This is dictated by the fact that file positions are calculated using signed 32bit arithmetic. For this reason you should ensure that wave files to be processed in Wave Corrector are no longer than 3hrs 30mins.

No, kernel.org is not broken your browser however doesn't like large files. Browsers have to make assumptions about what is all going on when you're browsing the web. By and large those assumptions work fine, however 2GB files (in the case of the dvd iso's they can be up to 4GB or bigger) the browser's assumptions fail.

SBME files have a theoretical size limitation of 64 Exabytes on Win32 on an NTFS file system. On Linux the maximum size is based on the file system limitations of the target file system, though currently they are limited to 2GB in size until support is added for the large volume commands. This will be done prior to release of the first commercial version. SIMPOL will also have a Form Designer and Graphic Report Designer. These tools are being built in SIMPOL itself.

Download the installation file, wcor_33.exe, from our website download page, http://www.wavecor.co.uk/wavedl.html and save it to a convenient location on your computer. Then, double click on the file icon to launch the Wave Corrector set-up program. This will install the program files and create an entry in your start menu.

With current versions of Wave Corrector there is an Un-install option under Start Menu/Programs/Wave Corrector. Older versions are un-installed by opening Add/Remove Programs applet in the Windows Control Panel. Select "Wave Corrector" from the list and click the button "Add/Remove". This launches the Wave Corrector un-install program. All Wave Corrector files will be removed from your computer and all its registry entries will be deleted.

We do not supply a printed manual. However, on our website, you can download the manual in Adobe Acrobat format. You can then print it out yourself if you so require. There is also a tutorial on our website which you can also download and print out. The tutorial is mainly a general introduction to recording vinyl audio on your computer. It is not specifically about Wave Corrector. To download the manual (or tutorial) right click on its link and select the option ‘Save Target As..

When you start Wave Corrector and scan in a wave file, the opening screen will look something like the left-hand image below: This is the way Wave Corrector displays a track boundary, in this case the Start of Track 1 boundary. The white vertical line at the centre of the screen is the boundary marker. If necessary, you can re-position where the track starts and/or add a fade-in period. To re-position, pick up the white marker with the mouse and drag it to the left or right.

To use files of 2GB or more on a 32bit architecture, you need to pass the O_LARGEFILE flag to the open system call. If anybody knows which header file to include to get this macro please tell me about it.

You’ll need to download the free Adobe Acrobat reader. Copy the following link into your browser and read the download instructions: http://www.adobe.com/products/acrobat/readstep2.html.

First, you have to set "chunksize" parameter on jClientUpload. Chunksize must be under 2GB (for 256MB, chunksize=268435456). Here is how jClientUpload works: Second, you need a server-side script that handles chunkid, chunkamount, chunkbase HTTP parameters to re-compose file from uploaded chunks.

Wave Corrector uses various techniques to deter software piracy. One of these is to generate a spoof registration if an unauthorised key is detected. The spoof registration is in the name of 'Fanlight Fanny' and it locks out further attempts to register the program. If you have previously used an unauthorised key and now want to enter a genuine registration, you will need to remove Wave Corrector from your computer and replace it with a new copy.

Unfortunately, 16-bit processing is embedded deeply in the Wave Corrector code and it would require an almost total re-write for 24-bit to be supported. Therefore, it is unlikely that this will ever be available.

No, we do not have the resources to port Wave Corrector to other operating systems. However, if you run Linux on a PC, then it is possible to run Wave Corrector under WINE. WINE is an open source implementation of the Windows API that runs on Liinux. You can find more information at WINE HQ. Please let us know if you encounter any problems running Wave Corrector under WINE.

While processing, Wave Corrector keeps a temporary copy of the file being processed thus, in effect, doubling the disk space requirements. So for example, processing a 60 minute wave file will require about 1.2GB of hard disk space.

Unfortunately, the algorithms used in Wave Corrector are proprietary, so we cannot reveal exactly how they work. However, the program implements two distinct functions: click detection and waveform regeneration. For click detection, the program calculates the instantaneous rate of change for each sample point and performs a statistical analysis of these rate of change values.

What this demonstrates is that Wave Corrector’s click detector can mis-fire due to musical content. Although this might seem a problem, in practice it usually has a negligible effect on the quality of the end result. This is because the replacement waveform that Wave Corrector generates (the ‘correction’) is calculated to accurately match the surrounding wave. Hence you are unlikely to hear any aberrations as a result of these ‘false positives’.

If Wave Corrector doesn’t completely remove a click, there are two possible procedures for manually removing it: It may be possible to adjust the correction for the particular click. Depending on the characteristics of the click, Wave Corrector may underestimate its severity and hence under-correct it. To adjust the correction, first use the horizontal scale controls and the lower scroll bar to move to the point in the waveform where the click is occurring.

The only real solution to your problem is using a 64bit architecture, but there are workarounds that will help you. Normally the 4GB address space is split into 4 equal sized sections for different purposes. The first is used for executable and brk/sbrk allocations. The second is used for mmaps, shared libraries and malloc uses mmap. The third is used for stack, the fourth is used for the kernel itself.

Microsoft Outlook limits the size of Personal Folders .pst files and offline folders .ost files to 2GB. If a new or changed item increases the size over than limit, you will not be able to use the .pst or .ost file. Even if you delete items from the server mailbox, the .ost file will not synchronize. Microsoft provides a tool called Oversized PST and OST crop tool to trim down a .pst or .ost file that exceeded 2GB. The tool truncates the .pst or .

If a .pst file exceeds 2GB, Outlook can't open it. The pst2gb.exe tool, which you can get from Microsoft Product Support Services (click here to download), can help you recover most of your data, but you probably won't get it all back. Try to keep any .pst files well under that 2GB limit. To maintain reasonably sized .pst files, delete messages you don't need to keep, empty the Deleted Items folder regularly or automatically, and occasionally compact the .