🏁 Script executed:

#!/bin/bash
# Check what Vite actually outputs on startup
cd packages/create-analog/template-angular-v21
echo "Checking package.json scripts to understand Vite invocation..."
cat package.json | jq -r '.scripts.start, .scripts.build'

Repository: analogjs/analog

Length of output: 138

🏁 Script executed:

#!/bin/bash
set -euo pipefail
cd packages/create-analog/template-angular-v21

echo "=== tasks.json (problemMatcher) ==="
sed -n '1,120p' .vscode/tasks.json | nl -ba

echo "=== package.json (scripts + vite version) ==="
cat package.json | jq -r '.name, .version, .scripts, .devDependencies? , .dependencies?'

Repository: analogjs/analog

Length of output: 156

🌐 Web query:

Vite 8.0 default console output message when build completes "built in" "ready in" "bundle generation complete"

💡 Result:

When the vite build command completes successfully in Vite 8.0, the console output concludes with a message in the format: ✓ built in [time] For example: ✓ built in 1.33s [1] This standard output follows the completion of the bundle generation process [2][1]. While Vite 8 introduced new features—such as forwarding browser console logs to the terminal [3][4]—the fundamental terminal notification for a successful build remains consistent with previous versions of Vite [1].

Citations:

• 1: https://soledadpenades.com/posts/2023/from-zero-to-hello/
• 2: https://github.com/vitejs/vite/blob/main/docs/guide/build.md
• 3: https://vite.dev/blog/announcing-vite8
• 4: https://dev.to/erikch/8-vite-config-options-every-developer-should-know-vite-8-22im

🏁 Script executed:

#!/bin/bash
set -euo pipefail
cd packages/create-analog/template-angular-v21

echo "=== .vscode/tasks.json (full) ==="
cat .vscode/tasks.json

echo "=== package.json scripts ==="
cat package.json | jq -r '.scripts'

Repository: analogjs/analog

Length of output: 1241

🌐 Web query:

Vite 8 vite dev server output line on startup (not build) e.g. "ready in" or "Local:" and whether any "bundle generation complete" string exists

💡 Result:

In Vite 8 dev server startup, the usual startup output includes: - A version line with “ready in” (example shown for Vite v4.x: “VITE v4.3.8 ready in 1892 ms”). This is the same style Vite uses when starting its dev server, but I did not find an official Vite 8-specific log snippet in the sources retrieved. - A “Local:” line with the dev URL (example for Vite v4.x: “➜ Local: http://127.0.0.1:3001/”). The search results I found include a concrete “ready in” and “Local:” example from a Vite dev server discussion, but that example is Vite v4.x, not v8. On whether any “bundle generation complete” string exists in Vite 8 dev server output: - I did not find evidence that Vite itself prints the literal string “bundle generation complete”. One retrieved source containing “Application bundle generation complete.” appears to be an Angular CLI development server message, not Vite’s dev server output.[1] - Therefore, based on the sources retrieved, there is no confirmed “bundle generation complete” string in Vite 8 dev-server startup logs. If you want, tell me your exact command (e.g. “vite” vs “vite --host …”, any flags like “--clearScreen false”, and whether you enable Vite 8’s experimental full bundle mode), and I can search again for a matching Vite 8 console transcript showing the startup lines.

Citations:

• 1: https://stackoverflow.com/questions/78927481/angular-17-unable-to-debug-with-vite-dev-server

🏁 Script executed:

#!/bin/bash
set -euo pipefail
cd packages/create-analog/template-angular-v21

echo "=== .vscode/launch.json ==="
ls -la .vscode || true
if [ -f .vscode/launch.json ]; then
  cat .vscode/launch.json
else
  echo "No launch.json found"
fi

echo "=== launch configs referencing preLaunchTask ==="
rg -n "preLaunchTask|problemMatcher|tasks\\\\/" .vscode || true

Repository: analogjs/analog

Length of output: 1062

🌐 Web query:

VS Code tasks background problemMatcher activeOnStart endsPattern preLaunchTask readiness semantics

💡 Result:

In Visual Studio Code, the background task system allows long-running processes (like watch scripts or servers) to interface with the editor's task and debug lifecycles [1][2]. When a task is marked as "isBackground": true, VS Code understands that the process will not exit on its own [1][3]. To provide readiness semantics—enabling features like using the task as a preLaunchTask—you must configure a problemMatcher with a background property [1]. The background configuration monitors the task's terminal output for specific signals [1][4]: 1. activeOnStart: When set to true, the task system immediately starts monitoring the terminal output for the defined patterns upon task execution [1][2]. 2. beginsPattern: A regular expression that identifies the start of the task's initialization phase [1]. 3. endsPattern: A regular expression that signals the task has finished its initialization and is now "ready" [1][4]. When used as a preLaunchTask in launch.json, VS Code will block the launch of the debugger until the endsPattern is matched in the task's output [1][5]. This provides a reliable way to ensure a server or compiler is fully operational before the debugger attempts to connect [1][3]. Key behavioral notes: - Readiness Signal: The endsPattern acts as the critical "readiness" signal for the debugger [1]. If the task never prints a string matching this pattern, the debugger may timeout or hang waiting for the task [6]. - Dependency Caveats: When tasks have dependsOn relationships, the readiness logic can sometimes behave unexpectedly; VS Code waits for the background task's endsPattern to be satisfied, but issues have been reported where complex task chains may trigger prematurely if not configured carefully [5][7]. - Modern Tooling: Many modern build tools provide output that is highly ephemeral or lacks distinct "start/end" markers [8]. This often necessitates creative use of regex or custom wrapper scripts (e.g., shell scripts that echo specific strings) to satisfy the required beginsPattern/endsPattern handshake [8][6][4]. - Data Capture: While endsPattern is primarily for readiness signaling, the task system has seen community requests and ongoing discussion regarding using named capture groups from these patterns to dynamically populate variables (like ports or URLs) in launch configurations [9]. By combining isBackground: true with a problemMatcher containing these patterns, you bridge the gap between "running" and "ready," allowing VS Code to treat volatile background processes as stable prerequisites for debugging [1][2].

Citations:

• 1: https://code.visualstudio.com/docs/debugtest/tasks
• 2: https://www.eke.li/2023/03/vscode-tasks/
• 3: https://stackoverflow.com/questions/44242048/how-can-i-prevent-vs-code-from-waiting-for-a-prelaunchtask-to-finish
• 4: https://stackoverflow.com/questions/48478701/what-are-the-correct-beginspattern-and-endspattern-for-a-background-task-in-vsco
• 5: Debug launching before preLaunchTask ready when dependsOn task defined microsoft/vscode#54397
• 6: Support fire-and-forget background tasks (for preLaunchTask) microsoft/vscode#151101
• 7: Compound tasks are ignoring endsPattern of dependent tasks microsoft/vscode#85400
• 8: problemMatcher is too complicated and should be modernised microsoft/vscode#141102
• 9: Support ${taskVar:name} variables from problem matcher named capture groups microsoft/vscode#303361

🏁 Script executed:

#!/bin/bash
set -euo pipefail

# Inspect the referenced tasks.json
FILE="packages/create-analog/template-angular-v21/.vscode/tasks.json"
if [ -f "$FILE" ]; then
  echo "=== $FILE (head/tail with line numbers) ==="
  nl -ba "$FILE" | sed -n '1,140p'
else
  echo "Missing file: $FILE"
fi

# Search for other problemMatcher definitions in the repo around this template
rg -n "problemMatcher|bundle generation complete|Waiting for file changes" "packages/create-analog/template-angular-v21/.vscode/tasks.json" || true

Repository: analogjs/analog

Length of output: 221

🏁 Script executed:

#!/bin/bash
set -euo pipefail

FILE="packages/create-analog/template-angular-v21/.vscode/tasks.json"

echo "== Repo file check =="
ls -la "$FILE" || true
wc -l "$FILE" 2>/dev/null || true

echo
echo "== First 200 lines (with line numbers via cat -n) =="
if [ -f "$FILE" ]; then
  cat -n "$FILE" | sed -n '1,200p'
fi

echo
echo "== Lines containing bundle generation complete / Waiting for file changes =="
rg -n "bundle generation complete|Waiting for file changes|problemMatcher" "$FILE" || true

echo
echo "== Print any task entries with problemMatcher =="
# crude but effective: show around each 'problemMatcher' occurrence
rg -n "problemMatcher" "$FILE" -n -C 8 || true

Repository: analogjs/analog

Length of output: 2727

🏁 Script executed:

#!/bin/bash
set -euo pipefail

# Locate template package.json
TEMPLATE_DIR="packages/create-analog/template-angular-v21"
FILE_JSON="$TEMPLATE_DIR/package.json"

echo "== Check package.json exists =="
ls -la "$FILE_JSON" || true
echo
echo "== package.json (relevant parts) =="
if [ -f "$FILE_JSON" ]; then
  # print only scripts section-ish
  cat -n "$FILE_JSON" | sed -n '1,220p'
fi

echo
echo "== Search for 'bundle generation complete' in template =="
rg -n "bundle generation complete" "$TEMPLATE_DIR" || true

echo
echo "== Search for vitest usage in template =="
rg -n "vitest|vitest run|vitest watch" "$TEMPLATE_DIR" || true

Repository: analogjs/analog

Length of output: 3337

🌐 Web query:

Vitest watch stdout "Waiting for file changes" "Test Files" output

💡 Result:

In Vitest watch mode, the CLI prints a banner that includes the exact text "Waiting for file changes..." when the last run had no failures. [1] After the test run, the same watch banner also includes the “press h to show help” hint and, on successful runs, “press q to quit”. [1] The output also includes a “Test Files …” summary line for the just-executed run (for example, “Test Files 3 passed (3)”). [2] If there are test failures, the banner changes to "FAIL … Watching for file changes..." instead of "Waiting for file changes...". [1] How to reproduce / verify your expected stdout - Run vitest in watch mode (default in dev): vitest or vitest watch (same as vitest without an argument). [3] - Ensure output is not suppressed by a custom reporter or TTY-less mode; Vitest prints “Waiting for file changes...” from its watcher reporter when in watch and the last run did not fail. [1] Notes for automation - If you’re running under a non-interactive environment, Vitest may fall back to run mode automatically (so you won’t see the watch banner). [3][4]

Citations:

• 1: https://github.com/vitest-dev/vitest/blob/fda52af9c3974d5fd16161e1ed502dd47fd38ceb/packages/vitest/src/node/reporters/base.ts
• 2: https://dev.to/jangwook_kim_e31e7291ad98/migrating-from-jest-to-vitest-4-a-complete-2026-guide-4132
• 3: https://vitest.dev/guide/cli
• 4: https://vitest.dev/guide/features

🌐 Web query:

What are the minimum Node.js version requirements for Angular 21.0.0, Vite 8.0.0, and Vitest 4.1.0?

💡 Result:

Minimum Node.js version requirements: 1) Angular 21.0.0: Node.js 20.19.0+ (also compatible with 22.12.0+ and 24.0.0+ per Angular’s version compatibility table for 21.0.x). [1] 2) Vite 8.0.0: Node.js 20.19+ (also compatible with 22.12+). [2] 3) Vitest 4.1.0: Node.js 20.0.0+ (minimum), with supported ranges that also include ^22.0.0 and >=24.0.0. [3][4] Note: “Minimum” here is interpreted as the lowest Node.js major/patch version that the official docs/metadata explicitly list as supported for that release line.

Citations:

• 1: https://angular.dev/reference/versions
• 2: https://vite.dev/blog/announcing-vite8
• 3: https://vitest.dev/guide/migration.html
• 4: vitest-dev/vitest@9a0bf2254

+import { Component, signal } from '`@angular/core`';
-import { Component } from '`@angular/core`';

 export class AnalogWelcome {
-  count = 0;
+  count = signal(0);

   increment() {
-    this.count++;
+    this.count.update(c => c + 1);
   }
 }

And update the template to call the signal:

           <button (click)="increment()" class="lightBtn">
-            Count: <span class="count">{{ count }}</span>
+            Count: <span class="count">{{ count() }}</span>
           </button>

‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.