Advanced Compiler-Compiler Platform
This feasibility analysis examines two critical enhancements to Minotaur’s grammar detection system:
Conclusion: Both enhancements are highly feasible and would significantly strengthen Minotaur’s capabilities for project evaluation, curation, and version-aware parsing.
Current grammars focus on syntax parsing but lack mechanisms to identify:
@ShiftDetectionRules {
// Architectural shifts
"legacy_to_modern": {
pattern: "class.*extends.*Observer.*implements.*ActionListener";
replacement: "@Component.*@EventHandler";
significance: "high";
category: "architecture_modernization";
};
// API migration patterns
"deprecated_api_usage": {
pattern: "StringBuffer.*append";
replacement: "StringBuilder.*append";
significance: "medium";
category: "api_migration";
};
// Design pattern shifts
"singleton_to_dependency_injection": {
pattern: "getInstance\\(\\).*static.*instance";
replacement: "@Inject.*constructor";
significance: "high";
category: "pattern_modernization";
};
}
public class ShiftDetectionResult
{
public string ShiftType { get; set; }
public ShiftSignificance Significance { get; set; }
public string Category { get; set; }
public CodeLocation Location { get; set; }
public string LegacyPattern { get; set; }
public string ModernAlternative { get; set; }
public double ConfidenceLevel { get; set; }
public List<string> RecommendedActions { get; set; }
}
public enum ShiftSignificance
{
Low, // Cosmetic changes
Medium, // API updates, minor refactoring
High, // Architectural changes
Critical // Breaking changes, major migrations
}
@ShiftDetectionRules sectionspublic class LargeShiftDetector : IGrammarDetector
{
public string DetectorId => "large-shift";
public int Priority => 300; // Higher than content-based
public async Task<GrammarDetectionResult> DetectGrammarAsync(GrammarDetectionContext context)
{
var shifts = await AnalyzeForLargeShifts(context);
var result = await base.DetectGrammarAsync(context);
result.Metadata["detectedShifts"] = shifts;
result.Metadata["shiftScore"] = CalculateShiftScore(shifts);
return result;
}
private async Task<List<ShiftDetection>> AnalyzeForLargeShifts(GrammarDetectionContext context)
{
// Analyze content for shift patterns
// Compare against modern alternatives
// Score significance and confidence
}
}
public class ProjectCurationAnalyzer
{
public async Task<CurationReport> AnalyzeProject(string projectPath)
{
var files = await GetProjectFiles(projectPath);
var shiftAnalysis = new List<ShiftDetectionResult>();
foreach (var file in files)
{
var result = await _grammarManager.DetectGrammarAsync(file, projectPath);
if (result.Metadata.ContainsKey("detectedShifts"))
{
shiftAnalysis.AddRange((List<ShiftDetectionResult>)result.Metadata["detectedShifts"]);
}
}
return new CurationReport
{
ProjectPath = projectPath,
OverallModernizationScore = CalculateModernizationScore(shiftAnalysis),
CriticalShifts = shiftAnalysis.Where(s => s.Significance == ShiftSignificance.Critical).ToList(),
RecommendedMigrations = GenerateMigrationRecommendations(shiftAnalysis),
TechnicalDebt = CalculateTechnicalDebt(shiftAnalysis)
};
}
}
Strengths:
Implementation Complexity: Medium Expected Timeline: 6-8 weeks Risk Level: Low
Current approach requires separate grammar files for each language version:
CSharp10.grammar, CSharp11.grammar, etc.@Grammar: CSharp
@SupportedVersions: [8.0, 9.0, 10.0, 11.0, 12.0]
@DefaultVersion: 11.0
@VersionContext {
"nullable_reference_types": {
introducedIn: "8.0";
enabledBy: "#nullable enable";
affects: ["variable_declaration", "parameter_declaration"];
};
"record_types": {
introducedIn: "9.0";
syntax: "record <identifier> (<parameter_list>);";
conflicts: ["class_declaration"];
};
"file_scoped_namespaces": {
introducedIn: "10.0";
syntax: "namespace <identifier>;";
mutuallyExclusive: ["block_scoped_namespace"];
};
"required_members": {
introducedIn: "11.0";
keyword: "required";
appliesTo: ["property_declaration", "field_declaration"];
};
}
// Context-sensitive rules
<class_declaration> ::=
@Version(>=9.0) <record_declaration> |
<access_modifier>? "class" <identifier> <class_body>
<namespace_declaration> ::=
@Version(>=10.0) <file_scoped_namespace> |
@Version(*) <block_scoped_namespace>
<variable_declaration> ::=
@Context(nullable_enabled) <nullable_type> <identifier> |
<type> <identifier>
public class VersionAwareGrammarProcessor
{
public async Task<GrammarProcessingResult> ProcessWithVersionContext(
string content,
GrammarVersion targetVersion,
Dictionary<string, object> contextHints)
{
// Analyze content for version indicators
var detectedFeatures = await AnalyzeLanguageFeatures(content);
var effectiveVersion = ResolveEffectiveVersion(targetVersion, detectedFeatures);
// Build version-specific grammar rules
var activeRules = BuildVersionSpecificRules(effectiveVersion, contextHints);
// Process with version-aware context
return await ProcessWithRules(content, activeRules, effectiveVersion);
}
private GrammarVersion ResolveEffectiveVersion(
GrammarVersion targetVersion,
List<LanguageFeature> detectedFeatures)
{
// Find minimum version supporting all detected features
var requiredVersion = detectedFeatures
.Max(f => f.IntroducedInVersion);
return GrammarVersion.Max(targetVersion, requiredVersion);
}
}
public class FeatureDetectionRule
{
public string FeatureName { get; set; }
public GrammarVersion IntroducedIn { get; set; }
public List<string> EnabledBy { get; set; } // Pragmas, attributes, etc.
public List<string> SyntaxPatterns { get; set; }
public List<string> ConflictsWith { get; set; }
public FeatureScope Scope { get; set; } // File, Project, Assembly
}
public enum FeatureScope
{
Global, // Affects entire project
File, // File-scoped feature
Block, // Block-scoped feature
Declaration // Declaration-level feature
}
public class MultiVersionGrammarDetector : IGrammarDetector
{
public async Task<GrammarDetectionResult> DetectGrammarAsync(GrammarDetectionContext context)
{
// Detect base language
var baseResult = await _baseDetector.DetectGrammarAsync(context);
if (!baseResult.IsSuccessful) return baseResult;
// Analyze for version-specific features
var features = await AnalyzeVersionFeatures(context.FileContent?.Value);
// Resolve effective version
var effectiveVersion = ResolveVersion(baseResult.Version, features);
return GrammarDetectionResult.Success(
baseResult.GrammarName,
effectiveVersion,
baseResult.Confidence,
DetectorId,
new Dictionary<string, object>
{
["detectedFeatures"] = features,
["versionResolution"] = "context-aware",
["baseVersion"] = baseResult.Version,
["effectiveVersion"] = effectiveVersion
}
);
}
}
public class LegacyGrammarAdapter
{
public static MultiVersionGrammar ConvertLegacyGrammar(string grammarPath)
{
// Convert single-version grammar to multi-version format
// Preserve existing behavior as default version
// Add version annotations based on grammar name patterns
}
}
Strengths:
Challenges:
Implementation Complexity: High Expected Timeline: 10-12 weeks Risk Level: Medium
Both features can be implemented simultaneously with shared infrastructure:
public class AdvancedGrammarDetector : IGrammarDetector
{
public async Task<GrammarDetectionResult> DetectGrammarAsync(GrammarDetectionContext context)
{
// Multi-version detection
var versionResult = await _versionDetector.DetectGrammarAsync(context);
// Large shift analysis (using version context)
var shiftAnalysis = await _shiftDetector.AnalyzeShifts(context, versionResult.Version);
return new GrammarDetectionResult
{
IsSuccessful = versionResult.IsSuccessful,
GrammarName = versionResult.GrammarName,
Version = versionResult.Version,
Confidence = versionResult.Confidence,
DetectorId = DetectorId,
Metadata = new Dictionary<string, object>
{
["versionContext"] = versionResult.Metadata,
["shiftAnalysis"] = shiftAnalysis,
["curationScore"] = CalculateCurationScore(shiftAnalysis)
}
};
}
}
{
"grammarDetection": {
"enableShiftDetection": true,
"enableMultiVersionSupport": true,
"shiftDetectionConfig": {
"significanceThreshold": "medium",
"categories": ["architecture", "api_migration", "pattern_modernization"],
"generateRecommendations": true
},
"versionResolution": {
"strategy": "content_analysis",
"fallbackToLatest": true,
"respectProjectConstraints": true
}
}
}
With both features implemented, Minotaur would provide:
public class CurationPipelineAnalyzer
{
public async Task<ProjectCurationReport> EvaluateProject(string projectPath)
{
var analysis = await _grammarManager.DetectGrammarsAsync(GetProjectFiles(projectPath), projectPath);
return new ProjectCurationReport
{
// Version analysis
LanguageVersions = ExtractVersionProfile(analysis),
VersionConsistency = AnalyzeVersionConsistency(analysis),
// Shift analysis
ModernizationScore = CalculateModernizationScore(analysis),
TechnicalDebtScore = CalculateTechnicalDebt(analysis),
RecommendedActions = GenerateActionPlan(analysis),
// Curation metrics
CurationPriority = DetermineCurationPriority(analysis),
InvestmentRecommendation = GenerateInvestmentAdvice(analysis),
RiskAssessment = AssessMigrationRisk(analysis)
};
}
}
Both enhancements are not only feasible but strategically valuable:
Phase 1 (Weeks 1-4): Core infrastructure and grammar format extensions
Phase 2 (Weeks 5-8): Large shift detection implementation
Phase 3 (Weeks 9-12): Multi-version grammar support
Phase 4 (Weeks 13-16): Integration, testing, and documentation
This implementation would position Minotaur as a leading platform for strategic code analysis and curation, enabling organizations to make informed decisions about their software portfolios based on comprehensive, automated analysis.
This catalog outlines the strategic transformation of Minotaur from a specialized grammar editor to a comprehensive code editor platform with marketplace integration, advanced collaboration features, and pipeline automation capabilities.
Current State: Basic grammar-based highlighting
Target State: Multi-language, context-aware syntax highlighting
public class AdvancedSyntaxHighlighter
{
public async Task<HighlightingResult> HighlightCodeAsync(
string code,
string language,
LanguageVersion version,
HighlightingOptions options)
{
var grammar = await _grammarManager.GetVersionAwareGrammar(language, version);
var semanticAnalysis = await _semanticAnalyzer.AnalyzeAsync(code, grammar);
return new HighlightingResult
{
SyntaxTokens = await GenerateSyntaxTokens(code, grammar),
SemanticTokens = await GenerateSemanticTokens(semanticAnalysis),
ErrorHighlights = await GenerateErrorHighlights(semanticAnalysis),
ContextualHighlights = await GenerateContextualHighlights(code, options)
};
}
}
Key Features:
Implementation: Language Server Protocol (LSP) integration
public class MinotaurLanguageServer
{
public async Task<CompletionList> GetCompletionsAsync(
TextDocumentIdentifier document,
Position position,
CompletionContext context)
{
var cognitiveGraph = await _graphService.GetDocumentGraph(document.Uri);
var symbolTable = await _symbolResolver.BuildSymbolTable(cognitiveGraph);
return await _completionProvider.GetCompletions(
document, position, symbolTable, context);
}
public async Task<SignatureHelp> GetSignatureHelpAsync(
TextDocumentIdentifier document,
Position position,
SignatureHelpContext context)
{
// Leverage cognitive graph for accurate signature information
var contextAnalysis = await _contextAnalyzer.AnalyzeContext(document, position);
return await _signatureProvider.GetSignatureHelp(contextAnalysis);
}
}
Integration: Leverage cognitive graph for safe refactoring
public class CognitiveRefactoringEngine
{
public async Task<RefactoringResult> RefactorAsync(
RefactoringRequest request,
CognitiveGraph codeGraph)
{
// Use shift detection for impact analysis
var shiftAnalysis = await _shiftDetector.AnalyzePotentialShifts(request, codeGraph);
// Plan refactoring with cognitive graph awareness
var refactoringPlan = await _plannerService.CreateRefactoringPlan(
request, codeGraph, shiftAnalysis);
// Execute with rollback capability
return await _executionEngine.ExecuteRefactoring(refactoringPlan);
}
}
Concept: Community-driven grammar repository with version management
interface GrammarMarketplaceEntry {
id: string;
name: string;
language: string;
supportedVersions: string[];
author: string;
downloads: number;
rating: number;
lastUpdated: Date;
compatibility: {
minotaurVersion: string;
dependencies: GrammarDependency[];
};
features: {
syntaxHighlighting: boolean;
errorDetection: boolean;
shiftDetection: boolean;
multiVersionSupport: boolean;
};
}
interface GrammarMarketplaceService {
searchGrammars(query: string, filters: GrammarFilter[]): Promise<GrammarMarketplaceEntry[]>;
downloadGrammar(grammarId: string): Promise<GrammarPackage>;
publishGrammar(grammar: GrammarPackage): Promise<PublishResult>;
getGrammarVersions(grammarId: string): Promise<GrammarVersion[]>;
getGrammarDependencies(grammarId: string): Promise<GrammarDependency[]>;
}
UI Integration:
<div class="marketplace-panel">
<div class="search-section">
<input @bind="searchQuery" placeholder="Search grammars..." />
<button @onclick="SearchGrammars">Search</button>
</div>
<div class="filter-section">
<select @bind="selectedLanguage">
<option value="">All Languages</option>
@foreach (var lang in availableLanguages)
{
<option value="@lang.Id">@lang.Name</option>
}
</select>
<div class="feature-filters">
<label><input type="checkbox" @bind="filterShiftDetection" /> Shift Detection</label>
<label><input type="checkbox" @bind="filterMultiVersion" /> Multi-Version</label>
</div>
</div>
<div class="results-section">
@foreach (var grammar in searchResults)
{
<div class="grammar-card">
<h4>@grammar.Name</h4>
<p>@grammar.Language - v@grammar.LatestVersion</p>
<div class="actions">
<button @onclick="() => InstallGrammar(grammar.Id)">Install</button>
<button @onclick="() => ViewDetails(grammar.Id)">Details</button>
</div>
</div>
}
</div>
</div>
Integration: Downloadable transpilation engines for code transformation
public class TranspilerMarketplace
{
public async Task<List<TranspilerPackage>> SearchTranspilersAsync(
string sourceLanguage,
string targetLanguage,
TranspilerFeatures requiredFeatures)
{
var query = new TranspilerQuery
{
SourceLanguage = sourceLanguage,
TargetLanguage = targetLanguage,
Features = requiredFeatures,
MinRating = 4.0f,
IncludeBeta = false
};
return await _marketplaceClient.SearchTranspilersAsync(query);
}
public async Task<TranspilerInstallResult> InstallTranspilerAsync(
string transpilerId,
string version = "latest")
{
var package = await _marketplaceClient.DownloadTranspilerAsync(transpilerId, version);
return await _packageManager.InstallTranspilerAsync(package);
}
}
public class TranspilerEngine
{
public async Task<TranspilationResult> TranspileAsync(
string sourceCode,
string sourceLanguage,
string targetLanguage,
TranspilationOptions options)
{
var transpiler = await _transpilerRegistry.GetTranspiler(sourceLanguage, targetLanguage);
var cognitiveGraph = await _graphBuilder.BuildGraph(sourceCode, sourceLanguage);
return await transpiler.TranspileAsync(cognitiveGraph, options);
}
}
Concept: Reusable CI/CD pipeline templates with grammar integration
# Example: C# to TypeScript Pipeline Template
name: "C# to TypeScript Migration Pipeline"
version: "1.2.0"
author: "Minotaur Community"
description: "Complete pipeline for migrating C# code to TypeScript with validation"
parameters:
- name: sourceDirectory
type: string
required: true
- name: targetDirectory
type: string
required: true
- name: preserveComments
type: boolean
default: true
steps:
- name: "Analyze Source Code"
uses: "minotaur/grammar-analysis@v2"
with:
directory: ${{ parameters.sourceDirectory }}
grammar: "csharp"
enableShiftDetection: true
- name: "Validate Grammar Compatibility"
uses: "minotaur/compatibility-check@v1"
with:
sourceGrammar: "csharp"
targetGrammar: "typescript"
- name: "Transpile Code"
uses: "minotaur/transpiler@v3"
with:
source: ${{ parameters.sourceDirectory }}
target: ${{ parameters.targetDirectory }}
transpiler: "csharp-to-typescript"
preserveComments: ${{ parameters.preserveComments }}
- name: "Generate Migration Report"
uses: "minotaur/migration-report@v1"
with:
sourceAnalysis: ${{ steps.analyze.outputs.analysis }}
transpilationResult: ${{ steps.transpile.outputs.result }}
Integration: Deep code analysis for better code reviews
public class EnhancedPullRequestAnalyzer
{
public async Task<PullRequestAnalysis> AnalyzePullRequestAsync(
PullRequestContent pullRequest)
{
var baseGraph = await _graphBuilder.BuildProjectGraph(pullRequest.BaseCommit);
var headGraph = await _graphBuilder.BuildProjectGraph(pullRequest.HeadCommit);
// Detect large shifts and architectural changes
var shiftAnalysis = await _shiftDetector.CompareBranches(baseGraph, headGraph);
// Analyze impact on dependent code
var impactAnalysis = await _impactAnalyzer.AnalyzeChanges(
pullRequest.ChangedFiles, baseGraph);
// Generate intelligent suggestions
var suggestions = await _suggestionEngine.GenerateSuggestions(
shiftAnalysis, impactAnalysis);
return new PullRequestAnalysis
{
RiskLevel = CalculateRiskLevel(shiftAnalysis),
AffectedComponents = impactAnalysis.AffectedComponents,
Suggestions = suggestions,
MigrationRecommendations = shiftAnalysis.RecommendedActions,
TestingRecommendations = GenerateTestingRecommendations(impactAnalysis)
};
}
}
UI Components:
<div class="pull-request-analysis">
<div class="risk-assessment">
<h3>Risk Assessment: <span class="risk-@analysis.RiskLevel.ToString().ToLower()">@analysis.RiskLevel</span></h3>
<div class="risk-factors">
@foreach (var factor in analysis.RiskFactors)
{
<div class="risk-factor">
<i class="icon-@factor.Severity"></i>
<span>@factor.Description</span>
</div>
}
</div>
</div>
<div class="shift-analysis">
<h4>Detected Changes</h4>
@foreach (var shift in analysis.DetectedShifts)
{
<div class="shift-item significance-@shift.Significance.ToString().ToLower()">
<h5>@shift.Category: @shift.ShiftType</h5>
<p>@shift.Description</p>
@if (shift.RecommendedActions.Any())
{
<div class="recommendations">
<h6>Recommendations:</h6>
<ul>
@foreach (var action in shift.RecommendedActions)
{
<li>@action</li>
}
</ul>
</div>
}
</div>
}
</div>
</div>
Feature: Real-time collaborative grammar editing with conflict resolution
public class CollaborativeGrammarEditor
{
public async Task<GrammarEditSession> StartCollaborativeSessionAsync(
string grammarId,
List<string> participantIds)
{
var session = new GrammarEditSession
{
GrammarId = grammarId,
Participants = participantIds,
SessionId = Guid.NewGuid().ToString(),
CreatedAt = DateTime.UtcNow
};
// Initialize real-time synchronization
await _realtimeHub.CreateSession(session);
return session;
}
public async Task<OperationResult> ApplyEditAsync(
string sessionId,
GrammarEdit edit,
string participantId)
{
// Apply operational transformation for conflict resolution
var transformedEdit = await _operationalTransform.TransformEdit(edit, sessionId);
// Validate edit doesn't break grammar
var validation = await _grammarValidator.ValidateEdit(transformedEdit);
if (!validation.IsValid)
{
return OperationResult.Failed(validation.Errors);
}
// Broadcast to all participants
await _realtimeHub.BroadcastEdit(sessionId, transformedEdit, participantId);
return OperationResult.Success();
}
}
Marketplace Integration: Templates for common development workflows
public class PipelineTemplateEngine
{
public async Task<List<PipelineTemplate>> GetRecommendedTemplatesAsync(
ProjectAnalysis projectAnalysis)
{
var templates = new List<PipelineTemplate>();
// Analyze project to recommend appropriate templates
if (projectAnalysis.HasMultipleLanguages)
{
templates.Add(await GetTemplate("multi-language-build"));
}
if (projectAnalysis.RequiresTranspilation)
{
templates.Add(await GetTemplate("transpilation-pipeline"));
}
if (projectAnalysis.HasLegacyCode)
{
templates.Add(await GetTemplate("legacy-modernization"));
}
return templates;
}
public async Task<PipelineInstance> InstantiatePipelineAsync(
string templateId,
Dictionary<string, object> parameters,
string projectPath)
{
var template = await _templateRepository.GetTemplate(templateId);
var instance = await _pipelineBuilder.BuildPipeline(template, parameters);
// Integrate with project structure
await _projectIntegrator.IntegratePipeline(instance, projectPath);
return instance;
}
}
Template Categories:
Integration: Test generation based on grammar rules and shift detection
public class GrammarAwareTestGenerator
{
public async Task<List<TestCase>> GenerateTestsAsync(
CognitiveGraph codeGraph,
GrammarRules grammarRules)
{
var testCases = new List<TestCase>();
// Generate syntax validation tests
testCases.AddRange(await GenerateSyntaxTests(grammarRules));
// Generate semantic correctness tests
testCases.AddRange(await GenerateSemanticTests(codeGraph));
// Generate shift detection tests
testCases.AddRange(await GenerateShiftDetectionTests(codeGraph));
return testCases;
}
public async Task<TestSuite> GenerateRegressionTestsAsync(
ShiftDetectionResult shiftAnalysis)
{
// Generate tests specifically for detected shifts
var testSuite = new TestSuite($"RegressionTests_{DateTime.UtcNow:yyyyMMdd}");
foreach (var shift in shiftAnalysis.DetectedShifts)
{
var tests = await GenerateShiftSpecificTests(shift);
testSuite.AddTests(tests);
}
return testSuite;
}
}
Implementation: Comprehensive API for marketplace operations
type Query {
searchGrammars(
query: String!
language: String
features: [GrammarFeature!]
minRating: Float
limit: Int = 20
): [Grammar!]!
searchTranspilers(
sourceLanguage: String!
targetLanguage: String!
features: [TranspilerFeature!]
limit: Int = 20
): [Transpiler!]!
searchPipelineTemplates(
category: PipelineCategory
projectType: String
complexity: ComplexityLevel
limit: Int = 20
): [PipelineTemplate!]!
getGrammarVersions(grammarId: String!): [GrammarVersion!]!
analyzePullRequest(
repositoryUrl: String!
pullRequestId: String!
): PullRequestAnalysis!
}
type Mutation {
installGrammar(grammarId: String!, version: String): InstallResult!
installTranspiler(transpilerId: String!, version: String): InstallResult!
createPipelineFromTemplate(
templateId: String!
parameters: [ParameterInput!]!
projectPath: String!
): PipelineInstance!
publishGrammar(grammar: GrammarInput!): PublishResult!
publishTranspiler(transpiler: TranspilerInput!): PublishResult!
publishPipelineTemplate(template: PipelineTemplateInput!): PublishResult!
}
type Subscription {
grammarUpdated(grammarId: String!): GrammarUpdate!
collaborativeEditSession(sessionId: String!): GrammarEdit!
pipelineExecutionStatus(pipelineId: String!): PipelineStatus!
}
Backward Compatibility: Extend existing APIs while maintaining compatibility
[ApiController]
[Route("api/v2/[controller]")]
public class EnhancedGrammarController : ControllerBase
{
[HttpPost("analyze-with-shifts")]
public async Task<ActionResult<GrammarAnalysisResult>> AnalyzeWithShiftDetection(
[FromBody] GrammarAnalysisRequest request)
{
var result = await _grammarService.AnalyzeWithShiftDetectionAsync(request);
return Ok(result);
}
[HttpGet("marketplace/search")]
public async Task<ActionResult<List<GrammarMarketplaceEntry>>> SearchMarketplace(
[FromQuery] string query,
[FromQuery] string language = null,
[FromQuery] bool shiftDetection = false)
{
var results = await _marketplaceService.SearchGrammarsAsync(query, language, shiftDetection);
return Ok(results);
}
[HttpPost("collaborative-session")]
public async Task<ActionResult<CollaborativeSession>> CreateCollaborativeSession(
[FromBody] CreateSessionRequest request)
{
var session = await _collaborationService.CreateSessionAsync(request);
return Ok(session);
}
}
Design: VSCode-like interface with Minotaur-specific features
<div class="minotaur-ide">
<div class="ide-header">
<div class="title-bar">
<h1>Minotaur Code Editor</h1>
<div class="project-info">
<span>@currentProject.Name</span>
<span class="separator">|</span>
<span>@currentProject.Language</span>
</div>
</div>
<div class="action-bar">
<button @onclick="SaveProject">Save</button>
<button @onclick="OpenMarketplace">Marketplace</button>
<button @onclick="StartCollaboration">Collaborate</button>
</div>
</div>
<div class="ide-body">
<div class="sidebar">
<div class="explorer">
<h3>Explorer</h3>
<TreeView Items="projectFiles" OnItemSelected="OpenFile" />
</div>
<div class="marketplace-panel">
<h3>Marketplace</h3>
<QuickSearch PlaceholderText="Search grammars, transpilers..." OnSearch="QuickMarketplaceSearch" />
<RecentlyUsed Items="recentMarketplaceItems" />
</div>
</div>
<div class="main-editor">
<div class="editor-tabs">
@foreach (var tab in openTabs)
{
<div class="tab @(tab.IsActive ? "active" : "")" @onclick="() => ActivateTab(tab)">
<span>@tab.FileName</span>
<button @onclick="() => CloseTab(tab)">×</button>
</div>
}
</div>
<div class="editor-content">
<MonacoEditor @ref="monacoEditor"
Value="@currentFile.Content"
Language="@currentFile.Language"
OnContentChanged="OnCodeChanged"
Options="editorOptions" />
</div>
<div class="editor-status">
<span>Ln @currentLine, Col @currentColumn</span>
<span class="separator">|</span>
<span>@currentFile.Language</span>
<span class="separator">|</span>
<span class="shift-status">@shiftDetectionStatus</span>
</div>
</div>
<div class="right-panel">
<div class="analysis-panel">
<h3>Code Analysis</h3>
<ShiftDetectionResults Results="currentShiftAnalysis" />
<ErrorsList Errors="currentErrors" OnErrorClick="GoToError" />
</div>
<div class="collaboration-panel" style="display: @(collaborationSession != null ? "block" : "none")">
<h3>Collaboration</h3>
<ParticipantsList Participants="collaborationSession?.Participants" />
<ActivityFeed Activities="collaborationSession?.RecentActivities" />
</div>
</div>
</div>
</div>
Component: Seamless marketplace browsing and installation
<div class="marketplace-integration">
<div class="marketplace-header">
<h2>Minotaur Marketplace</h2>
<div class="category-tabs">
<button class="@(activeCategory == "grammars" ? "active" : "")" @onclick="() => SetCategory(\"grammars\")">
Grammars
</button>
<button class="@(activeCategory == "transpilers" ? "active" : "")" @onclick="() => SetCategory(\"transpilers\")">
Transpilers
</button>
<button class="@(activeCategory == "templates" ? "active" : "")" @onclick="() => SetCategory(\"templates\")">
Pipeline Templates
</button>
</div>
</div>
<div class="search-and-filter">
<div class="search-bar">
<input @bind="searchQuery" @onkeyup="OnSearchKeyUp" placeholder="Search @activeCategory..." />
<button @onclick="Search">Search</button>
</div>
<div class="filters">
@if (activeCategory == "grammars")
{
<select @bind="languageFilter">
<option value="">All Languages</option>
@foreach (var lang in availableLanguages)
{
<option value="@lang">@lang</option>
}
</select>
<div class="feature-checkboxes">
<label><input type="checkbox" @bind="filterShiftDetection" /> Shift Detection</label>
<label><input type="checkbox" @bind="filterMultiVersion" /> Multi-Version Support</label>
</div>
}
@if (activeCategory == "transpilers")
{
<select @bind="sourceLanguageFilter">
<option value="">Source Language</option>
@foreach (var lang in availableLanguages)
{
<option value="@lang">@lang</option>
}
</select>
<select @bind="targetLanguageFilter">
<option value="">Target Language</option>
@foreach (var lang in availableLanguages)
{
<option value="@lang">@lang</option>
}
</select>
}
</div>
</div>
<div class="results-grid">
@foreach (var item in searchResults)
{
<div class="marketplace-item">
<div class="item-header">
<h4>@item.Name</h4>
<div class="rating">
<StarRating Value="item.Rating" />
<span>(@item.Downloads downloads)</span>
</div>
</div>
<p class="description">@item.Description</p>
<div class="item-metadata">
<span class="version">v@item.LatestVersion</span>
<span class="author">by @item.Author</span>
<span class="updated">@item.LastUpdated.ToString("MMM dd, yyyy")</span>
</div>
<div class="item-actions">
<button class="btn-primary" @onclick="() => InstallItem(item)" disabled="@item.IsInstalled">
@(item.IsInstalled ? "Installed" : "Install")
</button>
<button class="btn-secondary" @onclick="() => ViewItemDetails(item)">
Details
</button>
</div>
</div>
}
</div>
</div>
Optimization: Real-time analysis with minimal performance impact
public class IncrementalAnalysisEngine
{
private readonly Dictionary<string, AnalysisCache> _analysisCache = new();
public async Task<AnalysisResult> AnalyzeIncrementalAsync(
string documentId,
TextChange change,
CancellationToken cancellationToken)
{
var existingCache = _analysisCache.GetValueOrDefault(documentId);
// Determine affected regions
var affectedRegions = await CalculateAffectedRegions(change, existingCache);
// Re-analyze only affected regions
var partialResults = new List<AnalysisResult>();
foreach (var region in affectedRegions)
{
if (cancellationToken.IsCancellationRequested) break;
var regionResult = await AnalyzeRegionAsync(region, existingCache);
partialResults.Add(regionResult);
}
// Merge results with existing cache
var mergedResult = await MergeAnalysisResults(existingCache, partialResults);
// Update cache
_analysisCache[documentId] = new AnalysisCache(mergedResult, DateTime.UtcNow);
return mergedResult;
}
}
Architecture: Scale grammar analysis across multiple nodes
public class DistributedGrammarProcessor
{
public async Task<ProcessingResult> ProcessLargeProjectAsync(
string projectPath,
ProcessingOptions options)
{
// Discover all source files
var sourceFiles = await _fileDiscovery.DiscoverSourceFiles(projectPath);
// Partition files for distributed processing
var partitions = await _partitionStrategy.PartitionFiles(sourceFiles, options);
// Process partitions in parallel
var processingTasks = partitions.Select(partition =>
ProcessPartitionAsync(partition, options));
var partitionResults = await Task.WhenAll(processingTasks);
// Merge results and resolve cross-file dependencies
return await _resultMerger.MergePartitionResults(partitionResults);
}
private async Task<PartitionResult> ProcessPartitionAsync(
FilePartition partition,
ProcessingOptions options)
{
using var processingNode = await _nodePool.AcquireNodeAsync();
return await processingNode.ProcessFilesAsync(partition.Files, options);
}
}
| Feature Category | Priority | Effort | Impact | Dependencies |
|---|---|---|---|---|
| Multi-Version Grammar Support | 🔴 Critical | High | Very High | Grammar Format Extensions |
| Shift Detection Framework | 🔴 Critical | High | Very High | Multi-Version Support |
| Basic Marketplace Integration | 🔴 Critical | Medium | High | API Infrastructure |
| Enhanced Code Editor UI | 🟡 Important | High | High | Monaco Integration |
| Pull Request Analysis | 🟡 Important | Medium | High | Shift Detection |
| Pipeline Template System | 🟡 Important | Medium | Medium | Marketplace Integration |
| Collaborative Features | 🟢 Nice-to-have | Very High | Medium | Real-time Infrastructure |
| Advanced Transpiler Engine | 🟢 Nice-to-have | Very High | Medium | Marketplace Integration |
This comprehensive feature catalog positions Minotaur to evolve from a specialized grammar editor to a full-featured code development platform. The integration of marketplace functionality, advanced collaboration features, and intelligent code analysis capabilities will establish Minotaur as a leader in modern development tooling.
The phased implementation approach ensures that critical foundation features are delivered first, while advanced features can be added incrementally based on user feedback and market demands.