Module com.github.oshi

Package oshi.hardware

package oshi.hardware

[oshi-core API] Provides cross-platform implementation to retrieve hardware information such as CPU, Memory, Display, Disks, Network Interfaces, Power Sources, Sensors, and USB Devices

Related Packages

Package	Description
oshi	[oshi-core API] Provides a cross-platform implementation to retrieve Operating System and Hardware Information, such as OS version, memory, CPU, disk, devices, sensors, etc.
oshi.hardware.common	Provides abstract classes for common code
oshi.annotation	Provides useful annotation for oshi project.
oshi.jna	Provides wrapper functions to proactively close native memory allocations.
oshi.util	Provides utilities for parsing, formatting, and other access

Class	Description
Baseboard	The Baseboard represents the system board, also called motherboard, logic board, etc.
CentralProcessor	This class represents the entire Central Processing Unit (CPU) of a computer system, which may contain one or more physical packages (sockets), one or more physical processors (cores), and one or more logical processors (what the Operating System sees, which may include hyperthreaded cores.)
CentralProcessor.LogicalProcessor	A class representing a Logical Processor and its replationship to physical processors, physical packages, and logical groupings such as NUMA Nodes and Processor groups, useful for identifying processor topology.
CentralProcessor.PhysicalProcessor	A class representing a Physical Processor (a core) providing per-core statistics that may vary, particularly in hybrid/modular processors.
CentralProcessor.ProcessorCache	A class representing CPU Cache Memory.
CentralProcessor.ProcessorCache.Type	The type of cache.
CentralProcessor.ProcessorIdentifier	A class encapsulating ghe CPU's identifier strings ,including name, vendor, stepping, model, and family information (also called the signature of a CPU)
CentralProcessor.TickType	Index of CPU tick counters in the CentralProcessor.getSystemCpuLoadTicks() and CentralProcessor.getProcessorCpuLoadTicks() arrays.
ComputerSystem	The ComputerSystem represents the physical hardware, of a computer system/product and includes BIOS/firmware and a motherboard, logic board, etc.
Display	Display refers to the information regarding a video source and monitor identified by the EDID standard.
Firmware	The Firmware represents the low level BIOS or equivalent.
GlobalMemory	The GlobalMemory class tracks information about the use of a computer's physical memory (RAM) as well as any available virtual memory.
GraphicsCard	GraphicsCard interface.
HardwareAbstractionLayer	A hardware abstraction layer.
HWDiskStore	A storage mechanism where data are recorded by various electronic, magnetic, optical, or mechanical changes to a surface layer of one or more rotating disks or or flash storage such as a removable or solid state drive.
HWPartition	A region on a hard disk or other secondary storage, so that an operating system can manage information in each region separately.
LogicalVolumeGroup	A logical volume group implemented as part of logical volume management, combining the space on one or more storage devices such as disks or partitions (physical volumes) into a storage pool, and subsequently allocating that space to virtual partitions (logical volumes) as block devices accessible to the file system.
NetworkIF	A network interface in the machine, including statistics.
NetworkIF.IfOperStatus	The current operational state of a network interface.
PhysicalMemory	The PhysicalMemory class represents a physical memory device located on a computer system and available to the operating system.
PowerSource	The Power Source is one or more batteries with some capacity, and some state of charge/discharge
PowerSource.CapacityUnits	Units of Battery Capacity
Sensors	Sensors include hardware sensors to monitor temperature, fan speed, and other information.
SoundCard	SoundCard interface.
UsbDevice	A USB device is a device connected via a USB port, possibly internally/permanently.
VirtualMemory	The VirtuallMemory class tracks information about the use of a computer's virtual memory (swap file) which temporarily moves rarely accessed information to a disk or other storage device.