Uses of Class
com.bonitasoft.engine.monitoring.MonitoringException

Packages that use MonitoringException

Package	Description
com.bonitasoft.engine.api	The Bonita BPM project has a clear separation between the API the users should be interacting with and the actual implementation classes.

Uses of MonitoringException in com.bonitasoft.engine.api

Methods in com.bonitasoft.engine.api that throw MonitoringException

Modifier and Type	Method and Description
int	PlatformMonitoringAPI.getAvailableProcessors() Returns the number of processors available to the Java virtual machine.
long	PlatformMonitoringAPI.getCommittedVirtualMemorySize() Returns the amount of virtual memory that is guaranteed to be available to the running process in bytes, or -1 if this operation is not supported.
long	PlatformMonitoringAPI.getCurrentMemoryUsage() Get the sum of both heap and non-heap memory usage.
long	PlatformMonitoringAPI.getFreePhysicalMemorySize() Get the amount of free physical memory in bytes.
long	PlatformMonitoringAPI.getFreeSwapSpaceSize() Get the amount of free swap space in bytes.
String	PlatformMonitoringAPI.getJvmName() Returns the Java virtual machine implementation name.
Map<String,String>	PlatformMonitoringAPI.getJvmSystemProperties() Returns the Java virtual machine System properties list.
String	PlatformMonitoringAPI.getJvmVendor() Returns the Java virtual machine implementation vendor.
String	PlatformMonitoringAPI.getJvmVersion() Returns the Java virtual machine implementation version.
Map<String,GcInfo>	PlatformMonitoringAPI.getLastGcInfo() Returns the last GC info.
float	PlatformMonitoringAPI.getMemoryUsagePercentage() Returns the percentage of memory used compare to maximum available memory.
long	PlatformMonitoringAPI.getNumberOfActiveTransactions() Get the number of all active transactions If no active transactions there, return 0
long	MonitoringAPI.getNumberOfActiveTransactions() Get the number of all active transactions If no active transactions there, return 0
long	MonitoringAPI.getNumberOfExecutingProcesses() Deprecated. since 6.3.0, use ProcessRuntimeAPI.getNumberOfProcessInstances()
long	MonitoringAPI.getNumberOfUsers() Get the number of users in the organization of the current tenant.
String	PlatformMonitoringAPI.getOSArch() Returns the operating system architecture.
String	PlatformMonitoringAPI.getOSName() Return the OS name.
String	PlatformMonitoringAPI.getOSVersion() Return the OS version.
long	PlatformMonitoringAPI.getProcessCpuTime() Returns the CPU time used by the process on which the Java virtual machine is running in nanoseconds.
long	PlatformMonitoringAPI.getStartTime() Returns a timestamp (in millisecond) which indicates the date when the Java virtual machine started.
double	PlatformMonitoringAPI.getSystemLoadAverage() Returns the system load average for the last minute.
int	PlatformMonitoringAPI.getThreadCount() Returns the current number of live threads including both daemon and non-daemon threads.
long	PlatformMonitoringAPI.getTotalPhysicalMemorySize() Get the total amount of physical memory in bytes.
long	PlatformMonitoringAPI.getTotalSwapSpaceSize() Get the total amount of swap space in bytes.
long	PlatformMonitoringAPI.getTotalThreadsCpuTime() Returns the total CPU time for all live threads in nanoseconds.
long	PlatformMonitoringAPI.getUpTime() Returns the number of milliseconds elapsed since the Java Virtual Machine started.
boolean	PlatformMonitoringAPI.isOptionalMonitoringInformationAvailable() Returns true if engine is running on top of a SUN/Oracle JVM
boolean	PlatformMonitoringAPI.isSchedulerStarted() Check if the scheduler is started.