Contains high-level classes encapsulating the overall Android application model.
Package it.scoppelletti.spaceship.content.res
Contains classes for accessing application resources, such as raw asset files,
colors, drawables, media, or other files in the package, plus important device
configuration details (orientation, input types, etc.) that affect how the
application may behave.
Package it.scoppelletti.spaceship.databinding
Contains components used when developing applications with data binding.
JavaBackEnd for – Ann app that digitizes the ordering process of food at the NextGen Mall, whereby a client would go to the food court then place an order using a mobile web application right from their table.
Getting Started
Ensure to follow these instructions to set upa and run successfully.
Setup Instructions
Ensure gradle is installed, synced and all dependencies downloaded.
if this doesn’t work, go and do this manually. as below
CREATE DATABASE easyeats;
\c easyeats;
SET MODE PostgreSQL;
CREATE DATABASE easyeats;
CREATE TABLE IF NOT EXISTS shops (
id serial PRIMARY KEY,
name VARCHAR,
tagline VARCHAR,
image VARCHAR
);
CREATE TABLE IF NOT EXISTS waiter (
id serial PRIMARY KEY,
name VARCHAR,
shop_id INTEGER
);
CREATE TABLE IF NOT EXISTS order_type (
id serial PRIMARY KEY,
name VARCHAR
);
CREATE TABLE IF NOT EXISTS next_gen_table (
id serial PRIMARY KEY,
name VARCHAR
);
CREATE TABLE IF NOT EXISTS menu (
id serial PRIMARY KEY,
name VARCHAR,
description VARCHAR,
shop_id INTEGER
);
CREATE TABLE IF NOT EXISTS cuisines(
id serial PRIMARY KEY,
food VARCHAR,
image VARCHAR,
price INTEGER,
menu_id INTEGER
);
Navigate to the root folder of the repo via your terminal.
Run this command to start gradle via the terminal
$ gradle run
Use this URL on your browser localhost:4567/api/v1 , you will see
{ "Welcome to nextGen API" }
| URL end point | Description |
|:— | —: |
api/v1/menus - GET - Get a list of all menu Items
api/v1/menus/new - POST - send an object with menu name, description and shop_id .
api/v1/menus/{id} - GET - Get a menu item by id.
api/v1/menus/{id}/cuisines - GET - Get a list of all food cuisines of a specific menu category item
api/v1/waiters - GET - Get a list of all waiter Items
api/v1/waiters/new - POST - send an object with waiter name and shop_id
api/v1/waiters/{id} - GET - Get a waiter item by id.
api/v1/shops - GET - Get a list of all shops Items
api/v1/shop/new - POST - send an object with shop name.
api/v1/shops/{id} - GET - Get a shop item by id.
api/v1/shops/{id}/menus - GET - Get a list of all menu category items in a specific shop.
api/v1/shops/{id}/waiters - GET - Get all waiters in a specific shop.
api/v1/tables - GET - Get a list of all tables
api/v1/tables/new - POST - send an object with table name.
api/v1/tables/{id} - GET - Get a table item by id.
api/v1/order_types - GET - Get a list of all order type Items
api/v1/order_types/new - POST - send an object with order type name.
api/v1/order_types/{id} - GET - Get an order type item by id.
api/v1/cuisines - GET - Get a list of all food and cusines available
api/v1/cuisines/new - POST - send an object with food, image url , price and menu_id
api/v1/cuisines/{id} - GET - Get an order type item by id.
when testing with postman, use as the base URL.
easyeatsodero.herokuapp.com/api/v1/
Technologies used
Java
Gradle
J-Unit5
GSON
Bugs being worked on
It is open for critique and improvements
Support and contact details
To help grow and make this product better, reach out to email.
A beautiful AI powered open-source cross-platform (Desktop & Mobile) API Client built using Flutter which can help you easily create & customize your API requests, visually inspect responses and generate API integration code. A lightweight alternative to postman/insomnia.
Our app helps you form and track micro habits with easy-to-use charts and tools, making it simple to establish healthy habits that stick. Start your personal growth journey today
A personal knowledge base like Obsidian & Notion that combines simplicity with powerful features e.g., markdown support, graph, AI assistant, import/export etc.
The IdiomReplaceX Browser App is a special browser app where IdiomReplaceX toolbox is added to almost any web page, allowing literary filters to be applied to the content of the web page
Safe Notes is a security project aimed at providing an encrypted, private note manager that works locally and protects notes from various threat actors.
A password manager application with three layers of security. The app stores the passwords in a local database in an encrypted format. Also, there is biometric verification(Fingerprint) whenever the app opens.
A fully open-source Tarock program for playing online (through WebSocket-based backend) or offline (using bots). Integrates StockŠkis custom-made tarock engine.
Flutter/Dart template (front-end + backend database) to demonstrate a coupon management system, which is suitable for a coffeehouse chain (or any restaurant chain) to build customer loyalty.
KitchenOwl is a self-hosted grocery list and recipe manager. Easily add items to your shopping list before you go shopping. You can also create recipes and add items based on what you want to cook.
Explr provides a platform for users to know what their friends are reading and exchange books with them, along with knowing which book is the talk of the town.
A versatile application that is free, open-source, and supports extension sources for videos, comics, and novels, available on Android, Windows, and Web platforms.
GreenPass app enables the presentation and validation of vaccination, test and recovery certificates. Great importance is attached to data protection and transparency, since all your data is encrypted locally and stored offline on your device.
Swaasthy is an app made to uplift user’s health. It contains everything from medicine reminder functionality to make an SOS call to nearby ambulances to getting an appointment with a virtual doc.
App where you can learn everything you need to know about your next journey and how to make it safe, hassle-free, and on budget. It has information on your scheduled flights, reward miles, best hotel deals, and more.
A showcase app for the Flutter SDK. Wonderous will educate and entertain as you uncover information about some of the most famous structures in the world.
StudentAI is an prompt-less AI chatbot app that uses OpenAI API to help students learn more effectively. StudentAI can answer questions, provide explanations, and even generate creative content.
A mobile application for WUST – Wrocław University of Science and Technology, which includes buildings, live parking places, cafeteria menu, news, and more
Developed a Group chat application using Flutter and Firebase, where users can register and create groups or join already existing groups and start conversing with each other.
Custom Uploader is a simple, lightweight, and easy to use file uploader built using flutter for android devices that allows you to upload files to a file host of your choice.
EasyWeather is a powerful and intuitive weather app that delivers real-time updates and forecasts for any location on Earth. Built with Flutter and OpenWeatherMap.
WooCommerce App template that uses Flutter. Integrated to work with WooCommerce stores, connect and create an IOS and Android app from Flutter for IOS and Android
Noor is a mobile app designed to help in providing a comfortable reading experience for Muslims, by referencing the book “Hisnul Muslim”, and some other references.
A simple app to demonstrate a testable, maintainable, and scalable architecture for flutter. flutter_bloc, get_it, hive, and REST API are some of the tech stacks used in this project.
A beautiful AI powered open-source cross-platform (Desktop & Mobile) API Client built using Flutter which can help you easily create & customize your API requests, visually inspect responses and generate API integration code. A lightweight alternative to postman/insomnia.
Our app helps you form and track micro habits with easy-to-use charts and tools, making it simple to establish healthy habits that stick. Start your personal growth journey today
A personal knowledge base like Obsidian & Notion that combines simplicity with powerful features e.g., markdown support, graph, AI assistant, import/export etc.
The IdiomReplaceX Browser App is a special browser app where IdiomReplaceX toolbox is added to almost any web page, allowing literary filters to be applied to the content of the web page
Safe Notes is a security project aimed at providing an encrypted, private note manager that works locally and protects notes from various threat actors.
A password manager application with three layers of security. The app stores the passwords in a local database in an encrypted format. Also, there is biometric verification(Fingerprint) whenever the app opens.
A fully open-source Tarock program for playing online (through WebSocket-based backend) or offline (using bots). Integrates StockŠkis custom-made tarock engine.
Flutter/Dart template (front-end + backend database) to demonstrate a coupon management system, which is suitable for a coffeehouse chain (or any restaurant chain) to build customer loyalty.
KitchenOwl is a self-hosted grocery list and recipe manager. Easily add items to your shopping list before you go shopping. You can also create recipes and add items based on what you want to cook.
Explr provides a platform for users to know what their friends are reading and exchange books with them, along with knowing which book is the talk of the town.
A versatile application that is free, open-source, and supports extension sources for videos, comics, and novels, available on Android, Windows, and Web platforms.
GreenPass app enables the presentation and validation of vaccination, test and recovery certificates. Great importance is attached to data protection and transparency, since all your data is encrypted locally and stored offline on your device.
Swaasthy is an app made to uplift user’s health. It contains everything from medicine reminder functionality to make an SOS call to nearby ambulances to getting an appointment with a virtual doc.
App where you can learn everything you need to know about your next journey and how to make it safe, hassle-free, and on budget. It has information on your scheduled flights, reward miles, best hotel deals, and more.
A showcase app for the Flutter SDK. Wonderous will educate and entertain as you uncover information about some of the most famous structures in the world.
StudentAI is an prompt-less AI chatbot app that uses OpenAI API to help students learn more effectively. StudentAI can answer questions, provide explanations, and even generate creative content.
A mobile application for WUST – Wrocław University of Science and Technology, which includes buildings, live parking places, cafeteria menu, news, and more
Developed a Group chat application using Flutter and Firebase, where users can register and create groups or join already existing groups and start conversing with each other.
Custom Uploader is a simple, lightweight, and easy to use file uploader built using flutter for android devices that allows you to upload files to a file host of your choice.
EasyWeather is a powerful and intuitive weather app that delivers real-time updates and forecasts for any location on Earth. Built with Flutter and OpenWeatherMap.
WooCommerce App template that uses Flutter. Integrated to work with WooCommerce stores, connect and create an IOS and Android app from Flutter for IOS and Android
Noor is a mobile app designed to help in providing a comfortable reading experience for Muslims, by referencing the book “Hisnul Muslim”, and some other references.
A simple app to demonstrate a testable, maintainable, and scalable architecture for flutter. flutter_bloc, get_it, hive, and REST API are some of the tech stacks used in this project.
Lucid CMS is still in Alpha and under heavy development and hasnt implemented licensing yet and so cannot be used in a production setting. There is currently no commitment to backwards compatibility and breaking changes will be released on a regular basis while APIs and interfaces are being finalised.
A modern, TypeScript-first headless CMS designed for ultimate flexibility. Powered by sophisticated collection and brick builders, Lucid CMS gives you the freedom to craft content structures that match your exact needs. Whether you’re deploying to traditional servers or the edge, connecting to your preferred database, or integrating through our extensive plugin ecosystem, Lucid CMS adapts to your workflow whilst delivering an exceptional experience for developers and content creators alike.
✨ Features
🚀 Deploy Anywhere:
Runtime Adapters: Deploy seamlessly to Node.js or Cloudflare Workers
Database Adapters: Full support for PostgreSQL, LibSQL, and SQLite
📝 Content Modelling:
Collection Builder: Create flexible collections for single or multiple documents
Brick Builder: Build reusable content blocks that can be mixed and matched across your collections
15+ Custom Fields: Tailor your content with a wide range of field types
🎛️ Content Management:
Revisions & Drafts: Complete version history with rollback support
Media Library: Centralised asset management
Localisation: Built-in multilingual content support
🔧 Built-in Capabilities:
Image Processing: On-demand resizing with next-gen formats and custom preset support
Email Integration: Flexible email strategies with customisable templates
User Management: Invite users and assign roles with granular permissions
🔌 Extensibility:
Plugin Ecosystem: Extend functionality with first-party and third-party plugins
Client Integrations: API access for fetching content in your websites and applications
S3: Extend the media strategy to support using any S3 compatible storage solution.
Local Storage: Extends the media strategy to support uploading media to your file system.
Menus: Coming soon!
Form Builder: Coming soon!
🏁 Getting Started
To get started you can follow the Getting Started guide from our documentation. Lucid CMS is super easy to get up and running and with the SQLite DB adapter along with the Local Storage plugin, you can get set up without needing any third party services.
🖥️ Lucid UI
Still under development, Lucid UI is an Astro and TailwindCSS based UI library that is built to be used with Lucid CMS. It’s not quite ready for prime time yet, but you can expect to see it launch down the line.
PWNfavicon is a Python-based reconnaissance tool designed to identify websites that potentially mirror the content of a specified URL, aiding in Web Application Firewall (WAF) bypass techniques. It operates by leveraging the analysis of favicon hashes, small icons associated with websites that are often overlooked in security assessments.
Features
Favicon Hash Comparison 🔍: Analyzes the hash values of favicons across different websites.
Multi-threaded Crawling 🕷️: Utilizes multi-threading for concurrent fetching and analysis of multiple URLs.
Timeout Handling ⏱️: Customizable timeout settings prevent delays while waiting for responses from unresponsive servers.
Verbose Logging 📝: Detailed logging capabilities for monitoring the crawling process and diagnosing issues.
Input Parsing 📥: Supports input in the form of CIDR ranges, domain names, or a base URL.
Result Reporting 📊: Identifies matching URLs indicating potential content similarity to the base URL.
Use Cases
WAF Bypass 🛡️: Helps evade detection or filtering mechanisms implemented by WAFs by identifying websites with similar content.
Red Team Engagements 🚩: Discovers additional entry points or shadow IT assets during red team operations.
Vulnerability Research 🔍: Analyzes the prevalence of specific web assets across different domains to identify common vulnerabilities.
Change into the directory containing the cloned repository:
cd PWNfavicon
3. Install Dependencies
Ensure you have Python 3.x installed on your system. Then, install the required Python packages using pip:
pip install -r requirements.txt
This will install the necessary dependencies such as mmh3, requests, beautifulsoup4, colorama, and tqdm.
4. Usage
Once the dependencies are installed, you can run the Favicon Crawler using the following command:
python PWNfavicon.py -u <base_url> -c <cidr>
Replace <base_url> with the target URL you want to analyze and <cidr> with the desired network change to scan.
5. Explore Options
Explore additional command-line options available for customization using the --help flag:
python PWNfavicon.py --help
This will display a list of available options such as specifying ports, setting timeouts, enabling verbose mode, and providing input via CIDR ranges or domain lists.
This command will crawl the target URL https://example.com and find if there is some page on the network 199.98.50.0/24.
Note
Ensure that you have proper permissions and network access to crawl the target URLs.
It is recommended to use this tool responsibly and ethically, respecting the terms of service and legal regulations governing web scraping and reconnaissance activities.
Refer to the LICENSE file for details on the project’s licensing terms.
For any issues or feedback, please open an issue on the GitHub repository.
Planned Features
Enhanced Logging 📈
Description: Improve logging functionality to provide more detailed information about the crawling process, including progress updates, error messages, and status reports.
Status: Planned
Integration with External Tools 🛠️
Description: Integrate the tool with external vulnerability scanners or web application security testing frameworks to automate the identification of potential vulnerabilities based on favicon analysis.
Status: Planned
Customizable Output Formats 📄
Description: Add support for customizable output formats, allowing users to specify the format and structure of the output reports generated by the tool.
Status: Planned
Proposed Improvements
Error Handling Refinement 🛠️
Description: Refine error handling mechanisms to gracefully handle a wider range of network errors, HTTP status codes, and unexpected exceptions, providing more informative error messages and recovery options.
Status: Proposed
Performance Optimization ⚡
Description: Optimize the tool’s performance by implementing asynchronous processing or connection pooling techniques to improve concurrency and reduce processing time, especially when crawling large numbers of URLs.
Status: Proposed
User Interface Enhancement 🖥️
Description: Enhance the user interface by adding interactive features, such as progress bars, interactive prompts, or real-time updates, to improve user experience and feedback during the crawling process.
Status: Proposed
Input Validation and Sanitization 🔒
Description: Implement robust input validation and sanitization mechanisms to prevent common security vulnerabilities, such as injection attacks or directory traversal exploits, by ensuring that user-provided input is safe and properly sanitized before processing.
Status: Proposed
Dockerization 🐳
Description: Dockerize the application to simplify deployment and ensure consistent runtime environments across different platforms, making it easier for users to install and run the tool in various environments.
Status: Proposed
Configuration File Support ⚙️
Description: Add support for configuration files to allow users to specify custom settings, such as timeout values, port lists, or logging levels, without modifying command-line arguments, enhancing flexibility and customization options.
Status: Proposed
Integration with Continuous Integration (CI) Pipelines 🔄
Description: Integrate the project with popular CI/CD platforms like Travis CI or GitHub Actions to automate testing, code quality checks, and deployment processes, ensuring code stability and reliability across different environments.
Status: Proposed
Unit Testing Suite ✔️
Description: Develop a comprehensive unit testing suite to validate the functionality and behavior of individual components and modules, ensuring code correctness and preventing regressions during development and maintenance.
Status: Proposed
How to Contribute
If you’re interested in contributing to the project or have any feedback on these planned features and proposed improvements, please feel free to:
Select a feature or improvement from the list above that you’d like to work on or provide feedback on.
Fork the project repository to your GitHub account.
Create a new branch for your work based on the master branch.
Implement the feature or improvement in your branch.
Submit a pull request to the main repository’s master branch.
Collaborate with project maintainers and other contributors to review and iterate on your changes until they’re ready to be merged.
Your contributions and feedback are highly appreciated and will help make the project better for everyone!
License
This project is licensed under the MIT License – see the LICENSE file for details.
PWNfavicon is a Python-based reconnaissance tool designed to identify websites that potentially mirror the content of a specified URL, aiding in Web Application Firewall (WAF) bypass techniques. It operates by leveraging the analysis of favicon hashes, small icons associated with websites that are often overlooked in security assessments.
Features
Favicon Hash Comparison 🔍: Analyzes the hash values of favicons across different websites.
Multi-threaded Crawling 🕷️: Utilizes multi-threading for concurrent fetching and analysis of multiple URLs.
Timeout Handling ⏱️: Customizable timeout settings prevent delays while waiting for responses from unresponsive servers.
Verbose Logging 📝: Detailed logging capabilities for monitoring the crawling process and diagnosing issues.
Input Parsing 📥: Supports input in the form of CIDR ranges, domain names, or a base URL.
Result Reporting 📊: Identifies matching URLs indicating potential content similarity to the base URL.
Use Cases
WAF Bypass 🛡️: Helps evade detection or filtering mechanisms implemented by WAFs by identifying websites with similar content.
Red Team Engagements 🚩: Discovers additional entry points or shadow IT assets during red team operations.
Vulnerability Research 🔍: Analyzes the prevalence of specific web assets across different domains to identify common vulnerabilities.
Change into the directory containing the cloned repository:
cd PWNfavicon
3. Install Dependencies
Ensure you have Python 3.x installed on your system. Then, install the required Python packages using pip:
pip install -r requirements.txt
This will install the necessary dependencies such as mmh3, requests, beautifulsoup4, colorama, and tqdm.
4. Usage
Once the dependencies are installed, you can run the Favicon Crawler using the following command:
python PWNfavicon.py -u <base_url> -c <cidr>
Replace <base_url> with the target URL you want to analyze and <cidr> with the desired network change to scan.
5. Explore Options
Explore additional command-line options available for customization using the --help flag:
python PWNfavicon.py --help
This will display a list of available options such as specifying ports, setting timeouts, enabling verbose mode, and providing input via CIDR ranges or domain lists.
This command will crawl the target URL https://example.com and find if there is some page on the network 199.98.50.0/24.
Note
Ensure that you have proper permissions and network access to crawl the target URLs.
It is recommended to use this tool responsibly and ethically, respecting the terms of service and legal regulations governing web scraping and reconnaissance activities.
Refer to the LICENSE file for details on the project’s licensing terms.
For any issues or feedback, please open an issue on the GitHub repository.
Planned Features
Enhanced Logging 📈
Description: Improve logging functionality to provide more detailed information about the crawling process, including progress updates, error messages, and status reports.
Status: Planned
Integration with External Tools 🛠️
Description: Integrate the tool with external vulnerability scanners or web application security testing frameworks to automate the identification of potential vulnerabilities based on favicon analysis.
Status: Planned
Customizable Output Formats 📄
Description: Add support for customizable output formats, allowing users to specify the format and structure of the output reports generated by the tool.
Status: Planned
Proposed Improvements
Error Handling Refinement 🛠️
Description: Refine error handling mechanisms to gracefully handle a wider range of network errors, HTTP status codes, and unexpected exceptions, providing more informative error messages and recovery options.
Status: Proposed
Performance Optimization ⚡
Description: Optimize the tool’s performance by implementing asynchronous processing or connection pooling techniques to improve concurrency and reduce processing time, especially when crawling large numbers of URLs.
Status: Proposed
User Interface Enhancement 🖥️
Description: Enhance the user interface by adding interactive features, such as progress bars, interactive prompts, or real-time updates, to improve user experience and feedback during the crawling process.
Status: Proposed
Input Validation and Sanitization 🔒
Description: Implement robust input validation and sanitization mechanisms to prevent common security vulnerabilities, such as injection attacks or directory traversal exploits, by ensuring that user-provided input is safe and properly sanitized before processing.
Status: Proposed
Dockerization 🐳
Description: Dockerize the application to simplify deployment and ensure consistent runtime environments across different platforms, making it easier for users to install and run the tool in various environments.
Status: Proposed
Configuration File Support ⚙️
Description: Add support for configuration files to allow users to specify custom settings, such as timeout values, port lists, or logging levels, without modifying command-line arguments, enhancing flexibility and customization options.
Status: Proposed
Integration with Continuous Integration (CI) Pipelines 🔄
Description: Integrate the project with popular CI/CD platforms like Travis CI or GitHub Actions to automate testing, code quality checks, and deployment processes, ensuring code stability and reliability across different environments.
Status: Proposed
Unit Testing Suite ✔️
Description: Develop a comprehensive unit testing suite to validate the functionality and behavior of individual components and modules, ensuring code correctness and preventing regressions during development and maintenance.
Status: Proposed
How to Contribute
If you’re interested in contributing to the project or have any feedback on these planned features and proposed improvements, please feel free to:
Select a feature or improvement from the list above that you’d like to work on or provide feedback on.
Fork the project repository to your GitHub account.
Create a new branch for your work based on the master branch.
Implement the feature or improvement in your branch.
Submit a pull request to the main repository’s master branch.
Collaborate with project maintainers and other contributors to review and iterate on your changes until they’re ready to be merged.
Your contributions and feedback are highly appreciated and will help make the project better for everyone!
License
This project is licensed under the MIT License – see the LICENSE file for details.
3D-Printed Wearable Haptics for Mobile Augmented Reality
Uwe Gruenefeld, Alexander Geilen, Jonathan Liebers, Nick Wittig, Marion Koelle, and Stefan Schneegass
Figure 1: We present the ARm Haptics system, which builds upon 3D-printed wearable input modules to provide haptics for Augmented Reality. a) 3D-printed mount for input modules, b) three different input modules, c) ARm Haptics system with two mounted input modules, and d) button in Augmented Reality linked to worn input module (full blue bar indicates successful linking).
ABSTRACT Augmented Reality (AR) technology enables users to superpose virtual content onto their environments. However, interacting with virtual content while mobile often requires users to perform interactions in mid-air, resulting in a lack of haptic feedback. Hence, in this work, we present the ARm Haptics system, which is worn on the user’s forearm and provides 3D-printed input modules, each representing well-known interaction components such as buttons, sliders, and rotary knobs. These modules can be changed quickly, thus allowing users to adapt them to their current use case. After an iterative development of our system, which involved a focus group with HCI researchers, we conducted a user study to compare the ARm Haptics system to hand-tracking-based interaction in mid-air (baseline). Our findings show that using our system results in significantly lower error rates for slider and rotary input. Moreover, use of the ARm Haptics system results in significantly higher pragmatic quality and lower effort, frustration, and physical demand. Following our findings, we discuss opportunities for haptics worn on the forearm.
Export Laravel Octane metrics using this Prometheus exporter.
🤝 Supporting
If you are using one or more Renoki Co. open-source packages in your production apps, in presentation demos, hobby projects, school projects or so, sponsor our work with Github Sponsors. 📦
🚀 Installation
You can install the package via composer:
composer require renoki-co/octane-exporter
In case you haven’t published your Octane settings, do so:
php artisan octane:install
Next up, add the following Octane tables in your config/octane.php. These tables will be used to keep track of stats for the events:
This package is pretty straightforward. Upon installing it, it will register the route at /exporter/group/octane-metrics and you can point Prometheus towards it for scraping.
Please keep in mind that the metrics are calculated by-process. Point your Prometheus scraper to all instances that run the Octane start command.
# HELP laravel_octane_active_tasks_count Get the number of active tasks that pass through Octane.
# TYPE laravel_octane_active_tasks_count gauge
laravel_octane_active_tasks_count{remote_addr="",addr="",name=""} 0
# HELP laravel_octane_active_ticks_count Get the number of active ticks that run currently in Octane.
# TYPE laravel_octane_active_ticks_count gauge
laravel_octane_active_ticks_count{remote_addr="",addr="",name=""} 0
# HELP laravel_octane_active_workers_count Get the number of active workers for Octane.
# TYPE laravel_octane_active_workers_count gauge
laravel_octane_active_workers_count{remote_addr="",addr="",name=""} 8
# HELP laravel_octane_requests_count Get the number of requests, by status, that passed through Octane.
# TYPE laravel_octane_requests_count gauge
laravel_octane_requests_count{remote_addr="",addr="",name="",status="2xx_count"} 7
laravel_octane_requests_count{remote_addr="",addr="",name="",status="3xx_count"} 0
laravel_octane_requests_count{remote_addr="",addr="",name="",status="4xx_count"} 0
laravel_octane_requests_count{remote_addr="",addr="",name="",status="5xx_count"} 0
laravel_octane_requests_count{remote_addr="",addr="",name="",status="total_count"} 7
# HELP laravel_octane_status Check if the octane service is running. 1 = active, 0 = inactive
# TYPE laravel_octane_status gauge
laravel_octane_status{remote_addr="",addr="",name=""} 1
# HELP laravel_octane_total_tasks_count Get the number of total tasks that passed through Octane.
# TYPE laravel_octane_total_tasks_count gauge
laravel_octane_total_tasks_count{remote_addr="",addr="",name=""} 0
# HELP laravel_octane_total_ticks_count Get the number of total ticks that got through Octane. This is the equivalent of seconds passed since this server is alive.
# TYPE laravel_octane_total_ticks_count gauge
laravel_octane_total_ticks_count{remote_addr="",addr="",name=""} 1242
# HELP php_info Information about the PHP environment.
# TYPE php_info gauge
php_info{version="8.0.11"} 1
