| Package | Description |
|---|---|
| com.hazelcast.ascii.memcache |
This package contains MemoryCache functionality for Hazelcast.
|
| com.hazelcast.ascii.rest |
This package contains Reset functionality for Hazelcast.
|
| com.hazelcast.cache |
This package contains the public API extension for Hazelcast JCache,
the Hazelcast implementation of the JSR-107 commonly referred to as JCache.
|
| com.hazelcast.cache.impl |
Hazelcast JSR-107 aka JCache implementation
|
| com.hazelcast.cache.impl.client |
Hazelcast JSR-107 aka JCache implementation
Client Requests
|
| com.hazelcast.cache.impl.operation |
Hazelcast JSR-107 aka JCache implementation
|
| com.hazelcast.cache.impl.record |
Hazelcast JSR-107 aka JCache implementation
Internal record store
|
| com.hazelcast.client |
Contains classes/interfaces related to Client
|
| com.hazelcast.client.cache.impl |
Hazelcast JSR-107 aka JCache implementation client side
|
| com.hazelcast.client.connection.nio |
Contains classes related to New IO for com.hazelcast.client.connection
|
| com.hazelcast.client.impl |
Contains most of the client side HazelcastInstance implementation functionality.
|
| com.hazelcast.client.impl.client |
This contains the Requests and other DTO's exchanged between client/server
|
| com.hazelcast.client.impl.operations |
Contains client operations
|
| com.hazelcast.client.proxy |
This package contains client side proxy implementations of the different Hazelcast data structures
and operation types
|
| com.hazelcast.client.spi |
Contains classes/interfaces related to Service Provider Interface
such as ClientProxy , ClientClusterService
|
| com.hazelcast.client.spi.impl |
Provides util classes for com.hazelcast.client
|
| com.hazelcast.cluster |
This package contains the cluster functionality.
|
| com.hazelcast.cluster.client |
This package contains the client cluster functionality.
|
| com.hazelcast.cluster.impl |
This package contains the implementation of the cluster functionality.
|
| com.hazelcast.cluster.impl.operations |
This package contains operations for the com.hazelcast.cluster.impl package.
|
| com.hazelcast.collection |
This package contains classes related to Collections (IList,ISet etc..)
|
| com.hazelcast.collection.client |
This package contains client functionality for Collections in Hazelcast.
|
| com.hazelcast.collection.common |
This package contains common classes related to all collections
|
| com.hazelcast.collection.list |
This package contains IList functionality for Hazelcast.
|
| com.hazelcast.collection.set |
This package contains ISet functionality for Hazelcast.
|
| com.hazelcast.collection.txn |
This package contains the Transaction behavior for the Collections.
|
| com.hazelcast.concurrent.atomiclong |
This package contains IAtomicLong functionality for Hazelcast.
The IAtomicLong is the distributed version of the AtomicLong . |
| com.hazelcast.concurrent.atomiclong.client |
This package contains client requests for the IAtomicLong.
This package contains all the client request object to operate on the IAtomicLong that are send by the client. |
| com.hazelcast.concurrent.atomiclong.operations |
This package contains the operations on the IAtomicLong.
|
| com.hazelcast.concurrent.atomicreference |
This package contains IAtomicReferece functionality for Hazelcast.
The IAtomicReference is the distributed version of the AtomicReference . |
| com.hazelcast.concurrent.atomicreference.client |
This package contains client requests for the IAtomicLong.
This package contains all the client request object to operate on the IAtomicLong that are send by the client. |
| com.hazelcast.concurrent.atomicreference.operations |
This package contains the operations on the IAtomicReference.
|
| com.hazelcast.concurrent.countdownlatch |
This package contains ICountDownLatch functionality for Hazelcast.
The ICountDownLatch is the distributed version of the CountDownLatch . |
| com.hazelcast.concurrent.countdownlatch.client |
This package contains client requests for the ICountDownLatch.
This package contains all the client requests object to operate on the ICountDownLatch that are send by the client. |
| com.hazelcast.concurrent.countdownlatch.operations |
This package contains the operations on the ICountDownLatch.
|
| com.hazelcast.concurrent.lock | |
| com.hazelcast.concurrent.lock.client |
This package contains client requests for the ILock.
This package contains all the client requests object to operate on the ILock that are send by the client. |
| com.hazelcast.concurrent.lock.operations |
This package contains the operations on the ILock.
|
| com.hazelcast.concurrent.semaphore |
This package contains ISemaphore functionality for Hazelcast.
The ISemaphore is the distributed version of the Semaphore . |
| com.hazelcast.concurrent.semaphore.client |
This package contains client requests for the ISemaphore.
|
| com.hazelcast.concurrent.semaphore.operations |
This package contains the operations on the ISemaphore.
|
| com.hazelcast.config |
Provides classes for configuring HazelcastInstance.
|
| com.hazelcast.console |
This package contains classes related to ConsoleApp
|
| com.hazelcast.core |
Provides core API interfaces/classes.
|
| com.hazelcast.executor.impl |
This package contains IExecutorService functionality for Hazelcast.
The IExecutorService extends the ExecutorService and provides all kinds
of additional methods related to distributed systems. |
| com.hazelcast.executor.impl.client |
This package contains client requests for the IExecutorService.
|
| com.hazelcast.executor.impl.operations |
This package contains operations for the IExecutorService.
|
| com.hazelcast.hibernate |
Contains interfaces/classes related to Hibernate.
|
| com.hazelcast.hibernate.local |
Provides local classes for Hibernate.
|
| com.hazelcast.hibernate.serialization |
This class contains the Hibernate4 serializer hooks so what we don't
loose handling on serialization while working on hibernate
|
| com.hazelcast.instance |
This package contains Hazelcast Instance functionality.
|
| com.hazelcast.management |
Contains classes to provide data/operation interface for Management Center.
|
| com.hazelcast.management.operation |
Contains operations that are called from Management Center.
|
| com.hazelcast.map.impl |
Contains implementation specific classes of
com.hazelcast.map package. |
| com.hazelcast.map.impl.client |
Contains client requests for the
IMap |
| com.hazelcast.map.impl.eviction |
This package contains eviction classes.
|
| com.hazelcast.map.impl.mapstore |
Contains map store operations.
|
| com.hazelcast.map.impl.mapstore.writebehind |
Package for processing write behind store operations.
|
| com.hazelcast.map.impl.mapstore.writethrough |
Package for processing write through store operations.
|
| com.hazelcast.map.impl.operation |
Package for map operations.
|
| com.hazelcast.map.impl.record |
Contains record specific classes.
|
| com.hazelcast.map.impl.tx |
Contains implementation classes for
TransactionalMap |
| com.hazelcast.map.impl.wan |
Contains wan replication event classes
|
| com.hazelcast.map.merge |
Contains merge policies for
IMap |
| com.hazelcast.mapreduce.aggregation.impl |
This package contains a set of predefined aggregation implementations
|
| com.hazelcast.mapreduce.impl |
This package contains the default implementation for the map reduce framework
internals.
|
| com.hazelcast.mapreduce.impl.client |
This package contains request and response classes for communication between cluster
members and Hazelcast native clients
|
| com.hazelcast.mapreduce.impl.notification |
This package contains all remote node notifications
|
| com.hazelcast.mapreduce.impl.operation |
This package contains all remote operations that are needed to control work on
supervising or worker nodes.
|
| com.hazelcast.mapreduce.impl.task |
This package contains the base implementation for a standard map reduce job.
|
| com.hazelcast.multimap.impl |
Contains classes for Hazelcast MultiMap module.
|
| com.hazelcast.multimap.impl.client |
Contains client requests for Hazelcast MultiMap module.
|
| com.hazelcast.multimap.impl.operations |
Contains operations for Hazelcast MultiMap module.
|
| com.hazelcast.multimap.impl.txn |
This package contains the Transaction behavior for the Multimap.
|
| com.hazelcast.nio |
This package contains classes related to New IO
|
| com.hazelcast.nio.serialization |
Contains interfaces/classes related to serialization;
such as serializer interfaces, input/output streams.
|
| com.hazelcast.nio.serialization.serializers |
Contains interfaces/classes related to SerializerHook for ArrayList and LinkedList
|
| com.hazelcast.nio.tcp |
Contains functionality for the TCP/IP Networking between cluster members
|
| com.hazelcast.partition |
Contains the partition logic for Hazelcast.
|
| com.hazelcast.partition.client |
Contains client functionality for partition related information.
|
| com.hazelcast.partition.impl |
Contains the actual implementation of the
InternalPartitionService . |
| com.hazelcast.query |
Contains interfaces/classes related to Hazelcast query and indexing support.
|
| com.hazelcast.query.impl |
Contains the implementation classes of the query functionality.
|
| com.hazelcast.queue.impl |
This package contains the IQueue functionality.
The IQueue is the distributed version of the BlockingQueue . |
| com.hazelcast.queue.impl.client |
This package contains client requests for the IQueue.
|
| com.hazelcast.queue.impl.operations |
This package contains the IQueue operations
|
| com.hazelcast.queue.impl.proxy |
This package contains the IQueue proxies.
|
| com.hazelcast.queue.impl.tx |
This package contains the Transaction behavior for the IQueue.
|
| com.hazelcast.replicatedmap.impl |
This package contains the implementation of the replicated map service itself and some connection interfaces only used
internally - No public API!
|
| com.hazelcast.replicatedmap.impl.client |
This package contains classes for client communication on replicated map implementation
|
| com.hazelcast.replicatedmap.impl.messages |
This package contains replication event classes to communicate replications to other nodes
|
| com.hazelcast.replicatedmap.impl.operation |
This package contains some remote operations to execute on remote nodes
|
| com.hazelcast.replicatedmap.impl.record |
This package contains the implementation of the backing data storage for the replicated map implementation
|
| com.hazelcast.security |
Provides interfaces/classes for Hazelcast security implementation.
|
| com.hazelcast.spi |
Provides interfaces/classes for Hazelcast SPI.
|
| com.hazelcast.spi.impl |
Contains implementations for Hazelcast SPI.
|
| com.hazelcast.storage |
This package contains storage functionality for Hazelcast.
|
| com.hazelcast.topic.impl |
This package contains ITopic functionality for Hazelcast.
With the ITopic it is possible to create publish subscribe solutions similar to JMS Topics. |
| com.hazelcast.topic.impl.client |
This package contains client requests for the ITopic.
|
| com.hazelcast.transaction |
Provides interfaces/classes for Hazelcast transaction support.
|
| com.hazelcast.transaction.client |
This package contains client transaction code
|
| com.hazelcast.transaction.impl |
Provides implementation for Hazelcast transaction support.
|
| com.hazelcast.util |
This package contains classes to support the inner workings of Hazelcast
as well as some backports of newer Java features / data structures to
support older Java versions in a clean and nice way.
|
| com.hazelcast.util.executor |
This package contains classes related to Util.Executor
|
| com.hazelcast.wan |
This package contains the WAN replication API
|
| com.hazelcast.web |
Provides Hazelcast-based session replication.
|
| com.hazelcast.web.entryprocessor |
Provides Entry Processors used in hazelcast-wm
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| SerializationService |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Portable
Portable provides an alternative serialization method.
|
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| SerializationService |
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Portable
Portable provides an alternative serialization method.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| SerializationService |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| Serializer
Base interface of custom serialization interfaces
see
ByteArraySerializer
see StreamSerializer |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| Class and Description |
|---|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| Serializer
Base interface of custom serialization interfaces
see
ByteArraySerializer
see StreamSerializer |
| SerializerHook
This interface is used to automatically register serializers from external
Hazelcast or user modules.
Both types of Serializer s are supported
(StreamSerializer and
ByteArraySerializer ). |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| SerializationService |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| Serializer
Base interface of custom serialization interfaces
see
ByteArraySerializer
see StreamSerializer |
| SerializerHook
This interface is used to automatically register serializers from external
Hazelcast or user modules.
Both types of Serializer s are supported
(StreamSerializer and
ByteArraySerializer ). |
| Class and Description |
|---|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataAdapter |
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| PortableContext |
| SerializationService |
| Class and Description |
|---|
| ByteArraySerializer
For sample usage custom serialization and other way of custom serialization
see
StreamSerializer . |
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| ClassDefinitionBuilder
ClassDefinitionBuilder is used to build and register ClassDefinitions manually.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DefaultPortableReader |
| FieldDefinition
FieldDefinition defines name, type, index of a field
|
| FieldType |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| InputOutputFactory |
| ObjectDataInputStream |
| ObjectDataOutputStream |
| Portable
Portable provides an alternative serialization method.
|
| PortableContext |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| SerializationService |
| SerializationServiceBuilder |
| SerializationServiceImpl |
| Serializer
Base interface of custom serialization interfaces
see
ByteArraySerializer
see StreamSerializer |
| StreamSerializer
A base class for custom serialization.
|
| Class and Description |
|---|
| Serializer
Base interface of custom serialization interfaces
see
ByteArraySerializer
see StreamSerializer |
| SerializerHook
This interface is used to automatically register serializers from external
Hazelcast or user modules.
Both types of Serializer s are supported
(StreamSerializer and
ByteArraySerializer ). |
| StreamSerializer
A base class for custom serialization.
|
| Class and Description |
|---|
| PortableContext |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Portable
Portable provides an alternative serialization method.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| SerializationService |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| SerializationService |
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Portable
Portable provides an alternative serialization method.
|
| PortableContext |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| SerializationService |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| ClassDefinition
ClassDefinition defines a class schema for Portable classes.
|
| Portable
Portable provides an alternative serialization method.
|
| PortableFactory
PortableFactory is used to create Portable instances during de-serialization.
|
| PortableHook |
| PortableReader
Provides a mean of reading portable fields from a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| PortableWriter
Provides a mean of writing portable fields to a binary in form of java primitives
arrays of java primitives , nested portable fields and array of portable fields.
|
| VersionedPortable
VersionedPortable is an extension to
Portable
to support per class version instead of a global serialization version. |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| SerializationService |
| Class and Description |
|---|
| SerializationService |
| Class and Description |
|---|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| DataSerializableFactory
DataSerializableFactory is used to create IdentifiedDataSerializable instances during de-serialization.
|
| DataSerializerHook |
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
| Class and Description |
|---|
| Data
Data is basic unit of serialization.
|
| DataSerializable
DataSerializable is a serialization method as an alternative to standard Java serialization.
|
| IdentifiedDataSerializable
IdentifiedDataSerializable is an extension to
DataSerializable
to avoid reflection during de-serialization. |
Copyright © 2016 Hazelcast, Inc.. All Rights Reserved.


Stray Kids are 'young and free' in 'Astronaut' music video
by Annie MartinNov. 13 (UPI) -- South Korean boy band Stray Kids is back with a new music video.
The K-pop group shared a video Wednesday for the upbeat single "Astronaut."
The "Astronaut" video shows Stray Kids members Bang Chan, Lee Know, Changbin, Hyunjin, Han, Felix, Seungmin and I.N on a futuristic playground. The group sings about being "young and free" as they explore the world and pursue their dreams.
"I'm brave, I'm great / Anything is possible no matter what I do, okay / Ready, ready, steady / Let's go now, anywhere," the group sings in Korean.
"Astronaut" appears on Stray Kids' forthcoming EP, Clé: Levanter. The mini album also includes the single "Double Knot," which Stray Kids released a music video for in October.
Stray Kids will release Clé: Levanter on Nov. 25. The EP is the third installment in the group's Clé series, following Clé 1: Miroh and Clé 2: Yellow Wood.


So you can plan events and invite people
A user management, permissions, and tracking interface
(Jan 5, 2015 - March 11,2015)
(2011 - 2015)
(2004 - 2011)
(1999 - 2003)
Love a heavy work load and a path of continuous learning. If I don't learn something new and exciting every day, my approach must have been wrong!
If you want more info:
Email me or connect on Linkedin


First set the position of the pointer on 360 (left)
Initial pos.:
pCoeff:
Set the parameters of simulation model:
b: [N*m/(rad/s)] damping coefficient
KT: [N*m/A] torque constant
rho: gear ratio, e.g. 150:1 = 150
IL: [kg*m^2] moment of inertia of our Load
R: [ohm] resistance of the motor
Kb: [V/(rad/s)] back EMF constant
Final pos.:
Stop emit time:


Team One
Select
Team Two
Select
Date and time
Match Day
Compition Associated With Event
Select
Cup Game
Not a cup game
Leg
Select
First
Second
Round
Select
Round of 32
Round of 16
Round of 08
Round of 04
Semi Final
Final
Team One Score
Team Two Score
Game Finished
Game Not finished
Game Canceled
Game not canceled
Submit


TableViews
Objective
In this chapter, we'll examine TableView basics then dig a bit deeper into what you can do with tables. We'll look at headers, footers, and sections. Finally, we'll wrap up with a look at handling events associated with tables and rows.
Contents
Let's start by creating a table. You do so with the Ti.UI.createTableView() method, like this:
var table = new Titanium.UI.createTableView({
/* properties */
});
Some key table properties include:
-
height and width – controls the dimensions of the table; it doesn't have to fill its parent container
-
top and left – controls placement of the table, useful if you want to add buttons or labels above or below it
-
backgroundColor and backgroundImage – controls the background of the table; transparent is a valid backgroundColor
-
rowHeight / minRowHeight / maxRowHeight – controls table-wide dimensions of rows
-
headerTitle / headerView – controls the table's header
-
footerTitle / footerView – controls the table's footer
-
scrollable (boolean) – controls whether the table is scrollable (vertically)
Assigning data to your table
Next we'll move on to adding rows, which are the core of any table component. Let's take a look at the options that Titanium makes available to you for creating and adding rows.
Table rows are represented by the Ti.UI.TableViewRow object. This object contains various properties and methods that you can use to style and manage your table rows. You can create TableViewRow objects explicitly using the Ti.UI.createTableViewRow() function. Conversely, you can use simple Javascript object literals to represent your rows. For quick and dirty row creation, the object literal technique is likely faster and easier. When you want to carefully style and control the behavior of rows, though, you'll probably want to create explicit row objects.
// create an array of anonymous objects
var tbl_data = [
{title:'Row 1'},
{title:'Row 2'},
{title:'Row 3'}
];
// now assign that array to the table's data property to add those objects as rows
var table = Titanium.UI.createTableView({
data:tbl_data
});
// alternatively, you could do
table.setData(tbl_data);
Creating object literals in this way is very handy when pulling data out of a database or across the network. By explicitly creating TableViewRow objects, you gain access to a few handy methods such as add() or fireEvent().
var row = Titanium.UI.createTableViewRow({
title: 'Row 1'
/* other properties */
});
table.appendRow(row);
// with an explicit object, you can call methods such as
// var imgCapture = row.toImage();
Emptying a table
You can empty a table by setting its data property to an empty array.
Do not set a TableView's data property to null or undefined as it will result un unexpected behavior.
table.setData([]);
// or
table.data = [];
Setting data vs. setData() vs. appendRow()
For best performance, create an array of row objects (object literals or explicitly typed) and then assign them to the table using either setData() or by setting the data property. In community tests, appendRow() performs significantly slower than setData() when adding thousands of rows to a test table. Though this is an uncommon scenario, it is still best to manage your tables, and all UI components, in the most performant manner possible.
If your app does however currently require a table with thousands of rows, you should may want to reconsider your UI. Users won't want to scroll through that many rows to find the one that interests them. Even on the fastest device, such a table will be slow. Consider some sort of drill-down interface, filtering mechanism, or alternate UI/UX paradigm to reduce the size of the available table.
Row properties
Now that we've seen how to create tables and rows, let's learn a bit more about the built-in row properties. TableViewRow objects have various useful properties that you can use to add style and functionality to your tables.
-
leftImage – set this property equal to an image URL (local or remote) to display that image to the left of the row's title
-
rightImage – set this property equal to an image URL (local or remote) to display that image to the right of the row's title
-
backgroundImage – set this property equal to an image URL (local or remote) to display that image in the background of the row
-
backgroundColor – set this property to a color string to set the row's background color
So let's augment the properties of the prior TableView example rows. In the following code we'll utilize the above properties on a per row basis, making for a highly styled set of table rows.
var tbl_data = [
{title:'Row 1', leftImage: 'KS_nav_ui.png'},
{title:'Row 2', rightImage: 'KS_nav_ui.png'},
{title:'Row 3', backgroundColor: '#fdd'}
];
// now assign that array to the table's data property to add those objects as rows
var table = Titanium.UI.createTableView({
data:tbl_data
});
// alternatively, you could do
table.setData(tbl_data);
Row indicators
Row indicators are icons that provide visual cues to your users related to your table rows. As shown in the following graphic, Android supports two built-in icons while iOS supports three. Each is a boolean value set with the property listed following the graphic.
-
hasChild – indicates sub-table or additional rows (most commonly used on iOS with the NavigationGroup control)
-
hasDetail – indicates a detail view or alert will appear when row is tapped (not supported on Android)
-
hasCheck – an on/off or yes/no indicator
Custom rows
If the stock properties don't suit your needs, you can add Views, ImageViews, Labels, Buttons, and so forth as children of your rows. This gives you enormous flexibility when laying out the content of your table. Make sure to set at least an "auto" height for the row so that the children elements will be visible.
Let's once again visit the example TableView code. This time we'll modify it to use explicit TableViewRows. To these TableViewRows we will add a label, button, and image in a custom format.
// Create an array of explicitly defined custom TableViewRows
var tbl_data = [];
for (var i = 0; i < 10; i++) {
var row = Ti.UI.createTableViewRow();
var label = Ti.UI.createLabel({
left: 10,
text: 'Row ' + (i+1)
});
var image = Ti.UI.createImageView({
url: 'KS_nav_ui.png'
});
var button = Ti.UI.createButton({
right: 10,
height: 30,
width: 80,
title: 'press me'
});
row.add(label);
row.add(image);
row.add(button);
tbl_data.push(row);
}
// now assign that array to the table's data property to add those objects as rows
var table = Titanium.UI.createTableView({
data:tbl_data
});
This is just one very simple example of how you can create custom rows for your tables. You can literally embed almost any Titanium UI component in any visual configuration to create your rows.
It is tempting to make heavy use of Titanium's flexibility with custom rows. You need to be aware, however, of the performance implications of making your rows overly complex. Each unique UI element you add to a row has resources requirements, and those requirements are magnified by the number of rows in your tables. Be sure to test both on simulator/emulator and device as you develop to ensure you are getting the app performance you expect, and scale back row complexity if necessary.
Grouped rows
On iOS, you can set the style property of the table to display table sections as separate components, as shown in the following graphic.
var inputData = [
{title:'row 1', header:'Header 1'},
{title:'row 2'},
{title:'row 3'},
{title:'row 4', header:'Header 2'},
{title:'row 5'}
];
var tableView = Titanium.UI.createTableView({
data:inputData,
style:Titanium.UI.iPhone.TableViewStyle.GROUPED
});
Table sections
Table sections enable you to create groupings of related rows within your table. Table sections can have headers and footers. You create sections with the Ti.UI.createTableViewSection() method. Then, you add rows to that section and set the table's data property equal to an array of sections. Like this:
// Create the first TableViewSection
var section1 = Ti.UI.createTableViewSection({
headerTitle:'Header 1'
});
// use a loop to add some rows
for (var i=0; i < 4; i++) {
section1.add(Ti.UI.createTableViewRow({
title:'Row '+i
}));
}
// do it all again...
var section2 = Ti.UI.createTableViewSection({
headerTitle: 'Section 2'
});
for (var i=4; i < 10; i++) {
section2.add(Ti.UI.createTableViewRow({
title:'Row '+i
}));
}
// Now, here's our table, and we're setting the data to hold the sections
var tv = Ti.UI.createTableView({
data:[section1,section2]
});
Titanium always creates at least one table section for you even if you don't explicitly create a TableViewSection. This is handy because sections have a rows property, which tables do not. This property stores an array of all the rows in that section. In other words, you can use sections to loop programmatically through the rows in a table.
var table = Ti.UI.createTableView({});
// we'll add rows, but not sections
table.data = resultsOfSomeDatabaseOperation();
// when the table is clicked, loop through the rows
table.addEventListener('click', function(e){
var sections = table.data; // grab the array of sections
var section = sections[0]; // use just the first section
for(var x=0,y=section.rowCount;x < y;x++) {
var theRow = section.rows[x];
// do something with theRow
}
});
Events and event object properties
As shown in the preceding code, you can add event listeners to tables. From there, you can access sections, rows, and nested child elements. While you could add event listeners directly to the rows, we don't recommend it. Doing so adds unnecessary memory and processing overhead to your app. Also, it can be difficult and repetitive adding listeners to all the various rows.
table.addEventListener('click', function(e){
alert('You clicked row '+e.index);
});
As shown in the code above, you have access to an event object, e, that holds important table information within the listener. For example, some of the key properties of that event object include:
-
index – the ordinal index number of the row that received the event
-
row – the object representing the row that received the event
-
rowData – the properties of the row that received the event
-
source – the object that received the original event
-
section – the table section that received the event
Hands-on Practice
Goal
In this activity, you will create a custom table that doesn't fill the entire viewport. The table will contain customized rows with background images that differ based on the row's location within the table. Each row will contain two images and two labels. When you tap a row, an event listener will determine if either of the images was the object that received the tap. If so, that image will be swapped with an alternate graphic.
When completed, your app should match what is shown in this movie: http://assets.appcelerator.com.s3.amazonaws.com/video/320.mov
Resources
Download the starting point code from http://assets.appcelerator.com.s3.amazonaws.com/app_u/code/320.zip. This archive includes the necessary graphics.
Steps
-
Download, extract, and then import the TableView project into Studio. Confirm that the tiapp.xml file has appropriate values then close that file. Open app.js in Studio.
-
Following the comments included in the starting app.js file, add these elements to the app:
-
Set the window background to images/gradientBackground.png
-
Add a page heading of "Custom Table" with a dark blue, 18 px, bold font that is positioned at the top-left of the window
-
Define a table that is positioned below the label and which is 90% of the width of the screen and 85% of its height. Set the table's background color to transparent and for iOS, set the separator style to NONE.
-
-
Write a function named makeRow() following the specifications included in the comments within the code.
-
Your makeRow() function should accept an object that will be used to pass in four values: the row number, primary label text, secondary label text, and a custom "which image" indicator string. Possible values for the row number parameter will be an integer or the string 'last'. Possible values for the myImage string property will be a, b, c, blue, and red. You'll use this myImage property to determine which element in the row is tapped and to swap images accordingly.
-
Each row should contain two images:
-
Left image: if an even-numbered row = 'images/imageA.png' otherwise 'images/imageB.png'. It should have a custom property named myImage that is set equal to the myImage parameter passed to your makeRow() function at run time.
-
Right image: use 'images/notificationBadge.png' and set its custom myImage property equal to 'blue'
-
-
Each row should contain two labels:
-
Primary label: use a bold, 16 px font positioned to the right of the left image with its text set equal to the primary label parameter passed to makeRow() at run time. Be sure to set a height for the label.
-
Secondary label: use a bold, 13 px font positioned below the primary label with its text set equal to the secondary label parameter passed to makeRow() at run time. Be sure to set a height for the label.
-
-
Each row's background image should be set to 'images/middleRow.png' and the selected background image to 'images/middleRowSelected.png'. If the row number parameter is 0, set the row's background image to 'images/topRow.png' and selected background image to 'images/topRowSelected.png'. If the row number parameter equals 'last' then use 'images/bottomRow.png' and 'images/bottomRowSelected.png' for the background images and use 'images/imageC.png' for the left image.
-
The makeRow() function should return a Titanium.UI.TableViewRow object.
-
-
Use a for-loop to create an array of 8 rows for your table, calling makeRow() in each iteration of the loop. Set the primary label to "This is row" plus the row-number indicator. Set the secondary label to "Subtitle" and the row-number indicator. Set the myImage value to either 'a' or 'b' depending on whether your loop counter is odd or even. (Hint: use the modulus operator, %, to calculate this odd/even value.)
Push one additional row into the rows array. This row should pass these values:-
row number: 'last'
-
primary label: 'This is the last row'
-
secondary label: 'The last subtitle'
-
myImage: 'c'
-
-
Add a click event listener to your table. Check the myImage property of the event source. Using a switch or if-else test, determine if myImage is set equal to a, b, c, blue, or red. If a, b, or c, swap the left image such that imageA becomes imageB, imageB becomes imageC, and imageC becomes imageA again. If the myImage property equals blue, the right image should change to images/notificationUnreadBadge.png otherwise it should swap back to images/notificationBadge.png.
-
Save and run the project in the simulator. Confirm that the user interface matches the screenshots shown below. Confirm that your event listener functions properly:
-
When the row is tapped, the background image should swap to the green "selected" version.
-
If the left image is tapped, the letter should advance to the next letter, looping back to the beginning properly.
-
If the right image is tapped, it should swap between the red and blue versions properly.
-
References and Further Reading
-
Finished code: http://assets.appcelerator.com.s3.amazonaws.com/app_u/code/345-finished.zip
-
TableView API docs: http://developer.appcelerator.com/apidoc/mobile/latest/Titanium.UI.TableView-object
-
TableViewRow API docs: http://developer.appcelerator.com/apidoc/mobile/latest/Titanium.UI.TableViewRow-object
-
Kitchen Sink code: https://github.com/appcelerator/KitchenSink
Summary
In this section, you reviewed TableView basics, then explored some of its more powerful functionality. We looked at headers, footers, and sections. Finally, we wrapped up with a look at handling events associated with tables and rows. In the next section, we'll see how we can add custom icons and splash screens to our Titanium apps.


JavaScript Snake - In 3D
Score:
0
Please Wait
FPS:
0
🛠
Configuration
🗴
Starting Segments
Segments per Marker
Increasing Speed (n/a)
speed
Sound On/Off
sound


[t]Dear {$candidate},[/t]
[t]Your profile is older than 11 months and is about to be deleted. If you want your information to stay in our database, click on the following link:[/t]
{$hashlink}


THE CABLE GUY
A film review by Chris Casino
** out of **** (Fair for cable, don't go out of your way).
Director: Ben Stiller, Writers: Lou Holtz, Jr., and Judd Apatow, Cast: Jim Carrey (The Cable Guy), Matthew Broderick (Steven Kovacs), Leslie Mann (Robin), Rick (Jack Black), George Segal (Steven's Father), Eric Roberts (himself), Jeanne Gorafalo (Serving Wench), Andy Dick (Host).
I'll admit it, I'm not a very big Jim Carrey fan. THE MASK was very good, but that was about the highlight of his career. BATMAN FOREVER was good too, but that had nothing to do with him at all. However, I had heard this film was very different from what he usually does, I decided to watch it when it premiered on HBO last night and see what all the fuss was about. This was also the movie which earned Carrey twenty million dollars.
Was it worth it?
In short: Nope!
 It's so bad in fact that he even assumes so many aliases of TV characters that we never learn his real name. One day, he arrives at the home of Steven Kovacs, an innocent, likable guy played nicely by Matthew Broderick, who has just been kicked out of his apartment by his girlfriend, Robin (appealingly played by Leslie Mann), whom he loves and will do anything to win back, including blow off all of his buddies. Anyhow, Carrey juices him up with free cable, and after that latches onto him like a bee on honey by calling him day and night and showing up wherever he goes. He even gives him advice on how to win Robin back. Steven hangs around with him for a while, but after the Cable Guy wins Robin back for him, he blows him off, and that's when this movie really starts to get weird.  Talk about fatal friendship, huh?
We gradually learn that the Cable Guy is so desperate for a friend because he never had any of his own, he was always in front of the television as his Mom always went out at night and left him with a babysitter.
Instead of being the usual kooky Carrey comedy, it's a darker comedy for him, which doesn't really work because he really has no acting ability. This movie proves that. He is his goofy self here, but that doesn't work in a comedy like this. He can't act like a real actor at all, and I hope people realize he can't before he starts to make dramatic movies and proves that for himself.
Roger Ebert stated this film could've been funnier if it wasn't a story about how deeply troubled the Cable Guy is. It's not true. The deeply troubled Cable Guy story has a message behind it: Kids who watch too much TV can't tell the difference between fantasy and reality when they grow up, which is true for most kids. But Carrey movies with messages don't work, because he can't be serious, and if he tried, he'd screw it up.
Jim Carrey stated you could never figure the Cable Guy out, whether he really needs a friend or whether he's playing with Steven, which isn't true. I figured him out, he's a lonely nut. The one I most felt sorry for was Matthew Broderick, both character and actor. Steven Kovacs is a nice guy who loves his girlfriend, and does not need to be hounded and terrorized like he is, and Matthew Broderick is a good, talented actor who deserves better scripts than this, and better actors to work with than Jim Carrey. He does a good job, but an actor of his stature doesn't really belong in this movie, and I asked myself watching it,"Why's he in this movie? Especially since a guy he's a much better actor than is getting a lot more money than he is?"
It's fatal flaw is it's dark side. Because it's so dark and convincing, if you're not an anti-social loner, you'll become one after you see this movie, and if you are, this'll make you proud of it.
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


Reports on any unnecessary
break
statements. An
break
statement is unnecessary when no other statements will be executed when it is removed.


---
layout: page
title: Research
---
I can also be found on Google Scholar and Research Gate.
Publications
2023
Journal Article Jakub Krukar, Samuel Navas Medrano, Angela Schwering. Route effects in city-based survey knowledge estimates, published at Cognitive Processing. https://doi.org/10.1007/s10339-022-01122-0
2022
Perspective Article Open Access Patricia Pons, Samuel Navas-Medrano, Jose L. Soler-Dominguez Extended Reality for Mental Health: current trends and future challenges, published at Frontiers in Computer Science. https://doi.org/10.3389/fcomp.2022.1034307
2021
Extended Abstract
Johannes Flacke, Samuel Navas Medrano, Rosa Aguilar, Karin Pfeffer, Christian Kray. Gesture-Enabled Remote Communication and Collaboration in Urban Planning (GECCO), presented at the The 17th International Conference on Computational Urban Planning and Urban Management (CUPUM).
2020
Journal Article Open Access
S Navas Medrano, M Pfeiffer and C Kray. Remote Deictic Communication: Simulating Deictic Pointing Gestures across Distances Using Electro Muscle Stimulation, published at the International Journal of Human–Computer Interaction (HIHC). https://doi.org/10.1080/10447318.2020.1801171
2019
Extended Abstract
M Pfeiffer, T Kröger, J Seifert, S Somaskantharajan, L Jahnich, T Steinblum, J Speckamp and S Navas Medrano. WONDER -- Enhancing VR Training with Electrical Muscle Stimulation, presented at the Extended Abstracts of the 2019 CHI Conference on Human Factors in Computing Systems. http://dx.doi.org/10.1145/3290607.3312780
Extended Abstract Open Access
M Pfeiffer, S Navas Medrano, J Auda and S Schneegass. STOP! Enhancing Drone Gesture Interaction with Force Feedback, presented at the 1st International Workshop on Human-Drone Interaction. https://hal.archives-ouvertes.fr/hal-02128395
2018
Conference Paper Open Access
S Navas Medrano, M Pfeiffer and C Kray. Deictic Communication across Distances: Visualising Remote Pointing Gestures on Mobile Phones, published at the Proceedings of the 32nd British Human Computer Interaction Conference as full paper. http://dx.doi.org/10.14236/ewic/HCI2018.11
2017
Conference Paper Open Access
S Navas Medrano, M Pfeiffer and C Kray. Enabling Remote Deictic Communication with Mobile Devices: an Elicitation Study, published at the Proceedings of the 19th International Conference on Human-Computer Interaction with Mobile Devices and Services as full paper. https://doi.org/10.1145/3098279.3098544
2016
MSc Thesis Open Access
S Navas Medrano. Enabling post-recording deep georferencing of walkthrough videos: an interactive approach, Msc thesis at Westfälische Wilhelms-Universität Münster, Universidade NOVA de Lisboa and Universitat Jaume I. [UJI Portal→] [RUN Portal→]
2014
BSc Thesis Open Access
S Navas Medrano. Autonomous Wheel Loader Simulator, BSc Thesis at Örebro Universitet. [DiVA Portal→]
Awards
Best Project Award at the 5th Edition of the VISion Understanding and Machine intelligence Summer School. 2017.
Projects
DCOMM: a European Union’s Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie Actions grant agreement No 676063. DComm is an interdisciplinary project which aims to make significant progress in understanding deictic communication.
Remarks
BHCI 2021 Programme Committee member hci2021.bcs.org/organisers/programme-committee/
ACM Mobile HCI 2020 Publicity co-chair. mobilehci.acm.org/2020/organizers/
Member of the Ethics-Committee of the Insitute for Geoinformatics, University of Münster.
Posters


{% extends "header.html" %} {% block body %}
import RPi.GPIO as gpio import time def init(): gpio.setmode(gpio.BOARD) gpio.setup(7, gpio.OUT) gpio.setup(11, gpio.OUT) gpio.setup(13, gpio.OUT) gpio.setup(15, gpio.OUT) gpio.output(7, True) gpio.output(11, True) def forward(tf): gpio.output(13, True) gpio.output(15, False) time.sleep(tf) def reverse(tf): gpio.output(13, False) gpio.output(15, True) time.sleep(tf) init() forward(0.5) reverse(0.5) gpio.cleanup()
Here's our script with a bit more built up. First, we have an init() function, which stands for initialization.
The init function sets up all of the pins that we are using.
Next, we define our forward and reverse functions. What these functions are going to do is initiate the proper changes to make the wheels go either forward, or reverse, depending on our goals.
Finally, after defining our functions, we call a quick init(), then ask the forward and reverse functions to run for 0.5 seconds. After this, we use gpio.cleanup() to cease the pins form being activated.
We are saving this script as robot2.py
To run:
sudo python robot2.py
That's all for forward and reverse, how about figuring out how to turn our car?


select your preferred event center location
select facilities center should have
List of Centers with requested facilities
available dates
choose date
describe your event in few words


Introduction
In this section we will be emulating an ARM platform using QEMU.
We will be making use of the course material provided at Open Security Training - Introduction to ARM.
Project code and required files are contained in my github repository - markkhusid/Open-Security-Training-Introduction-To-ARM.
Setting up the QEMU and the Virtual Machine
IntroARM_Setting_up_QEMU.pdf
How to setup ARM VM for Open Security Training
Creating_Linaro_Versatile_Express_images_for_qemu-linaro
The images listed in the PDF have been moved to a new subdirectory, so the wget command listed in the above PDF will fail. The image can be found in the link below...
Linaro Images


BTicino My Home
Connection
Connection to a BTicino My Home system is made via an Ethernet connection to a My Home Gateway interface. The available interfaces are the MH200N (that acts as a scenario programmer and SCS/LAN Gateway) and F454 (Audio/Video Web Server that also acts as an integration Gateway) BTcino products. It’s worth mentioning that:
- The MH202 scenario programmer doesn’t work as a SCS/LAN Gateway.
- BTicino presents his own Gateway as the F455 product, but as explained in his technical sheet it cannot be used as a development Gateway (SDK) for third-party Apps or as an integration Gateway (Vantage drivers, etc.); the Gateway F454 must be used). Both the IP address and the TCP port must be configured on BeoLiving Intelligence. Note that in order to establish a communication, BeoLiving Intelligence must reside in an allowed IP range defined in the My Home project.
Defining Resources
Integration between BeoLiving Intelligence and BTicino consist in interaction implemented via button presses and scenario selection, and two types of dimmer control. Therefore, New Bticino scene button, Bticino button, Bticino dimmer 100 level and Bticino dimmer 10 steps can be defined as resources.
Bticino dimmer 100 level support intensity sets between [0-100]. Bticino dimmer 10 steps only support intensity
set between [0-100] by 10 steps level. In this case, a round is implemented in the LEVEL
command. Selection between
this two types of dimmer resource depends on the capabilites of the BTicino dimmer product to integrate with BeoLiving Intelligence.
There is also Bticino scene button which is deprecated and kept only for backward compatibility.
The address of a button resource is composed of the where
part and the
what
part, separated by a comma.Where
is the address of a module or group of devices, and what
indicates a scenario or push button identification.
The address of a dimmer resource is the where
based in point-to-point interaction, as area
part and point of light
part (<A><PL>
).
Events and commands
Events and commands can be either scenario selection, CEN or dimmer LEVEL
changes/sets.
For scenario selection New Bticino scene button resources must be defined (Bticino scene button which is now deprecated and only present for backward compatibility).
New Bticino scene button has PRESS
event and command for scene
selection.
Bticino button has PRESS
, RELEASE
, HOLD
and HOLD
RELEASE
events and commands.
Bticino dimmer 10 steps and Bticino dimmer 100 level has LEVEL
events and commands.


Address from the Executive Board
On the 10th of March 2019, 157 people lost their lives in an air crash in a Boeing 737 Max aircraft
owned by Ethiopian Airlines. This tragedy followed a disastrous LionAir plane’s flight management
system that had also disobeyed its pilots’ instructions. Negligence in an industry as central to
modern life as the aircraft industry amounts to wilful murder.
The International Civil Aviation Organisation was constituted on the 4th of April, 1947, with
the intention of protecting civilians and standardising safety procedure in the world of civil
aviation. Its mandate is central to fulfilling the United Nations’ aim of safeguarding the
fundamental human right to life and safety.
In the 2019 edition of R-NPSMUN, we believe in employing scientific method and calm logical
reasoning in order to solve real life crises. As delegates to the ICAO, you will be expected to
display a high degree of scientific fluency and mathematical understanding, in addition to being
articulate and coherent speakers. We intend for this committee to be an ingenious experimental
‘take’ on the standard Model United Nations committee.
Participating in the RNPSMUN ICAO will give you the ability to handle high pressure situations
with a cool head, and the power to make quick and accurate scientific deductions while working
with other people. As the Executive Board of this committee, we hope that you will finish as
confident, rational, critical, and most importantly, highly articulate delegates and be able to
take on the real world.
We look forward to seeing you on the 3rd of July. Welcome to the ICAO.
Aditi Chandra
Avyay Casheekar
Meghana Narayanan


Dashboard
NAVIGATION
Dashboard
Add Recruiter
{{authData.google.cachedUserProfile.name}}
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Dashboard
Home / Dashboard
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{% extends "base.html" %} {% block body %}
{{_("Attention")}}
{{_("It looks like your message has been encrypted with an additional password. Please enter it below to fully decrypt the message.")}}


RIGHTS OF CITIZENS
Section 8. No citizen shall be disfranchised, or deprived of any of the rights or privileges secured to other citizens, unless by the law of the land. [Ren Const Con 1978 and election Nov7, 1978]
Case Notes
Not violated by disqualification of recalled officials from running for vacancy created by recall. 68 H. 263, 711 P.2d 723.


In a 6- or 8-quart electric pressure cooker, whisk together the tomato paste, stock and wine until the paste dissolves. Stir in the tomatoes, vinegar, garlic, oregano, onion powder, red-pepper flakes and salt. (If you are using unsalted stock, add an additional 1/2 teaspoon salt.) Add the chicken thighs and stir to evenly combine all the ingredients. Close the lid and cook on high pressure for 10 minutes. Let the pressure release naturally for 15 minutes, then release remaining pressure manually. Open the lid. Turn on the sauté setting. If you would like a thicker soup (adding Parmesan at the end will thicken the soup as well), remove the chicken with a slotted spoon and allow the soup to bubble until the desired texture is reached, then stir the chicken back in. Stir in the spinach so that it wilts into the soup. Coarsely shred the chicken with two forks, pressing pieces of chicken against the side of the pot to break the thighs apart. Stir in the tortellini and cook until they are al dente and warmed through, about 3 minutes. Taste the soup and add salt if it tastes flat. Ladle the soup into bowls and top with Parmesan, basil and black pepper.


{% include "../includes/head.html" %}
{% include "../includes/navbar.html" %} {% block content %}{% endblock %} {% include "../includes/footer.html" %} {% include "../includes/foot.html" %}


Deleting an item
This example shows how to remove an item from the wallet, given the id of the item.
delete item
view in wallet


GPMSO Specification
General Purpose Molecular Simulation Objects
System Requirements Specification
GitHub
Contents
Slides
|
Report


Returns a Monthly / YTD count of ITEM & BIB records added by Support Services. It's probably best not to run this one when we're open!


tbaschak.github.io
Home
Projects
Presentations
Contact
My Code and Contributions
My Github.io Page.
Contact
Projects
Presentations
check_watchdogs15
BOFH Excuses
BSidesWpg2013


The internet is a group of computers sending and receiving messages. When a person types a web page it travels across the internet to servers. The servers look up the information requested and sends it back to the browser.
HTMLHypertext Markup Language is the heart of the web. It contains text content that you can see and markup is how it looks.
TAGSHTML documents are created using tags. Tags have an opening and a closing depending on which one you are using. Examples of tags are bold,emphasis, anchor and linkable tags to display images or website.


I've heard it said several times lately, almost as if it's a message being sent to me, "If you aren't sweating, you aren't working!"
The first time I heard that statement I laughed! On further consideration, I realized it's really not a joke. It's actually true!
Some would say, "Hold on a minute! Just because someone is not dripping with sweat doesn't mean they're not working hard at what they're doing."
I'll agree, not everyone works in such a physical manner that bodily perspiration is always produced upon maximum work output. I can see where it might be unfair to judge someone who is really busting chops at what they're doing, and just because they're not showing any signs of personal overheating, we label them a slacker!
Lately, I've been evaluating my own performances in life and work. I noticed there are times when I'm really pushing myself to give my best and there are other times when I'm hardly making any effort at all.
The point I'm making is that if we're not pushing ourselves to give our very best in everything we do in life, we're robbing ourselves and others of the full benefits of our personal potential. By just coasting along at a comfortable pace in life, we're choosing to take the easy way out. We're not even breaking a sweat! We're not working! We're living lazy.
I say we all need to push ourselves a little harder. Some of us need to push ourselves a lot harder!
I'm not only speaking of our efforts at work. I'm referring to our efforts in every area of our lives. We need to break out of our comfort zones and force ourselves to sweat a little! We need to work hard at bettering our relationships with others. We need to go that extra mile for someone else who needs our help right now. We need to push ourselves to be better fathers, better mothers, better sisters and better brothers. We need to make greater efforts to be kind, and generous, and helpful to our neighbors. We need to start doing those things for others that we keep putting off doing. We need to start saying those words of healing, encouragement and forgiveness we've been meaning to say to someone for so long.
These things are not always easy to do. That's the whole point! We need to start sweating a little more in the ways we live our lives. We need to start pushing ourselves to be better people.
You might notice most of the areas of improvement I believe we all need to be working on involve giving more of ourselves towards other people. In my opinion, that's what life is all about! True living comes through giving! It is by giving that we receive life itself! The more we give, the more we live! The less we give, the closer we come to dying.
Of course, the list goes on and on. We need to sweat at being a better student of life. We need to perspire more over controlling our diets and over making healthier food choices. It's not easy denying ourselves all the delicious junk foods that destroy the health of our bodies, but we need to do it!
We need to discipline ourselves to be wise with our finances and to plan for our futures. Again, it’s not always fun working at this, but it's something we need to force ourselves to do. It's hard work! It causes us to break a sweat and to feel a little uncomfortable, but don't we all know that in the end we will be glad we made the extra effort? Don't we all know we will be better off for doing it? So let's just do it!
The question remains.  Are we going to push ourselves to be the very best we can be or are we just going to coast through life and never really make any difference?
Aren't our lives important? Shouldn't we be working hard at really giving our best so that we can receive the best? By holding out, we're only robbing ourselves of the abundant life we were intended for!
Let's not be lazy in our living and our giving! Let's work hard at everything we do so that our lives may be full of goodness and prosperity!


"Cabaret"
Reviewed by Heather Picker
Directed by Bob Fosse. Written by Jay Presson Allen. Starring Liza Minnelli and Michael York, with Joel Grey. 1972, 124 min., Rated PG.
Life is a cabaret, or so the famed song goes. After watching "Cabaret," you'll agree to an extent, but also realize how unsettling the assertion is. Taking place in the early 1930s, Bob Fosse's masterpiece, a portrait of life in decadent Berlin, is both uplifting and grim. Not your typical musical, it is comedic and dramatic, realistic, very tasteful, and ultimately thought provoking.
Sally Bowles (Liza Minnelli) is an entertainer at the Kit Kat Club, a German hot spot where the festivities are hosted by a charming Master of Ceremonies (Joel Grey). She is determined to become a movie star, and is willing to bed whoever she has to for the opportunity to take a screen test. Brian Roberts (Michael York) is a mild-mannered young man from England who wants to rent a room at the boarding house Sally resides in. To support himself, he will give English lessons, through which he meets Fritz Wendel (Fritz Wepper), a nice guy who is down on his luck, and who decides that wooing fellow English student Natalia Landauer (Marisa Berenson), daughter of a wealthy Jewish businessman will solve his financial woes. Meanwhile, Sally and Brian are becoming friends, and Sally has more than friendship on her mind.
She makes advances towards him, which he gently rebuffs, prompting her to question whether or not he is interested in women. When he responds by saying that his three experiences, each with a different woman, had disastrous results, Sally takes it in stride and says she'll settle for friendship. However, they end up becoming involved. From the beginning of their relationship, it is clear that such a pairing will never work out, as their bond is too pure.
As a catalyst for the eventual demise of her union with Brian, Sally meets Maximilian von Heune (Helmut Griem), a handsome Baron who spends lavishly on both her and Brian, who is initially resentful. This leads to one of the best scenes of the film, in which the three of them, drunk, arms around one another, move clumsily in a circle formation as music plays and then stops, their heads moving close to one another again and again. While nothing actually happens between the three of them, something does; what will happen is yet another unavoidable event.
Some time afterwards, Brian and Sally argue over a comment she made to the effect of Maximilian perhaps proposing to her during the trip to Africa the three of them are going to take together. Seven words, first two from Brian, two from Sally, and then three from Brian in response, reveal that both of them have been conducting affairs with Maximilian. To complicate matters further, Sally later discovers that she is pregnant. With Max now out of the picture, Brian proposes and Sally accepts. They talk often of how the baby will change their lives, but neither of them truly want the life they speak of, and once Sally reflects on her relationship with Brian, her job at the Club, and her ambitions, she makes a decision that seemed inevitable.
As Sally, a character first introduced in stories, before winding up on stage, and on screen ("I Am a Camera," 1955, played by Julie Harris), Liza Minnelli, in her Oscar winning turn, is simply captivating. She is energetic, charismatic, and a joy to watch. Sally is confident, and Minnelli's confidence as one of the greatest musical entertainers around shines through during her musical numbers. The script, by Jay Presson Allen, is witty and winning. Sally, a self-proclaimed most strange and extraordinary person, delivers lines like "Doesn't my body drive you wild with desire?" And there is no doubt that her personality will leave everyone in her path positively smitten.
York is nicely understated as Brian, and the other supporting performers, Griem, Wepper, and Berenson, are convincing in their roles. But Joel Grey, in an Oscar winning role, reigns as the best of the secondary cast as the sly emcee. Director Bob Fosse masterfully staged the dance and musical numbers, and he won the Academy Award for Best Director, beating out Francis Ford Coppola, who's epic "The Godfather" in turn beat out "Cabaret" as the Best Film of 1972. Nominated for ten Oscars, Fosse's picture won eight.
There is some incredible imagery in "Cabaret," but it isn't all of a visible nature. Many of the songs being belted out at the Kit Kat Club relate to the lives of other characters, something that is often illustrated by cutting from the performance to something that is happening elsewhere at the same time. But the focus never strays from the words in the songs, which is fortunate, and there are times when showing us what is happening isn't necessary, because many of the events in "Cabaret" were scripted by history, and there is a strong sense of the bleak future of Germany and the party lifestyle in general.
Nazism, especially it's rise in popularity, is depicted in what I found to be the most chilling scene in the film, that of a young Nazi singing a prophetic song as most of the crowd around him, including more Nazis, join in. But an elderly man sits there knowingly, and looks disgusted. Brian and Max, who were watching the whole thing, got up and left, though Brian was the only one visibly effected.
"Cabaret" is the type of film that is both hard and easy to describe. It is easy to write of the events and of the movie in general, but it is impossible to fully explain the depth of the characters or performances. It is simply one of the greatest movie musicals ever made, and there is a raw humanity to it that is impossible to ignore. It ends much like it started, and time flies in the two hours in between. While it may sound like the story of a doomed affair, it is more. The power and influence of the Nazi party is growing, and the upheaval to come is weighing heavily on the group of friends at the center of the story. The Kit Kat Club, cabaret, it is all an escape from the dim future of the world and their lives. Is anyone as carefree in "Cabaret" as they seem? No. And that is the point, I believe, of the movie.
© Heather Picker, 1999
E-mail Heather Picker at<EMAIL_ADDRESS>Review courtesy of http://www.thatmoviesite.8m.com
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Youth is not a time of life - it is a state of mind, it is a temper of the will, a quality of the imagination, a vigor of the emotions, a predominance of courage over timidity, of the appetite for adventure over love of ease.