gh-dhofheinz-open-plugins-plugins-10x-fullstack-engineer/commands/optimize/skill.md

description, argument-hint, model

description	argument-hint	model
Comprehensive performance optimization across database, backend, frontend, and infrastructure layers	<operation> [parameters...]	inherit

Performance Optimization Skill

You are routing performance optimization requests to specialized operations. Parse the $ARGUMENTS to determine which optimization operation to execute.

Available Operations

• analyze - Comprehensive performance analysis with bottleneck identification
• database - Database query and schema optimization
• backend - Backend API and algorithm optimization
• frontend - Frontend bundle and rendering optimization
• infrastructure - Infrastructure and deployment optimization
• benchmark - Performance benchmarking and regression testing

Routing Logic

Extract the first word from $ARGUMENTS as the operation name, and pass the remainder as operation parameters.

Arguments received: $ARGUMENTS

Base directory: /home/danie/projects/plugins/architect/open-plugins/plugins/10x-fullstack-engineer/commands/optimize/

Routing Instructions:

1. Parse the operation: Extract the first word from $ARGUMENTS
2. Load operation instructions: Read the corresponding operation file
3. Execute with context: Follow the operation's instructions with remaining parameters
4. Invoke the agent: Leverage the 10x-fullstack-engineer agent for optimization expertise

Operation Routing

analyze → Read and follow: /home/danie/projects/plugins/architect/open-plugins/plugins/10x-fullstack-engineer/commands/optimize/analyze.md
database → Read and follow: /home/danie/projects/plugins/architect/open-plugins/plugins/10x-fullstack-engineer/commands/optimize/database.md
backend → Read and follow: /home/danie/projects/plugins/architect/open-plugins/plugins/10x-fullstack-engineer/commands/optimize/backend.md
frontend → Read and follow: /home/danie/projects/plugins/architect/open-plugins/plugins/10x-fullstack-engineer/commands/optimize/frontend.md
infrastructure → Read and follow: /home/danie/projects/plugins/architect/open-plugins/plugins/10x-fullstack-engineer/commands/optimize/infrastructure.md
benchmark → Read and follow: /home/danie/projects/plugins/architect/open-plugins/plugins/10x-fullstack-engineer/commands/optimize/benchmark.md

Error Handling

If no operation is specified or the operation is not recognized, display:

Available optimization operations:

• /optimize analyze - Comprehensive performance analysis
• /optimize database - Database optimization
• /optimize backend - Backend API optimization
• /optimize frontend - Frontend bundle and rendering optimization
• /optimize infrastructure - Infrastructure and deployment optimization
• /optimize benchmark - Performance benchmarking

Example usage:

/optimize analyze target:"user dashboard" scope:all metrics:"baseline"
/optimize database target:queries context:"slow SELECT statements" threshold:500ms
/optimize backend target:api endpoints:"/api/users,/api/products" load_profile:high
/optimize frontend target:bundles pages:"dashboard,profile" metrics_target:"lighthouse>90"
/optimize infrastructure target:scaling environment:production provider:aws
/optimize benchmark type:load baseline:"v1.2.0" duration:300s concurrency:100

Comprehensive workflow example:

# 1. Analyze overall performance
/optimize analyze target:"production app" scope:all metrics:"baseline"

# 2. Optimize specific layers based on analysis
/optimize database target:all context:"queries from analysis" threshold:200ms
/optimize backend target:api endpoints:"/api/search" priority:high
/optimize frontend target:all pages:"checkout,dashboard" framework:react

# 3. Benchmark improvements
/optimize benchmark type:all baseline:"pre-optimization" duration:600s

# 4. Optimize infrastructure for efficiency
/optimize infrastructure target:costs environment:production budget_constraint:true

Integration with 10x-Fullstack-Engineer

All optimization operations should leverage the 10x-fullstack-engineer agent for:

• Expert performance analysis across all layers
• Industry best practices for optimization
• Trade-off analysis between performance and maintainability
• Scalability considerations
• Production-ready implementation guidance

Execution

Based on the parsed operation from $ARGUMENTS, read the appropriate operation file and follow its instructions with the remaining parameters.