Update image links (#84)

* add /docs in front of other

* add /docs to images

Author: eshaben

.CONTRIBUTING.md

@@ -195,7 +195,7 @@ All images intended for display on the website should be in `.webp` format. You
 To add an image to your page, you should have [alt text](https://developers.google.com/style/images#alt-text) and use the following syntax:
 
 ```markdown
-![Alt text goes here](/images/<subdirectory>/<image-file-name>.webp)
+![Alt text goes here](/docs/images/<subdirectory>/<image-file-name>.webp)
 ```
 
 See the [style guide](https://github.com/papermoonio/documentation-style-guide/blob/main/style-guide.md#screenshots) for more tips on handling images.

build/applications/queries/overview.md

@@ -16,7 +16,7 @@ Wormhole Queries offers on-demand access to Guardian-attested on-chain data. The
 
 The general overview of a query's flow is as follows: an off-chain process sends HTTPS query requests to a Query Proxy, which validates and forwards them to the Guardians; these Guardians independently validate, sign, and return the response, with the entire process typically taking less than a second.
 
-![The architecture flow of a query](/images/build/applications/queries/overview/overview-1.webp)
+![The architecture flow of a query](/docs/images/build/applications/queries/overview/overview-1.webp)
 
 The step-by-step flow of a query is as follows:
 

build/contract-integrations/wormhole-relayers.md

@@ -18,7 +18,7 @@ Before getting started, it's important to note that the Wormhole-deployed relaye
 To interact with the Wormhole relayer, you'll need to create contracts on the source and target chains to handle the sending and receiving of messages. No off-chain logic needs to be implemented to take advantage of Wormhole-powered relaying.
 
 <figure markdown="span">
-  ![Wormhole Relayer](/images/build/contract-integrations/wormhole-relayers/relayer-1.webp)
+  ![Wormhole Relayer](/docs/images/build/contract-integrations/wormhole-relayers/relayer-1.webp)
   <figcaption>The components outlined in blue must be implemented.</figcaption>
 </figure>
 

build/toolkit/tilt.md

@@ -86,7 +86,7 @@ If you're using Linux with a windows manager, it's highly recommended that you i
 
 If you're using Docker Desktop, you can enable Kubernetes by going into Settings > Kubernetes and checking the checkbox to enable Kubernetes.
 
-![Enable Kubernetes](/images/build/toolkit/tilt/tilt-1.webp)
+![Enable Kubernetes](/docs/images/build/toolkit/tilt/tilt-1.webp)
 
 #### Minikube
 

infrastructure/relayers/run-relayer.md

@@ -20,7 +20,7 @@ This guide teaches you how to set up and configure a custom relayer for efficien
 To start building a custom relayer, it's essential to grasp the components you'll be managing as part of your relaying service. Your relayer must be capable of retrieving and delivering VAAs.
 
 <figure markdown="span">
-  ![Custom relayer](/images/infrastructure/relayers/run-relayer/relayer-1.webp)
+  ![Custom relayer](/docs/images/infrastructure/relayers/run-relayer/relayer-1.webp)
   <figcaption>The off-chain components outlined in blue must be implemented.</figcaption>
 </figure>
 

learn/fundamentals/architecture.md

@@ -9,7 +9,7 @@ description: Overview of Wormhole's architecture, detailing key on-chain and off
 
 Wormhole has several noteworthy components. Before discussing each component in depth, this page will provide an overview of how the major pieces fit together.
 
-![Wormhole architecture detailed diagram: source to target chain communication.](/images/learn/fundamentals/architecture/architecture-1.webp)
+![Wormhole architecture detailed diagram: source to target chain communication.](/docs/images/learn/fundamentals/architecture/architecture-1.webp)
 
 ## On-Chain Components
 

learn/fundamentals/introduction.md

@@ -11,7 +11,7 @@ Wormhole addresses this problem by providing a _generic message-passing_ protoco
 
 Wormhole is distinguished by its focus on robust security, scalability, and transparency. The protocol is supported by a decentralized network of validators that ensure the integrity of every cross-chain transaction. This, combined with Wormhole’s proven performance in real-world applications, gives developers a dependable platform to create and scale multichain applications confidently.
 
-![Message-passing process in the Wormhole protocol](/images/learn/fundamentals/introduction/introduction-1.webp)
+![Message-passing process in the Wormhole protocol](/docs/images/learn/fundamentals/introduction/introduction-1.webp)
 
 !!! note
     The above is an oversimplified illustration of the protocol; details about the architecture and components are available on the [architecture page](/docs/learn/fundamentals/architecture/){target=\_blank}.

learn/messaging/native-token-transfers/architecture.md

@@ -27,7 +27,7 @@ Transceivers can be defined independently of the Wormhole core and modified to s
 - `sendMessage` - this external function sends messages to a specified recipient chain. It encodes the token transfer details into a message format recognized by the system
 - `quoteDeliveryPrice` - provides an estimation of the cost associated with delivering a message to a target chain and gauges transaction fees
 
-![NTT architecture diagram](/images/learn/messaging/native-token-transfers/architecture/architecture-1.webp)
+![NTT architecture diagram](/docs/images/learn/messaging/native-token-transfers/architecture/architecture-1.webp)
 
 !!! note
     [Learn more](/docs/learn/messaging/native-token-transfers/architecture/#lifecycle-of-a-message){target=\_blank} about the architecture of Native Token Transfers message lifecycles.
@@ -39,7 +39,7 @@ The NTT framework supports advanced features such as custom transceivers for spe
 
 NTT has the flexibility to support custom message verification in addition to Wormhole Guardian message verification. Custom verifiers are implemented as transceiver contracts and can be protocol-specific or provided by other third-party attesters. Protocols can also configure the threshold of attestations required to mark a token transfer as valid — for example, 2/2, 2/3, 3/5.
 
-![Custom Attestation with NTT diagram](/images/learn/messaging/native-token-transfers/architecture/architecture-2.webp)
+![Custom Attestation with NTT diagram](/docs/images/learn/messaging/native-token-transfers/architecture/architecture-2.webp)
 
 The verifier performs checks based on predefined criteria and issues approval for transactions that meet these requirements. This approval is incorporated into the Wormhole message, ensuring that only transactions verified by both the Wormhole Guardian Network and the additional verifier are processed. The model includes an extra verifier in the bridging process, enhancing security and providing an added assurance of transaction integrity.
 

tutorials/messaging/cross-chain-contracts.md

@@ -21,7 +21,7 @@ We'll interact with two key Wormhole components: the [Wormhole relayer](/docs/le
 
 Additionally, we'll rely on the Wormhole relayer to automatically determine cross-chain transaction costs and facilitate payments. This feature simplifies cross-chain development by allowing you to specify only the target chain and the message. The relayer handles the rest, ensuring that the message is transmitted with the appropriate fee.
 
-![Wormhole architecture detailed diagram: source to target chain communication.](/images/learn/fundamentals/architecture/architecture-1.webp)
+![Wormhole architecture detailed diagram: source to target chain communication.](/docs/images/learn/fundamentals/architecture/architecture-1.webp)
 
 ## Prerequisites