Changes between Version 47 and Version 48 of Public/User_Guide/OmpSs-2

Timestamp:

Jun 17, 2019, 12:06:59 PM (6 years ago)

Author:

Pedro Martinez-Ferror

Comment:

—

Public/User_Guide/OmpSs-2

@@ -189 +189 @@
 `ssh -X USERNAME@deep.fz-juelich.de`
 
-and from there open the ''multisaxpy''
+and from there open the ''multisaxpy'' folder:
 
 `cd /work/cdeep/USERNAME/multisaxpy`
 
-to request an interactive cluster module (CM) node in order to use all the available 48 threads to run a pure !OmpSs-2 application:
+and request an interactive cluster module (CM) node in order to use all the available 48 threads to run a pure !OmpSs-2 application:
 
 `srun -p dp-cn -N 1 -n 1 -c 48 --pty /bin/bash -i`
@@ -300 +300 @@
 == Creating a Dependency Graph ==
 
-Let's continue with the same example used above and create a dependency graph using only 12 threads of one socket (e.g. the second), which demonstrated to be the affinity giving the best results. Furthermore, we are not longer interested in running 100 iterations (nor using a large number of elements) to benchmark this example and hence only one iteration will suffice to generate a complete graph of this application. Run the following command:
+Let's continue with the same example used above and create a dependency graph using only 12 threads of one socket (e.g. the second), which demonstrated to be the affinity giving the best results. Furthermore, we are not longer interested in running 100 iterations (nor using a large number of elements) for graph purposes and hence only one iteration will suffice to generate a complete graph of this application. Run the following command:
 
 `NANOS6=graph taskset -c 12-23 ./03.multisaxpy_task 196608 8192 1`
 
-This command can take some time.  Once it has finished it should have created a script with the name ''graph-XXXXX-YYYYYYYYY-script.sh'' and a directory ''graph-XXXXX-YYYYYYYYY-components''.  Execute the script by typing (note that it requires the tool `dot`):
+Once it has finished it should have created a script with the name ''graph-XXXXX-YYYYYYYYY-script.sh'' and a directory ''graph-XXXXX-YYYYYYYYY-components''.  Execute said script by typing the following (note that it requires the tool `dot`):
 
 `bash graph-XXXXX-YYYYYYYYY-script.sh`
@@ -317 +317 @@
 == Obtaining statistics ==
 
-The visual execution of tasks can be further complemented with statistics.  Run the following command:
+The visual execution of tasks can be further complemented with statistics.  Executing the following command:
 
 `NANOS6=stats taskset -c 12-23 ./03.multisaxpy_task 196608 8192 1`
@@ -390 +390 @@
 `NANOS6=stats-papi taskset -c 12-23 ./03.multisaxpy_task 196608 8192 1`
 
-to get the following information:
+to get statistics:
 {{{
 $ NANOS6=stats-papi taskset -c 12-23 ./03.multisaxpy_task 196608 8192 1
@@ -513 +513 @@
 == Tracing with Extrae ==
 
+**THIS SECTION IS WORK IN PROGRESS, PLEASE IGNORE IT**
+
 To get traces of this benchmark using Extrae firstly load the corresponding module: