protevus/platform
protevus/platform
1
0
Fork 0
Code Issues Pull requests Projects Releases Packages Wiki Activity Actions

remove: deleting .pkb folder

Browse source
This commit is contained in:
Patrick Stewart 2024-08-04 06:09:50 -07:00
parent 56df9f60fb
commit 484be90d80
51 changed files with 0 additions and 3531 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

18
.pkb/.copies.md
View file

@ -1,18 +0,0 @@
"reranker": {
"name": "cohere",
"params": {
"apiBase": "https://api.jina.ai/v1/",
"apiKey": "api",
"model": "jina-reranker-v2-base-multilingual"
}
}
What do you mean here by out of order? One thing you can try first is increasing the "completionOptions.maxTokens" in config.json
"slashCommands": [
{
"name": "edit",
"description": "Edit highlighted code"
}
]
"contextProviders": [],

4
.pkb/10_commands/command_upsert_index
View file

@ -1,4 +0,0 @@
/upsert
{
"q": "Link to Knowledge Base Index: [pkb-index.md](https://raw.githubusercontent.com/protevus/platform/main/.pkb/pkb-index.md)"
}

9
.pkb/10_commands/command_upsert_project_name
View file

@ -1,9 +0,0 @@
/upsert
{
"q": "The name of the project is Protevus"
}
/upsert
{
"q": "Protevus consist of 2 main repositories. Platform and Protevus. Platform is a monorepo of the modular packages that make up the core of the project. Protevus is the starter application that uses the platform packages to create applications"
}

4
.pkb/10_commands/command_upsert_use_index
View file

@ -1,4 +0,0 @@
/upsert
{
"q": "Keymate, always refer to the index at [pkb-index.md](https://raw.githubusercontent.com/protevus/platform/main/.pkb/pkb-index.md) in the PKB to locate the project-related files and documents."
}

4
.pkb/10_commands/command_upsert_use_my_name
View file

@ -1,4 +0,0 @@
/upsert
{
"q": "User's Name is Patrick Stewart but prefers to be called Patrick."
}

58
.pkb/1_project_overview/instructions/pkb-project-instructions-main.md
View file

@ -1,58 +0,0 @@
# Project Instructions
## Project Overview
The Protevus Platform is an open-source application server platform for the Dart programming language, inspired by the Laravel framework. It aims to provide a familiar and Laravel-compatible API, allowing developers to leverage their existing Laravel knowledge and experience in the Dart ecosystem.
## General Workflow
1. Ensure all relevant files are updated in the repository.
2. Use the following index to retrieve links to key documents and code files:
- [Project Knowledge Base Index](https://raw.githubusercontent.com/your-repo/project/main/pkb-index.md)
3. Follow Dart and PHP coding standards.
4. Write clear and descriptive comments for all functions and classes.
5. Review and update the project documentation regularly.
6. Commit all changes to the repository with clear commit messages.
7. Document all significant decisions and discussions.
8. Regularly check meeting notes and correspondences for updates.
## Task Description
[Provide a clear and concise description of the task or objective you want the AI assistant to work on, related to the Protevus Platform project.]
## Key Concepts and Terminology
- [List any key concepts, technologies, or terminology relevant to the task or project that the AI assistant should be familiar with.]
- [Example: Dart programming language, Laravel framework, server-side development, routing, middleware, ORM, etc.]
## Guidelines and Constraints
- [Provide any specific guidelines, constraints, or requirements that the AI assistant should follow while working on the task.]
- [Example: Adhere to the Protevus Platform coding standards, follow best practices for performance and scalability, prioritize security and data protection, etc.]
## Resources and References
- [List any relevant resources, documentation, or references that the AI assistant can refer to for additional information or context.]
- [Example: Protevus Platform documentation, Dart language specifications, Laravel documentation (for reference), etc.]
## Collaboration and Communication
- [Outline any collaboration or communication protocols the AI assistant should follow while working on the task.]
- [Example: Provide regular updates or progress reports, ask clarifying questions if needed, document any assumptions or decisions made, etc.]
## Evaluation and Feedback
- [Describe how the AI assistant's work will be evaluated and how feedback will be provided.]
- [Example: Code reviews, testing, performance benchmarks, user feedback, etc.]
## Additional Notes
[Include any additional notes, reminders, or specific instructions that the AI assistant should be aware of while working on the task.]

58
.pkb/1_project_overview/instructions/pkb-project-instructions-template.md
View file

@ -1,58 +0,0 @@
# Project Instructions
## Project Overview
The Protevus Platform is an open-source application server platform for the Dart programming language, inspired by the Laravel framework. It aims to provide a familiar and Laravel-compatible API, allowing developers to leverage their existing Laravel knowledge and experience in the Dart ecosystem.
## General Workflow
1. Ensure all relevant files are updated in the repository.
2. Use the following index to retrieve links to key documents and code files:
- [Project Knowledge Base Index](https://raw.githubusercontent.com/your-repo/project/main/pkb-index.md)
3. Follow Dart and PHP coding standards.
4. Write clear and descriptive comments for all functions and classes.
5. Review and update the project documentation regularly.
6. Commit all changes to the repository with clear commit messages.
7. Document all significant decisions and discussions.
8. Regularly check meeting notes and correspondences for updates.
## Task Description
[Provide a clear and concise description of the task or objective you want the AI assistant to work on, related to the Protevus Platform project.]
## Key Concepts and Terminology
- [List any key concepts, technologies, or terminology relevant to the task or project that the AI assistant should be familiar with.]
- [Example: Dart programming language, Laravel framework, server-side development, routing, middleware, ORM, etc.]
## Guidelines and Constraints
- [Provide any specific guidelines, constraints, or requirements that the AI assistant should follow while working on the task.]
- [Example: Adhere to the Protevus Platform coding standards, follow best practices for performance and scalability, prioritize security and data protection, etc.]
## Resources and References
- [List any relevant resources, documentation, or references that the AI assistant can refer to for additional information or context.]
- [Example: Protevus Platform documentation, Dart language specifications, Laravel documentation (for reference), etc.]
## Collaboration and Communication
- [Outline any collaboration or communication protocols the AI assistant should follow while working on the task.]
- [Example: Provide regular updates or progress reports, ask clarifying questions if needed, document any assumptions or decisions made, etc.]
## Evaluation and Feedback
- [Describe how the AI assistant's work will be evaluated and how feedback will be provided.]
- [Example: Code reviews, testing, performance benchmarks, user feedback, etc.]
## Additional Notes
[Include any additional notes, reminders, or specific instructions that the AI assistant should be aware of while working on the task.]

66
.pkb/1_project_overview/pkb-project-overview.md
View file

@ -1,66 +0,0 @@
# Protevus Project Overview
## Introduction
Protevus is an innovative and open-source application server platform for the Dart programming language. Inspired by the Laravel framework, Protevus aims to provide a familiar and Laravel-compatible API, allowing developers to leverage their existing Laravel knowledge and experience in the Dart ecosystem.
## Project Goals
1. **Provide a Laravel-inspired Development Experience**: Offer a development experience that is familiar and intuitive for developers transitioning from Laravel to the Dart ecosystem, leveraging their existing knowledge and skills.
2. **Achieve High Performance and Scalability**: Leverage the power of the Dart language and the multi-threaded Conduit API to deliver exceptional performance and scalability for demanding applications.
3. **Foster Modularity and Extensibility**: Implement a modular architecture that separates core components and libraries from specific application implementations, promoting reusability, maintainability, and extensibility.
4. **Encourage Community Collaboration**: Embrace open-source principles and encourage community contributions, fostering collaboration, knowledge sharing, and the collective advancement of the Protevus platform.
5. **Enable Full-Stack Development**: Provide a comprehensive platform that supports not only backend development but also the ability to build cross-platform frontends using Flutter, enabling developers to create complete, full-stack applications.
## Key Components
1. **Protevus Platform**: The core of the project, containing the modular components, libraries, and APIs that power the Protevus application server. This repository serves as the foundation for building applications with Protevus.
2. **Protevus Starter Application**: A reference implementation that demonstrates how to build applications using the Protevus Platform. It serves as a starting point for developers, providing a familiar structure and environment inspired by Laravel.
3. **Documentation**: Comprehensive documentation covering installation, configuration, usage, and advanced topics, including guides and examples for both the Protevus Platform and the Protevus Starter Application.
4. **Community Resources**: Dedicated channels for community engagement, such as GitHub discussions, forums, and social media presence, to foster collaboration, knowledge sharing, and support.
## Technical Approach
1. **Modular Architecture**: Protevus follows a modular design, separating core components and libraries from specific application implementations. This approach promotes reusability, maintainability, and extensibility, allowing developers to customize and extend the platform to meet their specific project requirements.
2. **Laravel API Compatibility**: By providing a high degree of compatibility with the Laravel API, Protevus enables developers familiar with Laravel to seamlessly transition to the Dart ecosystem, leveraging their existing knowledge and skills.
3. **High Performance and Scalability**: Built on top of the multi-threaded Conduit API, Protevus delivers exceptional performance and scalability for demanding applications, ensuring efficient handling of high-traffic scenarios and resource-intensive workloads.
4. **Community Collaboration**: Protevus embraces open-source principles and encourages community contributions. By fostering collaboration and knowledge sharing, the project aims to leverage the collective expertise of the Dart community, driving innovation and continuous improvement.
5. **Full-Stack Development**: Protevus supports not only backend development but also the ability to build cross-platform frontends using Flutter. This comprehensive approach enables developers to create complete, full-stack applications within the Dart ecosystem.
## Roadmap and Milestones
The Protevus project follows an iterative development approach, with a roadmap divided into several phases and milestones. These milestones are subject to change based on community feedback, emerging requirements, and the evolving landscape of the Dart ecosystem. The current roadmap includes the following phases:
1. Foundation and Core Components
2. Laravel API Compatibility
3. Documentation and Community Engagement
4. Refactoring and Integration
5. Dart-FIG and Ecosystem Integration
6. Performance Optimization and Scaling
7. Additional Framework Support and Extensibility
8. Continuous Improvement and Maintenance
For detailed information on each phase and its associated milestones, please refer to the [Protevus Roadmap](link-to-roadmap) document.
## Contributing and Community
Protevus is an open-source project that welcomes and encourages community contributions. Whether you're interested in contributing code, documentation, or ideas, your involvement is highly valued. Please refer to the [Contributing Guide](link-to-contributing-guide) for information on how to get started.
Additionally, the Protevus project maintains an active community presence through various channels, including GitHub discussions, forums, and social media platforms. These channels serve as a hub for knowledge sharing, support, and collaboration among developers, contributors, and users.
## Conclusion
Protevus represents an exciting and ambitious endeavor to bring the familiarity and power of the Laravel framework to the Dart ecosystem. By leveraging the strengths of the Dart language and the Conduit API, Protevus aims to deliver a high-performance, scalable, and extensible application server platform that empowers developers to create modern, full-stack applications with ease.
Through its modular architecture, community-driven approach, and commitment to fostering collaboration, Protevus has the potential to revolutionize the way developers build applications in the Dart ecosystem, unlocking new possibilities and accelerating the adoption of Dart in the broader software development community.

269
.pkb/2_documentation/pkb-api-documentation.md
View file

@ -1,269 +0,0 @@
# Protevus Platform API Documentation
This document provides an overview of the APIs and interfaces available in the Protevus Platform. It serves as a reference for developers working with the platform, allowing them to understand and utilize the various components and modules effectively.
## Foundation
The Foundation module provides the core functionality and services required by the Protevus Platform.
### Application
The `Application` class is the entry point for the Protevus Platform. It manages the application lifecycle, configuration, and dependency injection.
```dart
class Application {
// ...
/// Initializes the application.
Future<void> initialize();
/// Runs the application.
Future<void> run();
/// Terminates the application.
Future<void> terminate();
// ...
}
```
### Configuration
The Configuration class provides access to the application's configuration settings.
```dart
class Configuration {
// ...
/// Gets the value of a configuration setting.
dynamic get(String key);
/// Sets the value of a configuration setting.
void set(String key, dynamic value);
// ...
}
```
### HTTP
The HTTP module handles HTTP requests and responses, routing, middleware, and controller dispatching.
#### Router
The Router class defines the application's routes and maps them to controllers or middleware.
```dart
class Router {
// ...
/// Registers a GET route.
void get(String path, dynamic handler);
/// Registers a POST route.
void post(String path, dynamic handler);
// ...
}
```
#### Request
The Request class represents an incoming HTTP request.
```dart
class Request {
// ...
/// Gets the request method (GET, POST, etc.).
String get method;
/// Gets the request URL.
Uri get url;
/// Gets the request headers.
Map<String, String> get headers;
// ...
}
```
#### Response
The Response class represents an outgoing HTTP response.
```dart
class Response {
// ...
/// Sets the response status code.
void setStatusCode(int statusCode);
/// Sets a response header.
void setHeader(String name, String value);
/// Writes the response body.
void write(String body);
// ...
}
```
### View
The View module handles server-side rendering of views and templating.
#### ViewFactory
The ViewFactory class is responsible for creating and rendering views.
```dart
class ViewFactory {
// ...
/// Creates a new view instance.
View make(String view, Map<String, dynamic> data);
/// Renders a view and returns the rendered output.
String render(String view, Map<String, dynamic> data);
// ...
}
```
#### View
The View class represents a server-side view.
```dart
class View {
// ...
/// Renders the view and returns the rendered output.
String render();
// ...
}
```
### Database
The Database module provides an abstraction layer for interacting with databases, including query builders, object-relational mapping (ORM), and schema migrations.
##### QueryBuilder
The QueryBuilder class allows you to construct and execute database queries.
```dart
class QueryBuilder {
// ...
/// Adds a WHERE clause to the query.
QueryBuilder where(String column, dynamic value);
/// Executes the query and returns the results.
Future<List<Map<String, dynamic>>> get();
// ...
}
```
#### Model
The Model class represents a database table and provides an ORM-like interface for interacting with the data.
```dart
class Model {
// ...
/// Creates a new instance of the model.
Model({Map<String, dynamic> attributes});
/// Saves the model instance to the database.
Future<void> save();
// ...
}
```
### Authentication and Authorization
The Authentication and Authorization module handles user authentication, authorization, and access control mechanisms.
#### AuthManager
The AuthManager class manages user authentication and provides methods for logging in, logging out, and checking authentication status.
```dart
class AuthManager {
// ...
/// Attempts to log in a user with the provided credentials.
Future<bool> login(String email, String password);
/// Logs out the currently authenticated user.
Future<void> logout();
/// Checks if a user is authenticated.
bool isAuthenticated();
// ...
}
```
#### Gate
The Gate class provides an interface for defining and checking user permissions and authorizations.
```dart
class Gate {
// ...
/// Defines a new permission or authorization.
void define(String ability, dynamic callback);
/// Checks if the current user has the specified permission or authorization.
Future<bool> allows(String ability);
// ...
}
```
### Events and Queues
The Events and Queues module handles real-time event broadcasting and background job processing.
#### EventDispatcher
The EventDispatcher class is responsible for dispatching and listening to application events.
```dart
class EventDispatcher {
// ...
/// Dispatches an event.
void dispatch(Event event);
/// Registers an event listener.
void listen(String eventName, EventListener listener);
// ...
}
```
#### Queue
The Queue class manages background job processing and task scheduling.
```dart
class Queue {
// ...
/// Pushes a new job onto the queue.
void push(Job job);
/// Processes the next job in the queue.
Future<void> processNext();
// ...
}
```

66
.pkb/2_documentation/pkb-architectural-overview.md
View file

@ -1,66 +0,0 @@
# Protevus Architecture Overview
This document provides an overview of the architecture and design principles behind the Protevus application server platform. It covers the modular structure, component interactions, data flow, and architectural decisions employed in the project.
## Modular Architecture
Protevus follows a modular architecture, separating core platform components and libraries from specific application implementations. This approach promotes reusability, maintainability, and extensibility, allowing developers to customize and extend the platform to meet their specific project requirements.
The modular structure consists of the following key components:
1. **Protevus Platform**: The core of the project, containing the modular components, libraries, and APIs that power the Protevus application server. This repository serves as the foundation for building applications with Protevus.
2. **Protevus Starter Application**: A reference implementation that demonstrates how to build applications using the Protevus Platform. It serves as a starting point for developers, providing a familiar structure and environment inspired by Laravel.
3. **Modular Packages**: Each Illuminate component and supporting library is available as a standalone Dart package, promoting modular development and enabling developers to selectively include only the required components in their applications.
## Component Interactions
The Protevus Platform follows a layered architecture, with each component serving a specific purpose and interacting with other components through well-defined interfaces and contracts. This approach promotes loose coupling and facilitates maintainability and testability.
1. **Foundation Layer**: This layer provides the core functionality and services required by the platform, such as application lifecycle management, configuration handling, and dependency injection.
2. **HTTP Layer**: Responsible for handling HTTP requests and responses, routing, middleware, and controller dispatching.
3. **View Layer**: Handles server-side rendering of views, templating, and view composition.
4. **Database Layer**: Provides an abstraction layer for interacting with databases, including query builders, object-relational mapping (ORM), and schema migrations.
5. **Authentication and Authorization Layer**: Handles user authentication, authorization, and access control mechanisms.
6. **Queueing and Event Broadcasting Layer**: Manages background job processing, task scheduling, and real-time event broadcasting.
7. **Application Layer**: This layer represents the specific application implementation built on top of the Protevus Platform, utilizing the provided components and services.
## Data Flow
The data flow in the Protevus Platform follows a request-response cycle, similar to traditional web applications:
1. An HTTP request is received by the platform.
2. The request is routed to the appropriate controller or middleware based on the defined routes.
3. Controllers handle the request logic, potentially interacting with other components such as the database layer, view layer, or authentication layer.
4. The response is generated, which may include rendered views, JSON data, or other types of responses.
5. The response is sent back to the client.
Throughout this process, the platform leverages dependency injection to manage the instantiation and lifecycle of components, promoting loose coupling and testability.
## Architectural Decisions
The Protevus Platform incorporates several architectural decisions and patterns to ensure scalability, maintainability, and extensibility:
1. **Dependency Injection**: The platform employs dependency injection to manage the instantiation and lifecycle of components, promoting loose coupling and facilitating testing and maintainability.
2. **Interface-based Programming**: Components within the platform are designed to implement well-defined interfaces, enabling interchangeability and extensibility.
3. **Layered Architecture**: The platform follows a layered architecture, separating concerns and responsibilities into distinct layers, promoting code organization and maintainability.
4. **Adapter Pattern**: The platform utilizes adapters to integrate with external libraries, frameworks, or services, ensuring a consistent and cohesive interface within the platform.
5. **Event-driven Architecture**: The platform incorporates an event-driven architecture, enabling loose coupling and facilitating communication between components through events and event listeners.
6. **Caching and Performance Optimization**: The platform incorporates caching mechanisms and performance optimization strategies to ensure efficient handling of high-traffic scenarios and resource-intensive workloads.
7. **Extensibility and Customization**: The modular architecture and support for custom extensions allow developers to tailor the platform to meet diverse project requirements, ensuring a seamless and enjoyable development experience.
This architecture overview provides a high-level understanding of the Protevus Platform's architecture, component interactions, data flow, and architectural decisions. It serves as a foundation for developers contributing to the project or those interested in understanding the inner workings of the platform.

54
.pkb/2_documentation/pkb-design-draft.md
View file

@ -1,54 +0,0 @@
# Protevus Platform Design
This document outlines the design principles, patterns, and best practices followed in the development of the Protevus Platform. It serves as a guide for contributors and maintainers to ensure consistency, maintainability, and adherence to industry-standard practices.
## Design Principles
1. **Separation of Concerns (SoC)**: The Protevus Platform follows the principle of separating concerns, where each component or module has a well-defined responsibility and is isolated from other components. This promotes code reusability, maintainability, and testability.
2. **Single Responsibility Principle (SRP)**: Each class or module within the platform should have a single responsibility or reason to change. This principle helps to reduce coupling and increase cohesion, making the codebase more maintainable and extensible.
3. **Open/Closed Principle (OCP)**: The platform's design should be open for extension but closed for modification. This principle encourages the use of abstractions, interfaces, and dependency injection to allow for the addition of new functionality without modifying existing code.
4. **Dependency Inversion Principle (DIP)**: The platform follows the dependency inversion principle, which states that high-level modules should not depend on low-level modules; both should depend on abstractions. This principle promotes loose coupling and facilitates code reuse and testability.
5. **SOLID Principles**: The Protevus Platform adheres to the SOLID principles (Single Responsibility, Open/Closed, Liskov Substitution, Interface Segregation, and Dependency Inversion) to ensure a maintainable, extensible, and testable codebase.
## Design Patterns
The Protevus Platform incorporates various design patterns to promote code organization, maintainability, and flexibility:
1. **Dependency Injection**: The platform utilizes dependency injection to manage the instantiation and lifecycle of components, promoting loose coupling and facilitating testing and maintainability.
2. **Repository Pattern**: The platform employs the repository pattern to abstract data access logic, separating concerns between the application layer and the data access layer.
3. **Observer Pattern**: The platform incorporates the observer pattern for event-driven architecture, enabling loose coupling and facilitating communication between components through events and event listeners.
4. **Adapter Pattern**: The platform utilizes adapters to integrate with external libraries, frameworks, or services, ensuring a consistent and cohesive interface within the platform.
5. **Decorator Pattern**: The platform may employ the decorator pattern to extend or modify the behavior of existing components without modifying their source code.
6. **Factory Pattern**: The platform may utilize the factory pattern to create objects based on specific conditions or configurations, promoting code reusability and maintainability.
## Best Practices
The Protevus Platform follows several best practices to ensure code quality, maintainability, and consistency:
1. **Coding Standards**: The platform adheres to the [Dart Style Guide](https://dart.dev/guides/language/effective-dart) and uses tools like `dartfmt` and `dartanalyzer` to maintain consistent code formatting and style.
2. **Documentation**: The platform emphasizes the importance of clear and comprehensive documentation, including code comments, API documentation, and user guides.
3. **Testing**: The platform promotes a test-driven development approach, with a focus on writing unit tests, integration tests, and end-to-end tests to ensure code quality and reliability.
4. **Continuous Integration and Deployment**: The platform leverages continuous integration and deployment practices to automate the build, testing, and deployment processes, ensuring consistent and reliable releases.
5. **Code Reviews**: The platform encourages code reviews as a standard practice to ensure code quality, adherence to best practices, and knowledge sharing among contributors.
6. **Versioning and Semantic Versioning**: The platform follows semantic versioning principles to communicate changes and maintain backward compatibility.
7. **Performance Optimization**: The platform emphasizes performance optimization techniques, such as caching, lazy loading, and asynchronous programming, to ensure efficient handling of high-traffic scenarios and resource-intensive workloads.
8. **Security Considerations**: The platform prioritizes security best practices, including input validation, sanitization, and adherence to security guidelines for web applications.
This design document serves as a reference for contributors and maintainers of the Protevus Platform, outlining the design principles, patterns, and best practices followed in the project. It promotes consistency, maintainability, and adherence to industry-standard practices, ensuring a high-quality and robust codebase.

73
.pkb/2_documentation/pkb-faqs.md
View file

@ -1,73 +0,0 @@
# Protevus Platform Project FAQs
This document aims to address some of the most frequently asked questions (FAQs) about the Protevus Platform project. If you have any additional questions or need further assistance, please refer to the project's documentation or reach out to the community for support.
## General
### What is the Protevus Platform?
The Protevus Platform is an open-source application server platform for the Dart programming language. Inspired by the Laravel framework, Protevus aims to provide a familiar and Laravel-compatible API, allowing developers to leverage their existing Laravel knowledge and experience in the Dart ecosystem.
### Why was the Protevus Platform created?
The Protevus Platform was created to bring the power and familiarity of the Laravel framework to the Dart ecosystem. By providing a Laravel-compatible API, Protevus enables developers to build server-side applications using Dart while leveraging their existing Laravel knowledge and experience.
### What are the key features of the Protevus Platform?
Some of the key features of the Protevus Platform include:
- Modular architecture
- HTTP routing and middleware
- Server-side rendering and templating
- Database abstraction and ORM
- Authentication and authorization
- Event broadcasting and queueing
- Caching and performance optimization
- Extensibility and customization
## Getting Started
### How do I install the Protevus Platform?
You can install the Protevus Platform using your preferred package manager or by cloning the repository from GitHub. Detailed installation instructions can be found in the project's documentation.
### What are the system requirements for the Protevus Platform?
The Protevus Platform requires the Dart SDK (version X.X.X or later) to be installed on your system. Additionally, you may need to install any additional dependencies or tools required by the platform, such as build tools or package managers.
### How do I create a new Protevus project?
You can create a new Protevus project using the provided command-line interface (CLI) or project scaffolding tools. The project's documentation provides step-by-step instructions for creating a new project.
## Development
### How do I define routes in a Protevus application?
Routes in a Protevus application are defined using the routing module. You can specify the HTTP methods, URLs, and corresponding controllers or middleware for each route.
### How do I interact with databases in a Protevus application?
The Protevus Platform provides a database module that includes query builders, object-relational mapping (ORM), and schema migration capabilities. You can use these features to interact with databases and manage your application's data.
### How do I implement authentication and authorization in a Protevus application?
The Protevus Platform includes an authentication and authorization module that provides user authentication, authorization, and access control mechanisms. You can use this module to secure your application and manage user permissions.
## Community and Support
### Where can I find documentation for the Protevus Platform?
The official documentation for the Protevus Platform is available online and covers a wide range of topics, from installation and configuration to advanced usage and troubleshooting.
### How can I get support or report issues with the Protevus Platform?
If you encounter any issues or have questions while using the Protevus Platform, you can refer to the following resources:
- **Community Forums**: Join the Protevus community forums to ask questions, share ideas, and engage with other developers using the platform.
- **GitHub Issues**: If you encounter any bugs or have feature requests, you can submit them as issues on the official Protevus GitHub repository.
- **Community Channels**: Stay up-to-date with the latest news, updates, and announcements by following the Protevus community channels on platforms like Twitter, Discord, or Slack.
### How can I contribute to the Protevus Platform project?
The Protevus Platform is an open-source project, and contributions from the community are welcome and encouraged. You can contribute by submitting bug reports, feature requests, or pull requests on the project's GitHub repository. Additionally, you can participate in discussions, share your knowledge, and help others in the community forums and channels.

117
.pkb/2_documentation/pkb-performance_and_scalability_guide.md
View file

@ -1,117 +0,0 @@
# Protevus Platform Performance and Scalability Guide
The Protevus Platform is designed to be a high-performance and scalable application server, capable of handling diverse workloads and high-traffic scenarios. This guide provides an overview of the performance optimization techniques and scalability strategies employed in the platform, as well as best practices for ensuring optimal performance and scalability in your Protevus applications.
## Performance Optimization
The Protevus Platform leverages various techniques and strategies to optimize performance and ensure efficient resource utilization.
### Caching
Caching is a crucial aspect of performance optimization in web applications. The Protevus Platform provides built-in caching mechanisms that allow you to cache frequently accessed data, reducing the need for expensive database queries or computations.
#### Caching Strategies
The platform supports the following caching strategies:
- **In-Memory Caching**: Utilizes the application's memory to store and retrieve cached data, providing the fastest access times.
- **Distributed Caching**: Leverages distributed caching systems like Redis or Memcached for caching data across multiple servers or instances.
- **File-based Caching**: Stores cached data on the file system, suitable for scenarios where persistence is required.
#### Caching Configuration
The caching system in the Protevus Platform is highly configurable, allowing you to specify cache drivers, cache stores, cache key prefixes, and cache expiration policies based on your application's requirements.
### Asynchronous Processing
The Protevus Platform takes advantage of Dart's support for asynchronous programming, enabling efficient handling of concurrent requests and non-blocking operations.
#### Event Loop and Isolates
The platform utilizes Dart's event loop and isolates to handle concurrent requests and offload resource-intensive tasks to separate isolates, preventing blocking and ensuring optimal utilization of system resources.
#### Async/Await and Futures
The Protevus Platform embraces the use of `async`/`await` and `Future` constructs, allowing for efficient asynchronous programming and non-blocking execution of I/O operations, such as database queries and network requests.
### Optimized Database Interactions
The Protevus Platform provides an optimized database layer, including query builders and object-relational mapping (ORM) capabilities, to ensure efficient database interactions.
#### Query Optimization
The query builders in the Protevus Platform are designed to generate optimized SQL queries, reducing the overhead of database operations and minimizing the amount of data transferred between the application and the database.
#### Lazy Loading and Eager Loading
The ORM layer supports lazy loading and eager loading strategies, allowing you to control the amount of data loaded from the database and optimize performance based on your application's data access patterns.
#### Connection Pooling
The platform supports connection pooling for database connections, reducing the overhead of establishing new connections and improving overall database performance.
## Scalability Strategies
The Protevus Platform incorporates various scalability strategies to handle increasing workloads and traffic demands.
### Load Balancing
Load balancing is a crucial aspect of scalability, allowing you to distribute incoming requests across multiple application instances or servers.
#### Load Balancing Techniques
The Protevus Platform supports various load balancing techniques, including:
- **Round-Robin Load Balancing**: Distributes requests evenly across multiple instances or servers.
- **Least Connections Load Balancing**: Sends requests to the instance or server with the least number of active connections.
- **IP Hash Load Balancing**: Distributes requests based on the client's IP address, ensuring session persistence.
#### Load Balancer Configuration
The platform provides configuration options for specifying load balancing strategies, server instances, and health check mechanisms to ensure optimal distribution of traffic and failover capabilities.
### Horizontal Scaling
Horizontal scaling involves adding more instances or servers to handle increased workloads and traffic demands.
#### Stateless Architecture
The Protevus Platform promotes a stateless architecture, allowing you to easily scale horizontally by adding more instances or servers without the need for complex state management or session replication.
#### Shared Caching and Queues
The platform supports shared caching and queuing mechanisms, enabling seamless communication and data sharing between multiple instances or servers in a horizontally scaled environment.
### Vertical Scaling
Vertical scaling involves increasing the resources (CPU, memory, storage) of existing instances or servers to handle increased workloads.
#### Resource Monitoring and Autoscaling
The Protevus Platform integrates with various monitoring and autoscaling tools, allowing you to monitor resource utilization and automatically scale vertically based on predefined thresholds or schedules.
#### Optimized Resource Utilization
The platform's efficient use of system resources, such as asynchronous processing and optimized database interactions, helps ensure optimal resource utilization and reduces the need for frequent vertical scaling.
## Best Practices
To ensure optimal performance and scalability in your Protevus applications, follow these best practices:
1. **Implement Caching**: Identify and cache frequently accessed data or computationally expensive operations to reduce response times and improve overall performance.
2. **Optimize Database Interactions**: Utilize the provided query builders and ORM features to generate optimized SQL queries and minimize unnecessary data transfers.
3. **Leverage Asynchronous Programming**: Embrace asynchronous programming techniques, such as `async`/`await` and `Future`, to ensure non-blocking execution and efficient resource utilization.
4. **Monitor and Profile**: Continuously monitor your application's performance and resource utilization, and profile critical sections of your code to identify and address performance bottlenecks.
5. **Implement Load Balancing**: Implement load balancing strategies to distribute incoming traffic across multiple instances or servers, ensuring high availability and scalability.
6. **Plan for Scalability**: Design your application with scalability in mind from the beginning, considering factors such as stateless architecture, shared caching, and queuing mechanisms.
7. **Leverage Monitoring and Autoscaling**: Integrate with monitoring and autoscaling tools to automatically scale resources based on demand and ensure optimal performance and cost-effectiveness.
8. **Follow Best Practices**: Adhere to the Protevus Platform's coding standards, performance optimization guidelines, and best practices for developing high-performance and scalable applications.
By following the performance optimization techniques, scalability strategies, and best practices outlined in this guide, you can ensure that your Protevus applications are capable of handling diverse workloads and high-traffic scenarios while maintaining optimal performance and scalability.

52
.pkb/2_documentation/pkb-project-whitepaper.md
View file

@ -1,52 +0,0 @@
# Protevus Platform: A Modern Server-Side Framework for Dart
## Introduction
In the ever-evolving landscape of web development, the demand for high-performance, scalable, and efficient server-side solutions has never been greater. The Protevus Platform is an open-source application server platform that aims to address these needs by leveraging the power of the Dart programming language and the familiarity of the Laravel framework.
## Background
The Protevus Platform is inspired by the Laravel framework, a popular open-source web application framework for PHP. Laravel has gained widespread adoption due to its elegant syntax, robust feature set, and strong community support. However, as the demand for modern, high-performance server-side solutions continues to grow, there is a need for a framework that can leverage the advantages of newer programming languages while maintaining the familiarity and productivity of Laravel.
Enter Dart, a modern, object-oriented programming language developed by Google. Dart is designed for building high-performance, scalable applications, and it has gained traction in various domains, including web development, mobile app development, and server-side programming.
## The Protevus Platform
The Protevus Platform is an ambitious project that aims to bring the power and familiarity of the Laravel framework to the Dart ecosystem. By providing a Laravel-compatible API, the Protevus Platform enables developers to leverage their existing Laravel knowledge and experience while taking advantage of Dart's performance and scalability benefits.
### Key Features
- **Modular Architecture**: The Protevus Platform follows a modular design, allowing developers to easily extend and customize the framework to meet their specific requirements.
- **HTTP Routing and Middleware**: The platform includes a robust routing system and middleware support, enabling developers to define routes, handle incoming requests, and apply cross-cutting concerns.
- **Server-Side Rendering and Templating**: The Protevus Platform provides a powerful templating engine inspired by Laravel's Blade, allowing for efficient server-side rendering and dynamic content generation.
- **Database Abstraction and ORM**: The platform offers a database abstraction layer and an Object-Relational Mapping (ORM) system, similar to Laravel's Eloquent, for seamless database interaction and management.
- **Authentication and Authorization**: The Protevus Platform includes a comprehensive authentication and authorization system, ensuring secure access control and user management.
- **Event Broadcasting and Queueing**: Developers can leverage the platform's event broadcasting and queueing systems for real-time communication and asynchronous task processing.
- **Caching and Performance Optimization**: The platform provides caching mechanisms and performance optimization techniques to enhance application performance and scalability.
- **Extensibility and Customization**: The Protevus Platform is designed to be highly extensible and customizable, allowing developers to tailor the framework to their specific needs.
### Benefits
- **Familiarity and Productivity**: By providing a Laravel-compatible API, the Protevus Platform enables developers to leverage their existing Laravel knowledge and experience, reducing the learning curve and increasing productivity.
- **Performance and Scalability**: Dart's focus on performance and scalability, combined with the Protevus Platform's optimizations, ensures that applications built with the platform can handle high loads and scale efficiently.
- **Cross-Platform Capabilities**: Dart's cross-platform capabilities allow the Protevus Platform to target multiple platforms, including web, mobile, and desktop, enabling developers to build truly cross-platform applications.
- **Strong Typing and Tooling**: Dart's strong typing and robust tooling ecosystem, including features like code completion, refactoring, and static analysis, enhance developer productivity and code quality.
- **Open-Source and Community-Driven**: As an open-source project, the Protevus Platform benefits from the contributions and support of a vibrant community, fostering innovation and continuous improvement.
## Conclusion
The Protevus Platform represents a significant step forward in server-side development, combining the familiarity and productivity of the Laravel framework with the performance and scalability of the Dart programming language. By providing a Laravel-compatible API and leveraging Dart's cross-platform capabilities, the Protevus Platform empowers developers to build high-performance, scalable, and truly cross-platform applications.
With its modular architecture, robust feature set, and strong community support, the Protevus Platform is poised to become a game-changer in the world of server-side development, offering developers a powerful and familiar toolset for building modern, efficient, and scalable applications.

70
.pkb/2_documentation/pkb-user-guides.md
View file

@ -1,70 +0,0 @@
# Protevus Platform User's Guide
Welcome to the Protevus Platform! This User's Guide is designed to help you get started with the platform and provide you with the necessary information to build and deploy your applications effectively.
## Introduction
The Protevus Platform is an open-source application server platform for the Dart programming language. Inspired by the Laravel framework, Protevus aims to provide a familiar and Laravel-compatible API, allowing developers to leverage their existing Laravel knowledge and experience in the Dart ecosystem.
## Getting Started
Before you can start using the Protevus Platform, you need to ensure that you have the following prerequisites installed on your system:
- Dart SDK (version X.X.X or later)
- Any additional dependencies or tools required by the platform (e.g., build tools, package managers)
Once you have the prerequisites installed, follow these steps to get started:
1. **Install the Protevus Platform**: You can install the Protevus Platform using your preferred package manager or by cloning the repository from GitHub.
2. **Set up the Development Environment**: Follow the instructions in the project's documentation to set up the development environment and configure any necessary settings.
3. **Create a New Project**: Use the provided command-line interface (CLI) or project scaffolding tools to create a new Protevus project.
4. **Explore the Project Structure**: Familiarize yourself with the project structure and the different components and modules that make up a Protevus application.
5. **Start the Development Server**: Use the provided commands to start the development server and ensure that your application is running correctly.
## Building Applications
The Protevus Platform follows a modular architecture, allowing you to build applications by combining various components and modules. Here's a high-level overview of the process:
1. **Define Routes**: Define the routes for your application using the routing module, specifying the HTTP methods, URLs, and corresponding controllers or middleware.
2. **Create Controllers**: Implement the business logic for your application in controllers, which handle incoming requests and generate responses.
3. **Manage Views**: Use the view module to create and render server-side templates, leveraging the familiar Blade templating engine from Laravel.
4. **Interact with Databases**: Utilize the database module to interact with databases, including query builders, object-relational mapping (ORM), and schema migrations.
5. **Implement Authentication and Authorization**: Secure your application by implementing authentication and authorization mechanisms using the provided modules.
6. **Handle Events and Queues**: Leverage the event broadcasting and queueing modules to handle real-time events and background job processing.
7. **Deploy Your Application**: Once you've completed the development process, follow the deployment guidelines to deploy your Protevus application to a production environment.
## Advanced Topics
As you become more familiar with the Protevus Platform, you can explore advanced topics and features, such as:
- **Performance Optimization**: Learn about techniques and strategies for optimizing the performance of your Protevus applications, including caching, load balancing, and asynchronous processing.
- **Testing and Continuous Integration**: Implement testing practices and set up continuous integration pipelines to ensure the quality and reliability of your codebase.
- **Extending the Platform**: Discover how to extend the Protevus Platform by creating custom modules, integrating with third-party libraries, or contributing to the core codebase.
- **Community and Ecosystem**: Get involved with the Protevus community, contribute to the project, and explore the growing ecosystem of packages and tools built around the platform.
## Support and Resources
If you encounter any issues or have questions while using the Protevus Platform, you can refer to the following resources:
- **Documentation**: The official documentation for the Protevus Platform is available online and covers a wide range of topics, from installation and configuration to advanced usage and troubleshooting.
- **Community Forums**: Join the Protevus community forums to ask questions, share ideas, and engage with other developers using the platform.
- **GitHub Issues**: If you encounter any bugs or have feature requests, you can submit them as issues on the official Protevus GitHub repository.
- **Community Channels**: Stay up-to-date with the latest news, updates, and announcements by following the Protevus community channels on platforms like Twitter, Discord, or Slack.
We hope this User's Guide helps you get started with the Protevus Platform and provides you with the necessary information to build and deploy your applications successfully. Happy coding!

0
.pkb/3_repositories/pkb-sc-protevus-platform.md
View file

0
.pkb/3_repositories/pkb-sc-protevus.md
View file

58
.pkb/4_dependencies_and_setup/pkb-dependency-list.md
View file

@ -1,58 +0,0 @@
# Protevus Platform Dependency List
This document outlines the dependencies required for the Protevus Platform and its various components. It serves as a reference for developers and maintainers to ensure that all necessary dependencies are installed and up-to-date.
## Core Dependencies
The following dependencies are required for the core functionality of the Protevus Platform:
- **Dart SDK** (version X.X.X or later)
- **package:http** (version X.X.X)
- **package:path** (version X.X.X)
- **package:logging** (version X.X.X)
- **package:yaml** (version X.X.X)
## Database Dependencies
If you plan to use the database functionality of the Protevus Platform, you will need the following additional dependencies:
- **package:sqflite** (version X.X.X)
- **package:sqlite3** (version X.X.X)
- **package:mysql1** (version X.X.X)
- **package:postgresql** (version X.X.X)
## Web Server Dependencies
For running the Protevus Platform as a web server, you will need the following dependencies:
- **package:shelf** (version X.X.X)
- **package:shelf_router** (version X.X.X)
- **package:shelf_static** (version X.X.X)
## Templating Dependencies
If you plan to use the templating engine of the Protevus Platform, you will need the following additional dependencies:
- **package:mustache** (version X.X.X)
- **package:jinja** (version X.X.X)
## Testing Dependencies
For running tests and ensuring code quality, you will need the following dependencies:
- **package:test** (version X.X.X)
- **package:mockito** (version X.X.X)
- **package:coverage** (version X.X.X)
## Development Dependencies
The following dependencies are recommended for development purposes:
- **package:build_runner** (version X.X.X)
- **package:build_web_compilers** (version X.X.X)
- **package:webdev** (version X.X.X)
Please note that the specific versions of these dependencies may change over time. It is recommended to refer to the project's documentation or the `pubspec.yaml` file for the most up-to-date version information.
Additionally, some dependencies may have transitive dependencies that will be automatically installed when you install the listed dependencies.

71
.pkb/4_dependencies_and_setup/pkb-environment-setup.md
View file

@ -1,71 +0,0 @@
# Protevus Platform Environment Setup
This guide will walk you through the steps required to set up your development environment for the Protevus Platform. It covers the installation of required dependencies, configuration of environment variables, and other necessary setup tasks.
## Prerequisites
Before you begin, ensure that you have the following prerequisites installed on your system:
- **Dart SDK** (version X.X.X or later)
- **Git** (for cloning the Protevus Platform repository)
## Step 1: Clone the Protevus Platform Repository
Open your terminal or command prompt and navigate to the directory where you want to clone the Protevus Platform repository. Then, run the following command:
~~~bash
git clone https://github.com/protevus/platform.git
~~~
This will create a local copy of the Protevus Platform codebase on your machine.
## Step 2: Install Dependencies
Next, navigate into the cloned repository directory:
~~~bash
cd platform
~~~
Install the required dependencies by running the following command:
~~~bash
dart pub get
~~~
This command will download and install all the necessary packages and dependencies listed in the `pubspec.yaml` file.
## Step 3: Configure Environment Variables
The Protevus Platform requires certain environment variables to be set for proper configuration and operation. Create a new file named `.env` in the root directory of the cloned repository and add the following variables:
~~~bash
APP_ENV=development APP_KEY=your_app_key_here DB_CONNECTION=sqlite DB_DATABASE=database/database.sqlite
~~~
Replace `your_app_key_here` with a secure, random string that will be used for encryption and hashing purposes.
## Step 4: Set up the Database (Optional)
If you plan to use the database functionality of the Protevus Platform, you'll need to set up a database. The default configuration uses SQLite, but you can also configure other database systems like MySQL or PostgreSQL.
For SQLite, create a new directory named `database` in the root of the cloned repository, and create an empty file named `database.sqlite` within it.
## Step 5: Run the Development Server
With the environment set up and dependencies installed, you can now run the development server. In the terminal or command prompt, navigate to the root directory of the cloned repository and run the following command:
~~~bash
dart bin/server.dart
~~~
This will start the Protevus Platform development server, and you should see output indicating that the server is running and listening on a specific port (e.g., `http://localhost:8080`).
## Step 6: Verify the Installation
To verify that the installation was successful, open a web browser and navigate to the URL displayed in the terminal or command prompt (e.g., `http://localhost:8080`). You should see a welcome message or the default homepage of the Protevus Platform.
Congratulations! You have successfully set up your development environment for the Protevus Platform. You can now start building your applications or contributing to the project.

92
.pkb/4_dependencies_and_setup/pkb-installation-guide.md
View file

@ -1,92 +0,0 @@
# Protevus Platform Installation Guide
This guide will walk you through the process of installing the Protevus Platform on your system. It covers different installation methods and provides step-by-step instructions to ensure a smooth installation process.
## Prerequisites
Before you begin, ensure that you have the following prerequisites installed on your system:
- **Dart SDK** (version X.X.X or later)
- **Git** (for cloning the Protevus Platform repository)
## Installation Methods
You can install the Protevus Platform using one of the following methods:
1. **Using Git (Recommended)**
2. **Downloading the ZIP Archive**
Choose the method that best suits your needs and follow the corresponding instructions.
### Method 1: Using Git (Recommended)
This method is recommended for developers who want to stay up-to-date with the latest changes and contribute to the project.
1. Open your terminal or command prompt and navigate to the directory where you want to install the Protevus Platform.
2. Clone the Protevus Platform repository by running the following command:
~~~bash
git clone https://github.com/protevus/platform.git
~~~
3. Navigate into the cloned repository directory:
~~~bash
cd platform
~~~
4. Install the required dependencies by running the following command:
~~~bash
dart pub get
~~~
5. Follow the [Environment Setup Guide](environment-setup.md) to configure your environment and set up the necessary dependencies.
6. Once the environment is set up, you can start the Protevus Platform development server by running the following command:
~~~bash
dart bin/server.dart
~~~
7. Verify the installation by accessing the development server in your web browser (e.g., `http://localhost:8080`).
### Method 2: Downloading the ZIP Archive
This method is suitable for users who want to quickly install the Protevus Platform without using Git.
1. Visit the [Protevus Platform GitHub repository](https://github.com/protevus/platform) and click on the "Code" button.
2. Select "Download ZIP" to download the ZIP archive of the Protevus Platform codebase.
3. Extract the downloaded ZIP archive to a directory of your choice.
4. Open your terminal or command prompt and navigate to the extracted directory.
5. Install the required dependencies by running the following command:
~~~bash
dart pub get
~~~
6. Follow the [Environment Setup Guide](environment-setup.md) to configure your environment and set up the necessary dependencies.
7. Once the environment is set up, you can start the Protevus Platform development server by running the following command:
~~~bash
dart bin/server.dart
~~~
8. Verify the installation by accessing the development server in your web browser (e.g., `http://localhost:8080`).
## Next Steps
After successfully installing the Protevus Platform, you can proceed to the following steps:
- Explore the project documentation to learn more about the platform's features and capabilities.
- Start building your applications using the Protevus Platform.
- Contribute to the project by submitting bug reports, feature requests, or pull requests on the [GitHub repository](https://github.com/protevus/platform).
- Join the Protevus Platform community and engage with other developers, ask questions, and share your experiences.
Congratulations! You have successfully installed the Protevus Platform on your system. Happy coding!

69
.pkb/5_development_process/pkb-coding-standards.md
View file

@ -1,69 +0,0 @@
# Protevus Platform Coding Standards
This document outlines the coding standards and conventions followed in the development of the Protevus Platform. Adhering to these standards ensures consistency, maintainability, and readability across the codebase, facilitating collaboration and knowledge sharing among contributors.
## Code Formatting
The Protevus Platform follows the [Dart Style Guide](https://dart.dev/guides/language/effective-dart) for code formatting and style. To ensure consistent formatting across the codebase, the project utilizes the following tools:
1. **dartfmt**: The official Dart code formatter, which automatically formats Dart code according to the style guide. All code contributions should be formatted using `dartfmt` before submission.
2. **dartanalyzer**: A static analysis tool that identifies potential issues, errors, and style guide violations in Dart code. The project enforces the use of `dartanalyzer` to maintain code quality and adherence to best practices.
## Naming Conventions
The Protevus Platform follows the naming conventions outlined in the Dart Style Guide, with some additional project-specific conventions:
1. **Classes**: Class names should be in `UpperCamelCase` and should be descriptive and meaningful.
2. **Interfaces**: Interface names should be in `UpperCamelCase` and should be prefixed with `I` (e.g., `IUserRepository`).
3. **Variables**: Variable names should be in `lowerCamelCase` and should be descriptive and meaningful.
4. **Constants**: Constant names should be in `lowerCamelCase` for `const` declarations, and `UPPERCASE_WITH_UNDERSCORES` for `final` declarations.
5. **Functions**: Function names should be in `lowerCamelCase` and should be descriptive and meaningful.
6. **Packages**: Package names should be in `lowercase_with_underscores` and should be descriptive and meaningful.
7. **Directories**: Directory names should be in `lowercase_with_underscores` and should be descriptive and meaningful.
## Code Organization
The Protevus Platform follows a modular and layered architecture, with each component or module organized into its respective directory or package. The codebase should be organized in a way that promotes separation of concerns and maintainability.
1. **Packages**: Each major component or feature should be organized into its own package, with a clear separation of responsibilities and dependencies.
2. **Directories**: Within each package, the code should be organized into directories based on their responsibilities or concerns (e.g., `models`, `controllers`, `services`, `utils`).
3. **File Structure**: Each file should contain a single class, interface, or set of related functions, with a clear and descriptive name that reflects its purpose.
4. **Imports**: Imports should be organized into sections (e.g., Dart core imports, package imports, relative imports) and should be sorted alphabetically within each section.
## Documentation
The Protevus Platform emphasizes the importance of clear and comprehensive documentation, both at the code level and in the form of user guides and API documentation.
1. **Code Comments**: All classes, interfaces, functions, and complex code blocks should be documented using Dart's documentation comments (`///`). These comments should provide a clear description of the purpose, parameters, return values, and any other relevant information.
2. **User Guides**: The project should maintain comprehensive user guides and tutorials to assist developers in understanding and using the platform effectively.
3. **API Documentation**: The project should generate and maintain up-to-date API documentation for all public interfaces and classes, using tools like `dartdoc`.
## Testing
The Protevus Platform promotes a test-driven development approach, with a focus on writing unit tests, integration tests, and end-to-end tests to ensure code quality and reliability.
1. **Unit Tests**: All classes, functions, and components should have corresponding unit tests to verify their behavior and functionality.
2. **Integration Tests**: Integration tests should be written to ensure the proper integration and interaction between different components and modules.
3. **End-to-End Tests**: End-to-end tests should be written to simulate real-world scenarios and ensure the overall functionality of the application.
4. **Test Organization**: Tests should be organized in a way that mirrors the structure of the codebase, with each test file corresponding to the file or component being tested.
5. **Test Naming Conventions**: Test names should be descriptive and follow a consistent naming convention (e.g., `test_ClassName_methodName_scenario`).
6. **Test Coverage**: The project should strive for high test coverage, with a minimum target coverage percentage defined and enforced.
By adhering to these coding standards, the Protevus Platform ensures consistency, maintainability, and readability across the codebase, facilitating collaboration and knowledge sharing among contributors. These standards serve as a foundation for producing high-quality, reliable, and maintainable code within the project.

69
.pkb/5_development_process/pkb-contributing-guidelines.md
View file

@ -1,69 +0,0 @@
# Contributing to Protevus
Thank you for your interest in contributing to the Protevus project! We welcome and appreciate contributions from the community, as they help to make Protevus better and more robust. Whether you're reporting a bug, suggesting a new feature, or submitting a pull request, your contributions are valuable.
## Code of Conduct
Before contributing, please read and follow our [Code of Conduct](link-to-code-of-conduct). We expect all contributors to adhere to these guidelines to ensure a respectful and inclusive environment for everyone involved in the project.
## Getting Started
1. **Fork the Repository**: Start by forking the [Protevus Platform](https://github.com/protevus/platform) or [Protevus Starter Application](https://github.com/protevus/protevus) repository to your GitHub account.
2. **Clone the Repository**: Clone your forked repository to your local machine using the following command:
~~~bash
git clone https://github.com/protevus/platform.git
~~~
3. **Set up the Development Environment**: Follow the instructions in the repository's README file to set up the development environment and install any necessary dependencies.
4. **Create a Branch**: Create a new branch for your contribution using a descriptive name:
~~~bash
git checkout -b feature/your-feature-name
~~~
5. **Make Changes**: Make the desired changes to the codebase, following the project's coding conventions and best practices.
6. **Test Your Changes**: Ensure that your changes do not introduce any regressions by running the project's test suite. If you're introducing new functionality, please include appropriate tests.
7. **Commit Your Changes**: Commit your changes with a clear and descriptive commit message:
~~~bash
git commit -m "Brief description of changes"
~~~
8. **Push Your Changes**: Push your changes to your forked repository:
~~~bash
git push origin feature/your-feature-name
~~~
9. **Submit a Pull Request**: Navigate to the original repository on GitHub and submit a pull request from your forked branch to the main repository's appropriate branch (usually `main` or `develop`). Provide a clear and detailed description of your changes, including any relevant information or context.
## Contribution Guidelines
- **Follow the Coding Style**: Ensure that your code adheres to the project's coding style and conventions. We follow the [Dart Style Guide](link-to-dart-style-guide) and use tools like `dartfmt` and `dartanalyzer` to maintain consistent code formatting and style.
- **Write Tests**: We value well-tested code. If you're introducing new functionality or fixing a bug, please include appropriate tests to ensure the stability and reliability of the codebase.
- **Document Your Changes**: If your contribution involves changes to the codebase or introduces new features, please update the relevant documentation accordingly.
- **Keep It Small**: Try to keep your contributions focused and manageable. If you're working on a larger feature or refactoring, consider breaking it down into smaller, incremental changes to facilitate the review process.
- **Be Responsive**: Be prepared to engage in discussions and address any feedback or questions raised during the review process. We strive to maintain an open and collaborative environment.
## Reporting Issues
If you encounter any bugs, issues, or have feature requests, please report them in the appropriate repository's [issue tracker](link-to-issue-tracker). When reporting an issue, please provide as much detail as possible, including steps to reproduce the problem, expected behavior, and any relevant error messages or logs.
## Support and Community
If you have any questions or need further assistance, please join our community:
- **GitHub Discussions**: [github.com/protevus/platform/discussions](https://github.com/protevus/platform/discussions)
- **Twitter**: [@Protevus](https://twitter.com/Protevus)
We appreciate your contributions and look forward to working with you to make Protevus even better!

101
.pkb/5_development_process/pkb-development-workflow.md
View file

@ -1,101 +0,0 @@
# Protevus Platform Development Workflow
To ensure consistency and efficiency during the development process, the Protevus Platform follows a specific workflow. This document outlines the steps and guidelines for contributing to the project.
## Branching Strategy
When contributing to the project, it is important to create a new branch for the specific feature or task you are working on. This helps to keep the main branch clean and prevents any conflicts or issues with the existing code.
To create a new branch, use the following command:
~~~bash
git checkout -b <branch_name>
~~~
Replace `<branch-name>` with a meaningful name that describes the feature or task you are working on. For example:
~~~bash
git checkout -b feature/new-view
~~~
or
~~~bash
git checkout -b feature/refactor-view
~~~
Once you have created the new branch, you can start working on the feature or task.
## Committing Changes
When you have made the necessary changes, you should commit them to the new branch. To commit the changes, use the following command:
~~~bash
git commit -m "Description of the commit"
~~~
Replace `Description of the commit` with a meaningful description of the changes you have made. For example:
~~~bash
git commit -m "Refactored the view to use the new design"
~~~
or
~~~bash
git commit -m "Added the new view for the design"
~~~
It is important to provide a clear and concise description of the changes you have made, as this will help others understand the purpose of the commit.
## Pushing Changes
Once you have committed the changes, you should push the new branch to the remote repository. To do this, use the following command:
~~~bash
git push -u origin <branch_name>
~~~
Replace `<branch-name>` with the name of the branch you created earlier. This command will push the new branch to the remote repository and set the upstream branch for the current branch.
After pushing the changes, you can continue working on the feature or task. Once you have completed the work, you can create a pull request for review and merging.
## Continuing Development
Once you have completed the work on the feature or task, you can continue working on other features or tasks by creating a new branch for each one. This will help to keep the main branch clean and prevent any conflicts or issues with the existing code.
To create a new branch, use the following command:
~~~bash
git checkout -b <branch_name>
~~~
Replace `<branch-name>` with a meaningful name for the new feature or task you are working on.
This workflow helps to keep the code organized and prevents any conflicts or issues with the existing code. It also allows you to work on multiple features or tasks simultaneously without affecting the existing code.
## Merging Changes
Once you have completed the work on the feature or task, you can create a pull request to merge the changes into the main branch. The maintainers of the project will review the changes and merge them into the main branch.
To create a pull request, use the following command:
~~~bash
git pull-request
~~~
This command will prompt you to enter the details of the pull request, such as the branch name and the commit message. Once you have entered the details, the pull request will be created and the maintainers will be notified of the changes.
After the changes have been merged, you can continue working on other features or tasks by creating a new branch and repeating the process.
## Conclusion
By following this workflow, you can contribute to the project without affecting the existing code. The new branch allows you to work on the feature or task without affecting the existing code, and the commit message provides a clear description of the changes you have made.
Once you have completed the work, you can create a pull request to merge the changes into the main branch. The maintainers of the project will review the changes and merge them into the main branch.
This workflow helps to keep the code organized and prevents any conflicts or issues with the existing code. It also allows you to work on multiple features or tasks simultaneously without affecting the existing code.
By following this workflow, you can contribute to the project without affecting the existing code and without causing any conflicts or issues with the existing code.

58
.pkb/5_development_process/pkb-porting-process-guide.md
View file

@ -1,58 +0,0 @@
# Porting Process Guide
This guide provides an overview of the porting process when migrating code from one language or framework to another. It covers best practices, naming conventions, and strategies to ensure a smooth and consistent porting process.
## Introduction
Porting is the process of adapting or translating code from one language or framework to another. It involves translating the code, adhering to new naming conventions, and ensuring consistency with the target language or framework's best practices. Effective porting requires a deep understanding of both the source and target languages or frameworks.
## Naming Conventions
When porting code, it's essential to adhere to the naming conventions of the target language or framework. This ensures consistency and maintainability within the codebase. Here are some general guidelines for naming conventions:
1. **Variables**:
- Use descriptive names that accurately represent the purpose of the variable.
- Follow the casing conventions of the target language (e.g., camelCase, snake_case).
2. **Functions/Methods**:
- Use descriptive names that clearly convey the purpose of the function or method.
- Follow the casing conventions of the target language (e.g., camelCase, snake_case).
3. **Classes**:
- Use descriptive names that accurately represent the entity or concept being defined.
- Follow the casing conventions of the target language (e.g., PascalCase, snake_case).
4. **Constants**:
- Use descriptive names that clearly convey the purpose of the constant.
- Follow the casing conventions of the target language (e.g., UPPERCASE_WITH_UNDERSCORES).
5. **Abbreviations**:
- Use widely accepted and understood abbreviations when naming variables, functions, or classes.
- Avoid obscure or ambiguous abbreviations that may hinder readability.
## Documentation
Effective documentation is crucial when porting code. It helps ensure that the ported code is easily understood and maintainable by others. Here are some best practices for documentation:
1. **Variable Names**:
- Use descriptive names that accurately represent the purpose of the variable.
- Avoid ambiguous or misleading names that may hinder readability.
2. **Function/Method Names**:
- Use descriptive names that clearly convey the purpose of the function or method.
- Follow the casing conventions of the target language (e.g., camelCase, snake_case).
3. **Inline Comments**:
- Provide clear and concise comments explaining the purpose, behavior, and any assumptions or constraints.
- Follow the commenting style conventions of the target language.
4. **Documentation Blocks**:
- Utilize documentation blocks or docstrings to provide detailed explanations of classes, functions, and methods.
- Follow the documentation conventions of the target language (e.g., Javadoc, Sphinx, etc.).
5. **Abbreviations**:
- Use widely accepted and understood abbreviations when naming variables, functions, or classes.
- Avoid obscure or ambiguous abbreviations that may hinder readability.
By following these guidelines, you can ensure that your ported code is consistent, readable, and maintainable, facilitating collaboration and knowledge sharing among team members.

78
.pkb/5_development_process/pkb-testing-strategy.md
View file

@ -1,78 +0,0 @@
# Protevus Platform Testing Strategy
The Protevus Platform follows a comprehensive testing strategy to ensure code quality, reliability, and maintainability. This document outlines the different types of tests employed, testing guidelines, and best practices for contributing to the project.
## Test Types
The Protevus Platform employs the following types of tests:
### Unit Tests
Unit tests are designed to test individual units of code, such as classes, functions, or methods, in isolation. These tests verify the correctness of the code's behavior and functionality for specific inputs and scenarios.
Unit tests should be written for all classes, functions, and components within the Protevus Platform codebase.
### Integration Tests
Integration tests are designed to test the interaction and integration between different components or modules within the Protevus Platform. These tests ensure that the components work correctly when integrated and that the communication and data flow between them is as expected.
Integration tests should be written to cover the integration points between different components or modules.
### End-to-End (E2E) Tests
End-to-End (E2E) tests are designed to simulate real-world scenarios and test the overall functionality of the Protevus Platform from a user's perspective. These tests exercise the entire application stack, including the user interface, business logic, and data layer.
E2E tests should be written to cover critical user flows and scenarios within the Protevus Platform.
## Testing Guidelines
The following guidelines should be followed when writing tests for the Protevus Platform:
### Test Organization
Tests should be organized in a way that mirrors the structure of the codebase. Each test file should correspond to the file or component being tested, and the test file should be located in the same directory as the code it is testing.
### Test Naming Conventions
Test names should be descriptive and follow a consistent naming convention. The recommended naming convention is `test_ClassName_methodName_scenario`. For example:
```dart
test_UserRepository_createUser_validInput() {
// Test code
}
```
### Test Coverage
The Protevus Platform aims to maintain a high level of test coverage. A minimum test coverage percentage should be defined and enforced for the project. Code coverage tools, such as `lcov` or `coveralls`, should be used to measure and report test coverage.
### Test Isolation
Tests should be isolated and independent of each other. Each test should set up its own test environment and clean up after itself, ensuring that tests can be run in any order without affecting each other's results.
### Test Data Management
Test data should be managed carefully to ensure consistent and reliable test results. Test data should be isolated from production data and should be easily reproducible. Consider using test data generators or fixtures to manage test data effectively.
### Continuous Integration (CI)
The Protevus Platform should have a Continuous Integration (CI) pipeline set up to automatically run tests on every code change. The CI pipeline should include steps for running unit tests, integration tests, and E2E tests, as well as code coverage reporting.
## Best Practices
When contributing to the Protevus Platform, follow these best practices for writing and maintaining tests:
1. **Write Tests First**: Follow a Test-Driven Development (TDD) approach by writing tests before implementing the actual code. This approach helps ensure that the code is testable and meets the desired requirements from the beginning.
2. **Keep Tests Maintainable**: Write tests that are easy to understand, maintain, and update. Use descriptive names, clear assertions, and avoid unnecessary complexity.
3. **Test Edge Cases**: In addition to testing the expected behavior, ensure that tests cover edge cases, boundary conditions, and error scenarios.
4. **Refactor Tests**: As the codebase evolves, refactor tests to keep them up-to-date and aligned with the latest changes.
5. **Leverage Testing Frameworks and Tools**: Utilize testing frameworks and tools that are widely adopted and supported within the Dart ecosystem, such as `test` and `mockito`.
6. **Document Test Scenarios**: Document test scenarios, expected behaviors, and any assumptions or dependencies within the test code or in separate documentation.
7. **Collaborate and Review**: Encourage code reviews for tests, just as you would for production code. Collaborate with team members to ensure that tests are comprehensive, maintainable, and aligned with project requirements.
By following this testing strategy, the Protevus Platform aims to maintain a high level of code quality, reliability, and maintainability, while fostering a culture of testing and continuous integration within the project.

44
.pkb/6_meeting_notes_and_correspondences/pkb-correspondence-template.md
View file

@ -1,44 +0,0 @@
# Protevus Platform Correspondence
## Subject: [Insert Subject]
Dear [Recipient's Name],
[Opening Paragraph]
## Purpose
The purpose of this correspondence is to [state the main purpose or objective of the communication]. Specifically, we would like to address the following points:
1. [Point 1]
2. [Point 2]
3. [Point 3]
## Details
[Provide detailed information, explanations, or context related to the points mentioned above. Use separate sections or paragraphs for each point if necessary.]
### Point 1
[Details related to Point 1]
### Point 2
[Details related to Point 2]
### Point 3
[Details related to Point 3]
## Next Steps
Based on the information provided, we kindly request your [action or response required, such as feedback, approval, or further instructions]. Please let us know if you have any questions or require additional clarification.
We appreciate your prompt attention to this matter and look forward to your response.
Best regards,
[Your Name]
[Your Role or Position]
[Company or Project Name]

49
.pkb/6_meeting_notes_and_correspondences/pkb-meeting-agenda-template.md
View file

@ -1,49 +0,0 @@
# Protevus Platform Meeting Agenda
## Meeting Details
- **Date**: [Insert Date]
- **Time**: [Insert Time]
- **Location**: [Insert Location or Virtual Meeting Link]
## Attendees
- [List of Attendees]
## Agenda Items
### 1. Project Status Update
- Review progress since the last meeting
- Discuss any blockers or challenges encountered
- Highlight key accomplishments or milestones achieved
### 2. Roadmap and Upcoming Milestones
- Discuss the project roadmap and upcoming milestones
- Identify any potential risks or dependencies
- Assign action items or tasks related to the roadmap
### 3. Technical Discussion
- [Insert Technical Discussion Topic(s)]
- Discuss any architectural decisions or technical challenges
- Identify potential solutions or approaches
- Assign action items or tasks related to the technical discussion
### 4. Community and Ecosystem
- Discuss community engagement and ecosystem growth
- Highlight any new contributions or community initiatives
- Identify opportunities for community outreach or collaboration
### 5. Open Discussion and Q&A
- Open the floor for any additional discussion topics or questions
- Address any outstanding concerns or issues
- Gather feedback or suggestions from attendees
### 6. Action Items and Next Steps
- Review and summarize action items and next steps
- Assign owners and due dates for action items
- Confirm the agenda for the next meeting
## Meeting Notes
[Insert Meeting Notes or Action Items Here]

64
.pkb/7_miscellaneous/pkb-glossary.md
View file

@ -1,64 +0,0 @@
# Protevus Platform Glossary
This glossary provides definitions for common terms and concepts used within the Protevus Platform ecosystem. It serves as a reference for developers and users to better understand the platform's terminology and facilitate effective communication.
## A
- **Asynchronous Programming**: A programming paradigm that allows for non-blocking execution, enabling concurrent operations and efficient resource utilization.
## B
- **Blade**: The templating engine used in the Protevus Platform, inspired by the Laravel framework's Blade templating system.
## C
- **Caching**: A technique used to store frequently accessed data in memory or a dedicated cache system, improving application performance by reducing the need for expensive computations or database queries.
## D
- **Dependency Injection**: A software design pattern that allows for the separation of concerns and promotes loose coupling by injecting dependencies into objects or components.
## E
- **Event Broadcasting**: A mechanism for publishing and subscribing to events, enabling real-time communication and decoupled system components.
## F
- **Futures**: A Dart language construct that represents the result of an asynchronous operation, allowing for non-blocking execution and efficient handling of asynchronous tasks.
## I
- **Isolates**: A Dart language feature that enables concurrent execution of code by creating lightweight isolates, or separate execution contexts, within the same Dart process.
## L
- **Laravel**: A popular open-source PHP web application framework, which serves as the inspiration for the Protevus Platform's API and design principles.
## M
- **Middleware**: A software component that sits between the application and the server, providing a way to filter, modify, or handle incoming requests and outgoing responses.
## O
- **ORM (Object-Relational Mapping)**: A technique for mapping object-oriented programming concepts to relational database systems, allowing developers to interact with databases using object-oriented paradigms.
## P
- **Pipeline**: A series of middleware components that are executed in a specific order, providing a modular and extensible way to handle requests and responses.
## Q
- **Queueing**: A mechanism for offloading time-consuming or resource-intensive tasks to a queue, enabling asynchronous processing and improving application responsiveness.
## R
- **Routing**: The process of mapping incoming requests to the appropriate application logic or controllers based on the requested URL and HTTP method.
## S
- **Scaffolding**: The process of generating boilerplate code or project structure based on predefined templates or conventions, accelerating the development process.
## V
- **View**: A component responsible for rendering the user interface or presentation layer of an application, typically using templates or markup languages.

73
.pkb/7_miscellaneous/pkb-project-roadmap.md
View file

@ -1,73 +0,0 @@
# Protevus Roadmap
The Protevus project follows an iterative development approach, with a roadmap divided into several phases and milestones. This roadmap serves as a guide for the development and evolution of the Protevus platform, outlining the planned features, improvements, and goals for each phase.
It's important to note that this roadmap is subject to change based on community feedback, emerging requirements, and the evolving landscape of the Dart ecosystem. The project team will regularly review and update the roadmap to ensure it aligns with the project's vision and priorities.
## Phase 1: Foundation and Core Components
**Milestones:**
- Refactor and integrate the ported Illuminate contract libraries and Symfony supporting classes into the Protevus platform codebase.
- Establish the modular architecture, separating core platform components from specific application implementations.
- Define coding standards, best practices, and development workflows for the Protevus platform.
- Set up continuous integration, testing, and deployment pipelines.
## Phase 2: Laravel API Compatibility
**Milestones:**
- Prioritize and port the essential Laravel components and features required for API compatibility, such as routing, controllers, middleware, and request/response handling.
- Adapt and integrate the ported components into the Protevus platform architecture.
- Implement compatibility layers or adapters to ensure seamless integration with the Laravel API.
- Conduct extensive testing and validation to ensure API compatibility and adherence to Laravel's conventions and behaviors.
## Phase 3: Documentation and Community Engagement
**Milestones:**
- Adapt and integrate relevant portions of Laravel's documentation into the Protevus platform, updating code examples to Dart syntax.
- Develop supplementary documentation for platform-specific features and configurations.
- Establish contribution guidelines and processes for community involvement.
- Launch the Protevus website, social media channels, and community forums.
- Engage with the Dart community, promote the project, and encourage contributions.
## Phase 4: Refactoring and Integration
**Milestones:**
- Review and assess features and components from other Dart server frameworks like Angel3, Serverpod, and Vania.
- Refactor and integrate useful features and proven implementations into the Protevus platform.
- Ensure proper documentation, testing, and compatibility with the existing Protevus codebase.
- Collaborate with the respective framework communities to foster knowledge sharing and potential contributions.
## Phase 5: Dart-FIG and Ecosystem Integration
**Milestones:**
- Establish the Dart-FIG (Dart Framework Interoperability Group) and define its governance structure and operating principles.
- Adapt and implement concepts like autoloading, dependency injection, and interface-based programming from the PHP-FIG to the Dart ecosystem.
- Collaborate with the Dart community and other framework authors to promote the adoption of Dart-FIG standards.
- Integrate the Protevus platform with other Dart libraries, tools, and ecosystem components, ensuring interoperability and compatibility.
## Phase 6: Performance Optimization and Scaling
**Milestones:**
- Conduct performance profiling and optimization efforts to ensure the Protevus platform leverages the full potential of Conduit's multi-threaded architecture.
- Implement caching mechanisms, load balancing, and other scaling strategies to handle diverse workloads and high-traffic scenarios.
- Explore opportunities for parallelization and asynchronous processing to further enhance performance.
## Phase 7: Additional Framework Support and Extensibility
**Milestones:**
- Assess the feasibility and demand for supporting other popular frameworks like Codeigniter within the Protevus platform.
- Develop compatibility layers, adapters, or dedicated modules to enable support for additional frameworks.
- Enhance the platform's extensibility and modularity to accommodate diverse use cases and custom extensions.
## Phase 8: Continuous Improvement and Maintenance
**Milestones:**
- Establish processes for regularly reviewing and incorporating updates from Laravel and other integrated frameworks.
- Continuously improve the developer experience, tooling, and debugging capabilities of the Protevus platform.
- Foster an active community of contributors and maintainers to ensure the long-term sustainability and evolution of the project.
This roadmap outlines the planned phases and milestones for the Protevus project. However, it's important to note that this is a living document and may be updated as the project progresses and new requirements or priorities emerge.
The Protevus team encourages community feedback and involvement throughout the development process. If you have any suggestions, ideas, or concerns regarding the roadmap, please share them through the appropriate channels (e.g., GitHub discussions, forums, or community meetings).
Together, we can shape the future of the Protevus platform and create a powerful and versatile application server that empowers developers in the Dart ecosystem.

53
.pkb/7_miscellaneous/pkb-reasearch-paper-dart.md
View file

@ -1,53 +0,0 @@
# Dart: A Modern Language for Server-Side Development
## Introduction
In the ever-evolving landscape of software development, the choice of programming language plays a crucial role in shaping the success and scalability of a project. The Protevus Platform, an open-source application server platform inspired by the Laravel framework, has embraced Dart as its language of choice. This research paper aims to explore the rationale behind this decision and delve into the unique features and advantages that Dart brings to server-side development.
## Background
Dart is an open-source, general-purpose programming language developed by Google. Initially designed for building web applications, Dart has evolved into a versatile language suitable for a wide range of use cases, including server-side development, mobile applications, and even Internet of Things (IoT) devices.
The Protevus Platform, inspired by the popular Laravel framework for PHP, aims to provide a familiar and Laravel-compatible API for developers in the Dart ecosystem. By leveraging Dart's capabilities, the Protevus Platform seeks to offer a modern and efficient server-side development experience while maintaining the familiarity and productivity of the Laravel framework.
## Advantages of Dart for Server-Side Development
### 1. Performance and Efficiency
Dart is designed with performance and efficiency in mind. It employs advanced techniques such as just-in-time (JIT) compilation and ahead-of-time (AOT) compilation, which contribute to improved execution speed and reduced startup times. This makes Dart well-suited for server-side applications that require high throughput and low latency.
### 2. Asynchronous Programming
Dart embraces asynchronous programming with its built-in support for Futures and async/await constructs. This feature enables efficient handling of concurrent operations and non-blocking I/O, which is essential for building scalable and responsive server-side applications.
### 3. Tooling and Developer Experience
Dart offers a robust set of tools and a strong developer experience. The Dart ecosystem includes powerful IDEs, code editors, and debugging tools, which enhance developer productivity and streamline the development workflow. Additionally, Dart's static type system and comprehensive error reporting contribute to catching issues early in the development cycle.
### 4. Cross-Platform Capabilities
While Dart was initially designed for web development, its cross-platform capabilities have expanded significantly. With the introduction of Dart Native, developers can now build server-side applications that run natively on various platforms, including Linux, macOS, and Windows, without the need for a virtual machine or additional runtime environments.
### 5. Familiarity and Productivity
For developers familiar with object-oriented programming languages like Java or C#, Dart's syntax and language constructs will feel familiar and intuitive. This familiarity can lead to a shorter learning curve and increased productivity, especially for teams transitioning from other server-side frameworks or languages.
## Challenges and Considerations
While Dart offers numerous advantages for server-side development, it is important to acknowledge and address potential challenges and considerations:
1. **Ecosystem Maturity**: Although the Dart ecosystem is growing rapidly, it may not yet be as mature as some established server-side languages and frameworks. This could lead to a smaller pool of third-party libraries and community resources initially.
2. **Adoption and Community Support**: As a relatively new language for server-side development, Dart may face challenges in gaining widespread adoption and community support, especially in enterprise environments where established languages and frameworks are deeply entrenched.
3. **Interoperability**: Integrating Dart-based server-side applications with existing systems and technologies may require additional effort and bridging mechanisms, depending on the specific requirements and constraints of the project.
Despite these challenges, the Protevus Platform and the broader Dart community are actively working to address these concerns and foster a vibrant and supportive ecosystem for server-side development with Dart.
## Conclusion
Dart's unique combination of performance, efficiency, asynchronous programming capabilities, robust tooling, cross-platform support, and familiarity make it a compelling choice for server-side development. By leveraging Dart in the Protevus Platform, developers can benefit from a modern and efficient server-side development experience while maintaining the familiarity and productivity of the Laravel framework.
As the Dart ecosystem continues to evolve and gain traction, it presents an exciting opportunity for developers to explore new paradigms and push the boundaries of server-side development. The Protevus Platform's adoption of Dart demonstrates a commitment to innovation and a willingness to embrace cutting-edge technologies that can enhance developer productivity and application performance.
While challenges and considerations exist, the potential benefits of using Dart for server-side development make it a compelling choice for projects seeking performance, scalability, and a modern development experience. As the Protevus Platform and the Dart community continue to grow and mature, the future of server-side development with Dart looks promising and exciting.

175
.pkb/7_miscellaneous/pkb-reference-material.md
View file

@ -1,175 +0,0 @@
# Protevus Platform Reference Material
This document serves as a comprehensive reference guide for the Protevus Platform, providing an overview of its core components, APIs, and features. It is designed to assist developers in understanding and utilizing the platform effectively.
## Table of Contents
1. [Introduction](#introduction)
2. [Foundation](#foundation)
- [Application](#application)
- [Configuration](#configuration)
- [Caching](#caching)
- [Exceptions](#exceptions)
3. [HTTP](#http)
- [Routing](#routing)
- [Middleware](#middleware)
- [Controllers](#controllers)
- [Requests](#requests)
- [Responses](#responses)
4. [Views](#views)
- [View Engine](#view-engine)
- [View Rendering](#view-rendering)
- [Blade Templating](#blade-templating)
5. [Database](#database)
- [Query Builder](#query-builder)
- [Eloquent ORM](#eloquent-orm)
- [Migrations](#migrations)
6. [Authentication and Authorization](#authentication-and-authorization)
- [Authentication](#authentication)
- [Authorization](#authorization)
7. [Events and Queues](#events-and-queues)
- [Event Broadcasting](#event-broadcasting)
- [Queue Management](#queue-management)
8. [Testing](#testing)
- [Unit Testing](#unit-testing)
- [Integration Testing](#integration-testing)
- [Browser Testing](#browser-testing)
9. [Deployment](#deployment)
- [Environment Configuration](#environment-configuration)
- [Deployment Strategies](#deployment-strategies)
10. [Community and Resources](#community-and-resources)
- [Documentation](#documentation)
- [Community Forums](#community-forums)
- [GitHub Repository](#github-repository)
## Introduction
The Protevus Platform is an open-source application server platform for the Dart programming language, inspired by the Laravel framework. It provides a familiar and Laravel-compatible API, allowing developers to leverage their existing Laravel knowledge and experience in the Dart ecosystem.
## Foundation
### Application
The `Application` class is the entry point for the Protevus Platform. It manages the application lifecycle, configuration, and dependency injection.
### Configuration
The `Configuration` class provides access to the application's configuration settings, allowing developers to retrieve and modify configuration values.
### Caching
The Protevus Platform includes a caching system that supports various caching strategies, such as in-memory caching, distributed caching, and file-based caching.
### Exceptions
The platform provides a robust exception handling mechanism, allowing developers to handle and render exceptions in a consistent and customizable manner.
## HTTP
### Routing
The Protevus Platform includes a routing system that maps incoming HTTP requests to the appropriate controllers or middleware based on the requested URL and HTTP method.
### Middleware
Middleware components can be used to filter, modify, or handle incoming requests and outgoing responses, providing a modular and extensible way to implement cross-cutting concerns.
### Controllers
Controllers are responsible for handling incoming requests, executing business logic, and generating responses.
### Requests
The `Request` class represents an incoming HTTP request and provides access to request data, headers, and other relevant information.
### Responses
The `Response` class represents an outgoing HTTP response and provides methods for setting status codes, headers, and response bodies.
## Views
### View Engine
The Protevus Platform includes a powerful view engine for rendering server-side templates, inspired by the Blade templating engine from Laravel.
### View Rendering
Developers can render views and pass data to them, enabling the generation of dynamic content for web pages or other output formats.
### Blade Templating
The Blade templating engine provides a concise and expressive syntax for defining views, including support for template inheritance, control structures, and custom directives.
## Database
### Query Builder
The Protevus Platform includes a query builder that provides a fluent interface for constructing and executing database queries, abstracting away the underlying database system.
### Eloquent ORM
The Eloquent ORM (Object-Relational Mapping) layer provides a powerful and expressive way to interact with databases using an object-oriented approach.
### Migrations
Database migrations allow developers to version control their database schema and easily deploy schema changes across different environments.
## Authentication and Authorization
### Authentication
The Protevus Platform provides a comprehensive authentication system, including support for various authentication providers, password hashing, and session management.
### Authorization
The authorization system allows developers to define and enforce permissions and access controls for their applications, ensuring secure and granular access to resources and features.
## Events and Queues
### Event Broadcasting
The Protevus Platform includes an event broadcasting system that enables real-time communication and decoupled system components through the publication and subscription of events.
### Queue Management
The queue management system allows developers to offload time-consuming or resource-intensive tasks to a queue, enabling asynchronous processing and improving application responsiveness.
## Testing
### Unit Testing
The Protevus Platform supports unit testing, allowing developers to test individual units of code, such as classes, functions, or methods, in isolation.
### Integration Testing
Integration tests are designed to test the interaction and integration between different components or modules within the Protevus Platform.
### Browser Testing
The platform provides tools and utilities for conducting browser-based testing, enabling end-to-end testing of web applications and user interfaces.
## Deployment
### Environment Configuration
The Protevus Platform supports configuring different environments (e.g., development, staging, production) with separate configuration settings, enabling seamless deployment across various environments.
### Deployment Strategies
The platform provides guidance and best practices for deploying applications to production environments, including strategies for load balancing, scaling, and continuous integration/continuous deployment (CI/CD) pipelines.
## Community and Resources
### Documentation
The official documentation for the Protevus Platform is available online and covers a wide range of topics, from installation and configuration to advanced usage and troubleshooting.
### Community Forums
The Protevus Platform has an active community forum where developers can ask questions, share ideas, and engage with other members of the community.
### GitHub Repository
The source code for the Protevus Platform is hosted on GitHub, where developers can contribute to the project, report issues, and submit pull requests.
This reference material serves as a comprehensive guide to the Protevus Platform, covering its core components, APIs, and features. It is designed to assist developers in understanding and utilizing the platform effectively, providing an overview of the various modules and their functionalities, as well as information on testing, deployment, and community resources.

53
.pkb/7_miscellaneous/pkb-research-paper-flutter.md
View file

@ -1,53 +0,0 @@
# Flutter: Empowering Cross-Platform Development for the Protevus Platform
## Introduction
In the rapidly evolving landscape of software development, the demand for cross-platform solutions has become increasingly prevalent. The Protevus Platform, an open-source application server platform inspired by the Laravel framework, has embraced Flutter as a key technology for building cross-platform user interfaces and client applications. This research paper explores the benefits and advantages of integrating Flutter into the Protevus Platform ecosystem, enabling developers to create rich and responsive user experiences across multiple platforms seamlessly.
## Background
Flutter is an open-source UI toolkit developed by Google for building natively compiled applications for mobile, web, and desktop platforms from a single codebase. It leverages the Dart programming language, which is also the language of choice for the Protevus Platform, fostering a cohesive and consistent development experience.
The Protevus Platform aims to provide a familiar and Laravel-compatible API for server-side development, while also offering a comprehensive solution for building modern and responsive client applications. By integrating Flutter into the ecosystem, the Protevus Platform can leverage the power of cross-platform development, enabling developers to create high-performance and visually appealing user interfaces that seamlessly integrate with the server-side components.
## Benefits of Flutter for the Protevus Platform
### 1. Cross-Platform Development
One of the primary advantages of Flutter is its ability to create natively compiled applications for multiple platforms, including iOS, Android, web, and desktop, from a single codebase. This approach significantly reduces development time and effort, as developers can write code once and deploy it across various platforms, ensuring a consistent user experience.
### 2. High-Performance and Responsive User Interfaces
Flutter's reactive programming model and its use of the Skia graphics engine enable the creation of high-performance and visually stunning user interfaces. This is particularly beneficial for the Protevus Platform, as it allows developers to build responsive and engaging client applications that seamlessly integrate with the server-side components.
### 3. Dart Integration
Flutter's tight integration with the Dart programming language aligns perfectly with the Protevus Platform's choice of Dart for server-side development. This synergy enables a seamless development experience, where developers can leverage their existing Dart knowledge and skills to build both server-side and client-side components of the application.
### 4. Rapid Development and Hot Reload
Flutter's hot reload feature allows developers to instantly see the changes they make to their code, significantly accelerating the development and iteration process. This feature, combined with Flutter's reactive programming model, enables rapid prototyping and experimentation, leading to increased productivity and faster time-to-market for Protevus Platform applications.
### 5. Extensive Widget Library and Customization
Flutter provides a rich and extensive library of widgets, enabling developers to create visually appealing and highly customizable user interfaces. This flexibility empowers the Protevus Platform ecosystem to cater to a wide range of design requirements and branding needs, ensuring a consistent and cohesive user experience across all platforms.
## Challenges and Considerations
While Flutter offers numerous benefits for the Protevus Platform ecosystem, it is important to acknowledge and address potential challenges and considerations:
1. **Learning Curve**: Although Flutter leverages the Dart programming language, which is familiar to Protevus Platform developers, there may be a learning curve associated with mastering Flutter's reactive programming model and widget-based UI development approach.
2. **Platform-Specific Customizations**: While Flutter aims to provide a consistent user experience across platforms, there may be instances where platform-specific customizations or integrations are required, potentially introducing additional complexity and development effort.
3. **Performance Considerations**: While Flutter is designed for high-performance user interfaces, developers must be mindful of potential performance bottlenecks, especially when dealing with complex animations, large data sets, or resource-intensive operations.
Despite these challenges, the Protevus Platform ecosystem and the Flutter community are actively working to address these concerns and provide comprehensive documentation, training resources, and best practices to ensure a smooth and efficient development experience.
## Conclusion
The integration of Flutter into the Protevus Platform ecosystem represents a significant step forward in enabling cross-platform development for client applications. By leveraging Flutter's capabilities, the Protevus Platform empowers developers to create rich and responsive user interfaces that seamlessly integrate with the server-side components, all while maintaining a consistent and efficient development experience using the Dart programming language.
The benefits of cross-platform development, high-performance user interfaces, Dart integration, rapid development cycles, and extensive widget customization make Flutter a compelling choice for the Protevus Platform ecosystem. As the platform continues to evolve and the Flutter community grows, the potential for innovation and the creation of truly cross-platform applications becomes increasingly promising.
While challenges and considerations exist, the Protevus Platform's embrace of Flutter demonstrates a commitment to staying at the forefront of modern software development practices and providing developers with the tools and technologies necessary to build cutting-edge applications that meet the demands of today's multi-platform world.

62
.pkb/9_developer_profiles/pkb-developer-profile-template.md
View file

@ -1,62 +0,0 @@
# Developer Profile
## Personal Information
- **Name**: [Your Name]
- **Location**: [Your Location]
- **Email**: [Your Email Address]
- **GitHub**: [Your GitHub Profile URL]
- **LinkedIn**: [Your LinkedIn Profile URL]
## Summary
[Provide a brief summary or introduction about yourself, highlighting your experience, skills, and interests related to software development and the Protevus Platform project.]
## Technical Skills
### Programming Languages
- [List your proficient programming languages, e.g., Dart, JavaScript, Python]
### Frameworks and Libraries
- [List the frameworks and libraries you have experience with, e.g., Protevus Platform, Laravel, React, Angular]
### Databases
- [List the database systems you have worked with, e.g., SQLite, MySQL, PostgreSQL, MongoDB]
### Tools and Technologies
- [List the tools and technologies you are familiar with, e.g., Git, Docker, CI/CD pipelines, cloud platforms]
## Experience
### [Project/Role 1]
- **Organization**: [Organization Name]
- **Duration**: [Start Date] - [End Date]
- **Description**: [Provide a brief description of your role and responsibilities in this project or position, highlighting any relevant experience or achievements related to the Protevus Platform or similar technologies.]
### [Project/Role 2]
- **Organization**: [Organization Name]
- **Duration**: [Start Date] - [End Date]
- **Description**: [Provide a brief description of your role and responsibilities in this project or position, highlighting any relevant experience or achievements related to the Protevus Platform or similar technologies.]
## Education
### [Degree/Certification 1]
- **Institution**: [Institution Name]
- **Duration**: [Start Date] - [End Date]
- **Description**: [Provide details about the degree, certification, or educational program you completed, including any relevant coursework or areas of study related to software development or the Protevus Platform.]
## Contributions and Open Source
[Provide information about any notable contributions you have made to open-source projects, including the Protevus Platform or related projects. List any repositories, pull requests, or issues you have worked on, and highlight any significant contributions or achievements.]
## Additional Information
[Include any additional relevant information, such as personal projects, awards, publications, or other accomplishments that showcase your skills and experience as a developer.]

5
.pkb/blog.md
View file

@ -1,5 +0,0 @@
- "5 Ways Protevus is Changing the Game in Full-Stack Development"
- "From Web to IoT: How Protevus Unifies Your Tech Stack"
- "The Cost of Fragmented Development and How Protevus Solves It"
- "Future-Proofing Your Applications with Protevus"
- "Protevus vs. Traditional Stacks: A Performance Showdown"

20
.pkb/brochure.md
View file

@ -1,20 +0,0 @@
# Protevus: Revolutionizing Full-Stack Development
## One Framework, All Platforms
Develop for web, mobile, desktop, IoT, and cloud using a single, powerful framework.
## Key Features
- True cross-platform development
- Single language: Dart
- Superior performance
- Built-in blockchain and IoT support
- Enterprise-grade security
## Why Choose Protevus?
- Reduce development time by up to 40%
- Cut costs with a unified tech stack
- Future-proof your applications
- Seamless scalability from startup to enterprise
## Get Started Today
Visit www.protevus.com to download the open-source core and explore our enterprise solutions.

67
.pkb/building the community.md
View file

@ -1,67 +0,0 @@
# Community Building and Developer Attraction Assets for Protevus
1. **GitHub Repository**
- Well-organized repository with clear README.md
- Contribution guidelines, code of conduct, and issue templates
- Sample projects or starter templates
2. **Developer Documentation Website**
- Easy-to-navigate website dedicated to developer documentation
- Getting started guides, API references, and best practices
- Consider using tools like Docusaurus or MkDocs
3. **Interactive Tutorials**
- Step-by-step tutorials for common use cases
- Interactive tutorials using platforms like Katacoda
4. **Sample Projects**
- Variety of projects showcasing different Protevus features
- Examples for web, mobile, desktop, IoT, and blockchain applications
5. **Video Tutorials**
- Series of video tutorials covering various aspects of Protevus
- Hosted on YouTube and embedded in documentation
6. **Community Forum**
- Set up using platforms like Discourse
- Space for developers to ask questions and share ideas
7. **Blog**
- Regular posts with technical articles, case studies, and project updates
- Guest posts from community members
8. **Social Media Presence**
- Active Twitter account for quick updates and engagement
- LinkedIn page for professional networking
- Discord or Slack channel for real-time community chat
9. **Developer Newsletter**
- Regular newsletter highlighting new features, community projects, and events
10. **Hackathons and Coding Challenges**
- Online hackathons for building projects with Protevus
- Coding challenges to showcase the framework's capabilities
11. **Contributor Program**
- Recognition and rewards for active project contributors
12. **Webinars and Live Coding Sessions**
- Regular sessions demonstrating new features or tackling complex problems
13. **Package Registry**
- Registry for Protevus-specific packages and modules
14. **IDE Plugins**
- Plugins for popular IDEs to enhance the Protevus development experience
15. **CLI Tool**
- Powerful CLI for project scaffolding, building, and deployment
16. **Benchmarking Tools**
- Tools for developers to benchmark Protevus applications against other frameworks
17. **Migration Guides**
- Detailed guides for migrating from other frameworks to Protevus
18. **Community Showcase**
- Feature community-built projects and case studies on the website

246
.pkb/business plan.md
View file

@ -1,246 +0,0 @@
# Protevus: Unified Full-Stack Development Framework
## Business Plan
# Table of Contents
1. [Executive Summary](#1-executive-summary)
2. [Company Description](#2-company-description)
3. [Market Analysis](#3-market-analysis)
4. [Organization and Management](#4-organization-and-management)
5. [Product Line](#5-product-line)
6. [Marketing and Sales Strategy](#6-marketing-and-sales-strategy)
7. [Funding Requirements](#7-funding-requirements)
8. [Financial Projections](#8-financial-projections)
9. [Appendices](#9-appendices)
# 1. Executive Summary
Protevus is a revolutionary unified full-stack development framework that aims to transform the software development landscape. Built on Dart and Flutter, Protevus offers unprecedented feature parity across web, mobile, desktop, IoT, and cloud platforms, all within a single language ecosystem.
## Mission Statement
To simplify and unify software development across all platforms, enabling developers and businesses to create powerful, scalable applications with unprecedented efficiency and consistency.
## Key Features
- True cross-platform development in a single language (Dart)
- Seamless integration of web, mobile, desktop, IoT, and cloud development
- Advanced enterprise modules available on a subscription basis
- Built-in support for emerging technologies like blockchain and IoT
- API compatibility layers for easy transition from existing frameworks
## Market Opportunity
The global application development software market is projected to reach $733.5 billion by 2028. Protevus is positioned to capture a significant portion of this market by offering a unique, unified solution that addresses the pain points of fragmented development stacks.
## Financial Summary
We are seeking an initial investment of $10 million to fund the development and launch of Protevus. We project to reach profitability within three years, with an estimated annual revenue of $50 million by year five.
# 2. Company Description
## Company Overview
Protevus Inc. is a technology startup founded in [Year] with the goal of revolutionizing software development through a unified, cross-platform framework.
## Legal Structure
Protevus Inc. is incorporated as a C-Corporation in [State/Country].
## Location
The company is headquartered in [City, State/Country], with plans for remote teams globally.
## Mission and Vision
Mission: To empower developers and businesses with a unified, efficient, and future-proof development framework.
Vision: To become the global standard for cross-platform, full-stack software development.
## Objectives
1. Launch the core Protevus framework within 12 months
2. Achieve 100,000 active developers using Protevus within two years
3. Secure partnerships with at least five Fortune 500 companies within three years
4. Reach $50 million in annual recurring revenue by year five
# 3. Market Analysis
## Industry Overview
The software development industry is rapidly evolving, with increasing demand for cross-platform solutions and unified development experiences.
## Market Size and Growth
- Global application development market size: $733.5 billion by 2028
- CAGR: 24.3% from 2021 to 2028
## Target Market Segments
1. Enterprise Software Development
2. Startups and SMEs
3. Government and Public Sector
4. IoT and Edge Computing Companies
5. Blockchain and Fintech Developers
## Competitor Analysis
1. Traditional Stacks (MEAN, MERN, LAMP)
- Strengths: Established, large community
- Weaknesses: Fragmented, requires multiple language expertise
2. React Native / Xamarin
- Strengths: Cross-platform mobile development
- Weaknesses: Limited to mobile, not truly full-stack
3. .NET Core
- Strengths: Cross-platform, backed by Microsoft
- Weaknesses: Primarily focused on web, limited mobile support
## Competitive Advantage
- Only true unified solution for web, mobile, desktop, IoT, and cloud
- Single language (Dart) for entire stack
- Superior performance compared to JavaScript-based solutions
- Built-in support for emerging technologies (blockchain, IoT)
# 4. Organization and Management
## Organizational Structure
- CEO/Founder
- CTO
- VP of Engineering
- VP of Product
- VP of Sales and Marketing
- VP of Customer Success
- Chief Financial Officer
## Management Team
[Provide brief bios of key management team members]
## Advisory Board
[List key advisors and their relevant experience]
## Hiring Plan
Year 1: 20 employees
Year 3: 100 employees
Year 5: 250 employees
# 5. Product Line
## Core Platform (Open Source)
- Basic web, mobile, and desktop development capabilities
- Essential microservices support
- Fundamental blockchain and IoT features
## Enterprise Modules (Subscription-based)
1. Advanced Microservices Suite
2. Enterprise-grade Security Package
3. IoT and Edge Computing Toolkit
4. Blockchain Development Suite
5. AI and Machine Learning Integration Module
## Services
1. Consulting and Implementation Support
2. Training and Certification Programs
3. Custom Development Services
# 6. Marketing and Sales Strategy
## Marketing Strategy
1. Developer Community Engagement
- Host hackathons and coding challenges
- Sponsor and present at major tech conferences
- Create comprehensive documentation and tutorials
2. Content Marketing
- Technical blog posts and case studies
- Video tutorials and webinars
- Podcasts featuring industry experts
3. Partnership Marketing
- Collaborate with cloud providers (AWS, Google Cloud, Azure)
- Partner with tech education platforms (Udacity, Coursera)
4. Social Media and Online Presence
- Active presence on GitHub, Stack Overflow, and dev.to
- Engaging Twitter and LinkedIn accounts
- YouTube channel for tutorials and showcases
## Sales Strategy
1. Freemium Model
- Open-source core platform to drive adoption
- Upsell enterprise modules and services
2. Direct Sales Team
- Focus on enterprise clients and government contracts
- Provide personalized demos and POCs
3. Partner Channel
- Develop a network of certified implementation partners
- Revenue sharing model for partner-driven sales
4. Self-Service Platform
- Online platform for SMEs to purchase and manage subscriptions
## Pricing Strategy
1. Core Platform: Free and open-source
2. Enterprise Modules: Tiered pricing based on company size and usage
3. Consulting Services: Daily or project-based rates
4. Training and Certification: Per-seat pricing for online courses, premium for in-person training
# 7. Funding Requirements
## Initial Funding Round: $10 Million
### Use of Funds
1. Product Development: $5 million
- Complete core platform development
- Develop initial set of enterprise modules
- Hire key engineering talent
2. Marketing and Sales: $3 million
- Launch marketing campaigns
- Attend major tech conferences
- Build sales team and infrastructure
3. Operations: $1.5 million
- Office space and equipment
- Legal and administrative costs
4. Working Capital: $500,000
## Future Funding Rounds
- Series A (Year 2): $25 million for expansion and feature development
- Series B (Year 4): $50 million for global expansion and potential acquisitions
# 8. Financial Projections
## Revenue Projections
Year 1: $500,000
Year 2: $5 million
Year 3: $15 million
Year 4: $30 million
Year 5: $50 million
## Expense Projections
Year 1: $8 million
Year 2: $12 million
Year 3: $20 million
Year 4: $25 million
Year 5: $30 million
## Profitability Timeline
- Expected to reach profitability in Year 3
- Projected net profit margin of 20% by Year 5
## Key Financial Indicators
- Customer Acquisition Cost (CAC)
- Lifetime Value (LTV)
- Monthly Recurring Revenue (MRR)
- Churn Rate
# 9. Appendices
## A. Detailed Technical Specifications
[Include comprehensive technical details of Protevus]
## B. Market Research Data
[Provide detailed market research and analysis]
## C. Financial Models
[Include detailed financial projections and models]
## D. Team Resumes
[Attach full resumes of key team members]
## E. Letters of Intent from Potential Customers/Partners
[If available, include any letters of intent or partnership agreements]
## F. Patent Information
[Include any patent applications or granted patents]

87
.pkb/design.draft
View file

@ -1,87 +0,0 @@
fabric-platform/
├── .devbox/
│ ├
├── .github/
│ ├
├── .vscode/
│ ├
├── config/
│ ├
├── docs/
│ ├
├── example/
│ ├
├── packages/
│ ├── auth/
│ ├── base/
│ ├── broadcasting/
│ ├── bus/
│ ├── cache/
│ ├── collections/
│ ├── conditionable/
│ ├── config/
│ ├── console/
│ │ ├── cli/
│ ├── container/
│ ├── contracts/
│ ├── cookie/
│ ├── database/
│ │ ├── orm/
│ ├── encryption/
│ ├── events/
│ ├── extensions/
│ │ ├── kafka/
│ │ ├── mongodb/
│ │ ├── redis/
│ │ ├── blockchain/
│ │ └── other extensions/
│ ├── filesystem/
│ ├── foundation/
│ ├── hashing/
│ ├── http/
│ ├── log/
│ ├── macroable/
│ ├── mail/
│ ├── notifications/
│ ├── pagination/
│ ├── pipeline/
│ ├── process/
│ ├── queue/
│ ├── routing/
│ ├── rtc/
│ │ ├── websocket/
│ │ └── gRPC/
│ ├── session/
│ ├── support/
│ ├── testing/
│ ├── translation/
│ ├── validation/
│ ├── view/
│ ├
├── scripts/
│ ├
├── spike/
│ ├
├── stubs/
│ ├
├── test/
│ ├
├── tool/
│ ├
│
├── .editorconfig
├── .gitattributes
├── .gitignore
├── .publishable
├── .toolversion
├── analysis_options.yaml
├── AUTHORS.md
├── CHANGELOG.md
├── CODE_OF_CONDUCT.md
├── CONTRIBUTING.md
├── LICENSE
├── melos.yaml
├── pubspec.yaml
├── README.md
├── SECURITY.md
└── VFP_VERSION

17
.pkb/email campaign.md
View file

@ -1,17 +0,0 @@
Subject: Revolutionize Your Development Process with Protevus
Dear [Name],
Are you tired of juggling multiple languages and frameworks for different platforms? Introducing Protevus - the unified full-stack development framework that's changing the game.
With Protevus, you can:
- Develop for web, mobile, desktop, IoT, and cloud using a single framework
- Reduce development time and costs
- Future-proof your applications with cutting-edge technology
Join the revolution. Try Protevus today.
[Download Now] [Learn More]
Best regards,
The Protevus Team

2
.pkb/infographic.md
View file

@ -1,2 +0,0 @@
Infographic: "The Protevus Advantage"
Create a visual representation comparing traditional development (multiple languages, frameworks, and codebases) with Protevus (single language, unified framework, one codebase for all platforms).

91
.pkb/milestones roadmap.md
View file

@ -1,91 +0,0 @@
# Protevus Development Milestones and Roadmap
## Phase 1: Foundation (Months 1-6)
### Milestone 1: Core Framework Development
- [ ] Refactor and integrate features from Conduit, Angel3, and Serverpod
- [ ] Implement basic cross-platform capabilities (web, mobile, desktop)
- [ ] Develop initial microservices support
- [ ] Create foundational blockchain integration
### Milestone 2: Developer Tools
- [ ] Build CLI tools for project setup and management
- [ ] Develop initial IDE plugins (VS Code, IntelliJ)
- [ ] Create basic documentation and tutorials
### Milestone 3: Alpha Release
- [ ] Internal testing and bug fixes
- [ ] Limited release to select developers for feedback
- [ ] Iterate based on initial feedback
## Phase 2: Enhancement and Enterprise Features (Months 7-12)
### Milestone 4: Enterprise Module Development
- [ ] Develop advanced microservices suite
- [ ] Create enterprise-grade security package
- [ ] Build IoT and edge computing toolkit
### Milestone 5: API Compatibility Layer
- [ ] Implement Laravel-style API compatibility
- [ ] Develop CodeIgniter-style API compatibility
### Milestone 6: Beta Release
- [ ] Public beta release of core framework
- [ ] Launch developer community forums
- [ ] Begin enterprise pilot programs
## Phase 3: Ecosystem Growth (Months 13-18)
### Milestone 7: Advanced Features
- [ ] Enhance blockchain development capabilities
- [ ] Implement AI and machine learning integration module
- [ ] Develop advanced cloud integration features
### Milestone 8: Performance Optimization
- [ ] Conduct comprehensive performance benchmarking
- [ ] Optimize compile times and runtime performance
- [ ] Implement advanced caching mechanisms
### Milestone 9: Ecosystem Development
- [ ] Launch package management system
- [ ] Develop official plugin architecture
- [ ] Create marketplace for third-party modules and plugins
## Phase 4: Market Expansion (Months 19-24)
### Milestone 10: 1.0 Release
- [ ] Official release of Protevus 1.0
- [ ] Launch enterprise subscription model
- [ ] Begin aggressive marketing campaign
### Milestone 11: Training and Certification
- [ ] Develop official Protevus certification program
- [ ] Create online training courses
- [ ] Establish partnerships with educational institutions
### Milestone 12: Industry-Specific Solutions
- [ ] Develop tailored solutions for finance, healthcare, and e-commerce
- [ ] Create case studies and benchmarks for each industry
- [ ] Establish partnerships with industry leaders
## Long-Term Roadmap (2-5 Years)
### Year 2
- Expand enterprise client base
- Enhance IoT and edge computing capabilities
- Develop advanced AI and machine learning features
### Year 3
- Achieve feature parity with major competing frameworks
- Expand into government and military contracts
- Launch Protevus Cloud services
### Year 4
- Develop advanced AR/VR development capabilities
- Enhance quantum computing support
- Expand international presence and localization
### Year 5
- Achieve recognition as a leading enterprise development platform
- Explore potential for Protevus-powered operating system
- Consider strategic acquisitions to expand capabilities

58
.pkb/nsf pitch.md
View file

@ -1,58 +0,0 @@
# Protevus: Revolutionizing Software Development with Unified Full-Stack Framework
## The Technology Innovation
Protevus is a groundbreaking full-stack development framework that unifies web, mobile, desktop, IoT, and cloud development under a single, cohesive platform. Built on the Dart programming language, Protevus offers unprecedented feature parity across all domains and devices, addressing the fragmentation that plagues current software development practices.
The innovation lies in Protevus's ability to provide a truly unified development experience across all platforms, eliminating the need for multiple languages, frameworks, and codebases. This approach is revolutionary, not evolutionary, as it fundamentally changes how software is developed, deployed, and maintained.
The core "science problem" that needs to be proven is whether a single language and framework can efficiently handle the diverse requirements of web, mobile, desktop, IoT, and cloud development without compromising performance or functionality. This involves solving complex challenges in cross-platform compatibility, performance optimization, and seamless integration of emerging technologies like blockchain and edge computing.
The novelty and risk of Protevus lie in its ambitious goal to create a unified development ecosystem that can match or exceed the performance and capabilities of specialized frameworks across all platforms. This requires innovative approaches to code compilation, runtime optimization, and platform-specific API abstraction that are currently unproven at this scale.
## The Technical Objectives and Challenges
The primary R&D goals for a Phase I project include:
1. Cross-Platform Performance Parity: Achieve performance within 10% of native solutions across web, mobile, and desktop platforms.
- Key tasks: Develop benchmarking suite, optimize Dart VM, implement platform-specific optimizations.
2. Unified IoT and Edge Computing Framework: Create a seamless development experience for IoT devices with 90% code reuse from other platforms.
- Key tasks: Develop IoT-specific APIs, implement edge computing capabilities, create device simulation environment.
3. Blockchain Integration: Implement native blockchain creation and interaction capabilities with 50% reduction in development time compared to current solutions.
- Key tasks: Develop blockchain abstraction layer, create smart contract API, implement consensus algorithm templates.
4. Scalable Microservices Architecture: Design a microservices framework that can handle 10,000 requests per second with linear scalability.
- Key tasks: Implement service discovery mechanism, develop load balancing system, create automated scaling tools.
Achieving these goals will establish the feasibility of Protevus by demonstrating that a unified framework can match or exceed the capabilities of specialized solutions. The research will focus on collecting quantitative data on performance metrics, code reuse percentages, development time reduction, and scalability to prove the viability of the Protevus approach.
## The Market Opportunity
The software development industry faces significant challenges due to the fragmentation of development stacks, leading to increased complexity, higher costs, and longer development cycles. Current solutions require developers to learn multiple languages and frameworks, resulting in siloed development teams and difficulties in maintaining consistent user experiences across platforms.
Target customers include:
1. Enterprise software development teams seeking to streamline their tech stack and improve cross-platform consistency.
2. Startups and SMEs looking to rapidly develop and deploy applications across multiple platforms with limited resources.
3. IoT and edge computing companies requiring seamless integration between device and cloud development.
4. Government and public sector organizations needing secure, scalable, and maintainable software solutions.
The global application development software market is projected to reach $733.5 billion by 2028, growing at a CAGR of 24.3% from 2021 to 2028. Protevus aims to capture a significant portion of this market by offering a unified solution that addresses the pain points of fragmented development stacks.
Our customer discovery efforts, including attendance at industry conferences and over 100 interviews with developers and CTOs, have confirmed the significant demand for a unified development solution.
## The Company and Team
Protevus Inc. was founded in 2023 with the mission to revolutionize software development through a unified, cross-platform framework. Our long-term goal is to become the global standard for cross-platform, full-stack software development.
We currently have 5 full-time and 3 part-time employees.
The proposed Principal Investigator, Dr. Jane Doe, has a Ph.D. in Computer Science with a focus on programming language design and over 15 years of experience in software development. She previously led the development of a successful mobile application framework at a Fortune 500 tech company.
Key team members include:
- John Smith, CTO: 20 years of experience in enterprise software development
- Sarah Johnson, Head of IoT Development: Former lead engineer at a major IoT platform
- Michael Brown, Blockchain Specialist: Ph.D. in Distributed Systems, 5 years of experience in blockchain development
Our advisory board includes Dr. Alan Turing, a renowned computer scientist, and Lisa Su, an experienced tech entrepreneur, providing valuable guidance on both technical and business aspects of our venture.

98
.pkb/nsf pith 2.md
View file

@ -1,98 +0,0 @@
# Protevus: Revolutionizing Software Development with Unified Full-Stack Framework
## The Technology Innovation (498 words)
Protevus is a groundbreaking full-stack development framework that unifies web, mobile, desktop, IoT, and cloud development under a single, cohesive platform. Built on the Dart programming language, Protevus offers unprecedented feature parity across all domains and devices, addressing the fragmentation that plagues current software development practices.
The innovation lies in Protevus's ability to provide a truly unified development experience across all platforms, eliminating the need for multiple languages, frameworks, and codebases. This approach is revolutionary, not evolutionary, as it fundamentally changes how software is developed, deployed, and maintained.
The core "science problem" that needs to be proven is whether a single language and framework can efficiently handle the diverse requirements of web, mobile, desktop, IoT, and cloud development without compromising performance or functionality. This involves solving complex challenges in cross-platform compatibility, performance optimization, and seamless integration of emerging technologies like blockchain and edge computing.
The novelty and risk of Protevus lie in its ambitious goal to create a unified development ecosystem that can match or exceed the performance and capabilities of specialized frameworks across all platforms. This requires innovative approaches to code compilation, runtime optimization, and platform-specific API abstraction that are currently unproven at this scale.
To assess the success of our innovation, we will implement rigorous testing and benchmarking protocols. These will include:
1. Comparative performance tests against native solutions on each platform.
2. Code reusability metrics across different platforms and device types.
3. Development time and resource utilization comparisons with traditional multi-framework approaches.
4. Scalability and load testing for enterprise-level applications.
5. User experience consistency evaluations across platforms.
These assessment mechanisms will provide quantitative data to validate our approach and guide further refinement of the Protevus framework.
## The Technical Objectives and Challenges (499 words)
The primary R&D goals for a Phase I project include:
1. Cross-Platform Performance Parity: Achieve performance within 10% of native solutions across web, mobile, and desktop platforms.
- Key tasks: Develop benchmarking suite, optimize Dart VM, implement platform-specific optimizations.
- Assessment: Conduct standardized performance tests comparing Protevus applications with native equivalents.
2. Unified IoT and Edge Computing Framework: Create a seamless development experience for IoT devices with 90% code reuse from other platforms.
- Key tasks: Develop IoT-specific APIs, implement edge computing capabilities, create device simulation environment.
- Assessment: Measure code reuse percentage and development time for sample IoT applications.
3. Blockchain Integration: Implement native blockchain creation and interaction capabilities with 50% reduction in development time compared to current solutions.
- Key tasks: Develop blockchain abstraction layer, create smart contract API, implement consensus algorithm templates.
- Assessment: Compare development time and complexity of blockchain applications in Protevus vs. traditional methods.
4. Scalable Microservices Architecture: Design a microservices framework that can handle 10,000 requests per second with linear scalability.
- Key tasks: Implement service discovery mechanism, develop load balancing system, create automated scaling tools.
- Assessment: Conduct load testing and measure scalability under various conditions.
Achieving these goals will establish the feasibility of Protevus by demonstrating that a unified framework can match or exceed the capabilities of specialized solutions. The research will focus on collecting quantitative data on performance metrics, code reuse percentages, development time reduction, and scalability to prove the viability of the Protevus approach.
To ensure a well-reasoned and organized approach, we will:
1. Implement an agile development methodology with two-week sprints.
2. Conduct regular code reviews and architecture assessments.
3. Maintain a comprehensive test suite with continuous integration.
4. Hold bi-weekly team meetings to discuss progress and challenges.
5. Engage with our advisory board monthly for guidance and review.
This structured approach, combined with our team's expertise, will allow us to effectively tackle the complex challenges inherent in creating a unified development framework. By continuously assessing our progress against predefined metrics, we can ensure that our research remains focused and productive.
## The Market Opportunity (250 words)
The software development industry faces significant challenges due to the fragmentation of development stacks, leading to increased complexity, higher costs, and longer development cycles. Current solutions require developers to learn multiple languages and frameworks, resulting in siloed development teams and difficulties in maintaining consistent user experiences across platforms.
Target customers include:
1. Enterprise software development teams seeking to streamline their tech stack and improve cross-platform consistency.
2. Startups and SMEs looking to rapidly develop and deploy applications across multiple platforms with limited resources.
3. IoT and edge computing companies requiring seamless integration between device and cloud development.
4. Government and public sector organizations needing secure, scalable, and maintainable software solutions.
The global application development software market is projected to reach $733.5 billion by 2028, growing at a CAGR of 24.3% from 2021 to 2028. Protevus aims to capture a significant portion of this market by offering a unified solution that addresses the pain points of fragmented development stacks.
Our customer discovery efforts, including attendance at industry conferences and over 100 interviews with developers and CTOs, have confirmed the significant demand for a unified development solution.
By accelerating software development across various sectors, Protevus can contribute to broader societal benefits:
1. Faster deployment of healthcare applications, improving patient care and medical research.
2. More efficient development of educational software, enhancing learning opportunities.
3. Accelerated creation of environmental monitoring and management tools, supporting sustainability efforts.
4. Rapid prototyping and deployment of assistive technologies, improving accessibility for individuals with disabilities.
## The Company and Team (249 words)
Protevus Inc. was founded in 2023 with the mission to revolutionize software development through a unified, cross-platform framework. Our long-term goal is to become the global standard for cross-platform, full-stack software development.
We currently have 5 full-time and 3 part-time employees.
The proposed Principal Investigator, Dr. Jane Doe, has a Ph.D. in Computer Science with a focus on programming language design and over 15 years of experience in software development. She previously led the development of a successful mobile application framework at a Fortune 500 tech company.
Key team members include:
- John Smith, CTO: 20 years of experience in enterprise software development
- Sarah Johnson, Head of IoT Development: Former lead engineer at a major IoT platform
- Michael Brown, Blockchain Specialist: Ph.D. in Distributed Systems, 5 years of experience in blockchain development
Our advisory board includes Dr. Alan Turing, a renowned computer scientist, and Lisa Su, an experienced tech entrepreneur, providing valuable guidance on both technical and business aspects of our venture.
Our business model focuses on:
1. Open-source core framework to drive adoption
2. Premium enterprise modules on a subscription basis
3. Consulting and implementation services for large-scale deployments
4. Training and certification programs for developers
Our go-to-market strategy involves:
1. Building a strong developer community through hackathons and open-source contributions
2. Partnering with tech education platforms to integrate Protevus into curricula
3. Targeted outreach to enterprise clients through industry events and personalized demos
4. Collaboration with cloud providers for seamless deployment options

62
.pkb/pitch deck.md
View file

@ -1,62 +0,0 @@
# Protevus Pitch Deck
## Slide 1: Title Slide
- Company logo
- Tagline: "Unifying Full-Stack Development Across All Platforms"
## Slide 2: The Problem
- Fragmented development landscape
- Multiple languages and frameworks required for different platforms
- Increased complexity, costs, and development time
## Slide 3: Our Solution
- Protevus: A unified full-stack framework
- Single language (Dart) for all platforms
- True cross-platform development: Web, Mobile, Desktop, IoT, and Cloud
## Slide 4: Market Opportunity
- Global application development market: $733.5 billion by 2028
- CAGR: 24.3% from 2021 to 2028
- Addressable segments: Enterprise, Startups, Government, IoT, Blockchain
## Slide 5: Product Overview
- Core open-source platform
- Enterprise modules (subscription-based)
- Key features: Cross-platform, blockchain integration, IoT support
## Slide 6: Competitive Advantage
- Only true unified solution for all platforms
- Superior performance compared to JavaScript-based solutions
- Built-in support for emerging technologies
- API compatibility with popular frameworks
## Slide 7: Business Model
- Freemium model: Open-source core + paid enterprise modules
- Consulting and implementation services
- Training and certification programs
## Slide 8: Go-to-Market Strategy
- Developer community engagement
- Enterprise adoption program
- Government and public sector outreach
- Educational partnerships
## Slide 9: Traction and Milestones
- Current status of development
- Key partnerships or pilot projects
- Upcoming major releases or features
## Slide 10: Team
- Founders and key team members
- Relevant experience and expertise
- Advisory board
## Slide 11: Financial Projections
- 5-year revenue projection chart
- Key financial metrics
- Path to profitability
## Slide 12: The Ask
- Funding amount sought
- Use of funds
- Vision for the future of Protevus

60
.pkb/pkb-index.md
View file

@ -1,60 +0,0 @@
# Project Knowledge Base Index
## 1. Project Overview
- [Summary](https://github.com/protevus/platform/blob/main/.pkb/1_project_overview/pkb-project-overview.md): An overview of Project XYZ, its goals, and key components.
- [Vision and Mission](https://github.com/protevus/platform/blob/main/.pkb/1_project_overview/pkb-project-overview.md): High-level vision and mission statements.
## 2. Documentation
- [Design Draft](https://github.com/protevus/platform/blob/main/.pkb/2_documentation/pkb-design-draft.md): Core architecture and components of the project. Updated as necessary.
- [Project Instructions](https://raw.githubusercontent.com/protevus/platform/main/.pkb/2_documentation/pkb-project-instructions.md): Instructions and guidelines for working on Project XYZ.
- **API Documentation**: Detailed API documentation and specifications.
- **User Guides**: Guides and manuals for end-users and developers.
- **FAQs**: Frequently Asked Questions related to the project.
## 3. Source Code
- **Protevus Platform**
- [Main Repository Link](https://github.com/your-repo/protevus-platform)
- Core components: routing, middleware, request handling, etc.
- **Protevus Base Application**
- [Main Repository Link](https://github.com/your-repo/protevus)
- Application structure and key components.
- **Laravel Framework**
- [Main Repository Link](https://github.com/laravel/framework)
- Illuminate framework components.
- **Laravel Base Application**
- [Main Repository Link](https://github.com/laravel/laravel)
- Application structure and key components.
- **Conduit**
- [Main Repository Link](https://github.com/conduit-rs/conduit)
- Core components: router, middleware, server, etc.
- **Angel3**
- [Main Repository Link](https://github.com/angel-dart/angel)
- Core components: dependency injection, service providers, etc.
- **Serverpod**
- [Main Repository Link](https://github.com/serverpod/serverpod)
- Core components: server, client, protocols, etc.
- **Vania**
- [Main Repository Link](https://github.com/vanilla/vanilla)
- Core components: framework, utilities, etc.
## 4. Dependencies and Setup
- [Dependency List](https://raw.githubusercontent.com/your-repo/project/main/setup/dependencies.md): List of project dependencies.
- [Installation Guide](https://raw.githubusercontent.com/your-repo/project/main/setup/installation-guide.md): Step-by-step guide to setting up the project.
- **Environment Setup**: Instructions for setting up development and production environments.
## 5. Development Process
- **Development Workflow**: Overview of the development workflow, including branching strategy, code reviews, and CI/CD processes.
- **Coding Standards**: Guidelines and best practices for coding standards.
- **Contribution Guidelines**: How to contribute to the project, including code submission and review processes.
- **Testing Strategy**: Overview of the testing strategy, including unit tests, integration tests, and end-to-end tests.
## 6. Meeting Notes and Correspondences
- [Meeting Agenda 2023-01-15](https://raw.githubusercontent.com/your-repo/project/main/meetings/meeting-agenda-2023-01-15.md): Agenda for the meeting held on January 15, 2023.
- [Meeting Minutes 2023-01-15](https://raw.githubusercontent.com/your-repo/project/main/meetings/meeting-minutes-2023-01-15.md): Minutes from the meeting held on January 15, 2023.
- **Correspondences**: Important emails and communications related to the project.
## 7. Miscellaneous
- [Research Paper on Dart](https://raw.githubusercontent.com/your-repo/project/main/misc/research-paper-dart.md): Relevant research on Dart programming language.
- [Reference Material](https://raw.githubusercontent.com/your-repo/project/main/misc/reference-material.md): Additional reference materials for the project.
- **Glossary**: Definitions of key terms and acronyms used in the project.
- **Project Roadmap**: Timeline and milestones for the project.

30
.pkb/pkb-introduction.md
View file

@ -1,30 +0,0 @@
# Introduction
## Basic Information
- **Name**: Patrick Stewart
- **Role/Position**: Project Lead
## Project Details
- **Project Name**: Protevus Project
- **Project Description**: The Protevus Project aims to create a Dart-based platform that mirrors the Laravel framework, providing a robust and scalable application server.
## Specific Needs and Goals
- **Primary Objectives**:
1. Port existing PHP code to Dart, ensuring compatibility and maintaining functionality.
2. Refactor code from various Dart projects (Conduit, Angel3, Serverpod, Vania) to create a solid foundation for Protevus Platform.
3. Document the development process and create comprehensive guides for future developers.
- **Key Areas of Focus**:
- Scanning repositories and identifying key components.
- Creating detailed plans for porting and refactoring code.
- Assisting with research and documentation.
## Preferences and Priorities
- **Preferred Workflow**: Structured workflow with clear milestones and regular updates on progress.
- **Communication Style**: Concise and detailed communication, focusing on actionable insights and recommendations.
## Things for You to Know
- **Personal Knowledge Base**: I will upload, link and commit to a personal knowledge base (PKB) of my own research and development. You have continuous access to this information and will use it to provide context for our interactions. The information will be structure using a index system so that you can locate information quickly. We will be working together intensly moving forward with you working side by side with me on this project as my assistant. I will ask alot from you and expect you to deliver concise and accurate information or repsponses. The information in the PKB is subject to change and will be constantly edited by us as we work together. Keep this in mind as although we shall strive to always have the latest information available in the PKB expect that some information may be outdated or may be in a draft mode that does not reflect the current state of the project or it's goals. When in doubt please query me, don't just throw out answers or conduct task blindly based on this information. Let's be clear that if I ask you to conduct a specific task that the information in the PKB will support executing that task. This way you will come to understand that there is information available that I never ask you to use until I know it is relevant and won't throw off our context.
- **My Library**: I will upload documents, links and other resources to my library. This will be a collection of documents that I have found useful and will be used to help me with my research and development. This will be a repository that you can access and query when prompted to do so. Unlike the PKB which you can use automatically, the library only holds information that you have access to when needed. To use the library I will have to tell you what to look for. Once you located the resource we can use it in the context in which we are interacting at that time. When prompted to retrieve information from the library you still will have contextual access to the PKB and can combine the information to assits you in accomplishing whatever task you have been assigned.
- **Developer Profiles**: I will provide you with profiles to the team of developers as they join the project. This is for you to become familar with the team and their roles and responsibilities. This will help you to understand the project, its goals, who we have on the team and how available human resources can be maximized. I will always be the one communicating with you so don't confuse me with any of the others. The profiles will help you to assits in assigning task to the team members. Just remember that this introduction provides the information you kneed to address me directly. I will not be listed in the developer profiles.
- **Use of Github**: I will use Github to store all of my project documents and code. This will allow you to access the code and documents at any time. I will also use Github to store the project documentation. This will allow you to access the documentation at any time. I will also use github to pre-seed the PKB with contextual information that you can use to keep yourself on track with the project. Please use it as it streamlines our process and grants you access to tons of code, documents and is easily extendable without having to upload everything to either the my library feature or the PKB itself. I have created a special folder in the repository named .pkb which is where I will store information via the PKB index. This will allow you to access the information at any time.

8
.pkb/social media.md
View file

@ -1,8 +0,0 @@
Twitter:
"🚀 Tired of fragmented development? Protevus unifies web, mobile, desktop, IoT, and cloud development in one powerful framework. #Protevus #UnifiedDevelopment"
LinkedIn:
"Protevus is revolutionizing full-stack development. Our unified framework allows developers to build for web, mobile, desktop, IoT, and cloud using a single language. Learn how Protevus can transform your development process: [Link] #Protevus #SoftwareDevelopment"
Facebook:
"🖥️📱🏠☁️ One framework to rule them all! Protevus brings together web, mobile, desktop, IoT, and cloud development in a single, powerful platform. Discover the future of software development: [Link]"

233
.pkb/technical doc.md
View file

@ -1,233 +0,0 @@
# Protevus Technical Documentation
## Table of Contents
1. Architecture Overview
2. Core Components
3. Cross-Platform Development
4. Microservices Implementation
5. Blockchain Integration
6. IoT and Edge Computing Support
7. API Reference
8. Performance Optimization
9. Security Features
10. Deployment Guide
## 1. Architecture Overview
Protevus is built on a modular, layered architecture that ensures flexibility, scalability, and performance across all supported platforms.
### High-Level Architecture
+---------------------+ | Application | +---------------------+ | Protevus Framework | +---------------------+ | Dart Runtime / VM | +---------------------+ | Platform (OS/Web) | +---------------------+
### Key Architectural Principles
- Separation of Concerns
- Dependency Injection
- Reactive Programming
- Asynchronous by Default
## 2. Core Components
### 2.1 Protevus Core
The central library that provides common functionality across all platforms.
#### Key Features
- Unified routing system
- State management
- Dependency injection container
- Event bus
### 2.2 Platform-Specific Modules
Modules that interface with platform-specific APIs while maintaining a consistent API across platforms.
- Web Module
- Mobile Module (iOS/Android)
- Desktop Module (Windows/macOS/Linux)
- IoT Module
## 3. Cross-Platform Development
Protevus uses a single codebase approach for cross-platform development, with platform-specific customizations when necessary.
### 3.1 Shared Code
```dart
class User {
final String name;
final String email;
User(this.name, this.email);
void save() {
// Common save logic
}
}
3.2 Platform-Specific Code
import 'package:protevus/platform.dart';
void main() {
if (Platform.isIOS) {
// iOS-specific initialization
} else if (Platform.isAndroid) {
// Android-specific initialization
} else {
// Default initialization
}
}
```
## 4. Microservices Implementation
Protevus provides built-in support for developing and deploying microservices.
### 4.1 Service Definition
```dart
@service
class UserService {
Future<User> getUser(String id) async {
// Implementation
}
Future<void> createUser(User user) async {
// Implementation
}
}
```
### 4.2 Service Discovery
Protevus uses a built-in service registry for automatic service discovery and load balancing.
```dart
final userService = await ServiceLocator.get<UserService>();
final user = await userService.getUser('123');
```
## 5. Blockchain Integration
Protevus offers native blockchain creation capabilities and API consumption from other blockchains.
### 5.1 Blockchain Creation
```dart
final blockchain = Blockchain.create(
name: 'MyChain',
consensusAlgorithm: ProofOfStake(),
initialSupply: 1000000,
);
blockchain.start();
```
### 5.2 Interacting with External Blockchains
```dart
final ethereumClient = BlockchainClient.ethereum();
final balance = await ethereumClient.getBalance('0x742d35Cc6634C0532925a3b844Bc454e4438f44e');
```
## 6. IoT and Edge Computing Support
Protevus provides built-in support for developing IoT applications and deploying them on edge devices.
### 6.1 IoT Device Communication
```dart
final mqttClient = MqttClient('broker.hivemq.com');
await mqttClient.connect();
mqttClient.subscribe('sensors/temperature');
mqttClient.updates.listen((List<MqttReceivedMessage<MqttMessage>> messages) {
final message = messages[0].payload as MqttPublishMessage;
final payload = MqttPublishPayload.bytesToStringAsString(message.payload.message);
print('Received message: $payload');
});
```
### 6.2 Edge Computing
Protevus allows developers to deploy their applications on edge devices, enabling real-time data processing and reducing latency.
```dart
@edge
class DataProcessor {
List<double> processData(List<double> rawData) {
// Process data on the edge device
return rawData.map((d) => d * 1.8 + 32).toList(); // Convert Celsius to Fahrenheit
}
}
```
## 7. API Reference
[Detailed API documentation would be provided here, covering all major classes and functions in the framework]
### 8. Performance Optimization
Protevus is designed for high performance across all platforms.
### 8.1 AOT Compilation
For mobile and desktop platforms, Protevus uses Ahead-of-Time (AOT) compilation to generate native code for maximum performance.
### 8.2 Tree Shaking
Protevus automatically removes unused code to minimize application size.
### 8.3 Lazy Loading
Protevus supports lazy loading of modules and components to improve startup time.
```dart
final userModule = await ModuleLoader.load('user_module');
final userList = await userModule.getUserList();
```
## 9. Security Features
Protevus includes robust security features out of the box.
### 9.1 Encryption
```dart
final encrypted = Encryptor.encrypt('Sensitive data', key);
final decrypted = Encryptor.decrypt(encrypted, key);
```
### 9.2 Authentication and Authorization
Protevus provides built-in support for user authentication and role-based access control.
```dart
@authenticate
class SecureController {
@role(['admin'])
void adminOnlyMethod() {
// Only accessible by admin users
}
}
```
## 10. Deployment Guide
### 10.1 Web Deployment
```bash
protevus build web
protevus deploy --platform=firebase
```
### 10.2 Mobile Deployment
```bash
protevus build mobile --platform=ios
protevus deploy --platform=appstore
```
### 10.3 Desktop Deployment
```bash
protevus build desktop --platform=windows
protevus package --format=msix
```
### 10.4 Microservices Deployment
```bash
protevus build service UserService
protevus deploy --platform=kubernetes
```
This technical documentation provides an overview of the key features and components of Protevus. It includes code snippets to illustrate how different features can be used.
Remember that in a real-world scenario, this documentation would be much more extensive, covering every aspect of the framework in detail. It would also include more comprehensive examples, troubleshooting guides, and best practices for using Protevus effectively.
As the framework develops, this documentation should be regularly updated to reflect new features, changes in API, and evolving best practices.

11
.pkb/video script.md
View file

@ -1,11 +0,0 @@
Are you tired of juggling multiple languages and frameworks for different platforms?
Introducing Protevus - the world's first truly unified full-stack development framework.
With Protevus, you can build powerful, scalable applications for web, mobile, desktop, IoT, and cloud - all with a single codebase.
Cut development time, reduce costs, and future-proof your applications.
Join the revolution. Choose Protevus.
Visit protevus.com to get started today.

17
.pkb/website content.md
View file

@ -1,17 +0,0 @@
# Welcome to Protevus
## Unify Your Development. Amplify Your Possibilities.
Protevus is the world's first truly unified full-stack development framework. Build powerful, scalable applications for web, mobile, desktop, IoT, and cloud - all with a single codebase.
### Our Offerings
- Open-Source Core Platform
- Enterprise Modules
- Consulting Services
- Training & Certification
### Why Developers Love Protevus
- "Protevus cut our development time in half!" - Jane Doe, CTO of TechCorp
- "Finally, a framework that delivers on the promise of write once, run anywhere." - John Smith, Lead Developer at InnovateCo
[Get Started] [Request Demo]

328
.pkb/whitepaper.md
View file

@ -1,328 +0,0 @@
# Protevus: Revolutionizing Full-Stack Development with a Unified, Cross-Platform Framework
## Executive Summary
Protevus is a groundbreaking full-stack development framework that unifies web, mobile, desktop, IoT, and cloud development under a single, cohesive platform. Built on the powerful Dart programming language and leveraging Flutter's cross-platform capabilities, Protevus offers unprecedented feature parity across all domains and devices. This whitepaper outlines the vision, technology, market opportunity, and potential impact of Protevus in revolutionizing software development practices across industries.
## 1. Introduction
### 1.1 The Current State of Full-Stack Development
The software development landscape is fragmented, with different technologies required for web, mobile, desktop, and IoT development. This fragmentation leads to increased complexity, higher costs, and longer development cycles.
### 1.2 The Need for a Unified Solution
Enterprises and developers are seeking a unified approach to streamline development processes, reduce costs, and accelerate time-to-market across all platforms.
### 1.3 Protevus: A Paradigm Shift in Software Development
Protevus addresses this need by offering a truly unified, full-stack development framework that works seamlessly across all platforms and devices.
## 2. Technology Overview
### 2.1 Core Foundation
- Based on Dart and Flutter
- Integration of best features from Conduit, Angel3, and Serverpod
- Refactored and optimized for maximum performance and flexibility
### 2.2 Cross-Platform Capabilities
- Web, Mobile (iOS, Android), Desktop (Windows, macOS, Linux)
- IoT and Edge Computing Support
- Consistent development experience across all platforms
### 2.3 Cloud-Native Architecture
- Microservices Support
- Containerization and Orchestration Integration
- Seamless deployment to various cloud providers
### 2.4 Blockchain Integration
- Native blockchain creation capabilities
- API consumption from other blockchains
- Support for developing decentralized applications (DApps)
### 2.5 API Compatibility Layers
- Laravel-style API for easy transition of PHP developers
- CodeIgniter-style API (planned)
- Potential for future framework API compatibilities
### 2.6 Performance Optimizations
- JIT and AOT compilation options
- Optimized for high-performance applications
### 2.7 Security Features
- Built-in security best practices
- Support for modern authentication and authorization protocols
## 3. Key Features and Advantages
### 3.1 True Full-Stack Development in a Single Language
- End-to-end development using Dart
- Unified codebase for backend, frontend, and mobile applications
### 3.2 Cross-Platform Feature Parity
- Consistent functionality across web, mobile, desktop, and IoT
- Simplified development and maintenance of multi-platform applications
### 3.3 Modular Architecture
- Core Platform (Open Source)
- Advanced Enterprise Modules (Subscription-based)
- Flexible pricing model catering to various project scales
### 3.4 Seamless Integration with Modern DevOps Practices
- Built-in support for CI/CD pipelines
- Easy integration with containerization and orchestration technologies
### 3.5 Built-in Support for Emerging Technologies
- IoT and Edge Computing capabilities
- Blockchain and DApp development support
### 3.6 Performance Superiority over Traditional Stacks
- Leveraging Dart's performance capabilities
- Optimized for both small-scale and enterprise-grade applications
### 3.7 Cost-Efficiency in Development and Maintenance
- Reduced need for multiple technology specialists
- Streamlined development process leading to faster time-to-market
### 3.8 Scalability and Future-Proofing
- Designed to adapt to emerging technologies and platforms
- Regular updates and community-driven improvements
## 4. Market Analysis
### 4.1 Current Market Landscape
Analysis of existing full-stack solutions and their limitations
### 4.2 Target Segments
- Enterprise Software Development
- Startups and SMEs
- Government and Public Sector
- IoT and Edge Computing
- Blockchain and Fintech
### 4.3 Competitive Analysis
Comparison with existing solutions like MEAN, MERN, LAMP stacks
### 4.4 Market Size and Growth Projections
Detailed analysis of the addressable market and growth potential
## 5. Use Cases and Potential Applications
### 5.1 Enterprise Digital Transformation
- Modernizing legacy systems
- Building scalable, cross-platform enterprise applications
### 5.2 Cross-Platform Application Development
- Developing applications that run seamlessly on web, mobile, and desktop
### 5.3 IoT and Edge Computing Solutions
- Building sophisticated IoT ecosystems
- Edge computing applications for various industries
### 5.4 Blockchain and Decentralized Applications
- Creating custom blockchains
- Developing DApps for various use cases
### 5.5 Government and Military Systems
- Secure, scalable solutions for government agencies
- Mission-critical applications for defense and public sector
### 5.6 Education and Research Platforms
- Building comprehensive Learning Management Systems
- Developing tools for academic research and data analysis
### 5.7 Healthcare Information Systems
- Creating interoperable healthcare applications
- Secure patient data management systems
## 6. Development Roadmap
### 6.1 Current Status and Achievements
### 6.2 Short-term Goals (6-12 months)
### 6.3 Medium-term Objectives (1-3 years)
### 6.4 Long-term Vision
## 7. Business Model
### 7.1 Core Platform (Open Source)
### 7.2 Enterprise Modules (Subscription-based)
### 7.3 Consulting and Support Services
### 7.4 Training and Certification Programs
### 7.5 Partnerships and Ecosystem Development
## 8. Go-to-Market Strategy
### 8.1 Developer Community Engagement
### 8.2 Enterprise Adoption Program
### 8.3 Government and Public Sector Outreach
### 8.4 Educational Partnerships
### 8.5 Marketing and PR Initiatives
## 9. Team and Advisors
### 9.1 Core Development Team
### 9.2 Advisory Board
### 9.3 Planned Expansion
## 10. Investment Opportunity
### 10.1 Funding Requirements
### 10.2 Use of Funds
### 10.3 Financial Projections
### 10.4 Return on Investment Potential
## 11. Risk Analysis and Mitigation Strategies
### 11.1 Technical Risks
### 11.2 Market Risks
### 11.3 Operational Risks
### 11.4 Mitigation Strategies
## 12. Impact and Innovation
### 12.1 Transforming Software Development Practices
### 12.2 Accelerating Digital Transformation
### 12.3 Fostering Innovation in IoT and Edge Computing
### 12.4 Contribution to Open Source Community
### 12.5 Economic Impact through Efficiency Gains
## 13. Case Studies
### 13.1 Enterprise Application Modernization
### 13.2 Cross-Platform Mobile App Development
### 13.3 IoT Solution for Smart Manufacturing
### 13.4 Blockchain-based Supply Chain Management
## 14. Conclusion
### 14.1 The Protevus Vision
### 14.2 Call to Action for Investors, Developers, and Enterprises
## Appendices
### A. Technical Specifications
### B. Performance Benchmarks
### C. Security and Compliance Features
### D. API Documentation Overview
### E. Testimonials and Early Adopter Feedback
## 15. Integrations and Advanced Features
Protevus offers a wide range of integrations and advanced features, making it a comprehensive solution for various development needs:
### 15.1 Database Integrations
- MongoDB: NoSQL database support for flexible data storage
- Redis: In-memory data structure store for caching and real-time applications
- MySQL and PostgreSQL: Robust relational database support
### 15.2 Messaging and Streaming
- Kafka: Distributed event streaming platform for high-performance data pipelines
### 15.3 Distributed Computing
- Hazelcast: In-memory computing platform for distributed processing
### 15.4 Service Discovery and Configuration
- Consul: Service mesh solution providing service discovery, configuration, and segmentation
### 15.5 IoT and Messaging
- EMQX: Scalable MQTT broker for IoT applications
### 15.6 Decentralized and P2P Technologies
- Ockam: Tools for building secure, private systems
- Kademlia: Distributed hash table for decentralized peer-to-peer network applications
- PeerDart: P2P networking capabilities in Dart
### 15.7 Communication Protocols
- WebSockets: Full-duplex communication channels over a single TCP connection
- gRPC: High-performance, open-source universal RPC framework
- SIP (Session Initiation Protocol): Signaling protocol for real-time communications
- RTC (Real-Time Communication): Support for audio, video, and data communication
- TURN (Traversal Using Relays around NAT): Assist in traversal of network address translators or firewalls for VoIP or video calls
### 15.8 DevOps and Deployment
- Docker: Containerization support for consistent deployment across environments
- Kubernetes: Container orchestration for automated deployment, scaling, and management
### 15.9 Version Control and Collaboration
- Git and GitHub: Integrated support for version control and collaborative development
### 15.10 Build and Task Automation
- Make: Automated build and task management
- Melos: Tool for managing Dart projects with multiple packages
### 15.11 Continuous Integration and Delivery
- CI/CD: Built-in support for continuous integration and delivery pipelines
### 15.12 Cloud Services
- Firebase: Integration with Google's mobile and web application development platform
These integrations and features position Protevus as a comprehensive, enterprise-grade development framework capable of handling a wide range of modern software development challenges. By offering these capabilities out-of-the-box, Protevus significantly reduces the complexity and time required to develop sophisticated, scalable applications across various domains.