A Galaxy tool is any software package that takes any number of inputs and produces one or more outputs, e.g. BWA. Galaxy tools are versioned, and it. The tools in the Logic Pro Utility category can help with routine tasks and situations you may encounter during production. Underground Tools & Supplies. Chapman Electric Supply provides all the equipment and products necessary for underground utilities installation, repair and.
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Both tool and utility are nouns, but, while tool is a concrete noun, utility is an abstract noun, meaning the use one gets out of something. In computing, of course, both are Metaphors, since all computing terms are metaphors. But they're different metaphors.
Tool refers to the classic book Software Tools by Kernighan and Plauger, and the popular movement it spawned, leading ultimately to UNIX™ as the premier "tool"-based operating system.
Utility, on the other hand, refers to a particular kind of low-level "tool" programs, the "utility programs". This is the same construction as "utility outfielder" -- on the other hand, "utility crew" is a different construction that refers to the extension of Utility/ies to refer to electric, gas, water, sewage, and other common civic services.
"Utility programs" are the ones that do general-purpose software scutwork, like copying, compressing, sorting, and filtering. Many UNIX™ tool programs are utility programs --etc.
Adding Tools to the Toolbar Utility
You can add a tool to the Toolbar either by:
Note: After adding a tool to the Toolbar Utility, you must choose the Refresh Tools command to refresh the toolbar region of the window and the context menu for the system tray icon. (You might also want to Utilities & Tools modify the properties of the tool.) If you add so many tools to the Toolbar Utility that they cannot be displayed at the window’s current size, you should enlarge the window so all the tool icons are visible.
- Right-click the toolbar region of the Toolbar Utility window and choose Add Tool.
- On the Create Shortcut page of the resulting wizard, specify the command line for starting the tool, and click Utilities & Tools Next.
If you do not know the exact location of the executable file for the program, then click Browse to open a dialog box that enables you to locate and select the necessary file.
- On the Select a Title for the Program page of the wizard, specify the name for the tool shortcut and click Finish.
The specified program shortcut is created in the Toolbar UtilityTools folder.
- Right-click the toolbar region of the Toolbar Utility window and choose Refresh Tools.
The tool icon is added to the toolbar region of the window, and the shortcut name is added Utilities & Tools the context menu for the System Tray icon.
- Right-click the toolbar region of the Toolbar Utility window and choose Open Tools Folder.
In Windows, the resulting Windows Explorer window shows the contents of that folder, which should consist of the program shortcuts for the tools on the toolbar.
- In Windows Explorer, locate an existing program shortcut. (On Windows NT, search for the Shortcut file type. On later editions of Windows, search for files named *.lnk)
- Copy the existing program shortcut to the Toolbar UtilityTools folder.
- Right-click the toolbar region of the Toolbar Utility window and choose Refresh Tools.
The tool icon is added to the toolbar region of the window, and the shortcut name is added to the context menu for the System Tray icon. NetLimiter Activation Key
The Best Windows 11 Utilities to Install Now
Windows 11 is here, which means that third-party utilities for Microsoft’s brand new operating system are rolling out as well. Some of them bring back features that haven’t been carried over from Windows 10, and some of them add extra functionality on top of Windows 11. Here are the most useful ones we’ve found so far.
Windows customization software experts Stardock just launched Start11, which gives you much more flexibility in terms of the look and positioning of the Start menu. You can bring back program tiles and a list of applications, move the Start menu (and the taskbar) up to the top of the display, and more.
If you don’t love the revamped Start menu in Windows 11, then this is definitely a utility to check out. Its magic extends to the taskbar, too: It’ll bring back the context menu on the taskbar, improve the results you get from the taskbar search box, and give you the ability to create your own shortcut links to sit alongside app icons.
The utility is simple to use and intuitive throughout, and you can very easily roll back any changes if you decide you don’t like them. What’s more, it works well with another excellent Stardock tool called Fences, which lets you partition off parts of the desktop for specific groups of shortcuts. The full version of Start11 will set you back $5, but you can test it out for free.
In Windows 11, the taskbar no longer shows the date and time in the corner on every monitor you’ve got hooked up to your computer. If you’re used to seeing these pertinent details on every display in Windows 10, you’ll miss them when you upgrade. The purpose of ElevenClock is to roll back that change.
And that’s about it, as far as the functionality for this particular utility goes. However, just because a program is a simple one doesn’t mean it can’t be very useful, and this one goes to impressive lengths to make it look as though it’s a native part of Windows. You won’t be able to tell the difference. ElevenClock blends seamlessly into the taskbar, and supports light and dark modes.
You’ll find that the utility supports taskbar customization utilities—such as the Start11 mentioned above—and you get a small selection of options to play around with, covering the taskbar clock’s appearance and position. You can, for example, keep the date and time in view when you switch to full screen mode for your Windows applications.
This isn’t a freeware utility that’s specific to Windows 11, but it does work with the latest Microsoft operating system, as well as with Windows 7, Windows 8, and Windows 10. You get a whole host of different tweaks and options to play around with here, covering everything from backing up the registry to disabling the Action Center (where all your notifications appear by default).
In terms of specific Windows 11 tweaks, you can bring back certain features from previous versions of the operating system: the right-click context menu across the operating system, the Windows 10 design for the taskbar, the ribbon interface at the top of the File Explorer application, and more. Applying most tweaks is as straightforward as clicking a checkbox.
Winaero Tweaker is useful for pulling up system information as well, and for tweaking the appearance of the operating system (from accent colors to default animations). You can even tweak a variety of options in the master registry settings file, though we wouldn’t recommend playing with these menu items unless you know what you’re doing.
There’s plenty to explore in ThisIsWin11, not least a guide to the key features of Microsoft’s new operating system, which is handy if you want a quick introduction to what’s changed after you upgrade. That’s just the beginning, though, because you can tweak a host of Windows 11 settings, remove and restate default applications that come with the operating system, and even automate certain Windows 11 functions.
Open up the System tab inside ThisIsWin11 to see all of the different settings you can modify. They’re split up into sections, including Personalization, Privacy, and Gaming—far too many of them for us to list them individually here. You can restore some of the look and feel of Windows 10, as well as disable certain Windows 11 features (such as widgets) that you might not be particularly fond of.
Certain privacy and app permission settings can be enabled or disabled, including microphone and camera access, location tracking, Windows Hello biometrics, and automatic app installation. Head to the Home screen, meanwhile, and you can see exactly which version of Windows 11 you’re running.
Microsoft’s very own PowerToys is very much worth a look on Windows 11 as well, not least because its user interface has been updated to match the aesthetic of Microsoft’s latest operating system. If you’re new to PowerToys, it’s a collection of useful and sometimes experimental features that Microsoft develops specifically for power users (hence the name).
The utility enables you to work with customized layouts for your open windows, rename files en masse, quickly find the location of the mouse cursor on screen, remap keys on your keyboard, and a lot more besides. More recently, Microsoft has added a universal mute feature that covers all of the video calling apps on the system.
PowerToys sits discreetly in the notification area in the lower right corner of the screen, and you can access the full suite of utilities from one central interface. We particularly like the File Explorer add-ons you can enable, with features including previews for PDFs and Markdown files right inside the Windows 11 interface.
Network engineers have a vast array of responsibilities to Utilities & Tools maintain Utilities & Tools performance. They’re often tasked with managing complex computer networks—a job made faster and easier when using network utilities designed to help with making plans for network optimization, measuring current performance levels, or implementing strategies effectively.
Network engineers need tools to help them achieve comprehensive management and optimization of the network infrastructure. The most useful tools are those in the following categories:
- Network configuration management: These network utilities are critical for helping network engineers monitor and keep track of software and hardware changes within the network.
- All-purpose systems management: These tools offer overviews in the form of maps, charts, and graphs to help network engineers manage their systems more effectively.
- Network diagnostics: These network utilities help engineers troubleshoot problems more quickly and accurately. Whether a Mac or Windows network utility, it lets you find key health status data for specific devices on a network and general network connectivity.
- Network monitoring: The network monitoring utility helps engineers monitor potential bottlenecks, device health, and bandwidth in real time. It’s essentially a network traffic utility.
- Network discovery: These tools help engineers discover a network’s assets more quickly.
- SNMP: These network utilities help improve device management by offering SNMP-based capabilities and insights.
- IPAM/DNS/DHCP: These utilities help with functionalities tied to IP addresses, like subnetting.
- Log management: These network utilities help engineers generate insights related to data performance by helping them gather and analyze data logs.
- Network administration: These tools monitor and manage key network and device elements like memory utilization, CPU, response time, and more.
- Security: These utilities help you secure the network against cyberthreats.
Network engineers need the utilities to help them keep the network functioning properly. They need tools to help them detect problems as soon as they occur, pinpoint their origins fast, and begin troubleshooting right away. Engineers also need utilities to help with network analysis, so they can find and address the leading causes of network problems.
Just a few of the utilities network engineers need are:
- Ping Sweep: This tool reveals all available or in-use IP addresses. This utility can send multiple packets at once and perform an ICMP sweep to scan your IP range.
- Switch Port Mapper: This utility lets you remotely discover the devices connected to every port on a hub or switch. It also gives insight into port status, time of failure, and information as well as helping with capacity planning and helping you gain complete endpoint visibility.
- WAN Killer Traffic Generator: This utility lets you study network activities (such as load balancing) without having to use real traffic.
- MAC address scanning utility: Also known as the MAC network utility, this tool lets you search through subnets and construct tables relating MAC addresses to IP addresses, DNS, and manufacturer addresses.
While there are many utilities a network engineer needs to perform successfully, what they need most of all is a toolkit incorporating all these tools within one network utility software solution. For instance, SolarWinds Engineer’s Toolset (ETS) is built to provide engineers with all the must-have and nice-to-have tools they need to perform a wide range of responsibilities quickly and easily.
Network utility toolkits are different from other bundled combinations of network management tools because they’re specifically designed for network engineers and support the measures they must take to keep the network functioning properly.
While an engineer could avoid using a toolkit by piecing together a series of tools from various solutions, this option is less effective, since they would need to find a way to integrate all the separate tools, and more expensive than using network utility software including all the tools they need.
Network utility toolkits give network engineers the ability to automate a variety of StartIsBack++ 2.9.9 License Key Crack Free tasks for faster network insights. For example, the right network utility software can support engineers with processes related to SNMP, ping, MIB, DNS, NetFlow, and other common methodologies and protocols. This translates into faster problem resolution and less downtime, which means better productivity for your employees and faster service delivery for end users.
Troubleshooting problems quickly can also enhance the network’s cybersecurity, since suspicious activity can be addressed as soon as it’s detected. Some network utility software solutions even include tools specifically designed to enhance security, including tools for protecting against SNMP dictionary and brute force attacks, as well as router password decryption.
Finally, network utility tools with analysis can help engineers identify the leading root causes of issues within the network. Instead of spending their time putting out fires after problems have occurred, they can proactively address the root cause and prevent the issues in the first place.
SolarWinds Engineer’s Toolset is network Utilities & Tools software designed specifically for network engineers and their responsibilities. It comes with more than 60 network tools, all built into a single software solution.
ETS helps you perform network discovery and map the entire network. With ETS you can malwarebytes with key relationships between MAC and IP addresses, and you can map your switch ports using tools like Switch Port Mapper, Port Scanner, IP Network Browser, MAC Address Discovery, SNMP Sweep, and Ping Sweep.
ETS also lets you monitor and alert on your network in real time. Engineer’s Toolset comes with a wide variety of built-in monitoring tools including Response Time Monitor, Memory Monitor, CPU Monitor, Interface Monitor, and TraceRoute. These tools can help engineers prevent network issues from impacting end users and affecting either productivity or reliability.
In addition to all these tools, Engineer’s Toolset comes with features designed to help you protect your network security. These include tools to help you engage in router password decryption and protect against SNMP brute force and dictionary attacks.
In short, ETS is a robust software solution that lets engineers access a broad range of utilities from a single centralized location. The tool is user-friendly and effective for everyone from beginners to experts. Once ETS is implemented, it will stay up to date with which utilities you use most, helping customize your toolbox to fit your specific needs while still giving you easy access to Utilities & Tools utility you may find yourself needing in the future.
Operating System Utilities
Many operating systems provide utilities to administer and troubleshoot. Most of the operating systems provide context sensitive help to use the tools.
Windows Operating System Utilities
You can use the following Windows operating system utilities to monitor Vector:
• Windows Diagnostics
• Windows Performance Monitor
• Windows Event Viewer
• Windows Registry Editor
• Windows Task Manager
For a full description of the Windows utilities, see your Windows documentation.
The Windows Diagnostics program can help you determine your operating system’s configuration. This tool can be found in Control Panel, System and Security, Administrative Tools, Computer Management.
Windows Performance Monitor
Performance Monitor is a Windows Utilities & Tools tool for measuring the performance of your own computer or other computers on a network. On each computer, you can view the behavior of objects such as processors, memory, cache, threads, and processes. Each of these objects has an associated set of counters that provide information on such things as device usage, queue lengths, and delays, as well as information used for throughput and internal congestion measurements.
It provides charting, alerting, and reporting capabilities that reflect current activity along with ongoing logging. You can also open log files at a later time for browsing and charting as if they were reflecting current activity. To monitor performance on Windows, see the operating system documentation.
Windows Event Viewer
Event Viewer is a tool for monitoring events in your system. You can use Event Viewer to view and manage System, Security, and Application event logs. To access the Event Viewer, right-click on the Computer icon and select Manage. The Computer Management Window is displayed. The Event Viewer is available under the System Tools.
Windows Registry Editor
This program can be used to view the system configuration and environment. For a description of how the information is presented and the capabilities of the utility, see the online help.
To start the Registry Editor
1. Open a Windows command prompt.
2. Type REGEDT32. The Registry Editor opens.
Windows Task Manager
The Task Manager enables you to monitor and control your computer and what is running on it. It shows you programs and processes that are running as well as performance. To access the Task Manager, right click an empty area in the task bar and click Start Task Manager.
Linux Operating System Utilities
You can use the following Linux operating system utilities to monitor Vector:
For a full description of the Linux options, see your Linux documentation (or online help). A detailed Utilities & Tools of the utilities can be found in the Command Reference.
Note: Not all of the utilities are present on every Linux system. Some are present only in a BSD or System V environment but not both.
This command provides virtual memory and cpu information on each active process submitted from your account. Here is a sample ps output:
PID TT STAT TIME SL RE PAGEIN SIZE RSS LIM %CPU %MEM COMMAND
xx06 p3 s 28:50 13 99 45886 3696 2856 xx 0.0 39.3 iidbms
xx94 p3 s 4:24 0 99 2899 720 344 xx 0.0 4.7 dmfrcp
xx09 p3 I 0.51 99 99 4488 4 184 xx 0.0 2.5 iislave
xx19 p3 I 0.57 99 99 5764 64 17 xx 0.0 2.4 iislave
xx96 p3 I 0.04 99 99 1852 696 160 xx 0.0 2.2 dmfacp
The display fields are as follows:
Process ID field
Runnability of the process: Runnable (r), Stopped (t), Disk or other short-term wait (d), Sleeping (s), or Idle (i)
Swap status: Swapped out (w) or Loaded in core (blank)
Process priority change: Reduced (n), Increased (>) or No change (blank)
Sleep time (seconds blocked)
Residency time (seconds in core)
Number of disk I/Os resulting from page references not in core
Virtual process size
Resident set size
Soft memory limit (setrlimit), else “xx”
CPU utilization (1 minute decaying average)
The iostat command returns information about I/O status. It lists statistics on current I/O activity for each disk device and system CPU utilization percentages. Here is a sample iostat output:
tin tout us ni sy id
1 18 19 0 3 78
bps sps msps bps sps msps bps sps msps bps sps msps
2 0.1 61.7 1 0.0 95.5 1 0.0 60.4 2 0.2 44.3
• The tin and tout display fields show the number of characters written to and from terminal devices.
• CPU information includes the % time spent in user mode (us), “niced” user mode (ni), system mode (sy), and idle (id).
• The disk I/O for each disk device shows the average number of blocks transferred per second (bps), average number of seeks per second (sps), and average time per seek in ms (msps).
The vmstat (Virtual Memory Statistics) command returns virtual memory status information, including process states and paging activity. Here is a sample vmstat output:
procs memory page disk faults cpu
r b w avm fre di re rd pi po de z0 z1 z2 z3 in sy cs us sy id
1 0 0 2536 456 24 2 1 4 0 0 1 1 0 1 24 475 23 4 6 91
0 0 0 2748 356 24 0 0 0 0 0 2 0 0 3 26 323 29 1 5 95
0 0 0 1044 344 24 0 0 0 0 0 0 0 0 0 16 216 18 0 3 97
0 0 0 2288 344 24 0 0 0 0 0 0 0 0 0 19 334 27 1 4 95
1 0 0 2372 332 24 0 0 4 0 0 0 0 0 1 28 552 40 1 6 93
The procs columns define the process states: in run queue (r), blocked for resources (b), and runnable or short sleeper (w).
The memory columns show virtual and real memory status: avm is active virtual pages (belonging to processes active in approximately the last 20 seconds), fre is size of the free list, and di is the number of dirty pages.
The page columns show page faults and paging activity. These are expressed in units per second, averaged over 5 seconds: re are page reclaims, rd are page reclaims from the dirty list, and pi, po are pages paged in/out. The de field is anticipated short-term memory shortfall.
The disk columns list disk activity, showing the device name and operations per second.
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