Fixes all of the broken links in the Move tutorial (aptos-labs#8791)

* Fix broken links

* Change one link to aptos.dev

aptos-move/move-examples/move-tutorial/README.md

@@ -7,7 +7,7 @@ slug: "move-tutorial"
 
 Welcome to the Aptos Move Tutorial! This is the original Move language and tools tutorial, independent of a particular network, adapted to use Aptos tooling. Here you will learn basic usage of the Move language and tools for compiling, testing, and verifying Move.
 
-This tutorial does not teach you how to use the existing [Aptos Move frameworks](../../../developer-docs-site/docs/guides/move-guides/index.md) or how to run code on the Aptos network. See the [Aptos developer documentation](https://aptos.dev/tutorials/aptos-quickstarts) for those instructions.
+This tutorial does not teach you how to use the existing [Aptos Move frameworks](https://aptos.dev/reference/move) or how to run code on the Aptos network. See the [Aptos developer documentation](../../../developer-docs-site/docs/tutorials/index.md) for those instructions.
 
 There are nine steps in total:
 
@@ -35,14 +35,14 @@ You should obtain a copy of the content of the directory in which this `README.m
 step_1 step_2 step_2_sol step_3 ...
 ```
 
-You also need a recent version of the [Aptos CLI](../../../developer-docs-site/docs/cli-tools/aptos-cli-tool/index.md). This tutorial is written using the following version:
+You also need a recent version of the [Aptos CLI](../../../developer-docs-site/docs/tools/install-cli/index.md). This tutorial is written using the following version:
 
 ```shell
 > aptos --version
 aptos 1.0.7
 ```
 
-If you want to use an [IDE](../../../developer-docs-site/docs/guides/move-guides/index.md#ides-for-move) for working through the examples, we recommend CLion/IntelliJ, which has good support for Aptos Move.
+If you want to use an IDE for working through the examples, we recommend CLion/IntelliJ, which has good support for Aptos Move.
 
 
 ## Step 1: Writing my first Move module
@@ -67,13 +67,13 @@ module 0xCAFE::basic_coin {
 ```
 
 This is defining a Move
-[module](../../../developer-docs-site/docs/guides/move-guides/book/modules-and-scripts.md). Modules are the
+[module](../../../developer-docs-site/docs/move/book/modules-and-scripts.md). Modules are the
 building blocks of Move code, and are defined with a specific address -- the
 address that the module can be published under. In this case, the `basic_coin`
 module can be published only under `0xCAFE`.
 
 Let's now take a look at the next part of this file where we define a
-[struct](../../../developer-docs-site/docs/guides/move-guides/book/structs-and-resources.md)
+[struct](../../../developer-docs-site/docs/move/book/structs-and-resources.md)
 to represent a `Coin` with a given `value`:
 
 ```
@@ -100,7 +100,7 @@ module 0xCAFE::basic_coin {
 ```
 
 Let us take a look at this function and what it is saying:
-* It takes a [`&signer`](../../../developer-docs-site/docs/guides/move-guides/book/signer.md) reference ('`&`') -- an
+* It takes a [`&signer`](../../../developer-docs-site/docs/move/book/signer.md) reference ('`&`') -- an
   unforgeable token that represents control over a particular address, and
   a `value` to mint.
 * It creates a `Coin` with the given value and stores it under the
@@ -122,7 +122,7 @@ aptos move compile
 * Move code can also live in a number of other places. See the [Move
   book](../../../developer-docs-site/docs/guides/move-guides/book/packages.md) for more information on the
   Move package system.
-* More information on the `Move.toml` file can also be found in the [Package](../../../developer-docs-site/docs/guides/move-guides/book/packages.md#movetoml) section of the Move book.
+* More information on the `Move.toml` file can also be found in the [Package](../../../developer-docs-site/docs/move/book/packages.md#movetoml) section of the Move book.
 * Move also supports the idea of [named
   addresses](../../../developer-docs-site/docs/guides/move-guides/book/address.md#named-addresses); Named
   addresses are a way to parameterize Move source code so that you can compile
@@ -132,9 +132,9 @@ aptos move compile
     [addresses]
     Somenamed_address = "0xC0FFEE"
     ```
-* [Structures](../../../developer-docs-site/docs/guides/move-guides/book/structs-and-resources.md) in Move
+* [Structures](../../../developer-docs-site/docs/move/book/structs-and-resources.md) in Move
   can be given different
-  [abilities](../../../developer-docs-site/docs/guides/move-guides/book/abilities.md) that describe what
+  [abilities](../../../developer-docs-site/docs/move/book/abilities.md) that describe what
   can be done with that type. There are four different abilities:
     - `copy`: Allows values of types with this ability to be copied.
     - `drop`: Allows values of types with this ability to be popped/dropped.
@@ -145,9 +145,9 @@ aptos move compile
     in global storage and, because it has no other abilities, it cannot be
     copied, dropped, or stored as a non-key value in storage. So you can't copy
     coins, and you also can't lose coins by accident!
-* [Functions](../../../developer-docs-site/docs/guides/move-guides/book/functions.md) are default
+* [Functions](../../../developer-docs-site/docs/move/book/functions.md) are default
     private, and can also be `public`,
-    [`public(friend)`](../../../developer-docs-site/docs/guides/move-guides/book/friends.md).
+    [`public(friend)`](../../../developer-docs-site/docs/move/book/friends.md).
     A function marked as `entry` can be called as a transaction.
 * `move_to` is one of the [five different global storage
   operators](../../../developer-docs-site/docs/guides/move-guides/book/global-storage-operators.md).
@@ -291,12 +291,12 @@ method directly from a transaction, you'll want to change its signature to:
 ```
 public entry fun transfer(from: signer, to: address, amount: u64) acquires Balance { ... }
 ```
-Read more on Move function [visibilities](../../../developer-docs-site/docs/guides/move-guides/book/functions.md#visibility).
+Read more on Move function [visibilities](../../../developer-docs-site/docs/move/book/functions.md#visibility).
 </details>
 <details>
 <summary>Comparison with Ethereum/Solidity</summary>
 
-In most Ethereum [ERC-20]((https://ethereum.org/en/developers/docs/standards/tokens/erc-20/)) contracts, the balance of each address is stored in a _state variable_ of type
+In most Ethereum [ERC-20](https://ethereum.org/en/developers/docs/standards/tokens/erc-20/) contracts, the balance of each address is stored in a _state variable_ of type
 <code>mapping(address => uint256)</code>. This state variable is stored in the storage of a particular smart contract.
 
 The Ethereum blockchain state might look like this:
@@ -348,7 +348,7 @@ is false, then abort the transaction with `<abort_code>`. Here `MODULE_OWNER` an
 defined at the beginning of the module. The standard library's [`error`] module also defines common error categories we can use.
 
 It is important to note that Move is transactional in its execution -- so
-if an [abort](../../../developer-docs-site/docs/guides/move-guides/book/abort-and-assert.md) is raised no unwinding of state
+if an [abort](../../../developer-docs-site/docs/move/book/abort-and-assert.md) is raised no unwinding of state
 needs to be performed, as no changes from that transaction will be persisted to the blockchain.
 
 [`error` module]: https://github.com/aptos-labs/aptos-core/blob/main/aptos-move/framework/move-stdlib/sources/error.move
@@ -385,7 +385,7 @@ fun withdraw(addr: address, amount: u64) : Coin acquires Balance {
 }
 ```
 At the beginning of the method, we assert that the withdrawing account has enough balance. We then use `borrow_global_mut`
-to get a mutable reference to the global storage, and `&mut` is used to create a mutable [reference](../../../developer-docs-site/docs/guides/move-guides/book/references.md) to a field of a
+to get a mutable reference to the global storage, and `&mut` is used to create a mutable [reference](../../../developer-docs-site/docs/move/book/references.md) to a field of a
 struct. We then modify the balance through this mutable reference and return a new coin with the withdrawn amount.
 </details>
 
@@ -446,7 +446,7 @@ The solution to this exercise can be found in [`step_5_sol`](./step_5_sol).
 ## Step 6: Making my `basic_coin` module generic<span id="Step6"><span>
 
 In Move, we can use
-[generics](../../../developer-docs-site/docs/guides/move-guides/book/generics.md)
+[generics](../../../developer-docs-site/docs/move/book/generics.md)
 to define functions and structs over different input data types. Generics are a great
 building block for library code. In this section, we are going to make our simple
 `basic_coin` module generic so that it can serve as a library module to be used by
@@ -487,17 +487,17 @@ In definitions of both `Coin` and `Balance`, we declare the type parameter `Coin
 to be phantom because `CoinType` is not used in the struct definition or is only used as a phantom type
 parameter.
 
-Read more about [phantom type](../../../developer-docs-site/docs/guides/move-guides/book/generics.md#phantom-type-parameters) parameters in the Aptos Move Book.
+Read more about [phantom type](../../../developer-docs-site/docs/move/book/generics.md#phantom-type-parameters) parameters in the Aptos Move Book.
 </details>
 
 ## Step 7:  Use the Move Prover
     
-> NOTE: Before running the Move Prover, ensure that the [Move Prover](../../../developer-docs-site/docs/cli-tools/aptos-cli-tool/install-move-prover.md) and associated tools are installed.
+> NOTE: Before running the Move Prover, ensure that the [Move Prover](../../../developer-docs-site/docs/tools/install-cli/install-move-prover.md) and associated tools are installed.
 
 Smart contracts deployed on the blockchain may manipulate high-value assets. As a technique that uses strict
 mathematical methods to describe behavior and reason correctness of computer systems, formal verification
 has been used in blockchains to prevent bugs in smart contracts. The
-[Move Prover](../../../developer-docs-site/docs/cli-tools/aptos-cli-tool/install-move-prover.md)
+[Move Prover](../../../developer-docs-site/docs/move/prover/index.md)
 is an evolving formal verification tool for smart contracts written in the Move language. The user can employ the 
 [Move Prover](https://github.com/move-language/move/blob/main/language/move-prover/doc/user/prover-guide.md) to specify
 functional properties of smart contracts