Updated Capabilities of Manuji 2.60

Resource	Manuji Capabilities	Screen Capture
CPU	Process List This list contains all the process including system process. This information is the starting point of any performance improvement process. This will help to identify resource consumptions for each process. Manuji has the capability of monitor said resource consumptions as a whole/device prospective or individual process prospective.
	CPU logs Extract detail CPU logs for bottleneck Analysis. These logs contain Time stamp PID - Process ID CPU %, VSS %, RSS % Thread Count Thread  State (R, S) User ID responsible for process Application run status (Foreground, background, System, Terminated, Hold, etc.) Application responsible for the process Sandboxing details. These information’s are the key fine-tuning factors of any mobile application. Manuji can extract these information into any format. E.g. Excel, Text, etc.  This facility allows end users to do further analysis witch sometimes they need customized charting.
	CPU % with VSS(%) and RSS (%) This information is useful to understand how much  each process consumes CPU. Also its give VSS and RSS usage as a percentage which helps us to understand health of the mobile device for that particular time.   virtual set size (VSS) indicates how much virtual memory is associated with the process. Resident set size (RSS) Resident Set Size indicates how many physical pages are associated with the process. By clicking any place of the graph video viewer will show the snapshot of the mobile screen. In this scenario you can see when 20% of CPU usage was holding  approximately for 20 seconds and that time system is processing a chart in the background and process indicator start circling and screen rendering is on hold. Graph X Axis is the to time in seconds, which means how many seconds it has been executed form the start.  and Y Axis is the utilization as percentage
Memory	Memory State Provide physical memory (RAM) associated with the device and current memory state before test start. This is important for the user to understand current state is suitable for his test or he many needs to readjust the device to suite his test. This console has following Total/Physical memory in KB. This is actual size of the RAM witch installed in your device. Free memory as of now in KB Current free proportional set size (PSS) in KB Current free Cache in KB Actual memory utilization as of now in KB Current proportional set size (PSS) utilization in KB Current buffer utilization in KB Symmetric Hierarchical Memory access (SHMEM) Slab allocation (memory allocation of kernel objects)
	Memory usage graph with video capture This graph shows actual memory usage for the selected process in KB. X Axis = Time Y Axis = KB By clicking any place in the graph video viewer will show the snapshot of the mobile screen. In this scenario Highlighted memory peak was due to continues process and process indicator start circling and screen rendering is on hold.
	Process memory usage with physical memory This graph shoes even above scenario has a peak usage, but with available 2GB RAM can manage the peak. X Axis = Time Y Axis = KB This graph is useful for none technical people to determine whether this memory pattern is actually a symptom of a NFR defect or not.
	Memory Logs Manuji has the ability to extract memory logs which contains following. Manuji can extract these information into any format. E.g. Excel, Text, etc. 1.Timestamp 2. Memory usage in KB 3. Process ID
GPU	GPU Draw Time Analysis Graph GPU Draw Time is, Actual time spent on building display lists. It indicates how much time is spent running methods such as View.onDraw(Canvas). X Axis = Time Y Axis = Draw Time This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	GPU Process Time Analysis Graph GPU Process Time is the actual time spent by renderer to execute the display lists. The more Views in your hierarchy, the more drawing commands must be executed. X Axis = Time Y Axis = Process Time This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	GPU Execute Time Analysis Graph GPU Execute Time is the time it took to send a frame to the compositor. X Axis = Time Y Axis = Execute Time This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	GPU  Analysis Graph as a whole This graph has the combine view of GPU Draw, Process and Execute times. This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	GPU Logs Manuji has the ability to extract GPU logs which contains following. Manuji can extract these information into any format. E.g. Excel, Text, etc. 1.  Time stamp 2.  Application 3.  Draw Time 4.  Process Time 5.  Execute Time
Rendering	View wise Rendering Analysis No of Views used for current UI X Axis = Time Y Axis = View Count This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	Frame wise Rendering Analysis No of frames used for current UI X Axis = Time Y Axis = Frame Count This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	Display list size Analysis Display list size in KB for current UI X Axis = Time Y Axis = Display List Size in KB This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	Rendering  Logs Manuji has the ability to extract Rendering logs which contains following. Manuji can extract these information into any format. E.g. Excel, Text, etc. 1.  Timestamp 2.  Application 3.  Frames rendered 4.  Process Display List size (KB) 5.  Execute Time
Energy	Battery Voltage Analysis Graph Battery voltage utilization in (mA). X Axis = Time Y Axis = voltage utilization in (mA). This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	Battery Temperature Analysis Graph Battery temperature with time X Axis = Time Y Axis = temperature. This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	Battery Level Analysis Graph Battery Level with time X Axis = Time Y Axis = Battery Level This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	Energy  Logs Manuji has the ability to extract energy  logs which contains following. Manuji can extract these information into any format. E.g. Excel, Text, etc. 1.  Timestamp 2.  Health 3.  Level 4.  Voltage 5.  Temperature
Network	Network Packet Analysis Network picket analysis with the time. X Axis = Time Y Axis = No of pickets This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	Network Bytes Analysis Network bytes analysis with the time. X Axis = Time Y Axis = bytes This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time.
	Network Errors and retry Network Error analysis with the time. X Axis = Time Y Axis = Error count This graph is also linked with video viewer and user can click any part of the graph to see actual screen snapshot of that time
	Network  Logs Manuji has the ability to extract network  logs. Manuji can extract these information into any format. E.g. Excel, Text, etc.