Dec 092017
| DVMON is a simple CPU performance monitor for use with DESQview 2.01 and later. Includes full C source code. | |||
|---|---|---|---|
| File Name | File Size | Zip Size | Zip Type |
| DVMON.C | 6060 | 2351 | deflated |
| DVMON.COM | 1620 | 1248 | deflated |
| DVMON.DOC | 7786 | 3304 | deflated |
| MAKEFILE | 157 | 87 | deflated |
| PM-PIF.DVP | 416 | 79 | deflated |
| README | 1012 | 594 | deflated |
| TPCREAD.ME | 199 | 165 | deflated |
Download File DVMON13.ZIP Here
Contents of the README file
Version 1.2 6/17/88
-----------
I speeded up DVMON 1.1 by a factor of five (and also reduced its memory
requirement from 9K to 3K) by chopping out the high-level functions and going
to the low-level equivalents (i.e. using direct BIOS calls instead of
printf(), using the DOS time and date directly rather than converting it to a
long first and then splitting it up again).
DVMON now shows 99% unused on my 10MHz 286, where before it showed 95%, when
it is the only thing running.
Version 1.3 6/20/88
-----------
DVMON is now even faster. A test version which displays the first decimal
place alternates between 99.6 and 99.8 percent unused, so v1.3 uses only about
0.3% of CPU time! (maybe even only 0.2%, as the extra digit display does take
additional CPU time) Version 1.3 is thus a full 15 times faster than v1.1.
Ralf Brown
FIDO: 1:129/31
UUCP: {ucbvax,harvard}!cs.cmu.edu!ralf
ARPA: [email protected]
BITnet: ralf%[email protected]
-----------
I speeded up DVMON 1.1 by a factor of five (and also reduced its memory
requirement from 9K to 3K) by chopping out the high-level functions and going
to the low-level equivalents (i.e. using direct BIOS calls instead of
printf(), using the DOS time and date directly rather than converting it to a
long first and then splitting it up again).
DVMON now shows 99% unused on my 10MHz 286, where before it showed 95%, when
it is the only thing running.
Version 1.3 6/20/88
-----------
DVMON is now even faster. A test version which displays the first decimal
place alternates between 99.6 and 99.8 percent unused, so v1.3 uses only about
0.3% of CPU time! (maybe even only 0.2%, as the extra digit display does take
additional CPU time) Version 1.3 is thus a full 15 times faster than v1.1.
Ralf Brown
FIDO: 1:129/31
UUCP: {ucbvax,harvard}!cs.cmu.edu!ralf
ARPA: [email protected]
BITnet: ralf%[email protected]
December 9, 2017
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