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Methods in one.microstream that return XCollection
Modifier and Type |
Method |
Description |
static <E> XCollection<E> |
X.synchronize(XCollection<E> collection) |
Ensures that the returned XCollection instance based on the passed collection is thread safe to use.
This normally means wrapping the passed collection in a SynchCollection , making it effectively synchronized.
If the passed collection already is thread safe (indicated by the marker interface ThreadSafe ), then the collection
itself is returned without further actions.
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Methods in one.microstream with parameters of type XCollection
Modifier and Type |
Method |
Description |
static <E> XCollection<E> |
X.synchronize(XCollection<E> collection) |
Ensures that the returned XCollection instance based on the passed collection is thread safe to use.
This normally means wrapping the passed collection in a SynchCollection , making it effectively synchronized.
If the passed collection already is thread safe (indicated by the marker interface ThreadSafe ), then the collection
itself is returned without further actions.
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Classes in one.microstream.collections that implement XCollection
Modifier and Type |
Class |
Description |
class |
ArrayCollector<E> |
Full scale general purpose implementation of extended collection type XList .
|
class |
BulkList<E> |
Collection that is ordered and allows duplicates.
|
class |
EqBulkList<E> |
Full scale general purpose implementation of extended collection type XList .
|
class |
EqHashEnum<E> |
Collection that is ordered and does not allow duplicates.
|
class |
EqHashTable<K,V> |
Collection of key-value-pairs that is ordered and does not allow duplicate keys.
|
class |
EqHashTable.Keys |
|
class |
HashEnum<E> |
Collection that is ordered and does not allow duplicates.
|
class |
HashTable<K,V> |
Collection of key-value-pairs that is ordered and does not allow duplicate keys.
|
class |
HashTable.Keys |
|
class |
LimitList<E> |
Full scale general purpose implementation of extended collection type XList .
|
class |
LockedCollection<E> |
|
class |
LockedList<E> |
|
class |
LockedMap<K,V> |
|
class |
MutexSet<E> |
|
class |
Single<E> |
|
class |
SubList<E> |
|
class |
SynchCollection<E> |
Synchronization wrapper class that wraps an XCollection instance in public synchronized delegate methods.
|
class |
SynchList<E> |
Synchronization wrapper class that wraps an XList instance in public synchronized delegate methods.
|
class |
SynchSet<E> |
Synchronization wrapper class that wraps an XSet instance in public synchronized delegate methods.
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Subinterfaces of XCollection in one.microstream.collections.sorting
Modifier and Type |
Interface |
Description |
interface |
XChart<K,V> |
|
static interface |
XChart.Keys<K,V> |
|
interface |
XLadder<E> |
|
interface |
XRank<E> |
|
interface |
XSortation<E> |
Actually being a "Collation" (a collection of elements to which a sortation is applied), this type has been named
"Sortation" nevertheless to avoid the mistakable similarity to the basic collection type "Collection" in reading,
writing, talking and IntelliSense filtering.
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Subinterfaces of XCollection in one.microstream.collections.types
Modifier and Type |
Interface |
Description |
interface |
XBag<E> |
Bag type collections make the single demand (thus being a level 1 collection type) that duplicate elements have
to be allowed, effectively being the opposite to set type collections.
|
interface |
XBasicEnum<E> |
Intermediate list type providing getting, adding, removing concerns to act as a common super type for
XList and XLadder .
|
interface |
XBasicList<E> |
Intermediate list type providing getting, adding, removing concerns to act as a common super type for
XList and XLadder .
|
interface |
XBasicSequence<E> |
Intermediate sequence type providing getting, adding, removing concerns to act as a common super type for
XSequence and XSortation .
|
interface |
XBasicTable<K,V> |
|
static interface |
XBasicTable.Keys<K,V> |
|
interface |
XEnum<E> |
|
interface |
XList<E> |
Extended List interface with additional list procedures like distinction between identity and equality
element comparison, procedure range specification, higher order (functional) procedures, proper toArray() methods,
etc.
All XList implementations have to have RandomAccess behavior.
Intelligent implementations make non-random-access implementations like simple linked lists obsolete.
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interface |
XMap<K,V> |
|
static interface |
XMap.Keys<K,V> |
|
interface |
XSequence<E> |
Level 1 collection type defining the single demand for the collection's elements to be ordered.
|
interface |
XSet<E> |
|
interface |
XTable<K,V> |
|
static interface |
XTable.Keys<K,V> |
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