|
VisiBroker for Java |
||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD | ||||||||
java.lang.Objectcom.inprise.vbroker.PortableServerExt.SubjectAddressScheme
public final class SubjectAddressScheme
Subject's address scheme.
| Field Summary | |
|---|---|
static int |
_CHANNEL_ADDR
The subject reference to subscribe/publish operations is an OMG Notification Channel (or typed channel). |
static int |
_PUBLISH_ADMIN_ADDR
The subject reference to publish() is an OMG notification supplier admin reference, PSA simply calls obtain_<...>_consumer() on
the admin reference to allocate a proxy on the admin and then calls
connect_<...>_supplier() on the proxy. |
static int |
_SUBJECT_ADDR
The subject reference to subscribe() is a direct event pushing address. |
static int |
_SUBSCRIBE_ADMIN_ADDR
The subject reference to subscribe() is a OMG Notification Consumer Admin reference, PSA simply calls obtain_<...>_supplier()
on the admin to allocate a proxy on the admin and then calls
connect_<...>_consumer() on the proxy. |
static SubjectAddressScheme |
CHANNEL_ADDR
The subject reference to subscribe/publish operations is an OMG Notification Channel (or typed channel). |
static SubjectAddressScheme |
PUBLISH_ADMIN_ADDR
The subject reference to publish() is an OMG notification supplier admin reference, PSA simply calls obtain_<...>_consumer() on
the admin reference to allocate a proxy on the admin and then calls
connect_<...>_supplier() on the proxy. |
static SubjectAddressScheme |
SUBJECT_ADDR
The subject reference to subscribe() is a direct event pushing address. |
static SubjectAddressScheme |
SUBSCRIBE_ADMIN_ADDR
The subject reference to subscribe() is a OMG Notification Consumer Admin reference, PSA simply calls obtain_<...>_supplier()
on the admin to allocate a proxy on the admin and then calls
connect_<...>_consumer() on the proxy. |
| Method Summary | |
|---|---|
boolean |
equals(java.lang.Object o)
|
static SubjectAddressScheme |
from_int(int _vis_value)
|
int |
hashCode()
|
java.lang.String |
toString()
|
int |
value()
|
| Methods inherited from class java.lang.Object |
|---|
getClass, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
public static final int _SUBSCRIBE_ADMIN_ADDR
obtain_<...>_supplier()
on the admin to allocate a proxy on the admin and then calls
connect_<...>_consumer() on the proxy. The consumer reference connected to the
proxy is either null (for pull mode consumer) or a push consumer object reference
created from this PSA with the observer_id parameter. For typed channels, the
get_typed_consumer() and get_typed_supplier() are automatically handled by
PSA.
public static final int _PUBLISH_ADMIN_ADDR
obtain_<...>_consumer() on
the admin reference to allocate a proxy on the admin and then calls
connect_<...>_supplier() on the proxy. The supplier reference connected to the
proxy is either null (for push supplier) or a pull supplier reference create from this
PSA with provider_id parameter. For typed channels, get_typed_consumer()
operation and get_typed_supplier() implementation are automatically handled by
PSA.
public static final int _CHANNEL_ADDR
_get_default_consumer_admin()/
_get_default_supplier_admin() on
the channel to get the default admin and then handles it as a connection through
this consumer admin reference.
public static final int _SUBJECT_ADDR
_get_MyAdmin()/_get_MyChannel()/_get_default_consumer_admin() and then
handles it as a connection through consumer admin. For typed channel, this is
already a push interface. PSA looks into the reference for a consumer admin
component (not currently supported) and handles as a connection through
consumer admin.
The subject reference to publish() is a direct event pushing address. For example, it could be a multicast IOR or a typed interface. This is a trivial case. PSA simply wraps a publisher descriptor and returns.
public static final SubjectAddressScheme SUBSCRIBE_ADMIN_ADDR
obtain_<...>_supplier()
on the admin to allocate a proxy on the admin and then calls
connect_<...>_consumer() on the proxy. The consumer reference connected to the
proxy is either null (for pull mode consumer) or a push consumer object reference
created from this PSA with the observer_id parameter. For typed channels, the
get_typed_consumer() and get_typed_supplier() are automatically handled by
PSA.
public static final SubjectAddressScheme PUBLISH_ADMIN_ADDR
obtain_<...>_consumer() on
the admin reference to allocate a proxy on the admin and then calls
connect_<...>_supplier() on the proxy. The supplier reference connected to the
proxy is either null (for push supplier) or a pull supplier reference create from this
PSA with provider_id parameter. For typed channels, get_typed_consumer()
operation and get_typed_supplier() implementation are automatically handled by
PSA.
public static final SubjectAddressScheme CHANNEL_ADDR
_get_default_consumer_admin()/
_get_default_supplier_admin() on
the channel to get the default admin and then handles it as a connection through
this consumer admin reference.
public static final SubjectAddressScheme SUBJECT_ADDR
_get_MyAdmin()/_get_MyChannel()/_get_default_consumer_admin() and then
handles it as a connection through consumer admin. For typed channel, this is
already a push interface. PSA looks into the reference for a consumer admin
component (not currently supported) and handles as a connection through
consumer admin.
The subject reference to publish() is a direct event pushing address. For example, it could be a multicast IOR or a typed interface. This is a trivial case. PSA simply wraps a publisher descriptor and returns.
| Method Detail |
|---|
public int value()
public static SubjectAddressScheme from_int(int _vis_value)
public java.lang.String toString()
toString in class java.lang.Objectpublic boolean equals(java.lang.Object o)
equals in class java.lang.Objectpublic int hashCode()
hashCode in class java.lang.Object
|
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD | |||||||||