more formatting

Author: ryanfoxtyler

.trunk/configs/.markdownlint.json

@@ -1,5 +1,5 @@
 {
-  "line-length": { "line_length": 100 },
+  "line-length": { "line_length": 150, "tables": false },
   "no-inline-html": false,
   "no-bare-urls": false,
   "no-space-in-emphasis": false

modus/app-manifest.mdx

@@ -169,7 +169,7 @@ the full URL in the `endpoint` field.
 </Note>
 
 <ResponseField name="headers" type="object">
-  If provided, requests on the connection include these headers. Each key-value pair is a header name and value.
+If provided, requests on the connection include these headers. Each key-value pair is a header name and value.
 
 Values may include variables using the `{{VARIABLE}}` template syntax, which resolve at runtime to
 secrets provided for each connection, via the Hypermode Console.

modus/quickstart.mdx

@@ -18,8 +18,8 @@ Modus app and how to run it locally.
 
 <Steps>
   <Step title="Install the Modus CLI">
-    The Modus CLI provides a set of commands to help you create, build, and run your Modus apps. You can
-    install the CLI using cURL or npm.
+    The Modus CLI provides a set of commands to help you create, build, and run your Modus apps.
+    You can install the CLI using cURL or npm.
 
     <CodeGroup>
 
@@ -58,7 +58,8 @@ Modus app and how to run it locally.
 
   </Step>
   <Step title="Add a connection">
-    Modus is a secure-by-default framework. To connect to external services, you need to add a connection in your app manifest.
+    Modus is a secure-by-default framework. To connect to external services, you need to add a connection
+    in your app manifest.
 
     Add the following code into your `modus.json` manifest file:
 
@@ -75,7 +76,8 @@ Modus app and how to run it locally.
 
   </Step>
   <Step title="Add a function">
-    Functions are the building blocks of your app. Let's add a function that fetches a random quote from the ZenQuotes connection you just created.
+    Functions are the building blocks of your app. Let's add a function that fetches a random quote from
+    the ZenQuotes connection you just created.
 
     <Tabs>
       <Tab title="Go">
@@ -147,7 +149,8 @@ Modus app and how to run it locally.
         }
         ```
 
-        Then add the following to `index.ts`. This includes the `getRandomQuote` function on your generated API.
+        Then add the following to `index.ts`. This includes the `getRandomQuote` function on
+        your generated API.
 
         ```ts index.ts
         export { getRandomQuote } from "./quotes";

modus/sdk/graphql.mdx

@@ -48,7 +48,9 @@ graphql.execute<T> (
 ```
 
 <ResponseField name="T" type="Type" required>
-  Type of object to use for the data returned from the query. This can be any type, including a custom type defined in your project. It should match the shape of the data returned from the GraphQL query.
+
+Type of object to use for the data returned from the query. This can be any type, including a custom type
+defined in your project. It should match the shape of the data returned from the GraphQL query.
 
   <Tip>
   Define custom types in the project's source code. In AssemblyScript, create classes decorated with `@json`.

modus/sdk/models.mdx

@@ -154,8 +154,9 @@ Information about a model that's used to construct a `Model` instance. It's also
 property on the `Model` class.
 
 <Info>
-  This class relays information from the Modus runtime to the model implementation. Generally, you don't need to
-  create `ModelInfo` instances directly.
+
+This class relays information from the Modus runtime to the model implementation. Generally, you
+don't need to create `ModelInfo` instances directly.
 
 However, if you are implementing a custom model, you may wish to use a property from this class,
 such as the `fullName`, for model providers that require the model name in the input request body.

modus/sdk/postgresql.mdx

@@ -65,9 +65,9 @@ function postgresql.execute (
   SQL statement containing the query or mutation operation to execute.
 
   <Warning>
-    While it's possible to directly include parameter values into your SQL statement, it's highly recommended to pass a
-    [`Params`](#params) object instead. This can help to prevent against injection attacks and other security
-    vulnerabilities.
+    While it's possible to directly include parameter values into your SQL statement, it's
+    highly recommended to pass a [`Params`](#params) object instead. This can help to prevent
+    against injection attacks and other security vulnerabilities.
   </Warning>
 </ResponseField>
 
@@ -92,7 +92,8 @@ function postgresql.query<T>(
 ```
 
 <ResponseField name="T" type="Type" required>
-  Type of object to use for the data returned from the query. This can be any type, including a custom type defined in your project. It should match the shape of the row returned from the SQL query.
+  Type of object to use for the data returned from the query. This can be any type, including a custom
+  type defined in your project. It should match the shape of the row returned from the SQL query.
 
   <Tip>
   Define custom types in the app's source code. In AssemblyScript, create classes decorated with `@json`.
@@ -114,9 +115,9 @@ If working with PostgreSQL's `point` data type, you can use a [`Point`](#point)
   SQL statement containing the query or mutation operation to execute.
 
   <Warning>
-    While it's possible to directly include parameter values into your SQL statement, it's highly recommended to pass a
-    [`Params`](#params) object instead. This can help to prevent against injection attacks and other security
-    vulnerabilities.
+    While it's possible to directly include parameter values into your SQL statement, it's highly
+    recommended to pass a [`Params`](#params) object instead. This can help to prevent against
+    injection attacks and other security vulnerabilities.
   </Warning>
 </ResponseField>
 
@@ -154,9 +155,9 @@ function postgresql.queryScalar<T> (
   SQL statement containing the query or mutation operation to execute.
 
   <Warning>
-    While it's possible to directly include parameter values into your SQL statement, it's highly recommended to pass a
-    [`Params`](#params) object instead. This can help to prevent against injection attacks and other security
-    vulnerabilities.
+    While it's possible to directly include parameter values into your SQL statement, it's highly
+    recommended to pass a [`Params`](#params) object instead. This can help to prevent against
+    injection attacks and other security vulnerabilities.
   </Warning>
 </ResponseField>
 
@@ -185,8 +186,9 @@ want to include. Then pass the object to the `execute`, `query`, or `queryScalar
 with your SQL statement.
 
 <ResponseField name="push(value)">
-  Push a parameter value into the list included with the SQL operation. The sequence of calls to `push` determines the
-  order of the parameters in the SQL statement. This corresponds to the order of the `?` placeholders or `$1`, `$2`, etc.
+  Push a parameter value into the list included with the SQL operation. The sequence of calls to
+  `push` determines the order of the parameters in the SQL statement. This corresponds to the order
+  of the `?` placeholders or `$1`, `$2`, etc.
 
 <ResponseField name="value" type="any" required>
   The value of the parameter to include in the SQL operation.

quickstart.mdx

@@ -23,7 +23,8 @@ to deploy it to Hypermode.
     intelligent functions and APIs, powered by WebAssembly. With Hypermode, you can deploy,
     secure, and observe your Modus apps.
 
-    To get started, [create your first Modus app](/modus/quickstart). You can import this app into Hypermode in the next step.
+    To get started, [create your first Modus app](/modus/quickstart). You can import this app into
+    Hypermode in the next step.
 
   </Step>
   <Step title="Import Modus app">
@@ -45,20 +46,22 @@ to deploy it to Hypermode.
           npm install -g @hypermode/hyp
           ```
         </CodeGroup>
-        From the terminal, run the following command to import your Modus app into Hypermode. This command will create your Hypermode project and deploy your app.
+        From the terminal, run the following command to import your Modus app into Hypermode. This command
+        will create your Hypermode project and deploy your app.
 
         ```bash
         hyp init
         ```
       </Tab>
     </Tabs>
 
-    When Hypermode creates your project, a runtime is initiated for your app as well as connections to any [Hypermode-hosted models](/hosted-models).
+    When Hypermode creates your project, a runtime is initiated for your app as well as connections to
+    any [Hypermode-hosted models](/hosted-models).
 
   </Step>
   <Step title="Explore API endpoint">
-    After deploying your app, Hypermode lands you in your project home. You can see the status of your project
-    and the API endpoint generated for your app.
+    After deploying your app, Hypermode lands you in your project home. You can see the status of your
+    project and the API endpoint generated for your app.
 
     From the **Query** page, you can run a sample query to verify it's working as expected. In the following
     query, we're going to use the `generateText` function to generate text from the shared Meta Llama
@@ -79,9 +82,9 @@ to deploy it to Hypermode.
   </Step>
   <Step title="Observe function execution">
     Let's dig deeper into the behavior of our AI service when we ran the query by looking at the
-    **Inferences** page. You can see the step-by-step inference process and the inputs and outputs of the
-    model at each step of your function. We can see in this case, it took Llama 4.4 seconds to reply to the prompt. We
-    can also see the parameters on both the inputs and outputs.
+    **Inferences** page. You can see the step-by-step inference process and the inputs and outputs of
+    the model at each step of your function. We can see in this case, it took Llama 4.4 seconds to
+    reply to the prompt. We can also see the parameters on both the inputs and outputs.
 
     ```json
     {