Dec 052017
 
A TSR which increases your bps for Modem to Modem play in Falcon.

Full Description of File


Speed up connections on FALCON III, and MIG-29
using this shareware program. COMMTSR.COM speeds
up the connections during modem-to-modem play.
COOLIE.COM and COOLKEY.COM work with the
Thrustmaster FCS allowing you to program the
"Coolie Hat" and Buttons 3 and 4 to any keystroke
on the keyboard. You can also program
double-click functions to any button or hat
position. PADLOCK.COM adds small indicator
lights to the Padlock and "Scrolled-up" views,
indicating Afterburners, AirBrake, Radar, and
ECM. This file will aid in playing over the Game
Connection.


File FALTSR.ZIP from The Programmer’s Corner in
Category Recently Uploaded Files
A TSR which increases your bps for Modem to Modem play in Falcon.
File Name File Size Zip Size Zip Type
COMMTSR.COM 1901 1417 deflated
COMMTSR.TXT 9028 3652 deflated
COOLIE.COM 2199 1448 deflated
COOLIE.TXT 3395 1527 deflated
COOLKEY.COM 1151 677 deflated
FILE_ID.DIZ 575 368 deflated
PADLOCK.COM 961 700 deflated
PADLOCK.TXT 2016 913 deflated
README.NOW 1877 988 deflated

Download File FALTSR.ZIP Here

Contents of the COMMTSR.TXT file


COMMTSR for Falcon/MiG/Hornet
Version 1.01
By: Ken "Stinger" Richardson
UID: [70761,301]

The COMMTSR.COM file is a TSR that will install itself in your computers
memory waiting for you to run one of Spectrum Holobytes's simulators. Using
this TSR you will see your connection times improve greatly. During testing,
this patch completed a 2400bps direct connection in just over 2 minutes, a
57600bps V.42bis connection in just under 30 seconds. The improvement is
depended upon your computers CPU speed and hard drive speed. Slower computers
with slower hard drives will not link as fast as quicker computers. Another
problem slower computers might suffer would be UART Overrun errors. COMMTSR
will recover from the occasional Overrun error but if you experience problems
connecting at high speed, try a lower baud rate. You will see a line extending
from the bottom of the screen to the top during the Satellite downlink. If the
Bar is on the left side of the screen, it is the RECEIVE PROGRESS indicator.
If the Bar is on the right side of the screen, it is the SEND PROGRESS
indicator. At the top of the Receive indicator (and just a bit right) is the
OVERRUN ERROR Indicator. If you see a small square at the top of the Receive
bar, the UART was overrun on the last byte received.

If you have your modem connected to COM3 or COM4, you can tell
COMMTSR to force a connect on either of these ports by placing a /3 or /4
after typing COMMTSR. If you do use the "re-map" feature, when you enter
the COMMs screen COM1 will be COM3 or COM2 will be COM4. For example:

COMMTSR /3 ; This causes COM3 to be used when COM1
is selected on the COMMS screen.

After you finish playing you can remove COMMTSR from memory simply by
running it a second time.

COMMTSR will work for all versions of Falcon 3.0 after version 3.02, all
versions of MiG-29 after version 1.01, and all versions of Hornet from
Spectrum Holobyte.

V.42bis modems:

V.42bis is a CCITT standard for data compression and error
correction. It can give a modem up to 4:1 compression with 100%
reliability. A 9600bps V.42bis modem can achieve throughput of up
to 38,400bps and a 14.4kbps V.42bis modem can go up to 57,600bps
throughput. This is done by the modem by compressing the data it
receives from the computer before it sends it across the phone
line on it's 9600 or 14.4k bps carrier. The receiving modem
decompresses the data before sending it to it's host computer.
All data can not be compressed the same amount. For example, text
files can be compressed a great amout while ZIP file can't
because they are already compressed. Therefore the effective
speed of a V.42bis modem can vary from it's carrier speed (9600
or 14.4k bps) all the way up to 4 times it's carrier speed (38.4
or 57.6k bps). The way the data flow is regulated by the modem is
with FLOW CONTROL, or more specific harware flow control
(CTS/RTS). The CTS (clear to send) line will tell the computer
when the modem is ready for data. Your comm port might be set to
57,600bps while the modem is sending data at 15,000cps, obviously
the computer must wait for the modem. So as you can see, flow
control is absolutely needed when a V.42bis connection is made
between two computers with the comm ports set to a bps rate
higher than the modem's carrier.


Important Things to Know:

1. COMMTSR does perform error checking and will recover if an error occurs.

2. COMMTSR will support modem data compression (V.42bis and MNP-5). You must
have hardware flow control turned on (RTS/CTS). Check you modem's manual for
the proper commands although AT&F with generally work for most modems.

3. When using COMMTSR you will NOT be able to connect with someone who is not
using COMMTSR. Both computers must run the same version of the TSR.


What to Expect from COMMTSR:

1. You will see less "jittering" in your opponents plane.
2. There will be a 30% increase in cps rate while playing.
3. The Satellite Downlink will be considerably faster if your
UART can handle a high speed connection. (See UART
consideration)


UART (Universal Asycronosis Receiver/Trasmitter) Consideration:

A UART is the "brains" of your COMM port. It receives and sends
data to and from the modem, monitors line errors, and monitors
modem status. It will interrupt the CPU whenever data is ready so
the CPU can read every incoming byte without disrupting program
execution. What I have found while testing the original V42PATCH, is some
UARTs are not fast enough to achieve a reliable connection at
speeds over 9600 baud. For speeds over 9600 baud you may find
that you will need either a 16450 or probally a 16550 UART. These
chips are direct replacements for the old 8250 UART and are much
faster. If you have an internal modem, you can be sure that your
UART is fast enough as it is built into the modem. External
modems might have a problem. The UART is not contained in your
modem, it is part of your computer, so you may have a 14.4k bps
modem and have a weak link betweeen the modem and computer caused
by the slow UART. If COMMTSR encounters an Overrun Error, you will
see a small (usually Red) square appear next to the receive progress
bar in the upper left corner of the screen.


Tips on Connecting with Falcon using COMMTSR.COM:

When connecting with a patched version of Falcon, you will want
to have V.42bis turned on, also you need hardware flow control
enabled. Use your comm program to configure your modem for the
correct setup and then save your modems configuration in "Stored
Profile 0" in your modem's non-volitile memory. I found it is
also a good idea to make sure the "Extended V.42 Response Codes"
are turned off. After the proper configuration is stored in your
modem's memory, your are ready to connect. Go to the comms screen
and select 57,600bps and modem connection. Select call or answer,
whichever you and your opponent decided on. Use modem defaults
when Falcon asks, this is important. If you use defaults, Falcon
will use "Stored Profile 0" to make a connection as a result of
the ATZ command Falcon will send. This is the configuration you
just saved. You should get a connect message and everything else
should work fine. Here is an example of how to setup your modem:

From TERMINAL mode in your comm program type:
AT &F ;Return to factory configuration
AT &Q5 ;Enable V.42bis connection
AT &K3 ;Enable hardware flow control (CTS/RTS)
AT W0 ;Disable extended V.42 response codes
AT &W0 ;Store in Profile 0, very important.
AT &V ;Display profile. Use this command to double
check your setup.

Note: Your modem may have different commands than I have listed
here, check your modem's manual before you type these commands,
especially &Q5 and W0. Some modems use &M5 instead of &Q5. You
may even have to change some S-registers. Whateven you must do,
make sure the last thing you type is AT &W0 to store it in your
modem's memory. If you type an illegal command, your modem should
respond with ERROR, otherwise it will respond with OK.

I should mention that all 9600 V.42bis modems will not go to
57,600bps, some have a limit of 38,400bps which is fine. Using a
9600bps carrier and V.42bis compression (4 to 1), the maximum
throughput will be 9600 * 4 = 38,400bps. So 57,600bps has no
advantage when using a 9600bps modem/carrier. When using a
14,400bps V.42bis modem, you should select 57,600bps as all
14.4kbps modems will accept 57,600bps connections. If you have a
14.4kbps modem and your opponent has a 9600bps modem, you will
have to connect using a 9600bps carrier. The modems should do
this automatically. You can select 57,600bps (although it offers
no advantage over 38,400bps over a 9600bps carrier) when in
Falcon and your 9600bps opponent can select 38,400bps and you
will still have a good connection. Remember, with V.42bis turned
on, your computer is connected to your modem, not directly to
your opponent's computer. When you select the baud rate in
Falcon, what you are doing is telling Falcon how fast you can
talk to your modem. The "Flow Control" with regulate the actual
data transfer rate between computers. I suggest selecting 38,400
baud when using a 9600bps carrier and 57,600 baud with a 14.4kbps
carrier.


Future Versions of COMMTSR:

I intend to continually support COMMTSR, upgrading it as future
versions of Falcon/MiG/Hornet are released. I may also add more features as
the need arises.


Note:
This patch is not supported by Spectrum Holobyte. If you
experience problems, contact me in the ModemGames Forum.

Ken "Stinger" Richardson
[70761,301]

P.S. Have fun!!!



 December 5, 2017  Add comments

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