Update Rust SDK ref, and also a few small fixes

STYLE.md

@@ -375,7 +375,7 @@ Start the conclusion with a sentence or paragraph that reminds the reader what t
 
 If this tutorial is part of a series, link to the next entry:
 
-> You can use any of SpacetimDB's supported client languages to do this. Take a look at the quickstart guide for your client language of choice: [Rust](/docs/sdks/rust/quickstart), [C#](/docs/sdks/c-sharp/quickstart), or [TypeScript](/docs/sdks/typescript/quickstart). If you are planning to use SpacetimeDB with the Unity game engine, you can skip right to the [Unity Comprehensive Tutorial](/docs/unity/part-1) or check out our example game, [BitcraftMini](/docs/unity/part-3).
+> You can use any of SpacetimDB's supported client languages to do this. Take a look at the quickstart guide for your client language of choice: [Rust](/docs/sdks/rust/quickstart), [C#](/docs/sdks/c-sharp/quickstart), or [TypeScript](/docs/sdks/typescript/quickstart). If you are planning to use SpacetimeDB with the Unity game engine, you can skip right to the [Unity Comprehensive Tutorial](/docs/unity/part-1).
 
 If this tutorial is about a specific component, link to its reference page:
 

docs/index.md

@@ -220,7 +220,7 @@ or at a specific time.
 :::
 
 ### Client
-A **client** is an application that connects to a [database](#database). A client logs in using an [identity](#identity) and receives an [address](#address) to identify the connection. After that, it can call [reducers](#reducer) and query public [tables](#table).
+A **client** is an application that connects to a [database](#database). A client logs in using an [identity](#identity) and receives an [connection id](#connectionid) to identify the connection. After that, it can call [reducers](#reducer) and query public [tables](#table).
 
 Clients are written using the [client-side SDKs](#client-side-sdks). The `spacetime` CLI tool allows automatically generating code that works with the client-side SDKs to talk to a particular database.
 
@@ -238,13 +238,11 @@ Identities are issued using the [OpenID Connect](https://openid.net/developers/h
 
 <!-- TODO(1.0): link to a page on setting up your own identity provider and/or using our turnkey solution. -->
 
-### Address
+### ConnectionId
 
-<!-- TODO(1.0): Rewrite this section after reworking `Address`es into `ConnectionID`s. -->
+A `ConnectionId` identifies client connections to a SpacetimeDB module.
 
-An `Address` identifies client connections to a SpacetimeDB module.
-
-A user has a single [`Identity`](#identity), but may open multiple connections to your module. Each of these will receive a unique `Address`.
+A user has a single [`Identity`](#identity), but may open multiple connections to your module. Each of these will receive a unique `ConnectionId`.
 
 ### Energy
 **Energy** is the currency used to pay for data storage and compute operations in a SpacetimeDB host.

docs/modules/c-sharp/quickstart.md

@@ -313,4 +313,4 @@ spacetime sql quickstart-chat "SELECT * FROM Message"
 
 You've just set up your first database in SpacetimeDB! The next step would be to create a client module that interacts with this module. You can use any of SpacetimDB's supported client languages to do this. Take a look at the quick start guide for your client language of choice: [Rust](/docs/sdks/rust/quickstart), [C#](/docs/sdks/c-sharp/quickstart), or [TypeScript](/docs/sdks/typescript/quickstart).
 
-If you are planning to use SpacetimeDB with the Unity game engine, you can skip right to the [Unity Comprehensive Tutorial](/docs/unity/part-1) or check out our example game, [BitcraftMini](/docs/unity/part-3).
+If you are planning to use SpacetimeDB with the Unity game engine, you can skip right to the [Unity Comprehensive Tutorial](/docs/unity/part-1).

docs/modules/rust/quickstart.md

@@ -100,7 +100,7 @@ pub struct Message {
 
 We want to allow users to set their names, because `Identity` is not a terribly user-friendly identifier. To that effect, we define a reducer `set_name` which clients can invoke to set their `User.name`. It will validate the caller's chosen name, using a function `validate_name` which we'll define next, then look up the `User` record for the caller and update it to store the validated name. If the name fails the validation, the reducer will fail.
 
-Each reducer may accept as its first argument a `ReducerContext`, which includes the `Identity` and `Address` of the client that called the reducer, and the `Timestamp` when it was invoked. It also allows us access to the `db`, which is used to read and manipulate rows in our tables. For now, we only need the `db`, `Identity`, and `ctx.sender`.
+Each reducer must accept as its first argument a `ReducerContext`, which includes the `Identity` and `ConnectionId` of the client that called the reducer, and the `Timestamp` when it was invoked. It also allows us access to the `db`, which is used to read and manipulate rows in our tables. For now, we only need the `db`, `Identity`, and `ctx.sender`.
 
 It's also possible to call `set_name` via the SpacetimeDB CLI's `spacetime call` command without a connection, in which case no `User` record will exist for the caller. We'll return an error in this case, but you could alter the reducer to insert a `User` row for the module owner. You'll have to decide whether the module owner is always online or always offline, though.
 
@@ -227,26 +227,26 @@ pub fn identity_disconnected(ctx: &ReducerContext) {
 
 ## Publish the module
 
-And that's all of our module code! We'll run `spacetime publish` to compile our module and publish it on SpacetimeDB. `spacetime publish` takes an optional name which will map to the database's unique address. Clients can connect either by name or by address, but names are much more user-friendly. Come up with a unique name that contains only URL-safe characters (letters, numbers, hyphens and underscores), and fill it in where we've written `<module-name>`.
+And that's all of our module code! We'll run `spacetime publish` to compile our module and publish it on SpacetimeDB. `spacetime publish` takes an optional name which will map to the database's unique `Identity`. Clients can connect either by name or by `Identity`, but names are much more user-friendly. If you'd like, come up with a unique name that contains only URL-safe characters (letters, numbers, hyphens and underscores), and fill it in where we've written `quickstart-chat`.
 
 From the `quickstart-chat` directory, run:
 
 ```bash
-spacetime publish --project-path server <module-name>
+spacetime publish --project-path server quickstart-chat
 ```
 
 ## Call Reducers
 
 You can use the CLI (command line interface) to run reducers. The arguments to the reducer are passed in JSON format.
 
 ```bash
-spacetime call <module-name> send_message 'Hello, World!'
+spacetime call quickstart-chat send_message 'Hello, World!'
 ```
 
 Once we've called our `send_message` reducer, we can check to make sure it ran by running the `logs` command.
 
 ```bash
-spacetime logs <module-name>
+spacetime logs quickstart-chat
 ```
 
 You should now see the output that your module printed in the database.
@@ -263,7 +263,7 @@ You should now see the output that your module printed in the database.
 SpacetimeDB supports a subset of the SQL syntax so that you can easily query the data of your database. We can run a query using the `sql` command.
 
 ```bash
-spacetime sql <module-name> "SELECT * FROM message"
+spacetime sql quickstart-chat "SELECT * FROM message"
 ```
 
 ```bash
@@ -278,4 +278,4 @@ You can find the full code for this module [in the SpacetimeDB module examples](
 
 You've just set up your first database in SpacetimeDB! The next step would be to create a client module that interacts with this module. You can use any of SpacetimDB's supported client languages to do this. Take a look at the quickstart guide for your client language of choice: [Rust](/docs/sdks/rust/quickstart), [C#](/docs/sdks/c-sharp/quickstart), or [TypeScript](/docs/sdks/typescript/quickstart).
 
-If you are planning to use SpacetimeDB with the Unity game engine, you can skip right to the [Unity Comprehensive Tutorial](/docs/unity/part-1) or check out our example game, [BitcraftMini](/docs/unity/part-3).
+If you are planning to use SpacetimeDB with the Unity game engine, you can skip right to the [Unity Comprehensive Tutorial](/docs/unity/part-1).