static internal void AddEntry(NameValuePermission kvtree, ArrayList entries, DBConnectionString entry)
{
Debug.Assert(null != entry, "null DBConnectionString");
if (null != entry.KeyChain)
{
for (NameValuePair keychain = entry.KeyChain; null != keychain; keychain = keychain.Next)
{
NameValuePermission kv;
kv = kvtree.CheckKeyForValue(keychain.Name);
if (null == kv)
{
kv = new NameValuePermission(keychain.Name);
kvtree.Add(kv); // add directly into live tree
}
kvtree = kv;
kv = kvtree.CheckKeyForValue(keychain.Value);
if (null == kv)
{
DBConnectionString insertValue = ((null != keychain.Next) ? null : entry);
kv = new NameValuePermission(keychain.Value, insertValue);
kvtree.Add(kv); // add directly into live tree
if (null != insertValue)
{
entries.Add(insertValue);
}
}
else if (null == keychain.Next) // shorter chain potential
{
if (null != kv._entry)
{
entries.Remove(kv._entry);
kv._entry = kv._entry.MergeIntersect(entry); // union new restrictions into existing tree
}
else
{
kv._entry = entry;
}
entries.Add(kv._entry);
}
kvtree = kv;
}
}
else // global restrictions, MDAC 84443
{
DBConnectionString kentry = kvtree._entry;
if (null != kentry)
{
entries.Remove(kentry);
kvtree._entry = kentry.MergeIntersect(entry);
}
else
{
kvtree._entry = entry;
}
entries.Add(kvtree._entry);
}
}
internal static void AddEntry(NameValuePermission kvtree, ArrayList entries, DBConnectionString entry)
{
if (entry.KeyChain != null)
{
for (NameValuePair pair = entry.KeyChain; pair != null; pair = pair.Next)
{
NameValuePermission permit = kvtree.CheckKeyForValue(pair.Name);
if (permit == null)
{
permit = new NameValuePermission(pair.Name);
kvtree.Add(permit);
}
kvtree = permit;
permit = kvtree.CheckKeyForValue(pair.Value);
if (permit == null)
{
DBConnectionString str2 = (pair.Next != null) ? null : entry;
permit = new NameValuePermission(pair.Value, str2);
kvtree.Add(permit);
if (str2 != null)
{
entries.Add(str2);
}
}
else if (pair.Next == null)
{
if (permit._entry != null)
{
entries.Remove(permit._entry);
permit._entry = permit._entry.Intersect(entry);
}
else
{
permit._entry = entry;
}
entries.Add(permit._entry);
}
kvtree = permit;
}
}
else
{
DBConnectionString str = kvtree._entry;
if (str != null)
{
entries.Remove(str);
kvtree._entry = str.Intersect(entry);
}
else
{
kvtree._entry = entry;
}
entries.Add(kvtree._entry);
}
}
static internal void AddEntry(NameValuePermission kvtree, ArrayList entries, DBConnectionString entry) {
Debug.Assert(null != entry, "null DBConnectionString");
if (null != entry.KeyChain) {
for(NameValuePair keychain = entry.KeyChain; null != keychain; keychain = keychain.Next) {
NameValuePermission kv;
kv = kvtree.CheckKeyForValue(keychain.Name);
if (null == kv) {
kv = new NameValuePermission(keychain.Name);
kvtree.Add(kv); // add directly into live tree
}
kvtree = kv;
kv = kvtree.CheckKeyForValue(keychain.Value);
if (null == kv) {
DBConnectionString insertValue = ((null != keychain.Next) ? null : entry);
kv = new NameValuePermission(keychain.Value, insertValue);
kvtree.Add(kv); // add directly into live tree
if (null != insertValue) {
entries.Add(insertValue);
}
}
else if (null == keychain.Next) { // shorter chain potential
if (null != kv._entry) {
Debug.Assert(entries.Contains(kv._entry), "entries doesn't contain entry");
entries.Remove(kv._entry);
kv._entry = kv._entry.Intersect(entry); // union new restrictions into existing tree
}
else {
kv._entry = entry;
}
entries.Add(kv._entry);
}
kvtree = kv;
}
}
else { // global restrictions, MDAC 84443
DBConnectionString kentry = kvtree._entry;
if (null != kentry) {
Debug.Assert(entries.Contains(kentry), "entries doesn't contain entry");
entries.Remove(kentry);
kvtree._entry = kentry.Intersect(entry);
}
else {
kvtree._entry = entry;
}
entries.Add(kvtree._entry);
}
}
