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The main purpose of CrNiCKL is to provide an interface to different databases. It is a natural but different dependency to the Time2 Library, not an extra requirement. From the user side, its class CrNiCKL and it is already a big advantage. All the start up configuration is on the database side. You can start the database, tell it what to do and in return you get a database access object (DBOject) that you can query or store in it.
The most important configuration information comes from the DatabaseConfiguration. The DatabaseConfiguration can read one or multiple database drivers, each with the path of the file to use for the driver or multiple drivers if you have multiple JDBC drivers. It’s also possible to use MongoDB drivers. The DatabaseConfiguration can read from a file to load a database or a driver. That means you can specify a configuration for several databases, each with its own database driver. The database drivers must implement a DatabaseChangelog, DatabaseTransaction, DatabaseTransactionListener, DatabaseComponent, DBObject and DatabaseListener interface. A Database, DatabaseDriver, DatabaseTransaction, DatabaseComponent, DBObject, DatabaseConfiguration and DatabaseListener can be defined. The DatabaseConfiguration with a DatabaseDriver and an Application with a DatabaseDriverManager will have a Database Driver Manager and a Database Driver. The DatabaseConfiguration can be used to read databases or database drivers, both from a file or from the driver. For example, if you have multiple JDBC drivers you have to specify multiple Database Configuration objects. The datasources (as the DatabaseConfiguration object type) are abstracted from the database driver (the DatabaseDriver object type).
And then it is possible to setup the schema with a Schema object. The schema object comes with some default schema information and it can be changed. A Schema is defined by a SchemaDefinition and it has a SchemaImpl. The schema can hold a set of time domains and it is possible to put values inside of them. The schema also has a SchemaQuery interface that is a method to find a range of time domain values. It’s possible to search a subset of the time domains based on conditions. Finally, the database can have a component that handles security.
The different elements of the schema are connected by the IncompleteSchema interface that has some methods for the schema, for the database and for the components. For example, a schema component has a execute(String method) that is a method to run SQL query, a execute(String,
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Chronicle is a Java database. It can manage multiple heterogeneous time series (also called “chronicles” in Chronicle terminology) and provide an API allowing API developer to create, read, write and query these series. A Chronicle can be seen as an heterogeneous container which allows for the representation of dynamic, evolutionary or transient information such as market quotations, stock prices, weather data, sensor data, sound files and even event logs. Each Chronicle can have a timestamp and unique identifier. As a database, it’s an object oriented database with multiple classes: DBOject, Attribute and AttributeDefinition.
The Java APIs of CrNiCKL are partially described in their respective class summary, detailed doc and interface definitions.
Perhaps the most important class in CrNiCKL is SimpleDatabaseManager. It implements a database abstraction layer, offering methods for accessing a database as well as basic database querying capabilities. Additionally, SimpleDatabaseManager provides methods for constructing a Chronicle schema from a DBOject to make a CrNiCKL database easily programmable.
In order to improve the ease of use, CrNiCKL has integrated as much as possible with Java DataSources. It’s possible to query a CrNiCKL database through a JDBC connection. The DBOject-related classes can be used for data access.
It also uses a Java Persistence API (JPA) to persist its data, which is a lightweight API that allows Java classes to persist and retrieve data using a relational database such as MySQL. JPA works with Java EE 5 or later, giving you the benefits of Hibernate without all of its heavy-weight installation and configuration.
The CrNiCKL code is covered by the GNU Lesser General Public License (LGPL) version 2.1.
CrNiCKL is an open-source project. For more information, check out its website at:
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If you want to have a different name for the attribute and its name, use the setName() method. The description can be set by methods like setDescription() and setDescription(T value). The AttributeImpl class is implemented and can be useful to write the interface of your attribute.
The getDescription() methods return the attribute’s value, the effective value or the name of the attribute. The getProperty() method returns the property you want to have in your attribute. The attribute’s value can be set with the methods set(T value) and setDescription(String description). Also, you can use the reset() method to remove the value of your attribute.
The value of your attribute can be set with the scan() method. Once you scan a value, the method returns the index of the attribute’s value. Also, you can use the typeCheck() method to test the type of your attribute.
With the typeCheck() method, you can only test if the attribute’s value of the type you want is given. You cannot test if your attribute has a value or not. The scan() and typeCheck() methods are available only on the attribute’s implementation. You can check an attribute’s type from a attribute definition with the getType() method.
For each attribute, you should add an AttributeDefinition. The attribute’s definition can be set with a getDefinition() method. Also, the attribute’s properties can be set like the name, type, value and description. The properties can be accessed with getProperty(), getType(), getValue(), getDescription() and reset().
The AttributeImpl is a constant characteristic of an Attribute. This is a simple implementation of the Attribute interface with the methods you can find in the attribute’s interface. You can use the AttributeImpl class to implement your attribute’s interface, but you cannot use it as an attribute’s definition since it does not have a name and a value.
The Schema interface is used for your schemas for your attribute database and it is used to set up your schema and to perform queries on them. The empty schema implements the Schema interface.
The SchemaImpl is an implementation of the Schema interface that you can use to define your schema. It has a name, a type, some possible values, a name and a description. Also, it has a setName() method to change the name of your schema. You can provide a definition with a getDefinition() method to have an attribute’s type.
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Chronicle is a data model and database manager for large sets of heterogeneous time series. CrNiCKL is designed to facilitate a straightforward schema system for setting up value types and time domains, so that Chronicle can quickly and easily integrate with a wide variety of data sources, including Java SimpleDBs, Java NoSQL databases, and external time series databases such as MySQL and MongoDB. Chronicle features: * A schema system with a configurable JDBC driver, allowing CrNiCKL to work with a wide variety of databases. * Queryable time series with generic transient state (that is, set types). * A scheduled rotation strategy to handle large amounts of time series data. * A flexible system for managing time series data. * A JDBC interface for reading and writing time series data into a relational database. * An HTML interface for reading and writing time series data into a relational database. * Multiple authors have used the tool to build prototypical applications for large, complex time series data, including applications for time series analysis of weather data, monitoring of historical data for industries, prediction of home electricity usage, and analysis of financial transaction data. The list of authors is comprehensive. Use as a query database: * Partially modeled on the Cassandra Query Language (CQL). * Due to the highly specialized nature of time series data, this database is optimized for querying common time series attributes (such as date, value, and time duration). * You can run CQL directly against Chronicle databases. * You can use Java SimpleDB for storage of date and time value attributes that are in time series format.
The Apache Hadoop® Project is an open source software framework designed to let users easily share large amounts of data and simultaneously run analyses on this data in clusters of commodity hardware. It allows users to design applications that process large amounts of data with: high throughput; low latency; fault tolerance; low resource usage; and data availability.Hadoop can be used in many application domains, from “big data” analytics to data-intensive web applications.Hadoop was influenced by the primary goals of Google’s BigTable project and the MapReduce programming model. The project seeks to provide a Java API for data processing on clusters of commodity hardware.
The GIT project:
The GIT project, or the Git open-source version-control software, is an open-source software project designed to handle large amounts of source code and allows you to manage your source code and collaborate with your team, share
System Requirements For CrNiCKL:
Windows 7, 8, 10
A working internet connection
Steam (PC and Mac)
NVIDIA GPU (PC and Mac)
STEAM DRIVER SUPPORT NOTICE : For those who would like to play this game with Nvidia Shield TV, the Steam Client must be updated to v1.0.115 or higher.
NVIDIA DRIVER NOTICE :
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