pop_exit="terminates Cacheman, if settings have altered then Cacheman asks you if you want to save the changes before it exits"
pop_disable="restores windows default Disk Cache settings\r\n"
pop_load="loads the parameters for Cacheman from a config file which you specify"
pop_save="saves the current Cacheman configuration to a config file in the location of your choice"
pop_system="It is the part of the operating system that loads first, and it remains in main memory. Because it stays in memory, it is important for the kernel to be as small as possible while still providing all the essential services required by other parts of the operating system and applications. Typically, the kernel is responsible for memory management, process and task management, and disk management."
pop_gdi="The Graphics Device Interface (GDI) is the graphical system that manages what appears on the screen. It also provides graphics support for printers and other output devices. It draws graphic primitives, manipulates bitmaps, and interacts with device-independent graphics drivers, including those for display and printer output device drivers. 16 bit GDI Resources are limited to 64 Kb. If GDI resources drop below 10% windows becomes very probably unstable."
pop_user="The User component manages input from the keyboard, mouse, and other input devices and output to the user interface (windows, icons, menus, and so on). It also manages interaction with the sound driver, timer, and communications ports. Windows 98/ME uses an asynchronous input model for all input to the system and applications. As the various input devices generate interrupts, the interrupt handler converts these interrupts to messages and sends the messages to a raw input thread area, which in turn passes each message to the appropriate message queue. Although each Win32-based thread can have its own message queue, all Win16-based applications share a common one. 16 bit User Resources are limited to 64 Kb."
pop_minimal="Disk Cache size will not go below this value"
pop_maximal="Disk Cache size will not raise above this value"
pop_chunk="The Disk Cache is a single block of memory which is divided into chunks. The performance changes slightly with the Chunk Size. Is it too small, the data must occupy too many chunks and vice versa. An optimum size must be arrived at so that the Chunk Size is not too large and not too small. The default size of 512 Bytes is best for most purposes."
pop_readahead="This slider changes the amount of additional bytes that will be read when a application reads data in sequence. It is meant to improve read performance by anticipating the next read. This works in many cases, unfortunately the performance will decrease if more than one application accesses the hard drive at the same time.\r\n"
pop_namecache="Name Cache stores the locations of the most recently accessed file names"
pop_pathcache="Path Cache specifies the size of the cache that the virtual file allocation table (VFAT) can use to save the locations of the most recently accessed directory paths. This cache improves performance by reducing the number of times the file system must seek paths by searching the file allocation table."
pop_conservative="By enabling this checkbox you can disable the PageFile Call Async Manager feature that allows the Memory Manager to asynchronously write out swap file buffers during VFAT idle times. This settings reduces the Virtual Memory swapping, but is only recommended if you have a large amount of Free Memory.\r\n"
pop_displaytray="select the info values Cacheman should display in it's Tray Icon"
pop_hidewindow="if checked Cacheman will hide to tray when the user closes it's window, overwise Cacheman will quit"
pop_loadwindows="if checked Cacheman will be automatically loaded at windows startup"
pop_starthidden="if checked Cacheman will hide to tray immediately after start"
pop_refresh="You can set the intervals Cacheman should update the Tray Icon and the history graphs with new values. The numbers are in Milliseconds: 1 Second = 1000 Milliseconds.\r\n"
pop_faq="displays the Frequently Asked Questions (FAQ) page from the Cacheman Help file"
pop_unload="Windows automatically unloads DLLs when the usage count is zero, but only after the DLLs have not been used for a period of time. This inactive period might be unacceptably long at times and cause performance slow downs on low memory systems. Enable this option to disable Windows holding the DLLs in memory."
pop_stop="If checked Cacheman will stop the history graphs after hiding to the Tray area."
