///
/// @todo This method requires performance improvement! It currently
/// iterates over all existing subnets (possibly a couple of times)
- /// to find the one which fulfils the search criteria. The subnet storage
+ /// to find the one which fulfills the search criteria. The subnet storage
/// is implemented as a simple STL vector which precludes fast searches
/// using specific keys. Hence, full scan is required. To improve the
/// search performance a different container type is required, e.g.
/// @c selectSubnet(SubnetSelector).
///
/// @todo This method requires performance improvement! It currently
- /// iterates over all existing subnets to find the one which fulfils
+ /// iterates over all existing subnets to find the one which fulfills
/// the search criteria. The subnet storage is implemented as a simple
/// STL vector which precludes fast searches using specific keys.
/// Hence, full scan is required. To improve the search performance a
/// @c selectSubnet(SubnetSelector).
///
/// @todo This method requires performance improvement! It currently
- /// iterates over all existing subnets to find the one which fulfils
+ /// iterates over all existing subnets to find the one which fulfills
/// the search criteria. The subnet storage is implemented as a simple
/// STL vector which precludes fast searches using specific keys.
/// Hence, full scan is required. To improve the search performance a
///
/// @todo This method requires performance improvement! It currently
/// iterates over all existing subnets (possibly a couple of times)
- /// to find the one which fulfils the search criteria. The subnet storage
+ /// to find the one which fulfills the search criteria. The subnet storage
/// is implemented as a simple STL vector which precludes fast searches
/// using specific keys. Hence, full scan is required. To improve the
/// search performance a different container type is required, e.g.
///
/// @todo This method requires performance improvement! It currently
/// iterates over all existing subnets (possibly a couple of times)
- /// to find the one which fulfils the search criteria. The subnet storage
+ /// to find the one which fulfills the search criteria. The subnet storage
/// is implemented as a simple STL vector which precludes fast searches
/// using specific keys. Hence, full scan is required. To improve the
/// search performance a different container type is required, e.g.
/// name, the subnet is returned.
///
/// @todo This method requires performance improvement! It currently
- /// iterates over all existing subnets to find the one which fulfils
+ /// iterates over all existing subnets to find the one which fulfills
/// the search criteria. The subnet storage is implemented as a
/// simple STL vector which precludes fast searches using specific
/// keys. Hence, full scan is required. To improve the search
/// subnet is returned.
///
/// @todo This method requires performance improvement! It currently
- /// iterates over all existing subnets to find the one which fulfils
+ /// iterates over all existing subnets to find the one which fulfills
/// the search criteria. The subnet storage is implemented as a
/// simple STL vector which precludes fast searches using specific
/// keys. Hence, full scan is required. To improve the search
All configuration classes are derived from the abstract base class
\ref isc::data::CfgToElement and define the toElement virtual method
which returns a \ref isc::data::ConstElementPtr which must be
-parsed into the same object, i.e. fullfil this property:
+parsed into the same object, i.e. fulfill this property:
@code
for all valid C: parse(parse(C)->toElement()) == parse(C)
@endcode
/// to mark leases with even indexes as expired and then test whether
/// leases with even indexes have been successfully reclaimed.
///
-/// The "lease algorithm" verifies if the given lease fulfils the
+/// The "lease algorithm" verifies if the given lease fulfills the
/// specific conditions after reclamation. These are the examples of
/// the lease algorithms:
/// - leaseExists - lease still exists in the database,
/// - dnsUpdateNotGeneratedForLease - DNS updates not generated for lease
///
/// The combination of index algorithm and lease algorithm allows for
-/// verifying that the whole sets of leases in the lease database fulfil
+/// verifying that the whole sets of leases in the lease database fulfill
/// certain conditions. For example, it is possible to verify that
/// after lease reclamation leases with even indexes have state set to
/// "expired-reclaimed".
LeasePtrType lease = getLease(i);
// index_algorithm(i) checks if the lease should be checked.
// If so, check if the lease_algorithm indicates that the
- // lease fulfils a given condition, e.g. is present in the
+ // lease fulfills a given condition, e.g. is present in the
// database. If not, return false.
if (index_algorithm(i) && !lease_algorithm(lease)) {
return (false);