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Did you know Claude Code can waste thousands of tokens just searching through your codebase? |
With the Language Server Protocol (LSP), you can dramatically speed up code navigation, reduce unnecessary token usage, and make Claude Code much more efficient. |
I'm putting together a step-by-step guide on LSP, covering the full setup and practical use cases to code faster, refactor safely, catch bugs, and save on API costs. |
And as new skills, features, and AI tools emerge, I’ll keep adding updates, practical guides and workflows to help you stay ahead and get the most out of them. |
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Claude Code's Ultracode helps you finish large coding tasks faster, avoid context overload, and catch bugs earlier. |
Instead of making one agent do everything, it creates an orchestration script that splits the work among smaller agents, runs tasks in parallel, and checks the results. |
Let's look at the key features that make it so useful for every developer. |
1. Dynamic multi-agent orchestration: Keep context clean and improve code quality |
When Claude handles a large task alone, its context fills up with code, logs, and earlier decisions. This can make it harder to focus. |
Ultracode creates a script that splits the work among smaller agents. Each agent starts with a fresh context window and focuses on one part of the task. |
This helps developers make large changes without forcing one agent to remember everything. |
Example: Moving from JavaScript to TypeScript |
Say you have an app with 300 JavaScript files. You could enter: |
ultracode: Migrate this JavaScript app to TypeScript. Use parallel agents and fix all type errors.
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Ultracode could give different agents instructions like these: |
Searcher agent |
Find JavaScript modules and their dependencies.
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Implementation agent |
Convert the product catalog to TypeScript.
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Testing agent |
Run type checks and report errors.
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Here's a simplified version of the orchestration script that could coordinate these agents: |
import asyncio
async def migrate():
# Find dependencies first
dependencies = await run_agent(
"searcher",
"Find modules and dependencies"
)
# Convert independent modules in parallel
results = await asyncio.gather(
run_agent(
"implementer",
"Convert product catalog to TypeScript",
dependencies
),
run_agent(
"implementer",
"Convert checkout module to TypeScript",
dependencies
)
)
# Check the converted code
return await run_agent(
"tester",
"Run type checks and report errors",
results
)
asyncio.run(migrate())
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Here, run_agent() stands for the code that starts a Claude sub-agent. The script first finds dependencies, then converts independent modules at the same time. Once those changes finish, it runs type checks. |
Each agent gets the information it needs, while the script handles the order of work. You can manage large changes without keeping every step inside one conversation. |
2. Smart state management: Save tokens and keep context focused |
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