[Darshan-commits] [Git][darshan/darshan][master] 2 commits: runtime docs typos

[Shane Snyder]

Shane Snyder pushed to branch master at darshan / darshan


Commits:
6616d73b by Shane Snyder at 2021-03-26T16:37:33-05:00
runtime docs typos

- - - - -
f1b80c21 by Shane Snyder at 2021-03-26T16:49:37-05:00
updated H5D counter documentation

- - - - -


4 changed files:

- darshan-hdf5-log-format.h
- darshan-runtime/doc/darshan-runtime.txt
- darshan-util/darshan-hdf5-logutils.c
- darshan-util/doc/darshan-util.txt


Changes:

=====================================
darshan-hdf5-log-format.h
=====================================
@@ -239,6 +239,7 @@ struct darshan_hdf5_file
  * every HDF5 dataset opened by the original application. For the HDF5 module,
  * the record includes:
  *      - a darshan_base_record structure, which contains the record id & rank
+ *      - the Darshan record ID of the file the dataset belongs to
  *      - integer dataset I/O statistics (open, read/write counts, etc)
  *      - floating point dataset I/O statistics (timestamps, cumulative timers, etc.)
  */


=====================================
darshan-runtime/doc/darshan-runtime.txt
=====================================
@@ -231,7 +231,7 @@ instrument applications at compile time.
 === Option 1: Instrumenting MPI applications at compile time
 
 This method is applicable to C, Fortran, and C++ MPI applications
-(regardless of whether they are static or dynamicly linked) and is the most
+(regardless of whether they are static or dynamically linked) and is the most
 straightforward method to apply transparently system-wide.  It works by
 injecting additional libraries and options into the linker command line to
 intercept relevant I/O calls.
@@ -576,7 +576,7 @@ recommend using mpicc with GNU compilers to compile Darshan.
 ----
 
 The darshan-gen-* scripts described earlier in this document can be used
-to create variants of the standard mpicc/mpicxx/mpif77/mpif90 scipts
+to create variants of the standard mpicc/mpicxx/mpif77/mpif90 scripts
 that are Darshan enabled.  These scripts will work correctly for both
 dynamic and statically linked executables.
 


=====================================
darshan-util/darshan-hdf5-logutils.c
=====================================
@@ -446,7 +446,7 @@ static void darshan_log_print_hdf5_dataset_description(int ver)
     printf("#   H5D_F_MAX_*_TIME: duration of the slowest H5D read and write operations.\n");
     printf("#   H5D_F_*_RANK_TIME: fastest and slowest I/O time for a single rank (for shared datasets).\n");
     printf("#   H5D_F_VARIANCE_RANK_*: variance of total I/O time and bytes moved for all ranks (for shared datasets).\n");
-    printf("#   H5D_FILE_REC_ID: Darshan record ID corresponding to the dataset.\n");
+    printf("#   H5D_FILE_REC_ID: Darshan file record ID of the file the dataset belongs to.\n");
 
     if(ver == 1)
     {


=====================================
darshan-util/doc/darshan-util.txt
=====================================
@@ -417,6 +417,7 @@ value of 1 MiB for optimal file alignment.
 | H5D_F_SLOWEST_RANK_TIME | The time of the rank which had the largest amount of time spent in H5D I/O
 | H5D_F_VARIANCE_RANK_TIME | The population variance for H5D I/O time of all the ranks
 | H5D_F_VARIANCE_RANK_BYTES | The population variance for bytes transferred of all the ranks at H5D level
+| H5D_FILE_REC_ID | Darshan file record ID of the file the dataset belongs to
 |====
 
 .PnetCDF module



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-- 
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