As Apple’s declarative UI framework, SwiftUI provides rich visual effects and animation APIs, enabling developers to create fluid, modern user interfaces with ease. This article systematically outlines the core effect terminology in SwiftUI, helping developers master these professional concepts and demonstrating their application scenarios through practical examples.

SwiftUI Visual Effects and Animation Complete Guide

1. Animation System

1.1 Animation

Animation is the core type in SwiftUI that describes how view properties change over time.

If I had to describe 2025 in one sentence:

I did not suddenly get smarter, but I started finishing what I began.

That simple shift made this year different.

1. What I Actually Did This Year

Nothing flashy, but everything real:

• Built a few websites and small tools, from development to deployment
• Pushed several personal projects and MVPs to usable versions
• Dealt with servers, networks, and databases when things broke
• Kept creating content, but treated it as documentation, not the goal

The biggest change was moving past “planning” and into “shipping.”

🎯 Executive Overview

Data Source: 2022-Daily Focus List Database
Analysis Period: January 1, 2025 - December 30, 2025
Total Recorded Days: Approx. 365 days of continuous recording
Analysis Dimension: TODO Plan vs DONE Completion

📈 Core Statistics

🎯 Project Completion Rate Analysis

• WeChat Official Account: 95%+ (Almost daily persistence)
• Tech Development: 85% (Multiple projects progressing in parallel)
• YouTube Content Creation: 70% (Kpop, Animals, Story Videos, etc.)
• Website Development: 80% (Iterations of multiple projects)
• Monetization Projects: 60% (Execution needs improvement)

🚀 Key Project Achievements

1. ShipSaaS Project ⭐⭐⭐⭐⭐

• Completion: 85%
• Key Milestones:
  • Core functionality developed (TRPC + dizrre architecture)
  • Branch creation and deployment successful
  • MVP version ready for launch
  • Official website and documentation completed
  • Payment function tested and verified

2. Domain Radar Project ⭐⭐⭐⭐

• Completion: 70%
• Key Progress:
  • Backend development completed (December 30)
  • Data production and core issues resolved
  • Website inspiration phase completed

3. AI Tool Integration ⭐⭐⭐

• Image Generation: PicFlex MVP launched
• Video Generation: Sora Video Python generation
• Automation Tools: Multiple crawlers and automation scripts

4. YouTube Content Ecosystem ⭐⭐⭐

• Multi-account Operation: Created multiple channels
• Content Diversification: Kpop, Animals, Story Videos
• YPP Application: Preparing to apply for the Partner Program

📊 Monthly Performance Trend Analysis

📈 Q1-Q4 Performance Comparison

• Q1: Exploration phase, many projects started, medium completion rate
• Q2: Tech breakthrough phase, breakthroughs in multiple projects
• Q3: Productization phase, concentrated launch of MVP versions
• Q4: Wrap-up phase, Domain Radar backend completed

📈 Key Turning Points

• September: PicFlex MVP launched
• October: Internationalization of multiple websites completed
• November: YouTube Navigation Plan launched
• December: Major breakthrough in Domain Radar project

🎯 TODO vs DONE Comparison Analysis

📋 Plan Execution Status

• High Execution Projects: WeChat Official Account, Tech Development
• Medium Execution Projects: YouTube Content, Website Iteration
• Low Execution Projects: Monetization Projects, Personal Growth

🎯 Completion Quality Assessment

• Tech: 85% completion rate, high quality
• Content: 70% completion rate, “viral” rate needs improvement
• Operations: 95% completion rate, best stability
• Learning: 60% completion rate, needs strengthening

💡 Insights & Experience Summary

🎯 Success Factors

1. Unified Tech Stack: Next.js + Go + TRPC architecture is effective
2. MVP First: Validate ideas quickly, iterate and optimize
3. Parallel Projects: Reduce risk, increase success rate
4. Automation Mindset: Reduce repetitive work, improve efficiency

⚠ Areas for Improvement

1. Monetization Ability: Need to break through from 0-1 to scaling
2. Viral Mindset: YouTube content needs to aim for hits rather than just quantity
3. Time Management: Reduce slack time, improve focus
4. Systematization: Establish more perfect workflows

🚀 2026 Planning Suggestions

🎯 Key Development Directions

1. ShipSaaS: Complete MVP launch, start commercial operation
2. Domain Radar: Complete frontend development, official launch
3. YouTube: Create viral content, apply for YPP, achieve profitability
4. AI Tools: Deepen existing tools, explore new AI application scenarios

📈 Personal Growth Goals

1. Tech Deepening: Focus on core skills, avoid spreading tech stack too thin
2. Business Mindset: Shift from tech development to product thinking
3. Influence Building: Build personal brand through YouTube and WeChat Official Account
4. Financial Management: Establish stable income sources

🏆 Annual Evaluation

🌟 Highlight Moments

• Complete realization of ShipSaaS project from concept to MVP
• Major breakthrough in Domain Radar project backend development
• Successful integration and deployment of multiple tech projects
• Continuous output of WeChat Official Account and YouTube content

📝 Room for Improvement

• Execution of monetization projects needs significant improvement
• Viral rate of content creation needs improvement
• Personal time management needs stricter self-discipline
• Depth of technical learning needs to be strengthened

📊 Data-Driven Decision Suggestions

Based on the full year’s TODO and DONE data analysis, suggestions for 2026:

This article collects registration keys for Proxifier on various platforms. Please support genuine software; these keys are for educational or temporary testing purposes only.

References & Downloads

• Proxifier Legacy Downloads
• Source
• Gist Source

User Name

User Name can be any.

Registration Keys

Windows (v4.x) - Standard Edition

KFZUS-F3JGV-T95Y7-BXGAS-5NHHP
T3ZWQ-P2738-3FJWS-YE7HT-6NA3K
65Z2L-P36BY-YWJYC-TMJZL-YDZ2S
SFZHH-2Y246-Z483L-EU92B-LNYUA
GSZVS-5W4WA-T9F2E-L3XUX-68473
FTZ8A-R3CP8-AVHYW-KKRMQ-SYDLS
Q3ZWN-QWLZG-32G22-SCJXZ-9B5S4
DAZPH-G39D3-R4QY7-9PVAY-VQ6BU
KLZ5G-X37YY-65ZYN-EUSV7-WPPBS
6JZUY-32TKX-TK9W7-DU387-9RWKZ
5EZ8G-C3WL5-B56YG-SCXM9-6QZAP

Windows (v4.x) - Portable Edition

L6Z8A-XY2J4-BTZ3P-ZZ7DF-A2Q9C
YYEQ8-PYURB-PVJ3E-ZENEQ-6KCYC
V4FRJ-JYBNC-X4P3F-ZENEQ-G5YNE

Mac (v3 & Others)

3CWNN-WYTP4-SD83W-ASDFR-84KEA
P427L-9Y552-5433E-8DSR3-58Z68
87PZC-V3C3H-GTLYP-ZENEQ-2GJLT
NBBCX-D242M-F97WB-ZENEQ-7VH3H

Mac (v2)

P427L-9Y552-5433E-8DSR3-58Z68

Additional Keys

4MHDA-C3FNN-EV6YH-ZENEQ-5A2CP
YHAEF-HWLHS-CQR2A-ZENEQ-35H26
987NH-LYFSC-L4V37-PWN3R-PWE7F
CVYAW-WWVJD-8LA2Y-PWN3R-CZA82
TET7R-EY3CC-4E43T-H0NUS-XQCS9
G8E33-937CU-WM3YE-H0NUS-W236X
NRNQ9-KWN42-PSU2N-CYBER-HCEB7
GG2U7-5WH8W-TZF22-CYBER-BGTY3
S4EMQ-NYMZF-LFT3E-ARSEN-SNZLF
ATV34-T2W3Y-WHNWV-ARSEN-AJJ4L

With the growth of globalization, multi-language support (i18n) has become a standard requirement for modern web applications. For projects using the Next.js App Router, next-intl provides an efficient internationalization solution that is deeply integrated with the framework, compatible with Server-Side Rendering (SSR), and supports both Server and Client components. This article will guide you step-by-step through building a multi-language Next.js application from scratch.

🚀 I. Why Choose next-intl?

Compared to traditional i18n libraries, next-intl is deeply optimized for the Next.js App Router:

Stripe is the default choice for SaaS and subscription products, but it comes with a lot of moving parts. Teams often mis-model subscriptions, pick the wrong integration, or rely on front-end success pages—then end up refactoring after launch.

This guide explains the Stripe essentials with a clear engineering lens: one-time payments vs subscriptions, key objects, webhook strategy, and a minimal database schema that scales.

1. Two layers to clarify: Integration vs Billing Model

Integration options

Takeaway: For MVPs, Stripe Checkout is the fastest and safest path.

Objective: Prepare a “clean” network exit node (IP/environment as unmarked by risk control as possible) and complete Antigravity’s Google login using a “clean” Google account. Includes verification methods and common troubleshooting at the end.

Note: Any operations involving accounts and network environments should comply with local laws and platform terms; do not use for bypassing compliance restrictions or conducting illegal automation.

1. What is a “Clean Node” and “Cleanliness” Verification

1.1 Common Dimensions for “Clean Node” Determination

What people commonly call “clean” mostly refers to the risk control profile of exit IP + runtime environment being “cleaner”:

PM2 services disappear after reboot? How to restore all processes from .pm2 (complete guide)

When deploying Node.js apps on a server, many people rely on PM2 for process management. But after a server reboot, they run into:

pm2 list
→ empty, no services

Yet the .pm2/ folder is still there, which means your previous process info exists. So why do PM2 services vanish? How do you bring them back?

Podman containers won’t start after reboot: complete fix for broken CNI & cgroup.subtree_control errors

On some cloud servers or VPS instances (especially those with incomplete systemd, running under LXC, or missing systemd-logind), Podman may hit after-reboot issues:

• Containers refuse to start
• CNI network corruption leaves iptables chains behind
• OCI runtime error: writing file /sys/fs/cgroup/cgroup.subtree_control: Invalid argument
• Containers created by root cannot be managed by rootless users
• Podman auto fallback fails

This post documents a real case, with a 100% reproducible fix.

🚀 Set up Podman rootless containers to auto-start on Ubuntu 24.04 (using Nginx Proxy Manager)

When running Podman containers on Ubuntu Server, you may hit these issues:

• Containers do not auto-start on boot
• systemctl --user error: Failed to connect to bus: No medium found
• Rootless and root modes get mixed, making containers unmanageable
• podman generate systemd cannot find the container
• Containers disappear or fail to auto-restart after host reboot

This post summarizes how to correctly enable systemd auto-start for Podman rootless containers, based on a real incident.