Plugin Development Guide

⚠️ IMPORTANT: Before developing a plugin, thoroughly read the Plugin Architecture Documentation to understand:

Plugin system design principles and execution pipeline

Plugin lifecycle management and state transitions

Error handling patterns and recovery mechanisms

Security considerations and validation requirements

Performance implications and optimization strategies

You are also encouraged to go through existing plugins here to understand the plugin system and how to implement your own plugins.

🏗️ Plugin Structure Requirements

Each plugin should be organized as follows:

plugins/
└── your-plugin-name/
    ├── main.go           # Plugin implementation
    ├── plugin_test.go    # Comprehensive tests
    ├── README.md         # Documentation with examples
    └── go.mod            # Module definition

Using Plugins

import (
    "github.com/maximhq/bifrost/core"
    "github.com/your-org/your-plugin"
)

client, initErr := bifrost.Init(schemas.BifrostConfig{
    Account: &yourAccount,
    Plugins: []schemas.Plugin{
        your_plugin.NewYourPlugin(config),
        // Add more plugins as needed
    },
})

🎯 Overview

Bifrost plugins provide a powerful middleware system that allows you to inject custom logic at critical points in the request lifecycle. You can build plugins for authentication, rate limiting, caching, monitoring, content filtering, and much more.

Plugin Architecture Flow

📋 Prerequisites

Required Skills

Go Programming - Intermediate proficiency required
Interface Design - Understanding of Go interfaces
Middleware Patterns - Request/response pipeline concepts
Testing - Unit and integration testing skills

Development Environment

Go 1.23+ - Latest Go version
Bifrost Core - Understanding of Bifrost architecture
Git - Version control proficiency
Testing Tools - Go testing framework familiarity

🏗️ Plugin Interface

Core Plugin Interface

Every plugin must implement the Plugin interface:

type Plugin interface {
    // GetName returns the unique name of the plugin
    GetName() string

    // PreHook is called before a request is processed by a provider
    // Can modify request, short-circuit with response, or short-circuit with error
    PreHook(ctx *context.Context, req *BifrostRequest) (*BifrostRequest, *PluginShortCircuit, error)

    // PostHook is called after a response or after PreHook short-circuit
    // Can modify response/error or recover from errors
    PostHook(ctx *context.Context, result *BifrostResponse, err *BifrostError) (*BifrostResponse, *BifrostError, error)

    // Cleanup is called on bifrost shutdown
    Cleanup() error
}

Short-Circuit Control

Plugins can short-circuit the request flow:

type PluginShortCircuit struct {
    Response       *BifrostResponse // If set, skip provider and return this response
    Error          *BifrostError    // If set, skip provider and return this error
    AllowFallbacks *bool            // Whether to allow fallback providers (default: true)
}

🔧 Plugin Implementation Patterns

1. Request Modification Plugin

Modify requests before they reach the provider:

package main

import (
    "context"
    "fmt"
    "strings"

    "github.com/maximhq/bifrost/core/schemas"
)

type RequestModifierPlugin struct {
    name   string
    config RequestModifierConfig
}

type RequestModifierConfig struct {
    PrefixPrompt string `json:"prefix_prompt"`
    SuffixPrompt string `json:"suffix_prompt"`
}

func NewRequestModifierPlugin(config RequestModifierConfig) *RequestModifierPlugin {
    return &RequestModifierPlugin{
        name:   "request-modifier",
        config: config,
    }
}

func (p *RequestModifierPlugin) GetName() string {
    return p.name
}

func (p *RequestModifierPlugin) PreHook(
    ctx *context.Context,
    req *schemas.BifrostRequest,
) (*schemas.BifrostRequest, *schemas.PluginShortCircuit, error) {

    // Only modify chat completion requests
    if req.Input.ChatCompletionInput == nil {
        return req, nil, nil
    }

    messages := *req.Input.ChatCompletionInput

    // Add prefix to first user message
    if len(messages) > 0 && p.config.PrefixPrompt != "" {
        for i, msg := range messages {
            if msg.Role == schemas.ModelChatMessageRoleUser && msg.Content.ContentStr != nil {
                originalContent := *msg.Content.ContentStr
                newContent := p.config.PrefixPrompt + "\n\n" + originalContent

                if p.config.SuffixPrompt != "" {
                    newContent += "\n\n" + p.config.SuffixPrompt
                }

                messages[i].Content.ContentStr = &newContent
                break
            }
        }
    }

    // Return modified request
    modifiedReq := *req
    modifiedReq.Input.ChatCompletionInput = &messages

    return &modifiedReq, nil, nil
}

func (p *RequestModifierPlugin) PostHook(
    ctx *context.Context,
    result *schemas.BifrostResponse,
    err *schemas.BifrostError,
) (*schemas.BifrostResponse, *schemas.BifrostError, error) {
    // No post-processing needed for this plugin
    return result, err, nil
}

func (p *RequestModifierPlugin) Cleanup() error {
    return nil
}

2. Authentication Plugin

Validate and enrich requests with authentication:

type AuthenticationPlugin struct {
    name        string
    apiKeys     map[string]string
    rateLimiter map[string]*time.Ticker
}

func NewAuthenticationPlugin(validKeys map[string]string) *AuthenticationPlugin {
    return &AuthenticationPlugin{
        name:        "authentication",
        apiKeys:     validKeys,
        rateLimiter: make(map[string]*time.Ticker),
    }
}

func (p *AuthenticationPlugin) PreHook(
    ctx *context.Context,
    req *schemas.BifrostRequest,
) (*schemas.BifrostRequest, *schemas.PluginShortCircuit, error) {

    // Extract API key from context
    apiKey := extractAPIKeyFromContext(ctx)
    if apiKey == "" {
        return nil, &schemas.PluginShortCircuit{
            Error: &schemas.BifrostError{
                IsBifrostError: true,
                StatusCode:     intPtr(401),
                Error: schemas.ErrorField{
                    Type:    stringPtr("authentication_error"),
                    Code:    stringPtr("missing_api_key"),
                    Message: "API key is required",
                },
            },
            AllowFallbacks: boolPtr(false), // Don't try fallbacks for auth errors
        }, nil
    }

    // Validate API key
    userID, exists := p.apiKeys[apiKey]
    if !exists {
        return nil, &schemas.PluginShortCircuit{
            Error: &schemas.BifrostError{
                IsBifrostError: true,
                StatusCode:     intPtr(401),
                Error: schemas.ErrorField{
                    Type:    stringPtr("authentication_error"),
                    Code:    stringPtr("invalid_api_key"),
                    Message: "Invalid API key",
                },
            },
            AllowFallbacks: boolPtr(false),
        }, nil
    }

    // Add user context to request
    enrichedCtx := context.WithValue(*ctx, "user_id", userID)
    enrichedCtx = context.WithValue(enrichedCtx, "authenticated", true)
    *ctx = enrichedCtx

    return req, nil, nil
}

3. Caching Plugin

Cache responses for repeated requests:

type CachingPlugin struct {
    name     string
    cache    map[string]*CacheEntry
    cacheMu  sync.RWMutex
    ttl      time.Duration
}

type CacheEntry struct {
    Response  *schemas.BifrostResponse
    Timestamp time.Time
}

func NewCachingPlugin(ttl time.Duration) *CachingPlugin {
    plugin := &CachingPlugin{
        name:  "caching",
        cache: make(map[string]*CacheEntry),
        ttl:   ttl,
    }

    // Start cleanup goroutine
    go plugin.cleanupExpiredEntries()

    return plugin
}

func (p *CachingPlugin) PreHook(
    ctx *context.Context,
    req *schemas.BifrostRequest,
) (*schemas.BifrostRequest, *schemas.PluginShortCircuit, error) {

    // Generate cache key from request
    cacheKey := p.generateCacheKey(req)

    p.cacheMu.RLock()
    entry, exists := p.cache[cacheKey]
    p.cacheMu.RUnlock()

    // Check if cached response is valid
    if exists && time.Since(entry.Timestamp) < p.ttl {
        // Cache hit - short-circuit with cached response
        return nil, &schemas.PluginShortCircuit{
            Response: entry.Response,
        }, nil
    }

    // Cache miss - let request continue
    return req, nil, nil
}

func (p *CachingPlugin) PostHook(
    ctx *context.Context,
    result *schemas.BifrostResponse,
    err *schemas.BifrostError,
) (*schemas.BifrostResponse, *schemas.BifrostError, error) {

    // Only cache successful responses
    if err == nil && result != nil {
        // Extract original request from context
        if originalReq := extractRequestFromContext(ctx); originalReq != nil {
            cacheKey := p.generateCacheKey(originalReq)

            p.cacheMu.Lock()
            p.cache[cacheKey] = &CacheEntry{
                Response:  result,
                Timestamp: time.Now(),
            }
            p.cacheMu.Unlock()
        }
    }

    return result, err, nil
}

func (p *CachingPlugin) generateCacheKey(req *schemas.BifrostRequest) string {
    // Create deterministic key based on request content
    h := sha256.New()

    // Include provider, model, and input
    h.Write([]byte(string(req.Provider)))
    h.Write([]byte(req.Model))

    if req.Input.ChatCompletionInput != nil {
        for _, msg := range *req.Input.ChatCompletionInput {
            h.Write([]byte(string(msg.Role)))
            if msg.Content.ContentStr != nil {
                h.Write([]byte(*msg.Content.ContentStr))
            }
        }
    }

    return fmt.Sprintf("%x", h.Sum(nil))
}

func (p *CachingPlugin) cleanupExpiredEntries() {
    ticker := time.NewTicker(time.Minute)
    defer ticker.Stop()

    for range ticker.C {
        p.cacheMu.Lock()
        for key, entry := range p.cache {
            if time.Since(entry.Timestamp) > p.ttl {
                delete(p.cache, key)
            }
        }
        p.cacheMu.Unlock()
    }
}

4. Error Recovery Plugin

Recover from provider errors with fallback responses:

type ErrorRecoveryPlugin struct {
    name           string
    fallbackModel  string
    maxRetries     int
    fallbackPrompt string
}

func NewErrorRecoveryPlugin(fallbackModel string, maxRetries int) *ErrorRecoveryPlugin {
    return &ErrorRecoveryPlugin{
        name:           "error-recovery",
        fallbackModel:  fallbackModel,
        maxRetries:     maxRetries,
        fallbackPrompt: "I apologize, but I'm experiencing technical difficulties. Please try again later.",
    }
}

func (p *ErrorRecoveryPlugin) PreHook(
    ctx *context.Context,
    req *schemas.BifrostRequest,
) (*schemas.BifrostRequest, *schemas.PluginShortCircuit, error) {
    // No pre-processing needed
    return req, nil, nil
}

func (p *ErrorRecoveryPlugin) PostHook(
    ctx *context.Context,
    result *schemas.BifrostResponse,
    err *schemas.BifrostError,
) (*schemas.BifrostResponse, *schemas.BifrostError, error) {

    // Only handle certain types of errors
    if err == nil || !p.shouldRecover(err) {
        return result, err, nil
    }

    // Check retry count
    retryCount := getRetryCountFromContext(ctx)
    if retryCount >= p.maxRetries {
        return result, err, nil
    }

    // Create fallback response
    fallbackResponse := &schemas.BifrostResponse{
        ID:      generateUUID(),
        Object:  "chat.completion",
        Model:   p.fallbackModel,
        Created: int(time.Now().Unix()),
        Choices: []schemas.BifrostResponseChoice{
            {
                Index:        0,
                FinishReason: "stop",
                Message: schemas.BifrostMessage{
                    Role: schemas.ModelChatMessageRoleAssistant,
                    Content: schemas.MessageContent{
                        ContentStr: &p.fallbackPrompt,
                    },
                },
            },
        },
        Usage: schemas.LLMUsage{
            PromptTokens:     0,
            CompletionTokens: len(strings.Split(p.fallbackPrompt, " ")),
            TotalTokens:      len(strings.Split(p.fallbackPrompt, " ")),
        },
        ExtraFields: schemas.BifrostResponseExtraFields{
            Provider: schemas.ModelProvider("fallback"),
        },
    }

    // Return recovered response (no error)
    return fallbackResponse, nil, nil
}

func (p *ErrorRecoveryPlugin) shouldRecover(err *schemas.BifrostError) bool {
    // Recover from rate limits and temporary failures
    if err.StatusCode != nil {
        code := *err.StatusCode
        return code == 429 || code == 502 || code == 503 || code == 504
    }
    return false
}

🧪 Plugin Testing

Unit Testing Framework

package main

import (
    "context"
    "testing"
    "github.com/stretchr/testify/assert"
    "github.com/stretchr/testify/require"
)

func TestRequestModifierPlugin(t *testing.T) {
    tests := []struct {
        name           string
        config         RequestModifierConfig
        inputRequest   *schemas.BifrostRequest
        expectedPrefix string
        expectedSuffix string
    }{
        {
            name: "adds prefix and suffix to user message",
            config: RequestModifierConfig{
                PrefixPrompt: "Please be concise:",
                SuffixPrompt: "Respond in one sentence.",
            },
            inputRequest: &schemas.BifrostRequest{
                Provider: schemas.OpenAI,
                Model:    "gpt-4o-mini",
                Input: schemas.RequestInput{
                    ChatCompletionInput: &[]schemas.BifrostMessage{
                        {
                            Role: schemas.ModelChatMessageRoleUser,
                            Content: schemas.MessageContent{
                                ContentStr: stringPtr("What is AI?"),
                            },
                        },
                    },
                },
            },
            expectedPrefix: "Please be concise:",
            expectedSuffix: "Respond in one sentence.",
        },
    }

    for _, tt := range tests {
        t.Run(tt.name, func(t *testing.T) {
            plugin := NewRequestModifierPlugin(tt.config)
            ctx := context.Background()

            result, shortCircuit, err := plugin.PreHook(&ctx, tt.inputRequest)

            assert.NoError(t, err)
            assert.Nil(t, shortCircuit)
            assert.NotNil(t, result)

            messages := *result.Input.ChatCompletionInput
            require.Len(t, messages, 1)

            content := *messages[0].Content.ContentStr
            assert.Contains(t, content, tt.expectedPrefix)
            assert.Contains(t, content, tt.expectedSuffix)
            assert.Contains(t, content, "What is AI?")
        })
    }
}

func TestAuthenticationPlugin(t *testing.T) {
    validKeys := map[string]string{
        "test-key-1": "user-1",
        "test-key-2": "user-2",
    }

    plugin := NewAuthenticationPlugin(validKeys)

    tests := []struct {
        name        string
        apiKey      string
        expectError bool
        errorCode   string
    }{
        {
            name:        "valid API key",
            apiKey:      "test-key-1",
            expectError: false,
        },
        {
            name:        "invalid API key",
            apiKey:      "invalid-key",
            expectError: true,
            errorCode:   "invalid_api_key",
        },
        {
            name:        "missing API key",
            apiKey:      "",
            expectError: true,
            errorCode:   "missing_api_key",
        },
    }

    for _, tt := range tests {
        t.Run(tt.name, func(t *testing.T) {
            ctx := context.WithValue(context.Background(), "api_key", tt.apiKey)
            req := &schemas.BifrostRequest{
                Provider: schemas.OpenAI,
                Model:    "gpt-4o-mini",
            }

            result, shortCircuit, err := plugin.PreHook(&ctx, req)

            assert.NoError(t, err) // Plugin errors are returned via shortCircuit

            if tt.expectError {
                assert.Nil(t, result)
                assert.NotNil(t, shortCircuit)
                assert.NotNil(t, shortCircuit.Error)

                if tt.errorCode != "" {
                    assert.Equal(t, tt.errorCode, *shortCircuit.Error.Error.Code)
                }

                assert.NotNil(t, shortCircuit.AllowFallbacks)
                assert.False(t, *shortCircuit.AllowFallbacks)
            } else {
                assert.NotNil(t, result)
                assert.Nil(t, shortCircuit)

                // Check that user context was added
                userID := ctx.Value("user_id")
                assert.Equal(t, "user-1", userID)
            }
        })
    }
}

Integration Testing

func TestPluginIntegration(t *testing.T) {
    // Create a test Bifrost instance with plugins
    config := schemas.BifrostConfig{
        Account: &testAccount,
        Plugins: []schemas.Plugin{
            NewAuthenticationPlugin(map[string]string{
                "test-key": "test-user",
            }),
            NewRequestModifierPlugin(RequestModifierConfig{
                PrefixPrompt: "Be helpful:",
            }),
            NewCachingPlugin(time.Minute),
        },
    }

    client, initErr := bifrost.Init(config)
    require.Nil(t, initErr)
    defer client.Cleanup()

    // Test authenticated request
    ctx := context.WithValue(context.Background(), "api_key", "test-key")

    request := &schemas.BifrostRequest{
        Provider: schemas.OpenAI,
        Model:    "gpt-4o-mini",
        Input: schemas.RequestInput{
            ChatCompletionInput: &[]schemas.BifrostMessage{
                {
                    Role: schemas.ModelChatMessageRoleUser,
                    Content: schemas.MessageContent{
                        ContentStr: stringPtr("Hello"),
                    },
                },
            },
        },
    }

    // First request - should hit provider
    result1, err := client.ChatCompletionRequest(ctx, request)
    assert.NoError(t, err)
    assert.NotNil(t, result1)

    // Second identical request - should hit cache
    result2, err := client.ChatCompletionRequest(ctx, request)
    assert.NoError(t, err)
    assert.NotNil(t, result2)

    // Results should be identical (from cache)
    assert.Equal(t, result1.ID, result2.ID)
}

📚 Advanced Plugin Patterns

Configuration-Driven Plugins

type ConfigurablePlugin struct {
    name   string
    config PluginConfig
}

type PluginConfig struct {
    Rules []Rule `json:"rules"`
}

type Rule struct {
    Condition string      `json:"condition"`
    Action    string      `json:"action"`
    Value     interface{} `json:"value"`
}

func (p *ConfigurablePlugin) PreHook(
    ctx *context.Context,
    req *schemas.BifrostRequest,
) (*schemas.BifrostRequest, *schemas.PluginShortCircuit, error) {

    for _, rule := range p.config.Rules {
        if p.evaluateCondition(rule.Condition, req) {
            return p.executeAction(rule.Action, rule.Value, req)
        }
    }

    return req, nil, nil
}

Plugin Chaining and Dependencies

type PluginManager struct {
    plugins    []schemas.Plugin
    pluginMeta map[string]PluginMetadata
}

type PluginMetadata struct {
    Dependencies []string
    Priority     int
    Enabled      bool
}

func (pm *PluginManager) SortPluginsByDependencies() error {
    // Topological sort based on dependencies
    sorted, err := pm.topologicalSort()
    if err != nil {
        return fmt.Errorf("plugin dependency cycle detected: %w", err)
    }

    pm.plugins = sorted
    return nil
}

Async Plugin Operations

type AsyncPlugin struct {
    name       string
    workQueue  chan PluginWork
    workers    int
    workerPool sync.WaitGroup
}

type PluginWork struct {
    Context  context.Context
    Request  *schemas.BifrostRequest
    Response *schemas.BifrostResponse
    Error    *schemas.BifrostError
    Done     chan struct{}
}

func (p *AsyncPlugin) PostHook(
    ctx *context.Context,
    result *schemas.BifrostResponse,
    err *schemas.BifrostError,
) (*schemas.BifrostResponse, *schemas.BifrostError, error) {

    work := PluginWork{
        Context:  *ctx,
        Request:  extractRequestFromContext(ctx),
        Response: result,
        Error:    err,
        Done:     make(chan struct{}),
    }

    // Queue work for async processing
    select {
    case p.workQueue <- work:
        // Don't wait for async work to complete
    default:
        // Queue full, skip async processing
    }

    return result, err, nil
}

✅ Plugin Submission Checklist

Code Quality

Interface Implementation - Correctly implements Plugin interface
Error Handling - Proper error handling and short-circuit usage
Thread Safety - Safe for concurrent use
Resource Management - Proper cleanup in Cleanup() method
Code Documentation - Clear comments and documentation

Testing

Unit Tests - Comprehensive test coverage (>90%)
Integration Tests - Tests with real Bifrost instance
Concurrent Testing - Tests under concurrent load
Error Scenarios - Tests for various error conditions
Short-Circuit Testing - Tests for short-circuit behavior

Documentation

Plugin Documentation - Clear setup and usage instructions
Configuration Schema - Documented configuration options
Examples - Working code examples and use cases
Performance Impact - Performance characteristics documented
Compatibility - Provider and feature compatibility matrix

Performance

Benchmarks - Performance benchmarks included
Memory Efficiency - Minimal memory footprint
Latency Impact - Low latency overhead ( less than 10ms )
Resource Limits - Configurable resource limits
Monitoring - Built-in metrics and monitoring

🚀 Plugin Distribution

Plugin as Go Module

// go.mod
module github.com/yourorg/bifrost-plugin-awesome

go 1.23

require (
    github.com/maximhq/bifrost v1.0.0
)

Plugin Registration

package main

import (
    "github.com/maximhq/bifrost/core/schemas"
)

// PluginFactory creates and configures the plugin
func PluginFactory(config map[string]interface{}) (schemas.Plugin, error) {
    // Parse configuration
    pluginConfig, err := parseConfig(config)
    if err != nil {
        return nil, fmt.Errorf("invalid plugin configuration: %w", err)
    }

    // Create and return plugin instance
    return NewYourAwesomePlugin(pluginConfig), nil
}

// For binary plugins
func main() {
    // Plugin binary entry point
    plugin := NewYourAwesomePlugin(defaultConfig)

    // Register with plugin system
    schemas.RegisterPlugin("awesome-plugin", plugin)
}

🎯 Next Steps

Study Examples - Review existing plugins in plugins/ directory
Choose Use Case - Identify the problem your plugin will solve
Design Interface - Plan your plugin’s PreHook/PostHook behavior
Implement Core Logic - Build the main plugin functionality
Add Configuration - Make your plugin configurable
Write Tests - Create comprehensive test suite
Document Usage - Write clear documentation and examples
Submit Plugin - Follow the contribution process

Ready to build your plugin? 🚀 Check out the existing plugin implementations in plugins/ for inspiration, and join the discussion in GitHub Discussions to share your plugin ideas!

Overview

Quick Start

Architecture

Usage

Contributing

Plugin Development Guide

⚠️ IMPORTANT: Before developing a plugin, thoroughly read the Plugin Architecture Documentation to understand:

🏗️ Plugin Structure Requirements

Using Plugins

🎯 Overview

Plugin Architecture Flow

📋 Prerequisites

Required Skills

Development Environment

🏗️ Plugin Interface

Core Plugin Interface

Short-Circuit Control

🔧 Plugin Implementation Patterns

1. Request Modification Plugin

2. Authentication Plugin

3. Caching Plugin

4. Error Recovery Plugin

🧪 Plugin Testing

Unit Testing Framework

Integration Testing

📚 Advanced Plugin Patterns

Configuration-Driven Plugins

Plugin Chaining and Dependencies

Async Plugin Operations

✅ Plugin Submission Checklist

Code Quality

Testing

Documentation

Performance

🚀 Plugin Distribution

Plugin as Go Module

Plugin Registration

🎯 Next Steps

Overview

Quick Start

Architecture

Usage

Contributing

​⚠️ IMPORTANT: Before developing a plugin, thoroughly read the Plugin Architecture Documentation to understand:

​🏗️ Plugin Structure Requirements

​Using Plugins

​🎯 Overview

​Plugin Architecture Flow

​📋 Prerequisites

​Required Skills

​Development Environment

​🏗️ Plugin Interface

​Core Plugin Interface

​Short-Circuit Control

​🔧 Plugin Implementation Patterns

​1. Request Modification Plugin

​2. Authentication Plugin

​3. Caching Plugin

​4. Error Recovery Plugin

​🧪 Plugin Testing

​Unit Testing Framework

​Integration Testing

​📚 Advanced Plugin Patterns

​Configuration-Driven Plugins

​Plugin Chaining and Dependencies

​Async Plugin Operations

​✅ Plugin Submission Checklist

​Code Quality

​Testing

​Documentation

​Performance

​🚀 Plugin Distribution

​Plugin as Go Module

​Plugin Registration

​🎯 Next Steps

⚠️ IMPORTANT: Before developing a plugin, thoroughly read the Plugin Architecture Documentation to understand:

🏗️ Plugin Structure Requirements

Using Plugins

🎯 Overview

Plugin Architecture Flow

📋 Prerequisites

Required Skills

Development Environment

🏗️ Plugin Interface

Core Plugin Interface

Short-Circuit Control

🔧 Plugin Implementation Patterns

1. Request Modification Plugin

2. Authentication Plugin

3. Caching Plugin

4. Error Recovery Plugin

🧪 Plugin Testing

Unit Testing Framework

Integration Testing

📚 Advanced Plugin Patterns

Configuration-Driven Plugins

Plugin Chaining and Dependencies

Async Plugin Operations

✅ Plugin Submission Checklist

Code Quality

Testing

Documentation

Performance

🚀 Plugin Distribution

Plugin as Go Module

Plugin Registration

🎯 Next Steps