The dispatcher (also known as scheduler) is part of the Windows kernel executive responsible for scheduling units of executions among available processors.
Units of execution can be threads that belong to a process but also involves ISRs (interrupt service routines) which execute on behalf of either a hardware or software interrupt and DPCs (deferred procedure calls) which are routines of execution scheduled by the kernel. This software gives an in-depth look into what is actually running on your processors.
The DispatchMon application was developed to be a small tool that provides an in-depth look into the Windows dispatcher.
DispatchMon [Win/Mac] (April-2022)
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
Provides a description of what has been dispatched on the target processor
Dispatches a DPC onto a target processor
DispatchMon Download
Provides a very detailed view of all units of execution that are currently scheduled to run on all processors. It is the best tool for analyzing and modifying the dispatcher scheduling algorithm to optimize the performance of your application.
This tool is a part of the Microsoft Visual Studio Express Edition.
Install
Extract the contents of the zip file to your working directory.
Open the solution file in the Visual Studio Express Edition.
Right-click on the solution file. Select Run.
Or, if you’re using the command line in Windows, type in command prompt:
msbuild.exe C:\path\to\DISPATCHMON.sln
Run
In the listing below we will analyze and modify the dispatcher scheduling algorithm for the first CPU (on the left)
We will modify the dispatcher schedule on the second CPU, we will see the new modified schedule.
Click on the Execute button to see the console output of the processing on each CPU.
Open a command prompt and type in:
(Select the first CPU for the first execution in your application)
dispatchmon -c
(Select the second CPU for the second execution in your application)
dispatchmon -c
And watch the output as it executes.
-: for display purposes only: “cpu:1” and “cpu:2” mean that the 2 CPUs are executing.
-: cpu : CPU number
-: TASK : task identification number
-: COUNT : task execution count
-: PRIO : task priority
-: ISTATE : task state of execution
-: RSTATE : task run state of execution
-: WSTATE : task wait state of execution
–
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DispatchMon Crack + Download PC/Windows (Latest)
The purpose of this tool is to provide an in-depth look into the Windows scheduler. DispatchMon is developed using the full source code of the Windows XP kernel, which is available here.
Notes:
When running DispatchMon a graphical representation of the dispatchers scheduling model is available and displays the following information:
Processors: The dispatch manager is a highly scalable piece of software. It can manage the execution of tasks, threads, DPCs, and ISRs, among others. It can be used by both CPU and GPU tasks.
Types of tasks: Dispatchers schedule tasks using the types of tasks mentioned earlier. Most people are familiar with threads. However, there are also tasks that do not belong to the thread scheduling model, as for example ISRs. DPCs, in short, are routines of execution scheduled by the kernel.
Scheduling policies: The dispatcher uses heuristics to determine how it schedules tasks. This is useful because it allows the dispatcher to perform its functions more efficiently and minimize the impact on the system.
Scheduler threadpool: The dispatcher uses a threadpool to schedule tasks. This is designed to execute tasks as quickly as possible.
Scheduler algorithm: This is used to schedule tasks that are blocked on synchronization primitives. For example, for DPCs and ISRs that are executed by the dispatcher.
Scheduler algorithm: This is used to schedule tasks that are blocked on synchronization primitives. For example, for DPCs and ISRs that are executed by the dispatcher.
Scheduler graph: This is the set of tasks that are scheduled by the dispatcher.
References
External links
DispatchMon homepage
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What’s New in the DispatchMon?
DispatcherMonitor is a diagnostic tool for the Windows dispatcher that shows CPU utilization and processes using CPU cycles on a given machine.
The dispatcher (also known as scheduler) is part of the Windows kernel executive responsible for scheduling units of executions among available processors.
Units of execution can be threads that belong to a process but also involves ISRs (interrupt service routines) which execute on behalf of either a hardware or software interrupt and DPCs (deferred procedure calls) which are routines of execution scheduled by the kernel. This software gives an in-depth look into what is actually running on your processors.
The DispatchMon application was developed to be a small tool that provides an in-depth look into the Windows dispatcher.
Features:
– DispatcherMonitor is a diagnostic tool for the Windows dispatcher that shows CPU utilization and processes using CPU cycles on a given machine.
– The dispatcher (also known as scheduler) is part of the Windows kernel executive responsible for scheduling units of executions among available processors.
– Units of execution can be threads that belong to a process but also involves ISRs (interrupt service routines) which execute on behalf of either a hardware or software interrupt and DPCs (deferred procedure calls) which are routines of execution scheduled by the kernel. This software gives an in-depth look into what is actually running on your processors.
– The DispatchMon application was developed to be a small tool that provides an in-depth look into the Windows dispatcher.
DispatcherMonitor gives the following information:
– CPU utilization.
– Processes using CPU cycles.
– CPU Threads.
– Process Name.
– CPU Processor.
– CPU Resource type.
– Process Memory usage.
– CPU Usage by process.
– CPU Usage by thread.
– Thread State.
– CPU Usage by processor.
– CPU Usage by thread per process.
– IP of process.
– Process id.
– Parent process id.
– Pid by process.
– CPU usage of thread.
– CPU usage by process.
– Memory usage by process.
– Memory usage by process per core.
– CPU usage by thread per core.
– Thread idle count.
– CPU usage by core.
– CPU usage by processor.
– OS version.
Instructions:
– You can view your process from the Processes tab
– You can view your CPU usage from the Processes tab
– You can view your CPU Threads from the Threads tab
– You can view your Thread State from the Threads tab
– You can view your CPU Processor from the Threads tab
– You can view your CPU Resource Type from the Threads tab
– You can view your Process Memory usage from the Processes tab
– You can view your Process Memory usage by core from the
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