Registry Interface.txt Driver File Contents (SS_6.1.zip)

SsInstal - Contains all driver registry information
ErrorControl - Should be 1
Group - Should be "Extended Base"
Start - Should be 2 for Boot start
Type - Should be 1

LogLevel - This value does not get put in by the installation
program. It influences the amount of information written to the Event Log.
4 values are possible :
0 - no logging is performed
1 - only errors are logged
2 - errors and warnings are logged
3 - full information is logged
2 is the default for the driver, if no value is supplied.

Templates - contains all the templates for the supported cards
Bus1 - contains all ISA templates.
ComBaseAddressAlignment - always 8 for UART COM ports. This value has only got to be there,
when nComPorts is not 0.
LptBaseAddressAlignment - always 4 for UART LPT ports. This value has only got to be there,
when nLptPorts is not 0.
ClockFrequency - clock frequency in Hz
ClockFrequencyAdjustment - value which adjusts the clock frequency by dividing or
multiplying with the given value. Default is 1, which
does not chage the clock frequency. If the value is 0,
the driver defaults it to 1. Any other positive value
is the multiplyer for the clock frequency. Any other
negative value is made positive, and then the clock
frequency gets divided by this value. This value gets overwritten
by Parameters\Bus1\Cardx\ClockFrequencyAdjustment.
Description - Whatever you want call it (For example "Steve")
HardwareID - Hardware ID, used to uniquely identify the card.
nComPorts - Number of COM ports on the card
nLptPorts - Number of LPT ports on the card
PlxBaudClockType - If a card contains a jumper to configure the input clock frequency to
the UART, then this value has to be set. possible values are :
4 - for Jumper setable prescaler. PlxBaudClockDivisor has to
be present.
PlxBaudClockDivisor - Gives the divisor which should be selected by default. Possible
values are : 1, 2, 4 and 8.
RxTriggerLevel - Receive Trigger Level for 950 chips. (not yet implemented) Range 1-100
As an extra feature, if both, RxTriggerLevel and TxTriggerLevel, are
set to 0, the FIFOs are disabled. If the value is not there, the default
is set to 100 by the driver.
TxTriggerLevel - Transmit Trigger Level for 950 chips. (not yet implemented) Range 1-100
As an extra feature, if both, RxTriggerLevel and TxTriggerLevel, are
set to 0, the FIFOs are disabled. If the value is not there, the default
is set to 1 by the driver.
SoftTxLimit - The amount of characters transmitted on each TX empty interrupt
in percent. The allowed range is 1 to 100. Setting it to 1 garanties
that only 1 byte at a time is written to the FIFO. Setting it to 100
garanties, that the FIFO is filled up to its maximum on transmit.
The default, if the value is not present in, is 100.
UartType - This value should normally not be there. The Control Panel does
not need to update this value. It only exists for debugging purposes,
to overwrite the UART class to be installed on a port. For example :
when the card has 950 on it. Setting this value to 5, forces the
driver to use only 550 support. Possible value are :
4 - 450 UART
5 - 550 UART
7 - 750 UART
9 - 950 UART
AddressesBanked - Specifies, that the addresses passed to a card are not 8-byte blocks for each
port, but only one set of addresses, containing all UART address spaces in
consecutive order.
IrpShared - Specifies, that the IRQs passed to a card are not one IRQ per port, but only
one IRQ for the whole card.

Bus5 - contains all PCI templates.
ComBaseAddressAlignment - always 8 for UART COM ports. This value has only got to be there,
when nComPorts is not 0.
LptBaseAddressAlignment - always 4 for UART LPT ports. This value has only got to be there,
when nLptPorts is not 0.
ClockFrequency - clock frequency in Hz
ClockFrequencyAdjustment - value which adjusts the clock frequency by dividing or
multiplying with the given value. Default is 1, which
does not chage the clock frequency. If the value is 0,
the driver defaults it to 1. Any other positive value
is the multiplyer for the clock frequency. Any other
negative value is made positive, and then the clock
frequency gets divided by this value.
Description - Whatever you want call it (For example "Steve")
DeviceID - Device ID of the card, including the correct Revision ID
nComPorts - Number of COM ports on the card
nLptPorts - Number of LPT ports on the card
VendorID - ...

PlxBaudClockType - If a card contains a Baud Clock register on the PLX chip,
then this value has to be set. Possible values are :
0 - no Baud Clock is on the card. This causes the
following two Plx.. values to be ignored.
1 - Baud Clock as i.e. on cards with device ID 42, 81,
101, 121 or 161 ...
2 - Baud Clock as i.e. on cards with device ID E1 ...
3 - Baud Clock as i.e. on cards with device ID A0 ...
4 - ISA only
5 - PCMCIA only
6 - PCI only
7 - PCMCIA only
8 - PCI - Similar to 3, only for 4 ports.
9 - PCI as i.e. on cards with device ID 280.
For 1 and 2, PlxBaudClockDivisor and PlxBaudClockOffset have
to be present. For 3, only PlxBaudClockDivisor has to be
there. In addition to this the values DuplexOperation and
CtsTrue have to be present for 3.
For all except 0, MaximumBaudrate must be present.
PlxBaudClockDivisor - Gives the divisor which should be selected by default. Possible
values are : 1, 2, 4 and 8.
PlxBaudClockOffset - Gives the offset for the PLX register(s) from the beginning of
the PLX chip address range in I/O space.
MaximumBaudrate - The maximum baudrate which the card supports by specification.
DuplexOperation - 0 - RS485 half-duplex autogating mode
1 - RS485 half-duplex Rx/Tx state set by RTS line
4 - Tx and Rx both disabled
5 - Tx enabled, Rx disabled (RS485 half-duplex manual)
6 - Tx disabled, Rx enabled (RS485 half-duplex manual)
7 - full-duplex
CtsTrue - If 0, CTS reflects the state of the CTS line receiver.
If 1, CTS is held TRUE
RxTriggerLevel - Receive Trigger Level for 950 chips. (not yet implemented) Range 1-100
As an extra feature, if both, RxTriggerLevel and TxTriggerLevel, are
set to 0, the FIFOs are disabled. If the value is not there, the default
is set to 100 by the driver.
TxTriggerLevel - Transmit Trigger Level for 950 chips. (not yet implemented) Range 1-100
As an extra feature, if both, RxTriggerLevel and TxTriggerLevel, are
set to 0, the FIFOs are disabled. If the value is not there, the default
is set to 1 by the driver.
SoftTxLimit - The amount of characters transmitted on each TX empty interrupt
in percent. The allowed range is 1 to 100. Setting it to 1 garanties
that only 1 byte at a time is written to the FIFO. Setting it to 100
garanties, that the FIFO is filled up to its maximum on transmit.
The default, if the value is not present in, is 100.
UartType - This value should normally not be there. The Control Panel does
not need to update this value. It only exists for debugging purposes,
to overwrite the UART class to be installed on a port. For example :
when the card has 950 on it. Setting this value to 5, forces the
driver to use only 550 support. Possible value are :
4 - 450 UART
5 - 550 UART
7 - 750 UART
9 - 950 UART
AlwaysUsePortSpaceAccess - If this value is set to 1, the port driver is forced to
access the card through port address space, no matter if
the card would support memory space access. Nothing can overwirte
this value, when set to 1. If it is not 1, it is ignored.

Bus8 - contains all PCMCIA templates.
ComBaseAddressAlignment - always 8 for UART COM ports. This value has only got to be there,
when nComPorts is not 0.
LptBaseAddressAlignment - always 4 for UART LPT ports. This value has only got to be there,
when nLptPorts is not 0.
ClockFrequency - clock frequency in Hz
ClockFrequencyAdjustment - value which adjusts the clock frequency by dividing or
multiplying with the given value. Default is 1, which
does not chage the clock frequency. If the value is 0,
the driver defaults it to 1. Any other positive value
is the multiplyer for the clock frequency. Any other
negative value is made positive, and then the clock
frequency gets divided by this value.
Description - Whatever you want call it (For example "Steve")
DeviceID - Device ID of the card, including the correct Revision ID
nComPorts - Number of COM ports on the card
nLptPorts - Number of LPT ports on the card

PlxBaudClockType - Note : PCMCIA cards do not have PLX chips. The name PLX... for
the registry entries is here for compatibility reasons with the
spcification already existing in PCI.
If a card contains a Baud Clock register then this value has
to be set. Possible values are :
0 - no Baud Clock is on the card. This causes the
following two Plx.. values to be ignored.
1 - PCI only
2 - PCI only
3 - PCI only
4 - ISA only
5 - PCMCIA Baud Clock. It works on a per port basis.
PlxBaudClockDivisor must be present. For cards like
DeviceID 1941.
6 - PCI only
7 - PCMCIA Baud Clock. It works on a per port basis.
PlxBaudClockDivisor must be present. For cards like
DeviceID 594c.
8 - PCI - Similar to 3, only for 4 ports.
9 - PCI as i.e. on cards with device ID 280.
PlxBaudClockDivisor - Gives the divisor which should be selected by default. Possible
values are : 1, 2, 4 and 8.
DuplexOperation - 0 - RS485 half-duplex autogating mode
1 - RS485 half-duplex Rx/Tx state set by RTS line
4 - Tx and Rx both disabled
5 - Tx enabled, Rx disabled (RS485 half-duplex manual)
6 - Tx disabled, Rx enabled (RS485 half-duplex manual)
7 - full-duplex
CtsTrue - If 0, CTS reflects the state of the CTS line receiver.
If 1, CTS is held TRUE
RxTriggerLevel - Receive Trigger Level for 950 chips. (not yet implemented) Range 1-100
As an extra feature, if both, RxTriggerLevel and TxTriggerLevel, are
set to 0, the FIFOs are disabled. If the value is not there, the default
is set to 100 by the driver.
TxTriggerLevel - Transmit Trigger Level for 950 chips. (not yet implemented) Range 1-100
As an extra feature, if both, RxTriggerLevel and TxTriggerLevel, are
set to 0, the FIFOs are disabled. If the value is not there, the default
is set to 1 by the driver.
SoftTxLimit - The amount of characters transmitted on each TX empty interrupt
in percent. The allowed range is 1 to 100. Setting it to 1 garanties
that only 1 byte at a time is written to the FIFO. Setting it to 100
garanties, that the FIFO is filled up to its maximum on transmit.
The default, if the value is not present in, is 100.
UartType - This value should normally not be there. The Control Panel does
not need to update this value. It only exists for debugging purposes,
to overwrite the UART class to be installed on a port. For example :
when the card has 950 on it. Setting this value to 5, forces the
driver to use only 550 support. Possible value are :
4 - 450 UART
5 - 550 UART
7 - 750 UART
9 - 950 UART

Parameters - contains all parameter informationfor the cards
Bus1 - contains all ISA parameters
CardX - contains all parameters for 1 card. The card keys must be consecutive
order, based on 1
HardwareID - Hardware ID, used to uniquely identify the card.
DeviceReference - DeviceReference value of the installed card. This value is
importent to match up the card with its Parameters/Cardx
subkey.
PlxBaudClockDivisor - Gives the divisor which should match the jumper settings
on the card. Possible values are : 1, 2, 4 and 8. This
value overwrites the Templates information.
ClockFrequencyAdjustment - value which adjusts the clock frequency by dividing or
multiplying with the given value. Default is 1, which
does not chage the clock frequency. If the value is 0, or if
it is not there, the driver does not use it.
Any other positive value
is the multiplyer for the clock frequency. Any other
negative value is made positive, and then the clock
frequency gets divided by this value.

Bus5 - contains all PCI parameters
CardX - contains all parameters for 1 card. The card keys must be consecutive
order, based on 1
DeviceID - Device ID of the card, including the correct Revision ID
VendorID - ...
nBus - Bus number where the device was found. The information is transferred
from the corresponding value from CurrentConfig
nSlot - Slot number where the device was found. The information is
transferred from the corresponding value from CurrentConfig
PlxBaudClockDivisor - Gives the divisor values for the PLX Baud Clock. This value
overwrites the Templates setting. Possible values are : 1, 2,
4 and 8. This Baud Clock Divisor can only be present for cards
with Baud Clock registers working on a per-card basis. This are
cards with PlxBaudClockType set to 1 or 2.
AlwaysUsePortSpaceAccess - If this value is set to 1, the port driver is forced to
access the card through port address space, no matter if
the card would support memory space access. If it is not 1,
it is ignored.

ComPortX - COM port key. The X values must be consecutive and 1 based. (If for
example parameters should be added to ComPort3, then the ComPort
keys 1 and 2 need to be created, but do not need to contain
parameters
RxTriggerLevel - Receive Trigger Level for 950 chips. (not yet implemented) Range 1-100
As an extra feature, if both, RxTriggerLevel and TxTriggerLevel, are
set to 0, the FIFOs are disabled. If present, this value overwrites
those set under Templates.
TxTriggerLevel - Transmit Trigger Level for 950 chips. (not yet implemented) Range 1-100
As an extra feature, if both, RxTriggerLevel and TxTriggerLevel, are
set to 0, the FIFOs are disabled. If present, this value overwrites
those set under Templates.
SoftTxLimit - The amount of characters transmitted on each TX empty interrupt
in percent. The allowed range is 1 to 100. Setting it to 1 garanties
that only 1 byte at a time is written to the FIFO. Setting it to 100
garanties, that the FIFO is filled up to its maximum on transmit.
The default, if the value is not present in Parameters, is 100 for all
card with other than 750 or 950 chips. On 750 or 950 cards, the default
is 24, to pass the HCT tests under standard configuration.
As soon as the Parameters key for a card is present, the default changes
to 100 automatically!! If present, this value overwrites
those set under Templates.
PlxBaudClockDivisor - Gives the divisor values for the PLX Baud Clock. This value
overwrites the Templates setting. Possible values are : 1, 2,
4 and 8. This Baud Clock Divisor can only be present for cards with Baud Clock
registers working on a per-port basis. This are cards with
PlxBaudClockType set to 3.
DuplexOperation - 0 - RS485 half-duplex autogating mode
1 - RS485 half-duplex Rx/Tx state set by RTS line
4 - Tx and Rx both disabled
5 - Tx enabled, Rx disabled (RS485 half-duplex manual)
6 - Tx disabled, Rx enabled (RS485 half-duplex manual)
7 - full-duplex
These value overwrites the Templates settings.
CtsTrue - If 0, CTS reflects the state of the CTS line receiver.
If 1, CTS is held TRUE
These value overwrites the Templates settings.
UartType - This value should normally not be there. The Control Panel does
not need to update this value. It only exists for debugging purposes,
to overwrite the UART class to be installed on a port. For example :
when the card has 950 on it. Setting this value to 5, forces the
driver to use only 550 support. If present, this value overwrites
those set under Templates. Possible value are :
4 - 450 UART
5 - 550 UART
7 - 750 UART
9 - 950 UART
NoSleepMode - If this value is not present (default) or is set to 0, the UART chip
goes automatically into sleep mode when idle. Setting this value to
anything but not 0 prevents the chip from doing so.

The cards underneath templates have to be in a particular order : On templates for cards with the same device ID, a lower
card numbers is not allowed to contain a higher revision number than a template with a higher card number. For Example :

Templates/Card Number : Device ID : Revision number :
Card1 60 0
Card2 60 3 // Not allowed, as card3 revision is lower !!
Card3 60 2
Card4 e0 1
Card5 60 4 // Allowed - other card types can be inbetween.

********************************************************************************************************
********************************************************************************************************

The card key under the Enum registry tree contains a Device Parameters key, which is used to comunicate
driver settings to the CardDLL control panel. When a device (card) is started on the SsInstal driver,
SsInstal creates the Device Parameters subkey, and adds values which represent the current state. The
CardDLL can read those values and build up the user-interface appropriately.

CurrentControlSet/Enum/PCI/VEN_.../...number.../Device Parameters :

VendorID - Vendor ID of the card
DeviceID - Device ID of the card
BusNumber - Number of the bus, where the card resides
BusType - Type of the bus, where the card resides
SlotNumber - Slot number on the bus, where the card resides
nCom - Number of COM ports on the card
nLpt - Number of LPT ports on the card
BaseAddressX - Base Address of the COM or LPT port with the number X. X is 1-based, the
maximum is 8.
BaseAddressRangeX - The length of the base address range.
IrqX - The IRQ of the port.

/Card - Card subkey : contains all the information which is card specific

Enable_BaudrateSettings - If 1 (TRUE), the Baudrate Settings control group is to be
displayed to the user on the Card Settings dialog box.
The following entries have then got to be present :
PlxBaudClockDivisor - As documented above, this value can be 1, 2, 4 or 8. If
it is 1, the maximum baudrate can be selected by the user.
MaximumBaudrate - This is the highest baudrate, the card is able to support
by specification.

Enable_HardwareAccess - If 1 (TRUE), the Hardware Settings control group is to be
displayed to the user on the Card Settings dialog box.
The following entries have then got to be present :
UsePortSpaceAccess - If this value is 1 (TRUE), the driver accesses hardware through
port space, otherwise it is through memory space.

Enable_DriverSettings - If 1 (TRUE), the Driver Settings control group is to be
displayed to the user on the Card Settings dialog box.
The following entries have then got to be present :
LogLevel - This is the log level, the driver is set to currently.

/PortX - Port subkey : contains all the information specific to a port on the card.
X represents the number of the port on the card, starting from 1.

Enable_TriggerLevel - If 1 (TRUE), the Trigger Levels control group is to be
displayed to the user on the Port Setttings dialog box.
The following entries have then got to be present :
RxTriggerLevel - Receiver tirgger level in percent. The range is 1 - 100.
TxTriggerLevel - Transmitter Trigger level. This is not implemented due to
problems with the 950 UART chip. The value is still important,
as the FIFOs will be disabled when Tx and Rx trigger levels
are set to 0.
SoftTxLimit - Software transmit limit in percent. The range is 1 - 100.

Enable_422485Settings - If 1 (TRUE), the 422/485 Options control group is to be
displayed to the user on the Port Settings dialog box.
The following entries have then got to be present :
DuplexOperation - This describes what duplex operation is active on the card.
Possible values are :
0 - RS485 half-duplex autogating mode
1 - RS485 half-duplex Rx/Tx state set by RTS line
4 - Tx and Rx both disabled
5 - Tx enabled, Rx disabled (RS485 half-duplex manual)
6 - Tx disabled, Rx enabled (RS485 half-duplex manual)
7 - full-duplex
CtsTrue - If 0, CTS reflects the state of the CTS line receiver.
If 1, CTS is held TRUE

Enable_BaudrateSettingsFixed - If 1 (TRUE), the Baudrate Settings control group is to be
displayed to the user on the Port Settings dialog box. The
Baudrate Multiplier drop down list in the control group gets
grayed out.
The following entries have then got to be present :
MaximumBaudrate - This is the highest baudrate, the card is able to support
by specification.
BaudrateMultiplier - This is the factor by which an application selected baudrate
is multiplied to reach a higher baudrate. This is necessary,
if the application can not select the higher baudrate.

Enable_BaudrateSettingsFlexible - If 1 (TRUE), the Baudrate Settings control group is to be
displayed to the user on the Port Settings dialog box.
The following entries have then got to be present :
MaximumBaudrate - This is the highest baudrate, the card is able to support
by specification.
PlxBaudClockDivisor - As documented above, this value can be 1, 2, 4 or 8. If
it is 1, the maximum baudrate can be selected by the user.
BaudrateMultiplier - This is the factor by which an application selected baudrate
is multiplied to reach a higher baudrate. This is necessary,
if the application can not select the higher baudrate.

Enable_UartType - If 1 (TRUE), the Uart Type and FIFO Depth controls are to
be displayed to the user on the Port Settings dialog box.
The following entries have then got to be present :
UsedUartType - Is the Uart type which is currently used as the representation
of the real Uart found on the card.
DetectedUartType - This is the real Uart present on the card.

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Registry Interface.txt Driver File Contents (SS_6.1.zip)

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