The Windows Registry is such a creature, and while it is certainly true that you can't be too cautious when accessing and editing Registry files, there are significant advantages to learning more about them.
A general understanding of the Registry and how it works can help you identify and fix many of the problems commonly associated with its degradation, or safely navigate its contents to customize and optimize your system's performance.
The Registry's Role in Windows
The Registry is unique to Windows, and varies a bit among its different versions. The basic Registry structure common to all versions since the introduction of Windows 95 is that of a central database containing all the information a computer needs to access and manage its individual components and user accounts.
It stores the configuration data and settings for all installed hardware, the location of application data and file type definitions for all installed software, and the security information and individual application preferences for all users.
Whenever system components are removed or installed, or adjustments are made to Control Panel settings and Windows System Policies, these changes are reflected in the Windows Registry.
Registry Storage and Structure
Much of the information contained in the Registry is stored on the computer's hard drive as a set of binary data files, strangely and appropriately named "hives".
The hives are permanent Registry components, serving as both supporting files from which Windows retrieves Registry data during system startup, and as backup files that the Registry writes to each time its supporting data is altered or changed.
Although you can't open up the hive files directly, you can see the data stored inside them by opening up the Registry itself with a Registry Editor utility like REGEDIT.EXE or REGEDT32.exe.
These utilities display the Registry's contents within a hierarchical structure of keys and subkeys, analogous to the directories and subdirectories you see in Windows Explorer.
At the top of this tree-like structure are the root keys, whose labels begin with "HKEY_". Each of these root keys branches out, first into keys and then further into subkeys. At the end of these branches of keys and subkeys lay the Registry data, or value entries, corresponding to the data stored in the hive files.
Applications, INI Files, and the Registry
Applications can interact with the Registry in many ways. They can open and close existing keys, create new keys, and delete old keys in order to retrieve, add, change, or remove data from the Registry. In short, they can store all the information they need to launch and run within the centralized, hierarchical structure of the Registry.
Before the Windows Registry was introduced, applications looked to INI files to find the configuration information, user passwords and settings, and data paths required for their execution. Because INI files are simple text files, they can't organize their data hierarchically and must be read line-by-line for their data to be accessed.
As text files they are also easier to access and edit than the Registry's hive files or the Registry itself, but are more difficult and time-consuming to find, since they are generally stored in the folders of their associated applications.
With the introduction of Windows 95, the Registry replaced most of the text-based .INI files (including WIN.INI) that were used in Windows 3.x. The idea behind the Registry was to allow multiple applications to store the data needed for their execution in a single central location, with the binary hive files and hierarchical structure making the Registry more compact and easier to navigate.
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We'll briefly look at each binding style and who it is suited for.
Comb Binding
Plastic comb binding machines will punch holes into the edge of your paper, open the comb as you insert the paper, and close it over a row of evenly spaced plastic rings. The largest plastic combs that you can buy will bind about 450 pages. Plastic combs are the least flexible binding option since they have a plastic spine that spans the combs preventing the book from being folded over itself like a coil will. Comb binding machine prices will vary depending on the size of documents they can bind (both in number of pages and length of the paper itself) and whether they manually or automatically punch documents for you. Some models also boast the ability to bind more than one style, such as the Akiles ANYBIND, which will punch, comb and double O wire bind. Plastic combs are less durable than plastic coils because of the rigid structure and material used to make the combs. Comb binding is popular for smaller and thinner binding applications such as calendars, cookbooks, and similar binding.
Coil Binding
Coil binding machines punch and bind documents with one continuous spiral coil. Old spiral notebooks were bound with metal coil that had sharp edges and bent easily, so PVC coil is replacing metal in many applications. PVC is more durable because it flexes and also doesn't have sharp ends like metal coils. Prices for spiral (coil) binding machines will vary based on the size of documents they can bind (both in number of pages and length of the paper itself) and whether they manually or automatically punch and insert the coil. An automatic coil inserter is much faster than doing it manually, but an operator must still be holding the paper while the machine inserts the coil.
Spiral binding is ideal for law firms, real estate proposals, and anyone else who needs to quickly (relative to comb binding) and durably bind larger documents.
Wire Binding (also called twin loop, double loop, wire-o)
Wire binding uses metal wires (two per hole punch) that are bent together by the binding machine after the paper is punched and put into the wire ring. You can wire bind in two sizes or pitches 3:1 and 2:1. The larger is 2:1 pitch and will bind document up to about 300 sheets. Prices for wire binding machines will vary based on the size of documents they can bind (you'll need a machine with disengageable die if you need to punch legal size documents) and whether they manually or automatically punch and insert the coil. Most wire binding machines do one pitch or the other. Wire binding is professional looking and durable. It's suitable for law offices, real estate agencies, and anyone who needs to bind larger documents.
ProClick
ProClick is a new type of binding exclusive to GBC that can easily be opened to add or remove pages from a document. It's a continuous bind, so the book can be folded around completely and lies flat. However, ProClick machines will not bind a wide variety of lengths and pages of documents. The ProClick binding spines can be closed and removed by hand or with the machines, and the spines are durable. A ProClick machine would work well for any company that needs to bind smaller documents as they will only bind up to about 125 pages.
Thermal Binding
You are probably aware of thermal binding as the way paperback books are bound. A one piece front and back cover has glue down the spine, which holds the pages in place. The advantage of thermal binding over the types we've discussed already is the clean look; thermal binding doesn't punch the edges, leaving them vulnerable to tearing and fraying. There are several types of thermal binding that are beyond the scope of this article. You will find thermal binders at a wide variety of prices for use in anything from small business employee or training manual to large printers who produce phone books. Unibind binding machines are a subcategory of thermal binding that have become popular for creating photo books and other professional-looking hardback books.
Velobinding (also called strip binding)
A Velobind machine punches holes in your documents and then covers the edges with a plastic strip so the punches are not visible. Although the edges of the paper are visible on one side (as opposed to thermal binding, where the bound edges are covered) Velobinding still makes a durable and clean finished product.
You can Velobind both soft and hard covers, and two different types of spines which make Velobinding a good choice for portfolios, reports, proposals, and courtroom presentations. You can Velobind 2" or up to about 500 sheets.
Saddle Stitchers
Saddle stitchers are machines that punch wire staples through the center fold of the papers being bound. Some saddle stitchers will do both the folding and stapling of a book. Saddle stitchers are usually in the thousands of dollars and are mostly purchased by printers and similar businesses. Saddle stitching is used for catalogs, brochures, newsletters, and magazines.
Both Kenth Nasstrom & Lydia King are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
Kenth Nasstrom has sinced written about articles on various topics from Windows Registry, The Internet and Entertainment Guide. Kenth Nasstrom writes about the Windows operating system and other computer related themes. Get a basic understanding about how things work with this
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