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windows-server-2003/ds/netapi/svcimgs/ntrepl/mkdsx/mkdsxe.cxx

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#include <windows.h>
#include <stdio.h>
#include <stdlib.h>
#include <winldap.h>
#include <schedule.h>
#include <mkdsx.h>
#include <frsrpc.h>
#include <ntdsapi.h>
//Global data
BOOL bVerboseMode = FALSE;
BOOL bVerboseModeSearch = FALSE;
PWCHAR DcName = NULL;
PLDAP pLdap = NULL;
BOOL bDebugMode = FALSE;
BOOL bAffectAll = FALSE;
PBYTE SchedMask = NULL;
PBYTE SchedOverride = NULL;
//
// The following come from ntdsapi.h but were not defined in win2K so for
// the SP versions we define them here.
//
#ifndef NTDSCONN_OPT_IS_GENERATED
#define NTDSCONN_OPT_IS_GENERATED ( 1 << 0 ) /* object generated by DS, not admin */
#endif
#ifndef NTDSCONN_OPT_TWOWAY_SYNC
#define NTDSCONN_OPT_TWOWAY_SYNC ( 1 << 1 ) /* force sync in opposite direction at end of sync */
#endif
#ifndef NTDSCONN_OPT_OVERRIDE_NOTIFY_DEFAULT
#define NTDSCONN_OPT_OVERRIDE_NOTIFY_DEFAULT (1 << 2 ) // Do not use defaults to determine notification
#endif
#ifndef NTDSCONN_OPT_USE_NOTIFY
#define NTDSCONN_OPT_USE_NOTIFY (1 << 3) // Does source notify destination
#endif
//
// Static arrays to conver the value of the options attribute to
// string for display.
//
#define NTDSCONN_OPT_NUM 6
DWORD NtdsConnOptions[NTDSCONN_OPT_NUM] = {0,
NTDSCONN_OPT_IS_GENERATED,
NTDSCONN_OPT_TWOWAY_SYNC,
NTDSCONN_OPT_OVERRIDE_NOTIFY_DEFAULT,
NTDSCONN_OPT_USE_NOTIFY,
NTDSCONN_OPT_IGNORE_SCHEDULE_MASK};
WCHAR NtdsConnOptionsStr[][MAX_PATH] = {L"Not Used",
L"IsGenerated",
L"TwoWaySync",
L"OverrideNotifyDefault",
L"UseNotify",
L"IgnoreSchedule"};
//
// Mask of allowed connection options.
//
#define MKDSXE_VALID_CONN_OPTIONS_MASK (NTDSCONN_OPT_IS_GENERATED | \
NTDSCONN_OPT_TWOWAY_SYNC | \
NTDSCONN_OPT_OVERRIDE_NOTIFY_DEFAULT | \
NTDSCONN_OPT_USE_NOTIFY | \
NTDSCONN_OPT_IGNORE_SCHEDULE_MASK | \
FRSCONN_PRIORITY_MASK)
//
// Only priority 0-7 is supported.
//
#define MKDSXE_MAX_CONN_PRIORITY 7
VOID
PrintScheduleGrid(
PUCHAR ScheduleData,
DWORD Mask
);
VOID
PrintSchedule(
PSCHEDULE Schedule,
DWORD Mask
);
DWORD
BindToDC (
IN PWCHAR pszDC,
OUT PLDAP *ppLDAP
)
/*++
Routine Description:
Sets up an LDAP connection to the specified server
Arguments:
pwszDC - DS DC to bind to
ppLDAP - The LDAP connection information is returned here
Return Value:
ERROR_SUCCESS - Success
--*/
{
DWORD dwErr = ERROR_SUCCESS;
ULONG ulOptions;
//
// if ldap_open is called with a server name the api will call DsGetDcName
// passing the server name as the domainname parm...bad, because
// DsGetDcName will make a load of DNS queries based on the server name,
// it is designed to construct these queries from a domain name...so all
// these queries will be bogus, meaning they will waste network bandwidth,
// time to fail, and worst case cause expensive on demand links to come up
// as referrals/forwarders are contacted to attempt to resolve the bogus
// names. By setting LDAP_OPT_AREC_EXCLUSIVE to on using ldap_set_option
// after the ldap_init but before any other operation using the ldap
// handle from ldap_init, the delayed connection setup will not call
// DsGetDcName, just gethostbyname, or if an IP is passed, the ldap client
// will detect that and use the address directly.
//
// *ppLDAP = ldap_open(pszDC, LDAP_PORT);
*ppLDAP = ldap_init(pszDC, LDAP_PORT);
if(*ppLDAP == NULL)
{
dwErr = ERROR_PATH_NOT_FOUND;
}
else
{
//
// set the options.
//
ulOptions = PtrToUlong(LDAP_OPT_ON);
ldap_set_option(*ppLDAP, LDAP_OPT_AREC_EXCLUSIVE, &ulOptions);
//
// Do a bind...
//
dwErr = ldap_bind_s(*ppLDAP,
NULL,
NULL,
LDAP_AUTH_NEGOTIATE);
}
return(dwErr);
}
PWCHAR
FrsWcsDup(
PWCHAR OldStr
)
/*++
Routine Description:
Duplicate a string using our memory allocater
Arguments:
OldArg - string to duplicate
Return Value:
Duplicated string. Free with FrsFree().
--*/
{
PWCHAR NewStr;
//
// E.g., when duplicating NodePartner when none exists
//
if (OldStr == NULL)
return NULL;
NewStr = (PWCHAR)malloc((wcslen(OldStr) + 1) * sizeof(WCHAR));
wcscpy(NewStr, OldStr);
return NewStr;
}
VOID
AddMod(
PWCHAR AttrType,
PWCHAR AttrValue,
LDAPMod ***pppMod
)
/*++
Routine Description:
Add an attribute (plus values) to a structure that will eventually be
used in an ldap_add() function to add an object to the DS. The null-
terminated array referenced by pppMod grows with each call to this
routine. The array is freed by the caller using FreeMod().
Arguments:
AttrType - The object class of the object.
AttrValue - The value of the attribute.
pppMod - Address of an array of pointers to "attributes". Don't
give me that look -- this is an LDAP thing.
Return Value:
The pppMod array grows by one entry. The caller must free it with
FreeMod().
--*/
{
DWORD NumMod; // Number of entries in the Mod array
LDAPMod **ppMod; // Address of the first entry in the Mod array
LDAPMod *Attr; // An attribute structure
PWCHAR *Values; // An array of pointers to bervals
if (AttrValue == NULL)
return;
//
// The null-terminated array doesn't exist; create it
//
if (*pppMod == NULL) {
*pppMod = (LDAPMod **)malloc(sizeof (*pppMod));
**pppMod = NULL;
}
//
// Increase the array's size by 1
//
for (ppMod = *pppMod, NumMod = 2; *ppMod != NULL; ++ppMod, ++NumMod);
*pppMod = (LDAPMod **)realloc(*pppMod, sizeof (*pppMod) * NumMod);
//
// Add the new attribute + value to the Mod array
//
Values = (PWCHAR *)malloc(sizeof (PWCHAR) * 2);
Values[0] = _wcsdup(AttrValue);
Values[1] = NULL;
Attr = (LDAPMod *)malloc(sizeof (*Attr));
Attr->mod_values = Values;
Attr->mod_type = _wcsdup(AttrType);
// Attr->mod_op = LDAP_MOD_ADD;
Attr->mod_op = LDAP_MOD_REPLACE;
(*pppMod)[NumMod - 1] = NULL;
(*pppMod)[NumMod - 2] = Attr;
}
VOID
AddBerMod(
PWCHAR AttrType,
PCHAR AttrValue,
DWORD AttrValueLen,
LDAPMod ***pppMod
)
/*++
Routine Description:
Add an attribute (plus values) to a structure that will eventually be
used in an ldap_add() function to add an object to the DS. The null-
terminated array referenced by pppMod grows with each call to this
routine. The array is freed by the caller using FreeMod().
Arguments:
AttrType - The object class of the object.
AttrValue - The value of the attribute.
AttrValueLen - length of the attribute
pppMod - Address of an array of pointers to "attributes". Don't
give me that look -- this is an LDAP thing.
Return Value:
The pppMod array grows by one entry. The caller must free it with
FreeMod().
--*/
{
DWORD NumMod; // Number of entries in the Mod array
LDAPMod **ppMod; // Address of the first entry in the Mod array
LDAPMod *Attr; // An attribute structure
PLDAP_BERVAL Berval;
PLDAP_BERVAL *Values; // An array of pointers to bervals
if (AttrValue == NULL)
return;
//
// The null-terminated array doesn't exist; create it
//
if (*pppMod == NULL) {
*pppMod = (LDAPMod **)malloc(sizeof (*pppMod));
**pppMod = NULL;
}
//
// Increase the array's size by 1
//
for (ppMod = *pppMod, NumMod = 2; *ppMod != NULL; ++ppMod, ++NumMod);
*pppMod = (LDAPMod **)realloc(*pppMod, sizeof (*pppMod) * NumMod);
//
// Construct a berval
//
Berval = (PLDAP_BERVAL)malloc(sizeof(LDAP_BERVAL));
Berval->bv_len = AttrValueLen;
Berval->bv_val = (PCHAR)malloc(AttrValueLen);
CopyMemory(Berval->bv_val, AttrValue, AttrValueLen);
//
// Add the new attribute + value to the Mod array
//
Values = (PLDAP_BERVAL *)malloc(sizeof (PLDAP_BERVAL) * 2);
Values[0] = Berval;
Values[1] = NULL;
Attr = (LDAPMod *)malloc(sizeof (*Attr));
Attr->mod_bvalues = Values;
Attr->mod_type = _wcsdup(AttrType);
Attr->mod_op = LDAP_MOD_BVALUES | LDAP_MOD_REPLACE;
(*pppMod)[NumMod - 1] = NULL;
(*pppMod)[NumMod - 2] = Attr;
}
VOID
FreeMod(
LDAPMod ***pppMod
)
/*++
Routine Description:
Free the structure built by successive calls to AddMod().
Arguments:
pppMod - Address of a null-terminated array.
Return Value:
*pppMod set to NULL.
--*/
{
DWORD i, j;
LDAPMod **ppMod;
if (!pppMod || !*pppMod) {
return;
}
//
// For each attibute
//
ppMod = *pppMod;
for (i = 0; ppMod[i] != NULL; ++i) {
//
// For each value of the attribute
//
for (j = 0; (ppMod[i])->mod_values[j] != NULL; ++j) {
//
// Free the value
//
if (ppMod[i]->mod_op & LDAP_MOD_BVALUES) {
free(ppMod[i]->mod_bvalues[j]->bv_val);
}
free((ppMod[i])->mod_values[j]);
}
free((ppMod[i])->mod_values); // Free the array of pointers to values
free((ppMod[i])->mod_type); // Free the string identifying the attribute
free(ppMod[i]); // Free the attribute
}
free(ppMod); // Free the array of pointers to attributes
*pppMod = NULL; // Now ready for more calls to AddMod()
}
BOOL
LdapSearch(
PLDAP ldap,
PWCHAR Base,
ULONG Scope,
PWCHAR Filter,
PWCHAR Attrs[],
ULONG AttrsOnly,
LDAPMessage **Res,
BOOL Quiet
)
/*++
Routine Description:
Issue the ldap ldap_search_s call, check for errors, and check for
a shutdown in progress.
Arguments:
ldap
Base
Scope
Filter
Attrs
AttrsOnly
Res
Return Value:
The ldap array of values or NULL if the Base, DesiredAttr, or its values
does not exist. The ldap array is freed with ldap_value_free().
--*/
{
DWORD LStatus;
//
// Issue the ldap search
//
LStatus = ldap_search_s(ldap,
Base,
Scope,
Filter,
Attrs,
AttrsOnly,
Res);
//
// Check for errors
//
if (LStatus != LDAP_SUCCESS) {
if (!Quiet) {
DPRINT4("WARN - Error searching %ws for %ws; LStatus %d: %ws\n",
Base, Filter, LStatus, ldap_err2string(LStatus));
}
return FALSE;
}
//
// Return TRUE if not shutting down
//
return TRUE;
}
PWCHAR *
GetValues(
IN PLDAP Ldap,
IN PWCHAR Dn,
IN PWCHAR DesiredAttr,
IN BOOL Quiet
)
/*++
Routine Description:
Return the DS values for one attribute in an object.
Arguments:
ldap - An open, bound ldap port.
Base - The "pathname" of a DS object.
DesiredAttr - Return values for this attribute.
Quiet
Return Value:
An array of char pointers that represents the values for the attribute.
The caller must free the array with ldap_value_free(). NULL if unsuccessful.
--*/
{
PWCHAR Attr;
BerElement *Ber;
PLDAPMessage LdapMsg;
PLDAPMessage LdapEntry;
PWCHAR Attrs[2];
PWCHAR *Values = NULL;
//
// Search Base for all of its attributes + values
//
Attrs[0] = DesiredAttr;
Attrs[1] = NULL;
//
// Issue the ldap search
//
if (!LdapSearch(Ldap,
Dn,
LDAP_SCOPE_BASE,
CLASS_ANY,
Attrs,
0,
&LdapMsg,
Quiet)) {
return NULL;
}
LdapEntry = ldap_first_entry(Ldap, LdapMsg);
if (LdapEntry) {
Attr = ldap_first_attribute(Ldap, LdapEntry, &Ber);
if (Attr) {
Values = ldap_get_values(Ldap, LdapEntry, Attr);
}
}
ldap_msgfree(LdapMsg);
return Values;
}
BOOL
LdapSearchInit(
PLDAP ldap,
PWCHAR Base,
ULONG Scope,
PWCHAR Filter,
PWCHAR Attrs[],
ULONG AttrsOnly,
PFRS_LDAP_SEARCH_CONTEXT FrsSearchContext,
BOOL Quiet
)
/*++
Routine Description:
Issue the ldap ldap_search_s call, check for errors, and check for
a shutdown in progress.
Arguments:
ldap
Base
Scope
Filter
Attrs
AttrsOnly
Res
FrsSearchContext
Return Value:
The ldap array of values or NULL if the Base, DesiredAttr, or its values
does not exist. The ldap array is freed with ldap_value_free().
--*/
{
DWORD LStatus = LDAP_SUCCESS;
PLDAPControl ServerControls[2];
berval cookie1 = { 0, NULL };
FrsSearchContext->bOpen = FALSE;
FrsSearchContext->LdapMsg = NULL;
FrsSearchContext->EntriesInPage = 0;
FrsSearchContext->CurrentEntry = 0;
FrsSearchContext->TotalEntries = 0;
FrsSearchContext->Filter = FrsWcsDup(Filter);
FrsSearchContext->BaseDn = FrsWcsDup(Base);
FrsSearchContext->Scope = Scope;
FrsSearchContext->PageSize = FRS_LDAP_SEARCH_PAGESIZE;
FrsSearchContext->Attrs = Attrs;
LStatus = ldap_create_page_control(ldap,
FrsSearchContext->PageSize,
&cookie1,
FALSE, // is critical
&ServerControls[0]
);
ServerControls[1] = NULL;
if (LStatus != LDAP_SUCCESS) {
DPRINT1("ldap_create_page_control returned error. LStatus = 0x%x\n", LStatus);
}
LStatus = ldap_search_ext_s(ldap,
FrsSearchContext->BaseDn,
FrsSearchContext->Scope,
FrsSearchContext->Filter,
FrsSearchContext->Attrs,
FALSE,
ServerControls,
NULL,
NULL,
0,
&FrsSearchContext->LdapMsg);
if (LStatus == LDAP_SUCCESS) {
FrsSearchContext->EntriesInPage = ldap_count_entries(ldap, FrsSearchContext->LdapMsg);
FrsSearchContext->CurrentEntry = 0;
FrsSearchContext->bOpen = TRUE;
}
return (LStatus == LDAP_SUCCESS);
}
PLDAPMessage
LdapSearchGetNextEntry(
PLDAP ldap,
PFRS_LDAP_SEARCH_CONTEXT FrsSearchContext
)
/*++
Routine Description:
Issue the ldap ldap_search_s call, check for errors, and check for
a shutdown in progress.
Arguments:
ldap
FrsSearchContext
Return Value:
The ldap array of values or NULL if the Base, DesiredAttr, or its values
does not exist. The ldap array is freed with ldap_value_free().
--*/
{
FrsSearchContext->CurrentEntry += 1;
if ( FrsSearchContext->CurrentEntry == 1 ) {
FrsSearchContext->CurrentLdapMsg = ldap_first_entry(ldap ,FrsSearchContext->LdapMsg);
} else {
FrsSearchContext->CurrentLdapMsg = ldap_next_entry(ldap ,FrsSearchContext->CurrentLdapMsg);
}
return FrsSearchContext->CurrentLdapMsg;
}
DWORD
LdapSearchGetNextPage(
PLDAP ldap,
PFRS_LDAP_SEARCH_CONTEXT FrsSearchContext
)
/*++
Routine Description:
Issue the ldap ldap_search_s call, check for errors, and check for
a shutdown in progress.
Arguments:
ldap
FrsSearchContext
Return Value:
The ldap array of values or NULL if the Base, DesiredAttr, or its values
does not exist. The ldap array is freed with ldap_value_free().
--*/
{
DWORD LStatus = LDAP_SUCCESS;
berval * CurrCookie = NULL;
PLDAPControl * CurrControls = NULL;
ULONG retcode = 0;
PLDAPControl ServerControls[2];
// Get the server control from the message, and make a new control with the cookie from the server
LStatus = ldap_parse_result(ldap, FrsSearchContext->LdapMsg, &retcode,NULL,NULL,NULL,&CurrControls,FALSE);
ldap_msgfree(FrsSearchContext->LdapMsg);
FrsSearchContext->LdapMsg = NULL;
if (LStatus == LDAP_SUCCESS) {
LStatus = ldap_parse_page_control(ldap, CurrControls, &FrsSearchContext->TotalEntries, &CurrCookie);
// under Exchange 5.5, before SP 2, this will fail with LDAP_CONTROL_NOT_FOUND when there are
// no more search results. With Exchange 5.5 SP 2, this succeeds, and gives us a cookie that will
// cause us to start over at the beginning of the search results.
}
if (LStatus == LDAP_SUCCESS) {
if ( CurrCookie->bv_len == 0 && CurrCookie->bv_val == 0 ) {
// under Exchange 5.5, SP 2, this means we're at the end of the results.
// if we pass in this cookie again, we will start over at the beginning of the search results.
LStatus = LDAP_CONTROL_NOT_FOUND;
}
ServerControls[0] = NULL;
ServerControls[1] = NULL;
if (LStatus == LDAP_SUCCESS) {
LStatus = ldap_create_page_control(ldap,
FrsSearchContext->PageSize,
CurrCookie,
FALSE,
ServerControls);
}
ldap_controls_free(CurrControls);
CurrControls = NULL;
ber_bvfree(CurrCookie);
CurrCookie = NULL;
}
// continue the search with the new cookie
if (LStatus == LDAP_SUCCESS) {
LStatus = ldap_search_ext_s(ldap,
FrsSearchContext->BaseDn,
FrsSearchContext->Scope,
FrsSearchContext->Filter,
FrsSearchContext->Attrs,
FALSE,
ServerControls,
NULL,
NULL,
0,
&FrsSearchContext->LdapMsg);
if ( (LStatus != LDAP_SUCCESS) && (LStatus != LDAP_CONTROL_NOT_FOUND) )
{
// LDAP_CONTROL_NOT_FOUND means that we have reached the end of the search results
// in Exchange 5.5, before SP 2 (the server doesn't return a page control when there
// are no more pages, so we get LDAP_CONTROL_NOT_FOUND when we try to extract the page
// control from the search results).
}
}
if (LStatus == LDAP_SUCCESS) {
FrsSearchContext->EntriesInPage = ldap_count_entries(ldap, FrsSearchContext->LdapMsg);
FrsSearchContext->CurrentEntry = 0;
}
return LdapMapErrorToWin32(LStatus);
}
PLDAPMessage
LdapSearchNext(
PLDAP ldap,
PFRS_LDAP_SEARCH_CONTEXT FrsSearchContext
)
/*++
Routine Description:
Issue the ldap ldap_search_s call, check for errors, and check for
a shutdown in progress.
Arguments:
ldap
FrsSearchContext
Return Value:
The ldap array of values or NULL if the Base, DesiredAttr, or its values
does not exist. The ldap array is freed with ldap_value_free().
--*/
{
DWORD WStatus = ERROR_SUCCESS;
PLDAPMessage NextEntry = NULL;
if (FrsSearchContext->bOpen != TRUE)
{
NextEntry = NULL;
}
else
{
if (FrsSearchContext->EntriesInPage > FrsSearchContext->CurrentEntry )
{
// return the next entry from the current page
return LdapSearchGetNextEntry(ldap, FrsSearchContext);
}
else
{
// see if there are more pages of results to get
WStatus = LdapSearchGetNextPage(ldap, FrsSearchContext);
if (WStatus == ERROR_SUCCESS)
{
return LdapSearchGetNextEntry(ldap, FrsSearchContext);
}
}
}
return NextEntry;
}
VOID
LdapSearchClose(
PFRS_LDAP_SEARCH_CONTEXT FrsSearchContext
)
/*++
Routine Description:
Issue the ldap ldap_search_s call, check for errors, and check for
a shutdown in progress.
Arguments:
ldap
FrsSearchContext
Return Value:
The ldap array of values or NULL if the Base, DesiredAttr, or its values
does not exist. The ldap array is freed with ldap_value_free().
--*/
{
FrsSearchContext->bOpen = FALSE;
FrsSearchContext->EntriesInPage = 0;
FrsSearchContext->CurrentEntry = 0;
FrsSearchContext->TotalEntries = 0;
FREE(FrsSearchContext->Filter);
FREE(FrsSearchContext->BaseDn);
if (FrsSearchContext->LdapMsg != NULL) {
ldap_msgfree(FrsSearchContext->LdapMsg);
}
}
PWCHAR
GetRootDn(
PLDAP Ldap,
PWCHAR NamingContext
)
/*++
Routine Description:
Arguments:
Return Value:
--*/
{
PWCHAR Root; // DS pathname of configuration container
PWCHAR *Values; // values from the attribute "namingContexts"
DWORD NumVals; // number of values
//
// Return all of the values for the attribute namingContexts
//
Values = GetValues(Ldap, ATTR_ROOT, ATTR_NAMING_CONTEXTS, FALSE);
if (Values == NULL)
return NULL;
//
// Find the naming context that begins with CN=Configuration
//
NumVals = ldap_count_values(Values);
while (NumVals--) {
Root = wcsstr(Values[NumVals], NamingContext);
if (Root != NULL && Root == Values[NumVals]) {
Root = FrsWcsDup(Root);
ldap_value_free(Values);
return Root;
}
}
DPRINT1("ERROR - COULD NOT FIND %ws\n", NamingContext);
ldap_value_free(Values);
return NULL;
}
PWCHAR
ExtendDn(
PWCHAR Dn,
PWCHAR Cn
)
/*++
Routine Description:
Extend an existing DN with a new CN= component.
Arguments:
Dn - distinguished name
Cn - common name
Return Value:
CN=Cn,Dn
--*/
{
ULONG Len;
PWCHAR NewDn;
Len = wcslen(L"CN=,") + wcslen(Dn) + wcslen(Cn) + 1;
NewDn = (PWCHAR)malloc(Len * sizeof(WCHAR));
wcscpy(NewDn, L"CN=");
wcscat(NewDn, Cn);
wcscat(NewDn, L",");
wcscat(NewDn, Dn);
return NewDn;
}
PVOID *
FindValues(
PLDAPMessage LdapEntry,
PWCHAR DesiredAttr,
BOOL DoBerValues
)
/*++
Routine Description:
Return the DS values for one attribute in an entry.
Arguments:
Ldap - An open, bound ldap port.
LdapEntry - An ldap entry returned by ldap_search_s()
DesiredAttr - Return values for this attribute.
DoVerValues - Return the bervals
Return Value:
An array of char pointers that represents the values for the attribute.
The caller must free the array with ldap_value_free(). NULL if unsuccessful.
--*/
{
PWCHAR LdapAttr; // Retrieved from an ldap entry
BerElement *Ber; // Needed for scanning attributes
//
// Search the entry for the desired attribute
//
for (LdapAttr = ldap_first_attribute(pLdap, LdapEntry, &Ber);
LdapAttr != NULL;
LdapAttr = ldap_next_attribute(pLdap, LdapEntry, Ber)) {
if (_wcsicmp(DesiredAttr, LdapAttr) == 0) {
//
// Return the values for DesiredAttr
//
if (DoBerValues) {
return (PVOID *)ldap_get_values_len(pLdap, LdapEntry, LdapAttr);
} else {
return (PVOID *)ldap_get_values(pLdap, LdapEntry, LdapAttr);
}
}
}
return NULL;
}
PWCHAR
FindValue(
PLDAPMessage LdapEntry,
PWCHAR DesiredAttr
)
/*++
Routine Description:
Return a copy of the first DS value for one attribute in an entry.
Arguments:
Ldap - An open, bound ldap port.
LdapEntry - An ldap entry returned by ldap_search_s()
DesiredAttr - Return values for this attribute.
Return Value:
A zero-terminated string or NULL if the attribute or its value
doesn't exist. The string is freed with FREE().
--*/
{
PWCHAR Val;
PWCHAR *Values;
// Get ldap's array of values
Values = (PWCHAR *)FindValues(LdapEntry, DesiredAttr, FALSE);
// Copy the first value (if any)
if (Values) {
Val = new WCHAR[wcslen(Values[0]) + 1];
wcscpy(Val, Values[0]);
} else {
Val = NULL;
}
// Free ldap's array of values
ldap_value_free(Values);
return Val;
}
BOOL
FindBerValue(
PLDAPMessage Entry,
PWCHAR DesiredAttr,
ULONG *Len,
VOID **Value
)
/*++
Routine Description:
Return a copy of the attributes object's schedule
Arguments:
ldap - An open, bound ldap port.
Entry - An ldap entry returned by ldap_search_s()
DesiredAttr - desired attribute
Len - length of Value
Value - binary value
Return Value:
The address of a schedule or NULL. Free with FrsFree().
--*/
{
PLDAP_BERVAL *Values;
*Len = 0;
*Value = NULL;
//
// Get ldap's array of values
//
Values = (PLDAP_BERVAL *)FindValues(Entry, DesiredAttr, TRUE);
if (!Values) {
return FALSE;
}
//
// Return a copy of the schedule
//
*Len = Values[0]->bv_len;
if (*Len) {
*Value = new WCHAR[*Len];
CopyMemory(*Value, Values[0]->bv_val, *Len);
}
ldap_value_free_len(Values);
return TRUE;
}
DWORD
FormMemberDn(
IN PWCHAR ReplicaSetName,
IN PWCHAR ComputerDnsName,
OUT PWCHAR *pMemberDn
)
/*++
Routine Description:
Form the member Dn given the computername and the replica set name.
Arguments:
Return Value:
ERROR_SUCCESS - Success
--*/
{
DWORD Status = ERROR_SUCCESS;
WCHAR SearchFilter[MAX_PATH];
ULONG NoOfSets = 0;
PLDAPMessage LdapEntry = NULL;
PWCHAR ConfigDn = NULL;
PWCHAR ServicesDn = NULL;
PWCHAR FrsTestDn = NULL;
PWCHAR DomainDn = NULL;
PWCHAR SystemDn = NULL;
PWCHAR FrsDn = NULL;
PWCHAR SetDn = NULL;
PWCHAR MemberDn = NULL;
PWCHAR ComputerDn = NULL;
PWCHAR *Values = NULL;
PWCHAR Attrs[3];
PWCHAR Attrs2[4];
FRS_LDAP_SEARCH_CONTEXT FrsSearchContext;
Attrs[0] = ATTR_DN;
Attrs[1] = ATTR_CN;
Attrs[2] = NULL;
DomainDn = GetRootDn(pLdap, DOMAIN_NAMING_CONTEXT);
if (DomainDn == NULL) {
if (bVerboseModeSearch) printf("GetRootDn-1 returned NULL\n");
return MKDSXE_NO_T0_NTDS_SETTINGS;
}
SystemDn = ExtendDn(DomainDn, CN_SYSTEM);
FrsDn = ExtendDn(SystemDn, CN_NTFRS_SETTINGS);
wcscpy(SearchFilter, L"(&(");
wcscat(SearchFilter, ATTR_CN);
wcscat(SearchFilter, L"=");
wcscat(SearchFilter, ReplicaSetName);
wcscat(SearchFilter, L")");
wcscat(SearchFilter, CLASS_NTFRS_REPLICA_SET);
wcscat(SearchFilter, L")");
if (bVerboseModeSearch) printf("\nSubtree search at: %ws\n", FrsDn);
if (bVerboseModeSearch) printf("Filter : %ws\n", SearchFilter);
if (!LdapSearchInit(pLdap,
FrsDn,
LDAP_SCOPE_SUBTREE,
SearchFilter,
Attrs,
0,
&FrsSearchContext,
FALSE)) {
Status = MKDSXE_NO_T0_NTDS_SETTINGS ;
if (bVerboseModeSearch) printf("Subtree-1 search failed\n");
goto RETURN;
}
NoOfSets = FrsSearchContext.EntriesInPage;
if (NoOfSets == 0) {
LdapSearchClose(&FrsSearchContext);
//
// Replica set was not found under system. Look under
// CN=NTFRS Test Settings,CN=Services,CN=Configuration,DC=...
//
ConfigDn = GetRootDn(pLdap, CONFIG_NAMING_CONTEXT);
if (ConfigDn == NULL) {
if (bVerboseModeSearch) printf("GetRootDn-2 returned NULL\n");
Status = MKDSXE_NO_T0_NTDS_SETTINGS;
goto RETURN;
}
ServicesDn = ExtendDn(ConfigDn, CN_SERVICES);
FrsTestDn = ExtendDn(ServicesDn, CN_TEST_SETTINGS);
if (bVerboseModeSearch) printf("\nSubtree search at: %ws\n", FrsTestDn);
if (bVerboseModeSearch) printf("Filter : %ws\n", SearchFilter);
if (!LdapSearchInit(pLdap,
FrsTestDn,
LDAP_SCOPE_SUBTREE,
SearchFilter,
Attrs,
0,
&FrsSearchContext,
FALSE)) {
Status = MKDSXE_NO_T0_NTDS_SETTINGS ;
if (bVerboseModeSearch) printf("Subtree-2 search failed\n");
goto RETURN;
}
NoOfSets = FrsSearchContext.EntriesInPage;
}
if (NoOfSets != 1) {
DPRINT0("Error finding replica set.\n");
return MKDSXE_NO_T0_NTDS_SETTINGS;
}
//
// Scan the entries returned from ldap_search
//
for (LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext);
LdapEntry != NULL;
LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext)) {
SetDn = FindValue(LdapEntry, ATTR_DN);
}
DPRINT1("Replica Set Dn:%ws\n", SetDn);
LdapSearchClose(&FrsSearchContext);
Attrs2[0] = ATTR_DN;
Attrs2[1] = ATTR_CN;
Attrs2[2] = ATTR_COMPUTER_REF;
Attrs2[3] = NULL;
if (bVerboseModeSearch) printf("\nSubtree search at: %ws\n", SetDn);
if (bVerboseModeSearch) printf("Filter : %ws\n", CLASS_MEMBER);
if (!LdapSearchInit(pLdap,
SetDn,
LDAP_SCOPE_ONELEVEL,
CLASS_MEMBER,
Attrs2,
0,
&FrsSearchContext,
FALSE)) {
Status = MKDSXE_NO_T0_NTDS_SETTINGS;
if (bVerboseModeSearch) printf("Error finding member.\n");
goto RETURN;
}
//
// Scan the entries returned from ldap_search
//
for (LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext);
LdapEntry != NULL;
LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext)) {
MemberDn = FindValue(LdapEntry, ATTR_DN);
ComputerDn = FindValue(LdapEntry, ATTR_COMPUTER_REF);
if (bVerboseModeSearch) printf("\n MemberDN scan : %ws\n", MemberDn);
if (bVerboseModeSearch) printf(" ComputerDn is : %ws\n", (ComputerDn == NULL) ? L"null" : ComputerDn);
if (ComputerDn != NULL) {
Values = GetValues(pLdap, ComputerDn, ATTR_DNS_HOST_NAME, TRUE);
FREE(ComputerDn);
if (bVerboseModeSearch) printf(" Computer DNS is : %ws\n", (Values != NULL) && (Values[0] != NULL) ? Values[0] : L"null");
if ((Values != NULL) && (Values[0] != NULL) && !_wcsicmp(Values[0], ComputerDnsName)) {
ldap_value_free(Values);
*pMemberDn = FrsWcsDup(MemberDn);
FREE(MemberDn);
break;
}
}
FREE(MemberDn);
}
if (*pMemberDn == NULL) {
if (bVerboseModeSearch) printf("No member found in scan.\n");
Status = MKDSXE_NO_T0_NTDS_SETTINGS;
}
LdapSearchClose(&FrsSearchContext);
RETURN:
FREE(SetDn);
FREE(FrsDn);
FREE(SystemDn);
FREE(DomainDn);
FREE(FrsTestDn);
FREE(ServicesDn);
FREE(ConfigDn);
return Status;
}
DWORD
FormNTDSSettingsDn(
IN PWCHAR ToSite,
IN PWCHAR ToServer,
OUT PWCHAR *pNTDSSettingsDn
)
/*++
Routine Description:
Form the settings dn for the to server.
Arguments:
Return Value:
ERROR_SUCCESS - Success
--*/
{
DWORD Status = ERROR_SUCCESS;
PWCHAR ConfigDn = NULL;
PWCHAR SitesDn = NULL;
PWCHAR ToSiteDn = NULL;
PWCHAR ServersDn = NULL;
PWCHAR ToServerDn = NULL;
PWCHAR Attrs[2];
PLDAPMessage LdapMsg;
Attrs[0] = ATTR_DN;
Attrs[1] = NULL;
ConfigDn = GetRootDn(pLdap, CONFIG_NAMING_CONTEXT);
if (ConfigDn == NULL) {
return MKDSXE_NO_T0_NTDS_SETTINGS;
}
SitesDn = ExtendDn(ConfigDn, CN_SITES);
ToSiteDn = ExtendDn(SitesDn, ToSite);
ServersDn = ExtendDn(ToSiteDn, L"Servers");
ToServerDn = ExtendDn(ServersDn, ToServer);
*pNTDSSettingsDn = ExtendDn(ToServerDn, L"NTDS Settings");
if (!LdapSearch(pLdap,
*pNTDSSettingsDn,
LDAP_SCOPE_BASE,
CLASS_NTDS_SETTINGS,
Attrs,
0,
&LdapMsg,
TRUE)){
Status = MKDSXE_NO_T0_NTDS_SETTINGS;
}
FREE(ConfigDn);
FREE(SitesDn);
FREE(ToSiteDn);
FREE(ServersDn);
FREE(ToServerDn);
ldap_msgfree(LdapMsg);
return Status;
}
PBYTE
ReadScheduleFile(
PWCHAR FileName
)
/*++
Routine Description:
Read a Hex formated byte array for a 7x24 schedule from a file.
Convert to a 7x24 binary schedule.
Arguments:
FileName - Name of schedule file.
Return Value:
ptr to schedule data array or NULL if invalid param.
--*/
{
HANDLE FileHandle;
PBYTE SchedData;
DWORD WStatus;
DWORD BytesRead;
DWORD DataByte, i, Day, Hour;
ULONG Remaining;
PCHAR pTC;
CHAR SchedText[FRST_SIZE_OF_SCHEDULE_GRID*3 + 50];
SchedData = new BYTE[FRST_SIZE_OF_SCHEDULE_GRID];
if (SchedData == NULL) {
printf("Error allocating memory.\n");
return NULL;
}
FileHandle = CreateFileW(
FileName, // lpszName
GENERIC_READ | GENERIC_WRITE, // fdwAccess
FILE_SHARE_READ | FILE_SHARE_WRITE, // fdwShareMode
NULL, // lpsa
OPEN_EXISTING, // fdwCreate
FILE_ATTRIBUTE_NORMAL, // fdwAttrAndFlags
NULL); // hTemplateFile
if (!HANDLE_IS_VALID(FileHandle)) {
WStatus = GetLastError();
printf("Error opening %ws WStatus: %d\n", FileName, WStatus);
FREE(SchedData);
return NULL;
}
if (!ReadFile(FileHandle, SchedText, sizeof(SchedText), &BytesRead, NULL)) {
WStatus = GetLastError();
printf("Error reading %ws WStatus: %d\n", FileName, WStatus);
FREE(SchedData);
FRS_CLOSE(FileHandle);
return NULL;
}
//
// remove any white-space chars, including CR-LF, used for formatting.
//
Remaining = BytesRead;
pTC = SchedText;
while (Remaining > 0) {
if (isspace((LONG) *pTC)) {
memcpy(pTC, pTC+1, Remaining-1);
} else {
pTC++;
}
Remaining -= 1;
}
BytesRead = pTC - SchedText;
if (BytesRead < FRST_SIZE_OF_SCHEDULE_GRID*2) {
printf("Error reading %ws Expecting %d bytes, Actual was %d bytes. Could be too much whitespace.\n",
FileName, FRST_SIZE_OF_SCHEDULE_GRID*2, BytesRead);
FREE(SchedData);
FRS_CLOSE(FileHandle);
return NULL;
}
//
// Result should be exactly the right size.
//
if (BytesRead != FRST_SIZE_OF_SCHEDULE_GRID*2) {
printf("Error reading %ws Expecting %d bytes, Actual was %d bytes\n",
FileName, FRST_SIZE_OF_SCHEDULE_GRID*2, BytesRead);
FREE(SchedData);
FRS_CLOSE(FileHandle);
return NULL;
}
//
// Convert to binary.
//
for (i=0; i<FRST_SIZE_OF_SCHEDULE_GRID; i++) {
if (sscanf(&SchedText[i*2], "%2x", &DataByte) != 1) {
SchedText[i*2+2] = '\0';
printf("Error reading %ws Invalid hex data (%s) for schedule byte %d.\n",
FileName, &SchedText[i*2], i);
FREE(SchedData);
FRS_CLOSE(FileHandle);
return NULL;
}
SchedData[i] = (BYTE) DataByte;
}
FRS_CLOSE(FileHandle);
return SchedData;
}
DWORD
BuildSchedule(
PBYTE *ppSchedule,
DWORD Interval,
DWORD Stagger,
DWORD Offset,
PBYTE CustSchedData
)
/*++
Routine Description:
Build the schedule structure. Using interval, stagger and offset.
Then apply mask and override.
If CustSchedData is non-null then just use that.
Arguments:
ppSchedule - pointer to return the schedule in.
Return Value:
winerror.
--*/
{
BYTE ScheduleData[FRST_SIZE_OF_SCHEDULE_GRID];
UINT i, Day, Hour;
DWORD Status = ERROR_SUCCESS;
*ppSchedule = new BYTE[FRST_SIZE_OF_SCHEDULE];
if (*ppSchedule == NULL) {
return ERROR_NOT_ENOUGH_MEMORY;
}
//
// Set the values for the elements of the SCHEDULE structure.
//
((PSCHEDULE)*ppSchedule)->Size = FRST_SIZE_OF_SCHEDULE;
((PSCHEDULE)*ppSchedule)->Bandwidth = 0;
((PSCHEDULE)*ppSchedule)->NumberOfSchedules = 1;
((PSCHEDULE)*ppSchedule)->Schedules->Type = SCHEDULE_INTERVAL;
((PSCHEDULE)*ppSchedule)->Schedules->Offset = sizeof(SCHEDULE);
if (CustSchedData != NULL) {
//
// For custom schedules, we're done.
//
memcpy((*ppSchedule)+sizeof(SCHEDULE), CustSchedData, FRST_SIZE_OF_SCHEDULE_GRID);
return ERROR_SUCCESS;
}
//
// Building the ScheduleData array depending on the requested schedule.
//
for (i=0 ; i<FRST_SIZE_OF_SCHEDULE_GRID ; ++i) {
if (Interval == 0) {
ScheduleData[i] = 0x00;
} else if (i < Offset) {
ScheduleData[i] = 0x00;
} else if ( (i-Offset) % (Interval * Stagger) == 0) {
ScheduleData[i] = 0x01;
} else {
ScheduleData[i] = 0x00;
}
}
//
// Use the supplied schedule mask to turn off regions of the above schedule.
//
if (SchedMask != NULL) {
for (i=0 ; i<FRST_SIZE_OF_SCHEDULE_GRID ; ++i) {
ScheduleData[i] &= ~SchedMask[i];
}
}
//
// Apply the supplied override schedule to regions of the above schedule.
//
if (SchedOverride != NULL) {
for (i=0 ; i<FRST_SIZE_OF_SCHEDULE_GRID ; ++i) {
ScheduleData[i] |= SchedOverride[i];
}
}
memcpy((*ppSchedule)+sizeof(SCHEDULE),ScheduleData, FRST_SIZE_OF_SCHEDULE_GRID);
return Status;
}
DWORD
UpdateConnection(
PWCHAR FromNTDSSettingsDn,
PWCHAR ToNTDSSettingsDn,
BOOL bEnabled,
DWORD Options,
PBYTE pSchedule
)
/*++
Routine Description:
Update the connection parameters.
Arguments:
Return Value:
--*/
{
LDAPMod **Mod = NULL;
DWORD LStatus = LDAP_SUCCESS;
DWORD Status = ERROR_SUCCESS;
PWCHAR CxtionDn = NULL;
PWCHAR Attrs[6];
PLDAPMessage LdapMsg = NULL;
PLDAPMessage LdapEntry = NULL;
WCHAR SearchFilter[MAX_PATH];
PWCHAR CurEnabled = NULL;
DWORD NoOfCxtions;
PSCHEDULE Schedule = NULL;
DWORD ScheduleLen;
BOOL bNeedsUpdate = FALSE;
FRS_LDAP_SEARCH_CONTEXT FrsSearchContext;
WCHAR OptionsStr[10];
PWCHAR OptionsVal = NULL;
UINT i;
Attrs[0] = ATTR_DN;
Attrs[1] = ATTR_FROM_SERVER;
Attrs[2] = ATTR_ENABLED_CXTION;
Attrs[3] = ATTR_SCHEDULE;
Attrs[4] = ATTR_OPTIONS;
Attrs[5] = NULL;
wcscpy(SearchFilter, L"(&(");
wcscat(SearchFilter, ATTR_FROM_SERVER);
wcscat(SearchFilter, L"=");
wcscat(SearchFilter, FromNTDSSettingsDn);
wcscat(SearchFilter, L")");
wcscat(SearchFilter, CLASS_CXTION);
wcscat(SearchFilter, L")");
if (!LdapSearchInit(pLdap,
ToNTDSSettingsDn,
LDAP_SCOPE_ONELEVEL,
SearchFilter,
Attrs,
0,
&FrsSearchContext,
FALSE)) {
return MKDSXE_CXTION_OBJ_UPDATE_FAILED;
}
NoOfCxtions = FrsSearchContext.EntriesInPage;
if (NoOfCxtions == 0) {
DPRINT0("Error updating; connection not found.\n");
return MKDSXE_CXTION_NOT_FOUND_UPDATE;
}
if (NoOfCxtions > 1) {
DPRINT0("Error updating; duplicate connections found.\n");
return MKDSXE_CXTION_DUPS_FOUND_UPDATE;
}
//
// Scan the entries returned from ldap_search
//
for (LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext);
LdapEntry != NULL;
LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext)) {
CxtionDn = FindValue(LdapEntry, ATTR_DN);
CurEnabled = FindValue(LdapEntry, ATTR_ENABLED_CXTION);
OptionsVal = FindValue(LdapEntry, ATTR_OPTIONS);
FindBerValue(LdapEntry, ATTR_SCHEDULE, &ScheduleLen, (VOID **)&Schedule);
}
LdapSearchClose(&FrsSearchContext);
DPRINT1("Connection Dn:%ws\n", CxtionDn);
// Check ATTR_ENABLED_CXTION
if (bEnabled) {
if ((CurEnabled == NULL) || wcscmp(CurEnabled, ATTR_TRUE)) {
AddMod(ATTR_ENABLED_CXTION, ATTR_TRUE, &Mod);
bNeedsUpdate = TRUE;
DPRINT0(" New enabledCxtion:TRUE\n");
}
} else {
if ((CurEnabled == NULL) || wcscmp(CurEnabled, ATTR_FALSE)) {
AddMod(ATTR_ENABLED_CXTION, ATTR_FALSE, &Mod);
bNeedsUpdate = TRUE;
DPRINT0(" New enabledCxtion:FALSE\n");
}
}
// Check ATTR_OPTIONS
if (wcstoul(OptionsVal, NULL, 10) != Options) {
_itow(Options, OptionsStr, 10);
AddMod(ATTR_OPTIONS, OptionsStr, &Mod);
DPRINT1(" options:0x%08x [ ", Options);
for (i = 1 ; i<NTDSCONN_OPT_NUM;++i) {
if (NtdsConnOptions[i] & Options) {
DPRINT1("%ws ", NtdsConnOptionsStr[i]);
}
}
if (Options & FRSCONN_PRIORITY_MASK) {
DPRINT1("Priority%d ", (Options & FRSCONN_PRIORITY_MASK) >> 28);
}
DPRINT0("]\n");
bNeedsUpdate = TRUE;
}
FREE(OptionsVal);
// Check ATTR_SCHEDULE
if (pSchedule != NULL) {
if ((Schedule == NULL) ||
(FRST_SIZE_OF_SCHEDULE != ScheduleLen) ||
(memcmp(Schedule, pSchedule, FRST_SIZE_OF_SCHEDULE))) {
bNeedsUpdate = TRUE;
AddBerMod(ATTR_SCHEDULE,(PCHAR)pSchedule,FRST_SIZE_OF_SCHEDULE,&Mod);
DPRINT0(" New schedule:\n");
PrintSchedule((PSCHEDULE)pSchedule, 0x0F);
}
}
if (bNeedsUpdate) {
if (bDebugMode) {
DPRINT1("LStatus = ldap_modify_s(pLdap, %ws, Mod);\n", CxtionDn);
} else {
LStatus = ldap_modify_s(pLdap, CxtionDn, Mod);
if (LStatus != LDAP_SUCCESS) {
DPRINT2("ERROR - Can't update %ws: %ws\n",
CxtionDn, ldap_err2string(LStatus));
Status = MKDSXE_CXTION_OBJ_UPDATE_FAILED;
}
}
} else {
DPRINT0("No update required\n");
}
FREE(CxtionDn);
FREE(CurEnabled);
FREE(Schedule);
FreeMod(&Mod);
return Status;
}
DWORD
CreateNewConnection(
PWCHAR CxtionName,
PWCHAR FromNTDSSettingsDn,
PWCHAR ToNTDSSettingsDn,
BOOL bEnabled,
DWORD Options,
PBYTE pSchedule
)
/*++
Routine Description:
Create a new connection.
Arguments:
Return Value:
--*/
{
LDAPMod **Mod = NULL;
DWORD LStatus = LDAP_SUCCESS;
DWORD Status = ERROR_SUCCESS;
PWCHAR CxtionDn = NULL;
WCHAR OptionsStr[10];
UINT i;
CxtionDn = ExtendDn(ToNTDSSettingsDn, CxtionName);
DPRINT1("Connection Dn:%ws\n", CxtionDn);
AddMod(ATTR_CLASS, ATTR_CXTION, &Mod);
AddMod(ATTR_FROM_SERVER, FromNTDSSettingsDn, &Mod);
DPRINT1(" fromServer:%ws\n", FromNTDSSettingsDn);
if (bEnabled) {
AddMod(ATTR_ENABLED_CXTION, ATTR_TRUE, &Mod);
DPRINT0(" enabledCxtion:TRUE\n");
} else {
AddMod(ATTR_ENABLED_CXTION, ATTR_FALSE, &Mod);
DPRINT0(" enabledCxtion:FALSE\n");
}
//
// If options are specified then use that options otherwise
// set options to 0.
//
if (Options == 0xffffffff) {
Options = 0;
}
_itow(Options, OptionsStr, 10);
AddMod(ATTR_OPTIONS, OptionsStr, &Mod);
DPRINT1(" options:0x%08x [ ", Options);
for (i = 1 ; i<NTDSCONN_OPT_NUM;++i) {
if (NtdsConnOptions[i] & Options) {
DPRINT1("%ws ", NtdsConnOptionsStr[i]);
}
}
if (Options & FRSCONN_PRIORITY_MASK) {
DPRINT1("Priority%d ", (Options & FRSCONN_PRIORITY_MASK) >> 28);
}
DPRINT0("]\n");
if (pSchedule != NULL) {
AddBerMod(ATTR_SCHEDULE,(PCHAR)pSchedule,FRST_SIZE_OF_SCHEDULE,&Mod);
PrintSchedule((PSCHEDULE)pSchedule, 0x0F);
}
if (bDebugMode) {
DPRINT1("LStatus = ldap_add_s(pLdap, %ws, Mod);\n", CxtionDn);
} else {
LStatus = ldap_add_s(pLdap, CxtionDn, Mod);
if (LStatus == LDAP_ALREADY_EXISTS) {
//
// If the object already exists then convert the create to an update.
// This is to allow the user to run the data file with creates twice without
// generating errors but only fixing the cxtions that have changed.
//
Status = UpdateConnection(FromNTDSSettingsDn, ToNTDSSettingsDn,
bEnabled, Options, pSchedule);
} else if (LStatus != LDAP_SUCCESS) {
DPRINT2("ERROR - Can't create %ws: %ws\n",
CxtionDn, ldap_err2string(LStatus));
Status = MKDSXE_CXTION_OBJ_CRE_FAILED;
}
}
FREE(CxtionDn);
FreeMod(&Mod);
return Status;
}
DWORD
DelConnection(
PWCHAR FromNTDSSettingsDn,
PWCHAR ToNTDSSettingsDn
)
/*++
Routine Description:
Create a new connection.
Arguments:
Return Value:
--*/
{
DWORD LStatus = LDAP_SUCCESS;
DWORD Status = ERROR_SUCCESS;
PWCHAR CxtionDn = NULL;
PWCHAR Attrs[3];
PLDAPMessage LdapMsg = NULL;
PLDAPMessage LdapEntry = NULL;
WCHAR SearchFilter[MAX_PATH];
FRS_LDAP_SEARCH_CONTEXT FrsSearchContext;
DWORD NoOfCxtions;
Attrs[0] = ATTR_DN;
Attrs[1] = ATTR_FROM_SERVER;
Attrs[2] = NULL;
if (bAffectAll) {
wcscpy(SearchFilter, CLASS_CXTION);
} else {
wcscpy(SearchFilter, L"(&(");
wcscat(SearchFilter, ATTR_FROM_SERVER);
wcscat(SearchFilter, L"=");
wcscat(SearchFilter, FromNTDSSettingsDn);
wcscat(SearchFilter, L")");
wcscat(SearchFilter, CLASS_CXTION);
wcscat(SearchFilter, L")");
}
if (!LdapSearchInit(pLdap,
ToNTDSSettingsDn,
LDAP_SCOPE_ONELEVEL,
SearchFilter,
Attrs,
0,
&FrsSearchContext,
FALSE)) {
return MKDSXE_CXTION_DELETE_FAILED;
}
NoOfCxtions = FrsSearchContext.EntriesInPage;
if (NoOfCxtions == 0) {
DPRINT0("Warning deleting; connection not found.\n");
return MKDSXE_CXTION_NOT_FOUND_DELETE;
}
if (bAffectAll != TRUE) {
if (NoOfCxtions > 1) {
DPRINT0("Duplicate connections found. Deleting all.\n");
Status = MKDSXE_MULTIPLE_CXTIONS_DELETED;
}
}
//
// Scan the entries returned from ldap_search
//
for (LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext);
LdapEntry != NULL;
LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext)) {
CxtionDn = FindValue(LdapEntry, ATTR_DN);
DPRINT1("Deleting Dn:%ws\n", CxtionDn);
if (bDebugMode) {
DPRINT1("LStatus = ldap_delete_s(pLdap, %ws);\n", CxtionDn);
} else {
LStatus = ldap_delete_s(pLdap, CxtionDn);
if (LStatus != LDAP_SUCCESS) {
DPRINT2("ERROR - Can't delete %ws: %ws\n",
CxtionDn, ldap_err2string(LStatus));
Status = MKDSXE_CXTION_DELETE_FAILED;
}
}
FREE(CxtionDn);
}
LdapSearchClose(&FrsSearchContext);
return Status;
}
DWORD
DumpConnection(
PWCHAR FromNTDSSettingsDn,
PWCHAR ToNTDSSettingsDn
)
/*++
Routine Description:
Create a new connection.
Arguments:
Return Value:
--*/
{
DWORD LStatus;
DWORD Status = ERROR_SUCCESS;
PWCHAR CxtionDn = NULL;
PWCHAR Attrs[6];
PLDAPMessage LdapMsg = NULL;
PLDAPMessage LdapEntry = NULL;
PWCHAR Val = NULL;
WCHAR SearchFilter[MAX_PATH];
FRS_LDAP_SEARCH_CONTEXT FrsSearchContext;
DWORD NoOfCxtions;
DWORD ScheduleLen;
PSCHEDULE Schedule = NULL;
BOOL SaveVerbose;
DWORD options = 0;
UINT i;
Attrs[0] = ATTR_DN;
Attrs[1] = ATTR_FROM_SERVER;
Attrs[2] = ATTR_ENABLED_CXTION;
Attrs[3] = ATTR_SCHEDULE;
Attrs[4] = ATTR_OPTIONS;
Attrs[5] = NULL;
if (bAffectAll) {
wcscpy(SearchFilter, CLASS_CXTION);
} else {
wcscpy(SearchFilter, L"(&(");
wcscat(SearchFilter, ATTR_FROM_SERVER);
wcscat(SearchFilter, L"=");
wcscat(SearchFilter, FromNTDSSettingsDn);
wcscat(SearchFilter, L")");
wcscat(SearchFilter, CLASS_CXTION);
wcscat(SearchFilter, L")");
}
if (!LdapSearchInit(pLdap,
ToNTDSSettingsDn,
LDAP_SCOPE_ONELEVEL,
SearchFilter,
Attrs,
0,
&FrsSearchContext,
FALSE)) {
return MKDSXE_CXTION_DUMP_FAILED;
}
NoOfCxtions = FrsSearchContext.EntriesInPage;
if (NoOfCxtions == 0) {
DPRINT0("Error dumping; connection not found.\n");
return MKDSXE_CXTION_NOT_FOUND_DUMP;
}
if (bAffectAll != TRUE) {
if (NoOfCxtions > 1) {
printf("Duplicate connections found. Dumping all.\n");
Status = MKDSXE_MULTIPLE_CXTIONS_DUMPED;
}
}
//
// Scan the entries returned from ldap_search
//
for (LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext);
LdapEntry != NULL;
LdapEntry = LdapSearchNext(pLdap, &FrsSearchContext)) {
// ATTR_DN
Val = FindValue(LdapEntry, ATTR_DN);
printf("Dn:%ws\n", Val);
FREE(Val);
// ATTR_FROM_SERVER
Val = FindValue(LdapEntry, ATTR_FROM_SERVER);
printf(" fromServer:%ws\n", Val);
FREE(Val);
// ATTR_ENABLED_CXTION
Val = FindValue(LdapEntry, ATTR_ENABLED_CXTION);
printf(" enabledCxtion:%ws\n", Val);
FREE(Val);
// ATTR_OPTIONS
Val = FindValue(LdapEntry, ATTR_OPTIONS);
if (Val) {
options = _wtoi(Val);
printf(" options:0x%08x [ ", options);
for (i = 1 ; i<NTDSCONN_OPT_NUM;++i) {
if (NtdsConnOptions[i] & options) {
printf("%ws ", NtdsConnOptionsStr[i]);
}
}
if (options & FRSCONN_PRIORITY_MASK) {
printf("Priority%d ", (options & FRSCONN_PRIORITY_MASK) >> 28);
}
printf("]\n");
}
FREE(Val);
// ATTR_SCHEDULE
FindBerValue(LdapEntry, ATTR_SCHEDULE, &ScheduleLen, (VOID **)&Schedule);
if (Schedule) {
SaveVerbose = bVerboseMode;
bVerboseMode = TRUE;
PrintSchedule(Schedule, 0x0F);
bVerboseMode = SaveVerbose;
delete(Schedule);
}
}
LdapSearchClose(&FrsSearchContext);
return Status;
}
VOID
PrintScheduleGrid(
PUCHAR ScheduleData,
DWORD Mask
)
/*++
Routine Description:
Print the schedule grid.
Arguments:
Schedule
Mask for each byte.
Return Value:
NONE
--*/
{
DWORD Day, Hour;
for (Day = 0; Day < 7; ++Day) {
printf(" Day %1d: ",Day + 1);
for (Hour = 0; Hour < 24; ++Hour) {
printf("%1x", *(ScheduleData + (Day * 24) + Hour) & Mask);
}
printf("\n");
}
}
VOID
PrintSchedule(
PSCHEDULE Schedule,
DWORD Mask
)
/*++
Routine Description:
Print the schedule.
Arguments:
Schedule
Mask for each byte.
Return Value:
NONE
--*/
{
PUCHAR ScheduleData;
DWORD i;
if (bVerboseMode) {
printf(" schedule:\n");
for (i = 0; i < Schedule->NumberOfSchedules; ++i) {
ScheduleData = ((PUCHAR)Schedule) + Schedule->Schedules[i].Offset;
if (Schedule->Schedules[i].Type != SCHEDULE_INTERVAL) {
continue;
}
PrintScheduleGrid(ScheduleData, Mask);
}
}
}
PWCHAR *
ConvertArgv(
DWORD argc,
PCHAR *argv
)
/*++
Routine Description:
Convert short char argv into wide char argv
Arguments:
argc - From main
argv - From main
Return Value:
Address of the new argv
--*/
{
PWCHAR *wideargv;
wideargv = new PWCHAR[argc + 1];
wideargv[argc] = NULL;
while (argc-- >= 1) {
wideargv[argc] = new WCHAR[strlen(argv[argc]) + 1];
wsprintf(wideargv[argc], L"%hs", argv[argc]);
}
return wideargv;
}
VOID
FreeArgv(
DWORD Argc,
PWCHAR *Argv
)
/*++
Routine Description:
Free the converted arguments.
Arguments:
Argc - No of arguments.
Argv - Converted arguments returned from ConvertArgv.
Return Value:
None.
--*/
{
while (Argc-- >= 1) {
FREE(Argv[Argc]);
}
FREE(Argv);
}
VOID
Usage(
PWCHAR *Argv
)
/*++
Routine Description:
Tell the user how to use the program.
Arguments:
Argv Argument array.
Return Value:
None
--*/
{
printf("%-60s\n", "This tool creates, adds, updates, dumps, and deletes connections between DCs.\n");
printf("%-60s%ws /?\n", "Help", Argv[0]);
printf("%-60s%ws /v\n", "Verbose mode.", Argv[0]);
printf("%-60s%ws /debug\n", "Debug mode. No Writes to the DC.", Argv[0]);
printf("%-60s%ws /dc\n", "Name of the DC to connect to.", Argv[0]);
printf("%-60s%ws /name\n", "Name of the connection to be created.", Argv[0]);
printf("%-60s%ws /[create update del dump]\n", "Operation to be performed.", Argv[0]);
printf("%-60s%ws /all\n", "Perform the operation on all the connections to the", Argv[0]);
printf("%-60s%ws \n", "toserver. /all only works with /dump and /del.", Argv[0]);
printf("%-60s%ws /enable\n", "Connection is enabled.", Argv[0]);
printf("%-60s%ws /disable\n", "Connection is disabled.", Argv[0]);
printf("%-60s%ws /options <integer>\n", "Sum of the following options for connection.", Argv[0]);
printf("%-60s\n", "IsGenerated = 1");
printf("%-60s\n", "TwoWaySync = 2");
printf("%-60s\n", "OverrideNotifyDefault = 4");
printf("%-60s\n\n", "UseNotify = 8");
printf("%-60s%ws /ignoreschedule\n", "Schedule is ignored during initial sync.", Argv[0]);
printf("%-60s%ws /priority <0-7>\n", "Sets the priority to be used during intial sync.", Argv[0]);
printf("%-60s%ws /schedule <Interval> <Stagger> <Offset>\n", "Schedule to create for the connection.", Argv[0]);
printf("%-60s%ws <Interval>\n", "The desired interval between each sync with one source.", Argv[0]);
printf("%-60s%ws <Stagger>\n", "Typically number of source DCs.", Argv[0]);
printf("%-60s%ws <Offset>\n", "Typically the number of the source DC.", Argv[0]);
printf("%-60s%ws /fromsite\n", "Name of the site the 'from' server is in.", Argv[0]);
printf("%-60s%ws /tosite\n", "Name of the site the 'to' server is in.", Argv[0]);
printf("%-60s%ws /fromserver\n", "Name of the 'from' server.", Argv[0]);
printf("%-60s%ws /toserver\n", "Name of the 'to' server.", Argv[0]);
printf("%-60s%ws /schedoverride\n", "File with 7x24 vector of schedule override data.", Argv[0]);
printf("%-60s%ws /schedmask\n", "File with 7x24 vector of schedule mask off data.", Argv[0]);
printf("%-60s\n\n", " SchedOverride and SchedMask data are formatted as 2 ascii hex digits for each schedule byte");
printf("%-60s%ws /customschedule\n", "A string of length 7x24 of schedule data. Override and Mask are not applied.", Argv[0]);
printf("%-60s%ws /replicasetname\n", "Name of the non-sysvol replica set.", Argv[0]);
printf("%-60s%ws /fromcomputer\n", "Name of the 'from' computer. /replicasetname needed.", Argv[0]);
printf("%-60s%ws /tocomputer\n", "Name of the 'to' computer. /replicasetname needed.", Argv[0]);
DPRINT0("\n");
DPRINT0("mkdsx.exe error return codes\n");
DPRINT0("0 = Success;\n");
DPRINT0("1 = Invalid Arguments.\n");
DPRINT0("2 = Could not bind to the DC.\n");
DPRINT0("3 = Could not find 'NTDS Settings' object for the to Server.\n");
DPRINT0("4 = Could not find 'NTDS Settings' object for the from Server.\n");
DPRINT0("5 = Error creating connection.\n");
DPRINT0("6 = Connection already exists.\n");
DPRINT0("7 = Error updating connection.\n");
DPRINT0("8 = Error updating connection; connection not found.\n");
DPRINT0("9 = Error updating connection; duplicate connections found.\n");
DPRINT0("10= Error deleting connection.\n");
DPRINT0("11= Error deleting connection; connection not found.\n");
DPRINT0("12= Deleting multiple connection.\n");
DPRINT0("13= Error dumping connection.\n");
DPRINT0("14= Error dumping; connection not found.\n");
DPRINT0("15= Dumping duplicate connections.\n");
DPRINT0("\n");
fflush(stdout);
}
DWORD __cdecl
main(
DWORD argc,
PCHAR *argv
)
/*++
Routine Description:
Arguments:
None.
Return Value:
Exits with 0 if everything went okay. Otherwise returns a error code.
MKDSXE_SUCCESS = Success;
MKDSXE_BAD_ARG = Invalid Arguments.
MKDSXE_CANT_BIND = Could not bind to the DC.
MKDSXE_NO_T0_NTDS_SETTINGS = Could not find "NTDS Settings" object for the to Server.
MKDSXE_NO_FROM_NTDS_SETTINGS = Could not find "NTDS Settings" object for the from Server.
MKDSXE_CXTION_OBJ_CRE_FAILED = Error creating connection.
MKDSXE_CXTION_EXISTS = Connection already exists. (unused)
MKDSXE_CXTION_OBJ_UPDATE_FAILED = Error updating connection.
MKDSXE_CXTION_NOT_FOUND_UPDATE = Error updating connection; connection not found.
MKDSXE_CXTION_DUPS_FOUND_UPDATE = Error updating connection; duplicate connections found.
MKDSXE_CXTION_DELETE_FAILED = Error deleting connection.
MKDSXE_CXTION_NOT_FOUND_DELETE = Error deleting connection; connection not found.
MKDSXE_MULTIPLE_CXTIONS_DELETED = Deleting multiple connection.
MKDSXE_CXTION_DUMP_FAILED = Error dumping connection.
MKDSXE_CXTION_NOT_FOUND_DUMP = Error dumping; connection not found.
MKDSXE_MULTIPLE_CXTIONS_DUMPED = Dumping duplicate connections.
--*/
{
PWCHAR *Argv;
ULONG i, j;
ULONG OptLen;
DWORD Status = ERROR_SUCCESS;
PWCHAR FromSite = NULL;
PWCHAR FromServer = NULL;
PWCHAR ToSite = NULL;
PWCHAR ToServer = NULL;
PWCHAR ReplicaSetName = NULL;
PWCHAR FromComputer = NULL;
PWCHAR ToComputer = NULL;
PWCHAR ToNTDSSettingsDn = NULL; // These parameters are settingsDn in sysvol replica sets
PWCHAR FromNTDSSettingsDn = NULL; // and memberDn in non sysvol replica sets.
PWCHAR CxtionName = NULL;
PBYTE pSchedule = NULL;
PBYTE CustSchedData = NULL;
DWORD Interval = 1;
DWORD Stagger = 1;
DWORD Offset = 0;
DWORD Options = 0xffffffff;
DWORD Priority = 0xffffffff;
BOOL bEnabled = TRUE;
BOOL bIgnoreSchedule = FALSE;
BOOL bCreateConnection = FALSE;
BOOL bUpdateConnection = FALSE;
BOOL bDelConnection = FALSE;
BOOL bDumpConnection = FALSE;
BOOL bSchedule = FALSE;
PWCHAR Switch = NULL;
PWCHAR CustomSchedule = NULL;
DWORD DataByte;
#define ArgMatch(_a, _b) (wcsstr(_a, _b) == (_a))
Argv = ConvertArgv(argc, argv);
if (argc <= 1) {
Usage(Argv);
FreeArgv(argc,Argv);
return MKDSXE_BAD_ARG;
}
for (i = 1; i < argc; ++i) {
OptLen = wcslen(Argv[i]);
_wcslwr(Argv[i]);
Switch = Argv[i];
if ((*Switch != L'/') && (*Switch != L'-')) {
Usage(Argv);
return MKDSXE_BAD_ARG;
}
++Switch; // jump over -
if (OptLen == 2 && ArgMatch(Switch, L"v")) {
bVerboseMode=TRUE;
} else if (OptLen == 3 && ArgMatch(Switch, L"vs")) {
bVerboseModeSearch=TRUE;
} else if (OptLen == 2 && ArgMatch(Switch, L"?")) {
Usage(Argv);
FreeArgv(argc,Argv);
return MKDSXE_SUCCESS;
} else if (OptLen == 6 && ArgMatch(Switch, L"debug")) {
bDebugMode = TRUE;
bVerboseMode=TRUE;
} else if (OptLen == 3 && (i+1 < argc) && ArgMatch(Switch, L"dc")) {
i+=1;
DcName = new WCHAR[wcslen(Argv[i])+1];
wcscpy(DcName, Argv[i]);
} else if (OptLen == 9 && (i+1 < argc) && ArgMatch(Switch, L"fromsite")) {
i+=1;
FromSite = new WCHAR[wcslen(Argv[i])+1];
wcscpy(FromSite, Argv[i]);
} else if (OptLen == 11 && (i+1 < argc) && ArgMatch(Switch, L"fromserver")) {
i+=1;
FromServer = new WCHAR[wcslen(Argv[i])+1];
wcscpy(FromServer, Argv[i]);
} else if (OptLen == 7 && (i+1 < argc) && ArgMatch(Switch, L"tosite")) {
i+=1;
ToSite = new WCHAR[wcslen(Argv[i])+1];
wcscpy(ToSite, Argv[i]);
} else if (OptLen == 9 && (i+1 < argc) && ArgMatch(Switch, L"toserver")) {
i+=1;
ToServer = new WCHAR[wcslen(Argv[i])+1];
wcscpy(ToServer, Argv[i]);
} else if (OptLen == 15 && (i+1 < argc) && ArgMatch(Switch, L"replicasetname")) {
i+=1;
ReplicaSetName = new WCHAR[wcslen(Argv[i])+1];
wcscpy(ReplicaSetName, Argv[i]);
} else if (OptLen == 13 && (i+1 < argc) && ArgMatch(Switch, L"fromcomputer")) {
i+=1;
FromComputer = new WCHAR[wcslen(Argv[i])+1];
wcscpy(FromComputer, Argv[i]);
} else if (OptLen == 11 && (i+1 < argc) && ArgMatch(Switch, L"tocomputer")) {
i+=1;
ToComputer = new WCHAR[wcslen(Argv[i])+1];
wcscpy(ToComputer, Argv[i]);
} else if (OptLen == 5 && (i+1 < argc) && ArgMatch(Switch, L"name")) {
i+=1;
CxtionName = new WCHAR[wcslen(Argv[i])+1];
wcscpy(CxtionName, Argv[i]);
} else if (OptLen == 15 && (i+1 < argc) && ArgMatch(Switch, L"customschedule")) {
i+=1;
if (wcslen(Argv[i]) != FRST_SIZE_OF_SCHEDULE_GRID) {
printf("Invalid custom schedule - Expecting %d bytes, Actual was %d bytes\n",
FRST_SIZE_OF_SCHEDULE_GRID, wcslen(Argv[i]));
return MKDSXE_BAD_ARG;
}
bSchedule = TRUE;
CustomSchedule = new WCHAR[wcslen(Argv[i])+1];
wcscpy(CustomSchedule, Argv[i]);
//
// Convert to binary.
//
CustSchedData = new BYTE[FRST_SIZE_OF_SCHEDULE_GRID];
if (CustSchedData == NULL) {
printf("Error allocating memory.\n");
return MKDSXE_BAD_ARG;
}
for (j=0; j<FRST_SIZE_OF_SCHEDULE_GRID; j++) {
if (swscanf(&CustomSchedule[j], L"%1x", &DataByte) != 1) {
CustomSchedule[j+1] = L'\0';
printf("Invalid custom schedule - Invalid hex data (%ws) for schedule byte %d.\n",
&CustomSchedule[j], i);
return MKDSXE_BAD_ARG;
}
CustSchedData[j] = (BYTE) DataByte;
}
//PrintScheduleGrid(CustSchedData, 0x0F);
} else if (OptLen == 9 && (i+3 < argc) && ArgMatch(Switch, L"schedule")) {
bSchedule = TRUE;
Interval = _wtoi(Argv[i+1]);
Stagger = _wtoi(Argv[i+2]);
Offset = _wtoi(Argv[i+3]);
i+=3;
} else if ((OptLen == 10) && (i+1 < argc) && ArgMatch(Switch, L"schedmask")) {
SchedMask = ReadScheduleFile(Argv[i+1]);
if (SchedMask == NULL) {
FreeArgv(argc,Argv);
return MKDSXE_BAD_ARG;
} else {
if (bVerboseMode) {
printf(" schedmask:\n");
PrintScheduleGrid(SchedMask, 0x0F);
}
}
i+=1;
} else if ((OptLen == 14) && (i+1 < argc) && ArgMatch(Switch, L"schedoverride")) {
SchedOverride = ReadScheduleFile(Argv[i+1]);
if (SchedOverride == NULL) {
FreeArgv(argc,Argv);
return MKDSXE_BAD_ARG;
} else {
if (bVerboseMode) {
printf(" schedoverride:\n");
PrintScheduleGrid(SchedOverride, 0x0F);
}
}
bSchedule = TRUE;
i+=1;
} else if (OptLen == 8 && (i+1 < argc) && ArgMatch(Switch, L"options")) {
i+=1;
Options = _wtoi(Argv[i]);
//
// Mask off all the bits of option that are not supported.
//
Options = Options & MKDSXE_VALID_CONN_OPTIONS_MASK;
} else if (OptLen == 9 && (i+1 < argc) && ArgMatch(Switch, L"priority")) {
i+=1;
Priority = _wtoi(Argv[i]);
if (Priority > MKDSXE_MAX_CONN_PRIORITY) {
Usage(Argv);
FreeArgv(argc,Argv);
return MKDSXE_BAD_ARG;
}
} else if (OptLen == 15 && ArgMatch(Switch, L"ignoreschedule")) {
bIgnoreSchedule = TRUE;
} else if (OptLen == 7 && ArgMatch(Switch, L"enable")) {
bEnabled = TRUE;
} else if (OptLen == 8 && ArgMatch(Switch, L"disable")) {
bEnabled = FALSE;
} else if (OptLen == 7 && ArgMatch(Switch, L"create")) {
bCreateConnection = TRUE;
} else if (OptLen == 7 && ArgMatch(Switch, L"update")) {
bUpdateConnection = TRUE;
} else if (OptLen == 4 && ArgMatch(Switch, L"del")) {
bDelConnection = TRUE;
} else if (OptLen == 5 && ArgMatch(Switch, L"dump")) {
bDumpConnection = TRUE;
} else if (OptLen == 4 && ArgMatch(Switch, L"all")) {
bAffectAll = TRUE;
} else {
Usage(Argv);
FreeArgv(argc,Argv);
return MKDSXE_BAD_ARG;
}
}
FreeArgv(argc,Argv);
if (ReplicaSetName != NULL) {
if (bAffectAll) {
if ( //DcName == NULL ||
ToComputer == NULL) {
Usage(Argv);
return MKDSXE_BAD_ARG;
}
} else if ( //DcName == NULL ||
FromComputer == NULL ||
ToComputer == NULL) {
Usage(Argv);
return MKDSXE_BAD_ARG;
}
} else {
if (bAffectAll) {
if ( // DcName == NULL ||
ToSite == NULL || ToServer == NULL ) {
Usage(Argv);
return MKDSXE_BAD_ARG;
}
} else if ( // DcName == NULL ||
FromSite == NULL || FromServer == NULL ||
ToSite == NULL || ToServer == NULL ) {
Usage(Argv);
return MKDSXE_BAD_ARG;
}
}
Status = BindToDC(DcName, &pLdap);
if (Status != ERROR_SUCCESS) {
return MKDSXE_CANT_BIND;
}
if (ReplicaSetName != NULL) {
Status = FormMemberDn(ReplicaSetName, ToComputer, &ToNTDSSettingsDn);
} else {
Status = FormNTDSSettingsDn(ToSite, ToServer, &ToNTDSSettingsDn);
}
if (Status != ERROR_SUCCESS) {
return MKDSXE_NO_T0_NTDS_SETTINGS;
}
//
// We need the from server only if Affectall is not set.
//
if (!bAffectAll) {
if (ReplicaSetName != NULL) {
Status = FormMemberDn(ReplicaSetName, FromComputer, &FromNTDSSettingsDn);
} else {
Status = FormNTDSSettingsDn(FromSite, FromServer, &FromNTDSSettingsDn);
}
if (Status != ERROR_SUCCESS) {
return MKDSXE_NO_FROM_NTDS_SETTINGS;
}
}
//
// /all does not make sense with create.
//
if ((bAffectAll) && (bCreateConnection || bUpdateConnection) ) {
Usage(Argv);
DPRINT0("Error - /all can not be used with /create or /update.\n");
return MKDSXE_BAD_ARG;
}
//
// Merge the priority with options attribute if supplied.
//
if (Priority != 0xffffffff) {
if (Options == 0xffffffff) {
Options = (Priority << 28);
} else {
Options = Options | (Priority << 28);
}
}
//
// Merge the ignore schedule bit with options attribute if supplied.
//
if (bIgnoreSchedule == TRUE) {
if (Options == 0xffffffff) {
Options = NTDSCONN_OPT_IGNORE_SCHEDULE_MASK;
} else {
Options = Options | NTDSCONN_OPT_IGNORE_SCHEDULE_MASK;
}
}
if (bCreateConnection) {
if (CxtionName == NULL) {
DPRINT0("Need a cxtion name to create a new connection\n");
Status = MKDSXE_BAD_ARG;
} else {
if (bSchedule) {
BuildSchedule(&pSchedule, Interval, Stagger, Offset, CustSchedData);
Status = CreateNewConnection(CxtionName, FromNTDSSettingsDn,
ToNTDSSettingsDn, bEnabled, Options, pSchedule);
} else {
Status = CreateNewConnection(CxtionName, FromNTDSSettingsDn,
ToNTDSSettingsDn, bEnabled, Options, NULL);
}
}
} else if (bUpdateConnection) {
if (bSchedule) {
BuildSchedule(&pSchedule, Interval, Stagger, Offset, CustSchedData);
Status = UpdateConnection(FromNTDSSettingsDn, ToNTDSSettingsDn,
bEnabled, Options, pSchedule);
} else {
Status = UpdateConnection(FromNTDSSettingsDn, ToNTDSSettingsDn,
bEnabled, Options, NULL);
}
} else if (bDelConnection) {
Status = DelConnection(FromNTDSSettingsDn, ToNTDSSettingsDn);
} else if (bDumpConnection) {
Status = DumpConnection(FromNTDSSettingsDn, ToNTDSSettingsDn);
}
ldap_unbind(pLdap);
return Status;
}