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/*++
Copyright (c) 1989 Microsoft Corporation
Module Name:
rpcapi.c
Abstract:
This module contains the routines for the LSA API that use RPC. The routines in this module are merely wrappers that work as follows:
o Client program calls LsaFoo in this module o LsaFoo calls RPC client stub interface routine LsapFoo with similar parameters. Some parameters are translated from types (e.g structures containing PVOIDs or certain kinds of variable length parameters such as pointers to SID's) that are not specifiable on an RPC interface, to specifiable form. o RPC client stub LsapFoo calls interface specific marshalling routines and RPC runtime to marshal parameters into a buffer and send them over to the server side of the LSA. o Server side calls RPC runtime and interface specific unmarshalling routines to unmarshal parameters. o Server side calls worker LsapFoo to perform API function. o Server side marshals response/output parameters and communicates these back to client stub LsapFoo o LsapFoo exits back to LsaFoo which returns to client program.
Author:
Scott Birrell (ScottBi) April 24, 1991
Revision History:
--*/
#include "lsaclip.h"
#include <align.h>
#include <rpcasync.h>
//
// The following limit on the maximum number of Sids or Names is tentative,
// so it is not being published.
//
#define LSAP_DB_TRIAL_MAXIMUM_SID_COUNT ((ULONG) 0x00005000L)
#define LSAP_DB_TRIAL_MAXIMUM_NAME_COUNT ((ULONG) 0x00005000L)
//
// Functions private to this module
//
NTSTATUSLsapApiReturnResult( IN ULONG ExceptionCode );
BOOLEANLsapNeutralizeNt4Emulation(){ BOOLEAN Result = FALSE; NTSTATUS Status; HKEY hkey; DWORD Type; DWORD Value; DWORD Size = sizeof( Value ); static DWORD AmIDC = 0xFFFFFFFF; ULONG i; CHAR * Paths[] = { "SYSTEM\\CurrentControlSet\\Services\\Netlogon\\Parameters\\GpParameters", "SYSTEM\\CurrentControlSet\\Services\\Netlogon\\Parameters" };
//
// NT4 emulation is always disabled on domain controllers
//
if ( AmIDC == 0xFFFFFFFF ) {
NT_PRODUCT_TYPE ProductType = NtProductWinNt;
if ( TRUE == RtlGetNtProductType( &ProductType )) {
if ( ProductType == NtProductLanManNt ) {
AmIDC = TRUE;
} else {
AmIDC = FALSE; } } }
if ( AmIDC == TRUE ) {
return TRUE; }
//
// This is not a DC; must go to the registry for the special "neutralize" value
// which could be either under NetLogon or NetLogon/GroupPolicy parameters key
//
for ( i = 0; i < sizeof( Paths ) / sizeof( Paths[0] ); i++ ) {
if ( ERROR_SUCCESS != RegOpenKeyEx( HKEY_LOCAL_MACHINE, Paths[i], 0, KEY_READ, &hkey )) {
continue; }
if ( ERROR_SUCCESS != RegQueryValueEx( hkey, "NeutralizeNt4Emulator", NULL, &Type, (LPBYTE)&Value, &Size ) || Type != REG_DWORD || Size != sizeof( DWORD )) {
RegCloseKey( hkey ); continue;
} else {
RegCloseKey( hkey ); Result = ( Value != 0 ); break; } }
return Result;}
////////////////////////////////////////////////////////////////////////////
// //
// Local Security Policy Administration API function prototypes //
// //
////////////////////////////////////////////////////////////////////////////
NTSTATUSLsaOpenPolicy( IN PUNICODE_STRING SystemName OPTIONAL, IN POBJECT_ATTRIBUTES ObjectAttributes, IN ACCESS_MASK DesiredAccess, IN OUT PLSA_HANDLE PolicyHandle )
/*++
Routine Description:
To administer the Local Security Policy of a local or remote system, this API must be called to establish a session with that system's Local Security Authority (LSA) subsystem. This API connects to the LSA of the target system and opens the object representing the target system's Local Security Policy database. A handle to the object is returned. This handle must be used on all subsequent API calls to administer the Local Security Policy information for the target system.
Arguments:
SystemName - Name of the target system to be administered. Administration of the local system is assumed if NULL is specified.
ObjectAttributes - Pointer to the set of attributes to use for this connection. The security Quality Of Service information is used and normally should provide Security Identification level of impersonation. Some operations, however, require Security Impersonation level of impersonation.
DesiredAccess - This is an access mask indicating accesses being requested for the LSA Subsystem's LSA Database. These access types are reconciled with the Discretionary Access Control List of the target LsaDatabase object to determine whether the accesses will be granted or denied.
PolicyHandle - Receives a handle to be used in future requests to access the Local Security Policy of the target system. This handle represents both the handle to the LsaDatabase object and the RPC Context Handle for the connection to the target LSA susbsystem.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have access to the target system's LSA Database, or does not have other desired accesses.
--*/
{ NTSTATUS Status = STATUS_SUCCESS; PLSAPR_SERVER_NAME ServerName = NULL; USHORT NullTerminatedServerNameLength; LSA_HANDLE LocalHandle = NULL ;
RpcTryExcept {
//
// Get the Server Name as a Unicode String buffer. Set it to
// NULL (i.e. local machine) if a zero length or NULL Unicode String
// structure us passed. If a non NULL server name is given, we must
// ensure that it is terminated with a NULL wide character. Allocate
// a buffer that is one wide character longer than the server name
// buffer, copy the server name to that buffer and append a trailing
// NULL wide character.
//
if (ARGUMENT_PRESENT(SystemName) && (SystemName->Buffer != NULL) && (SystemName->Length > 0)) {
NullTerminatedServerNameLength = SystemName->Length + (USHORT) sizeof (WCHAR);
ServerName = MIDL_user_allocate( NullTerminatedServerNameLength );
if (ServerName != NULL) {
RtlZeroMemory( ServerName, NullTerminatedServerNameLength );
RtlMoveMemory( ServerName, SystemName->Buffer, SystemName->Length );
} else {
Status = STATUS_INSUFFICIENT_RESOURCES; } }
if (NT_SUCCESS(Status)) {
*PolicyHandle = NULL;
ObjectAttributes->RootDirectory = NULL;
Status = LsarOpenPolicy2( ServerName, (PLSAPR_OBJECT_ATTRIBUTES) ObjectAttributes, DesiredAccess, (PLSAPR_HANDLE)&LocalHandle ); }
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
//
// If the open failed because the new API doesn't exist, try the
// old one.
//
if ((Status == RPC_NT_UNKNOWN_IF) || (Status == RPC_NT_PROCNUM_OUT_OF_RANGE)) {
RpcTryExcept { ASSERT(*PolicyHandle == NULL); ASSERT(ObjectAttributes->RootDirectory == NULL);
Status = LsarOpenPolicy( ServerName, (PLSAPR_OBJECT_ATTRIBUTES) ObjectAttributes, DesiredAccess, (PLSAPR_HANDLE)&LocalHandle );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
}
//
// If necessary, free the NULL-terminated server name buffer.
//
if (ServerName != NULL) {
MIDL_user_free( ServerName ); }
if ( NT_SUCCESS( Status ) ) {
*PolicyHandle = LocalHandle; }
return Status;}
NTSTATUSLsaOpenPolicySce( IN PUNICODE_STRING SystemName OPTIONAL, IN POBJECT_ATTRIBUTES ObjectAttributes, IN ACCESS_MASK DesiredAccess, IN OUT PLSA_HANDLE PolicyHandle )
/*++
Routine Description:
Essentially the same as LsaOpenPolicy, except used only by SCE to obtain a special "synchronized" policy handle that would serialize access to policy operations.
Arguments:
Same as LsaOpenPolicy
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have access to the target system's LSA Database, or does not have other desired accesses.
STATUS_PRIVILEGE_NOT_HELD - Caller must come in with TCB privilege.
STATUS_TIMEOUT - Timed out waiting on SCE to send pending changes
--*/
{ NTSTATUS Status = STATUS_SUCCESS; PLSAPR_SERVER_NAME ServerName = NULL; USHORT NullTerminatedServerNameLength; LSA_HANDLE LocalHandle = NULL ;
RpcTryExcept {
//
// Get the Server Name as a Unicode String buffer. Set it to
// NULL (i.e. local machine) if a zero length or NULL Unicode String
// structure us passed. If a non NULL server name is given, we must
// ensure that it is terminated with a NULL wide character. Allocate
// a buffer that is one wide character longer than the server name
// buffer, copy the server name to that buffer and append a trailing
// NULL wide character.
//
if (ARGUMENT_PRESENT(SystemName) && (SystemName->Buffer != NULL) && (SystemName->Length > 0)) {
NullTerminatedServerNameLength = SystemName->Length + (USHORT) sizeof (WCHAR);
ServerName = MIDL_user_allocate( NullTerminatedServerNameLength );
if (ServerName != NULL) {
RtlZeroMemory( ServerName, NullTerminatedServerNameLength );
RtlMoveMemory( ServerName, SystemName->Buffer, SystemName->Length );
} else {
Status = STATUS_INSUFFICIENT_RESOURCES; } }
if (NT_SUCCESS(Status)) {
*PolicyHandle = NULL;
ObjectAttributes->RootDirectory = NULL;
Status = LsarOpenPolicySce( ServerName, (PLSAPR_OBJECT_ATTRIBUTES) ObjectAttributes, DesiredAccess, (PLSAPR_HANDLE)&LocalHandle ); }
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
//
// If necessary, free the NULL-terminated server name buffer.
//
if (ServerName != NULL) {
MIDL_user_free( ServerName ); }
if ( NT_SUCCESS( Status ) ) {
*PolicyHandle = LocalHandle; }
return Status;}
NTSTATUSLsaQueryInformationPolicy( IN LSA_HANDLE PolicyHandle, IN POLICY_INFORMATION_CLASS InformationClass, OUT PVOID *Buffer )
/*++
Routine Description:
The LsaQueryInformationPolicy API obtains information from the Policy object. The caller must have access appropriate to the information being requested (see InformationClass parameter).
Arguments:
PolicyHandle - Handle from an LsaOpenPolicy call.
InformationClass - Specifies the information to be returned. The Information Classes and accesses required are as follows:
Information Class Required Access Type
PolicyAuditLogInformation POLICY_VIEW_AUDIT_INFORMATION PolicyAuditEventsInformation POLICY_VIEW_AUDIT_INFORMATION PolicyPrimaryDomainInformation POLICY_VIEW_LOCAL_INFORMATION PolicyAccountDomainInformation POLICY_VIEW_LOCAL_INFORMATION PolicyPdAccountInformation POLICY_GET_PRIVATE_INFORMATION PolicyLsaServerRoleInformation POLICY_VIEW_LOCAL_INFORMATION PolicyReplicaSourceInformation POLICY_VIEW_LOCAL_INFORMATION PolicyDefaultQuotaInformation POLICY_VIEW_LOCAL_INFORMATION
Buffer - receives a pointer to the buffer returned comtaining the requested information. This buffer is allocated by this service and must be freed when no longer needed by passing the returned value to LsaFreeMemory().
Return Value:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
Others TBS--*/
{ NTSTATUS Status; PLSAPR_POLICY_INFORMATION PolicyInformation;
if ( InformationClass == PolicyDnsDomainInformationInt ) {
return STATUS_INVALID_PARAMETER; }
Retry:
PolicyInformation = NULL;
RpcTryExcept {
//
// Call the Client Stub for LsaQueryInformationPolicy.
//
switch (InformationClass) { case PolicyDnsDomainInformation: case PolicyDnsDomainInformationInt: Status = LsarQueryInformationPolicy2( (LSAPR_HANDLE) PolicyHandle, InformationClass, &PolicyInformation ); break;
default: Status = LsarQueryInformationPolicy( (LSAPR_HANDLE) PolicyHandle, InformationClass, &PolicyInformation ); }
//
// Return pointer to Policy Information for the given class, or NULL.
//
*Buffer = PolicyInformation;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
//
// If memory was allocated for the returned Policy Information,
// free it.
//
if (PolicyInformation != NULL) {
MIDL_user_free(PolicyInformation); }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
//
// If we suspect that the call failed due to NT4 emulation by the server,
// and we're configured to neutralize emulation, try the call again, neutralizing
//
if ( Status == RPC_NT_PROCNUM_OUT_OF_RANGE && InformationClass == PolicyDnsDomainInformation && LsapNeutralizeNt4Emulation()) {
InformationClass = PolicyDnsDomainInformationInt; goto Retry; }
return Status;}
NTSTATUSLsaSetInformationPolicy( IN LSA_HANDLE PolicyHandle, IN POLICY_INFORMATION_CLASS InformationClass, IN PVOID Buffer )
/*++
Routine Description:
The LsaSetInformationPolicy API modifies information in the Policy Object. The caller must have access appropriate to the information to be changed in the Policy Object, see the InformationClass parameter.
Arguments:
PolicyHandle - Handle from an LsaOpenPolicy call.
InformationClass - Specifies the type of information being changed. The information types and accesses required to change them are as follows:
PolicyAuditLogInformation POLICY_AUDIT_LOG_ADMIN PolicyAuditEventsInformation POLICY_SET_AUDIT_REQUIREMENTS PolicyPrimaryDomainInformation POLICY_TRUST_ADMIN PolicyAccountDomainInformation POLICY_TRUST_ADMIN PolicyPdAccountInformation Not settable by this API PolicyLsaServerRoleInformation POLICY_SERVER_ADMIN PolicyReplicaSourceInformation POLICY_SERVER_ADMIN PolicyDefaultQuotaInformation POLICY_SET_DEFAULT_QUOTA_LIMITS PolicyDnsDomainInformation POLICY_DNS_DOMAIN_INFO PolicyDnsDomainInformationInt POLICY_DNS_DOMAIN_INFO
Buffer - Points to a structure containing the information appropriate to the information type specified by the InformationClass parameter.
Return Value:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
Others TBS--*/
{ NTSTATUS Status;
if ( InformationClass == PolicyDnsDomainInformationInt ) {
return STATUS_INVALID_PARAMETER; }
Retry:
RpcTryExcept {
//
// Call the Client Stub for LsaSetInformationPolicy.
//
switch (InformationClass) { case PolicyDnsDomainInformation: case PolicyDnsDomainInformationInt: Status = LsarSetInformationPolicy2( (LSAPR_HANDLE) PolicyHandle, InformationClass, (PLSAPR_POLICY_INFORMATION) Buffer ); break;
default: Status = LsarSetInformationPolicy( (LSAPR_HANDLE) PolicyHandle, InformationClass, (PLSAPR_POLICY_INFORMATION) Buffer ); }
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
//
// If we suspect that the call failed due to NT4 emulation by the server,
// and we're configured to neutralize emulation, try the call again, neutralizing
//
if ( Status == RPC_NT_PROCNUM_OUT_OF_RANGE && InformationClass == PolicyDnsDomainInformation && LsapNeutralizeNt4Emulation()) {
InformationClass = PolicyDnsDomainInformationInt; goto Retry; }
return Status;}
NTSTATUSLsaClearAuditLog( IN LSA_HANDLE PolicyHandle )
/*++
Routine Description:
This function clears the Audit Log. Caller must have POLICY_AUDIT_LOG_ADMIN access to the Policy Object to perform this operation.
Arguments:
PolicyHandle - handle from an LsaOpenPolicy call.
Return Values:
NTSTATUS - Standard Nt Result Code.
STATUS_SUCCESS - The call completed successfully.
STATUS_ACCESS_DENIED - Caller does not have the required access to perform the operation.
STATUS_INSUFFICIENT_RESOURCES - Insufficient system resources, such as memory, to complete the call.
STATUS_INVALID_HANDLE - PolicyHandle is not a valid handle to a Policy Object.--*/
{ NTSTATUS Status;
RpcTryExcept {
//
// Call the Client Stub for LsaClearAuditLog.
//
Status = LsarClearAuditLog( (LSAPR_HANDLE) PolicyHandle );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);}
NTSTATUSLsaLookupPrivilegeValue( IN LSA_HANDLE PolicyHandle, IN PUNICODE_STRING Name, OUT PLUID Value )
/*++
Routine Description:
This function retrieves the value used on the target system to locally represent the specified privilege. The privilege is specified by programmatic name.
Arguments:
PolicyHandle - Handle from an LsaOpenPolicy() call. This handle must be open for POLICY_LOOKUP_NAMES access.
Name - Is the privilege's programmatic name.
Value - Receives the locally unique ID the privilege is known by on the target machine.
Return Value:
NTSTATUS - The privilege was found and returned.
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_NO_SUCH_PRIVILEGE - The specified privilege could not be found.
--*/
{ NTSTATUS Status; LUID Buffer;
RpcTryExcept {
//
// Call the Client Stub for LsaLookupPrivilegeValue.
//
Status = LsarLookupPrivilegeValue( (LSAPR_HANDLE) PolicyHandle, (PLSAPR_UNICODE_STRING)Name, &Buffer );
*Value = Buffer;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);}
NTSTATUSLsaLookupPrivilegeName( IN LSA_HANDLE PolicyHandle, IN PLUID Value, OUT PUNICODE_STRING *Name )
/*++
Routine Description:
This function programmatic name corresponding to the privilege represented on the target system by the provided LUID.
Arguments:
PolicyHandle - Handle from an LsaOpenPolicy() call. This handle must be open for POLICY_LOOKUP_NAMES access.
Value - is the locally unique ID the privilege is known by on the target machine.
Name - Receives the privilege's programmatic name.
Return Value:
NTSTATUS - The privilege was found and returned.
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_NO_SUCH_PRIVILEGE - The specified privilege could not be found.
--*/
{
NTSTATUS Status; PLSAPR_UNICODE_STRING Buffer = NULL;
RpcTryExcept {
//
// Call the Client Stub for LsaLookupPrivilegeName.
//
Status = LsarLookupPrivilegeName( (LSAPR_HANDLE) PolicyHandle, Value, &Buffer );
(*Name) = (PUNICODE_STRING)Buffer;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
//
// If memory was allocated for the return buffer, free it.
//
if (Buffer != NULL) {
MIDL_user_free(Buffer); }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);
}
NTSTATUSLsaLookupPrivilegeDisplayName( IN LSA_HANDLE PolicyHandle, IN PUNICODE_STRING Name, OUT PUNICODE_STRING *DisplayName, OUT PSHORT LanguageReturned )
/*++
Routine Description:
This function retrieves a displayable name representing the specified privilege.
Arguments:
PolicyHandle - Handle from an LsaOpenPolicy() call. This handle must be open for POLICY_LOOKUP_NAMES access.
Name - The programmatic privilege name to look up.
DisplayName - Receives a pointer to the privilege's displayable name.
LanguageReturned - Receives the language of the returned displayable name.
Return Value:
NTSTATUS - The privilege text was found and returned.
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_NO_SUCH_PRIVILEGE - The specified privilege could not be found.
--*/{
NTSTATUS Status; SHORT ClientLanguage, ClientSystemDefaultLanguage; PLSAPR_UNICODE_STRING Buffer = NULL;
RpcTryExcept {
//
// Call the Client Stub for LsaLookupPrivilegeDisplayName.
//
ClientLanguage = (SHORT)NtCurrentTeb()->CurrentLocale; ClientSystemDefaultLanguage = ClientLanguage; //no sys default yet
Status = LsarLookupPrivilegeDisplayName( (LSAPR_HANDLE) PolicyHandle, (PLSAPR_UNICODE_STRING)Name, ClientLanguage, ClientSystemDefaultLanguage, &Buffer, (PWORD)LanguageReturned );
(*DisplayName) = (PUNICODE_STRING)Buffer;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
//
// If memory was allocated for the return buffer, free it.
//
if (Buffer != NULL) {
MIDL_user_free(Buffer); }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);}
NTSTATUSLsaClose( IN LSA_HANDLE ObjectHandle )
/*++
Routine Description:
This API closes a handle to the LsaDatabase object or open object within the database. If a handle to the LsaDatabase object is closed and there are no objects still open within the current connection to the LSA, the connection is closed. If a handle to an object within the database is closed and the object is marked for DELETE access, the object will be deleted when the last handle to that object is closed.
Arguments:
ObjectHandle - This parameter is either a handle to the LsaDatabase object, which represents the entire LSA Database and also a connection to the LSA of a target system, or a handle to an object within the database.
Return Value:
NTSTATUS - Standard Nt Result Code
--*/
{ NTSTATUS Status;
LSAPR_HANDLE Handle = (LSAPR_HANDLE) ObjectHandle;
RpcTryExcept {
//
// Call the Client Stub for LsaClose. Note that an additional
// level of indirection for the context handle parameter is required
// for the stub, because the server returns a NULL pointer to the handle
// so that the handle will be unbound by the stub.
//
Status = LsarClose( &Handle );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
ULONG Code = RpcExceptionCode(); // Don't assert on bad handles -- this will cause bogus stress breaks
// ASSERT(Code != RPC_X_SS_CONTEXT_MISMATCH);
ASSERT(Code != RPC_S_INVALID_BINDING); Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
if ( !NT_SUCCESS(Status) && (0 != Handle)) { //
// Make sure in all error cases to remove the client side resources
// consumed by this handle.
//
RpcTryExcept { (void) RpcSsDestroyClientContext(&Handle); } RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) { //
// The try/except is for app compat so that bad handles don't bring
// the process down
//
NOTHING; } RpcEndExcept; }
ASSERT( Status != STATUS_INVALID_PARAMETER_12 ); ASSERT( Status != STATUS_INVALID_HANDLE ); return Status;}
NTSTATUSLsaDelete( IN LSA_HANDLE ObjectHandle )
/*++
Routine Description:
The LsaDelete API deletes an object. The object must be open for DELETE access.
Arguments:
ObjectHandle - Handle from an LsaOpen<object-type> call.
None.
Return Value:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_INVALID_HANDLE - The specified handle is not valid.
Result codes from RPC.--*/
{ NTSTATUS Status;
RpcTryExcept {
//
// Try calling the new worker routine LsarDeleteObject(). If
// this fails because it does not exist (versions 1.369 and earlier)
// then call the old routine LsarDelete().
//
Status = LsarDeleteObject((LSAPR_HANDLE *) &ObjectHandle);
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
if ((Status == RPC_NT_UNKNOWN_IF) || (Status == RPC_NT_PROCNUM_OUT_OF_RANGE)) {
RpcTryExcept {
Status = LsarDelete((LSAPR_HANDLE) ObjectHandle);
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept; }
return(Status);}
NTSTATUSLsaQuerySecurityObject( IN LSA_HANDLE ObjectHandle, IN SECURITY_INFORMATION SecurityInformation, OUT PSECURITY_DESCRIPTOR *SecurityDescriptor )
/*++
Routine Description:
The LsaQuerySecurityObject API returns security information assigned to an LSA Database object.
Based on the caller's access rights and privileges, this procedure will return a security descriptor containing any or all of the object's owner ID, group ID, discretionary ACL or system ACL. To read the owner ID, group ID, or the discretionary ACL, the caller must be granted READ_CONTROL access to the object. To read the system ACL, the caller must have SeSecurityPrivilege privilege.
This API is modelled after the NtQuerySecurityObject() system service.
Arguments:
ObjectHandle - A handle to an existing object in the LSA Database.
SecurityInformation - Supplies a value describing which pieces of security information are being queried. The values that may be specified are the same as those defined in the NtSetSecurityObject() API section.
SecurityDescriptor - receives a pointer to a buffer containing the requested security information. This information is returned in the form of a security descriptor. The caller is responsible for freeing the returned buffer using LsaFreeMemory() when no longer needed.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_INVALID_PARAMETER - An invalid parameter has been specified.--*/
{ NTSTATUS Status; LSAPR_SR_SECURITY_DESCRIPTOR ReturnedSD; PLSAPR_SR_SECURITY_DESCRIPTOR PReturnedSD;
//
// The retrieved security descriptor is returned via a data structure that
// looks like:
//
// +-----------------------+
// | Length (bytes) |
// |-----------------------| +--------------+
// | SecurityDescriptor ---|--------->| Self-Relative|
// +-----------------------+ | Security |
// | Descriptor |
// +--------------+
//
// The first of these buffers is a local stack variable. The buffer containing
// the self-relative security descriptor is allocated by the RPC runtime. The
// pointer to the self-relative security descriptor is what is passed back to our
// caller.
//
//
//
// To prevent RPC from trying to marshal a self-relative security descriptor,
// make sure its field values are appropriately initialized to zero and null.
//
ReturnedSD.Length = 0; ReturnedSD.SecurityDescriptor = NULL;
//
// Call the server ...
//
RpcTryExcept{
PReturnedSD = &ReturnedSD;
Status = LsarQuerySecurityObject( (LSAPR_HANDLE) ObjectHandle, SecurityInformation, &PReturnedSD );
if (NT_SUCCESS(Status)) {
(*SecurityDescriptor) = ReturnedSD.SecurityDescriptor;
} else {
(*SecurityDescriptor) = NULL; }
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
if (!NT_SUCCESS(Status)) {
goto QuerySecurityObjectError; }
QuerySecurityObjectFinish:
return(Status);
QuerySecurityObjectError:
goto QuerySecurityObjectFinish;}
NTSTATUSLsaSetSecurityObject( IN LSA_HANDLE ObjectHandle, IN SECURITY_INFORMATION SecurityInformation, IN PSECURITY_DESCRIPTOR SecurityDescriptor )
/*++
Routine Description:
The LsaSetSecurityObject API takes a well formaed Security Descriptor and assigns specified portions of it to an object. Based on the flags set in the SecurityInformation parameter and the caller's access rights, this procedure will replace any or alll of the security information associated with the object.
The caller must have WRITE_OWNER access to the object to change the owner or Primary group of the object. The caller must have WRITE_DAC access to the object to change the Discretionary ACL. The caller must have SeSecurityPrivilege to assign a system ACL to an object.
This API is modelled after the NtSetSecurityObject() system service.
Arguments:
ObjectHandle - A handle to an existing object in the LSA Database.
SecurityInformation - Indicates which security information is to be applied to the object. The values that may be specified are the same as those defined in the NtSetSecurityObject() API section. The value(s) to be assigned are passed in the SecurityDescriptor parameter.
SecurityDescriptor - A pointer to a well formed Security Descriptor.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_INVALID_PARAMETER - An invalid parameter has been specified.--*/
{ NTSTATUS Status; ULONG SDLength; LSAPR_SR_SECURITY_DESCRIPTOR DescriptorToPass = { 0 };
//
// Make a self relative security descriptor for use in the RPC call..
//
SDLength = 0;
Status = RtlMakeSelfRelativeSD( SecurityDescriptor, NULL, &SDLength);
if (Status != STATUS_BUFFER_TOO_SMALL) {
Status = STATUS_INVALID_PARAMETER; goto SetSecurityObjectError; }
DescriptorToPass.SecurityDescriptor = MIDL_user_allocate( SDLength );
Status = STATUS_INSUFFICIENT_RESOURCES;
if (DescriptorToPass.SecurityDescriptor == NULL) {
goto SetSecurityObjectError;
}
//
// Make an appropriate self-relative security descriptor
//
Status = RtlMakeSelfRelativeSD( SecurityDescriptor, (PSECURITY_DESCRIPTOR)DescriptorToPass.SecurityDescriptor, &SDLength );
if (!NT_SUCCESS(Status)) {
goto SetSecurityObjectError; }
DescriptorToPass.Length = SDLength;
RpcTryExcept{
Status = LsarSetSecurityObject( (LSAPR_HANDLE) ObjectHandle, SecurityInformation, &DescriptorToPass );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
if (!NT_SUCCESS(Status)) {
goto SetSecurityObjectError; }
SetSecurityObjectFinish:
//
// If necessary, free the Self Relative SD passed to the worker.
//
if (DescriptorToPass.SecurityDescriptor != NULL) {
MIDL_user_free( DescriptorToPass.SecurityDescriptor );
DescriptorToPass.SecurityDescriptor = NULL; }
return(Status);
SetSecurityObjectError:
goto SetSecurityObjectFinish;}
NTSTATUSLsaChangePassword( IN PUNICODE_STRING ServerName, IN PUNICODE_STRING DomainName, IN PUNICODE_STRING AccountName, IN PUNICODE_STRING OldPassword, IN PUNICODE_STRING NewPassword )
/*++
Routine Description:
The LsaChangePassword API is used to change a user account's password. The user must have appropriate access to the user account and must know the current password value.
Arguments:
ServerName - The name of the Domain Controller at which the password can be changed.
DomainName - The name of the domain in which the account exists.
AccountName - The name of the account whose password is to be changed.
NewPassword - The new password value.
OldPassword - The old (current) password value.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_ILL_FORMED_PASSWORD - The new password is poorly formed, e.g. contains characters that can't be entered from the keyboard.
STATUS_PASSWORD_RESTRICTION - A restriction prevents the password from being changed. This may be for an number of reasons, including time restrictions on how often a password may be changed or length restrictions on the provided (new) password.
This error might also be returned if the new password matched a password in the recent history log for the account. Security administrators indicate how many of the most recently used passwords may not be re-used.
STATUS_WRONG_PASSWORD - OldPassword does not contain the user's current password.
STATUS_NO_SUCH_USER - The SID provided does not lead to a user account.
STATUS_CANT_UPDATE_MASTER - An attempt to update the master copy of the password was unsuccessful. Please try again later.
--*/
{ NTSTATUS Status;
DBG_UNREFERENCED_PARAMETER( ServerName ); DBG_UNREFERENCED_PARAMETER( DomainName ); DBG_UNREFERENCED_PARAMETER( AccountName ); DBG_UNREFERENCED_PARAMETER( OldPassword ); DBG_UNREFERENCED_PARAMETER( NewPassword );
Status = STATUS_NOT_IMPLEMENTED;
return(Status);}
NTSTATUSLsaCreateAccount( IN LSA_HANDLE PolicyHandle, IN PSID AccountSid, IN ACCESS_MASK DesiredAccess, OUT PLSA_HANDLE AccountHandle )
/*++
Routine Description:
The LsaCreateAccount API adds a user or group account to the list of accounts in the target system's LsaDatabase object. The newly added account object is initially placed in the opened state and a handle to it is returned. The caller must have LSA_CREATE_ACCOUNT access to the LsaDatabase object.
Note that no check is made to determine whether there is an account of the given Sid in the target system's Primary Domain (if any), nor is any check made to verify that the Sid and name describe the same account.
Arguments:
PolicyHandle - Handle from an LsaOpenLsa call.
AccountSid - Points to the SID of the Account object.
DesiredAccess - Specifies the accesses to be granted to the newly created and opened account.
AccountHandle - Receives a handle to the newly created and opened account. This handle is used on subsequent accesses to the account until closed.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_ACCOUNT_ALREADY_EXISTS - A user or group account object having the Sid given in AccountInformation already exists.
STATUS_INVALID_PARAMETER - An invalid parameter has been specified, one or more of the following apply.
- CreateDisposition not valid - A user or group account having the Sid given AccountInformation already exists, but CreateDisposition = LSA_OBJECT_CREATE.--*/
{ NTSTATUS Status;
RpcTryExcept {
Status = LsarCreateAccount( (LSAPR_HANDLE) PolicyHandle, (PLSAPR_SID) AccountSid, DesiredAccess, (PLSAPR_HANDLE) AccountHandle );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaEnumerateAccounts( IN LSA_HANDLE PolicyHandle, IN OUT PLSA_ENUMERATION_HANDLE EnumerationContext, OUT PVOID *Buffer, IN ULONG PreferedMaximumLength, OUT PULONG CountReturned )
/*++
Routine Description:
The LsaEnumerateAccounts API returns information about Account objects. This call requires POLICY_VIEW_LOCAL_INFORMATION access to the Policy object. Since there may be more information than can be returned in a single call of the routine, multiple calls can be made to get all of the information. To support this feature, the caller is provided with a handle that can be used across calls to the API. On the initial call, EnumerationContext should point to a variable that has been initialized to 0.
Arguments:
PolicyHandle - Handle from an LsaOpenLsa call.
EnumerationContext - API-specific handle to allow multiple calls (see Routine Description above).
EnumerationInformation - Receives a pointer to an array of structures each describing an Account object. Currently, each structure contains a pointer to the Account Sid.
PreferedMaximumLength - Prefered maximum length of returned data (in 8-bit bytes). This is not a hard upper limit, but serves as a guide. Due to data conversion between systems with different natural data sizes, the actual amount of data returned may be greater than this value.
CountReturned - Pointer to location which receives the number of entries returned.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_SUCCESS - The call completed successfully, there may be more entries.
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_NO_MORE_ENTRIES - There are no more entries. This warning is returned if there are no more objects to enumerate. Note that one or more objects may be enumerated on a call that returns this reply.
STATUS_INVALID_PARAMETER - Invalid parameter.
- NULL return pointer for enumeration buffer.--*/
{ NTSTATUS Status;
LSAPR_ACCOUNT_ENUM_BUFFER EnumerationBuffer;
EnumerationBuffer.EntriesRead = 0; EnumerationBuffer.Information = NULL;
RpcTryExcept {
//
// Enumerate the Accounts. On successful return,
// the Enumeration Buffer structure will receive a count
// of the number of Accounts enumerated this call
// and a pointer to an array of Account Information Entries.
//
// EnumerationBuffer -> EntriesRead
// Information -> Account Info for Domain 0
// Account Info for Domain 1
// ...
// Account Info for Domain
// (EntriesRead - 1)
//
Status = LsarEnumerateAccounts( (LSAPR_HANDLE) PolicyHandle, EnumerationContext, &EnumerationBuffer, PreferedMaximumLength );
//
// Return enumeration information or NULL to caller.
//
// NOTE: "Information" is allocated by the called client stub
// as a single block via MIDL_user_allocate, because Information is
// allocated all-nodes. We can therefore pass back the pointer
// directly to the client, who will be able to free the memory after
// use via LsaFreeMemory() [which makes a MIDL_user_free call].
//
*CountReturned = EnumerationBuffer.EntriesRead; *Buffer = EnumerationBuffer.Information;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
//
// If memory was allocated for the Account Information array,
// free it.
//
if (EnumerationBuffer.Information != NULL) {
MIDL_user_free(EnumerationBuffer.Information); }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaCreateTrustedDomain( IN LSA_HANDLE PolicyHandle, IN PLSA_TRUST_INFORMATION TrustedDomainInformation, IN ACCESS_MASK DesiredAccess, OUT PLSA_HANDLE TrustedDomainHandle )
/*++
Routine Description:
The LsaCreateTrustedDomain API creates a new TrustedDomain object. The caller must have POLICY_TRUST_ADMIN access to the Policy Object.
Note that NO verification is done to check that the given domain name matches the given SID or that the SID or name represent an actual domain.
Arguments:
PolicyHandle - Handle from an LsaOpenPolicy call.
TrustedDomainInformation - Pointer to structure containing the name and SID of the new Trusted Domain.
DesiredAccess - Specifies the accesses to be granted for the newly created object.
TrustedDomainHandle - receives a handle referencing the newly created object. This handle is used on subsequent accesses to the object.
--*/
{ NTSTATUS Status;
*TrustedDomainHandle = NULL;
RpcTryExcept {
Status = LsarCreateTrustedDomain( (LSAPR_HANDLE) PolicyHandle, (PLSAPR_TRUST_INFORMATION) TrustedDomainInformation, DesiredAccess, (PLSAPR_HANDLE) TrustedDomainHandle );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);}
NTSTATUSLsaOpenTrustedDomain( IN LSA_HANDLE PolicyHandle, IN PSID TrustedDomainSid, IN ACCESS_MASK DesiredAccess, OUT PLSA_HANDLE TrustedDomainHandle )
/*++
Routine Description:
The LsaOpenTrustedDomain API opens an existing TrustedDomain object using the SID as the primary key value.
Arguments:
PolicyHandle - An open handle to a Policy object.
TrustedDomainSid - Pointer to the account's Sid.
DesiredAccess - This is an access mask indicating accesses being requested to the target object.
TrustedDomainHandle - Receives a handle to be used in future requests.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_TRUSTED_DOMAIN_NOT_FOUND - There is no TrustedDomain object in the target system's LSA Database having the specified AccountSid.
--*/
{ NTSTATUS Status;
RpcTryExcept {
Status = LsarOpenTrustedDomain( (LSAPR_HANDLE) PolicyHandle, (PLSAPR_SID) TrustedDomainSid, DesiredAccess, (PLSAPR_HANDLE) TrustedDomainHandle );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaQueryInfoTrustedDomain( IN LSA_HANDLE TrustedDomainHandle, IN TRUSTED_INFORMATION_CLASS InformationClass, OUT PVOID *Buffer )
/*++
Routine Description:
The LsaQueryInfoTrustedDomain API obtains information from a TrustedDomain object. The caller must have access appropriate to the information being requested (see InformationClass parameter).
Arguments:
TrustedDomainHandle - Handle from an LsaOpenTrustedDomain or LsaCreateTrustedDomain call.
InformationClass - Specifies the information to be returned. The Information Classes and accesses required are as follows:
Information Class Required Access Type
TrustedAccountNameInformation TRUSTED_QUERY_ACCOUNT_NAME TrustedControllersInformation TRUSTED_QUERY_CONTROLLERS TrustedPosixInformation TRUSTED_QUERY_POSIX
Buffer - Receives a pointer to the buffer returned comtaining the requested information. This buffer is allocated by this service and must be freed when no longer needed by passing the returned value to LsaFreeMemory().
Return Value:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_INSUFFICIENT_RESOURCES - Insufficient system resources, such as memory, to complete the call.--*/
{ NTSTATUS Status;
PLSAPR_TRUSTED_DOMAIN_INFO TrustedDomainInformation = NULL;
//
// Avoid the internal info levels that represent the encrypted version on
// the wire.
//
switch ( InformationClass ) { case TrustedDomainAuthInformationInternal: case TrustedDomainFullInformationInternal: case TrustedDomainInformationEx2Internal: case TrustedDomainFullInformation2Internal: return STATUS_INVALID_INFO_CLASS; }
RpcTryExcept {
//
// Call the Client Stub for LsaQueryInformationTrustedDomain.
//
Status = LsarQueryInfoTrustedDomain( (LSAPR_HANDLE) TrustedDomainHandle, InformationClass, &TrustedDomainInformation );
//
// Return pointer to Policy Information for the given class, or NULL.
//
*Buffer = TrustedDomainInformation;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
//
// If memory was allocated for the returned Trusted Domain Information,
// free it.
//
if (TrustedDomainInformation != NULL) {
MIDL_user_free(TrustedDomainInformation); }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaSetInformationTrustedDomain( IN LSA_HANDLE TrustedDomainHandle, IN TRUSTED_INFORMATION_CLASS InformationClass, IN PVOID Buffer )
/*++
Routine Description:
The LsaSetInformationTrustedDomain API modifies information in the Trusted Domain Object. The caller must have access appropriate to the information to be changedin the Policy Object, see the InformationClass parameter.
Arguments:
TrustedDomainHandle - Handle from an LsaOpenTrustedDomain or LsaCreateTrustedDomain call.
InformationClass - Specifies the type of information being changed. The information types and accesses required to change them are as follows:
TrustedAccountInformation ( Cannot be set ) TrustedControllersInformation TRUSTED_SET_CONTROLLERS TrustedPosixOffsetInformation TRUSTED_POSIX_INFORMATION
Buffer - Points to a structure containing the information appropriate to the InformationClass parameter.
Return Value:
NTSTATUS - Standard Nt Result Code
STATUS_SUCCESS - Call completed successfully.
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_INSUFFICIENT_RESOURCES - Insufficient system resources, such as memory, to complete the call.
STATUS_INVALID_HANDLE - Handle is invalid or is of the wrong type.
STATUS_INVALID_PARAMETER - Invalid parameter: Information class invalid Information class cannot be set--*/
{ NTSTATUS Status; PLSAPR_TRUSTED_DOMAIN_AUTH_INFORMATION_INTERNAL InternalAuthBuffer = NULL; PVOID InternalBuffer; TRUSTED_INFORMATION_CLASS InternalInformationClass;
LSAPR_TRUSTED_DOMAIN_FULL_INFORMATION_INTERNAL InternalFullBuffer;
//
// Initialization
//
InternalInformationClass = InformationClass; InternalBuffer = Buffer;
//
// Avoid the internal info levels that represent the encrypted version on
// the wire.
//
switch ( InformationClass ) { case TrustedPasswordInformation: case TrustedDomainInformationBasic: case TrustedDomainAuthInformationInternal: case TrustedDomainFullInformationInternal: case TrustedDomainInformationEx2Internal: case TrustedDomainFullInformation2Internal: Status = STATUS_INVALID_INFO_CLASS; goto Cleanup;
//
// Handle the info classes that need to be encrypted on the wire
//
case TrustedDomainAuthInformation: {
//
// Encrypt the data into an internal buffer.
//
Status = LsapEncryptAuthInfo( TrustedDomainHandle, (PLSAPR_TRUSTED_DOMAIN_AUTH_INFORMATION) Buffer, &InternalAuthBuffer );
if ( !NT_SUCCESS(Status)) { goto Cleanup; }
//
// Use an internal info level to tell the server that the data is
// encrypted.
//
InternalInformationClass = TrustedDomainAuthInformationInternal; InternalBuffer = InternalAuthBuffer; break;
}
//
// Handle the info classes that need to be encrypted on the wire
//
case TrustedDomainFullInformation: { PLSAPR_TRUSTED_DOMAIN_FULL_INFORMATION FullBuffer = (PLSAPR_TRUSTED_DOMAIN_FULL_INFORMATION) Buffer;
//
// Encrypt the data into an internal buffer.
//
Status = LsapEncryptAuthInfo( TrustedDomainHandle, &FullBuffer->AuthInformation, &InternalAuthBuffer );
if ( !NT_SUCCESS(Status)) { goto Cleanup; }
//
// Copy all of the information into a single new structure.
//
InternalFullBuffer.Information = FullBuffer->Information; InternalFullBuffer.PosixOffset = FullBuffer->PosixOffset; InternalFullBuffer.AuthInformation = *InternalAuthBuffer;
//
// Use an internal info level to tell the server that the data is
// encrypted.
//
InternalInformationClass = TrustedDomainFullInformationInternal; InternalBuffer = &InternalFullBuffer; break;
} }
//
// If the information class was morphed,
// try the morphed class.
//
if ( InternalInformationClass != InformationClass ) { RpcTryExcept {
//
// Call the Client Stub
//
Status = LsarSetInformationTrustedDomain( (LSAPR_HANDLE) TrustedDomainHandle, InternalInformationClass, (PLSAPR_TRUSTED_DOMAIN_INFO) InternalBuffer );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
//
// If the morphed info class is valid,
// we're all done with this call.
// (Otherwise, drop through to try the non-morphed class.)
//
if ( Status != RPC_NT_INVALID_TAG ) { goto Cleanup; } }
//
// Handle non-morphed information classes.
//
RpcTryExcept {
//
// Call the Client Stub
//
Status = LsarSetInformationTrustedDomain( (LSAPR_HANDLE) TrustedDomainHandle, InformationClass, (PLSAPR_TRUSTED_DOMAIN_INFO) Buffer );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
Cleanup: if ( InternalAuthBuffer != NULL ) { LocalFree( InternalAuthBuffer ); } return(Status);}
NTSTATUSLsaEnumerateTrustedDomains( IN LSA_HANDLE PolicyHandle, IN OUT PLSA_ENUMERATION_HANDLE EnumerationContext, OUT PVOID *Buffer, IN ULONG PreferedMaximumLength, OUT PULONG CountReturned )
/*++
Routine Description:
The LsaEnumerateTrustedDomains API returns information about the accounts in the target system's Policy object. This call requires POLICY_VIEW_LOCAL_INFORMATION access to the Policy object. Since there may be more information than can be returned in a single call of the routine, multiple calls can be made to get all of the information. To support this feature, the caller is provided with a handle that can be used across calls to the API. On the initial call, EnumerationContext should point to a variable that has been initialized to 0.
Arguments:
PolicyHandle - Handle from an LsaOpenPolicy call.
EnumerationContext - API-specific handle to allow multiple calls (see Routine Description above).
Buffer - Receives a pointer to a buffer containing enumeration information. This buffer is an array of structures of type LSA_TRUST_INFORMATION. If no trusted domains are found, NULL is returned.
PreferedMaximumLength - Prefered maximum length of returned data (in 8-bit bytes). This is not a hard upper limit, but serves as a guide. Due to data conversion between systems with different natural data sizes, the actual amount of data returned may be greater than this value.
CountReturned - Pointer to variable which will receive a count of the entries returned.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_SUCCESS - The call completed successfully, there may be more entries.
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_NO_MORE_ENTRIES - There are no more entries. This warning is returned if there are no more objects to enumerate. Note that one or more objects may be enumerated on a call that returns this reply.
STATUS_INVALID_PARAMETER - Invalid parameter.
- NULL return pointer for enumeration buffer.--*/
{ NTSTATUS Status;
LSAPR_TRUSTED_ENUM_BUFFER EnumerationBuffer; EnumerationBuffer.EntriesRead = 0; EnumerationBuffer.Information = NULL;
//
// Verify that caller has provided a return buffer pointer.
//
if (!ARGUMENT_PRESENT(Buffer)) {
return(STATUS_INVALID_PARAMETER); }
RpcTryExcept {
//
// Enumerate the Trusted Domains. On successful return,
// the Enumeration Buffer structure will receive a count
// of the number of Trusted Domains enumerated this call
// and a pointer to an array of Trust Information Entries.
//
// EnumerationBuffer -> EntriesRead
// Information -> Trust Info for Domain 0
// Trust Info for Domain 1
// ...
// Trust Info for Domain
// (EntriesRead - 1)
//
//
Status = LsarEnumerateTrustedDomains( (LSAPR_HANDLE) PolicyHandle, EnumerationContext, &EnumerationBuffer, PreferedMaximumLength );
//
// Return enumeration information or NULL to caller.
//
// NOTE: "Information" is allocated by the called client stub
// as a single block via MIDL_user_allocate, because Information is
// allocated all-nodes. We can therefore pass back the pointer
// directly to the client, who will be able to free the memory after
// use via LsaFreeMemory() [which makes a MIDL_user_free call].
//
*CountReturned = EnumerationBuffer.EntriesRead; *Buffer = EnumerationBuffer.Information;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
//
// If memory was allocated for the Trust Information array,
// free it.
//
if (EnumerationBuffer.Information != NULL) {
MIDL_user_free(EnumerationBuffer.Information); }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaEnumeratePrivileges( IN LSA_HANDLE PolicyHandle, IN OUT PLSA_ENUMERATION_HANDLE EnumerationContext, OUT PVOID *Buffer, IN ULONG PreferedMaximumLength, OUT PULONG CountReturned )
/*++
Routine Description:
This function returnes information about privileges known on this system. This call requires POLICY_VIEW_LOCAL_INFORMATION access to the Policy Object. Since there may be more information than can be returned in a single call of the routine, multiple calls can be made to get all of the information. To support this feature, the caller is provided with a handle that can be used across calls to the API. On the initial call, EnumerationContext should point to a variable that has been initialized to 0.
WARNING! CURRENTLY, THIS FUNCTION ONLY RETURNS INFORMATION ABOUT WELL-KNOWN PRIVILEGES. LATER, IT WILL RETURN INFORMATION ABOUT LOADED PRIVILEGES.Arguments:
PolicyHandle - Handle from an LsaOpenPolicy() call.
EnumerationContext - API specific handle to allow multiple calls (see Routine Description).
Buffer - Receives a pointer to a buffer containing information for one or more Privileges. This information is an array of structures of type POLICY_PRIVILEGE_DEFINITION.
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
PreferedMaximumLength - Prefered maximim length of returned data (in 8-bit bytes). This is not a hard upper limit, but serves as a guide. Due to data conversion between systems with different natural data sizes, the actual amount of data returned may be greater than this value.
CountReturned - Number of entries returned.
Return Values:
NTSTATUS - Standard Nt Result Code.
STATUS_SUCCESS - The call completed successfully.
STATUS_INSUFFICIENT_RESOURCES - Insufficient system resources, such as memory, to complete the call.
STATUS_INVALID_HANDLE - PolicyHandle is not a valid handle to a Policy object.
STATUS_ACCESS_DENIED - The caller does not have the necessary access to perform the operation.
STATUS_MORE_ENTRIES - There are more entries, so call again. This is an informational status only.
STATUS_NO_MORE_ENTRIES - No entries were returned because there are no more.
Errors from RPC.
--*/
{ NTSTATUS Status; LSAPR_PRIVILEGE_ENUM_BUFFER EnumerationBuffer;
EnumerationBuffer.Entries = 0; EnumerationBuffer.Privileges = NULL;
RpcTryExcept {
//
// Enumerate the Privileges. On successful return,
// the Enumeration Buffer structure will receive a count
// of the number of Privileges enumerated this call
// and a pointer to an array of Privilege Definition Entries.
//
// EnumerationBuffer -> Entries
// Privileges -> Privilege Definition 0
// Privilege Definition 1
// ...
// Privilege Definition
// (Entries - 1)
//
Status = LsarEnumeratePrivileges( (LSAPR_HANDLE) PolicyHandle, EnumerationContext, &EnumerationBuffer, PreferedMaximumLength );
//
// Return enumeration information or NULL to caller.
//
// NOTE: "Information" is allocated by the called client stub
// as a single block via MIDL_user_allocate, because Information is
// allocated all-nodes. We can therefore pass back the pointer
// directly to the client, who will be able to free the memory after
// use via LsaFreeMemory() [which makes a MIDL_user_free call].
//
*CountReturned = EnumerationBuffer.Entries; *Buffer = EnumerationBuffer.Privileges;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
//
// If memory was allocated for the Account Information array,
// free it.
//
if (EnumerationBuffer.Privileges != NULL) {
MIDL_user_free(EnumerationBuffer.Privileges); }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaCreateSecret( IN LSA_HANDLE PolicyHandle, IN PUNICODE_STRING SecretName, IN ACCESS_MASK DesiredAccess, OUT PLSA_HANDLE SecretHandle )
/*++
Routine Description:
The LsaCreateSecretInLsa API creates a named Secret object in the Lsa Database. Each Secret Object can have two values assigned, called the Current Value and the Old Value. The meaning of these values is known to the Secret object creator. The caller must have LSA_CREATE_SECRET access to the LsaDatabase object.
Arguments:
PolicyHandle - Handle from an LsaOpenLsa call.
SecretName - Pointer to Unicode String specifying the name of the secret.
DesiredAccess - Specifies the accesses to be granted to the newly created and opened secret.
SecretHandle - Receives a handle to the newly created and opened Secret object. This handle is used on subsequent accesses to the object until closed.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_OBJECT_NAME_COLLISION - A Secret object having the given name already exists.
STATUS_TOO_MANY_SECRETS - The maximum number of Secret objects in the system has been reached.
STATUS_PRIVILEGE_NOT_HELD - ACCESS_SYSTEM_SECURITY was specified as part of DesiredAccess mask, but the caller does not hold SE_SECURITY_PRIVILEGE--*/
{ NTSTATUS Status;
*SecretHandle = NULL;
RpcTryExcept {
//
// Verify that the given SecretName has non-null length. Currently
// midl cannot handle this.
//
if ((SecretName == NULL) || (SecretName->Buffer == NULL) || (SecretName->Length == 0) || (SecretName->Length > SecretName->MaximumLength)) {
Status = STATUS_INVALID_PARAMETER;
} else {
Status = LsarCreateSecret( (LSAPR_HANDLE) PolicyHandle, (PLSAPR_UNICODE_STRING) SecretName, DesiredAccess, (PLSAPR_HANDLE) SecretHandle ); }
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);}
NTSTATUSLsaLookupNames2( IN LSA_HANDLE PolicyHandle, IN ULONG Flags, IN ULONG Count, IN PUNICODE_STRING Names, OUT PLSA_REFERENCED_DOMAIN_LIST *ReferencedDomains, OUT PLSA_TRANSLATED_SID2 *Sids )
/*++
Routine Description:
The LsaLookupNames API attempts to translate names of domains, users, groups or aliases to Sids. The caller must have POLICY_LOOKUP_NAMES access to the Policy object.
Names may be either isolated (e.g. JohnH) or composite names containing both the domain name and account name. Composite names must include a backslash character separating the domain name from the account name (e.g. Acctg\JohnH). An isolated name may be either an account name (user, group, or alias) or a domain name.
Translation of isolated names introduces the possibility of name collisions (since the same name may be used in multiple domains). An isolated name will be translated using the following algorithm:
If the name is a well-known name (e.g. Local or Interactive), then the corresponding well-known Sid is returned.
If the name is the Built-in Domain's name, then that domain's Sid will be returned.
If the name is the Account Domain's name, then that domain's Sid will be returned.
If the name is the Primary Domain's name, then that domain's Sid will be returned.
If the name is a user, group, or alias in the Built-in Domain, then the Sid of that account is returned.
If the name is a user, group, or alias in the Primary Domain, then the Sid of that account is returned.
Otherwise, the name is not translated.
NOTE: Proxy, Machine, and Trust user accounts are not referenced for name translation. Only normal user accounts are used for ID translation. If translation of other account types is needed, then SAM services should be used directly.
Arguments:
This function is the LSA server RPC worker routine for the LsaLookupNamesInLsa API.
PolicyHandle - Handle from an LsaOpenPolicy call.
Flags - LSA_LOOKUP_ISOLATED_AS_LOCAL Count - Specifies the number of names to be translated.
Names - Pointer to an array of Count Unicode String structures specifying the names to be looked up and mapped to Sids. The strings may be names of User, Group or Alias accounts or domains.
ReferencedDomains - receives a pointer to a structure describing the domains used for the translation. The entries in this structure are referenced by the structure returned via the Sids parameter. Unlike the Sids parameter, which contains an array entry for each translated name, this structure will only contain one component for each domain utilized in the translation.
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
Sids - Receives a pointer to an array of records describing each translated Sid. The nth entry in this array provides a translation for (the nth element in the Names parameter.
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_SOME_NOT_MAPPED - Some or all of the names provided could not be mapped. This is an informational status only.
STATUS_INSUFFICIENT_RESOURCES - Insufficient system resources to complete the call.
STATUS_TOO_MANY_NAMES - Too many Names have been specified.--*/
{ NTSTATUS Status = STATUS_SUCCESS; ULONG MappedCount = 0; ULONG i;
if ( (NULL == Sids) || (NULL == ReferencedDomains ) ) {
return STATUS_INVALID_PARAMETER;
}
//
// Init the out parameters since LsaICLookupNames expects this
//
*ReferencedDomains = NULL; *Sids = NULL;
Status = LsaICLookupNames( PolicyHandle, Flags, Count, Names, (PLSA_REFERENCED_DOMAIN_LIST *) ReferencedDomains, (PLSA_TRANSLATED_SID_EX2*)Sids, LsapLookupWksta, 0, &MappedCount, NULL );
return(Status);}
NTSTATUSLsaLookupNames( IN LSA_HANDLE PolicyHandle, IN ULONG Count, IN PUNICODE_STRING Names, OUT PLSA_REFERENCED_DOMAIN_LIST *ReferencedDomains, OUT PLSA_TRANSLATED_SID *Sids )
/*++
Routine Description:
The LsaLookupNames API attempts to translate names of domains, users, groups or aliases to Sids. The caller must have POLICY_LOOKUP_NAMES access to the Policy object.
Names may be either isolated (e.g. JohnH) or composite names containing both the domain name and account name. Composite names must include a backslash character separating the domain name from the account name (e.g. Acctg\JohnH). An isolated name may be either an account name (user, group, or alias) or a domain name.
Translation of isolated names introduces the possibility of name collisions (since the same name may be used in multiple domains). An isolated name will be translated using the following algorithm:
If the name is a well-known name (e.g. Local or Interactive), then the corresponding well-known Sid is returned.
If the name is the Built-in Domain's name, then that domain's Sid will be returned.
If the name is the Account Domain's name, then that domain's Sid will be returned.
If the name is the Primary Domain's name, then that domain's Sid will be returned.
If the name is a user, group, or alias in the Built-in Domain, then the Sid of that account is returned.
If the name is a user, group, or alias in the Primary Domain, then the Sid of that account is returned.
Otherwise, the name is not translated.
NOTE: Proxy, Machine, and Trust user accounts are not referenced for name translation. Only normal user accounts are used for ID translation. If translation of other account types is needed, then SAM services should be used directly.
Arguments:
This function is the LSA server RPC worker routine for the LsaLookupNamesInLsa API.
PolicyHandle - Handle from an LsaOpenPolicy call.
Count - Specifies the number of names to be translated.
Names - Pointer to an array of Count Unicode String structures specifying the names to be looked up and mapped to Sids. The strings may be names of User, Group or Alias accounts or domains.
ReferencedDomains - receives a pointer to a structure describing the domains used for the translation. The entries in this structure are referenced by the structure returned via the Sids parameter. Unlike the Sids parameter, which contains an array entry for each translated name, this structure will only contain one component for each domain utilized in the translation.
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
Sids - Receives a pointer to an array of records describing each translated Sid. The nth entry in this array provides a translation for (the nth element in the Names parameter.
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_SOME_NOT_MAPPED - Some or all of the names provided could not be mapped. This is an informational status only.
STATUS_INSUFFICIENT_RESOURCES - Insufficient system resources to complete the call.
STATUS_TOO_MANY_NAMES - Too many Names have been specified.--*/
{ NTSTATUS Status = STATUS_SUCCESS; ULONG MappedCount = 0; PLSA_TRANSLATED_SID_EX2 SidsEx = NULL; ULONG i;
if ( (NULL == Sids) || (NULL == ReferencedDomains ) ) {
return STATUS_INVALID_PARAMETER;
} *Sids = NULL; *ReferencedDomains = NULL;
Status = LsaICLookupNames( PolicyHandle, 0, Count, Names, (PLSA_REFERENCED_DOMAIN_LIST *) ReferencedDomains, &SidsEx, LsapLookupWksta, LSAIC_NO_LARGE_SID, &MappedCount, NULL );
if ( SidsEx ) {
//
// Some sids were returned -- map the new structure to the old one
//
ULONG SizeNeeded = 0; PLSA_TRANSLATED_SID TempSids = NULL;
SizeNeeded = Count * sizeof( LSA_TRANSLATED_SID ); TempSids = midl_user_allocate( SizeNeeded ); if ( TempSids ) {
RtlZeroMemory( TempSids, SizeNeeded ); for ( i = 0; i < Count; i++ ) {
TempSids[i].Use = SidsEx[i].Use;
if (SidTypeDomain == SidsEx[i].Use) {
TempSids[i].RelativeId = LSA_UNKNOWN_ID;
} else if (SidsEx[i].Sid) {
ULONG SubAuthCount = (ULONG) *RtlSubAuthorityCountSid(SidsEx[i].Sid); TempSids[i].RelativeId = *RtlSubAuthoritySid(SidsEx[i].Sid, (SubAuthCount - 1));
} else { TempSids[i].RelativeId = 0; } TempSids[i].DomainIndex = SidsEx[i].DomainIndex; }
*Sids = TempSids;
} else {
Status = STATUS_INSUFFICIENT_RESOURCES; if ( *ReferencedDomains ) {
midl_user_free( *ReferencedDomains ); *ReferencedDomains = NULL; } }
midl_user_free( SidsEx );
}
return(Status);}
NTSTATUSLsaICLookupNames( IN LSA_HANDLE PolicyHandle, IN ULONG LookupOptions, IN ULONG Count, IN PUNICODE_STRING Names, OUT PLSA_REFERENCED_DOMAIN_LIST *ReferencedDomains, OUT PLSA_TRANSLATED_SID_EX2 *Sids, IN LSAP_LOOKUP_LEVEL LookupLevel, IN ULONG Flags, IN OUT PULONG MappedCount, IN OUT PULONG ServerRevision )
/*++
Routine Description:
This function is the internal client side version of the LsaLookupNames API. It is called both from the client side of the Lsa and also the server side of the LSA (when calling out to another LSA). The function is identical to the LsaLookupNames API except that there is an additional parameter, the LookupLevel parameter.
The LsaLookupNames API attempts to translate names of domains, users, groups or aliases to Sids. The caller must have POLICY_LOOKUP_NAMES access to the Policy object.
Names may be either isolated (e.g. JohnH) or composite names containing both the domain name and account name. Composite names must include a backslash character separating the domain name from the account name (e.g. Acctg\JohnH). An isolated name may be either an account name (user, group, or alias) or a domain name.
Translation of isolated names introduces the possibility of name collisions (since the same name may be used in multiple domains). An isolated name will be translated using the following algorithm:
If the name is a well-known name (e.g. Local or Interactive), then the corresponding well-known Sid is returned.
If the name is the Built-in Domain's name, then that domain's Sid will be returned.
If the name is the Account Domain's name, then that domain's Sid will be returned.
If the name is the Primary Domain's name, then that domain's Sid will be returned.
If the name is a user, group, or alias in the Built-in Domain, then the Sid of that account is returned.
If the name is a user, group, or alias in the Primary Domain, then the Sid of that account is returned.
Otherwise, the name is not translated.
NOTE: Proxy, Machine, and Trust user accounts are not referenced for name translation. Only normal user accounts are used for ID translation. If translation of other account types is needed, then SAM services should be used directly.
Arguments:
This function is the LSA server RPC worker routine for the LsaLookupNamesInLsa API.
PolicyHandle - Handle from an LsaOpenPolicy call. LookupOptions - Values to pass through to LsarLookupNames2 and above
Count - Specifies the number of names to be translated.
Names - Pointer to an array of Count Unicode String structures specifying the names to be looked up and mapped to Sids. The strings may be names of User, Group or Alias accounts or domains.
ReferencedDomains - receives a pointer to a structure describing the domains used for the translation. The entries in this structure are referenced by the structure returned via the Sids parameter. Unlike the Sids parameter, which contains an array entry for each translated name, this structure will only contain one component for each domain utilized in the translation.
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
Sids - Receives a pointer to an array of records describing each translated Sid. The nth entry in this array provides a translation for (the nth element in the Names parameter.
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
LookupLevel - Specifies the Level of Lookup to be performed on the target machine. Values of this field are are follows:
LsapLookupWksta - First Level Lookup performed on a workstation normally configured for Windows-Nt. The lookup searches the Well-Known Sids/Names, and the Built-in Domain and Account Domain in the local SAM Database. If not all Sids or Names are identified, performs a "handoff" of a Second level Lookup to the LSA running on a Controller for the workstation's Primary Domain (if any).
LsapLookupPDC - Second Level Lookup performed on a Primary Domain Controller. The lookup searches the Account Domain of the SAM Database on the controller. If not all Sids or Names are found, the Trusted Domain List (TDL) is obtained from the LSA's Policy Database and Third Level lookups are performed via "handoff" to each Trusted Domain in the List.
LsapLookupTDL - Third Level Lookup performed on a controller for a Trusted Domain. The lookup searches the Account Domain of the SAM Database on the controller only. Flags - flags to control the operation of the function. Currently defined: LSAIC_NO_LARGE_SID -- implies only call interfaces that will return the old style format SID (no more than 28 bytes) LSAIC_NT4_TARGET -- target server is known to be NT4 LSAIC_WIN2K_TARGET -- target server is known to be Win2k
MappedCount - Pointer to location that contains a count of the Names mapped so far. On exit, this count will be updated.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_SOME_NOT_MAPPED - Some or all of the names provided could not be mapped. This is an informational status only.
STATUS_INSUFFICIENT_RESOURCES - Insufficient system resources to complete the call.--*/
{ NTSTATUS Status = STATUS_SUCCESS;
ULONG LsaLookupNameRevision = 3;
LSAPR_TRANSLATED_SIDS_EX2 ReturnedSidsEx2 = { 0, NULL };
LSAPR_TRANSLATED_SIDS_EX ReturnedSidsEx = { 0, NULL };
LSAPR_TRANSLATED_SIDS ReturnedSids = { 0, NULL };
ULONG Size, SidCount = 0; PBYTE NextSid; ULONG i;
ULONG StartingRevision = 3;
//
// There are no known clients who pass in a value here
//
ASSERT( *ReferencedDomains == NULL ); ASSERT( *Sids == NULL );
//
// Init to NULL since these are considered to be a IN/OUT parameters
// for the Lsar Lookup API's
//
*ReferencedDomains = NULL; *Sids = NULL;
//
// Check that we have not specfied more than the maximum number of names
// allowed.
//
if (Count > LSAP_DB_TRIAL_MAXIMUM_NAME_COUNT) {
return(STATUS_TOO_MANY_NAMES); }
if ( ServerRevision ) { // The latest client's will prefer the latest servers
*ServerRevision = LSA_LOOKUP_REVISION_LATEST; }
//
// Adjust the starting version
//
StartingRevision = 3; if ((Flags & LSAIC_NO_LARGE_SID) || (Flags & LSAIC_WIN2K_TARGET) ) { StartingRevision = 2; } if (Flags & LSAIC_NT4_TARGET) { StartingRevision = 1; }
switch (StartingRevision) { case 3:
RpcTryExcept { Status = LsarLookupNames3( (LSAPR_HANDLE) PolicyHandle, Count, (PLSAPR_UNICODE_STRING) Names, (PLSAPR_REFERENCED_DOMAIN_LIST *) ReferencedDomains, &ReturnedSidsEx2, LookupLevel, MappedCount, LookupOptions, LSA_LOOKUP_REVISION_LATEST ); } RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) { Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode())); } RpcEndExcept;
if ( (Status == RPC_NT_UNKNOWN_IF) || (Status == RPC_NT_PROCNUM_OUT_OF_RANGE) ) { //
// Continue on to next block;
//
NOTHING; } else { //
// The interface was supported; leave
//
break; }
case 2:
RpcTryExcept { Status = LsarLookupNames2( (LSAPR_HANDLE) PolicyHandle, Count, (PLSAPR_UNICODE_STRING) Names, (PLSAPR_REFERENCED_DOMAIN_LIST *) ReferencedDomains, &ReturnedSidsEx, LookupLevel, MappedCount, LookupOptions, LSA_LOOKUP_REVISION_LATEST );
LsaLookupNameRevision = 2; if ( ReturnedSidsEx.Sids ) { // Memory can be allocated on !NT_SUCCESS, namely
// STATUS_NONE_MAPPED
SidCount = ReturnedSidsEx.Entries; } } RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) { Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode())); } RpcEndExcept;
if ( (Status == RPC_NT_UNKNOWN_IF) || (Status == RPC_NT_PROCNUM_OUT_OF_RANGE) ) { //
// Continue on to next block;
//
NOTHING; } else { //
// The interface was supported; leave
//
break; }
case 1:
if ( ServerRevision ) { *ServerRevision = LSA_LOOKUP_REVISION_1; }
RpcTryExcept { Status = LsarLookupNames( (LSAPR_HANDLE) PolicyHandle, Count, (PLSAPR_UNICODE_STRING) Names, (PLSAPR_REFERENCED_DOMAIN_LIST *) ReferencedDomains, &ReturnedSids, LookupLevel, MappedCount );
LsaLookupNameRevision = 1; if ( ReturnedSids.Sids ) { // Memory can be allocated on !NT_SUCCESS, namely
// STATUS_NONE_MAPPED
SidCount = ReturnedSids.Entries; } } RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) { Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode())); } RpcEndExcept;
break;
default:
ASSERT(FALSE && "Programming error -- invalid revision" ); Status = STATUS_INVALID_PARAMETER; goto Cleanup; }
//
// Prevent against network hacks
//
if ( NT_SUCCESS( Status ) && (Count > 0) && ( (LsaLookupNameRevision == 1) && ((ReturnedSids.Entries == 0) || (ReturnedSids.Sids == NULL)) || (LsaLookupNameRevision == 2) && ((ReturnedSidsEx.Entries == 0) || (ReturnedSidsEx.Sids == NULL)) || (LsaLookupNameRevision == 3) && ((ReturnedSidsEx2.Entries == 0) || (ReturnedSidsEx2.Sids == NULL)))) { //
// This is bogus -- an NT server would never return this
//
Status = STATUS_INVALID_NETWORK_RESPONSE; goto Cleanup; }
//
// Ok at this point, we have a success -- map the return values
// to the latest revision: LSA_TRANSLATES_SID_EX2
//
if ( ((LsaLookupNameRevision == 2) && ReturnedSidsEx.Sids != NULL) || ((LsaLookupNameRevision == 1) && ReturnedSids.Sids != NULL) ) {
//
// There should be a ReferencedDomains
//
ASSERT( NULL != *ReferencedDomains);
//
// Calculate the size necessary. All SID's from non Sid-Extended domains
// will be less than 28 bytes. However, we still sanity check the values
// returned from the untrusted net before copying in (see below).
//
#define MAX_DOWNLEVEL_SID_SIZE 28
//
// Since we are returning a buffer containing all allocations, make sure
// everything aligned properly
//
ASSERT(MAX_DOWNLEVEL_SID_SIZE == ROUND_UP_COUNT(MAX_DOWNLEVEL_SID_SIZE, ALIGN_DWORD)); ASSERT(sizeof(LSA_TRANSLATED_SID_EX2) == ROUND_UP_COUNT(sizeof(LSA_TRANSLATED_SID_EX2), ALIGN_DWORD)); Size = SidCount * sizeof(LSA_TRANSLATED_SID_EX2); Size += SidCount * MAX_DOWNLEVEL_SID_SIZE; ReturnedSidsEx2.Sids = MIDL_user_allocate(Size); if (NULL == ReturnedSidsEx2.Sids) { Status = STATUS_NO_MEMORY; goto Cleanup; } RtlZeroMemory(ReturnedSidsEx2.Sids, Size); NextSid = (PBYTE) ReturnedSidsEx2.Sids; NextSid += (SidCount * sizeof(LSA_TRANSLATED_SID_EX2)); for ( i = 0; i < SidCount; i++ ) { BYTE Buffer[MAX_DOWNLEVEL_SID_SIZE]; PSID Sid = (PSID)Buffer; ULONG SidLength; ULONG DomainIndex; ULONG Rid; SID_NAME_USE SidNameUse; ULONG Flags; PSID DomainSid; if (1 == LsaLookupNameRevision) { DomainIndex = ReturnedSids.Sids[i].DomainIndex; Rid = ReturnedSids.Sids[i].RelativeId; SidNameUse = ReturnedSids.Sids[i].Use; Flags = 0; } else { ASSERT( 2 == LsaLookupNameRevision ); DomainIndex = ReturnedSidsEx.Sids[i].DomainIndex; Rid = ReturnedSidsEx.Sids[i].RelativeId; SidNameUse = ReturnedSidsEx.Sids[i].Use; Flags = ReturnedSidsEx.Sids[i].Flags; } //
// Copy over the simple values
//
ReturnedSidsEx2.Sids[i].Use = SidNameUse; ReturnedSidsEx2.Sids[i].DomainIndex = DomainIndex; ReturnedSidsEx2.Sids[i].Flags = Flags; //
// Copy over the sid if possible
//
// To support possible additions in the future, check for the negative cases.
// These types will never have any SIDs; all others must have a SID portion.
//
if ( (SidNameUse != SidTypeDeletedAccount) && (SidNameUse != SidTypeInvalid) && (SidNameUse != SidTypeUnknown) ) {
if (DomainIndex == LSA_UNKNOWN_INDEX) { //
// This is a bogus return value
//
Status = STATUS_INVALID_NETWORK_RESPONSE; goto Cleanup; }
//
// N.B. For domain names, the RID is set to LSA_UNKNOWN_ID and
// to be compatible with the LsarLookupName3 routine, return
// a SID in ReturedSidsEx2 structure.
//
DomainSid = (*ReferencedDomains)->Domains[DomainIndex].Sid; if (RtlLengthSid(DomainSid) > (MAX_DOWNLEVEL_SID_SIZE - sizeof(DWORD))){ //
// This is a bogus return value
//
Status = STATUS_INVALID_NETWORK_RESPONSE; goto Cleanup; } RtlCopySid(sizeof(Buffer), Sid, DomainSid); if ( Rid != LSA_UNKNOWN_ID ) { ULONG RidAuthority; RidAuthority= (*(RtlSubAuthorityCountSid(Sid)))++; *RtlSubAuthoritySid(Sid,RidAuthority) = Rid; }
SidLength = RtlLengthSid(Sid); RtlCopySid(SidLength, (PSID)NextSid, Sid); ReturnedSidsEx2.Sids[i].Sid = (PSID)NextSid; NextSid += RtlLengthSid(Sid);
} else {
//
// Either no domain SID, or account is unknown
//
ReturnedSidsEx2.Sids[i].Sid = NULL;
} } }
*Sids = (PLSA_TRANSLATED_SID_EX2) ReturnedSidsEx2.Sids; ReturnedSidsEx2.Sids = NULL;
Cleanup:
if ( (STATUS_INVALID_NETWORK_RESPONSE == Status) || (STATUS_NO_MEMORY == Status) ) { if ( *ReferencedDomains ) { MIDL_user_free( *ReferencedDomains ); *ReferencedDomains = NULL; } *Sids = NULL; }
if ( ReturnedSids.Sids ) { MIDL_user_free( ReturnedSids.Sids ); } if ( ReturnedSidsEx.Sids ) { MIDL_user_free( ReturnedSidsEx.Sids ); } if ( ReturnedSidsEx2.Sids ) { MIDL_user_free( ReturnedSidsEx2.Sids ); }
return(Status);}
NTSTATUSLsaLookupSids( IN LSA_HANDLE PolicyHandle, IN ULONG Count, IN PSID *Sids, OUT PLSA_REFERENCED_DOMAIN_LIST *ReferencedDomains, OUT PLSA_TRANSLATED_NAME *Names )
/*++
Routine Description:
The LsaLookupSids API attempts to find names corresponding to Sids. If a name can not be mapped to a Sid, the Sid is converted to character form. The caller must have POLICY_LOOKUP_NAMES access to the Policy object.
WARNING: This routine allocates memory for its output. The caller is responsible for freeing this memory after use. See description of the Names parameter.
Arguments:
PolicyHandle - Handle from an LsaOpenPolicy call.
Count - Specifies the number of Sids to be translated.
Sids - Pointer to an array of Count pointers to Sids to be mapped to names. The Sids may be well_known SIDs, SIDs of User accounts Group Accounts, Alias accounts, or Domains.
ReferencedDomains - Receives a pointer to a structure describing the domains used for the translation. The entries in this structure are referenced by the strutcure returned via the Names parameter. Unlike the Names paraemeter, which contains an array entry for (each translated name, this strutcure will only contain component for each domain utilized in the translation.
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
Names - Receives a pointer to array records describing each translated name. The nth entry in this array provides a translation for the nth entry in the Sids parameter.
All of the returned names will be isolated names or NULL strings (domain names are returned as NULL strings). If the caller needs composite names, they can be generated by prepending the isolated name with the domain name and a backslash. For example, if (the name Sally is returned, and it is from the domain Manufact, then the composite name would be "Manufact" + "\" + "Sally" or "Manufact\Sally".
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
If a Sid is not translatable, then the following will occur:
1) If the SID's domain is known, then a reference domain record will be generated with the domain's name. In this case, the name returned via the Names parameter is a Unicode representation of the relative ID of the account, such as "(314)" or the null string, if the Sid is that of a domain. So, you might end up with a resultant name of "Manufact\(314) for the example with Sally above, if Sally's relative id is 314.
2) If not even the SID's domain could be located, then a full Unicode representation of the SID is generated and no domain record is referenced. In this case, the returned string might be something like: "(S-1-672194-21-314)".
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_SOME_NOT_MAPPED - Some or all of the names provided could not be mapped. This is a warning only.
Rest TBS--*/
{ NTSTATUS Status = STATUS_SUCCESS; ULONG MappedCount = 0; PLSA_TRANSLATED_NAME_EX NamesEx = NULL; ULONG i;
if ( NULL == Names ) {
return STATUS_INVALID_PARAMETER;
}
Status = LsaICLookupSids( PolicyHandle, Count, Sids, ReferencedDomains, &NamesEx, LsapLookupWksta, 0, &MappedCount, NULL );
if ( NamesEx != NULL ) {
//
// Some names were returned -- map the new structure to the old one
// and keep allocations in the same block of memory so existing clients
// won't have memory leaks
//
ULONG SizeNeeded = 0; PBYTE NextBuffer; PLSA_TRANSLATED_NAME TempNames = NULL;
SizeNeeded = Count * sizeof( LSA_TRANSLATED_NAME ); for ( i = 0; i < Count; i++ ) { SizeNeeded += NamesEx[i].Name.MaximumLength; }
TempNames = MIDL_user_allocate( SizeNeeded ); if ( TempNames ) {
RtlZeroMemory( TempNames, SizeNeeded ); NextBuffer = ((PBYTE)TempNames) + (Count * sizeof( LSA_TRANSLATED_NAME ));
for ( i = 0; i < Count; i++ ) {
TempNames[i].Use = NamesEx[i].Use; TempNames[i].DomainIndex = NamesEx[i].DomainIndex;
TempNames[i].Name = NamesEx[i].Name; RtlCopyMemory( NextBuffer, NamesEx[i].Name.Buffer, NamesEx[i].Name.Length ); TempNames[i].Name.Buffer = (WCHAR*)NextBuffer;
NextBuffer += NamesEx[i].Name.MaximumLength; }
} else {
//
// The call succeeded but the extra allocation didn't
//
if ( *ReferencedDomains ) { MIDL_user_free( *ReferencedDomains ); *ReferencedDomains = NULL; } Status = STATUS_INSUFFICIENT_RESOURCES; }
//
// Return the results (or NULL)
//
*Names = TempNames;
MIDL_user_free( NamesEx );
} else {
*Names = NULL;
}
return(Status);}
NTSTATUSLsapVerifyReturnedNames( IN LSAPR_TRANSLATED_NAMES_EX *ReturnedNames, IN ULONG Count, IN PLSA_REFERENCED_DOMAIN_LIST ReferencedDomains )/*++
Routine Description:
This routine validates the returned names structure from the server. There are some checks that RPC can't make that the client assumes are true and will AV otherwise.
Arguments:
Count -- the number of elements the client asked the server to resolve ReturnedNames -- the structure holding the data returned from the server ReferencedDomains -- the array of domains that ReturnedNames points into (also returned from the server)
Return Values:
STATUS_SUCCESS STATUS_INVALID_NETWORK_RESPONSE --*/{
NTSTATUS Status = STATUS_SUCCESS; ULONG i;
if (ReturnedNames->Entries != Count) {
//
// Entries returned should always equal the number of items asked for
//
Status = STATUS_INVALID_NETWORK_RESPONSE; goto Finish; }
if ( Count > 0 && (ReturnedNames->Names == NULL)) {
//
// If there are entries, then there must be an array
//
Status = STATUS_INVALID_NETWORK_RESPONSE; goto Finish;
}
for (i = 0; i < Count; i++) {
//
// All resolved names must have a valid domain index
//
if ( (ReturnedNames->Names[i].Use != SidTypeInvalid) && (ReturnedNames->Names[i].Use != SidTypeDeletedAccount) && (ReturnedNames->Names[i].Use != SidTypeUnknown) ) {
if (NULL == ReferencedDomains) { Status = STATUS_INVALID_NETWORK_RESPONSE; goto Finish; } else if ( (ReturnedNames->Names[i].DomainIndex == LSA_UNKNOWN_INDEX) || (ReturnedNames->Names[i].DomainIndex < 0) || ((ULONG)ReturnedNames->Names[i].DomainIndex >= ReferencedDomains->Entries)) { ASSERT(FALSE && "Invalid network response!"); Status = STATUS_INVALID_NETWORK_RESPONSE; goto Finish; } } }
Finish:
return Status;
}
NTSTATUSLsaICLookupSids( IN LSA_HANDLE PolicyHandle, IN ULONG Count, IN PSID *Sids, OUT PLSA_REFERENCED_DOMAIN_LIST *ReferencedDomains, IN OUT PLSA_TRANSLATED_NAME_EX *Names, IN LSAP_LOOKUP_LEVEL LookupLevel, IN ULONG Flags, IN OUT PULONG MappedCount, OUT ULONG *ServerRevision OPTIONAL )
/*++
Routine Description:
This function is the internal client side version of the LsaLookupSids API. It is called both from the client side of the Lsa and also the server side of the LSA (when calling out to another LSA). The function is identical to the LsaLookupSids API except that there is an additional parameter, the LookupLevel parameter.
The LsaLookupSids API attempts to find names corresponding to Sids. If a name can not be mapped to a Sid, the Sid is converted to character form. The caller must have POLICY_LOOKUP_NAMES access to the Policy object.
WARNING: This routine allocates memory for its output. The caller is responsible for freeing this memory after use. See description of the Names parameter.
Arguments:
PolicyHandle - Handle from an LsaOpenPolicy call.
Count - Specifies the number of Sids to be translated.
Sids - Pointer to an array of Count pointers to Sids to be mapped to names. The Sids may be well_known SIDs, SIDs of User accounts Group Accounts, Alias accounts, or Domains.
ReferencedDomains - Receives a pointer to a structure describing the domains used for the translation. The entries in this structure are referenced by the strutcure returned via the Names parameter. Unlike the Names paraemeter, which contains an array entry for (each translated name, this strutcure will only contain component for each domain utilized in the translation.
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
Names - Receives a pointer to array records describing each translated name. The nth entry in this array provides a translation for the nth entry in the Sids parameter.
All of the retruned names will be isolated names or NULL strings (domain names are returned as NULL strings). If the caller needs composite names, they can be generated by prepending the isolated name with the domain name and a backslash. For example, if (the name Sally is returned, and it is from the domain Manufact, then the composite name would be "Manufact" + "\" + "Sally" or "Manufact\Sally".
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
If a Sid is not translatable, then the following will occur:
1) If the SID's domain is known, then a reference domain record will be generated with the domain's name. In this case, the name returned via the Names parameter is a Unicode representation of the relative ID of the account, such as "(314)" or the null string, if the Sid is that of a domain. So, you might end up with a resultant name of "Manufact\(314) for the example with Sally above, if Sally's relative id is 314.
2) If not even the SID's domain could be located, then a full Unicode representation of the SID is generated and no domain record is referenced. In this case, the returned string might be something like: "(S-1-672194-21-314)".
When this information is no longer needed, it must be released by passing the returned pointer to LsaFreeMemory().
LookupLevel - Specifies the Level of Lookup to be performed on the target machine. Values of this field are are follows:
LsapLookupWksta - First Level Lookup performed on a workstation normally configured for Windows-Nt. The lookup searches the Well-Known Sids, and the Built-in Domain and Account Domain in the local SAM Database. If not all Sids are identified, performs a "handoff" of a Second level Lookup to the LSA running on a Controller for the workstation's Primary Domain (if any).
LsapLookupPDC - Second Level Lookup performed on a Primary Domain Controller. The lookup searches the Account Domain of the SAM Database on the controller. If not all Sids are found, the Trusted Domain List (TDL) is obtained from the LSA's Policy Database and Third Level lookups are performed via "handoff" to each Trusted Domain in the List.
LsapLookupTDL - Third Level Lookup performed on a controller for a Trusted Domain. The lookup searches the Account Domain of the SAM Database on the controller only. Flags: LSAIC_NT4_TARGET -- target server is known to be NT4 LSAIC_WIN2K_TARGET -- target server is known to be Win2k
MappedCount - Pointer to location that contains a count of the Sids mapped so far. On exit, this count will be updated.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_SOME_NOT_MAPPED - Some or all of the names provided could not be mapped. This is a warning only.
STATUS_TOO_MANY_SIDS - Too many Sids have been specified.
--*/
{ NTSTATUS Status;
BOOLEAN NamesArraySpecified = FALSE;
LSAPR_SID_ENUM_BUFFER SidEnumBuffer;
LSAPR_TRANSLATED_NAMES_EX ReturnedNames = {0, NULL};
LSAPR_TRANSLATED_NAMES DownlevelNames = {0, NULL};
ULONG StartingRevision = 2;
if ( ServerRevision ) { // The latest client's will prefer the latest servers
*ServerRevision = LSA_CLIENT_LATEST; }
//
// Verify that the Count is positive and not too high
//
if (Count == 0) {
return STATUS_INVALID_PARAMETER; }
if (Count > LSAP_DB_TRIAL_MAXIMUM_SID_COUNT) {
return STATUS_TOO_MANY_SIDS; }
SidEnumBuffer.Entries = Count; SidEnumBuffer.SidInfo = (PLSAPR_SID_INFORMATION) Sids;
//
// If this is a Workstation-Level lookup, the Names and
// ReferencedDomain Lists have not been created. Since these
// are input parameters in the general case, we need to set them
// to NULL.
//
if (LookupLevel == LsapLookupWksta) {
*ReferencedDomains = NULL; *Names = NULL; }
//
// There may already be a name translation array in cases where
// we are called internally (i.e. with lookup level higher than
// LsapLookupWksta). Initialize the ReturnedNames structure
// accordingly.
//
ReturnedNames.Entries = 0; ReturnedNames.Names = NULL;
if (*Names != NULL) {
ReturnedNames.Entries = Count; ReturnedNames.Names = (PLSAPR_TRANSLATED_NAME_EX) *Names; NamesArraySpecified = TRUE; }
//
// Adjust the StartingRevision
//
StartingRevision = 2; if (Flags & LSAIC_NT4_TARGET) { StartingRevision = 1; }
//
// Lookup Sids on the Server..
//
switch (StartingRevision) { case 2:
RpcTryExcept { Status = LsarLookupSids2( (LSAPR_HANDLE) PolicyHandle, &SidEnumBuffer, (PLSAPR_REFERENCED_DOMAIN_LIST *) ReferencedDomains, &ReturnedNames, LookupLevel, MappedCount, 0, LSA_CLIENT_NT5 ); //
// Return the array of translation to name info or NULL.
//
// NOTE: The array of name translations is allocated by the called
// client stub as a single block via MIDL_user_allocate, because
// Information is allocated all-nodes. We can therefore pass back the pointer
// directly to the client, who will be able to free the memory after
// use via LsaFreeMemory() [which makes a MIDL_user_free call].
//
*Names = (PLSA_TRANSLATED_NAME_EX) ReturnedNames.Names; } RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) { //
// If memory was allocated for the name translation array,
// free it.
//
if ((!NamesArraySpecified) && ReturnedNames.Names != NULL) { MIDL_user_free( ReturnedNames.Names ); ReturnedNames.Names = NULL; } Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode())); } RpcEndExcept;
if ( (Status == RPC_NT_UNKNOWN_IF) || (Status == RPC_NT_PROCNUM_OUT_OF_RANGE) ) { //
// Continue on to next block;
//
NOTHING; } else { //
// The interface was supported; leave
//
break; }
case 1:
if ( ServerRevision ) { // This is pre nt5
*ServerRevision = LSA_CLIENT_PRE_NT5; }
RpcTryExcept {
//
// Ok, lower down to the previous version
//
Status = LsarLookupSids( (LSAPR_HANDLE) PolicyHandle, &SidEnumBuffer, (PLSAPR_REFERENCED_DOMAIN_LIST *) ReferencedDomains, &DownlevelNames, LookupLevel, MappedCount );
if ( DownlevelNames.Names != NULL ) {
ULONG i; ULONG SizeNeeded = 0; PBYTE NextBuffer;
//
// Package the results into a new structure. Note all memory
// must be in the same block as LSA_TRANSLATED_NAMES and
// LSA_TRANSLATED_NAMES_EX are NOT allocate all nodes
//
SizeNeeded = DownlevelNames.Entries * sizeof( LSA_TRANSLATED_NAME_EX ); for ( i = 0; i < DownlevelNames.Entries; i++ ) { SizeNeeded += DownlevelNames.Names[i].Name.MaximumLength; } if ( !NamesArraySpecified ) { ReturnedNames.Names = MIDL_user_allocate( SizeNeeded ); if ( !ReturnedNames.Names ) { Status = STATUS_INSUFFICIENT_RESOURCES; _leave; } RtlZeroMemory( ReturnedNames.Names, SizeNeeded ); ReturnedNames.Entries = Count; } NextBuffer = ((PBYTE)ReturnedNames.Names) + (Count * sizeof( LSA_TRANSLATED_NAME_EX ));
ReturnedNames.Entries = DownlevelNames.Entries; for ( i = 0; i < DownlevelNames.Entries; i++ ) {
ReturnedNames.Names[i].Use = DownlevelNames.Names[i].Use; ReturnedNames.Names[i].Name = DownlevelNames.Names[i].Name; RtlCopyMemory( NextBuffer, DownlevelNames.Names[i].Name.Buffer, DownlevelNames.Names[i].Name.Length ); ReturnedNames.Names[i].Name.Buffer = (WCHAR*)NextBuffer; ReturnedNames.Names[i].DomainIndex = DownlevelNames.Names[i].DomainIndex; NextBuffer += DownlevelNames.Names[i].Name.MaximumLength; } }
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
if ( DownlevelNames.Names ) {
MIDL_user_free( DownlevelNames.Names ); DownlevelNames.Names = NULL; }
if ((!NamesArraySpecified) && ReturnedNames.Names != NULL) {
MIDL_user_free( ReturnedNames.Names ); ReturnedNames.Names = NULL; }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
break;
default: ASSERT(FALSE && "Programming error -- wrong revision"); Status = STATUS_INVALID_PARAMETER;
}
//
// Return the array of translation to name info or NULL.
//
// NOTE: The array of name translations is allocated by the called
// client stub as a single block via MIDL_user_allocate, because
// Information is allocated all-nodes. We can therefore pass back the pointer
// directly to the client, who will be able to free the memory after
// use via LsaFreeMemory() [which makes a MIDL_user_free call].
//
*Names = (PLSA_TRANSLATED_NAME_EX) ReturnedNames.Names;
//
// This memory, if allocated is never returned to the caller, so free
//
if ( DownlevelNames.Names ) {
MIDL_user_free( DownlevelNames.Names );
}
//
// Prevent against network hacks
//
if (NT_SUCCESS(Status)) {
Status = LsapVerifyReturnedNames(&ReturnedNames, Count, *ReferencedDomains);
if (!NT_SUCCESS(Status)) { if ( (!NamesArraySpecified) && ReturnedNames.Names ) { MIDL_user_free( ReturnedNames.Names ); } if ( *ReferencedDomains ) { MIDL_user_free( *ReferencedDomains ); *ReferencedDomains = NULL; } } }
return(Status);}
NTSTATUSLsaOpenAccount( IN LSA_HANDLE PolicyHandle, IN PSID AccountSid, IN ACCESS_MASK DesiredAccess, OUT PLSA_HANDLE AccountHandle )
/*++
Routine Description:
The LsaOpenAccount API opens an account object in the Lsa Database of the target system. An account must be opened before any operation can be performed, including deletion of the account. A handle to the account object is returned for use on subsequent API calls that access the account. Before calling this API, the caller must have connected to the target system's LSA and opened the Policy object by means of a preceding call to LsaOpenPolicy.
Arguments:
PolicyHandle - Handle from an LsaOpenLsa call.
AccountSid - Pointer to the account's Sid.
DesiredAccess - This is an access mask indicating accesses being requested for the LSA Subsystem's LSA Database. These access types are reconciled with the Discretionary Access Control List of the target Account object to determine whether the accesses will be granted or denied.
AccountHandle - Pointer to location in which a handle to the opened account object will be returned if the call succeeds.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_ACCOUNT_DOES_NOT_EXIST - There is no account object in the target system's LSA Database having the specified AccountSid.
--*/
{ NTSTATUS Status;
RpcTryExcept {
Status = LsarOpenAccount( (LSAPR_HANDLE) PolicyHandle, (PLSAPR_SID) AccountSid, DesiredAccess, (PLSAPR_HANDLE) AccountHandle );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaEnumeratePrivilegesOfAccount( IN LSA_HANDLE AccountHandle, OUT PPRIVILEGE_SET *Privileges )
/*++
Routine Description:
The LsaEnumeratePrivilegesOfAccount API obtains information which describes the privileges assigned to an account. This call requires LSA_ACCOUNT_VIEW access to the account object.
Arguments:
AccountHandle - The handle to the open account object whose privilege information is to be obtained. This handle will have been returned from a prior LsaOpenAccount or LsaCreateAccountInLsa API call.
Privileges - Receives a pointer to a buffer containing the Privilege Set. The Privilege Set is an array of structures, one for each privilege. Each structure contains the LUID of the privilege and a mask of the privilege's attributes.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_INVALID_HANDLE - The specified AccountHandle is not valid.
--*/
{ NTSTATUS Status;
RpcTryExcept {
*Privileges = NULL;
Status = LsarEnumeratePrivilegesAccount( (LSAPR_HANDLE) AccountHandle, (PLSAPR_PRIVILEGE_SET *) Privileges );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaAddPrivilegesToAccount( IN LSA_HANDLE AccountHandle, IN PPRIVILEGE_SET Privileges )
/*++
Routine Description:
The LsaAddPrivilegesToAccount API adds privileges and their attributes to an account object. If any provided privilege is already assigned to the account object, the attributes of that privilege are replaced by the newly rpovided values. This API call requires LSA_ACCOUNT_ADJUST_PRIVILEGES access to the account object.
Arguments:
AccountHandle - The handle to the open account object to which privileges are to be added. This handle will have been returned from a prior LsaOpenAccount or LsaCreateAccountInLsa API call.
Privileges - Points to a set of privileges (and their attributes) to be assigned to the account.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_INVALID_HANDLE - The specified AccountHandle is not valid.
--*/
{ NTSTATUS Status;
RpcTryExcept {
Status = LsarAddPrivilegesToAccount( (LSAPR_HANDLE) AccountHandle, (PLSAPR_PRIVILEGE_SET) Privileges );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaRemovePrivilegesFromAccount( IN LSA_HANDLE AccountHandle, IN BOOLEAN AllPrivileges, IN OPTIONAL PPRIVILEGE_SET Privileges )
/*++
Routine Description:
The LsaRemovePrivilegesFromAccount API removes privileges from an account object. This API call requires LSA_ACCOUNT_ADJUST_PRIVILEGES access to the account object. Note that if all privileges are removed from the account object, the account object remains in existence until deleted explicitly via a call to the LsaDelete API.
Arguments:
AccountHandle - The handle to the open account object to which privileges are to be removed. This handle will have been returned from a prior LsaOpenAccount or LsaCreateAccountInLsa API call.
AllPrivileges - If TRUE, then all privileges are to be removed from the account. In this case, the Privileges parameter must be specified as NULL. If FALSE, the Privileges parameter specifies the privileges to be removed, and must be non NULL.
Privileges - Optionally points to a set of privileges (and their attributes) to be removed from the account object. The attributes fields of this structure are ignored. This parameter must be specified as non-NULL if and only if AllPrivileges is set to FALSE.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_INVALID_HANDLE - The specified AccountHandle is not valid.
STATUS_INVALID_PARAMETER - The optional Privileges paraemter was specified as NULL and AllPrivileges was set to FALSE.
--*/
{ NTSTATUS Status;
RpcTryExcept {
Status = LsarRemovePrivilegesFromAccount( (LSAPR_HANDLE) AccountHandle, AllPrivileges, (PLSAPR_PRIVILEGE_SET) Privileges );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaGetQuotasForAccount( IN LSA_HANDLE AccountHandle, OUT PQUOTA_LIMITS QuotaLimits )
/*++
Routine Description:
The LsaGetQuotasForAccount API obtains the quota limits for pageable and non-pageable memory (in Kilobytes) and the maximum execution time (in seconds) for any session logged on to the account specified by AccountHandle. For each quota and explicit value is returned. This call requires LSA_ACCOUNT_VIEW access to the account object.
Arguments:
AccountHandle - The handle to the open account object whose quotas are to be obtained. This handle will have been returned from a prior LsaOpenAccount or LsaCreateAccountInLsa API call.
QuotaLimits - Pointer to structure in which the system resource quota limits applicable to each session logged on to this account will be returned. Note that all quotas, including those specified as being the system default values, are returned as actual values.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_INVALID_HANDLE - The specified AccountHandle is not valid.--*/
{ NTSTATUS Status;
RpcTryExcept{
Status = LsarGetQuotasForAccount( (LSAPR_HANDLE) AccountHandle, QuotaLimits );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaSetQuotasForAccount( IN LSA_HANDLE AccountHandle, IN PQUOTA_LIMITS QuotaLimits )
/*++
Routine Description:
The LsaSetQuotasForAccount API sets the quota limits for pageable and non-pageable memory (in Kilobytes) and the maximum execution time (in seconds) for any session logged on to the account specified by AccountHandle. For each quota an explicit value or the system default may be specified. This call requires LSA_ACCOUNT_ADJUST_QUOTAS access to the account object.
Arguments:
AccountHandle - The handle to the open account object whose quotas are to be set. This handle will have been returned from a prior LsaOpenAccount or LsaCreateAccountInLsa API call.
QuotaLimits - Pointer to structure containing the system resource quota limits applicable to each session logged on to this account. A zero value specified in any field indicates that the current System Default Quota Limit is to be applied.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_INVALID_HANDLE - The specified AccountHandle is not valid.--*/
{ NTSTATUS Status;
RpcTryExcept {
Status = LsarSetQuotasForAccount( (LSAPR_HANDLE) AccountHandle, QuotaLimits );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return Status;}
NTSTATUSLsaGetSystemAccessAccount( IN LSA_HANDLE AccountHandle, OUT PULONG SystemAccess )
/*++
Routine Description:
The LsaGetSystemAccessAccount() service returns the System Access account flags for an Account object.
Arguments:
AccountHandle - The handle to the Account object whose system access flags are to be read. This handle will have been returned from a preceding LsaOpenAccount() or LsaCreateAccount() call an must be open for ACCOUNT_VIEW access.
SystemAccess - Points to location that will receive the system access flags for the account.
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_SUCCESS - The call was successful.
STATUS_ACCESS_DENIED - The AccountHandle does not specify ACCOUNT_VIEW access.
STATUS_INVALID_HANDLE - The specified AccountHandle is invalid.
--*/
{ NTSTATUS Status;
//
// Avoid RPC stub code raising exception on NULL handle so that
// we can return the error code STATUS_INVALID_HANDLE in this case
// too.
//
if (!ARGUMENT_PRESENT(AccountHandle)) {
return(STATUS_INVALID_HANDLE); }
RpcTryExcept{
Status = LsarGetSystemAccessAccount( (LSAPR_HANDLE) AccountHandle, SystemAccess );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);}
NTSTATUSLsaSetSystemAccessAccount( IN LSA_HANDLE AccountHandle, IN ULONG SystemAccess )
/*++
Routine Description:
The LsaSetSystemAccessAccount() service sets the System Access account flags for an Account object.
Arguments:
AccountHandle - The handle to the Account object whose system access flags are to be read. This handle will have been returned from a preceding LsaOpenAccount() or LsaCreateAccount() call an must be open for ACCOUNT_ADJUST_SYSTEM_ACCESS access.
SystemAccess - A mask of the system access flags to assign to the Account object. The valid access flags include:
POLICY_MODE_INTERACTIVE - Account can be accessed interactively
POLICY_MODE_NETWORK - Account can be accessed remotely
POLICY_MODE_SERVICE - TBS
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_SUCCESS - The call was successful.
STATUS_ACCESS_DENIED - The AccountHandle does not specify ACCOUNT_VIEW access.
STATUS_INVALID_HANDLE - The specified AccountHandle is invalid.
STATUS_INVALID_PARAMETER - The specified Access Flags are invalid.--*/
{ NTSTATUS Status;
//
// Avoid RPC stub code raising exception on NULL handle so that
// we can return the error code STATUS_INVALID_HANDLE in this case
// too.
//
if (!ARGUMENT_PRESENT(AccountHandle)) {
return(STATUS_INVALID_HANDLE); }
RpcTryExcept {
Status = LsarSetSystemAccessAccount( (LSAPR_HANDLE) AccountHandle, SystemAccess );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);}
NTSTATUSLsaFreeMemory( IN PVOID Buffer )
/*++
Routine Description:
Some LSA services that return a potentially large amount of memory, such as an enumeration might, allocate the buffer in which the data is returned. This function is used to free those buffers when they are no longer needed.
Parameters:
Buffer - Pointer to the buffer to be freed. This buffer must have been allocated by a previous LSA service call.
Return Values:
STATUS_SUCCESS - normal, successful completion.
--*/
{ NTSTATUS Status = STATUS_SUCCESS;
MIDL_user_free( Buffer );
return Status;}
NTSTATUSLsaOpenSecret( IN LSA_HANDLE PolicyHandle, IN PUNICODE_STRING SecretName, IN ACCESS_MASK DesiredAccess, OUT PLSA_HANDLE SecretHandle )
/*++
Routine Description:
The LsaOpenSecret API opens a Secret Object within the LSA Database. A handle is returned which must be used to perform operations on the secret object.
Arguments:
PolicyHandle - Handle from an LsaOpenLsa call.
SecretName - Pointer to a Unicode String structure that references the name of the Secret object to be opened.
DesiredAccess - This is an access mask indicating accesses being requested for the secret object being opened. These access types are reconciled with the Discretionary Access Control List of the target secret object to determine whether the accesses will be granted or denied.
SecretHandle - Pointer to location that will receive a handle to the newly opened Secret object.
Return Value:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_OBJECT_NAME_NOT_FOUND - There is no Secret object in the target system's LSA Database having the specified SecretName.
--*/
{ NTSTATUS Status;
RpcTryExcept {
Status = LsarOpenSecret( (LSAPR_HANDLE) PolicyHandle, (PLSAPR_UNICODE_STRING) SecretName, DesiredAccess, (PLSAPR_HANDLE) SecretHandle );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);}
NTSTATUSLsaSetSecret( IN LSA_HANDLE SecretHandle, IN OPTIONAL PUNICODE_STRING CurrentValue, IN OPTIONAL PUNICODE_STRING OldValue )
/*++
Routine Description:
The LsaSetSecret API optionally sets one or both values associated with a secret. These values are known as the "current value" and "old value" of the secret and have a meaning known to the creator of the Secret object. The values given are stored in encrypted form.
Arguments:
SecretHandle - Handle from an LsaOpenSecret or LsaCreateSecret call.
CurrentValue - Optional pointer to Unicode String containing the value to be assigned as the "current value" of the Secret object. The meaning of "current value" is dependent on the purpose for which the Secret object is being used.
OldValue - Optional pointer to Unicode String containing the value to be assigned as the "old value" of the Secret object. The meaning of "old value" is dependent on the purpose for which the Secret object is being used.
Return Value:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_OBJECT_NAME_NOT_FOUND - There is no Secret object in the target system's LSA Database having the specified SecretName.--*/
{ NTSTATUS Status;
PLSAP_CR_CIPHER_VALUE CipherCurrentValue = NULL; PLSAP_CR_CIPHER_VALUE CipherOldValue = NULL; LSAP_CR_CLEAR_VALUE ClearCurrentValue; LSAP_CR_CLEAR_VALUE ClearOldValue; PLSAP_CR_CIPHER_KEY SessionKey = NULL;
//
// Convert input from Unicode Structures to Clear Value Structures.
//
LsapCrUnicodeToClearValue( CurrentValue, &ClearCurrentValue ); LsapCrUnicodeToClearValue( OldValue, &ClearOldValue );
//
// Obtain the Session Key to be used to two-way encrypt the
// Current Value and/or Old Values.
//
RpcTryExcept {
Status = LsapCrClientGetSessionKey( SecretHandle, &SessionKey );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
if (!NT_SUCCESS(Status)) {
goto SetSecretError; }
//
// Encrypt the Current Value if specified and not too long.
//
if (ARGUMENT_PRESENT(CurrentValue)) {
Status = LsapCrEncryptValue( &ClearCurrentValue, SessionKey, &CipherCurrentValue );
if (!NT_SUCCESS(Status)) {
goto SetSecretError; } }
//
// Encrypt the Old Value if specified and not too long.
//
if (ARGUMENT_PRESENT(OldValue)) {
Status = LsapCrEncryptValue( (PLSAP_CR_CLEAR_VALUE) &ClearOldValue, SessionKey, &CipherOldValue );
if (!NT_SUCCESS(Status)) {
goto SetSecretError; } }
//
// Set the Secret Values.
//
RpcTryExcept {
Status = LsarSetSecret( (LSAPR_HANDLE) SecretHandle, (PLSAPR_CR_CIPHER_VALUE) CipherCurrentValue, (PLSAPR_CR_CIPHER_VALUE) CipherOldValue );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
if (!NT_SUCCESS(Status)) {
goto SetSecretError; }
SetSecretFinish:
//
// If necessary, free memory allocated for the Encrypted Current Value.
//
if (CipherCurrentValue != NULL) {
LsaFreeMemory(CipherCurrentValue); }
//
// If necessary, free memory allocated for the Encrypted Old Value.
//
if (CipherOldValue != NULL) {
LsaFreeMemory(CipherOldValue); }
//
// If necessary, free memory allocated for the Session Key.
//
if (SessionKey != NULL) {
MIDL_user_free(SessionKey); }
return(Status);
SetSecretError:
goto SetSecretFinish;}
NTSTATUSLsaQuerySecret( IN LSA_HANDLE SecretHandle, IN OUT OPTIONAL PUNICODE_STRING *CurrentValue, OUT PLARGE_INTEGER CurrentValueSetTime, IN OUT OPTIONAL PUNICODE_STRING *OldValue, OUT PLARGE_INTEGER OldValueSetTime )
/*++
Routine Description:
The LsaQuerySecret API optionally returns one or both of the values assigned to a Secret object. These values are known as the "current value" and the "old value", and they have a meaning known to the creator of the Secret object. The values are returned in their original unencrypted form. The caller must have LSA_QUERY_SECRET access to the Secret object.
Arguments:
SecretHandle - Handle from an LsaOpenSecret or LsaCreateSecret call.
CurrentValue - Optional pointer to location which will receive a pointer to a Unicode String containing the value assigned as the "current value" of the secret object. If no "current value" is assigned to the Secret object, a NULL pointer is returned.
CurrentValueSetTime - The date/time at which the current secret value was established.
OldValue - Optional pointer to location which will receive a pointer to a Unicode String containing the value assigned as the "old value" of the secret object. If no "current value" is assigned to the Secret object, a NULL pointer is returned.
OldValueSetTime - The date/time at which the old secret value was established.
Return Value:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_OBJECT_NAME_NOT_FOUND - There is no Secret object in the target system's LSA Database having the specified SecretName.--*/
{ NTSTATUS Status = STATUS_SUCCESS;
PLSAP_CR_CIPHER_VALUE CipherCurrentValue = NULL; PLSAP_CR_CIPHER_VALUE CipherOldValue = NULL; PLSAP_CR_CLEAR_VALUE ClearCurrentValue = NULL; PLSAP_CR_CLEAR_VALUE ClearOldValue = NULL; PLSAP_CR_CIPHER_KEY SessionKey = NULL;
RpcTryExcept {
Status = LsarQuerySecret( (PLSAPR_HANDLE) SecretHandle, (PLSAPR_CR_CIPHER_VALUE *) &CipherCurrentValue, CurrentValueSetTime, (PLSAPR_CR_CIPHER_VALUE *) &CipherOldValue, OldValueSetTime );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
if (!NT_SUCCESS(Status)) {
goto QuerySecretError; }
//
// Obtain the Session Key to be used to two-way encrypt the
// Current Value and/or Old Values.
//
RpcTryExcept {
Status = LsapCrClientGetSessionKey( SecretHandle, &SessionKey );
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
if (!NT_SUCCESS(Status)) {
goto QuerySecretError; }
//
// If the Current Value is requested and a Current Value exists,
// decrypt it using the Session key. Otherwise store NULL for return.
//
if (ARGUMENT_PRESENT(CurrentValue)) {
if (CipherCurrentValue != NULL) {
Status = LsapCrDecryptValue( CipherCurrentValue, SessionKey, &ClearCurrentValue );
if (!NT_SUCCESS(Status)) {
goto QuerySecretError; }
//
// Convert Clear Current Value to Unicode
//
LsapCrClearValueToUnicode( ClearCurrentValue, (PUNICODE_STRING) ClearCurrentValue ); *CurrentValue = (PUNICODE_STRING) ClearCurrentValue;
} else {
*CurrentValue = NULL; } }
//
// If the Old Value is requested and an Old Value exists,
// decrypt it using the Session key. Otherwise store NULL for return.
//
if (ARGUMENT_PRESENT(OldValue)) {
if (CipherOldValue != NULL) {
Status = LsapCrDecryptValue( CipherOldValue, SessionKey, &ClearOldValue );
if (!NT_SUCCESS(Status)) {
goto QuerySecretError; }
//
// Convert Clear Old Value to Unicode
//
LsapCrClearValueToUnicode( ClearOldValue, (PUNICODE_STRING) ClearOldValue );
*OldValue = (PUNICODE_STRING) ClearOldValue;
} else {
*OldValue = NULL; } }
//
// Getting here means that the operation completed successfully,
// but Status can be something other than STATUS_SUCCESS.
// For instance, if both output buffers are NULL, the value of Status
// at this point will be STATUS_LOCAL_USER_SESSION_KEY.
// Explicitly clear Status here and avoid confusion for the client.
//
Status = STATUS_SUCCESS;
QuerySecretFinish:
//
// If necessary, free memory allocated for the Session Key.
//
if (SessionKey != NULL) {
MIDL_user_free(SessionKey); }
//
// If necessary, free memory allocated for the returned Encrypted
// Current Value.
//
if (CipherCurrentValue != NULL) {
LsapCrFreeMemoryValue(CipherCurrentValue); }
//
// If necessary, free memory allocated for the returned Encrypted
// Old Value.
//
if (CipherOldValue != NULL) {
LsapCrFreeMemoryValue(CipherOldValue); }
return(Status);
QuerySecretError:
//
// If necessary, free memory allocated for the Clear Current Value
//
if (ClearCurrentValue != NULL) {
LsapCrFreeMemoryValue(ClearCurrentValue); }
//
// If necessary, free memory allocated for the Clear Old Value
// Unicode string (buffer and structure).
//
if (ClearOldValue != NULL) {
LsapCrFreeMemoryValue(ClearOldValue); }
if (ARGUMENT_PRESENT(CurrentValue)) {
*CurrentValue = NULL; }
if (ARGUMENT_PRESENT(OldValue)) {
*OldValue = NULL; }
goto QuerySecretFinish;}
NTSTATUSLsaGetUserName( OUT PUNICODE_STRING * UserName, OUT OPTIONAL PUNICODE_STRING * DomainName )
/*++
Routine Description:
This function returns the callers user name and domain name
Arguments:
UserName - Receives a pointer to the user's name.
DomainName - Optionally receives a pointer to the user's domain name.
Return Value:
NTSTATUS - The privilege was found and returned.
--*/
{
NTSTATUS Status; PLSAPR_UNICODE_STRING UserNameBuffer = NULL; PLSAPR_UNICODE_STRING DomainNameBuffer = NULL;
RpcTryExcept {
//
// Call the Client Stub for LsaGetUserName
//
Status = LsarGetUserName( NULL, &UserNameBuffer, ARGUMENT_PRESENT(DomainName) ? &DomainNameBuffer : NULL );
(*UserName) = (PUNICODE_STRING)UserNameBuffer;
if (ARGUMENT_PRESENT(DomainName)) { (*DomainName) = (PUNICODE_STRING)DomainNameBuffer; }
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
//
// If memory was allocated for the return buffer, free it.
//
if (UserNameBuffer != NULL) {
MIDL_user_free(UserNameBuffer); }
if (DomainNameBuffer != NULL) {
MIDL_user_free(DomainNameBuffer); }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
return(Status);
}
NTSTATUSLsaGetRemoteUserName( IN PUNICODE_STRING SystemName, OUT PUNICODE_STRING * UserName, OUT OPTIONAL PUNICODE_STRING * DomainName )
/*++
Routine Description:
This function returns the callers user name and domain name
Arguments:
SystemName - Name of system on which to obtain the user name.
UserName - Receives a pointer to the user's name.
DomainName - Optionally receives a pointer to the user's domain name.
Return Value:
NTSTATUS - The privilege was found and returned.
--*/
{
NTSTATUS Status; PLSAPR_UNICODE_STRING UserNameBuffer = NULL; PLSAPR_UNICODE_STRING DomainNameBuffer = NULL; PLSAPR_SERVER_NAME ServerName = NULL; USHORT NullTerminatedServerNameLength;
if (ARGUMENT_PRESENT(SystemName) && (SystemName->Buffer != NULL) && (SystemName->Length > 0)) {
NullTerminatedServerNameLength = SystemName->Length + (USHORT) sizeof (WCHAR);
ServerName = MIDL_user_allocate( NullTerminatedServerNameLength );
if (ServerName != NULL) {
RtlZeroMemory( ServerName, NullTerminatedServerNameLength );
RtlMoveMemory( ServerName, SystemName->Buffer, SystemName->Length );
} else {
return(STATUS_INSUFFICIENT_RESOURCES); } }
RpcTryExcept {
//
// Call the Client Stub for LsaGetUserName
//
Status = LsarGetUserName( ServerName, &UserNameBuffer, ARGUMENT_PRESENT(DomainName) ? &DomainNameBuffer : NULL );
(*UserName) = (PUNICODE_STRING)UserNameBuffer;
if (ARGUMENT_PRESENT(DomainName)) { (*DomainName) = (PUNICODE_STRING)DomainNameBuffer; }
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
//
// If memory was allocated for the return buffer, free it.
//
if (UserNameBuffer != NULL) {
MIDL_user_free(UserNameBuffer); }
if (DomainNameBuffer != NULL) {
MIDL_user_free(DomainNameBuffer); }
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
if (ServerName != NULL) { MIDL_user_free(ServerName); }
return(Status);
}
NTSTATUSLsaICLookupNamesWithCreds( IN LPWSTR ServerName, IN LPWSTR ServerPrincipalName, IN ULONG AuthnLevel, IN ULONG AuthnSvc, IN RPC_AUTH_IDENTITY_HANDLE AuthIdentity, IN ULONG AuthzSvc, IN ULONG Count, IN PUNICODE_STRING Names, OUT PLSA_REFERENCED_DOMAIN_LIST *ReferencedDomains, OUT PLSA_TRANSLATED_SID_EX2 *Sids, IN LSAP_LOOKUP_LEVEL LookupLevel, IN OUT PULONG MappedCount )/*++
Routine Description:
This routine performs a lookup with the using an LSA context handle. Its purpose is to facilitate lookups over NETLOGON's secure channel. N.B. The routine uses only TCP/IP as the transport.
Arguments:
ServerName -- the destination server, NULL terminated ServerPrincipalName, AuthnLevel, AuthSvc, AuthIdentity, AuthzSvc -- see RpcSetAuthInfo Rset of the parameters -- see LsaLookupNames2
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_SOME_NOT_MAPPED - Some or all of the names provided could not be mapped. This is an informational status only.
STATUS_INSUFFICIENT_RESOURCES - Insufficient system resources to complete the call.--*/
{
NTSTATUS Status = STATUS_SUCCESS; DWORD RpcError = 0; RPC_BINDING_HANDLE BindingHandle = NULL; WCHAR *StringBinding = NULL; LSAPR_TRANSLATED_SIDS_EX2 ReturnedSidsEx2 = { 0, NULL };
//
// Init to NULL since these are considered to be a IN/OUT parameters
// for the Lsar Lookup API's
//
if ((ServerName == NULL) || (ReferencedDomains == NULL) || (Sids == NULL) || (MappedCount == NULL)) { return STATUS_INVALID_PARAMETER; } *ReferencedDomains = NULL; *Sids = NULL; *MappedCount = 0;
if ( 0 == wcsncmp(ServerName, L"\\\\", 2) ) { ServerName += 2; }
RpcError = RpcStringBindingComposeW( NULL, L"ncacn_ip_tcp", ServerName, NULL, NULL, &StringBinding); if (RPC_S_OK == RpcError) { RpcError = RpcBindingFromStringBindingW( StringBinding, &BindingHandle); if ( RPC_S_OK == RpcError ) { RpcError = RpcEpResolveBinding(BindingHandle, lsarpc_ClientIfHandle); if ( RPC_S_OK == RpcError ) { RpcError = RpcBindingSetAuthInfoW( BindingHandle, ServerPrincipalName, AuthnLevel, AuthnSvc, AuthIdentity, AuthzSvc ); } } } if (RPC_S_OK != RpcError) { //
// This is fatal
//
Status = I_RpcMapWin32Status(RpcError); goto Cleanup; }
RpcTryExcept {
ReturnedSidsEx2.Entries = 0; ReturnedSidsEx2.Sids = NULL;
Status = LsarLookupNames4( BindingHandle, Count, (PLSAPR_UNICODE_STRING) Names, (PLSAPR_REFERENCED_DOMAIN_LIST *) ReferencedDomains, &ReturnedSidsEx2, LookupLevel, MappedCount, 0, // no flags currently defined
LSA_LOOKUP_REVISION_LATEST );
*Sids = (PLSA_TRANSLATED_SID_EX2)ReturnedSidsEx2.Sids;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
Cleanup:
//
// Make the handling of this unsupported condition simpler by returning
// one error code
//
if ( (Status == RPC_NT_UNKNOWN_IF) || (Status == RPC_NT_PROCNUM_OUT_OF_RANGE) || (Status == EPT_NT_NOT_REGISTERED) ) {
Status = STATUS_NOT_SUPPORTED;
}
if (BindingHandle) { RpcBindingFree(&BindingHandle); } if (StringBinding){ RpcStringFreeW(&StringBinding); }
return(Status);}
NTSTATUSLsaICLookupSidsWithCreds( IN LPWSTR ServerName, IN LPWSTR ServerPrincipalName, IN ULONG AuthnLevel, IN ULONG AuthnSvc, IN RPC_AUTH_IDENTITY_HANDLE AuthIdentity, IN ULONG AuthzSvc, IN ULONG Count, IN PSID *Sids, OUT PLSA_REFERENCED_DOMAIN_LIST *ReferencedDomains, OUT PLSA_TRANSLATED_NAME_EX *Names, IN LSAP_LOOKUP_LEVEL LookupLevel, IN OUT PULONG MappedCount )/*++
Routine Description:
This routine performs a lookup with the using an LSA context handle. Its purpose is to facilitate lookups over NETLOGON's secure channel. N.B. The routine uses only TCP/IP as the transport.
Arguments:
ServerName -- the destination server, NULL terminated ServerPrincipalName, AuthnLevel, AuthSvc, AuthIdentity, AuthzSvc -- see RpcSetAuthInfo Rset of the parameters -- see LsaLookupSids
Return Values:
NTSTATUS - Standard Nt Result Code
STATUS_ACCESS_DENIED - Caller does not have the appropriate access to complete the operation.
STATUS_SOME_NOT_MAPPED - Some or all of the names provided could not be mapped. This is an informational status only.
STATUS_INSUFFICIENT_RESOURCES - Insufficient system resources to complete the call.--*/{
NTSTATUS Status = STATUS_SUCCESS; DWORD RpcError = 0; RPC_BINDING_HANDLE BindingHandle = NULL; WCHAR *StringBinding = NULL; LSAPR_TRANSLATED_NAMES_EX ReturnedNames = { 0, NULL }; LSAPR_SID_ENUM_BUFFER SidEnumBuffer;
//
// Init to NULL since these are considered to be a IN/OUT parameters
// for the Lsar Lookup API's
//
if ((ServerName == NULL) || (ReferencedDomains == NULL) || (Names == NULL) || (MappedCount == NULL) || (Count == 0) ) { return STATUS_INVALID_PARAMETER; } *ReferencedDomains = NULL; *Names = NULL; *MappedCount = 0;
SidEnumBuffer.Entries = Count; SidEnumBuffer.SidInfo = (PLSAPR_SID_INFORMATION) Sids;
if ( 0 == wcsncmp(ServerName, L"\\\\", 2) ) { ServerName += 2; }
RpcError = RpcStringBindingComposeW( NULL, L"ncacn_ip_tcp", ServerName, NULL, NULL, &StringBinding); if (RPC_S_OK == RpcError) { RpcError = RpcBindingFromStringBindingW( StringBinding, &BindingHandle); if ( RPC_S_OK == RpcError ) { RpcError = RpcEpResolveBinding(BindingHandle, lsarpc_ClientIfHandle); if ( RPC_S_OK == RpcError ) { RpcError = RpcBindingSetAuthInfoW( BindingHandle, ServerPrincipalName, AuthnLevel, AuthnSvc, AuthIdentity, AuthzSvc ); } } } if (RPC_S_OK != RpcError) { Status = I_RpcMapWin32Status(RpcError); goto Cleanup; }
RpcTryExcept {
ReturnedNames.Entries = 0; ReturnedNames.Names = NULL;
//
// Lookup Sids on the Server..
//
Status = LsarLookupSids3( BindingHandle, &SidEnumBuffer, (PLSAPR_REFERENCED_DOMAIN_LIST *) ReferencedDomains, &ReturnedNames, LookupLevel, MappedCount, 0, LSA_CLIENT_NT5 );
*Names = (PLSA_TRANSLATED_NAME_EX) ReturnedNames.Names;
} RpcExcept( I_RpcExceptionFilter( RpcExceptionCode()) ) {
Status = LsapApiReturnResult(I_RpcMapWin32Status(RpcExceptionCode()));
} RpcEndExcept;
//
// Prevent against network hacks
//
if (NT_SUCCESS(Status)) {
Status = LsapVerifyReturnedNames(&ReturnedNames, Count, *ReferencedDomains);
if (!NT_SUCCESS(Status)) { if (*Names) { MIDL_user_free(*Names); *Names = NULL; } if ( *ReferencedDomains ) { MIDL_user_free( *ReferencedDomains ); *ReferencedDomains = NULL; } } }
Cleanup:
//
// Make the handling of this unsupported condition simpler by returning
// one error code
//
if ( (Status == RPC_NT_UNKNOWN_IF) || (Status == RPC_NT_PROCNUM_OUT_OF_RANGE) || (Status == EPT_NT_NOT_REGISTERED) ) {
Status = STATUS_NOT_SUPPORTED;
}
if (BindingHandle) { RpcBindingFree(&BindingHandle); } if (StringBinding){ RpcStringFreeW(&StringBinding); }
return(Status);}
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