jdnichollsc

Form Validations with Conform

The formId Pattern

Why We Use formId

The formId controls whether a form resets or preserves its state after submission through React's reconciliation mechanism. This provides automatic form reset on success while preserving user input on validation errors.

How It Works

jdnichollsc

Prorating Subscriptions

Background

Our company has started selling to larger customers, so we are creating subscription tiers with different feature sets to cater to our customers’ unique needs. We previously charged every customer a flat fee per month, but now we plan on charging for the number of users active on the customer's subscription plan. As a result, we're changing our billing system.

Instructions

You’ve picked up the work item to implement the logic to compute the monthly charge:

Prorating Subscriptions (#8675309)

We'd like you to implement a monthlyCharge function to calculate the total monthly bill for a customer.

jdnichollsc

Customer Record Search

Ground Rules

1. You may google references needed to complete the exercise, but you may not google the solution itself. If this happens, the result will be an automatic failure.

Criteria for Success

1. The implementation should be full, so all methods are implemented.
2. The implementation should be compilable, so no compilation errors in output window.
3. The task should be completed within this hour.
4. The implementation should be correct.

jdnichollsc

import mongoose from "mongoose";

// Converts a legacy MongoDB Binary (subtype 3, UUID_OLD) to a UUID string.
// Note: The issue is not with .NET's Guid type (which is just a 128-bit integer),
// but with how the legacy MongoDB driver (and the old BinData subtype 3) handled byte order.
// The legacy driver stored UUIDs with a mixed-endian format due to a lack of specification in early MongoDB versions.
export function legacyBinaryToUuidString(binaryData: mongoose.mongo.Binary | null) {
  if (!binaryData?.buffer) return undefined;

  const buffer = binaryData.buffer;

jdnichollsc

version: '3.6'

# Define name templates
x-name-templates:
  project-name: &project-name ${COMPOSE_PROJECT_NAME:-projectx}
  service-names:
    redis-node-0: &name-redis-0 ${COMPOSE_PROJECT_NAME:-projectx}-redis-node-0
    redis-node-1: &name-redis-1 ${COMPOSE_PROJECT_NAME:-projectx}-redis-node-1
    redis-node-2: &name-redis-2 ${COMPOSE_PROJECT_NAME:-projectx}-redis-node-2
    redis-node-3: &name-redis-3 ${COMPOSE_PROJECT_NAME:-projectx}-redis-node-3

jdnichollsc

# Use official Postgres image with multi-arch support
FROM postgres:17-bullseye

# Install required packages and build pgvector
RUN apt-get update \
    && apt-get install -y --no-install-recommends \
        # SSL certificates
        ca-certificates \
        # PostGIS
        postgis \

jdnichollsc

Analyze the entire codebase of this software project, including package.json scripts, dependencies, existing READMEs, and the current folder structure.

Then, generate a structured and developer-friendly documentation set within a /docs folder at the root of the repository. Ensure modularity by splitting documentation into separate markdown files, including:

1. /docs/README.md - High-level project overview, purpose, and quick start guide.
2. /docs/architecture.md - System architecture, service interactions, and outline high level designs with all important components using diagrams in Mermaid format with Material Design colors and high-contrast text.
3. /docs/folder-structure.md - Explanation of the project directory structure and file purposes.
4. /docs/development-guide.md - Setup instructions, key dependencies, and important scripts.
5. /docs/operations.md - Deployment guide, CI/CD details, and configuration options.
6. /docs/api-reference.md - API endpoints, request/response stru

jdnichollsc

version: '3.6'

# Define name templates
x-name-templates:
  project-name: &project-name ${COMPOSE_PROJECT_NAME:-solana}
  service-names:
    redis-node-0: &name-redis-0 ${COMPOSE_PROJECT_NAME:-solana}-redis-node-0
    redis-node-1: &name-redis-1 ${COMPOSE_PROJECT_NAME:-solana}-redis-node-1
    redis-node-2: &name-redis-2 ${COMPOSE_PROJECT_NAME:-solana}-redis-node-2
    redis-node-3: &name-redis-3 ${COMPOSE_PROJECT_NAME:-solana}-redis-node-3

jdnichollsc

# Use official Postgres image with multi-arch support
FROM postgres:17-bullseye

# Install required packages and build pgvector
RUN apt-get update \
    && apt-get install -y --no-install-recommends \
        # SSL certificates
        ca-certificates \
        # PostGIS
        postgis \

jdnichollsc

"""
Fast image ingestion tool for Wolt Food dataset.

This script efficiently processes the Wolt Food CLIP-ViT-B-32 dataset,
uploading images to S3 and storing metadata and embeddings in PostgreSQL.
Optimized for processing 100k+ records using:
- Parallel image downloads and S3 uploads with connection pooling
- PostgreSQL COPY for bulk inserts
- Ray actors for efficient resource management
"""