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Configuration
interface, used
to simplify writing implementations. Entry
that provides useful
implementations of equals
, hashCode
, and
toString
. InvocationLayerFactory
that
provides a convenient way for subclasses to create proxies and
invocation dispatchers for remote objects. AbstractILFactory
instance with a
null
class loader.
AbstractILFactory
instance with the
specified class loader.
AcknowledgmentSource
server context element to handle the
receipt of an acknowledgment that the remote call's result data
has been processed by the client.null
underlying proxy, and null
client constraints.
Exporter
implementation for exporting an activatable
remote object using its underlying exporter. null
class loader.
java.rmi.activation.ActivationGroup
to allow activatable objects that
are exported using an Exporter
to go inactive.
RemoteEvent
marking the transition of an
Entry
from unavailable to
available
.AvailabilityEvent
instance.
listenEndpoint
to this
ListenContext
's collection of
ListenEndpoint
instances for the
ServerEndpoint
it was passed to, starts a
listen operation on listenEndpoint
if
necessary, and returns the ListenCookie
for an
active listen operation on listenEndpoint
.
cl
.
cl
.
InvocationLayerFactory
. BasicILFactory
instance with no server
constraints, no permission class, and a null
class
loader.
BasicILFactory
with the specified server
constraints, permission class, and a null
class
loader.
BasicILFactory
with the specified server
constraints, permission class, and class loader.
InvocationDispatcher
interface,
providing preinvocation access control for
remote objects exported using BasicJeriExporter
.
InvocationHandler
interface.
BasicInvocationHandler
with the
specified ObjectEndpoint
and server constraints.
BasicInvocationHandler
with the
specified client constraints and with the same
ObjectEndpoint
and server constraints as the given
other BasicInvocationHandler
.
Exporter
implementation for exporting
a remote object to use Jini(TM) extensible remote invocation
(Jini ERI). BasicJeriExporter
with the given server
endpoint and invocation layer factory.
BasicJeriExporter
with the given server
endpoint, invocation layer factory, enableDGC
flag, and
keepAlive
flag.
BasicJeriExporter
with the given server
endpoint, invocation layer factory, enableDGC
flag,
keepAlive
flag, and object identifier.
MethodConstraints
, allowing limited
wildcard matching on method names and parameter types. Endpoint
for
sending requests to the object and a Uuid
to identify
the object at that Endpoint
.
BasicObjectEndpoint
to reference a
remote object at the specified Endpoint
with the
specified Uuid
.
ProxyPreparer
for verifying that proxies are trusted,
granting them dynamic permissions, and setting their constraints, as well as
for creating other proxy preparer subclasses that include those
operations. RMIClassLoader
with optional verification that the codebase URLs
used to load classes provide content integrity (see Security.verifyCodebaseIntegrity
).Exporter
or ProxyPreparer
instances, or other
application-specific objects, from configuration files, databases, or other
sources. Error
.
Exporter
or ProxyPreparer
instances, or application-specific objects,
constructed from data in a configuration source and override options, as
well as data supplied in the call to getEntry
. Configuration
is not found, including if null
is
specified for provider options and the implementation does not provide
default options. Error
.
Configuration
instances,
using a configurable provider. ConnectionManager
that manages
client-side connections to the specified connection endpoint.
net.jini.core.constraint
package, and for the
BasicMethodConstraints
, X500Principal
and
KerberosPrincipal
classes. ServerContext
and
ObjectStreamContext
.
InboundRequest.checkConstraints
for a request with the
specified handle.
For any given constraint, there must be a clear delineation
of which aspects (if any) must be implemented by the transport
layer. This method must not return a constraint (as a
requirement or a preference, directly or as an element of
another constraint) unless this instance can implement all of
those aspects. Also, this method must not return a constraint
for which all aspects must be implemented by the transport
layer. Most of the constraints in the net.jini.core.constraint
package must be fully implemented by
the transport layer and thus must not be returned by this
method; the one exception is Integrity
, for which the
transport layer is responsible for the data integrity aspect
and higher layers are responsible for the code integrity
aspect.
For any ConstraintAlternatives
in the specified
constraints, this method should only return a corresponding
constraint if all of the alternatives supported by this
instance need to be at least partially implemented by higher
layers in order to be fully satisfied.
The constraints passed to this method may include constraints based on relative time.
For any given constraint, there must be a clear delineation
of which aspects (if any) must be implemented by the transport
layer. This method must not return a constraint (as a
requirement or a preference, directly or as an element of
another constraint) unless this instance can implement all of
those aspects. Also, this method must not return a constraint
for which all aspects must be implemented by the transport
layer. Most of the constraints in the net.jini.core.constraint
package must be fully implemented by
the transport layer and thus must not be returned by this
method; the one exception is Integrity
, for which the
transport layer is responsible for the data integrity aspect
and higher layers are responsible for the code integrity
aspect.
For any ConstraintAlternatives
in the specified
constraints, this method should only return a corresponding
constraint if all of the alternatives supported by this
instance need to be at least partially implemented by higher
layers in order to be fully satisfied.
The constraints passed to this method may include constraints based on relative time.
true
if the specified invocation handler's
constraints and object endpoint are trusted; returns
false
otherwise.
ListenEndpoint
.
InboundRequest.checkPermissions
for a request with the
specified handle.
true
if the specified object (which is not
yet known to be trusted) is equivalent in trust, content, and
function to this known trusted object, and false
otherwise.
true
if the specified object (which is not
yet known to be trusted) is equivalent in trust, content, and
function to this known trusted object, and false
otherwise.
true
if the specified object (which is not
yet known to be trusted) is equivalent in trust, content, and
function to this known trusted object, and false
otherwise.
true
if the specified object (which is not
yet known to be trusted) is equivalent in trust, content, and
function to this known trusted object, and false
otherwise.
true
if the argument is an instance of
KerberosEndpoint
with the same values for server
principal, server host, and port; and either both this instance
and the argument have null
socket factories, or
the factories have the same actual class and are equal; and
returns false
otherwise.
true
if the argument is an instance of
HttpsEndpoint
with the same values for server host and
port; and either both this instance and the argument have
null
socket factories, or the factories have the same
actual class and are equal; and returns false
otherwise.
true
if the argument is an instance of
SslEndpoint
with the same values for server host and port;
and either both this instance and the argument have null
socket factories, or the factories have the same actual class and are
equal; and returns false
otherwise.
true
if the specified object (which is not
yet known to be trusted) is equivalent in trust, content, and
function to this known trusted object, and false
otherwise.
true
if the argument is an instance of this
class, and calling the checkTrustEquivalence
method on
the main proxy of this invocation handler, passing the main proxy of
the argument, returns true
, and calling the
checkTrustEquivalence
method on the bootstrap proxy of
this invocation handler, passing the bootstrap proxy of the argument,
returns true
, and returns false
otherwise.
true
if the specified object (that is not yet
known to be trusted) is equivalent in trust, content, and function to
this known trusted object, and returns false
otherwise.
ListenEndpoint
.
null
argument added as requirements and has all
of the preferences from each non-null
argument added as
preferences.
true
if the two passed objects are
non-null
, implement ReferentUuid
and
their getReferentUuid
methods return equivalent
Uuid
s, or if they are both null
.
null
if a
new connection needs to be created in a way that requires
synchronous I/O.
Transaction
and remain visible for the lifetime of the
match set.
MarshalledObject
that will
contain an object equivalent to the object contained
in this MarshalledInstance
object.
Uuid
with the specified 128-bit
value.
Uuid
with the 128-bit value
represented by the specified string.
PreferredClassProvider
to use to load classes from
the specified path of URLs with the specified delegation
parent.
InvocationLayerFactory.Instances
container object. The proxy sends
calls to the remote object using the supplied
ObjectEndpoint
.
The returned proxy implements an implementation-specific set of
remote interfaces of impl
and may implement additional
implementation-specific interfaces.
A given Exporter
implementation should only call this
method once per export. An invocation dispatcher constructed for a
previous export should not be reused.
AbstractILFactory
implements this method to return a
Proxy
instance where:
If the class loader specified during construction is not
null
, the proxy's class is defined by the specified
loader.
Proxy
instance
implementing the specified interfaces, communicating with the
specified remote object using the specified object endpoint.
Proxy
instance
implementing the specified interfaces, communicating with the
specified remote object using the specified object endpoint.
getRequestInputStream
method
on the given request
.
ObjectInputStream
instance to use to read
objects from the response input stream obtained by invoking the getResponseInputStream
method
on the given request
.
getResponseOutputStream
method on the given request
.
ObjectOutputStream
instance to use to write
objects to the request output stream obtained by invoking the getRequestOutputStream
method
on the given request
.
CodeSource
of a
downloaded class in order for the class to be defined using RMIClassLoader
.
DownloadPermission
with the name
"permit".
DynamicPolicyProvider
instance that wraps a
default underlying policy.
DynamicPolicyProvider
instance that wraps
around the given non-null
base policy object.
InboundRequest
to the specified remote object.
run
method with privileges
enabled, preserving the domain combiner (if any) of the calling context.
run
method with privileges
enabled, preserving the domain combiner (if any) of the calling context.
context
collection and invokes the run
method
of the supplied runnable
object.
Configuration
with no entries. Exporter
implementations.
ServerEndpoint
by passing the
ListenEndpoint
for each of them to
listenContext
, which will ensure an active listen
operation on each endpoint, and returns an
Endpoint
instance corresponding to the listen
operations chosen by listenContext
.
ListenEndpoint
for this HttpServerEndpoint
to
listenContext
, which will ensure an active listen
operation on the endpoint, and returns an
HttpEndpoint
instance corresponding to the listen
operation chosen by listenContext
.
ListenEndpoint
for this KerberosServerEndpoint
to
listenContext
, which will ensure an active listen
operation on the endpoint, and returns a KerberosEndpoint
instance corresponding to the listen operation chosen by
listenContext
.
ListenEndpoint
for this HttpsServerEndpoint
to
listenContext
, which will ensure an active listen
operation on the endpoint, and returns an HttpsEndpoint
instance corresponding to the listen operation chosen by
listenContext
.
ListenEndpoint
for this SslServerEndpoint
to
listenContext
, which will ensure an active listen
operation on the endpoint, and returns an SslEndpoint
instance corresponding to the listen operation chosen by
listenContext
.
ListenEndpoint
for this TcpServerEndpoint
to
listenContext
, which will ensure an active listen
operation on the endpoint, and returns a
TcpEndpoint
instance corresponding to the listen
operation chosen by listenContext
.
ActivatableInvocationHandler
for equality.
true
if the argument is a
Primitive
for which the result of calling
getValue
is the same as the value for this instance,
otherwise false
.
AbstractEntry
to the specified
object.
true
if the two arguments are of the same
class and for each entry field F, the arguments'
values for F are either both null
or the
invocation of equals
on one argument's value for
F with the other argument's value for F as
its parameter returns true
.
Uuid
for
equality.
MarshalledInstance
to another
object.
BasicInvocationHandler
for equality.
BasicObjectEndpoint
for equality.
HttpEndpoint
for equality.
HttpServerEndpoint
for equality.
null
or have the same actual class and
are equal.
==
; have the
same server principal; have the same values for server host and
port; have socket factories that are either both
null
, or have the same actual class and are equal;
and have server socket factories that are either both
null
, or have the same actual class and are equal.
null
, or have the same actual class and are equal.
==
; have server principals that are
either both null
or are equal when compared as the elements
of a Set
; have the same values for server host and port; have
socket factories that are either both null
, or have the
same actual class and are equal; and have server socket factories that
are either both null
, or have the same actual class and are
equal.
null
, or have the same actual class and are equal.
==
; have server principals that are
either both null
or are equal when compared as the elements
of a Set
; have the same values for server host and port; have
socket factories that are either both null
, or have the
same actual class and are equal; and have server socket factories
that are either both null
, or have the same actual class
and are equal.
TcpEndpoint
for equality.
TcpServerEndpoint
for equality.
true
if the specified object is an instance
of the same class as this permission and has the same target name
as this permission; returns false
otherwise.
listen
) every principal that matches the
peer principals of one instance matches the peer principals of the
other instance.
true
if the given object is an instance of the same
class as this object, with the same value for verify
, with
method constraints that are equals
or similarly not
specified, and with permissions
containing the same
elements, independent of order.
true
if the given object is a
GrantPermission
which both implies and is implied by this
permission; returns false
otherwise.
true
if the specified object and this object
are both instances of this class that were constructed with equivalent
arguments.
Permission.equals(java.lang.Object)
.
true
if the specified object and this object
are both instances of this class that were constructed with equivalent
permissions.
true
if the argument is an instance of this
class with the same main proxy and the same bootstrap proxy, and
false
otherwise.
This method should be passed an OutboundRequest
that was produced by an OutboundRequestIterator
returned from this object's newCall
method.
This method must be invoked after writing the request data to
and before reading any response data from the
OutboundRequest
.
If the remote call was successfully executed (such that the
response data may now be read) this method returns
null
. This method returns a non-null
RemoteException
to indicate a
RemoteException
that the remote call should fail
with. For example, if the referenced object does not exist at
the remote endpoint, a NoSuchObjectException
will be
returned. This method throws an IOException
for
other communication failures.
This method reads a byte from the response input stream of
call
.
impl
, to the RMI-IIOP runtime and
returns a proxy (stub) for the remote object.
impl
, to the JRMP runtime and
returns a proxy (stub) for the remote object.
finalize
method.
MarshalledInstance
to another
object.
DynamicPolicy
interface. GrantPermission
for the permission(s) specified
in the name string.
GrantPermission
for the given permission.
GrantPermission
for the given permissions.
Uuid
with 122 bits of its value
produced from a cryptographically strong random sequence.
GrantPermission
is always the empty string
""
.
Permission.getActions()
.
null
if activation is not being used with this
exporter.
null
if there is no exception associated with this error.
null
if no socket channel is available.
null
if no socket channel is available.
null
.
PreferredClassLoader
implements this method as
follows:
If this PreferredClassLoader
was constructed
with a non-null
export class annotation string,
then this method returns that string.
RMIClassLoaderSpi.getClassAnnotation(Class)
.
RMIClassLoaderSpi.getClassLoader(String)
.
BasicInvocationHandler
's client
constraints.
null
if none (in which case Socket
objects
are created directly).
null
if the client was not authenticated.
null
value.
null
value.
null
value.
ListenCookie
to identify the listen
operation as the return value of the ListenContext.addListenEndpoint
method.
80
.
false
if it is guaranteed that no data
written for this request has been processed by the recipient.
true
if DGC is enabled on the server endpoint to
the object corresponding to this exporter; otherwise
returns false
.
true
if this
BasicObjectEndpoint
participates in DGC and
false
otherwise.
Endpoint
for the referenced remote
object.
Collection
of the entries that could be
unmarshalled by the operation.
Configuration.NO_DEFAULT
.
Configuration.NO_DATA
), returning the default
value if no matching entry is found and the default value is not Configuration.NO_DEFAULT
.
Configuration.NO_DEFAULT
.
Configuration.NO_DATA
), returning the default
value if no matching entry is found and the default value is not Configuration.NO_DEFAULT
.
Entry
whose transition
triggered this event.
impl
to the getRemoteInterfaces
method.
impl
to the getRemoteInterfaces
method.
HttpEndpoint
connects to.
HttpEndpoint
instances produced by listening on
this HttpServerEndpoint
, or null
if
the IP address string obtained from InetAddress.getLocalHost
will be
used.
KerberosEndpoint
instances created by listening on this
object.
HttpsEndpoint
instances created by listening on this object, or null
if
enumerateListenEndpoints
will
use the default server host.
SslEndpoint
instances
created by listening on this object, or null
if enumerateListenEndpoints
will use the default
server host.
TcpEndpoint
connects to.
TcpEndpoint
instances produced by listening on
this TcpServerEndpoint
, or null
if
the IP address string obtained from InetAddress.getLocalHost
will be
used.
HttpEndpoint
instance for the given host name
and TCP port number.
HttpEndpoint
instance for the given
host name and TCP port number that contains the given SocketFactory
.
HttpServerEndpoint
instance for the
given TCP port number.
HttpServerEndpoint
instance for the given
host name and TCP port number.
HttpServerEndpoint
instance for the
given host name and TCP port number that contains the given
SocketFactory
and
ServerSocketFactory
.
KerberosEndpoint
instance for the given
server host name, TCP port number, and server
principal.
KerberosEndpoint
instance for the given
server host name, TCP port number, server principal, and
SocketFactory
.
KerberosServerEndpoint
instance with the
specified port, using the default server subject, server
principal, and server host.
KerberosServerEndpoint
instance with the
specified server host and port, using the default server
subject and server principal.
KerberosServerEndpoint
instance with the
specified server host, port, and socket factories, using the
default server subject and server principal.
KerberosServerEndpoint
instance with the
specified server subject, server principal, server host, and
port.
KerberosServerEndpoint
instance with the
specified server subject, server principal, server host, port,
and socket factories.
TcpEndpoint
instance for the given
host name and TCP port number.
TcpEndpoint
instance for the given host
name and TCP port number that contains the given
SocketFactory
.
TcpServerEndpoint
instance for the given
TCP port number.
TcpServerEndpoint
instance for the given
host name and TCP port number.
TcpServerEndpoint
instance for the given
host name and TCP port number that contains the given
SocketFactory
and
ServerSocketFactory
.
Method
objects,
containing all remote methods for which the invocation
dispatcher should accept incoming remote calls.
InvocationLayerFactory
for this
exporter.
true
if the virtual machine is kept alive while
the object corresponding to this exporter is exported; otherwise
returns false
.
Lease
associated with this
match set, or null
if this match set is not
leased.
Uuid
's 128-bit value.
0
if this error
descriptor is not associated with a line number.
null
if location information is not available.
Uuid
's 128-bit value.
null
if this descriptor matches
all methods.
BasicInvocationHandler
's
ObjectEndpoint
.
0
if the error did not occur in an override.
null
if this
descriptor matches all parameter types or all methods.
CodeSource
and
defined by this class loader.
Policy.getPermissions(CodeSource)
.
Policy.getPermissions(ProtectionDomain)
.
Policy.getPermissions(CodeSource)
.
Policy.getPermissions(ProtectionDomain)
.
HttpEndpoint
connects to.
HttpServerEndpoint
listens on.
ListenEndpoint
s
created by this server endpoint listen on.
0
if it selects a free port.
0
if it selects a free port.
TcpEndpoint
connects to.
TcpServerEndpoint
listens on.
null
if it is anonymous.
null
if it is anonymous.
ProxyTrustVerifier
.
TrustVerifier
which can be used to verify that
a proxy can be trusted as a proxy for the service; that is, the
isTrustedObject
method of the
returned verifier can be called with a candidate proxy.
TrustVerifier
that can be used to verify that
a proxy can be trusted as a proxy for the service; that is, the
isTrustedObject
method of the
returned verifier can be called with a candidate proxy.
Uuid
that has been assigned to the
resource this proxy represents.
InputStream
to read the request data
from.
OutputStream
to write the request data
to.
InputStream
to read the response data
from.
OutputStream
to write the response data
to.
BasicInvocationHandler
's server
constraints.
null
if provider does not contain context for the
current thread.
ClientHost
interface whose
getClientHost
method
returns the client host if the current thread is handling a JRMP
remote call, or null
otherwise.
ServerContext.getServerContext
) that is an instance of the given
type type
.
ServerSocketFactory
that this endpoint
uses to create ServerSocket
objects.
ServerSocket
instances, or
null
if it uses default server sockets.
ServerSocket
instances, or null
if it uses
default server sockets.
ServerSocket
instances, or null
if it uses
default server sockets.
ServerSocketFactory
that this endpoint
uses to create ServerSocket
objects.
null
if none (in which case
java.net.ServerSocket
objects are created directly).
Entry
whose
transition triggered this event.
Entry
removed by
the last call to next
.
SocketFactory
that this endpoint uses to
create Socket
objects.
SocketFactory
that
HttpEndpoint
objects produced by listening on this
HttpServerEndpoint
will use to create
Socket
objects.
SocketFactory
that this endpoint uses
to create Socket
objects.
KerberosEndpoint
instances, which are created by listening on
the ListenEndpoint
instances of this server
endpoint, use to create Socket
instances, or
null
if they use default sockets.
Socket
instances, or null
if it uses default sockets.
HttpsEndpoint
instances created by listening on this server endpoint use to create
Socket
instances, or null
if they use default
sockets.
Socket
instances, or null
if it uses default sockets.
SslEndpoint
instances created by listening on this server endpoint use to create
Socket
instances, or null
if they use default
sockets.
SocketFactory
that this endpoint uses
to create Socket
objects.
SocketFactory
that
TcpEndpoint
objects produced by listening on this
TcpServerEndpoint
will use to create
Socket
objects.
OutboundRequest.getUnfulfilledConstraints
for a request with
the specified handle.
Collection
of UnusableEntryException
s
with one element for each Entry
that could not be
unmarshalled by the operation.
DynamicPolicy
interface, delegates to the security policy
provider to grant the specified permissions to all protection domains
(including ones not yet created) that are associated with the class
loader of the given class and possess at least the principals of the
current subject (if any).
DynamicPolicy
interface, delegates to the security policy
provider to grant the specified permissions to all protection domains
(including ones not yet created) that are associated with the class
loader of the given class and possess at least the given set of
principals.
DynamicPolicy
interface, takes the set of permissions dynamically
granted to the class loader of fromClass
with the current
subject's principals, determines which of those permissions the calling
context is authorized to grant, and dynamically grants that subset of
the permissions to the class loader of toClass
, qualified
with the current subject's principals.
true
if the installed security policy provider
supports dynamic permission grants--i.e., if it implements the DynamicPolicy
interface and calling its grantSupported
method returns
true
.
true
if this policy provider supports dynamic
permission grants; returns false
otherwise.
Endpoint
abstraction that uses HTTP
messages sent over TCP sockets (instances of Socket
) for the
underlying communication mechanism.
ServerEndpoint
abstraction that
uses HTTP messages sent over TCP sockets (instances of ServerSocket
) for the underlying communication mechanism.
Endpoint
that uses HTTPS (HTTP over TLS/SSL) to
support invocation constraints for communication through firewalls. ServerEndpoint
that uses HTTPS (HTTP over
TLS/SSL) to support invocation constraints for communication through
firewalls. true
if this iterator supports making at
least one more attempt to communicate the request, and
false
otherwise.
true
if the iteration has more elements, and
false
otherwise.
true
if the class loader of the specified dynamic
proxy's class is trusted by this verifier; returns false
otherwise.
true
if the specified dynamic proxy's class is
trusted by this verifier; returns false
otherwise.
AbstractEntry.hashCode(this)
.
hashCode
on each of the argument's
non-null
entry fields.
Uuid
.
MarshalledInstance
.
BasicObjectEndpoint
.
HttpEndpoint
.
HttpServerEndpoint
.
TcpEndpoint
.
TcpServerEndpoint
.
Permission.hashCode()
.
Configuration
with no entries.
IiopExporter
can be used to export a single remote object to
the RMI-IIOP
runtime. ServerConnection
.
Security.verifyCodebaseIntegrity
,
allowing the URLs that provide content integrity to be extended.req
,
added as a requirement if it is a non-null
value, and has
the second constraint, pref
, added as a preference if it
is a non-null
value and is not a duplicate of the
requirement.
reqs
, added as requirements if the array is a
non-null
value, and has all of the constraints from
the second array, prefs
, added as preferences if the
array is a non-null
value.
reqs
, added as requirements if the collection
is a non-null
value, and has all of the constraints from
the second collection, prefs
, added as preferences if the
collection is a non-null
value.
InvocationLayerFactory.createInstances
.true
if every fully qualified name that
matches the specified permission's name also matches this
permission's name; returns false
otherwise.
true
if the specified permission is an instance
of AuthenticationPermission
, and every action included in
the specified permission is included as an action of this permission,
and every principal that matches the local principals of the specified
permission also matches the local principals of this permission, and
(if the specified permission has any action besides
listen
) every principal that matches the peer principals
of this permission also matches the peer principals of the specified
permission; returns false
otherwise.
true
if the given permission is a
GrantPermission
implied by this permission, or
false
otherwise.
Policy.implies(java.security.ProtectionDomain, java.security.Permission)
.
Policy.implies(java.security.ProtectionDomain, java.security.Permission)
.
Permission.implies(java.security.Permission)
.
true
if object integrity is being enforced, and
false
otherwise.
proxy
, and returns the result.
method
on the specified remote
object impl
, with the specified arguments.
proxy
, and returns the result.
true
if the instance has no requirements and no
preferences; returns false
otherwise.
true
if a class or resource with the
specified name is preferred for this class loader, and
false
if a class or resource with the specified
name is not preferred for this loader.
true
if the specified invocation
handler is trusted by this trust verifier; returns
false
otherwise.
true
if the specified object is known to be
trusted to correctly implement its contract; returns false
otherwise.
true
if the specified object is a trusted
Jini ERI dynamic proxy or a trusted Jini ERI object endpoint;
returns false
otherwise.
true
if the object is an instance of
KerberosEndpoint
and the SocketFactory
it
uses internally, if not null
, is trusted by the
given TrustVerifier.Context
, or the object is an
instance of KerberosPrincipal
.
true
if the object is an instance of SslEndpoint
or HttpsEndpoint
, and it's SocketFactory
is
either null
or trusted by the specified
TrustVerifier.Context
; or if the object is an instance of
ConfidentialityStrength
or X500Principal
; and returns
false
otherwise.
true
if the specified object is trusted to
correctly implement its contract; returns false
otherwise.
true
if the specified object is known to be
trusted to correctly implement its contract; returns false
otherwise.
true
if the specified object is known to be
trusted to correctly implement its contract; returns false
otherwise.
true
if the specified dynamic proxy interface is
trusted by this verifier; returns false
otherwise.
true
if the transition that triggered
this event was a transition from invisible to
visible as well as a transition from unavailable to
available, and false
otherwise.
JavaSpace05
interface extends the JavaSpace
interface to provide methods that allow clients to
perform batch operations on the space (which are generally more
efficient than performing an equivalent set of singleton
operations) and to more easily develop applications where a
given Entry
needs to be read by multiple clients.
JrmpExporter
contains the information necessary to export a
single remote object to the
JRMP runtime. Endpoint
implementation that uses Kerberos as the
underlying network security protocol to support security related
invocation constraints its caller specified for the corresponding
remote request. ServerEndpoint
implementation that uses Kerberos as the
underlying network security protocol to support security related
invocation constraints for remote requests. KerberosEndpoint
,
and principals of type KerberosPrincipal
. Security.TrustVerifier
for this package.
ListenEndpoint
,
dispatching them to the supplied
RequestDispatcher
in the form of InboundRequest
instances.
RMIClassLoader.loadClass
, optionally verifying that the
codebase URLs provide content integrity.
RMIClassLoaderSpi.loadClass(String,String,ClassLoader)
.
RMIClassLoader.loadProxyClass
, optionally verifying that the
codebase URLs provide content integrity.
RMIClassLoaderSpi.loadProxyClass(String,String[],ClassLoader)
.
ObjectInputStream
that implements the
dynamic class loading semantics of Java(TM) Remote Method
Invocation (Java RMI) argument and result
unmarshalling (using RMIClassLoader
). MarshalInputStream
that reads
marshalled data from the specified underlying
InputStream
.
ObjectOutputStream
that implements the
dynamic class loading semantics of Java(TM) Remote Method Invocation
(Java RMI) argument and result
marshalling (using RMIClassLoader
). MarshalOutputStream
that writes
marshalled data to the specified underlying
OutputStream
.
MarshalledInstance
contains an object in serialized
form. MarshalledInstance
that contains the
marshalled representation of the current state of the supplied
object.
MarshalledInstance
that contains the
marshalled representation of the current state of the supplied
object.
MarshalledInstance
from an
existing MarshalledObject
.
Entry
instances to be incrementally
returned from a JavaSpaces(TM) service. Method
to
InvocationConstraints
, used to specify per-method constraints.
ConnectionAbsoluteTime
instance with time obtained
by adding the specified base time argument to the duration value
from this instance.
RelativeTimeConstraint
with the result of invoking that
constraint's makeAbsolute
method with the specified base
time, and invoking the create
method of this class with
the revised collection of constraints.
DelegationAbsoluteTime
instance with times obtained
by adding the specified base time argument to the duration values
from this instance.
RelativeTimeConstraint
with
the result of invoking that constraint's makeAbsolute
method with the specified base time, and creating a new instance of
this class with duplicate requirements, duplicate preferences, and
preferences that are duplicates of requirements all removed.
RelativeTimeConstraint
replaced by the result of invoking the constraint's
makeAbsolute
method with the current time (as given by
System.currentTimeMillis
).
out
.
method
to
the outgoing request stream, out
.
out
.
throwable
for the specified remote method
to the marshal output stream, out
.
BasicProxyPreparer.methodConstraintsSpecified
is
true
.
BasicProxyPreparer.methodConstraints
when verifying if proxies are
trusted and for setting their constraints.
data
in calls to
getEntry
to specify no data.
defaultValue
in calls to
getEntry
to specify no default value.
Configuration
does
not find a matching entry.Error
.
Exporter
to go inactive, to provide invocation
handlers for exporters that want to use dynamic proxies for
activatable remote objects, and to support trust verification of
secure activatable dynamic proxies and secure activation identifiers.
Configuration
interface for obtaining
objects needed to configure applications, such as Exporter
or ProxyPreparer
instances, or other application-specific objects, from configuration
files, databases, or other sources. MethodConstraints
and a
TrustVerifier
for common constraints.
Exporter
), obtaining a proxy from an exported remote
object (ProxyAccessor
), obtaining the
server-side context information for an executing remote call (ServerContext
), and defining export permissions
(ExportPermission
). Exporter
implementation,
IiopExporter
, that can be used to export
and unexport
RMI-IIOP remote
objects.
ServerContext
and
ObjectStreamContext
.Endpoint
and
ServerEndpoint
abstractions that use HTTP
messages sent over TCP sockets as the underlying communication
mechanism. Endpoint
and ServerEndpoint
that use Kerberos as the underlying
network security protocol to support security related invocation
constraints for remote requests. Endpoint
and ServerEndpoint
that use TLS/SSL and HTTPS (HTTP over
TLS/SSL) to support invocation constraints. Endpoint
and
ServerEndpoint
abstractions that use TCP sockets
as the underlying communication mechanism.
Exporter
implementation,
JrmpExporter
, that can be used to export
and unexport activatable and non-activatable
JRMP remote objects.
RMIClassLoader
. RMIClassLoader
provider implementations that support preferred classes.
JavaSpace05
interface extends the JavaSpace
interface to provide methods that allow clients
to perform batch operations on the space (which are generally more
efficient than performing an equivalent set of singleton operations) and to
more easily develop applications where a given Entry
needs to be read by multiple clients.
OutboundRequestIterator
to use to send
a new remote call to the referenced remote object using the
specified constraints.
The constraints must be the complete, absolute constraints for the remote call, combining any client and server constraints for the remote method being invoked, with no relative time constraints.
For each OutboundRequest
produced by the returned
OutboundRequestIterator
, after writing the request
data and before reading any response data, executeCall
must be invoked to execute the call.
This method first invokes newRequest
on this BasicObjectEndpoint
's
contained Endpoint
with the specified constraints
to obtain an OutboundRequestIterator
.
OutboundRequestIterator
to use to send
a new remote call to the referenced remote object using the
specified constraints.
PreferredClassLoader
that loads classes and resources from the specified path of
URLs and delegates to the specified parent class loader.
PermissionCollection
for storing
AuthenticationPermission
instances.
GrantPermission
instances.
OutboundRequestIterator
to use to send
a new request to this remote endpoint using the specified
constraints.
OutboundRequestIterator
to use to send
a new request for the specified handle to this connection
manager's ConnectionEndpoint
.
OutboundRequestIterator
to use to send
a new request to this remote endpoint using the specified
constraints.
The constraints must be the complete, absolute constraints
for the request.
The returned OutboundRequestIterator
's next
method behaves as follows:
Initiates an attempt to communicate the request to this remote
endpoint.
OutboundRequestIterator
to use to send
a new request to this remote endpoint using the specified
constraints.
The constraints must be the complete, absolute constraints
for the request.
The returned OutboundRequestIterator
's next
method behaves as follows:
Initiates an attempt to communicate the request to this remote
endpoint.
OutboundRequestIterator
to use to send
a new request to this remote endpoint using the specified
constraints.
The constraints must be the complete, absolute constraints
for the request.
The returned OutboundRequestIterator
's next
method behaves as follows:
Initiates an attempt to communicate the request to this remote
endpoint.
OutboundRequestIterator
to use to send
a new request to this remote endpoint using the specified
constraints.
The constraints must be the complete, absolute constraints
for the request.
The returned OutboundRequestIterator
's next
method behaves as follows:
Initiates an attempt to communicate the request to this remote
endpoint.
OutboundRequestIterator
to use to send
a new request to this remote endpoint using the specified
constraints.
The constraints must be the complete, absolute constraints
for the request.
The returned OutboundRequestIterator
's next
method behaves as follows:
Initiates an attempt to communicate the request to this remote
endpoint.
Entry
from the match set and
returns a copy to the caller.
ObjectOutputStream
or ObjectInputStream
instance that implements this interface.
ConnectionEndpoint
. OutboundRequest
instances to use for attempting to
send a particular request to a remote communication endpoint.
PolicyFileProvider
whose starting set of
permission mappings is the same as those that would result from
constructing a new instance of the J2SE default security policy provider
with the current java.security.policy
system property
setting (if any), except that UmbrellaGrantPermission
s are
expanded into GrantPermission
s as described in the
documentation for UmbrellaGrantPermission
.
PolicyFileProvider
whose starting set of
permission mappings is the same as those that would result from
constructing a new instance of the J2SE default security policy provider
with the java.security.policy
system property set to the
value of policyFile
, except that
UmbrellaGrantPermission
s are expanded into
GrantPermission
s as described in the documentation for
UmbrellaGrantPermission
.
PolicyInitializationException
with the
specified detail message and cause.
PreferredClassLoader
that loads
classes and resources from the specified path of URLs and
delegates to the specified parent class loader.
PreferredClassLoader
that loads
classes and resources from the specified path of URLs,
delegates to the specified parent class loader, and uses the
specified URLStreamHandlerFactory
when creating new URL
objects.
RMIClassLoader
provider that supports preferred
classes.
PreferredClassProvider
.
PreferredClassProvider
.
ProxyTrustVerifier
. ProxyTrust
interface. null
class loader.
ProxyTrustVerifier
. TrustVerifier
might be obtained.
getConstraints
, in arbitrary order and with duplicates permitted.
true
if the specified URL is known to provide
content integrity; returns false
otherwise.
true
if the specified URL uses the "file"
protocol and the host is null
, empty, "~", or "localhost";
returns false
otherwise.
true
if the specified URL uses the "httpmd"
protocol; returns false
otherwise.
true
if the specified URL uses the "https"
protocol; returns false
otherwise.
ReferentUuid
.RMIClassLoader
provider that supports preferred
classes and enforces DownloadPermission
.
RequireDlPermProvider
.
Uuid
with the 128-bit value obtained
by unmarshalling a binary representation from the supplied
InputStream
.
null
) that was written by a corresponding
MarshalOutputStream
implementation.
Policy.refresh()
.
refresh
on
the base policy.
Entry
transitions from unavailable to available.
Class
object for the stream
class descriptor classDesc
.
Class
object for the proxy
class described by the interface names
interfaceNames
.
getContext
method of the Security
class, which in turn may obtain them from a security manager or
policy provider implementing the
SecurityContextSource
interface.
ServerConnectionManager
.
ServerContext
class contains static methods to
execute some action within an appropriate server context for the
current thread and to obtain the server context for the current thread.
ServerContext.getServerContext()
if no server context
has been explicitly associated with the current thread via a previous
call to ServerContext.doWithServerContext(java.lang.Runnable, java.util.Collection)
.Endpoint
instance to send requests to
those communication endpoints.
ServerEndpoint.enumerateListenEndpoints
to receive the
enumerated ListenEndpoint
instances and to choose an active listen operation for each of
them on behalf of the caller of
enumerateListenEndpoints
.ListenContext.addListenEndpoint
method.ListenEndpoint
.
ProxyTrustIterator
that produces a single object
as the only element of the iteration.Endpoint
that uses TLS/SSL to support
invocation constraints for direct communication over TCP sockets. ServerEndpoint
that uses TLS/SSL to support
invocation constraints for direct communication over TCP sockets. SslEndpoint
, HttpsEndpoint
, and
ConfidentialityStrength
classes. RemoteException
thrown from
a remote call made while attempting to obtain a
TrustVerifier
from the object
returned by the most recent call to next
.
Endpoint
abstraction that uses TCP
sockets (instances of Socket
) for the underlying
communication mechanism.
ServerEndpoint
abstraction that
uses TCP sockets (instances of ServerSocket
) for the
underlying communication mechanism.
Security.verifyObjectTrust
, allowing
the objects that are trusted to be extended.TrustVerifier
instances and Security.verifyObjectTrust
. JavaSpace.take
method that attempts to
remove, optionally under a Transaction
, and return
one or more entries from the space.
ConfigurationFile
to
control the ConfigurationException
that is thrown.
AbstractEntry.toString(this)
.
String
representation of its argument
that will contain the name of the argument's class and a
representation of each of the argument's entry fields.
Uuid
.
BasicInvocationHandler
.
BasicObjectEndpoint
.
HttpEndpoint
.
HttpServerEndpoint
.
TcpEndpoint
.
TcpServerEndpoint
.
PolicyFileProvider
as
shorthand for a GrantPermission
covering all permissions authorized to a given protection domain. UmbrellaGrantPermission
.
ConnectIOException
if the constraints for a remote call
cannot be satisfied. Entry
instances when one or more of the entries can't be
unmarshalled. UnusableEntriesException
with
the given message, Collection
of entries that could
be unmarshalled, and Collection
of UnusableEntryException
s, detailing for each unusable
Entry
why it could not be unmarshalled.
Uuid
with the specified 128-bit
value.
Uuid
instances.
export
method of the underlying exporter
supplied during construction of this exporter.
Exporter
such that it will no longer receive remote
method invocations that were made possible as a result of exporting
it with this Exporter
.
IiopExporter.export(java.rmi.Remote)
method such that the object can no longer
accept incoming remote calls that were possible as a result of
exporting via this exporter.
export
method such that incoming remote calls
to the object identifier in this exporter are no longer accepted
through the server endpoint in this exporter.
export
method such that the object can no longer
accept incoming remote calls that were possible as a result of
exporting via this exporter.
method
from the specified marshal input stream, in
, and returns an
Object
array containing the arguments read.
in
, and returns the Method
object
corresponding to that representation.
in
.
in
, and returns the result.
MarshalOutputStream
.
ProxyPreparer
for verifying that proxies are trusted,
dynamically granting permissions to trusted proxies, and optionally
setting the client constraints on trusted proxies.PrivilegedAction
that
wraps the given action, or returns the action itself if the security
context does not include any non-AccessControlContext
state
to restore.
PrivilegedExceptionAction
that wraps the given action, or
returns the action itself if the security context does not include any
non-AccessControlContext
state to restore.
Uuid
to
an OutputStream
.
JavaSpace.write
method that allows new
copies of multiple Entry
instances to be stored in
the space using a single call.
null
) to be read by a corresponding
MarshalInputStream
implementation.
|
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Welcome to news-portal API. This page documents Ways to consume the API
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status
class into a new
posix_status
class.
status
constructor
was made private to prevent accidental construction by the user and the
create_status
function
was added to aid in the creation of such objects from custom Child implementations.
This section contains a list of pending items in the library that should be addressed before it can be sent for a serious/formal review. Some of these are a simple matter of programming but others will require more consideration to decide the best way to solve them.
detail::launcher_base
a public class? It can
be useful to end users if they decide to implement a custom launcher.
system_error
with Boost.System's homologous when it is available.
cstdlib
's EXIT_SUCCESS
and EXIT_FAILURE
.
command_line::argument
method; and add operator<<
?
launcher::start
a free function. Need to rename
launcher
to context
.
child::wait
return a constant object.
status
' constructor
private.
command_line::get_arguments
.
command_line
class into its own object.
process
class being
a parent of child
and
correct the use of Win32 HANDLE
s
in the former: they really should be identifiers.
command_line
's constructor:
rename firstarg
parameter
to avoid confusion with subsequent parameters.
| Copyright © 2006 Julio M. Merino Vidal |


|
SmartVehicle-Sortic
SmartFactory
|
Contains the FSM for the Navigation. More...
#include <NavigationCtrl.h>
Classes | |
| struct | ActualPos |
| Holds the actual information about the vehicleposition. More... | |
| struct | TargetPos |
| Holds the information about the vehicle target. More... | |
Public Types | |
| enum | Event { Event::MoveToTargetPosition, Event::PosEndPointReached, Event::PosTransitReached, Event::PosReached, Event::Error, Event::Resume, Event::Reset, Event::NoEvent } |
| Enum holds all possible events. More... | |
| enum | State { State::endPoint, State::toGateway, State::gateway, State::crossTransit, State::toEndPoint, State::resetState, State::errorState } |
| Enum holds all possible states for the Navigation. More... | |
| enum | Sector { Sector::SorticHandover, Sector::SorticToHandover, Sector::SorticWaitForGateway, Sector::SorticGateway, Sector::TransitWaitForGatewaySortic, Sector::TransitToSortic, Sector::TransitToTransfer, Sector::Parking, Sector::TransitWaitForGatewayTransfer, Sector::TransferGateway, Sector::TransferWaitForGateway, Sector::TransferToHandover, Sector::TransferHandover, Sector::error } |
| Enum holds all possible sectors. More... | |
Public Member Functions | |
| NavigationCtrl () | |
| Construct a new Navigation Ctrl object and initailize the currentState with endPoint state. More... | |
| void | loop () |
| Calls the do-function of the active state and hence generates Events. More... | |
| void | loop (Event currentEvent) |
| Procceses the current Event and calls the do-function of the active state. More... | |
| const State | getcurrentState () |
| Get the current State. More... | |
| const Sector | getcurrentSector () |
| Get the current Sector. More... | |
| const int | getcurrentLine () |
| Get the current Line. More... | |
| void | setTargetPosition (Sector sector, const int line) |
| Set the Target Position object. More... | |
| void | setActualPosition (Sector sector, const int line) |
| Set the actual Position object. More... | |
| void | giveToken () |
| give Token to access the Gateway More... | |
| String | decodeSector (Sector sector) |
| Decodes the Sector-Enum and returns a description. More... | |
| NavigationCtrl::Sector | decodeSector (String sector) |
| Decodes a sectro String and returns the sector. More... | |
Private Member Functions | |
| void | process (Event e) |
| changes the state of the FSM based on the event More... | |
| void | entryAction_endPoint () |
| executes the entry action of the endPoint state. More... | |
| NavigationCtrl::Event | doAction_endPoint () |
| executes the main action of the endPoint state. This is an Idel-state ->NoEvent generated More... | |
| void | exitAction_endPoint () |
| executes the exit action of the endPoint state. More... | |
| void | entryAction_toGateway () |
| executes the entry action of the toGateway state. More... | |
| NavigationCtrl::Event | doAction_toGateway () |
| executes the main action of the toGateway state. More... | |
| void | exitAction_toGateway () |
| executes the exit action of the toGateway state. More... | |
| void | entryAction_gateway () |
| executes the entry action of the gateway state. More... | |
| NavigationCtrl::Event | doAction_gateway () |
| executes the main action of the gateway state. More... | |
| void | exitAction_gateway () |
| executes the exit action of the gateway state. More... | |
| void | entryAction_crossTransit () |
| executes the entry action of the crossTransit state. More... | |
| NavigationCtrl::Event | doAction_crossTransit () |
| executes the main action of the crossTransit state. More... | |
| void | exitAction_crossTransit () |
| executes the exit action of the crossTransit state. More... | |
| void | entryAction_toEndPoint () |
| executes the entry action of the toEndPoint state. More... | |
| NavigationCtrl::Event | doAction_toEndPoint () |
| executes the main action of the toEndPoint state. More... | |
| void | exitAction_toEndPoint () |
| executes the exit action of the toEndPoint state. More... | |
| void | entryAction_errorState () |
| entry action of the errorState state. More... | |
| NavigationCtrl::Event | doAction_errorState () |
| main action of the errorState state. More... | |
| void | exitAction_errorState () |
| exit action of the errorState state. More... | |
| void | entryAction_resetState () |
| entry action of the resetState More... | |
| NavigationCtrl::Event | doAction_resetState () |
| main action of the resetState More... | |
| void | exitAction_resetState () |
| exit action of the resetState More... | |
| String | decodeState (State state) |
| Decodes the State-Enum and returns a description. More... | |
| String | decodeEvent (Event event) |
| Decodes the Event-Enum and returns a description. More... | |
Private Attributes | |
| State | lastStateBevorError |
| holds the last state of the FSM so it's possible to resume after error More... | |
| State | currentState |
| holds the current state of the FSM More... | |
| Event | currentEvent |
| holds the current event of the FSM More... | |
| int | pCurrentSubState = 0 |
| Counter for the Current Substate. More... | |
| int | pLastSubStateBevorError = 0 |
| Holds the last Substate befor an Error occured. More... | |
| int | pSubStateLoopInc = 0 |
| Counter so you can call the same substatefunction multiple times. More... | |
| struct NavigationCtrl::ActualPos | pActual |
| struct NavigationCtrl::TargetPos | pTarget |
| bool | tranistonce = true |
| prevents an loop between transit and gateway More... | |
| DriveCtrl::Event | pLastGatewayTurn |
| Variable which holds the last made turn in gateway. More... | |
| Event(NavigationCtrl::* | doActionFPtr )(void) = nullptr |
| Functionpointer to call the current states do-function. More... | |
| DriveCtrl | pDriveCtrl |
| Navigation Object. More... | |
|
strong |
Enum holds all possible events.
Definition at line 34 of file NavigationCtrl.h.
|
strong |
Enum holds all possible states for the Navigation.
| Enumerator | |
|---|---|
| endPoint | endPoint State |
| toGateway | toGateway State |
| gateway | gateway State |
| crossTransit | crossTransit State |
| toEndPoint | toEndPoint State |
| resetState | reset state |
| errorState | error State |
Definition at line 48 of file NavigationCtrl.h.
|
strong |
Enum holds all possible sectors.
Definition at line 61 of file NavigationCtrl.h.
| NavigationCtrl::NavigationCtrl | ( | ) |
Construct a new Navigation Ctrl object and initailize the currentState with endPoint state.
Definition at line 18 of file NavigationCtrl.cpp.
| void NavigationCtrl::loop | ( | ) |
Calls the do-function of the active state and hence generates Events.
Definition at line 21 of file NavigationCtrl.cpp.
| void NavigationCtrl::loop | ( | Event | currentEvent | ) |
Procceses the current Event and calls the do-function of the active state.
| currentEvent | - Event |
Definition at line 26 of file NavigationCtrl.cpp.
| const NavigationCtrl::State NavigationCtrl::getcurrentState | ( | ) |
Get the current State.
Definition at line 32 of file NavigationCtrl.cpp.
| const NavigationCtrl::Sector NavigationCtrl::getcurrentSector | ( | ) |
Get the current Sector.
Definition at line 38 of file NavigationCtrl.cpp.
| const int NavigationCtrl::getcurrentLine | ( | ) |
Get the current Line.
Definition at line 43 of file NavigationCtrl.cpp.
| void NavigationCtrl::setTargetPosition | ( | Sector | sector, |
| const int | line | ||
| ) |
Set the Target Position object.
| sector | - TargetSector ( HandoverSortic or HandoverTransfer) |
| line | - TargetLine |
Definition at line 48 of file NavigationCtrl.cpp.
| void NavigationCtrl::setActualPosition | ( | Sector | sector, |
| const int | line | ||
| ) |
Set the actual Position object.
| sector | - actualSector ( HandoverSortic or HandoverTransfer) |
| line | - actualLine |
Definition at line 54 of file NavigationCtrl.cpp.
| void NavigationCtrl::giveToken | ( | ) |
give Token to access the Gateway
Definition at line 60 of file NavigationCtrl.cpp.
| String NavigationCtrl::decodeSector | ( | Sector | sector | ) |
Decodes the Sector-Enum and returns a description.
| sector | - enum Sector |
Definition at line 65 of file NavigationCtrl.cpp.
| NavigationCtrl::Sector NavigationCtrl::decodeSector | ( | String | sector | ) |
Decodes a sectro String and returns the sector.
| sector | - Sector as String |
Definition at line 113 of file NavigationCtrl.cpp.
|
private |
changes the state of the FSM based on the event
| e | - Event |
Definition at line 144 of file NavigationCtrl.cpp.
|
private |
executes the entry action of the endPoint state.
Update actual sector and startsector with taregt sector.
Definition at line 240 of file NavigationCtrl.cpp.
|
private |
executes the main action of the endPoint state. This is an Idel-state ->NoEvent generated
Definition at line 256 of file NavigationCtrl.cpp.
|
private |
executes the exit action of the endPoint state.
Definition at line 262 of file NavigationCtrl.cpp.
|
private |
executes the entry action of the toGateway state.
Definition at line 268 of file NavigationCtrl.cpp.
|
private |
executes the main action of the toGateway state.
Definition at line 282 of file NavigationCtrl.cpp.
|
private |
executes the exit action of the toGateway state.
Definition at line 312 of file NavigationCtrl.cpp.
|
private |
executes the entry action of the gateway state.
Definition at line 318 of file NavigationCtrl.cpp.
|
private |
executes the main action of the gateway state.
Definition at line 334 of file NavigationCtrl.cpp.
|
private |
executes the exit action of the gateway state.
Definition at line 450 of file NavigationCtrl.cpp.
|
private |
executes the entry action of the crossTransit state.
Definition at line 472 of file NavigationCtrl.cpp.
|
private |
executes the main action of the crossTransit state.
drive forward three times and return Event::PosReached
Definition at line 487 of file NavigationCtrl.cpp.
|
private |
executes the exit action of the crossTransit state.
Definition at line 503 of file NavigationCtrl.cpp.
|
private |
executes the entry action of the toEndPoint state.
Definition at line 509 of file NavigationCtrl.cpp.
|
private |
executes the main action of the toEndPoint state.
drive forward once and return Event::PosEndPointReached
Definition at line 524 of file NavigationCtrl.cpp.
|
private |
executes the exit action of the toEndPoint state.
Definition at line 539 of file NavigationCtrl.cpp.
|
private |
entry action of the errorState state.
Definition at line 545 of file NavigationCtrl.cpp.
|
private |
main action of the errorState state.
Definition at line 555 of file NavigationCtrl.cpp.
|
private |
exit action of the errorState state.
Definition at line 561 of file NavigationCtrl.cpp.
|
private |
entry action of the resetState
Definition at line 566 of file NavigationCtrl.cpp.
|
private |
main action of the resetState
Definition at line 572 of file NavigationCtrl.cpp.
|
private |
exit action of the resetState
Definition at line 578 of file NavigationCtrl.cpp.
|
private |
Decodes the State-Enum and returns a description.
| state | - enum State |
Definition at line 590 of file NavigationCtrl.cpp.
|
private |
Decodes the Event-Enum and returns a description.
| event | - enum Event |
Definition at line 618 of file NavigationCtrl.cpp.
|
private |
holds the last state of the FSM so it's possible to resume after error
Definition at line 159 of file NavigationCtrl.h.
|
private |
holds the current state of the FSM
Definition at line 160 of file NavigationCtrl.h.
|
private |
holds the current event of the FSM
Definition at line 161 of file NavigationCtrl.h.
|
private |
Counter for the Current Substate.
Definition at line 162 of file NavigationCtrl.h.
|
private |
Holds the last Substate befor an Error occured.
Definition at line 163 of file NavigationCtrl.h.
|
private |
Counter so you can call the same substatefunction multiple times.
Definition at line 164 of file NavigationCtrl.h.
|
private |
|
private |
|
private |
prevents an loop between transit and gateway
Definition at line 187 of file NavigationCtrl.h.
|
private |
Variable which holds the last made turn in gateway.
Definition at line 188 of file NavigationCtrl.h.
|
private |
Functionpointer to call the current states do-function.
https://stackoverfendPoint.com/questions/1485983/calling-c-class-methods-via-a-function-pointer
Definition at line 196 of file NavigationCtrl.h.
|
private |
Navigation Object.
Definition at line 198 of file NavigationCtrl.h.


This action will terminate the selected plots, whether running or stopped, and delete all
their temporary files. If Plotman is still running, another plot will be immediately started,
so please stop Plotman first from the top-right. Continue?
Start Plotting
This action will start Plotman and launch a plotting run using your configured
plotter. Be careful about running more than one plotter on a single machine at a time.
Continue?
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This action will stop Plotman from launching new plotting jobs. Running jobs will
run to completion. Continue?
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This worker is not currently online and responding to pings from the controller. Please
check the Workers page and bring the system back online.
{% with messages = get_flashed_messages(with_categories=true) %}
{% if messages %}
{% for category, message in messages %}
{% if category == 'message' %}


I'm also a student web developer, testing out the a deisgn trend.
Designs based on https://codepen.io/freeCodeCamp/pen/zNBOYG
Nicer styling to come!


Writing Java classes that communicate with NEURON
Executing hoc statements
import neuron.Neuron;
Neuron.execute(new String("print \"Hello, World\""));
References to hoc variables
import neuron.HocVariable;
HocVariable vs = new HocVariable(new String("soma.v(.5)"))
double v = vs.getVal();
vs.setVal(-65)
References to hoc objects
Argument lists are an array of objects of type Double, String, or Object
import neuron.HocObject;
HocObject ho = new HocObject(new String("Graph"));
// following is a list of all Vectors
// in hoc it would be
// objref o
// o = new List("Vector")
HocObject ho = new HocObject(new String("List"),
new Object[] { new String("Vector")});
Note that the Graph will not be destroyed until the first HocObject
is garbage collected. This can be done explicitly with
Runtime rt = Runtime.getRuntime();
rt.runFinalization();
rt.gc();
Note that when hoc passes an objref as an argument to a java class method
(or java class constructor) the object appears in java as
a native java object (if its construction was as a java object, either
registered with load_java or unregistered so that it appeared in hoc
as a JavaObject), or a HocObject (or classes that extend HocObject
such as HocVector).
Calling methods of hoc objects
Argument lists are an array of objects of type Double, String, or Object.
Methods return double, String, or Object via the
dMethod, sMethod, or oMethod call respectively.
See the hoc vector example below.
References to hoc Vectors
HocVector extends HocObject
import neuron.HocVector
HocVector hv = new HocVector(10);
hv.oMethod(new String("indgen"), null);
double[] v = hv.fromHoc();
for (int i; i < v.length; ++i) {
v[i] *= 2;
}
hv.toHoc(v);
double size = hv.dMethod(new String("size"), null);
String label = hv.sMethod(new String("label", null);
System.out.println(hv);// prints Vector[25] or whatever the index is
Note that when hoc passes a Vector as an argument to a java class method
(or java class constructor) the Vector appears in java as a HocVector.
Java Windows and the PrintAndFileWindowManager
After a Frame title has been set and the frame has been shown on the
screen, it is a good idea to call
Neuron.windowListen(Frame, this)
This will allow the print and file window manager as well as the
NEURONMainMenu/Window to manage the java Frame properly.
Note that Iconify button on the title bar of the java window
means "hide" in this case. Also, be aware that the default action of
a JFrame when the close button is pressed is to "hide". This can
be changed with Frame.setDefaultCloseOperation(int);
The hoc window for this java frame references the hoc object for
the java object. The hoc object is unreferenced when the window
is closed (but not when it is hidden).
The "this" reference is necessary for saving the java
object that owns the window in a session file as well as the window's
position and size. On retrieval
the java object will be created and the java window will be moved and
sized to the saved location. For most java objects this will not
be sufficient information to reconstruct the object's data and the
java class implementation will have to provide one or more of the
special methods,
public int hocSessionPriority()
public char[] hocSessionSave(String sfname)
If the hocSessionPriority method exists, it is called when the
session file is saved and the return integer is used to help order
the window information in the session file from highest to lowest
priority. The default priority is 1. Priority must be lower than
any tool which constructs information needed by the java object
and higher than any tool which may use information provided by
the java object. Some existing tool
priorities are
2000 Robert Cannon's catacomb channel builder
1000 cell builder
995 network builder
990 point process manager
100 multiple run fitter
1 linear circuit builder
The priority for the linear circuit builder is a
mistake because one could not fit the parameters in a multiple run fitter
since that would be created before the linear circuit builder.
If the hocSessionSave method exists, it is called when the session file
is saved. The argument is the name of the session file. The string
returned by this method is copied into the session file just after the
hoc statement that constructs the object. The session file name can
be used to construct associated file names that save the object data.
The return string should use the "ocbox_" objref
name to call methods on the newly constructed object.
For example, the java interface to Robert Cannon's catacomb channel builder
(see nrn-5.1/src/nrnjava/nrnccmb/Channels.java) uses the implementation
public int hocSessionPriority() {
return 2000;
}
public char[] hocSessionSave(String sfname) {
StringBuffer s;
s = new StringBuffer(sfname); s.append(".ccm");
save(s.toString());
s = new StringBuffer("{ocbox_.map() ocbox_.load(\"");
s.append(sfname).append(".ccm\")}\n");
return s.toString().toCharArray();
}
When a session file, "temp.ses", is created with a channel builder window
then the save("temp.ses.ccm") will be executed to construct a ccm file with
all the channel specific information needed for later reconstruction
of the object. The session file itself contains the statements
/*Begin catacomb.channel.KSChannel */
{load_java("nrnccmb.Channels", "nrnccmb_Channels")}
ocbox_ = new nrnccmb_Channels()
{ocbox_.map() ocbox_.load("./temp.ses.ccm")}
{PWManager[0].jwindow(ocbox_, 1, 378, 1, 541, 574)}
objref ocbox_
/*End catacomb.channel.KSChannel */
Notice that all the lines were automatically constructed by the
internal session save code except for
the statement involving ocbox_.load. That information was object specific
in regard to its particular policy for constructing the view window
for the object and which ccm file to load.


Contact Us
Hours of Operation
MON - SUN
8AM - 8PM
If you have any questions or concerns, or for reservations and further information on caring for your dog, please contact:
Fiorella Gambini
Location
Ellery Circle
Falls Church VA
Telephone
Fiorella Gambini
703-303-7099
Fax
703-890-2653


UK's Johnson and Corbyn shake hands, agree to improve tone of political debate
MANCHESTER, England (Reuters) - Prime Minister Boris Johnson shook hands with his rival, opposition Labour leader Jeremy Corbyn, during a live television debate on Tuesday as both men agreed to improve the tone of Britain’s political debate.
The two men shook hands after the ITV debate host Julie Etchingham asked: “Will you shake hands to make a pledge to improve politics?”


welcome to my website!here are some things i enjoy.
here is a faviourate quote of mine...
...and another


This is a debug tool for flex layouts. It defaults to the chart template. Paste JSON into the textbox to test layout changes. Templates can be copied here by printing them to the console, right-clicking and copying the object, then pasting them in the textbox.


Music
Use arrows to move and 'x' to fire.
Invaders cannot touch you or the bottom edge of the canvas!
Your ship has been destroyed by space invader!
Earth has been destroyed by space invaders!
Your ship has been destroyed by invaders laser!
Your Name should have more than 0 and less than 15 signs!


Setting up This Blog
In this blog post, I will describe how I setup my personal homepage using Jekyll and al-folio.
Jekyll is a framework to generate static websites. The best feature that I like about Jekyll is that one can write the content in markdown without requiring a lot of formatting. The other interesting feature about Jekyll is that extensions can be used to generate content programmatically. I used one such extension in this website called jekyll-scholar that automatically converts bibtex files into readable citations. I am hosting the website using the Github pages service. This is an excellent service provided by Github for free. It automatically hosts the source from a user’s git repository to the github.io domain. One needs a github account to use this service.
Let me walkthrough the steps that I had to follow to setup this website. Some of these instructions are specific to the OS that I use which is Ubuntu 16.04:
- Install Jekyll by following these steps:
$ sudo apt update $ sudo apt install ruby ruby-dev make build-essential
Edit the system variables to have a user-specific install of jekyll:
$ nano ~/.bashrc
Add the following two lines at the bottom of the file:
export GEM_HOME=$HOME/gems export PATH=$HOME/gems/bin:$PATH
Save and close the file. Activate the exports and then install jekyll:
$ source ~/.bashrc $ gem install jekyll bundler
-
Create a Github account and fork the al-folio repository from
github.com/al-folio
togithub.com/<your-username>/<your-username>.github.io
. Also don’t forget to star the repostiory! Generate an SSH-key for your PC and add it to github by following the instructions here. - Clone the new repository from the previous step and :
$ git clone git@github.com:<your-username>/<your-username>.github.io.git $ cd <your-username>.github.io
This jekyll theme requires several dependencies. Install the dependencies with these commands:
$ sudo apt install build-essential patch ruby-dev zlib1g-dev liblzma-dev $ gem install nokogiri $ bundle install
Launch a local webserver to view the static website:
$ bundle exec jekyll serve
-
Edit the
_config.yml
and fill in personal details. Refer to the README file for further instructions on how to edit the website. - Commit the changes after the editing is finished and then deploy the website by running the script provided in the repository.
$ ./bin/deploy --user
Apart from this basic setup, I also had to keep some points in mind. I will keep adding points to this list as I keep making more extensions to the homepage:
-
Everytime jekyll is run, the website is generated into the
_site
website. This folder is actually used by Github to host the website. To provide access to this folder, thebin/deploy
script copies the_site
folder into the master branch and keeps the source that I edit in the source branch. I have to keep in mind to always edit the source branch and just use the deploy script to actually push the generated website to github. -
The default layout for publications is not so informative. I use multiple bibtex files with one each for journals, conference papers, short papers and theses so that I can generate the publications page with separate sections. I also include an
abbr
tag to each entry to highlight the conference of a paper. The final layout can be seen here. - I included support for tags by following the instructions here. I think the tutorial uses a different version of jekyll and so the header is enclosed using the pound sign,
###
. However, the version that I use supports using dashes,---
.--- layout: tagpage tag: jekyll permalink: /tags/jekyll/ ---
- The theme also supports adding images, math equations and code snippets. I am yet to use these features in a blog post and will be testing them soon!


Above are the topics that have decoders associated with them (e.g. Avro). These decoders allow the binary data of messages to be transformed into more human readable formats.
When multiple decoders are associated to a topic, each decoder is tested sequentially (starting with the most recently modified) until a decoder is found that successfully decodes the message.


Components included in the imported study will be created or updated. Components not included in the imported study will be inactivated but not deleted.
This directory contains the study's files like HTML, CSS, and JavaSript files and images.
Uploading
... might take a while depending on your internet connection ... please be patient.


--- title: Measures of dispersion weight: 14 ---
The range of a variable is the simplest and easiest measure of dispersion we can calculate, but at the same time is the less reliable one, this is because it depends only upon two values- the two extremes- that quite often are also outliers and are far away from the centre of the distribution.
The variance is a measure that takes into consideration how far is each value from the mean. To calculate the variance we have to take into account that negative values might cancel out the positive ones, the mathematical trick to overcome this issue is to square the deviations from the mean. For example if the deviation from the mean is equal to -3 the squared deviation is equal to 9. The downside of this approach is that the variance is reporting the squared deviation from the mean, in other words the outcome is not in the same units as the observed variable, and thus the interpretation is sometimes difficult. But, the variance has some very important uses!
To calculate the variance in RStudio we use the var()
function.
table(EVS_UK$v142)
##
## 1 2 3 4 5 6 7 8 9 10
## 24 8 11 15 90 66 84<PHONE_NUMBER>
var(EVS_UK$v142,na.rm=TRUE) # na.rm deletes all cases with missing values before calculating the variance
## [1] 3.552088
To overcome this issue we calculate a statistical quantity called standard deviation . Think of the standard deviation as the average amount the values of a variable deviate from the mean. The greater the dispersion, the bigger the deviation and eventually the standard deviation (sd).
In R we may calculate the standard deviation by using the sd()
function.
sd(EVS_UK$v142, na.rm=TRUE)
## [1] 1.884698


Rate User
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C programmers:
your program name must be: prob01.exe
JAVA
programmers: your program name must be: prob01.class
Task
Description
Computer programmers must
learn some rudimentary social skills, even if their
interpersonal interaction is constrained by digital
media. Please write a program to introduce your team to
the judges.
Program Input
Your program should print
a prompt for the judge to enter his or her name like the
bold face type
below. Then it should read the name from the keyboard
input. You may assume that the judge will enter one name
only, so you don't have to worry about spaces in the
input.
Please enter your
name:
Joe
Program
Output
After reading the judge's
name, your program must complete the introduction by (1)
greeting the judge, and (2) displaying the name of your
school, your mascot, and the names of each team member.
You may use the format below as an example:
Hello, Joe!
We are Athens
High School Lions: Mike Davis, Anh Nguyen, and Isok
Patel
|


General Information
- Breed Purpose
- Dual Purpose
- Comb
- Single
- Broodiness
- Frequent
- Climate Tolerance
- All Climates
- Egg Productivity
- Medium
- Egg Size
- Medium
- Egg Color
- Light Brown
- Breed Temperament
- Friendly,Easily handled,Calm,Bears confinement well,Docile
- Breed Colors/Varieties
- Any recognised color.
- Breed Size
- Large Fowl
Frizzle feathered fowl can be traced as far back as the 1600, from Africa to the Philippines. British/ Australian and New Zealand standard of perfection described Frizzles as a heavy breed of their own. The breed is described as having a single comb, clean legged, the size of a Plymouth Rock. They come in large fowl and bantams. In addition, Frizzles can also be a version of any recognised breed, such as frizzled Japanese, frizzled Cochin, etc...


Triangle Maker
Enter three numbers to see what kind of triangle it can make:
Click here to see
Refresh


Click on one of the links below to add an item to the player:
Add the Sintel trailer to the playlist
Add the Tears of Steel trailer to the playlist


Welcome to OrientDB Studio. This is a graphical tool built as HTML + JS that communicates against OrientDB server using the HTTP RESTful protocol. To know more about OrientDB Studio look at the Documentation. To report problems use the Issue Tracker, to receive jump to the Forum. Need a course or professional support?
If this is your first time play with the 'demo' database provided in bundle with the official OrientDB distribution. To Login use any database user. By default "reader/reader" can read records from the database, "writer/writer" can read, create, update and delete records. "admin/admin" is God.
<users>
<user name="root" password="FAFF343DD54DKFJFKDA95F05A" resources="*" />
</users>


Library of user interface components : Dial (dial, circular gauge), XY (XY pad), Bars (mixer, level meter ...).
jQuery Kontrol is © 2012 Anthony Terrien and dual licensed under the MIT or GPL licenses.


| Month | Revenue | Increase/Decrease | Cummilate | Total | Action | |||
| Offshore | Onsite | Offshore | Onsite | Offshore | &Onsite | |||
| {{revenue.name}} |
{{revenue.revenue_offshore}}
|
{{revenue.revenue_onsite}}
|
{{revenue.incdec_offshore}} | {{revenue.incdec_onsite}} | {{revenue.cummilate_offshore}} | {{revenue.cummilate_onsite}} | {{revenue.revenue_total}} |


class Resolv::MDNS
Resolv::MDNS is a one-shot Multicast DNS (mDNS) resolver. It blindly makes queries to the mDNS addresses without understanding anything about multicast ports.
Information taken form the following places:
-
RFC 6762
Constants
Public Class Methods
new(config_info=nil)
click to toggle source
Creates a new one-shot Multicast DNS (mDNS) resolver.
config_info
can be:
- nil
-
Uses the default mDNS addresses
- Hash
-
Must contain :nameserver or :nameserver_port like Resolv::DNS#initialize.
Calls superclass method
Resolv::DNS.new
# File lib/resolv.rb, line 2581 def initialize(config_info=nil) if config_info then super({ nameserver_port: Addresses }.merge(config_info)) else super(nameserver_port: Addresses) end end
Public Instance Methods
each_address(name)
click to toggle source
Iterates over all IP addresses for name
retrieved from the
mDNS resolver, provided name ends with “local”. If the name does not end
in “local” no records will be returned.
name
can be a Resolv::DNS::Name or
a String. Retrieved addresses will be a Resolv::IPv4 or Resolv::IPv6
Calls superclass method
Resolv::DNS#each_address
# File lib/resolv.rb, line 2597 def each_address(name) name = Resolv::DNS::Name.create(name) return unless name.to_a.last == 'local' super(name) end


Limbo **
Rated on a 4-star scale Screening venue: Cornerhouse (Manchester) Released in the UK by Columbia TriStar on January 21, 2000; certificate 15; 126 minutes; country of origin USA; aspect ratio 1.85:1
Directed by John Sayles; produced by Maggie Renzi. Written by John Sayles. Photographed by Haskell Wexler; edited by John Sayles.
CAST..... David Strathairn..... Joe Gastineau Mary Elizabeth Mastrantonio..... Donna De Angelo Vanessa Martinez..... Noelle De Angelo Casey Siemaszko..... Bobby Gastineau Kris Kristofferson..... Smilin' Jack Kathryn Grody..... Frankie Rita Taggart..... Lou
"The nights aren't that long this time of year," a man named Joe says, which suggests that it is summertime. But the surroundings are dull and damp, as they would be in autumn, and Joe and his companions are shivering and worrying about pneumonia, as they would be in winter. This sense of confusion persists throughout John Sayles's "Limbo", in which nothing ever really seems definite. How intentional the mood is, I'm not sure. I do know that it makes for depressing cinema.
"Limbo" takes place around a small Alaskan fishing community, where big businessman have begun to exploit the landscape as a sort of giant theme park for elderly tourists, who want to see the wilderness, but want it tame. One tour guide even takes vacationers into a nondescript local tavern, to talk of its "local significance". They click their cameras, muttering and pointing, as if they are in a museum, and the locals are exhibits.
Those locals have come to the bar to drown their sorrows. There is no longer any great demand for the fish their area produces, so its cannery has been shut down, and all its workers laid off. The workers react with neither anger nor attempts at positive thinking; they just seem to hang around, confused, not knowing what to do.
Sayles, the writer and director, spends time exploring the politics and hierarchy of this locale, then selects three main characters and uses them to veer off into another direction. The underlying sense of uncertainty is even present in the characterisations of these people: Joe (David Strathairn) was once a bright and successful chap, who lost a lot of his nerve in an accident at sea, and may or may not have recovered.  Her daughter, Noelle (Vanessa Martinez), is going through a bout of depression that may be typical teenage angst, or may be something more sinister.
As the result of plot happenings that are not really relevant here, this trio find themselves stranded on a miserable, freezing little island, possibly pursued by murderous gangsters. After some initial terror, and worries about starving to death, Joe, Donna and Noelle simply gather edible matter, and firewood, and do what they can to survive. There's no high drama; everything keeps unfolding as vague inactivity.
I suspect this is the intention, judging by the film's title and its cryptic ending. Or perhaps the film was loaded with symbolism that I just didn't pick up on. "Limbo" is certainly not engaging on a straight dramatic level -- if Sayles wanted the material to be taken that way, he would have depicted the situation with more raw, menacing detail. Instead, no event seems as important in itself than as in terms of some bigger picture; the story is constantly moving on, as if to some grand thematic payoff. The payoff never comes, and that's the point. We're left in limbo.
This is very watchable: Strathairn, Mastrantonio and Martinez are intense performers, and the cinematographer, Haskell Wexler, is a fascinating mixer of realistic brightness and rich colours. But "Limbo" is pretty much impossible to like, as it deliberately sets out to leave the audience unsatisfied.
Next week I'll be reviewing "American Beauty", the current front-runner to win the Oscar as best picture of the year. I'll be recommending that film because it carefully studies isolation, loneliness and alienation; "Limbo", on the other hand, creates such feelings. One character says she knows she's in limbo because "it sure ain't heaven and it's too cold to be hell". Not a worthwhile experience, then. Sayles should have remembered that before making this movie.
COPYRIGHT(c) 2000 Ian Waldron-Mantgani
Please visit, and encourage others to visit, the UK Critic's website, which is located at http://members.aol.com/ukcritic
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


| ETA (driving): 15 min |
| Credit? Y |
| Cash? Y |
| Budget: < $10 |
| Wi-fi? N |
| Hours M-F: 11am-4pm, 5pm-10pm Saturday: 11am-10pm Sunday: 5pm-9pm |
A friend and I doubled down for the Meal for 2 option and were completely stoked with the outcome. The lamb stew-esc curry was tender and the vegetable curry, almost korma style, was out of this world. Combine that with the best naan I have had in SD, unreal traditional potato samosas, REAL Tandoor Chicken, and some truly flavorful sweet and herby chutneys; What do you Get? ME, w/a HUGE smile, coming back for more ASAP, as often as possible, and spreading the word of this places Quality!
For a person that doesn't eat Indian food that often, I thought the place should offer some translation of their menu. Took me the longest time to find out Naan was this delicious bread!! The cashier was also a little reluctant to help due to the long line. I suggest everyone to do their research before they come here!
Got the Chicken Biryani for $8.95 to go. They surrrre know how to fill a styrofoam box! Definitely enough for that one order to be split amongst two people. Very very flavorful and the best I've ever had.


You can also type up, down, left, right on keyboard to send the same command
You can also use Space to fice
You can also use Z and X on keyboard to turn robot gun


{% include head.html %}
{% include nav.html %}
{{page.title}}
{{content}}
Display Name:
Unknown
Title:
Unknown
Agency:
Unknown
Phone:
Unknown
Manage Profile
List Applications
Open Chat
{% include footer.html %}


Tink Link iOS
Prerequisites
- Create your developer account at Tink Console
- Follow the getting started guide to retrieve your
client_id
andclient_secret
- Add a deep link with scheme and host to your app (
yourapp://host
) to the list of redirect URIs under your app’s settings
Requirements
- iOS 10.0
- Xcode 11.3
Installation
Swift Package Manager is used to integrate Tink Link into your project.
Follow these instructions to link a target to a package product and enter this URL https://github.com/tink-ab/tink-link-sdk-ios
when asked for a package repository.
When finished, you should be able to import TinkLink
within your project.
Configuration
To start using Tink Link, you will need to configure a Tink
instance with your client ID and redirect URI.
Swift
let configuration = try! Tink.Configuration(clientID: <#String#>, redirectURI: <#URL#>)
Tink.configure(with: configuration)
Environment Variables
The shared instance of Tink can also be configured using environment variables defined in your application’s target run scheme.
| Key | Value |
|---|---|
TINK_CLIENT_ID |
String |
TINK_REDIRECT_URI |
String |
TINK_CUSTOM_GRPC_ENDPOINT |
Optional |
TINK_CUSTOM_REST_ENDPOINT |
Optional |
TINK_GRPC_CERTIFICATE_URL |
Optional |
TINK_REST_CERTIFICATE_URL |
Optional |
Redirect Handling
You will need to add a custom URL scheme or support universal links to handle redirects from a third party authentication flow back into your app.
Follow the instructions at one of these links for how to set this up:
Examples
- Usage Examples This document outlines how to use the different classes and types provided by Tink Link.
- Provider Selection This example shows how to build a complete aggregation flow using Tink Link.


dripy package¶
Submodules¶
dripy.dripy module¶
Module for working with drilling data.
dripy.lodestar module¶
-
class
dripy.lodestar.
LodeStarData
(filename, stack_order=None, date_parser=None, write_pickle=True)[source]¶ Bases:
object
-
MAX_TIME_DEC
= 4¶
-
STANDARD_SIGNALS
= {'moment': ['bobmag'], 'rpm': ['rpmacc'], 'torque': ['tob'], 'wob': ['wob']}¶
-
slice_at_indices
(i_start, i_end, shift_time=True)[source]¶ Returns a :class:LodeStarData object sliced at the provided times
- Parameters
- Returns
Sliced :class:LodeStarData object.
- Return type
-
-
dripy.lodestar.
combine_with_pason
(lodestar_dataframe, pason_dataframe, pickle_file=None)[source]¶ Combine a pandas :obj:DataFrame containing Lodestar data with a pandas :obj:DataFrame containing Pason Data.
- Parameters
lodestar_dataframe (DataFrame) – pandas :obj:DataFrame containing Lodestar data
pason_dataframe (DataFrame) – pandas :obj:DataFrame containing Pason Data.
pickle_file (str (Optional)) – If given, resulting dataframe will be pickled.
- Returns
Compined pandas :obj:DataFrame
- Return type
DataFrame
dripy.pason module¶
Module for working with Pason Data
-
class
dripy.pason.
PasonData
(filename, date_parser=None, motor_factor=None)[source]¶ Bases:
object
Object representing a Pason dataset.
Examples
Referring to the rpm by the
rpm
attribute>>> filename = 'pason.csv' >>> pason_data = PasonData(filename) >>> pason_data.rpm[1000:1002] [84.95, 83.89]
Refering to the rpm by the standard signal name ‘rpm’ in the
data
attribute.>>> pason_data.data['rpm'][1000:1002].values array([84.95, 83.89])
Refering to the rpm by its name in the referenced .csv file
>>> pason_data.data['rotary_rpm'][1000:1002].values array([84.95, 83.89])
Plotting all the standard signals. NOTE:
matplotlib.pyplot
is included in the class and can be accessed via PasonData.plt>>> for signal in PasonData.STANDARD_SIGNALS: >>> pason_data.plt.figure() >>> plot = pason_data.data[signal].plot()) >>> plot.set_ylabel('{} ({})'.format(signal.capitalize(), pason_data.units[signal])) >>> plot.set_xlabel('{} ({})'.format(pason_data.data.index.name, pason_data.units[pason_data.data.index.name])) >>> plot.grid() >>> PasonData.plt.show() <matplotlib.axes._subplots.AxesSubplot object at 0x000000001C517EF0>
-
STANDARD_SIGNALS
¶ Class attribute with standard signal name as keys and lists of expected names in the pason csv files as values.
- Type
-
MAX_TIME_DEC
= 2¶
-
SETPOINT_FILTER_CUTOFF
= 0.1¶
-
SETPOINT_SIGMA
= 4¶
-
STANDARD_SIGNALS
= {'gpm': ['total_pump_output'], 'md': ['bit_depth'], 'mse': ['mechanical_specific_energy'], 'pressure': ['differential_pressure'], 'rop': ['rate_of_penetration'], 'rpm': ['rotary_rpm'], 'torque': ['convertible_torque', 'rotary_torque', 'top_drive_torque'], 'wob': ['weight_on_bit']}
-
get_setpoints
(signal_type, show_plot=True)[source]¶ Gets the setpoints from the rpm or gpm Pason signals.
Notes
This method is experimental. It is highly recommended to set show_plot=True to visually confirm that the extracted setpoints are sensible. This method has been tested on rpm and gpm signals only. It has not been tested on other types of Pason signals.
Setting show_plot=True will halt execution until the figure window is closed.
-
plt
= <module 'matplotlib.pyplot' from 'c:\\users\\bthornt\\code\\dripy\\env\\lib\\site-packages\\matplotlib\\pyplot.py'>¶
-
-
dripy.pason.
pason_post_processing
(t, sig)[source]¶ Process a signal as it would be processed by pason
- This function applies the following processing steps:
Sample at 50 Hz
Apply a digital low pass filter with a cutoff frequency of 0.99 Hz
Resample at 5 Hz
Calculate maximum over each 1 second period
-
dripy.pason.
slice_step_tests
(pason, step_test_times, include_tagging_bottom=False, expand_forward=None, expand_backward=None)[source]¶ Slices the step test data out of the pason data
- Parameters
pason (PasonData) – :class:PasonData object
step_test_times (list of lists of strs) – list of pairs of date strings containing the start and end times of the slice
include_tagging_bottom (bool (Optional)) – If True, slices the test starting at the preceeding bottom tag time
expand_forward (float (Optional)) – Number of seconds to expand slice forward in time
expand_backward (float (Optional)) – Number of seconds to expand slice backward in time
- Returns
Sliced :class:PasonData object
- Return type


--- layout: post title: Appearances can be deceiving date: '2010-10-21T13:57:00.000-04:00' author: Bob Sica tags: modified_time: '2011-12-21T12:48:50.234-05:00' blogger_id: tag:blogger.com,1999:blog-736339229338318027.post-1317793238960627800 blogger_orig_url: http://blog.purplecrowlidar.ca/2010/10/appearances-can-be-deceiving.html ---
Emily is a PCL grad student currently working with the Dalhousie RMR lidar in Eureka. The above is from Emily's Arctic Adventure blog.


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An implementation of 'ggplot2'-methods to present the composition of Solvency II Solvency Capital Requirement (SCR) as a series of concentric circle-parts. Solvency II (Solvency 2) is European insurance legislation, coming in force by the delegated acts of October 10, 2014. <https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=OJ%3AL%3A2015%3A012%3ATOC>. Additional files, defining the structure of the Standard Formula (SF) method of the SCR-calculation are provided. The structure files can be adopted for localization or for insurance companies who use Internal Models (IM). Options are available for combining smaller components, horizontal and vertical scaling, rotation, and plotting only some circle-parts. With outlines and connectors several SCR-compositions can be compared, for example in ORSA-scenarios (Own Risk and Solvency Assessment).
| Version: | 0.1.1 |
| Depends: | R (≥ 3.5.0) |
| Imports: | dplyr, ggplot2, magrittr, tidyr |
| Suggests: | covr, ggmap, knitr, rmarkdown, testthat |
| Published: | 2018-11-19 |
| Author: | Marco van Zanden [aut, cre] |
| Maintainer: | Marco van Zanden <git at vanzanden.nl> |
| BugReports: | https://github.com/vanzanden/ggsolvencyii/issues |
| License: | GPL-3 |
| URL: | https://github.com/vanzanden/ggsolvencyii |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | ggsolvencyii results |
| Reference manual: | ggsolvencyii.pdf |
| Vignettes: |
Coding overview ggsolvencyii plotdetails Coding overview |
| Package source: | ggsolvencyii_0.1.1.tar.gz |
| Windows binaries: | r-devel: ggsolvencyii_0.1.1.zip, r-release: ggsolvencyii_0.1.1.zip, r-oldrel: not available |
| OS X binaries: | r-release: ggsolvencyii_0.1.1.tgz, r-oldrel: not available |
| Old sources: | ggsolvencyii archive |
Please use the canonical form https://CRAN.R-project.org/package=ggsolvencyii to link to this page.


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