to identify the request for which the response is intended.
+- [**`requestId`**](https://docs.api3.org/reference/airnode/latest/concepts/request.html#requestid): First acquired when making the request and passed here as a reference to identify the request for which the response is intended.
 - **`data`**: In case of a successful response, this is the requested data which has been encoded and contains a timestamp in addition to other response data. Decode it using the `decode()` function from the `abi` object.
 
 !!! note
@@ -128,9 +128,9 @@ The callback to the Requester contains two parameters:
 
 ## Using dAPIs - API3 Datafeeds {: #dapis}
 
-[dAPIs](https://dapi-docs.api3.org/explore/dapis/what-are-dapis.html) are continuously updated streams of off-chain data, such as the latest cryptocurrency, stock and commodity prices. They can power various decentralized applications such as DeFi lending, synthetic assets, stablecoins, derivatives, NFTs and more.
+[dAPIs](https://docs.api3.org/explore/dapis/what-are-dapis.html) are continuously updated streams of off-chain data, such as the latest cryptocurrency, stock and commodity prices. They can power various decentralized applications such as DeFi lending, synthetic assets, stablecoins, derivatives, NFTs and more.
 
-The data feeds are continuously updated by [first-party oracles](https://dapi-docs.api3.org/explore/introduction/first-party.html) using signed data. dApp owners can read the on-chain value of any dAPI in realtime.
+The data feeds are continuously updated by [first-party oracles](https://docs.api3.org/explore/introduction/first-party.html) using signed data. dApp owners can read the on-chain value of any dAPI in realtime.
 
 Due to being composed of first-party data feeds, dAPIs offer security, transparency, cost-efficiency and scalability in a turn-key package.
 
@@ -235,13 +235,13 @@ contract DataFeedReaderExample is Ownable {
 
 - `readDataFeed()` is a view function that returns the latest price of the set dAPI.
 
-You can read more about dAPIs [here](https://dapi-docs.api3.org/).
+You can read more about dAPIs [here](https://docs.api3.org/guides/dapis/subscribing-self-funded-dapis/).
 
 ### [Try deploying it on Remix!](https://remix.ethereum.org/#url=https://gist.githubusercontent.com/vanshwassan/1ec4230956a78c73a00768180cba3649/raw/176b4a3781d55d6fb2d2ad380be0c26f412a7e3c/DapiReader.sol)
 
 ## API3 QRNG
 
-[API3 QRNG](https://docs.api3.org/qrng/) is a public utility we provide with the courtesy of Australian National University (ANU). It is powered by an Airnode hosted by ANU Quantum Random Numbers, meaning that it is a first-party service. It is served as a public good and is free of charge (apart from the gas costs), and it provides ‘true’ quantum randomness via an easy-to-use solution when requiring RNG on-chain.
+[API3 QRNG](https://docs.api3.org/explore/qrng/) is a public utility we provide with the courtesy of Australian National University (ANU). It is powered by an Airnode hosted by ANU Quantum Random Numbers, meaning that it is a first-party service. It is served as a public good and is free of charge (apart from the gas costs), and it provides ‘true’ quantum randomness via an easy-to-use solution when requiring RNG on-chain.
 
 To request randomness on-chain, the requester submits a request for a random number to AirnodeRrpV0. The ANU Airnode gathers the request from the AirnodeRrpV0 protocol contract, retrieves the random number off-chain, and sends it back to AirnodeRrpV0. Once received, it performs a callback to the requester with the random number.
 
@@ -315,7 +315,7 @@ contract RemixQrngExample is RrpRequesterV0 {
 }
 ```
 
-- The `setRequestParameters()` takes in `airnode` (The ANU/Quintessence/byog Airnode address) , `endpointIdUint256`, `sponsorWallet` and sets these parameters. You can get Airnode address and the endpoint ID [here](https://docs.api3.org/qrng/reference/providers.html).
+- The `setRequestParameters()` takes in `airnode` (The ANU/Quintessence/Nodary Airnode address) , `endpointIdUint256`, `sponsorWallet` and sets these parameters. You can get Airnode address and the endpoint ID [here](https://docs.api3.org/reference/qrng/providers.html).
 
 - The `makeRequestUint256()` function calls the `airnodeRrp.makeFullRequest()` function of the `AirnodeRrpV0.sol` protocol contract which adds the request to its storage and returns a `requestId`.
 
@@ -347,10 +347,10 @@ You can try QRNG on the networks listed below:
 === "Moonbase Alpha testnet"
     |         Contract         |                     Addresses                    |
     |:------------------------:|:------------------------------------------------:|
-    | byog QRNG Airnode Address | `{{ networks.moonbase.api3.byogqrngairnode }}` |
-    | byog QRNG Airnode xpub | `{{ networks.moonbase.api3.byogqrngxpub }}` |
-    |  `endpointIdUint256` | `{{ networks.moonbase.api3.byogqrnguint256 }}` |
-    |  `endpointIdUint256Array` | `{{ networks.moonbase.api3.byogqrnguint256array }}` |
+    | Nodary QRNG Airnode Address | `{{ networks.moonbase.api3.nodaryqrngairnode }}` |
+    | Nodary QRNG Airnode xpub | `{{ networks.moonbase.api3.nodaryqrngxpub }}` |
+    |  `endpointIdUint256` | `{{ networks.moonbase.api3.nodaryqrnguint256 }}` |
+    |  `endpointIdUint256Array` | `{{ networks.moonbase.api3.nodaryqrnguint256array }}` |
     |  AirnodeRrpV0 | `{{ networks.moonriver.api3.rrp }}` |
 
 [*Click here to check out the complete list of all the QRNG Providers*](https://docs.api3.org/qrng/reference/providers.html)
@@ -359,7 +359,7 @@ You can try QRNG on the networks listed below:
 Here are some additional developer resources
 
 - [API3 Docs](https://docs.api3.org/)
-- [dAPI Docs](https://dapi-docs.api3.org/)
-- [QRNG Docs](https://docs.api3.org/qrng/)
+- [dAPI Docs](https://docs.api3.org/explore/dapis/what-are-dapis.html)
+- [QRNG Docs](https://docs.api3.org/explore/qrng/)
 - [Github](https://github.com/api3dao/)
 - [Medium](https://medium.com/api3)
diff --git a/variables.yml b/variables.yml
@@ -405,10 +405,10 @@ networks:
       rocksdb_write: 100,000,000
     api3:
       rrp: '0xa0AD79D995DdeeB18a14eAef56A549A04e3Aa1Bd'
-      byogqrngairnode: '0x6238772544f029ecaBfDED4300f13A3c4FE84E1D'
-      byogqrngxpub: 'xpub6CuDdF9zdWTRuGybJPuZUGnU4suZowMmgu15bjFZT2o6PUtk4Lo78KGJUGBobz3pPKRaN9sLxzj21CMe6StP3zUsd8tWEJPgZBesYBMY7Wo'
-      byogqrnguint256: '0xfb6d017bb87991b7495f563db3c8cf59ff87b09781947bb1e417006ad7f55a78'
-      byogqrnguint256array: '0x27cc2713e7f968e4e86ed274a051a5c8aaee9cca66946f23af6f29ecea9704c3'
+      nodaryqrngairnode: '0x6238772544f029ecaBfDED4300f13A3c4FE84E1D'
+      nodaryqrngxpub: 'xpub6CuDdF9zdWTRuGybJPuZUGnU4suZowMmgu15bjFZT2o6PUtk4Lo78KGJUGBobz3pPKRaN9sLxzj21CMe6StP3zUsd8tWEJPgZBesYBMY7Wo'
+      nodaryqrnguint256: '0xfb6d017bb87991b7495f563db3c8cf59ff87b09781947bb1e417006ad7f55a78'
+      nodaryqrnguint256array: '0x27cc2713e7f968e4e86ed274a051a5c8aaee9cca66946f23af6f29ecea9704c3'
   moonriver:
     public_rpc_url: https://rpc.api.moonriver.moonbeam.network # for wallets
     rpc_url: RPC-API-ENDPOINT-HERE