NTSTATUS
NbfConfigureTransport (
IN PUNICODE_STRING RegistryPath,
IN PCONFIG_DATA * ConfigurationInfoPtr
)
/*++
Routine Description:
This routine is called by NBF to get information from the configuration
management routines. We read the registry, starting at RegistryPath,
to get the parameters. If they don't exist, we use the defaults
set in nbfcnfg.h file.
Arguments:
RegistryPath - The name of NBF's node in the registry.
ConfigurationInfoPtr - A pointer to the configuration information structure.
Return Value:
Status - STATUS_SUCCESS if everything OK, STATUS_INSUFFICIENT_RESOURCES
otherwise.
--*/
{
NTSTATUS OpenStatus;
HANDLE ParametersHandle;
HANDLE NbfConfigHandle;
NTSTATUS Status;
ULONG Disposition;
PWSTR RegistryPathBuffer;
OBJECT_ATTRIBUTES TmpObjectAttributes;
PCONFIG_DATA ConfigurationInfo;
DECLARE_STRING(InitRequests);
DECLARE_STRING(InitLinks);
DECLARE_STRING(InitConnections);
DECLARE_STRING(InitAddressFiles);
DECLARE_STRING(InitAddresses);
DECLARE_STRING(MaxRequests);
DECLARE_STRING(MaxLinks);
DECLARE_STRING(MaxConnections);
DECLARE_STRING(MaxAddressFiles);
DECLARE_STRING(MaxAddresses);
DECLARE_STRING(InitPackets);
DECLARE_STRING(InitReceivePackets);
DECLARE_STRING(InitReceiveBuffers);
DECLARE_STRING(InitUIFrames);
DECLARE_STRING(SendPacketPoolSize);
DECLARE_STRING(ReceivePacketPoolSize);
DECLARE_STRING(MaxMemoryUsage);
DECLARE_STRING(MinimumT1Timeout);
DECLARE_STRING(DefaultT1Timeout);
DECLARE_STRING(DefaultT2Timeout);
DECLARE_STRING(DefaultTiTimeout);
DECLARE_STRING(LlcRetries);
DECLARE_STRING(LlcMaxWindowSize);
DECLARE_STRING(MaximumIncomingFrames);
DECLARE_STRING(NameQueryRetries);
DECLARE_STRING(NameQueryTimeout);
DECLARE_STRING(AddNameQueryRetries);
DECLARE_STRING(AddNameQueryTimeout);
DECLARE_STRING(GeneralRetries);
DECLARE_STRING(GeneralTimeout);
DECLARE_STRING(WanNameQueryRetries);
DECLARE_STRING(UseDixOverEthernet);
DECLARE_STRING(QueryWithoutSourceRouting);
DECLARE_STRING(AllRoutesNameRecognized);
DECLARE_STRING(MinimumSendWindowLimit);
//
// Open the registry.
//
InitializeObjectAttributes(
&TmpObjectAttributes,
RegistryPath, // name
OBJ_CASE_INSENSITIVE, // attributes
NULL, // root
NULL // security descriptor
);
Status = ZwCreateKey(
&NbfConfigHandle,
KEY_WRITE,
&TmpObjectAttributes,
0, // title index
NULL, // class
0, // create options
&Disposition); // disposition
if (!NT_SUCCESS(Status)) {
NbfPrint1("NBF: Could not open/create NBF key: %lx\n", Status);
return Status;
}
IF_NBFDBG (NBF_DEBUG_REGISTRY) {
NbfPrint2("%s NBF key: %lx\n",
(Disposition == REG_CREATED_NEW_KEY) ? "created" : "opened",
NbfConfigHandle);
}
OpenStatus = NbfOpenParametersKey (NbfConfigHandle, &ParametersHandle);
if (OpenStatus != STATUS_SUCCESS) {
return OpenStatus;
}
//
// Read in the NDIS binding information (if none is present
// the array will be filled with all known drivers).
//
// NbfReadLinkageInformation expects a null-terminated path,
// so we have to create one from the UNICODE_STRING.
//
RegistryPathBuffer = (PWSTR)ExAllocatePoolWithTag(
NonPagedPool,
RegistryPath->Length + sizeof(WCHAR),
NBF_MEM_TAG_REGISTRY_PATH);
if (RegistryPathBuffer == NULL) {
NbfCloseParametersKey (ParametersHandle);
return STATUS_INSUFFICIENT_RESOURCES;
}
RtlCopyMemory (RegistryPathBuffer, RegistryPath->Buffer, RegistryPath->Length);
*(PWCHAR)(((PUCHAR)RegistryPathBuffer)+RegistryPath->Length) = (WCHAR)'\0';
NbfReadLinkageInformation (RegistryPathBuffer, ConfigurationInfoPtr);
if (*ConfigurationInfoPtr == NULL) {
ExFreePool (RegistryPathBuffer);
NbfCloseParametersKey (ParametersHandle);
return STATUS_INSUFFICIENT_RESOURCES;
}
ConfigurationInfo = *ConfigurationInfoPtr;
//
// Configure the initial values for some NBF resources.
//
ConfigurationInfo->InitRequests = 1;
ConfigurationInfo->InitLinks = 2;
ConfigurationInfo->InitConnections = 2;
ConfigurationInfo->InitAddressFiles = 0;
ConfigurationInfo->InitAddresses = 0;
//
// These are the initial values; remember that the
// resources above also allocate some of these each
// time they are allocated (shown in the comment).
//
ConfigurationInfo->InitPackets = 30; // + link + 2*conn
ConfigurationInfo->InitReceivePackets = 10; // + link + addr
ConfigurationInfo->InitReceiveBuffers = 5; // + addr
ConfigurationInfo->InitUIFrames = 5; // + addr + conn
//
// Set the size of the packet pools and the total
// allocateable by NBF.
//
ConfigurationInfo->SendPacketPoolSize = 100;
ConfigurationInfo->ReceivePacketPoolSize = 30;
ConfigurationInfo->MaxMemoryUsage = 0; // no limit
//
// Now initialize the timeout etc. values.
//
ConfigurationInfo->MinimumT1Timeout = DLC_MINIMUM_T1;
ConfigurationInfo->DefaultT1Timeout = DLC_DEFAULT_T1;
ConfigurationInfo->DefaultT2Timeout = DLC_DEFAULT_T2;
ConfigurationInfo->DefaultTiTimeout = DLC_DEFAULT_TI;
ConfigurationInfo->LlcRetries = DLC_RETRIES;
ConfigurationInfo->LlcMaxWindowSize = DLC_WINDOW_LIMIT;
ConfigurationInfo->MaximumIncomingFrames = 4;
ConfigurationInfo->NameQueryRetries = NAME_QUERY_RETRIES;
ConfigurationInfo->NameQueryTimeout = NAME_QUERY_TIMEOUT;
ConfigurationInfo->AddNameQueryRetries = ADD_NAME_QUERY_RETRIES;
ConfigurationInfo->AddNameQueryTimeout = ADD_NAME_QUERY_TIMEOUT;
ConfigurationInfo->GeneralRetries = NAME_QUERY_RETRIES;
ConfigurationInfo->GeneralTimeout = NAME_QUERY_TIMEOUT;
ConfigurationInfo->WanNameQueryRetries = WAN_NAME_QUERY_RETRIES;
ConfigurationInfo->UseDixOverEthernet = 0;
ConfigurationInfo->QueryWithoutSourceRouting = 0;
ConfigurationInfo->AllRoutesNameRecognized = 0;
ConfigurationInfo->MinimumSendWindowLimit = 2;
//
// Now read the optional "hidden" parameters; if these do
// not exist then the current values are used. Note that
// the current values will be 0 unless they have been
// explicitly initialized above.
//
// NOTE: These macros expect "ConfigurationInfo" and
// "ParametersHandle" to exist when they are expanded.
//
READ_HIDDEN_CONFIG (InitRequests);
READ_HIDDEN_CONFIG (InitLinks);
READ_HIDDEN_CONFIG (InitConnections);
READ_HIDDEN_CONFIG (InitAddressFiles);
READ_HIDDEN_CONFIG (InitAddresses);
READ_HIDDEN_CONFIG (MaxRequests);
READ_HIDDEN_CONFIG (MaxLinks);
READ_HIDDEN_CONFIG (MaxConnections);
READ_HIDDEN_CONFIG (MaxAddressFiles);
READ_HIDDEN_CONFIG (MaxAddresses);
READ_HIDDEN_CONFIG (InitPackets);
READ_HIDDEN_CONFIG (InitReceivePackets);
READ_HIDDEN_CONFIG (InitReceiveBuffers);
READ_HIDDEN_CONFIG (InitUIFrames);
READ_HIDDEN_CONFIG (SendPacketPoolSize);
READ_HIDDEN_CONFIG (ReceivePacketPoolSize);
READ_HIDDEN_CONFIG (MaxMemoryUsage);
READ_HIDDEN_CONFIG (MinimumT1Timeout);
READ_HIDDEN_CONFIG (DefaultT1Timeout);
READ_HIDDEN_CONFIG (DefaultT2Timeout);
READ_HIDDEN_CONFIG (DefaultTiTimeout);
READ_HIDDEN_CONFIG (LlcRetries);
READ_HIDDEN_CONFIG (LlcMaxWindowSize);
READ_HIDDEN_CONFIG (MaximumIncomingFrames);
READ_HIDDEN_CONFIG (NameQueryRetries);
READ_HIDDEN_CONFIG (NameQueryTimeout);
READ_HIDDEN_CONFIG (AddNameQueryRetries);
READ_HIDDEN_CONFIG (AddNameQueryTimeout);
READ_HIDDEN_CONFIG (GeneralRetries);
READ_HIDDEN_CONFIG (GeneralTimeout);
READ_HIDDEN_CONFIG (WanNameQueryRetries);
READ_HIDDEN_CONFIG (UseDixOverEthernet);
READ_HIDDEN_CONFIG (QueryWithoutSourceRouting);
READ_HIDDEN_CONFIG (AllRoutesNameRecognized);
READ_HIDDEN_CONFIG (MinimumSendWindowLimit);
//
// Print out some config info, to make sure it is read right.
//
IF_NBFDBG (NBF_DEBUG_REGISTRY) {
NbfPrint2("Links: init %d, max %d\n",
ConfigurationInfo->InitLinks,
ConfigurationInfo->MaxLinks);
NbfPrint3("Timeouts (NBF ticks): T1 %d, T2 %d, Ti %d\n",
ConfigurationInfo->DefaultT1Timeout / SHORT_TIMER_DELTA,
ConfigurationInfo->DefaultT2Timeout / SHORT_TIMER_DELTA,
ConfigurationInfo->DefaultTiTimeout / LONG_TIMER_DELTA);
NbfPrint2("Pools: send %d, receive %d\n",
ConfigurationInfo->SendPacketPoolSize,
ConfigurationInfo->ReceivePacketPoolSize);
NbfPrint1("Max mem %d\n",
ConfigurationInfo->MaxMemoryUsage);
NbfPrint2("NQRetries %d, NQTimeout %d\n",
ConfigurationInfo->NameQueryRetries,
ConfigurationInfo->NameQueryTimeout / SHORT_TIMER_DELTA);
}
//
// Save the "hidden" parameters, these may not exist in
// the registry.
//
// NOTE: These macros expect "ConfigurationInfo" and
// "ParametersHandle" to exist when they are expanded.
//
//
// 5/22/92 - don't write the parameters that are set
// based on Size, since otherwise these will overwrite
// those values since hidden parameters are set up
// after the Size-based configuration is done.
//
WRITE_HIDDEN_CONFIG (MaxRequests);
WRITE_HIDDEN_CONFIG (MaxLinks);
WRITE_HIDDEN_CONFIG (MaxConnections);
WRITE_HIDDEN_CONFIG (MaxAddressFiles);
WRITE_HIDDEN_CONFIG (MaxAddresses);
WRITE_HIDDEN_CONFIG (MinimumT1Timeout);
WRITE_HIDDEN_CONFIG (DefaultT1Timeout);
WRITE_HIDDEN_CONFIG (DefaultT2Timeout);
WRITE_HIDDEN_CONFIG (DefaultTiTimeout);
WRITE_HIDDEN_CONFIG (LlcRetries);
WRITE_HIDDEN_CONFIG (LlcMaxWindowSize);
WRITE_HIDDEN_CONFIG (MaximumIncomingFrames);
WRITE_HIDDEN_CONFIG (NameQueryRetries);
WRITE_HIDDEN_CONFIG (NameQueryTimeout);
WRITE_HIDDEN_CONFIG (AddNameQueryRetries);
WRITE_HIDDEN_CONFIG (AddNameQueryTimeout);
WRITE_HIDDEN_CONFIG (GeneralRetries);
WRITE_HIDDEN_CONFIG (GeneralTimeout);
WRITE_HIDDEN_CONFIG (WanNameQueryRetries);
WRITE_HIDDEN_CONFIG (UseDixOverEthernet);
WRITE_HIDDEN_CONFIG (QueryWithoutSourceRouting);
WRITE_HIDDEN_CONFIG (AllRoutesNameRecognized);
// ZwFlushKey (ParametersHandle);
ExFreePool (RegistryPathBuffer);
NbfCloseParametersKey (ParametersHandle);
ZwClose (NbfConfigHandle);
return STATUS_SUCCESS;
} /* NbfConfigureTransport */
NTSTATUS
LpxConfigureTransport (
IN PUNICODE_STRING RegistryPath,
IN PCONFIG_DATA * ConfigurationInfoPtr
)
/*++
Routine Description:
This routine is called by LPX to get information from the configuration
management routines. We read the registry, starting at RegistryPath,
to get the parameters. If they don't exist, we use the defaults
set in lpxcnfg.h file.
Arguments:
RegistryPath - The name of LPX's node in the registry.
ConfigurationInfoPtr - A pointer to the configuration information structure.
Return Value:
Status - STATUS_SUCCESS if everything OK, STATUS_INSUFFICIENT_RESOURCES
otherwise.
--*/
{
NTSTATUS OpenStatus;
HANDLE ParametersHandle;
HANDLE LpxConfigHandle;
NTSTATUS Status;
ULONG Disposition;
PWSTR RegistryPathBuffer;
OBJECT_ATTRIBUTES TmpObjectAttributes;
PCONFIG_DATA ConfigurationInfo;
//
// Open the registry.
//
InitializeObjectAttributes(
&TmpObjectAttributes,
RegistryPath, // name
OBJ_CASE_INSENSITIVE, // attributes
NULL, // root
NULL // security descriptor
);
Status = ZwCreateKey(
&LpxConfigHandle,
KEY_WRITE,
&TmpObjectAttributes,
0, // title index
NULL, // class
0, // create options
&Disposition); // disposition
if (!NT_SUCCESS(Status)) {
LpxPrint1("LPX: Could not open/create LPX key: %lx\n", Status);
return Status;
}
IF_LPXDBG (LPX_DEBUG_REGISTRY) {
LpxPrint2("%s LPX key: %p\n",
(Disposition == REG_CREATED_NEW_KEY) ? "created" : "opened",
LpxConfigHandle);
}
OpenStatus = LpxOpenParametersKey (LpxConfigHandle, &ParametersHandle);
if (OpenStatus != STATUS_SUCCESS) {
return OpenStatus;
}
//
// Read in the NDIS binding information (if none is present
// the array will be filled with all known drivers).
//
// LpxReadLinkageInformation expects a null-terminated path,
// so we have to create one from the UNICODE_STRING.
//
RegistryPathBuffer = (PWSTR)ExAllocatePoolWithTag(
NonPagedPool,
RegistryPath->Length + sizeof(WCHAR),
LPX_MEM_TAG_REGISTRY_PATH);
if (RegistryPathBuffer == NULL) {
LpxCloseParametersKey (ParametersHandle);
return STATUS_INSUFFICIENT_RESOURCES;
}
RtlCopyMemory (RegistryPathBuffer, RegistryPath->Buffer, RegistryPath->Length);
*(PWCHAR)(((PUCHAR)RegistryPathBuffer)+RegistryPath->Length) = (WCHAR)'\0';
LpxReadLinkageInformation (RegistryPathBuffer, ConfigurationInfoPtr);
if (*ConfigurationInfoPtr == NULL) {
ExFreePool (RegistryPathBuffer);
LpxCloseParametersKey (ParametersHandle);
return STATUS_INSUFFICIENT_RESOURCES;
}
ConfigurationInfo = *ConfigurationInfoPtr;
//
// Configure the initial values for some LPX resources.
//
ConfigurationInfo->InitConnections = 2;
ConfigurationInfo->InitAddressFiles = 0;
ConfigurationInfo->InitAddresses = 0;
//
// Set the size of the packet pools and the total
// allocateable by LPX.
//
ConfigurationInfo->MaxMemoryUsage = 0; // no limit
//
// Now initialize the timeout etc. values.
//
ConfigurationInfo->UseDixOverEthernet = 0;
ConfigurationInfo->QueryWithoutSourceRouting = 0;
ConfigurationInfo->AllRoutesNameRecognized = 0;
ConfigurationInfo->MinimumSendWindowLimit = 2;
//
// Now read the optional "hidden" parameters; if these do
// not exist then the current values are used. Note that
// the current values will be 0 unless they have been
// explicitly initialized above.
//
// NOTE: These macros expect "ConfigurationInfo" and
// "ParametersHandle" to exist when they are expanded.
//
READ_HIDDEN_CONFIG (InitConnections);
READ_HIDDEN_CONFIG (InitAddressFiles);
READ_HIDDEN_CONFIG (InitAddresses);
READ_HIDDEN_CONFIG (MaxConnections);
READ_HIDDEN_CONFIG (MaxAddressFiles);
READ_HIDDEN_CONFIG (MaxAddresses);
READ_HIDDEN_CONFIG (MaxMemoryUsage);
READ_HIDDEN_CONFIG (UseDixOverEthernet);
READ_HIDDEN_CONFIG (QueryWithoutSourceRouting);
READ_HIDDEN_CONFIG (AllRoutesNameRecognized);
READ_HIDDEN_CONFIG (MinimumSendWindowLimit);
//
// Print out some config info, to make sure it is read right.
//
IF_LPXDBG (LPX_DEBUG_REGISTRY) {
LpxPrint1("Max mem %d\n",
ConfigurationInfo->MaxMemoryUsage);
}
//
// Save the "hidden" parameters, these may not exist in
// the registry.
//
// NOTE: These macros expect "ConfigurationInfo" and
// "ParametersHandle" to exist when they are expanded.
//
//
// 5/22/92 - don't write the parameters that are set
// based on Size, since otherwise these will overwrite
// those values since hidden parameters are set up
// after the Size-based configuration is done.
//
WRITE_HIDDEN_CONFIG (MaxConnections);
WRITE_HIDDEN_CONFIG (MaxAddressFiles);
WRITE_HIDDEN_CONFIG (MaxAddresses);
WRITE_HIDDEN_CONFIG (UseDixOverEthernet);
WRITE_HIDDEN_CONFIG (QueryWithoutSourceRouting);
WRITE_HIDDEN_CONFIG (AllRoutesNameRecognized);
// ZwFlushKey (ParametersHandle);
ExFreePool (RegistryPathBuffer);
LpxCloseParametersKey (ParametersHandle);
ZwClose (LpxConfigHandle);
return STATUS_SUCCESS;
} /* LpxConfigureTransport */
