Capitalize JavaScript and TypeScript correctly (#42238)

GitOrigin-RevId: 1c09f4224c8fbb1015b3d23f9755998317a9af90

Author: Nicolapps

crates/convex_macro/src/lib.rs

@@ -169,7 +169,7 @@ pub fn instrument_future(_attr: TokenStream, item: TokenStream) -> TokenStream {
 }
 
 /// Use as #[convex_macro::v8_op] to annotate "ops" (Rust code callable from
-/// Javascript that is shipped with backend).
+/// JavaScript that is shipped with backend).
 /// Must be used within the `isolate` crate.
 ///
 /// Types:

crates/isolate/src/environment/udf/async_syscall.rs

@@ -769,7 +769,7 @@ impl<RT: Runtime, P: AsyncSyscallProvider<RT>> DatabaseSyscallsV1<RT, P> {
 
         // Trim to u32 and check for overflow.
         let result = u32::try_from(result)?;
-        // Return as f64, which converts to number type in Javascript.
+        // Return as f64, which converts to number type in JavaScript.
         let result = f64::from(result);
         Ok(ConvexValue::from(result).to_internal_json())
     }

crates/local_backend/src/node_action_callbacks.rs

@@ -421,7 +421,7 @@ pub async fn vector_search(
     // This is a workaround. The correct way to track usage is to return in the
     // response, and then Node.js should aggregate it and then send it back to
     // the backend alongside the action result, which is how Funrun actions
-    // work. Since we don't have that pipeline working in Node.js/Typescript, we
+    // work. Since we don't have that pipeline working in Node.js/TypeScript, we
     // report vector usage directly here.
     if let Some(action_name) = action_name {
         let usage = FunctionUsageTracker::new();

npm-packages/convex/src/vendor/jwt-encode/index.ts

@@ -58,7 +58,7 @@ function sign(
 /**
  *  Safely base64url encode a JS Object in a way that is UTF-8 safe
  *
- *  @param {Object} data - Javascript object payload to be encoded
+ *  @param {Object} data - JavaScript object payload to be encoded
  *  @return {string} utf-8 safe base64url encoded payload
  */
 function encode(data: Record<string, any>): string {

npm-packages/docs/docs/ai/using-github-copilot.mdx

@@ -15,7 +15,7 @@ through how to setup GitHub Copilot for the best possible results with Convex.
 Add the following
 [instructions](https://code.visualstudio.com/docs/copilot/copilot-customization#_instruction-files)
 file to your `.github/instructions` directory in your project and it will
-automatically be included when working with Typescript or Javascript files:
+automatically be included when working with TypeScript or JavaScript files:
 
 - [convex.instructions.md](https://convex.link/convex_github_copilot_instructions)
 

npm-packages/docs/docs/database/reading-data/reading-data.mdx

@@ -134,7 +134,7 @@ const messages = await ctx.db.query("messages").order("desc").collect();
 
 If you need to sort on a field other than `_creationTime` and your document
 query returns a small number of documents (on the order of hundreds rather than
-thousands of documents), consider sorting in Javascript:
+thousands of documents), consider sorting in JavaScript:
 
 ```ts
 // Get top 10 most liked messages, assuming messages is a fairly small table:
@@ -228,7 +228,7 @@ Convex prefers to have a few, simple ways to walk through and select documents
 from tables. In Convex, there is no specific query language for complex logic
 like a join, an aggregation, or a group by.
 
-Instead, you can write the complex logic in Javascript! Convex guarantees that
+Instead, you can write the complex logic in JavaScript! Convex guarantees that
 the results will be consistent.
 
 ### Join

npm-packages/docs/docs/database/types.md

@@ -6,7 +6,7 @@ description: "Supported data types in Convex documents"
 
 import ConvexValues from "@site/docs/\_convexValues.mdx";
 
-All Convex documents are defined as Javascript objects. These objects can have
+All Convex documents are defined as JavaScript objects. These objects can have
 field values of any of the types below.
 
 You can codify the shape of documents within your tables by

npm-packages/docs/docs/functions/bundling.mdx

@@ -25,7 +25,7 @@ Thanks to bundling you can write your code using both modern ECMAScript Modules
 
 <Details summary="ESM vs. CJS">
     ESM
-    - Is the standard for browser Javascript
+    - Is the standard for browser JavaScript
     - Uses static imports via the `import` and `export` **keywords** (not functions)
     at the global scope
     - Also supports dynamic imports via the asynchronous `import` function

npm-packages/docs/docs/functions/error-handling/error-handling.mdx

@@ -168,7 +168,7 @@ Queries and mutations error out when:
 - More than 16384 documents are scanned
 - More than 8MiB worth of data is scanned
 - More than 4096 queries calls to `db.get` or `db.query` are made
-- The function spends more than 1 second executing Javascript
+- The function spends more than 1 second executing JavaScript
 
 In addition, mutations error out when:
 

npm-packages/docs/docs/functions/runtimes.mdx

@@ -96,7 +96,7 @@ Convex provides a "seeded" strong pseudo-random number generator
 at `Math.random()` so that it can guarantee the determinism of your function.
 The random number generator's seed is an implicit parameter to your function.
 Multiple calls to `Math.random()` in one function call will return different
-random values. Note that Convex does not reevaluate the Javascript modules on
+random values. Note that Convex does not reevaluate the JavaScript modules on
 every function run, so a call to `Math.random()` stored in a global variable
 will not change between function runs.