'loading' 검색 결과

Manage how context, the text supplied to an AI, is compressed with RTK filters. Preview compression on real prompts, validate and install filter files, and inspect filter loading diagnostics.

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• Preview compression on real prompts
• Validate and install RTK filter files
• Inspect filter loading diagnostics

Audit website images and guide conversion to WebP and AVIF, formats that reduce image transfer size. Identify affected files, add fallback images, and review dimensions and loading behavior alongside the impact on initially visible content.

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• Finding JPEG and PNG images to convert
• Adding WebP and AVIF sources with fallback images
• Reviewing CSS background image formats

Audit JavaScript page redirects, confirm their impact on loading time with performance measurements, and identify where server-side 301 or 302 redirects can replace them. Get specific findings and an explanation of loading and search indexing concerns.

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• Investigating slow loads caused by page redirects
• Reviewing redirects that use window.location
• Planning server-side 301 or 302 redirects

Audit a page’s HTTP requests to find unnecessary network activity behind slow loading. Confirm bottlenecks with performance measurements, then suggest changes such as combining files, grouping icons, or embedding resources needed for the initial display.

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• Investigating slow initial page loads
• Finding unnecessary requests for images, CSS, and JavaScript
• Planning file consolidation and icon sprites

Review HSTS, a browser policy that keeps site connections on HTTPS. Check response headers, policy duration, and subdomain coverage, guide server or CDN configuration, and explain the precautions needed before enabling browser preloading.

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• Checking HSTS headers on HTTPS responses
• Configuring HSTS on a web server or CDN
• Reviewing policy duration and subdomain coverage

Review website images and reduce file sizes while limiting visible quality changes. Check compression, formats, display dimensions, loading behavior, and delivery settings, then recommend suitable tools or build automation and verification in browser DevTools.

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• Find oversized images on web pages
• Choose compression methods for photos and graphics
• Automate image compression during builds

Review CSS loading that delays a page’s first visible content. Help inline essential styles and defer other stylesheets, using preload and media conditions, while checking rendered layouts at different screen widths and interaction states.

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• Investigating CSS that delays initial page display
• Separating essential styles from styles loaded later
• Reviewing preload and media-based stylesheet loading

Audit browser caching to reduce repeated downloads when people revisit a site. Check cache headers for static files and HTML pages, then suggest suitable storage durations and validation settings based on measured loading problems.

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• Investigate slow loading on repeat visits
• Review cache headers for static files
• Set separate caching policies for HTML and hashed assets

Audit page speed in a real browser to find delays in loading, script execution, and layout. Use measured results to identify bottlenecks, compare device and connection conditions, and guide performance improvements.

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• Find the causes of slow page loading
• Compare performance across device and connection simulations
• Add browser performance audits to development and CI/CD

Investigate chains of dependent resource requests that delay a page’s first display. Use performance measurements to identify bottlenecks, then reduce waiting by embedding essential CSS or preloading important assets discovered late in the chain.

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• Investigating slow initial page rendering
• Reviewing dependencies between resource requests
• Planning critical CSS embedding and asset preloading

Review the loading order of CSS and JavaScript to address rendering delays and flashes of unstyled content. Suggest changes to the document head, script loading, and critical styles, while checking layouts across screen sizes and interaction states.

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• Investigating flashes of unstyled content
• Reviewing CSS and JavaScript order in the document head
• Checking deferred scripts and critical styles

Review large JavaScript bundles to find code that can load later. Suggest dynamic imports, which load modules when needed, and page-level splitting, with loading states for heavy libraries and features outside the initial view.

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• Finding ways to split large JavaScript bundles
• Delaying chart libraries and rich text editors
• Reviewing code loaded for each page

Review links and external resources for domains that ad blockers commonly block. Find navigation and loading failures, test behavior with uBlock Origin, and suggest direct links, self-hosted scripts, or server-side forwarding where appropriate.

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• Investigate links that fail with ad blockers enabled
• Check loading of external scripts and images
• Review tracking redirects in navigation links

Review external integration points for breaking changes that could disrupt existing use. Examine app-server APIs, command-line parameters, configuration loading, and session resumption from saved records, continuing beyond the first issue to cover possible failure paths.

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• Check app-server API compatibility
• Review changes to command-line parameters
• Check compatibility of configuration loading

Design how an AI agent finds and loads tools as needed. Compare discovery approaches, organize large tool collections, and assess tool selection accuracy, token costs, and cache reuse without placing every tool definition in the initial context.

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• Designing on-demand loading for many MCP tools
• Comparing tool discovery approaches
• Investigating cache misses after loading tools

Build and check clinical machine learning workflows with PyHealth, from loading electronic health records, signals, or images to training and evaluation. Includes patient-level data splits, prediction task checks, model checkpoints, and medical code mapping.

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• Prototype mortality and readmission prediction models
• Check patient splits and data leakage
• Train and evaluate sleep staging models

Plan and review PufferLib reinforcement learning workflows, where agents learn through rewards. Covers version-specific environment checks, parallel execution, training and evaluation plans, plus checkpoint inspection before loading saved models.

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• Choose APIs for a specific PufferLib version
• Check environment behavior before training
• Create training and evaluation plans with separate seeds

Use PathML for local pathology image research, from loading whole-slide images and splitting them into tiles to preprocessing and quality checks. Plan multiplex measurements, analyze spatial relationships between cells, and run model inference in bounded batches.

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• Planning tile extraction from whole-slide images
• Reviewing preprocessing and image quality
• Validating multiplex measurements and spatial graphs

Manage Zotero reference libraries through Python: search, create, update, and delete references, organize collections and tags, upload PDF attachments, and export citation data. Guidance covers both remote libraries and access through a running local Zotero app.

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• Searching references in a Zotero library
• Organizing references with collections and tags
• Uploading PDF attachments to references

Analyze Neuropixels neural recordings with SpikeInterface, from loading and preprocessing to motion correction and spike sorting, which separates signals by neuron. Calculate quality metrics, review candidate units, and export plots and data for further inspection.

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• Inspect and preprocess SpikeGLX, Open Ephys, or NWB recordings
• Check and correct movement-related drift before spike sorting
• Evaluate and select units using quality metrics

Guide Angular development, code review, and refactoring with prioritized performance rules. Review rendering efficiency, loading time, and bundle size—the amount of code delivered to browsers—alongside data fetching and server-rendered page setup.

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• Writing Angular components with performance in mind
• Reviewing code for performance bottlenecks
• Reducing bundle size and loading time

Build Claude Code plugin hooks: automated checks triggered by tool use or session events. Get guidance on prompt and command hooks for validating actions, checking task completion, loading context, and testing configurations.

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• Checking dangerous commands before execution
• Verifying completion before the agent stops
• Loading project context when a session starts

Reconstruct frontend behavior from served JavaScript, build manifests, and source maps, which link built code to source. Trace loaded modules, recover route and API references, and identify the smallest asset sequence that explains observed behavior.

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• Reconstructing the structure of served JavaScript
• Recovering route and API references from built assets
• Tracing chunk loading and obscured loader code

Build Next.js applications with App Router patterns for page structure, data fetching, caching, and progressive page loading. Covers server and browser component responsibilities, route design, Server Actions, and migration from Pages Router.

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• Build a new application with App Router
• Migrate an application from Pages Router
• Add progressive loading for slow data sources