Documenting code, one commit at a time.
This post details a small but important change in how we generate content for sharing on LinkedIn, focusing on aligning the tone with the platform's user experience.
The primary goal was to shift the voice of automatically generated LinkedIn share posts to a first-person perspective. Since the posts are published from the user's profile, using "I" instead of third-person references
We recently added a "Share on LinkedIn" feature to our landing page project, devlog-ist/landing. The goal was to increase user engagement and expand the reach of user portfolios by enabling seamless sharing on LinkedIn. This post details the implementation process, covering AI-powered post generation, direct publishing via the LinkedIn API, and considerations for different user
When generating content for LinkedIn using AI, it's crucial to tailor the prompts for conciseness and engagement. The goal is to create posts that fully encapsulate the idea within LinkedIn's character limit, avoiding truncation and maximizing impact.
Key optimizations include instructing the AI to generate short, focused content (around 2500 characters), structured in 3-5 paragraphs.
Working on the landing project, which is focused on creating a compelling user experience, we've recently enhanced our testing strategy to ensure the reliability of our GitHub API integrations.
The goal was to catch potential issues arising from changes to the GitHub API, preventing silent failures in our application. We've implemented a suite of integration tests that validate the structure of
When dealing with multi-tenant applications, handling tenant removal gracefully is crucial for user experience and data integrity. This post discusses a strategy for tenant dissolution with a focus on minimizing disruption and providing users with options.
In a multi-tenant system, deleting a tenant can have significant implications for its users.
Managing resource quotas across multiple tenants can be challenging, especially when the need for manual overrides arises. This post explores how we refactored our token usage service to implement a tenant-centric quota system with support for manual adjustments.
Previously, our token quota management was user-based. This created inefficiencies when the context already provided
Maintaining data consistency across distributed systems and applications often requires careful management of caches. Stale data in caches can lead to unexpected behavior and inconsistencies. We recently implemented several enhancements to our application's caching strategy, focusing on proactive invalidation to ensure data accuracy and prevent outdated information from impacting
During a recent update, we encountered an issue where partial failures during data synchronization could lead to data loss. This post details the problem and the solution implemented to ensure data integrity.
Our application relies on synchronizing data from an external source. The synchronization process involves fetching and updating various data points.
We've recently refactored and optimized our AI token usage tracking to improve performance and maintainability. This involved extracting duplicated queries and enhancing user filtering.
The primary focus was on improving the efficiency of retrieving daily and monthly tenant AI usage data. This was achieved through two key changes:
This post explores several strategies for optimizing data access within an application, focusing on caching and query reduction techniques. Efficient data handling is crucial for maintaining performance, especially as application scale.
Caching is a fundamental technique for reducing database load and improving response times.
