tar Archives

Winsage

June 12, 2026

Popular Windows 11 file manager Files gets improved tags, layouts, and new OneDrive icon

Files, a third-party file manager for Windows 11, has been updated to version 4.1.3, introducing several enhancements: - A "View size" button for each folder allows users to calculate folder sizes easily without changing settings. - File selection is retained when switching between different layouts. - Tag management has been streamlined, allowing users to remove tags via the context menu, toolbar, or Command Palette. - The OneDrive icon has been updated to reflect the current version from the OneDrive executable. - Bug fixes include resolving issues with tar archive extraction, crashes on the Signatures page, ensuring the Play action for single media files, correcting Smart Extract functions, addressing tag search issues, refreshing thumbnails, and displaying previously hidden BitLocker-locked drives. - A new Tree View sidebar feature is planned for future updates, enabling navigation of folders in an expandable hierarchy. Files can be downloaded from the Microsoft Store (paid version) or accessed through its official website (free version).

Winsage

June 11, 2026

Microsoft refuses to add this File Explorer feature, so the Files app stepped up

The Files app has introduced a feature in version 4.1.3 that allows users to calculate folder sizes on demand, which was not available in Windows 11's File Explorer. Users can toggle this option in Settings, and when disabled, a View size button appears in the Size column for easy access. The app now retains selection across different layouts, ensuring previously selected items remain highlighted. It also offers multiple methods for clearing tags from files, including options from the context menu, toolbar, and Command Palette. Additionally, the update features a refreshed OneDrive icon that reflects current branding, and several fixes have been implemented, including resolving issues with extracting tar archives and correcting display problems for BitLocker locked drives.

Winsage

June 7, 2026

4 Windows 11 tools from Build 2026 that signal what’s coming next for the OS

Microsoft announced several key updates at the Build 2026 developer conference, particularly for Windows 11: 1. Coreutils: This suite brings familiar Linux command-line utilities to Windows 11, allowing developers to use commands like ls, cp, and mkdir natively without third-party solutions. It can be installed via GitHub or the Windows Package Manager. 2. WSL Containers: This feature introduces a built-in container runtime for running Linux containers on Windows 11, eliminating the need for external platforms like Docker. It utilizes a command-line tool called "wslc.exe" and allows for OCI-compatible Linux containers. 3. Intelligent Terminal: This feature integrates AI agents into the terminal, providing context-aware assistance for developers. It can be installed via the Microsoft Store or Command Prompt. 4. Windows Developer Configurations: This configuration file for the Windows Package Manager automates the installation of essential developer tools and settings, streamlining the setup process for new development or testing machines.

Tech Optimizer

June 7, 2026

Implementing real-time change data capture with Debezium for Amazon Aurora PostgreSQL and Amazon RDS for PostgreSQL

Amazon Aurora PostgreSQL-Compatible Edition and Amazon RDS for PostgreSQL now support native streaming replication, allowing data changes to flow from source databases. Organizations often struggle to capture and propagate these changes in real time without affecting database performance. Traditional ETL pipelines can introduce significant delays, leading to outdated data and missed opportunities. Debezium is an open-source platform for change data capture (CDC) that monitors databases and streams changes to applications or data pipelines, enabling real-time data synchronization. The CDC solution combines PostgreSQL's logical replication with Debezium's change capture framework, focusing on Amazon Aurora for PostgreSQL. To implement this solution, logical replication must be enabled on Amazon Aurora through DB cluster parameter groups. Debezium connectors monitor the database's Write-Ahead Logging (WAL) via logical replication slots, converting transaction logs into structured event streams. Key components of the solution include: - Amazon Aurora for PostgreSQL as the source database with logical replication enabled. - A Debezium PostgreSQL connector running on MSK Connect for change capture. - Amazon MSK for message streaming. - An Amazon EC2 instance for testing and consuming change events. Steps to implement the solution include: 1. Creating an Amazon Aurora for PostgreSQL DB cluster and enabling logical replication. 2. Creating an Amazon MSK serverless cluster. 3. Setting up an Amazon EC2 instance to install Kafka and connect to the database. 4. Creating a custom plugin for Amazon MSK to replicate changes from RDS for PostgreSQL. 5. Uploading the custom plugin to an Amazon S3 bucket. 6. Storing credentials in AWS Secrets Manager and creating an IAM role for MSK Connect. 7. Testing the solution by verifying data replication and monitoring real-time changes. Monitoring can be done through CloudWatch Logs and the MSK Connect console, addressing common issues like replication slot lag and connector failures. To avoid charges, resources created during the implementation should be deleted in the correct order.

Tech Optimizer

June 6, 2026

PostgreSQL Dump and Restore: The Complete pg_dump Guide

pg_dump is a utility for exporting a PostgreSQL database into a file, which can be restored on the same or different servers. It exports a single database's tables, views, sequences, functions, indexes, triggers, and in-database grants but does not include roles, tablespaces, or server-level configurations. To capture global objects, pg_dumpall --globals-only should be executed prior to the per-database dump. pg_dump requires CONNECT and SELECT privileges on all tables and sequences within the target database, and a dedicated backup role is sufficient for single-database dumps, while superuser access is needed for global objects. pg_dump supports various output formats: plain SQL (.sql), custom binary (.dump), directory of files, and tar archive (.tar), each with different capabilities for restoration and compression. The custom format allows for selective and parallel restoration. For non-interactive use, credentials can be stored in a .pgpass file or passed via the PGPASSWORD environment variable. Restoration methods depend on the dump format: psql is used for plain SQL files, while pg_restore is used for custom and directory formats. The restoration process requires the target database to be created beforehand. Version mismatches between pg_dump and pg_restore can lead to failures, so it's essential to ensure that the binaries are version-matched. In Docker, pg_dump and pg_restore can be executed within containers, but care must be taken to manage credentials and ensure version compatibility. Exit codes from pg_dump should be checked to confirm successful operations.

Winsage

June 6, 2026

I break down 4 new Windows 11 tools from Build 2026 that genuinely stood out and show where the OS is heading

During the Build 2026 developer conference, Microsoft announced several updates for developers using Windows 11. Key announcements included: 1. Coreutils: A utility that enhances the experience of toggling between operating systems, allowing developers to install it via GitHub or the Windows Package Manager with the command "winget install Microsoft.Coreutils." 2. WSL Containers: A built-in container runtime that eliminates the need for third-party platforms like Docker, facilitated by a new command-line tool "wslc.exe" and an accompanying API. 3. Intelligent Terminal: A feature that integrates AI agents into the terminal, providing context-aware assistance directly within the command line. It can be installed via the Microsoft Store or with the command "winget install Microsoft.IntelligentTerminal." 4. Windows Developer Configurations: A configuration file (dev-config.winget) that automates the installation of essential developer tools and settings with a single command, simplifying the setup process for new development or testing machines.

Tech Optimizer

June 6, 2026

Implementing real-time change data capture with Debezium for Amazon Aurora PostgreSQL and Amazon RDS for PostgreSQL

Amazon Aurora PostgreSQL-Compatible Edition and Amazon RDS for PostgreSQL support native streaming replication, allowing data changes to flow from source databases. Organizations often struggle with real-time data capture and dissemination, leading to outdated information due to traditional batch ETL pipelines. Debezium is an open-source platform for change data capture (CDC) that streams database changes to applications or data pipelines in real time. The CDC solution utilizes PostgreSQL's logical replication capabilities and Debezium's framework. Key components include Amazon Aurora for PostgreSQL as the source database, a Debezium PostgreSQL connector on MSK Connect, Amazon MSK for message streaming, and an Amazon EC2 instance for testing. To implement the solution, users must enable logical replication on Amazon Aurora, create an Amazon MSK cluster, set up an EC2 instance with Kafka, and create a custom plugin for MSK Connect. The process involves configuring IAM roles and policies, connecting to the database, and creating an Amazon MSK connector to stream changes. Testing the solution includes verifying real-time changes by inserting, updating, and deleting records in PostgreSQL, with events appearing in Kafka. Monitoring tools are available through CloudWatch for troubleshooting issues like replication slot lag and connector failures. To clean up resources after testing, users should delete the MSK Connect connector, custom plugin, Amazon MSK cluster, Aurora PostgreSQL database instance, EC2 instance, IAM role and policy, Secrets Manager secrets, CloudWatch Logs log group, and S3 bucket.

TrendTechie

June 6, 2026

Торрент-стриминг без вреда для SSD: переносим TorrServer в Proxmox LXC и интегрируем с Lampa

Modern budget Smart TVs, like the Xiaomi Mi TV, often have limited processing power and memory (1 to 1.5 GB of RAM), which can lead to performance issues when running applications like TorrServer. Users may experience network overloads due to extensive communication with the torrent network, resulting in dropped streams and network failures. Additionally, the RAM shortage can cause the Android system to terminate background services or crash due to Out of Memory errors. CPU throttling occurs as the CPU struggles with torrent processing, leading to overheating and poor playback quality. To address these issues, it is recommended to run TorrServer on a dedicated home server instead of the TV. A lightweight Debian 12 LXC container can be deployed on a Proxmox VE host for this purpose, with the following specifications: VMID 212, hostname torrserver, 2 CPU cores, 2 GB RAM, 512 MB swap, and 8 GB disk space. The container can be created using a specific command on the Proxmox host, and after creation, the TorrServer application can be installed and configured to start automatically.

Winsage

April 24, 2026

Stop installing these 4 apps—Windows does it all now

Windows has evolved to integrate functionalities that were once reliant on third-party applications, such as native support for ZIP files introduced in Windows ME in 2000, and the ability to open and create RAR, TAR, and 7z formats directly from File Explorer. Features like Storage Sense have replaced the need for tools like CCleaner by allowing users to manage temporary files more easily, and the effectiveness of Windows Defender has reduced the necessity for third-party antivirus solutions. Additionally, modern Windows can mount ISO files directly, eliminating the need for applications like Daemon Tools. The trend of operating systems adopting features from third-party applications, known as "Sherlocking," reflects a response to user demands while still allowing for optional third-party solutions.

Tech Optimizer

April 22, 2026

New STX RAT Uses Hidden Remote Desktop and Infostealer Features to Evade Detection

A newly identified remote access trojan, STX RAT, emerged in 2026, integrating hidden remote desktop access with credential theft features. The name "STX" comes from the Start of Text magic byte x02, which it appends to communications with its command-and-control (C2) server. Initial sightings were reported in late February 2026, when it was delivered via a browser-downloaded VBScript file to a financial organization. By early March, Malwarebytes noted a campaign distributing STX RAT through compromised FileZilla installers. Researchers from eSentire’s Threat Response Unit analyzed the malware, which includes extensive anti-analysis measures and employs techniques like AMSI-ghosting. Once operational, STX RAT connects to a C2 server at 95.216.51.236, transmitting system information securely. It targets saved credentials from applications like FileZilla and includes a Hidden Virtual Network Computing (HVNC) module, allowing attackers to control a victim's machine without detection. Security teams are advised to block the C2 IP and implement detection rules to mitigate the threat.