Great to hear!

For the price it is a decent hand held

Similarities Between DLLs and ELFs Shared Code and Resources: Both DLLs and ELF files can serve as containers for code, data, and other resources that multiple programs or processes can access. They allow reusability of libraries across multiple applications to save memory and reduce redundancy. Dynamic Linking: DLLs in Windows and shared object files (.so) in Linux (a type of ELF) both support dynamic linking. Programs can load these libraries at runtime, enabling modular programming and efficient memory use. Modularity: Both formats promote modularity by breaking large applications into smaller, manageable, and reusable components. This design helps in application updates (e.g., replacing a single DLL or .so file) without recompiling the entire application. Position-Independent Code (PIC): Both DLLs and ELF shared objects are often compiled with PIC, enabling efficient loading at any memory address. Differences Between DLLs and ELFs Aspect DLL (Windows) ELF (Linux) Primary Role Primarily used for dynamic libraries. Serves as the default binary format for executables, shared libraries, and core dumps. File Extensions .dll .so (shared objects), .out, or no extension. Static Linking Not applicable. ELF files can also support static linking (.a archives). Dynamic Loading API Use LoadLibrary and GetProcAddress in the Windows API. Use dlopen, dlsym, and dlclose in the libdl API. File Format Structure Proprietary Portable Executable (PE) format. Open Executable and Linkable Format (ELF), used widely across Unix-like systems. Executable Capability DLLs are not directly executable. ELF files can be executables, shared libraries, or core dumps. Export/Import Mechanism Symbols explicitly declared via .def files or __declspec(dllexport). Symbols can be automatically exported unless hidden. Relocation Handling Handled by the Windows loader. Handled by the Linux dynamic linker (ld.so). Cross-Platform Use Windows-specific; requires emulation (e.g., Wine) for Linux. ELF is used natively across many Unix-like systems, including Linux, BSD, and Solaris. Key Highlights DLLs Are Subtypes, ELFs Are Versatile: A DLL is a specialized type of binary in the Windows ecosystem, whereas an ELF is a general-purpose binary format used in Linux for executables, shared libraries, and even debugging core dumps. Dynamic Linking Differences: Windows dynamic linking focuses heavily on explicit symbol management (e.g., via GetProcAddress), whereas Linux ELF shared objects tend to expose more symbols by default unless hidden using specific flags (e.g., -fvisibility=hidden in GCC). Execution: ELFs can be used as standalone executables, while DLLs are always a dependency for executables and cannot run on their own. Platform Dependency: DLLs are proprietary to Windows, while ELFs are widely adopted in Unix-like systems, making ELFs more platform-agnostic.

check your last comment on that topic I did give a detailed reply

great idea!

Thanks for watching

Great question, I would have to pull down the manual and check.

@@TechsavvyProductions Thank you for your attention, I'm asking because I'm trying to use 2 links, the wan2 being as a backup on a VPN and I'm having difficulties, if you could help, I'd be grateful.

Thanks for watching!

I wish I had done the hot glue method "after the fact". Good decision!

1. Identify and Confirm the Checkpoint Files Check the VM Folder: Navigate to the folder where the VM’s virtual hard disks (VHDX) are stored. This is usually in C:\ClusterStorage\VolumeX\VMName or wherever your VM resides. Look for AVHDX files (differencing disks). These indicate leftover checkpoint files. Verify Dependencies: Use the Inspect Disk feature in Hyper-V Manager: Open Hyper-V Manager. Click Edit Disk and browse to one of the AVHDX files. Select Inspect to see its parent disk. This helps understand the chain of dependencies. 2. Attempt to Merge Checkpoints Manually Backup Critical Files: Before making changes, back up the VM’s entire folder (including all VHDX and AVHDX files) to ensure recoverability. Manually Merge the Differencing Disks: Open Hyper-V Manager. Navigate to Edit Disk and select one of the AVHDX files. Choose Merge and follow the prompts: Merge to the parent disk. Repeat this for all AVHDX files, ensuring the chain merges correctly. Restart the VM: Once all differencing disks are merged, ensure the VM boots properly. 3. Check for Orphaned Checkpoints with PowerShell List Checkpoints: powershell Copy code Get-VMSnapshot -VMName "YourVMName" If no checkpoints are listed but files remain, proceed with manual cleanup. Force Remove Orphaned Checkpoints: powershell Copy code Remove-VMSnapshot -VMName "YourVMName" -IncludeAll This removes all associated snapshots. 4. Reconnect or Recreate the Virtual Disk Chain Fix VM Configuration: If merging fails, reattach the VHDX file directly to the VM: Shut down the VM. Remove the current disk from the VM settings. Add the base VHDX file back to the VM. Repair Configuration Files: Use the following PowerShell commands: powershell Copy code $VM = Get-VM -Name "YourVMName" $VM | Update-VMConfiguration 5. Remove Residual Files Delete Remaining AVHDX Files: Once all AVHDX files are merged, ensure no residual files remain in the VM folder. Clean Up: Verify the folder contains only the base VHDX file and other essential configuration files. 6. Test Backups Again Retry the Veeam backup job to confirm it completes successfully. If issues persist, check Veeam logs for further insights. Additional Tips Cluster Awareness: Ensure all cluster nodes are synchronized, as mismatched states can cause checkpoint issues. Disk Space: Verify sufficient disk space is available on the storage where the VM resides, as merging checkpoints requires extra space. If the issue persists or the VM configuration appears corrupted, you may need to recreate the VM and attach the existing VHDX file to avoid data loss.

Thanks for watching!

1. Use of 160 MHz Channels 160 MHz bandwidth is achievable in 802.11ac (Wi-Fi 5) and 802.11ax (Wi-Fi 6) and is used for high-speed data transmission. 160 MHz channels can be implemented in two ways: Contiguous: A single block of 160 MHz spectrum. Non-contiguous (80+80 MHz): Two 80 MHz channels bonded together. 2. Simultaneous Use of Multiple 160 MHz Channels Standards Limitation: Wi-Fi standards (like 802.11ax) do not support more than one 160 MHz channel per connection or transmission. Each access point or client device typically operates on a single channel at a time. Devices supporting multiple spatial streams or MIMO can make use of the same 160 MHz channel to enhance throughput but cannot use two separate 160 MHz channels simultaneously for the same transmission. Hardware Limitation: Most consumer-grade and enterprise-grade devices are limited to using a single 160 MHz channel at a time due to radio constraints. 3. Regulatory Constraints Frequency Bands: The availability of 160 MHz channels depends on the spectrum allocated for Wi-Fi by regional authorities like the FCC (USA), ETSI (Europe), and MIC (Japan). In the 5 GHz band, there are only a limited number of 160 MHz-wide channels due to interference avoidance and coexistence rules with other technologies like radar (DFS regulations). The 6 GHz band (introduced with Wi-Fi 6E) provides more opportunities for using 160 MHz channels due to its wider spectrum allocation. Dynamic Frequency Selection (DFS): Some channels in the 5 GHz band require DFS to avoid interference with radar systems, which restricts their availability for Wi-Fi. 4. Future Possibilities 802.11be (Wi-Fi 7): Wi-Fi 7 introduces 320 MHz channels, which double the bandwidth of 160 MHz. While this standard does not allow multiple simultaneous 320 MHz channels for a single connection, the wider channels will provide even higher throughput with advanced techniques like multi-link operation (MLO). Multi-Link Operation (MLO): With MLO, devices can operate on multiple channels simultaneously (e.g., in the 5 GHz and 6 GHz bands), though each channel is typically no wider than 160 MHz in current implementations.

@@TechsavvyProductions Great info! Thanks a lot!

The registry is a unique database for holding specific data, not files, hackers do use the registry to "auto-run" their code.

Thanks for watching!

Thanks for watching

Thank you for your support!

Thanks for the commets and for watching!

To transfer your USDT from your SafePal wallet to Binance, follow these steps: Access Your SafePal Wallet: Open the SafePal app on your device. Ensure your wallet is unlocked and you have access to your USDT holdings. Obtain Your Binance USDT Deposit Address: Log in to your Binance account. Navigate to the "Wallet" section and select "Fiat and Spot." Search for USDT and click on "Deposit." Choose the appropriate network (e.g., ERC20, TRC20, BEP20) that matches your SafePal wallet's USDT network. Copy the provided deposit address. Initiate the Transfer from SafePal: In the SafePal app, select USDT from your asset list. Tap "Send" and paste the Binance deposit address. Enter the amount of USDT you wish to transfer. Review the transaction details, ensuring the network matches the one selected on Binance. Confirm and authorize the transaction. Monitor the Transaction: After initiating the transfer, monitor the transaction status in both SafePal and Binance. Once confirmed, the USDT will appear in your Binance account. Important Considerations: Network Compatibility: Ensure the network selected in both SafePal and Binance matches to avoid potential loss of funds. Transaction Fees: Be aware of network fees associated with the transfer. Security: Keep your seed phrase confidential and never share it.

Thanks for visiting

Thanks for your support!

I love to see my viewers always learning!!

Thank you for watching!

Great comments and feedback, Thank you!

Thank you for your support for the channel and the feedback!

I created an Azure Windows 24H2 ent. multi-session VM and install a few apps using winget. restart the VM, and then tried to stsprep it, but it keeps failing.

I would reach out to the author, it is a good idea. He might have some good ideas for doing something like this.

What was the error message?

Thank you for your support of the channel it is appreciated! I am working hard on some new for the first time Linux videos, I choose Debian for many reasons but due to it's stability and that many variants are Debian based. My goal will be to assist IT professionals who have lots of Windows knowledge come into the Linux world practically and transition what they already understand about operating system and apply that to Linux. I have running now about five Debian hosts, two physical and 3 VMs. I will focus on taking Debian and putting it on AD, adding Samba and showing how to effectively put Linux in a Windows environment.

Try one at a time.

Yorumlarınız ve geri bildirimleriniz için teşekkür ederim, bu eski bir video, bu serinin tamamını güncelledim ve ekleyeceğim. Uluslararası izleyicilerimize her zaman minnettarız! 1. 1. Gün: Windows Uygulamalarında Sorun Giderme. İşlem nedir ve İş parçacıkları nelerdir? kzbin.info/www/bejne/fmLIf2ihfK9opcU 2. 2. Gün: Windows Uygulamalarında Sorun Giderme. Uygulama ve İşlem Türleri. kzbin.info/www/bejne/g6qQn2VsjdFqpc0 3. 3. Gün: Windows Uygulamalarında Sorun Giderme: İşlem Durumları kzbin.info/www/bejne/nWebhoR5fslnq7M 4. 4. Gün: İşlem Gezgini Ölçümleri ve Windows Uygulamalarında Sorun Giderme kzbin.info/www/bejne/ZpDWpYGon6epb80 5. 5. Gün: Microsoft Store Uygulamalarına Bir Bakış ve Neden Sorun Gidermiyoruz! kzbin.info/www/bejne/i6eym6CFjbqIa6s 6. Gün 6: Linux GUI Uygulamaları Windows'a Geliyor kzbin.info/www/bejne/fJrOi2OqntSpiZo 7. Gün 7: Uygulama *.DLL Dosyalarını Anlamak kzbin.info/www/bejne/lXaplISAeJKfjbM 8. Windows Hizmetleri: Windows 11 ve Server 2022'ye Teknik Bir Bakış Bölüm 1 kzbin.info/www/bejne/jWHaomB9YrSHpNE

Thank you for watching!

Thank you for watching!

Thanks for watching!

Glad it was helpful!

Thank you for your support!

I am grateful for the many who come to KZbin to really learn and better understand their craft. I believe my channel viewers are many of these folks.

I wanted to also demo Nirsoft's wonderful selection of uninstall tools.

Thanks for watching!

Great point, I actually ran Process Explorer while doing this and was surprised at how few processes were removed from the overall list of running and active one. Most of the "junk" applications were apps's found in the Microsoft Store folder and ready to install if a user wanted them. c:\Program Files\WindowsApps This is hidden and controlled by the group called "Trusted Installer"

There are so many good tool to debloat, avoid those tools that install, the good ones are "portable-non installing apps". Nirsoft has a wonderful selection of uninstallers. They are so fun to play with.

Thank you for watching!

Thank you for you support!

There are a number of really nice flash drive tools, I have not played with Ventoy yet but it is on my agenda.