#include <libgen.h>
#include <stdlib.h>
+#include <float.h>
#include <string.h>
#include <pthread.h>
#include <sys/stat.h>
{NULL, 0} /* End marker */
};
+static const ls3_stats_out_mapping ls3_out_mappings[] = {
+ {"Files Size",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a percent of total number "
+ "of files;\n"
+ "cpt_num - Number of files in this range or smaller as a % of "
+ "total # of files;\n"
+ "total_size - Total size of files in range;\n"
+ "pct_rng - Total size of files in range as a % of total size "
+ "of files;\n"
+ "cpt_rng - Total size of files in this range or smaller as a % of "
+ "total size of files;\n"
+ "min_size - Minimum file size in range;\n"
+ "max_size - Maximum file size in range.\n",
+ "____file_size_range____ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size: %s\n"
+ "Maximum file size: %s\n"
+ "Average file size: %s\n"
+ "Total size of all files: %s\n",
+ LS3_STATS_TYPE_FILES_SIZE},
+ {"Capacity used (Regular files space used on disk)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a percent of total "
+ "number of files;\n"
+ "cpt_num - Number of files in this range or smaller as "
+ "a % of total # of file;\n"
+ "total_used - Total capacity used in range;\n"
+ "pct_rng - Total capacity used in range as a % of total "
+ "capacity used;\n"
+ "cpt_rng - Total capacity used in this range or smaller as "
+ "a % of total capacity;\n"
+ "min_size - Minimum file size (in blocks) in range;\n"
+ "max_size - Maximum file size (in blocks) in range.\n",
+ "__file_capacity_range__ ___number___ pct_num cpt_num total_used "
+ "pct_rng cpt_rng _min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_CAPACITY_USED},
+ {"Equal overhead (Files whose capacity used is equal to their size)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a percent of total number "
+ "of files;\n"
+ "cpt_num - Number of files in this range or smaller as a % of "
+ "total # of files;\n"
+ "total_size - Total size that overflowed in range;\n"
+ "pct_rng - Total kilobytes that overflowed in this range as "
+ "a % of total kilobytes that overflowed;\n"
+ "cpt_rng - Total kilobytes that overflowed in this range or "
+ "smaller as a % of total kilobytes that overflowed;\n"
+ "min_size - Minimum file size in range;\n"
+ "max_size - Maximum file size in range.\n",
+ "______size_range_______ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_EQUAL_OVERHEAD},
+ {"Positive overhead (Files whose capacity used is larger than "
+ "to it's size)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a percent of total "
+ "number of files;\n"
+ "cpt_num - Number of files in this range or smaller "
+ "as a % of total # of files;\n"
+ "total_size - Total size that overflowed in range;\n"
+ "pct_rng - Total bytes that overflowed in this range "
+ "as a % of total bytes that overflowed;\n"
+ "cpt_rng - Total bytes that overflowed in this range or "
+ "smaller as a % of total bytes that overflowed;\n"
+ "min_size - Minimum file size in range;\n"
+ "max_size - Maximum file size in range.\n",
+ "__range_of_diff_sizes__ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_POSITIVE_OVERHEAD},
+ {"Negative overhead (Files whose size is larger than capacity used.)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a percent of total "
+ "number of files;\n"
+ "cpt_num - Number of files in this range or smaller as a % of "
+ "total # of files;\n"
+ "total_size - Total size that underflowed in range;\n"
+ "pct_rng - Total bytes that underflowed in this range as a % "
+ "of total bytes that underflowed;\n"
+ "cpt_rng - Total bytes that underflowed in this range or "
+ "smaller as a % of total bytes that underflowed;\n"
+ "min_size - Minimum value in range;\n"
+ "max_size - Maximum value in range.\n",
+ "__range_of_diff_sizes__ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_NEGATIVE_OVERHEAD},
+ {"Compression ratio (of regular files)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a percent of total "
+ "number of files;\n"
+ "cpt_num - Number of files in this range or smaller as a % "
+ "of total # of files;\n"
+ "total_size - Total compression size of files in range;\n"
+ "pct_rng - Total compression size of files in range as a % of "
+ "total compression size of files;\n"
+ "cpt_rng - Total compression size of files in this range or "
+ "smaller as a % of total compression size of files;\n"
+ "min - Minimum compression ratio in range;\n"
+ "max - Maximum compression ratio in range.\n",
+ "compression_ratio ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng __min__ __max__\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %7s %7s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum compression ratio: %s\n"
+ "Maximum compression ratio: %s\n"
+ "Average compression ratio: %s\n"
+ "Total compression size of all files: %s\n",
+ LS3_STATS_TYPE_COMPRESSION_RATIO},
+ {"Directory size (entries)",
+ "Description:\n"
+ "number - Count of directories in range;\n"
+ "pct_num - Number of dirs in range as a % of total "
+ "num of dirs;\n"
+ "cpt_num - Number of dirs in this range or smaller as "
+ "a % total number of dirs;\n"
+ "tot_entries - Total entries in range;\n"
+ "pct_rng - Number of entries in range as a % of total number "
+ "of entries;\n"
+ "cpt_rng - Number of entries in this range or smaller as a % "
+ "of total number of entries;\n"
+ "min - Minimum entries in range;\n"
+ "max - Maximum entries in range.\n",
+ "______range_of_entries_______ ___number___ pct_num cpt_num "
+ "tot_entries pct_rng cpt_rng ____min____ ____max____\n",
+ "%s %12lu %6.2f%% %6.2f%% %11s %6.2f%% %6.2f%% %11s %11s\n",
+ "General information:\n"
+ "Total number of entries: %lu\n"
+ "Number of skipped directory: %u\n"
+ "Minimum entries value in ranges: %s\n"
+ "Maximum entries value in ranges: %s\n"
+ "Average entries value in ranges: %s\n"
+ "Total entries of all directory in rnages: %s\n",
+ LS3_STATS_TYPE_DIRECTORY_SIZE_ENTRIES},
+ {"Directory size",
+ "Description:\n"
+ "number - Count of directories in range;\n"
+ "pct_num - Number of files in dirs as a percent of total "
+ "number of dirs;\n"
+ "cpt_num - Number of dirs in this range or smaller as a % of "
+ "total # of dirs;\n"
+ "total_size - Total size of dirs in range;\n"
+ "pct_rng - Total size of dirs in range as a % of total size "
+ "of dirs;\n"
+ "cpt_rng - Total size of dirs in this range or smaller as a % "
+ "of total size of dirs;\n"
+ "min_size - Minimum directory size in range;\n"
+ "max_size - Maximum directory size in range.\n",
+ "____directory_size_range_____ ___number___ pct_num cpt_num total_size"
+ " pct_rng cpt_rng _min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of directory: %lu\n"
+ "Number of skipped directory: %u\n"
+ "Minimum directory size (in blocks): %s\n"
+ "Maximum directory size (in blocks): %s\n"
+ "Average directory size (in blocks): %s\n"
+ "Total capacity used of all directory: %s\n",
+ LS3_STATS_TYPE_DIRECTORY_SIZE_KB},
+ {"Link count (of regular files)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a % of total files;\n"
+ "cpt_num - Number of files in this range or smaller as a % of "
+ "total files;\n"
+ "tot_links - Total links in range;\n"
+ "pct_rng - Total links in range as a % of total links;\n"
+ "cpt_rng - Total links in this range or smaller as a % of "
+ "total links;\n"
+ "min - Minimum link count in range;\n"
+ "max - Maximum link count in range.\n",
+ "____rnage_of_link_counts_____ ___number___ pct_num cpt_num tot_links "
+ "pct_rng cpt_rng ____min____ ____max____\n",
+ "%s %12lu %6.2f%% %6.2f%% %11s %6.2f%% %6.2f%% %11s %11s\n",
+ "General information:\n"
+ "Total number of links: %lu\n"
+ "Number of skipped links: %u\n"
+ "Minimum links in ranges: %s\n"
+ "Maximum links in ranges: %s\n"
+ "Average links in ranges: %s\n"
+ "Total links in rnages: %s\n",
+ LS3_STATS_TYPE_LINK_COUNT},
+ {"Filename length (Includes regular files, dirs, symlinks and "
+ "special files)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Count of files in range as a % of total number "
+ "of files;\n"
+ "cpt_num - Number of files in this range or smaller as a % "
+ "of total # of files;\n"
+ "total_chars - Total chars of filenames in range;\n"
+ "pct_rng - Total chars of filenames in range as a % of total "
+ "number of chars of filenames;\n"
+ "cpt_rng - Total number of chars of filenames in this range or "
+ "smaller as a % of total number bytes of filenames;\n"
+ "min - Minimum chars in range;\n"
+ "max - Maximum chars in range.\n",
+ "fname_length_range ___number___ pct_num cpt_num total_chars "
+ "pct_rng cpt_rng _min_ _max_\n",
+ "%s %12lu %6.2f%% %6.2f%% %11s %6.2f%% %6.2f%% %5s %5s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum chars in ranges: %s\n"
+ "Maximum chars in ranges: %s\n"
+ "Average chars in ranges: %s\n"
+ "Total chars in rnages: %s\n",
+ LS3_STATS_TYPE_FILENAME_LENGTH},
+ {"Time since last modification [mtime](Regular files)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a % of total number "
+ "of files;\n"
+ "cpt_num - Number of files in this range or smaller as a % "
+ "of total number of files;\n"
+ "total_size - Total size that underflowed in range;\n"
+ "pct_rng - Total of age in range, total age in range as a % "
+ "of total age of all files;\n"
+ "cpt_rng - total age in this range or smaller as a % of "
+ "total age of all files;\n"
+ "min - Minimum value in range;\n"
+ "max - Maximum value in range.\n",
+ "__range_in_days_ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_ _max_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %5s %5s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum days in ranges: %s\n"
+ "Maximum days in ranges: %s\n"
+ "Average days in ranges: %s\n"
+ "Total capacity size of all days: %s\n",
+ LS3_STATS_TYPE_TIME_SINCE_LAST_MOD_RF},
+ {"Time since last metadata modification [ctime](Regular files)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a % of total number "
+ "of files;\n"
+ "cpt_num - Number of files in this range or smaller as a % "
+ "of total number of files;\n"
+ "total_size - Total size that underflowed in range;\n"
+ "pct_rng - Total of age in range, total age in range as a % "
+ "of total age of all files;\n"
+ "cpt_rng - Total age in this range or smaller as a % of total "
+ "age of all files;\n"
+ "min - Minimum days in range;\n"
+ "max - Maximum days in range.\n",
+ "__range_in_days_ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_ _max_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %5s %5s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum days in ranges: %s\n"
+ "Maximum days in ranges: %s\n"
+ "Average days in ranges: %s\n"
+ "Total capacity size of all days: %s\n",
+ LS3_STATS_TYPE_TIME_SINCE_LAST_MD_MOD_RF},
+ {"Time since creation [crtime](Regular files)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a % of total number "
+ "of files;\n"
+ "cpt_num - Number of files in this range or smaller as a % "
+ "of total number of files;\n"
+ "total_size - Total size that underflowed in range;\n"
+ "pct_rng - Total of age in range, total age in range as a % "
+ "of total age of all files;\n"
+ "cpt_rng - Total age in this range or smaller as a % of total "
+ "age of all files;\n"
+ "min - Minimum days in range;\n"
+ "max - Maximum days in range.\n",
+ "__range_in_days_ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_ _max_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %5s %5s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum days in ranges: %s\n"
+ "Maximum days in ranges: %s\n"
+ "Average days in ranges: %s\n"
+ "Total capacity size of all days: %s\n",
+ LS3_STATS_TYPE_TIME_SINCE_LAST_CREATION_RF},
+ {"Time since last access [atime](Regular files)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a % of total number "
+ "of files;\n"
+ "cpt_num - Number of files in this range or smaller as a % "
+ "of total number of files;\n"
+ "total_size - Total size that underflowed in range;\n"
+ "pct_rng - Total of age in range, total age in range as a % "
+ "of total age of all files;\n"
+ "cpt_rng - Total age in this range or smaller as a % of total "
+ "age of all files;\n"
+ "min - Minimum days in range;\n"
+ "max - Maximum days in range.\n",
+ "__range_in_days_ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_ _max_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %5s %5s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum days in ranges: %s\n"
+ "Maximum days in ranges: %s\n"
+ "Average days in ranges: %s\n"
+ "Total capacity size of all days: %s\n",
+ LS3_STATS_TYPE_TIME_SINCE_LAST_ACCESS_RF},
+ {"Storage size (Regular files) by user",
+ "Description:\n"
+ "number - Count of files for user;\n"
+ "pct_num - Number of files for user as a percent of total "
+ "number of files;\n"
+ "cpt_num - Number of files for user as a % of total # of files;\n"
+ "total_size - Total size of files for user;\n"
+ "pct_rng - Total size of files for user as a % of total size "
+ "of files;\n"
+ "cpt_rng - Total size of files for user or smaller as a % of "
+ "total size of files;\n"
+ "min_size - Minimum file size for the user;\n"
+ "max_size - Maximum file size for the user.\n",
+ "________UID_and_name_______ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_USER},
+ {"Storage size (Regular files) by group",
+ "Description:\n"
+ "number - Count of files for group;\n"
+ "pct_num - Number of files for group as a percent of total "
+ "number of files;\n"
+ "cpt_num - Number of files for group as a % of total # of files;\n"
+ "total_size - Total size of files for group;\n"
+ "pct_rng - Total size of files for group as a % of total "
+ "size of files;\n"
+ "cpt_rng - Total size of files for group or smaller as "
+ "a % of total size of files;\n"
+ "min_size - Minimum file size for the group;\n"
+ "max_size - Maximum file size for the group.\n",
+ "_______GUID_and_name_______ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_GROUP},
+ {"Storage size (Regular files) by project ID",
+ "Description:\n"
+ "number - Count of files for projid;\n"
+ "pct_num - Number of files for projid as a percent of total "
+ "number of files;\n"
+ "cpt_num - Number of files for projid as a % of "
+ "total # of files;\n"
+ "total_size - Total size of files for projid;\n"
+ "pct_rng - Total size of files for projid as a % of total "
+ "size of files;\n"
+ "cpt_rng - Total size of files for projid or smaller as a % "
+ "of total size of files;\n"
+ "min_size - Minimum file size for the projid;\n"
+ "max_size - Maximum file size for the projid.\n",
+ "_project_ID_ ___number___ pct_num cpt_num total_size "
+ "pct_rng cpt_rng _min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_PROJID},
+ {"Stripe count (of regular files)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a % of total files;\n"
+ "cpt_num - Number of files in this range as a % of total files;\n"
+ "total_size - Total size of files with this stripe count;\n"
+ "pct_rng - Total size in range as a % of total stripe;\n"
+ "cpt_rng - Total size in this range as a % of total stripe;\n"
+ "min_size - Minimum size of files with this stripe count;\n"
+ "max_size - Maximum size of files with this stripe count.\n",
+ "stripe_count ___number___ pct_num cpt_num total_size pct_rng cpt_rng "
+ "_min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_STRIPE_COUNT},
+ {"Stripe size (of regular files)",
+ "Description:\n"
+ "number - Count of files with stripe size;\n"
+ "pct_num - Number of files with stripe size as a % of "
+ "total files;\n"
+ "cpt_num - Number of files with this stripe size as a % of "
+ "total files;\n"
+ "total_size - Total files size with this stripe size;\n"
+ "pct_rng - Total file size with stripe size as a % "
+ "of total size;\n"
+ "cpt_rng - Total file size with this stripe size or smaller as "
+ "a % of total file;\n"
+ "min_size - Minimum size of files with this stripe size;\n"
+ "max_size - Maximum size of files with this stripe size.\n",
+ "stripe_size ___number___ pct_num cpt_num total_size pct_rng cpt_rng "
+ "_min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_STRIPE_SIZE},
+ {"Mirror count (of regular files)",
+ "Description:\n"
+ "number - Count of files in range;\n"
+ "pct_num - Number of files in range as a % of total files;\n"
+ "cpt_num - Number of files in this range as a % "
+ "of total files;\n"
+ "total_size - Total size of files with this mirror count;\n"
+ "pct_rng - Total mirror in range as a % of total mirror;\n"
+ "cpt_rng - Total mirror in this range as a % of "
+ "total mirror;\n"
+ "min_size - Minimum size of files with this mirror count;\n"
+ "max_size - Maximum size of files with this mirror count.\n",
+ "mirror_cnt ___number___ pct_num cpt_num total_size pct_rng cpt_rng "
+ "_min_size_ _max_size_\n",
+ "%s %12lu %6.2f%% %6.2f%% %10s %6.2f%% %6.2f%% %10s %10s\n",
+ "General information:\n"
+ "Total number of files: %lu\n"
+ "Number of skipped files: %u\n"
+ "Minimum file size (in blocks): %s\n"
+ "Maximum file size (in blocks): %s\n"
+ "Average file size (in blocks): %s\n"
+ "Total capacity used of all files: %s\n",
+ LS3_STATS_TYPE_MIRROR_COUNT},
+ /* end marker (always last) */
+ {"", "", "", "", "", LS3_STATS_TYPE_TOTAL_COUNT_REPORT}
+};
+
+
+static struct ls3_stats_range_val ls3_stats_get_range_val_str(
+ struct report_template *report_ptr,
+ struct range_report_template *range_ptr,
+ ls3_stats_report_type report_type, bool b_range)
+{
+ struct ls3_stats_range_val result;
+
+ /* Everything regarding size will be multiplied
+ * by 1024 to convert to bytes
+ */
+ switch (report_type)
+ {
+ case LS3_STATS_TYPE_FILES_SIZE:
+ case LS3_STATS_TYPE_CAPACITY_USED:
+ case LS3_STATS_TYPE_POSITIVE_OVERHEAD:
+ case LS3_STATS_TYPE_NEGATIVE_OVERHEAD:
+ case LS3_STATS_TYPE_DIRECTORY_SIZE_KB:
+ case LS3_STATS_TYPE_EQUAL_OVERHEAD:
+ case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_USER:
+ case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_GROUP:
+ case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_PROJID:
+ case LS3_STATS_TYPE_STRIPE_SIZE:
+ case LS3_STATS_TYPE_STRIPE_COUNT:
+ case LS3_STATS_TYPE_MIRROR_COUNT: {
+ /* Here, explicit indication of the (uint64_t) type is not
+ * critical, since for these tables integers (number of bytes)
+ * are stored here.
+ */
+ if (b_range) {
+ /* Fill for range_ptr. */
+ snprintf(result.srv_min, sizeof(result.srv_min),
+ "%s",
+ ls3_stats_fmt_size_units(range_ptr->rrt_min *
+ 1024));
+ snprintf(result.srv_max, sizeof(result.srv_max),
+ "%s",
+ ls3_stats_fmt_size_units(range_ptr->rrt_max *
+ 1024));
+ snprintf(result.srv_total, sizeof(result.srv_total),
+ "%s",
+ ls3_stats_fmt_size_units(1024 *
+ range_ptr->total_in_range));
+ } else {
+ /* Fill for report_ptr */
+ snprintf(result.srv_min, sizeof(result.srv_min),
+ "%s",
+ ls3_stats_fmt_size_units(report_ptr->rt_min *
+ 1024));
+ snprintf(result.srv_max, sizeof(result.srv_max),
+ "%s",
+ ls3_stats_fmt_size_units(report_ptr->rt_max *
+ 1024));
+ snprintf(result.srv_avg, sizeof(result.srv_avg),
+ "%s",
+ ls3_stats_fmt_size_units(report_ptr->rt_avg *
+ 1024));
+ snprintf(result.srv_total, sizeof(result.srv_total),
+ "%s",
+ ls3_stats_fmt_size_units(1024 *
+ report_ptr->total_value));
+ }
+ return result;
+ }
+ case LS3_STATS_TYPE_TIME_SINCE_LAST_MOD_RF:
+ case LS3_STATS_TYPE_TIME_SINCE_LAST_CREATION_RF:
+ case LS3_STATS_TYPE_TIME_SINCE_LAST_ACCESS_RF:
+ case LS3_STATS_TYPE_TIME_SINCE_LAST_MD_MOD_RF: {
+ /* min and max store the number of days here */
+ if (b_range) {
+ snprintf(result.srv_min, sizeof(result.srv_min),
+ "%.0f", range_ptr->rrt_min);
+ snprintf(result.srv_max, sizeof(result.srv_max),
+ "%.0f", range_ptr->rrt_max);
+ snprintf(result.srv_total, sizeof(result.srv_total),
+ "%s", ls3_stats_fmt_size_units(1024 *
+ range_ptr->total_in_range));
+ } else {
+ snprintf(result.srv_min, sizeof(result.srv_min),
+ "%.0f", report_ptr->rt_min);
+ snprintf(result.srv_max, sizeof(result.srv_max),
+ "%.0f", report_ptr->rt_max);
+ snprintf(result.srv_avg, sizeof(result.srv_avg),
+ "%.0f", report_ptr->rt_avg);
+ snprintf(result.srv_total, sizeof(result.srv_total),
+ "%s", ls3_stats_fmt_size_units(1024 *
+ report_ptr->total_value));
+ }
+
+ return result;
+ }
+ case LS3_STATS_TYPE_DIRECTORY_SIZE_ENTRIES:
+ case LS3_STATS_TYPE_FILENAME_LENGTH:
+ case LS3_STATS_TYPE_LINK_COUNT: {
+ /* min and max store the number of chars/entries/links here */
+ if (b_range) {
+ snprintf(result.srv_min, sizeof(result.srv_min),
+ "%.0f", range_ptr->rrt_min);
+ snprintf(result.srv_max, sizeof(result.srv_max),
+ "%.0f", range_ptr->rrt_max);
+ snprintf(result.srv_total, sizeof(result.srv_total),
+ "%11lu", range_ptr->total_in_range);
+ } else {
+ snprintf(result.srv_min, sizeof(result.srv_min),
+ "%.0f", report_ptr->rt_min);
+ snprintf(result.srv_max, sizeof(result.srv_max),
+ "%.0f", report_ptr->rt_max);
+ snprintf(result.srv_avg, sizeof(result.srv_avg),
+ "%.0f", report_ptr->rt_avg);
+ snprintf(result.srv_total, sizeof(result.srv_total),
+ "%lu", report_ptr->total_value);
+ }
+
+ return result;
+ }
+ case LS3_STATS_TYPE_COMPRESSION_RATIO: {
+ if (b_range) {
+ snprintf(result.srv_min, sizeof(result.srv_min),
+ "%6.2f%%", range_ptr->rrt_min);
+ snprintf(result.srv_max, sizeof(result.srv_max),
+ "%6.2f%%", range_ptr->rrt_max);
+ snprintf(result.srv_total, sizeof(result.srv_total),
+ "%s", ls3_stats_fmt_size_units(1024 *
+ range_ptr->total_in_range));
+ } else {
+ snprintf(result.srv_min, sizeof(result.srv_min),
+ "%.2f%%", report_ptr->rt_min);
+ snprintf(result.srv_max, sizeof(result.srv_max),
+ "%.2f%%", report_ptr->rt_max);
+ snprintf(result.srv_avg, sizeof(result.srv_avg),
+ "%.2f%%", report_ptr->rt_avg);
+ snprintf(result.srv_total, sizeof(result.srv_total),
+ "%s", ls3_stats_fmt_size_units(1024 *
+ report_ptr->total_value));
+ }
+
+ return result;
+ }
+ case LS3_STATS_TYPE_TOTAL_COUNT_REPORT:
+ default:
+ /* init by default, nothing critical */
+ strncpy(result.srv_min, "N/A", sizeof(result.srv_min));
+ strncpy(result.srv_max, "N/A", sizeof(result.srv_max));
+ strncpy(result.srv_avg, "N/A", sizeof(result.srv_avg));
+ strncpy(result.srv_total, "N/A", sizeof(result.srv_total));
+ LS3_ERROR_ONCE("unknown report type: %d\n", report_type);
+ break;
+ }
+
+ return result;
+}
+
+static uint32_t ls3_stats_get_count_skipped_obj(
+ ls3_stats_report_type report_type)
+{
+ switch (report_type)
+ {
+ case LS3_STATS_TYPE_FILES_SIZE:
+ return LS3_GET_ERROR_COUNT(reports_with_stats,
+ LS3_STATS_ERROR_EMPTY_SIZE) +
+ LS3_GET_ERROR_COUNT(reports_with_stats,
+ LS3_STATS_ERROR_WITHOUT_SIZE);
+ case LS3_STATS_TYPE_COMPRESSION_RATIO:
+ return LS3_GET_ERROR_COUNT(reports_with_stats,
+ LS3_STATS_ERROR_EMPTY_SIZE) +
+ LS3_GET_ERROR_COUNT(reports_with_stats,
+ LS3_STATS_ERROR_EMPTY_BLOCK_SIZE);
+ case LS3_STATS_TYPE_FILENAME_LENGTH:
+ return LS3_GET_ERROR_COUNT(reports_with_stats,
+ LS3_STATS_ERROR_WITHOUT_SIZE);
+ default:
+ return LS3_GET_ERROR_COUNT(reports_with_stats,
+ LS3_STATS_ERROR_EMPTY_BLOCK_SIZE);
+ }
+
+ return 0;
+}
+
static const char* ls3_stats_get_filename_from_path(const char *path)
{
const char *last_slash = strrchr(path, '/');
case LS3_STATS_TYPE_TIME_SINCE_LAST_MD_MOD_RF:
return LS3_STATS_VALUE_TYPE_DAYS;
case LS3_STATS_TYPE_FILENAME_LENGTH:
- case LS3_STATS_TYPE_SYMLINK_TARGET_LENGTH:
return LS3_STATS_VALUE_TYPE_CHARS;
case LS3_STATS_TYPE_DIRECTORY_SIZE_ENTRIES:
return LS3_STATS_VALUE_TYPE_ENTRIES;
return LS3_STATS_VALUE_TYPE_MIRROR;
case LS3_STATS_TYPE_COMPRESSION_RATIO:
return LS3_STATS_VALUE_TYPE_COMP_RATIO;
- case LS3_STATS_TYPE_FILES_EMPLOYING_DOM:
- case LS3_STATS_TYPE_COMPRESSION_FLAG:
case LS3_STATS_TYPE_TOTAL_COUNT_REPORT:
return LS3_STATS_VALUE_TYPE_ERROR;
}
return "";
}
-static char *ls3_stats_get_title_text(ls3_stats_report_type report_type)
-{
- switch (report_type)
- {
- case LS3_STATS_TYPE_FILES_SIZE:
- return "Files Size";
- case LS3_STATS_TYPE_CAPACITY_USED:
- return "Capacity used (Regular files space used on disk)";
- case LS3_STATS_TYPE_EQUAL_OVERHEAD:
- return "Equal overhead (Files whose capacity used is "
- "equal to their size)";
- case LS3_STATS_TYPE_POSITIVE_OVERHEAD:
- return "Positive overhead (Files whose capacity used is "
- "larger than or equal to its size)";
- case LS3_STATS_TYPE_NEGATIVE_OVERHEAD:
- return "Negative overhead (Files whose size is larger "
- "than capacity used.)";
- case LS3_STATS_TYPE_DIRECTORY_SIZE_KB:
- return "Directory size (KB)";
- case LS3_STATS_TYPE_TIME_SINCE_LAST_CREATION_RF:
- return "Time since creation [crtime](Regular files)";
- case LS3_STATS_TYPE_TIME_SINCE_LAST_MOD_RF:
- return "Time since last modification [mtime](Regular files)";
- case LS3_STATS_TYPE_TIME_SINCE_LAST_MD_MOD_RF:
- return "Time since last metadata modification [ctime]";
- case LS3_STATS_TYPE_TIME_SINCE_LAST_ACCESS_RF:
- return "Time since last access [atime](Regular files)";
- case LS3_STATS_TYPE_FILENAME_LENGTH:
- return "Filename length (Includes regular files, "
- "dirs, symlinks and special files)";
- case LS3_STATS_TYPE_DIRECTORY_SIZE_ENTRIES:
- return "Directory size (entries)";
- case LS3_STATS_TYPE_FILES_EMPLOYING_DOM:
- return "Files employing DoM";
- case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_USER:
- return "Storage size (all directories and files) by user";
- case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_GROUP:
- return "Storage size (all directories and files) by group";
- case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_PROJID:
- return "Storage size (all directories and files) by project ID";
- case LS3_STATS_TYPE_LINK_COUNT:
- return "Link count (of regular files)";
- case LS3_STATS_TYPE_STRIPE_COUNT:
- return "Stripe count (of regular files)";
- case LS3_STATS_TYPE_STRIPE_SIZE:
- return "Stripe size (of regular files)";
- case LS3_STATS_TYPE_MIRROR_COUNT:
- return "Mirror count (of regular files)";
- case LS3_STATS_TYPE_COMPRESSION_RATIO:
- return "Compression ratio (of regular files)";
- case LS3_STATS_TYPE_SYMLINK_TARGET_LENGTH:
- return "Symlink target length";
- case LS3_STATS_TYPE_COMPRESSION_FLAG:
- case LS3_STATS_TYPE_TOTAL_COUNT_REPORT:
- return "";
- }
-
- return "";
-}
-
-static char *ls3_stats_get_header_text(ls3_stats_report_type report_type)
-{
- switch (report_type)
- {
- case LS3_STATS_TYPE_FILES_SIZE:
- return "\n\nFiles Size:\n"
- "0 - Size range;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a percent of total "
- "number of files;\n"
- "3 - Number of files in this range or smaller as a % "
- "of total # of files;\n"
- "4 - Total size of files in range;\n"
- "5 - Total size of files in range as a % of total "
- "size of files;\n"
- "6 - Total size of files in this range or smaller as "
- "a % of total size of files;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_CAPACITY_USED:
- return "\n\nCapacity used (Regular files space used on disk):\n"
- "0 - Size range;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a percent of total "
- "number of files;\n"
- "3 - Number of files in this range or smaller as a % of "
- "total # of file;\n"
- "4 - Total capacity used in range;\n"
- "5 - Total capacity used in range as a % of total "
- "capacity used;\n"
- "6 - Total capacity used in this range or smaller as "
- "a % of total capacity;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_EQUAL_OVERHEAD:
- return "\n\nEqual overhead (Files whose usable capacity is "
- "equal to their size):\n"
- "0 - Size range;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a percent of total "
- "number of files;\n"
- "3 - Number of files in this range or smaller as a % of "
- "total # of files;\n"
- "4 - Total kilobytes that overflowed in range;\n"
- "5 - Total kilobytes that overflowed in this range as "
- "a % of total kilobytes that overflowed;\n"
- "6 - Total kilobytes that overflowed in this range or "
- "smaller as a % of total kilobytes "
- "that overflowed;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_POSITIVE_OVERHEAD:
- return "\n\nPositive overhead (Files whose capacity used is "
- "larger than to its size):\n"
- "0 - Range of difference sizes;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a percent of total "
- "number of files;\n"
- "3 - Number of files in this range or smaller as a % of "
- "total # of files;\n"
- "4 - Total bytes that overflowed in range;\n"
- "5 - Total bytes that overflowed in this range as a % "
- "of total bytes that overflowed;\n"
- "6 - Total bytes that overflowed in this range or "
- "smaller as a % of total bytes that overflowed;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_NEGATIVE_OVERHEAD:
- return "\n\nNegative overhead (Files whose size is larger than "
- "capacity used.):\n"
- "0 - Range of difference sizes;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a percent of total "
- "number of files;\n"
- "3 - Number of files in this range or smaller as a % of "
- "total # of files;\n"
- "4 - Total bytes that underflowed in range;\n"
- "5 - Total bytes that underflowed in this range as a % "
- "of total bytes that underflowed;\n"
- "6 - Total bytes that underflowed in this range or "
- "smaller as a % of total bytes that underflowed;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_DIRECTORY_SIZE_KB:
- return "\n\nDirectory size (KB):\n"
- "0 - Range of dir sizes;\n"
- "1 - Count of directories in range;\n"
- "2 - Number of files in dirs as a percent of total "
- "number of dirs;\n"
- "3 - Number of dirs in this range or smaller as a % of "
- "total # of dirs;\n"
- "4 - Total size of dirs in range;\n"
- "5 - Total size of dirs in range as a % of total size "
- "of dirs;\n"
- "6 - Total size of dirs in this range or smaller as a % "
- "of total size of dirs;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_TIME_SINCE_LAST_CREATION_RF:
- return "\n\nTime since creation [crtime](Regular files):\n"
- "0 - Range in days;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a % of total number "
- "of files;\n"
- "3 - Number of files in this range or smaller as a % "
- "of total number of files;\n"
- "4 - Total kilobytes that underflowed in range;\n"
- "5 - Total of age in range, total age in range as a % "
- "of total age of all files;\n"
- "6 - total age in this range or smaller as a % of "
- "total age of all files;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_TIME_SINCE_LAST_MOD_RF:
- return "\n\nTime since last modification [mtime] "
- "(Regular files):\n"
- "0 - Range in days;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a % of total number "
- "of files;\n"
- "3 - Number of files in this range or smaller as a % "
- "of total number of files;\n"
- "4 - Total kilobytes that underflowed in range;\n"
- "5 - Total of age in range, total age in range as a % "
- "of total age of all files;\n"
- "6 - total age in this range or smaller as a % of total "
- "age of all files;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_TIME_SINCE_LAST_MD_MOD_RF:
- return "\n\nTime since last metadata modification [ctime] "
- "(Regular files):\n"
- "0 - Range in days;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a % of total number "
- "of files;\n"
- "3 - Number of files in this range or smaller as a % "
- "of total number of files;\n"
- "4 - Total kilobytes that underflowed in range;\n"
- "5 - Total of age in range, total age in range as a % "
- "of total age of all files;\n"
- "6 - total age in this range or smaller as a % of total "
- "age of all files;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_TIME_SINCE_LAST_ACCESS_RF:
- return "\n\nTime since last access [atime](Regular files):\n"
- "0 - Range in days;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a % of total number "
- "of files;\n"
- "3 - Number of files in this range or smaller as a % "
- "of total number of files;\n"
- "4 - Total kilobytes that underflowed in range;\n"
- "5 - Total of age in range, total age in range as a % "
- "of total age of all files;\n"
- "6 - total age in this range or smaller as a % of total "
- "age of all files;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_FILENAME_LENGTH:
- return "\n\nFilename length (Includes regular files, dirs, "
- "symlinks and special files):\n"
- "0 - Range of filename lengths;\n"
- "1 - Count of files in range;\n"
- "2 - Count of files in range as a % of total number "
- "of files;\n"
- "3 - Number of files in this range or smaller as a % "
- "of total # of files;\n"
- "4 - Total chars of filenames in range;\n"
- "5 - Total chars of filenames in range as a % of total "
- "number of chars of filenames;\n"
- "6 - Total number of chars of filenames in this range "
- "or smaller as a % of total number bytes "
- "of filenames;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_DIRECTORY_SIZE_ENTRIES:
- return "\n\nDirectory size (entries):\n"
- "0 - Range of entries;\n"
- "1 - Count of directories in range;\n"
- "2 - Number of dirs in range as a % of total "
- "num of dirs;\n"
- "3 - Number of dirs in this range or smaller as "
- "a % total number of dirs;\n"
- "4 - Total entries in range;\n"
- "5 - Number of entries in range as a % of total number "
- "of entries;\n"
- "6 - Number of entries in this range or smaller as a % "
- "of total number of entries;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_USER:
- return "\n\nStorage size by user (Regular files):\n"
- "0 - User ID (name);\n"
- "1 - Count of files for user;\n"
- "2 - Number of files for user as a percent of total "
- "number of files;\n"
- "3 - Number of files for user as a % of total # "
- "of files;\n"
- "4 - Total size of files for user;\n"
- "5 - Total size of files for user as a % of total size "
- "of files;\n"
- "6 - Total size of files for user or smaller as a % of "
- "total size of files;\n"
- "7 - Minimum size for user;\n"
- "8 - Maximum size for user.\n";
- case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_GROUP:
- return "\n\nStorage size by group (Regular files):\n"
- "0 - Group ID (name);\n"
- "1 - Count of files for group;\n"
- "2 - Number of files for group as a percent of total "
- "number of files;\n"
- "3 - Number of files for group as a % of "
- "total # of files;\n"
- "4 - Total size of files for group;\n"
- "5 - Total size of files for group as a % of total "
- "size of files;\n"
- "6 - Total size of files for group or smaller as "
- "a % of total size of files;\n"
- "7 - Minimum size for group;\n"
- "8 - Maximum size for group.\n";
- case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_PROJID:
- return "\n\nStorage size by projid (Regular files):\n"
- "0 - Project ID;\n"
- "1 - Count of files for projid;\n"
- "2 - Number of files for projid as a percent of total "
- "number of files;\n"
- "3 - Number of files for projid as a % of "
- "total # of files;\n"
- "4 - Total size of files for projid;\n"
- "5 - Total size of files for projid as a % of total "
- "size of files;\n"
- "6 - Total size of files for projid or smaller as a % "
- "of total size of files;\n"
- "7 - Minimum size for projid;\n"
- "8 - Maximum size for projid.\n";
- case LS3_STATS_TYPE_LINK_COUNT:
- return "\n\nLink count (of regular files):\n"
- "0 - Range of link counts;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a % of total files;\n"
- "3 - Number of files in this range or smaller as "
- "a % of total files;\n"
- "4 - Total links in range;\n"
- "5 - Total links in range as a % of total links;\n"
- "6 - Total links in this range or smaller as "
- "a % of total links;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_STRIPE_COUNT:
- return "\n\nStripe count (of regular files):\n"
- "0 - Range of stripe count;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a % of total files;\n"
- "3 - Number of files in this range as a % of "
- "total files;\n"
- "4 - Total stripe in range;\n"
- "5 - Total stripe in range as a % of total stripe;\n"
- "6 - Total stripe in this range as a % "
- "of total stripe;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_STRIPE_SIZE:
- return "\n\nStripe size (of regular files):\n"
- "0 - Stripe size;\n"
- "1 - Count of files with stripe size;\n"
- "2 - Number of files with stripe size as a % "
- "of total files;\n"
- "3 - Number of files with this stripe size as a % "
- "of total files;\n"
- "4 - Total file size with this stripe size;\n"
- "5 - Total file size with stripe size as a % "
- "of total size;\n"
- "6 - Total file size with this stripe size or smaller "
- "as a % of total file;\n"
- "7 - Minimum value with this stripe size;\n"
- "8 - Maximum value with this stripe size.\n";
- case LS3_STATS_TYPE_MIRROR_COUNT:
- return "\n\nMirror count (of regular files):\n"
- "0 - Range of mirror count;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a % of total files;\n"
- "3 - Number of files in this range as a % "
- "of total files;\n"
- "4 - Total mirror in range;\n"
- "5 - Total mirror in range as a % of total mirror;\n"
- "6 - Total mirror in this range as a % of "
- "total mirror;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_COMPRESSION_RATIO:
- return "\n\nCompression ratio (of regular files):\n"
- "0 - Compression ratio range;\n"
- "1 - Count of files in range;\n"
- "2 - Number of files in range as a percent of total "
- "number of files;\n"
- "3 - Number of files in this range or smaller as a % "
- "of total # of files;\n"
- "4 - Total compression size of files in range;\n"
- "5 - Total compression size of files in range as a % of "
- "total compression size of files;\n"
- "6 - Total compression size of files in this range or "
- "smaller as a % of total compression size of files;\n"
- "7 - Minimum value in range;\n"
- "8 - Maximum value in range.\n";
- case LS3_STATS_TYPE_FILES_EMPLOYING_DOM:
- case LS3_STATS_TYPE_SYMLINK_TARGET_LENGTH:
- case LS3_STATS_TYPE_COMPRESSION_FLAG:
- case LS3_STATS_TYPE_TOTAL_COUNT_REPORT:
- return "";
- }
- return "";
-}
-
static void ls3_stats_get_range_str(struct range_report_template *range_ptr,
- char *str, size_t strlen, int range, ls3_stats_report_type r_type,
- char *value_ts)
+ char *str, size_t strlen, ls3_stats_report_type r_type)
{
/* Different type of "range" field */
switch (r_type)
ls3_stats_get_groupname_from_gid(range_ptr->rrt_id));
break;
case LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_PROJID:
- snprintf(str, strlen, "%26ld ", range_ptr->rrt_id);
+ snprintf(str, strlen, "%12ld", range_ptr->rrt_id);
break;
case LS3_STATS_TYPE_STRIPE_COUNT:
- snprintf(str, strlen, "%26ld ", range_ptr->rrt_id);
+ snprintf(str, strlen, "%12ld", range_ptr->rrt_id);
break;
case LS3_STATS_TYPE_STRIPE_SIZE:
- snprintf(str, strlen, "%18ld %7s ", range_ptr->rrt_id,
- value_ts);
+ snprintf(str, strlen, "%11s",
+ ls3_stats_fmt_size_units(range_ptr->rrt_id * 1024));
break;
case LS3_STATS_TYPE_MIRROR_COUNT:
- snprintf(str, strlen, "%26ld ", range_ptr->rrt_id);
+ snprintf(str, strlen, "%10ld", range_ptr->rrt_id);
+ break;
+ case LS3_STATS_TYPE_FILENAME_LENGTH:
+ snprintf(str, strlen, " %4.0f - %4.0f chars",
+ range_ptr->range_start, range_ptr->range_end);
break;
case LS3_STATS_TYPE_TIME_SINCE_LAST_ACCESS_RF:
case LS3_STATS_TYPE_TIME_SINCE_LAST_CREATION_RF:
case LS3_STATS_TYPE_TIME_SINCE_LAST_MD_MOD_RF:
case LS3_STATS_TYPE_TIME_SINCE_LAST_MOD_RF:
- if (range_ptr->range_start >= 16384)
+ if (range_ptr->range_start >= 8192)
snprintf(str, strlen,
- " Never changed ");
+ " Never changed ");
else
snprintf(str, strlen,
- "%8.0f - %-8.0f %7s",
+ "%4.0f - %4.0f days",
range_ptr->range_start,
- range_ptr->range_end, value_ts);
+ range_ptr->range_end);
break;
case LS3_STATS_TYPE_COMPRESSION_RATIO:
snprintf(str, strlen,
- "%11.2f - %-11.2f %%", range_ptr->range_start,
+ "%6.2f - %6.2f %%", range_ptr->range_start,
range_ptr->range_end);
break;
case LS3_STATS_TYPE_FILES_SIZE:
- case LS3_STATS_TYPE_CAPACITY_USED:
- snprintf(str, strlen,
- "%10.0f - %-10.0f %2s", range_ptr->range_start,
- range_ptr->range_end, value_ts);
+ case LS3_STATS_TYPE_POSITIVE_OVERHEAD:
+ case LS3_STATS_TYPE_NEGATIVE_OVERHEAD:
+ case LS3_STATS_TYPE_EQUAL_OVERHEAD:
+ case LS3_STATS_TYPE_CAPACITY_USED: {
+ char *range_start = xstrdup(ls3_stats_fmt_size_units(
+ range_ptr->range_start * 1024));
+ char *range_end = xstrdup(ls3_stats_fmt_size_units(
+ range_ptr->range_end * 1024));
+
+ snprintf(str, strlen, "%10s - %10s", range_start, range_end);
+ free(range_start);
+ free(range_end);
break;
- default:
+ } default:
snprintf(str, strlen,
- "%8.0f - %-8.0f %7s", range_ptr->range_start,
- range_ptr->range_end, value_ts);
+ "%8.0f - %8.0f", range_ptr->range_start,
+ range_ptr->range_end);
break;
}
}
struct json_object *jobj_errors = json_object_new_object();
const ls3_stats_err_mapping *err;
const char *json_str;
- char *title_text;
char *value_ts;
char *second_value_ts;
int i, j, k;
struct json_object *jobj_report;
struct json_object *jobj_general;
struct json_object *jobj_ranges;
+ const ls3_stats_out_mapping *text_tmpl = &ls3_out_mappings[i];
report_ptr = reports_with_stats->reports[i];
if (report_ptr == NULL)
ls3_stats_get_str_value_type(report_ptr->value_type);
second_value_ts =
ls3_stats_get_str_value_type(report_ptr->second_value_type);
- title_text = ls3_stats_get_title_text(i);
jobj_report = json_object_new_object();
jobj_general = json_object_new_object();
jobj_ranges = json_object_new_array();
json_object_object_add(jobj_general, "Title",
- json_object_new_string(title_text));
+ json_object_new_string(text_tmpl->som_table_title));
json_object_object_add(jobj_general, "Count",
json_object_new_int64(report_ptr->files_count));
continue; /* Nothing for print */
ls3_stats_get_range_str(range_ptr, range_t,
- sizeof(range_t), j, i, value_ts);
+ sizeof(range_t), i);
json_object_object_add(jobj_range, "RangeInStr",
json_object_new_string(range_t));
for (j = 0; j < LS3_STATS_USERS_REPORTS_COUNTER; j++) {
struct json_object *jobj_table = json_object_new_object();
struct json_object *jobj_ranges = json_object_new_array();
+ char *title_text;
title_text = ls3_stats_get_title_for_user_report(j);
report_ptr = u_report_ptr->user_reports[j];
fprintf(yaml_fd, "\n");
for (i = 0; i < LS3_STATS_TYPE_TOTAL_COUNT_REPORT; i++) {
- char *title_text;
+ const ls3_stats_out_mapping *text_tmpl = &ls3_out_mappings[i];
report_ptr = reports_with_stats->reports[i];
if (report_ptr == NULL)
value_ts = ls3_stats_get_str_value_type(report_ptr->value_type);
second_value_ts =
ls3_stats_get_str_value_type(report_ptr->second_value_type);
- title_text = ls3_stats_get_title_text(i);
fprintf(yaml_fd,
"\n%s:\n"
" Avg: %.2f %s\n"
" Total: %lu %s\n"
" Ranges:\n",
- title_text, report_ptr->files_count,
+ text_tmpl->som_table_title, report_ptr->files_count,
report_ptr->rt_min, value_ts,
report_ptr->rt_max, value_ts,
report_ptr->rt_avg, value_ts,
/* Different type of "range" field */
ls3_stats_get_range_str(range_ptr, range_t,
- sizeof(range_t),
- j, i, value_ts);
+ sizeof(range_t), i);
fprintf(yaml_fd,
" - RangeID: %i\n"
struct report_template *report_ptr;
struct range_report_template *range_ptr;
const ls3_stats_err_mapping *err;
- char *second_value_ts;
- char *value_ts;
FILE *out_fd;
int i, j, k;
fprintf(out_fd, "\n");
for (i = 0; i < LS3_STATS_TYPE_TOTAL_COUNT_REPORT; i++) {
- char *header_text;
+ struct ls3_stats_range_val srv_basic_str;
+ const ls3_stats_out_mapping *text_tmpl;
report_ptr = reports_with_stats->reports[i];
if (report_ptr == NULL)
if (report_ptr->files_count == 0)
continue; /* Nothing for print */
- value_ts = ls3_stats_get_str_value_type(report_ptr->value_type);
- second_value_ts =
- ls3_stats_get_str_value_type(report_ptr->second_value_type);
- header_text = ls3_stats_get_header_text(i);
-
- fprintf(out_fd, "%s\nGeneral: Count: %lu | Min value in ranges:"
- " %.2f %s | Max value in ranges: %.2f %s |"
- " Average value in ranges: %.2f %s |"
- " Total value: %lu %s\n\n",
- header_text, report_ptr->files_count, report_ptr->rt_min,
- value_ts, report_ptr->rt_max, value_ts,
- report_ptr->rt_avg, value_ts, report_ptr->total_value,
- (second_value_ts[0] != '\0') ? second_value_ts : value_ts);
-
- fprintf(out_fd, "[------------- 0 ------------] [---- 1 -----]"
- " [-- 2 --] [------- 3 --------] [-------- 4 --------]"
- " [-- 5 --] [------- 6 --------] [-------- 7 --------]"
- " [-------- 8 --------]\n");
+ text_tmpl = &ls3_out_mappings[i];
+ srv_basic_str = ls3_stats_get_range_val_str(report_ptr,
+ NULL, i, false);
+
+ /* fprintf table title */
+ fprintf(out_fd, "\n\n%s\n", text_tmpl->som_table_title);
+ fprintf(out_fd, text_tmpl->som_fmt_basic_str,
+ report_ptr->files_count,
+ ls3_stats_get_count_skipped_obj(i),
+ srv_basic_str.srv_min,
+ srv_basic_str.srv_max,
+ srv_basic_str.srv_avg,
+ srv_basic_str.srv_total);
+ fprintf(out_fd, "\n%s\n", text_tmpl->som_table_description);
+ fprintf(out_fd, text_tmpl->som_table_header);
for (j = 0; j < report_ptr->count_ranges; j++) {
+ struct ls3_stats_range_val srv_str;
char range_t[30]; /* size in 30 byte enough */
range_ptr = report_ptr->fs_ranges[j];
/* Different type of "range" field */
ls3_stats_get_range_str(range_ptr, range_t,
- sizeof(range_t),
- j, i, value_ts);
-
- fprintf(out_fd, "[ %s] [ %11lu] [%6.2f%%]"
- " [%6.2f%% cumulative] [%11lu %7s] [%6.2f%%]"
- " [%6.2f%% cumulative] [%11.2f %7s] [%11.2f %7s]\n",
+ sizeof(range_t), i);
+ srv_str = ls3_stats_get_range_val_str(report_ptr,
+ range_ptr,
+ i, true);
+ fprintf(out_fd, text_tmpl->som_fmt_range_str,
range_t, range_ptr->count_in_range,
range_ptr->percentage,
range_ptr->cumulative_percentage,
- range_ptr->total_in_range,
- (second_value_ts[0] != '\0') ?
- second_value_ts : value_ts,
- range_ptr->percent_in_range,
+ srv_str.srv_total, range_ptr->percent_in_range,
range_ptr->percent_cumulative_in_range,
- range_ptr->rrt_min, value_ts,
- range_ptr->rrt_max, value_ts);
+ srv_str.srv_min, srv_str.srv_max);
}
- fprintf(out_fd, "[----------------------------] [------------]"
- " [-------] [------------------] [-------------------]"
- " [-------] [------------------] [-------------------]"
- " [-------------------]\n\n");
+ fprintf(out_fd, text_tmpl->som_table_header);
+ fprintf(out_fd, "\n\n");
}
if (!u_report_ptr)
continue;
- fprintf(out_fd, "\n\n[ user:%s uid:%lu ]\n",
+ fprintf(out_fd, "\n\n[ user:%s uid:%lu ]\n%s",
ls3_stats_get_username_from_uid(u_report_ptr->uid),
- u_report_ptr->uid);
+ u_report_ptr->uid,
+ "_____________________________________________"
+ "_______________________________________\n");
+
for (j = 0; j < LS3_STATS_USERS_REPORTS_COUNTER; j++) {
char *title = ls3_stats_get_title_for_user_report(j);
if (report_ptr == NULL)
LS3_FATAL("Unable to access the user report data: %d\n", j);
- value_ts =
- ls3_stats_get_str_value_type(report_ptr->value_type);
- second_value_ts =
- ls3_stats_get_str_value_type(report_ptr->second_value_type);
- fprintf(out_fd, "[ %-50s %79s ]\n", title, " " );
- fprintf(out_fd, "[-----------------------------"
- "--------------------------------------"
- "--------------------------------------"
- "----------------------------]\n");
- fprintf(out_fd, "[--------Range by day--------]"
- " [-Count files-] [------Min size-----]"
- " [------Max size-----] [----Total size-----]"
- " [--Last time access--]\n");
+ fprintf(out_fd, "\n%-50s:\n_range_by_days_ "
+ "_count_files_ _min_size_ _max_size_ "
+ "total_size __last_time_access__\n", title);
for (k = 0; k < report_ptr->count_ranges; k++) {
- char buffer[20];
+ char date_str[20];
+ char tmp_min[LS3_STATS_NUM_STR_MAX_WITH_NULL];
+ char tmp_max[LS3_STATS_NUM_STR_MAX_WITH_NULL];
+ char tmp_total[LS3_STATS_NUM_STR_MAX_WITH_NULL];
range_ptr = report_ptr->fs_ranges[k];
if (range_ptr == NULL)
continue;
- ls3_stats_get_time_str(buffer, sizeof(buffer),
+ snprintf(tmp_total, sizeof(tmp_total), "%s",
+ ls3_stats_fmt_size_units(1024 *
+ range_ptr->total_in_range));
+
+ snprintf(tmp_min, sizeof(tmp_min), "%s",
+ ls3_stats_fmt_size_units(1024 *
+ range_ptr->rrt_min));
+
+ snprintf(tmp_max, sizeof(tmp_max), "%s",
+ ls3_stats_fmt_size_units(1024 *
+ range_ptr->rrt_max));
+
+ ls3_stats_get_time_str(date_str,
+ sizeof(date_str),
range_ptr->last_time_access);
- fprintf(out_fd, "[ %8.0f - %8.0f %7s] [ %11lu ]"
- " [%11.0f %7s] [%11.0f %7s]"
- " [%11lu %7s] [%20s]\n",
+ fprintf(out_fd, "%6.0f - %6.0f %13lu %10s %10s"
+ "%10s %20s\n",
range_ptr->range_start,
- range_ptr->range_end, value_ts,
+ range_ptr->range_end,
range_ptr->count_in_range,
- range_ptr->rrt_min, second_value_ts,
- range_ptr->rrt_max, second_value_ts,
- range_ptr->total_in_range,
- second_value_ts, buffer);
+ tmp_min, tmp_max, tmp_total, date_str);
}
- fprintf(out_fd, "[----------------------------]"
- " [-------------] [-------------------]"
- " [-------------------] [-------------------]"
- " [--------------------]\n\n");
+ fprintf(out_fd, "_range_by_days_ _count_files_ "
+ "_min_size_ _max_size_ total_size "
+ "__last_time_access__\n");
}
}
fprintf(csv_fd, "\n");
for (i = 0; i < LS3_STATS_TYPE_TOTAL_COUNT_REPORT; i++) {
+ const ls3_stats_out_mapping *text_tmpl = &ls3_out_mappings[i];
char *value_ts;
- char *title_text;
char *second_value_ts;
report_ptr = reports_with_stats->reports[i];
value_ts = ls3_stats_get_str_value_type(report_ptr->value_type);
second_value_ts =
ls3_stats_get_str_value_type(report_ptr->second_value_type);
- title_text = ls3_stats_get_title_text(i);
- fprintf(csv_fd, "Histogram,%s\n", title_text);
+ fprintf(csv_fd, "Histogram,%s\n", text_tmpl->som_table_title);
fprintf(csv_fd, "General,\nCount,%lu\nMinValueInRanges,%.2f,%s\n"
"MaxValueInRanges,%.2f,%s\nAverageValueInRanges,%.2f,%s\n"
"TotalValue,%lu,%s\n\n",
/* Different type of "range" field */
ls3_stats_get_range_str(range_ptr, range_t,
- sizeof(range_t),
- j, i, value_ts);
+ sizeof(range_t), i);
fprintf(csv_fd, "%s,%lu,%.2f,%.2f,%lu %s,%.2f,%.2f,"
"%.2f %s,%.2f %s\n",
range_t, range_ptr->count_in_range,
struct range_report_template *range_ptr;
range_ptr = xcalloc(1, sizeof(struct range_report_template));
- range_ptr->rrt_min = UINT64_MAX;
+ range_ptr->rrt_min = DBL_MAX;
if (res >= 2) {
range_ptr->range_start = (int)pow(2, floor(log2(res)));
range_ptr->range_end = range_ptr->range_start * 2;
struct range_report_template *range_ptr;
range_ptr = xcalloc(1, sizeof(struct range_report_template));
- range_ptr->rrt_min = UINT64_MAX;
+ range_ptr->rrt_min = DBL_MAX;
/* 0.001 it's rounding for exception handling with integers */
range_ptr->range_start = floor((res + 0.001) / 0.2) * 0.2;
LS3_STATS_ERROR_EMPTY_SIZE);
}
- /* In most cases loa_all->loa_blocks is not available on MDT. */
- if (!reports_with_stats->device_is_mdt && allocate_file_size != 0) {
- /* Get equal overhead (Files whose size is equal
- * than capacity used. */
- if (allocate_file_size == loa_all->loa_size)
- ls3_stats_update_range(LS3_STATS_TYPE_EQUAL_OVERHEAD,
- loa_all->loa_size,
- LS3_STATS_EMPTY_VALUE);
- /* Get positive overhead (Files whose capacity used is
- * larger than to its size. */
- else if (allocate_file_size > loa_all->loa_size)
- ls3_stats_update_range(LS3_STATS_TYPE_POSITIVE_OVERHEAD,
- allocate_file_size -
- loa_all->loa_size,
- LS3_STATS_EMPTY_VALUE);
- /* Get negative overhead (Files whose size is larger than
- * capacity used. Includes directories, symlinks and
- * regular files). */
- else
- ls3_stats_update_range(LS3_STATS_TYPE_NEGATIVE_OVERHEAD,
- loa_all->loa_size -
- allocate_file_size,
- LS3_STATS_EMPTY_VALUE);
- }
+ /* Size statistics for directories */
+ ls3_stats_dir_distributor(loa_all);
+
+ /* Reports only for regular file's */
+ if (!(loa_all->loa_mode & S_IFREG))
+ return 0;
/* Get filename length (Includes regular files, dirs, symlinks
* and special files) */
LS3_STATS_EMPTY_VALUE);
}
- /* Size statistics for directories */
- ls3_stats_dir_distributor(loa_all);
+ ls3_stats_update_range(LS3_STATS_TYPE_FILES_SIZE, loa_all->loa_size,
+ LS3_STATS_EMPTY_VALUE);
- /* Reports only for regular file's */
- if (!(loa_all->loa_mode & S_IFREG))
+ if (allocate_file_size == 0)
return 0;
- if (allocate_file_size != 0) {
- ls3_stats_update_range(LS3_STATS_TYPE_CAPACITY_USED,
- allocate_file_size,
+ if (loa_all->loa_size != 0 && allocate_file_size == loa_all->loa_size)
+ ls3_stats_update_range(LS3_STATS_TYPE_EQUAL_OVERHEAD,
+ allocate_file_size, LS3_STATS_EMPTY_VALUE);
+
+ /* Get positive overhead (Files whose capacity used is
+ * larger than to its size. */
+ else if (loa_all->loa_size != 0 && allocate_file_size > loa_all->loa_size)
+ ls3_stats_update_range(LS3_STATS_TYPE_POSITIVE_OVERHEAD,
+ allocate_file_size - loa_all->loa_size,
+ LS3_STATS_EMPTY_VALUE);
+ /* Get negative overhead (Files whose size is larger than
+ * capacity used. Includes directories, symlinks and
+ * regular files). */
+ else if (loa_all->loa_size != 0)
+ ls3_stats_update_range(LS3_STATS_TYPE_NEGATIVE_OVERHEAD,
+ loa_all->loa_size - allocate_file_size,
LS3_STATS_EMPTY_VALUE);
- /* For compression statistics */
- cmps_ratio = (double)loa_all->loa_size /
- (double)allocate_file_size;
- cmps_fsize = loa_all->loa_size - allocate_file_size;
- }
- ls3_stats_update_range(LS3_STATS_TYPE_FILES_SIZE, loa_all->loa_size,
+ ls3_stats_update_range(LS3_STATS_TYPE_CAPACITY_USED, allocate_file_size,
LS3_STATS_EMPTY_VALUE);
ls3_stats_update_range(LS3_STATS_TYPE_TIME_SINCE_LAST_MOD_RF,
- loa_all->loa_mtime, loa_all->loa_size);
+ loa_all->loa_mtime, allocate_file_size);
ls3_stats_update_range(LS3_STATS_TYPE_TIME_SINCE_LAST_MD_MOD_RF,
- loa_all->loa_ctime, loa_all->loa_size);
+ loa_all->loa_ctime, allocate_file_size);
ls3_stats_update_range(LS3_STATS_TYPE_TIME_SINCE_LAST_CREATION_RF,
- loa_all->loa_crtime, loa_all->loa_size);
+ loa_all->loa_crtime, allocate_file_size);
ls3_stats_update_range(LS3_STATS_TYPE_TIME_SINCE_LAST_ACCESS_RF,
- loa_all->loa_atime, loa_all->loa_size);
+ loa_all->loa_atime, allocate_file_size);
ls3_stats_update_range_with_id(LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_USER,
loa_all->loa_uid,
- loa_all->loa_size);
+ allocate_file_size);
ls3_stats_update_range_with_id(LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_GROUP,
loa_all->loa_gid,
- loa_all->loa_size);
+ allocate_file_size);
ls3_stats_update_range_with_id(LS3_STATS_TYPE_STORAGE_SET_SIZE_BY_PROJID,
loa_all->loa_projid,
- loa_all->loa_size);
+ allocate_file_size);
ls3_stats_update_user_report_range(LS3_STATS_USERS_REPORTS_MOD_RF,
loa_all->loa_uid,
loa_all->loa_mtime,
- loa_all->loa_size);
+ allocate_file_size);
ls3_stats_update_user_report_range(LS3_STATS_USERS_REPORTS_MD_MOD_RF,
loa_all->loa_uid,
loa_all->loa_ctime,
- loa_all->loa_size);
+ allocate_file_size);
ls3_stats_update_user_report_range(LS3_STATS_USERS_REPORTS_CREATION_RF,
loa_all->loa_uid,
loa_all->loa_crtime,
- loa_all->loa_size);
+ allocate_file_size);
ls3_stats_update_user_report_range(LS3_STATS_USERS_REPORTS_ACCESS_RF,
loa_all->loa_uid,
loa_all->loa_atime,
- loa_all->loa_size);
+ allocate_file_size);
if (reports_with_stats->device_is_mdt) {
uint16_t mirror_count = 0;
} else {
ls3_stats_update_range_with_id(LS3_STATS_TYPE_MIRROR_COUNT,
mirror_count,
- loa_all->loa_size);
+ allocate_file_size);
}
rc = llapi_layout_stripe_count_get(loa_all->loa_layout,
ls3_stats_update_range_with_id(
LS3_STATS_TYPE_STRIPE_COUNT,
stripe_count,
- loa_all->loa_size);
+ allocate_file_size);
}
rc = llapi_layout_stripe_size_get(loa_all->loa_layout,
} else {
ls3_stats_update_range_with_id(LS3_STATS_TYPE_STRIPE_SIZE,
stripe_size,
- loa_all->loa_size);
+ allocate_file_size);
}
rc = llapi_layout_compress_get(loa_all->loa_layout,
ls3_stats_update_range_with_id(LS3_STATS_TYPE_STRIPE_SIZE,
ptr_ost_layout.ol_stripe_size,
- loa_all->loa_size);
+ allocate_file_size);
if (layout_compr.ol_compr_type == LL_COMPR_TYPE_NONE)
return 0; /* skip compression statistics */
* with using struct ost_layout_compr */
}
- if (allocate_file_size == 0 ||
- loa_all->loa_size == 0 || allocate_file_size > loa_all->loa_size)
+ if (loa_all->loa_size == 0 || allocate_file_size > loa_all->loa_size)
return 0; /* skip compression statistics */
+ cmps_ratio = (double)loa_all->loa_size /
+ (double)allocate_file_size;
+ cmps_fsize = loa_all->loa_size - allocate_file_size;
+
/* Сompression statistics by ratio MDT/OST */
ls3_stats_update_range_double(LS3_STATS_TYPE_COMPRESSION_RATIO,
cmps_ratio, cmps_fsize);
git://git.whamcloud.com / fs / lustre-release.git / commitdiff