fix(user/bkdatev):Make compatible with Bash 3.2.57

[BK-2020-03.git] / user / bk-copy-rand-music

diff --git a/user/bk-copy-rand-music b/user/bk-copy-rand-music
index 18f95f367148459777a10013ba19795ef3d7eeda..b807286e8b75c30042e0283f59ed7eba51e324ba 100644 (file)
--- a/user/bk-copy-rand-music
+++ b/user/bk-copy-rand-music
@@ -1,7 +1,7 @@
 #!/usr/bin/env bash
 # Desc: Copies random audio files
 # Usage: bk-copy-rand-music [dir SOURCE] [dir DEST] [int DURATION] ([int BYTES])
 #!/usr/bin/env bash
 # Desc: Copies random audio files
 # Usage: bk-copy-rand-music [dir SOURCE] [dir DEST] [int DURATION] ([int BYTES])

-# Version: 0.1.0
+# Version: 0.2.0

 # Depends: BK-2020-03: bkshuf v0.1.0
 
 declare -Ag appRollCall # Associative array for storing app status
 # Depends: BK-2020-03: bkshuf v0.1.0
 
 declare -Ag appRollCall # Associative array for storing app status


@@ -19,6 +19,9 @@ max_file_size="100000000"; # maximum size per music file (bytes)
 siz_dest="600000000"; # default destination size limit: 600 MB
 max_find_depth="10"; # max find depth
 
 siz_dest="600000000"; # default destination size limit: 600 MB
 max_find_depth="10"; # max find depth
 

+# Load env vars (bkshuf defaults for typical music albums)
+if [[ ! -v BKSHUF_PARAM_LINEC ]]; then export BKSHUF_PARAM_LINEC=1000000; fi;
+if [[ ! -v BKSHUF_PARAM_GSIZE ]]; then export BKSHUF_PARAM_GSIZE=10; fi;

 
 yell() { echo "$0: $*" >&2; } # print script path and all args to stderr
 die() { yell "$*"; exit 111; } # same as yell() but non-zero exit status
 
 yell() { echo "$0: $*" >&2; } # print script path and all args to stderr
 die() { yell "$*"; exit 111; } # same as yell() but non-zero exit status


@@ -200,6 +203,10 @@ showUsage() {
     DEPENDENCIES:
       ffprobe
       GNU Coreutils 8.30
     DEPENDENCIES:
       ffprobe
       GNU Coreutils 8.30

+
+    ENVIRONMENT VARIABLES
+      BKSHUF_PARAM_LINEC (see `bkshuf` in BK-2020-03)
+      BKSHUF_PARAM_GSIZE (see `bkshuf` in BK-2020-03)

 EOF
 } # Display information on how to use this script.
 check_parsable_audio_ffprobe() {
 EOF
 } # Display information on how to use this script.
 check_parsable_audio_ffprobe() {


@@ -367,8 +374,8 @@ main() {
     #        arg3: cumulative duration (seconds) of audio files in destination tree
     #        arg4: cumulative size (bytes) of audio files in destination tree (optional)
     #        assoc arrays: appRollCall, fileRollCall, dirRollCall
     #        arg3: cumulative duration (seconds) of audio files in destination tree
     #        arg4: cumulative size (bytes) of audio files in destination tree (optional)
     #        assoc arrays: appRollCall, fileRollCall, dirRollCall

-    #        env.var: BKSHUF_PARAM_LINEC
-    #                 BKSHUF_PARAM_GSIZE
+    #        env.var: BKSHUF_PARAM_LINEC (bkshuf)
+    #                 BKSHUF_PARAM_GSIZE (bkshuf)

     #        arrays: music_codecs
     #        vars: max_filename_length, min_file_duration, max_file_duration,
     #                min_file_size, max_file_size, siz_dest, max_find_depth
     #        arrays: music_codecs
     #        vars: max_filename_length, min_file_duration, max_file_duration,
     #                min_file_size, max_file_size, siz_dest, max_find_depth


@@ -377,20 +384,28 @@ main() {
     #          BK-2020-03: bkshuf v0.1.0
     local arg1 arg2 arg3 dur_dest dir_source dir_dest
     declare -a list_files # array for files to be considered
     #          BK-2020-03: bkshuf v0.1.0
     local arg1 arg2 arg3 dur_dest dir_source dir_dest
     declare -a list_files # array for files to be considered

-    declare -a list_copy_sa # simple array for files to be copied (string: "$dur,$path")
+    declare -a list_copy # array for files to be copied (string: "$dur,$fsize,$path")

 
     # Parse args
     arg1="$1";
     arg2="$2";
     arg3="$3";
     arg4="$4";
 
     # Parse args
     arg1="$1";
     arg2="$2";
     arg3="$3";
     arg4="$4";

-    if ! ([[ $# -eq 3 ]] || [[ $# -eq 4 ]]); then showUsage; die "ERROR:Invalid number of args:$#"; fi;
-
+    if ! { [[ $# -eq 3 ]] || [[ $# -eq 4 ]]; }; then
+        showUsage;
+        die "ERROR:Invalid number of args:$#"; fi;
+
+    # Check env vars
+    if ! checkInt "$BKSHUF_PARAM_LINEC"; then
+        die "FATAL:Not an int:BKSHUF_PARAM_LINEC:$BKSHUF_PARAM_LINEC"; fi;
+    if ! checkInt "$BKSHUF_PARAM_GSIZE"; then
+        die "FATAL:Not an int:BKSHUF_PARAM_LINEC:$BKSHUF_PARAM_GSIZE"; fi;
+    

     ## Check duration
     if checkInt "$arg3"; then
        dur_dest="$arg3";
     else
     ## Check duration
     if checkInt "$arg3"; then
        dur_dest="$arg3";
     else

-       yell "ERROR:Duration (seconds) not an int:$arg3"
+       die "FATAL:Duration (seconds) not an int:$arg3"

     fi;
 
     ## Check size
     fi;
 
     ## Check size


@@ -398,7 +413,7 @@ main() {
         if checkInt "$arg4"; then
             siz_dest="$arg4";
         else
         if checkInt "$arg4"; then
             siz_dest="$arg4";
         else

-            yell "ERROR:Size (bytes) not an int:$arg4";
+            die "FATAL:Size (bytes) not an int:$arg4";

         fi;
     fi;
     
         fi;
     fi;
     


@@ -450,7 +465,7 @@ main() {
        ### Check and save duration
        dur_cand="$(get_media_length "$path_candfile")";
        dur_cand="${dur_cand%%.*}"; # convert float to int
        ### Check and save duration
        dur_cand="$(get_media_length "$path_candfile")";
        dur_cand="${dur_cand%%.*}"; # convert float to int

-        if [[ "$((dur + dur_cand))" -gt "$dur_dest" ]]; then continue; fi; # reject
+        if [[ "$((dur + dur_cand))" -gt "$dur_dest" ]]; then break; fi; # no more

         dur_cand_wnow="$(printf "%s" "$dur_cand" | wc -m)"; # duration width count
         if [[ $dur_cand_wnow -gt $dur_cand_w ]]; then
             dur_cand_w="$dur_cand_wnow"; fi;
         dur_cand_wnow="$(printf "%s" "$dur_cand" | wc -m)"; # duration width count
         if [[ $dur_cand_wnow -gt $dur_cand_w ]]; then
             dur_cand_w="$dur_cand_wnow"; fi;


@@ -460,6 +475,7 @@ main() {
 
         ### Check and save size
         siz_cand="$(du -b "$path_candfile" | awk '{ print $1 }')"; # size in bytes
 
         ### Check and save size
         siz_cand="$(du -b "$path_candfile" | awk '{ print $1 }')"; # size in bytes

+        if [[ "$((siz + siz_cand))" -gt "$siz_dest" ]]; then break; fi; # no more

         siz_cand_wnow="$(printf "%s" "$siz_cand" | wc -m)"; # size  width count
         if [[ $siz_cand_wnow -gt $siz_cand_w ]]; then
             siz_cand_w="$siz_cand_wnow"; fi;
         siz_cand_wnow="$(printf "%s" "$siz_cand" | wc -m)"; # size  width count
         if [[ $siz_cand_wnow -gt $siz_cand_w ]]; then
             siz_cand_w="$siz_cand_wnow"; fi;


@@ -468,9 +484,12 @@ main() {
         if [[ "$siz_cand" -gt "$max_file_size" ]]; then continue; fi; # reject
 
        ### Add/update candfile to array:
         if [[ "$siz_cand" -gt "$max_file_size" ]]; then continue; fi; # reject
 
        ### Add/update candfile to array:

-        ###   list_copy_sa (simple array with only paths)
+        ###   list_copy (array with "duration, size, path")

        #yell "DEBUG:Adding $path_candfile";
        #yell "DEBUG:Adding $path_candfile";

-        list_copy_sa+=("$dur_cand,$siz_cand,$path_candfile"); # for copying with order
+        #printf "DEBUG:%8d,%8d,%s\n" "$dur_cand" "$siz_cand" "$path_candfile" 1>&2;
+        #printf "DEBUG:dur:%s\n" "$dur" 1>&2;
+        #printf "DEBUG:siz:%s\n" "$siz" 1>&2;
+        list_copy+=("$dur_cand,$siz_cand,$path_candfile"); # for copying with order

 
        ### Update total duration $dur and total size $siz
         dur="$((dur + dur_cand))";
 
        ### Update total duration $dur and total size $siz
         dur="$((dur + dur_cand))";


@@ -481,26 +500,31 @@ main() {
        ((n++));
     done < <(printf "%s\n" "${list_files[@]}" | bkshuf);
 
        ((n++));
     done < <(printf "%s\n" "${list_files[@]}" | bkshuf);
 

+    #yell "DEBUG:BKSHUF_PARAM_LINEC:$BKSHUF_PARAM_LINEC";
+    #yell "DEBUG:BKSHUF_PARAM_GSIZE:$BKSHUF_PARAM_GSIZE";
+

     n=0; # Initialize loop counter
     n=0; # Initialize loop counter

-    num_w="$(printf "%s" "${#list_copy_sa[@]}" | wc -m)"; # init file number format
+    num_w="$(printf "%s" "${#list_copy[@]}" | wc -m)"; # init file number format

     num_fmt="%0""$num_w""d";
     path_log_output="$dir_dest"/COPY.log;
     printf "num,fingerprint,duration,size,original_path\n" >> "$path_log_output";
     # Copy files in list_copy to dir_dest;
     while read -r line; do
     num_fmt="%0""$num_w""d";
     path_log_output="$dir_dest"/COPY.log;
     printf "num,fingerprint,duration,size,original_path\n" >> "$path_log_output";
     # Copy files in list_copy to dir_dest;
     while read -r line; do

-        yell "DEBUG:line:$line"; # debug
+        #yell "DEBUG:line:$line"; # debug

         fdur="$(printf "%s" "$line" | cut -d',' -f1)";
         fsize="$(printf "%s" "$line" | cut -d',' -f2)";
         fpath="$(printf "%s" "$line" | cut -d',' -f3-)";
         ## Get basename of path
         file_basename="$(basename "$fpath")";
         fdur="$(printf "%s" "$line" | cut -d',' -f1)";
         fsize="$(printf "%s" "$line" | cut -d',' -f2)";
         fpath="$(printf "%s" "$line" | cut -d',' -f3-)";
         ## Get basename of path
         file_basename="$(basename "$fpath")";

+        ### Get basename without unprintable non-ASCII characters
+        file_basename_compat="$(printf "%s" "$file_basename" | tr -dc '[:graph:][:space:]' )";

 
         ## Get 16-character b2sum fingerprint (for different files that share basename)
        fingerprint="$(b2sum -l32 "$fpath" | awk '{print $1}' )";
 
         ## Form output filename
         num="$(printf "$num_fmt" "$n")";
 
         ## Get 16-character b2sum fingerprint (for different files that share basename)
        fingerprint="$(b2sum -l32 "$fpath" | awk '{print $1}' )";
 
         ## Form output filename
         num="$(printf "$num_fmt" "$n")";

-       file_name="$num"_"$fingerprint".."$file_basename";
+       file_name="$num"_"$fingerprint".."$file_basename_compat";

        file_name="${file_name:0:$max_filename_length}"; # Limit filename length (e.g. Windows has max of 255 characters)
 
        ## Form output path
        file_name="${file_name:0:$max_filename_length}"; # Limit filename length (e.g. Windows has max of 255 characters)
 
        ## Form output path


@@ -513,12 +537,11 @@ main() {
        ## Append log
         fpath_can="$(readlink -f "$fpath")"; # resolve symlinks to canonical path
         log_fmt="%s,%s,%""$dur_cand_w""d,%""$siz_cand_w""d,%s\n"; # e.g. "%s,%3d,%5d,%s" if dur_cand_w=3 and siz_cand_w=5
        ## Append log
         fpath_can="$(readlink -f "$fpath")"; # resolve symlinks to canonical path
         log_fmt="%s,%s,%""$dur_cand_w""d,%""$siz_cand_w""d,%s\n"; # e.g. "%s,%3d,%5d,%s" if dur_cand_w=3 and siz_cand_w=5

-        #yell "DEBUG:log_fmt:$log_fmt"; sleep 10; # debug

         printf "$log_fmt" "$num" "$fingerprint" "$fdur" "$fsize" "$fpath_can" >> "$path_log_output";
 
        ((n++));
         printf "$log_fmt" "$num" "$fingerprint" "$fdur" "$fsize" "$fpath_can" >> "$path_log_output";
 
        ((n++));

-       unset file_basename path_output
-    done < <(printf "%s\n" "${list_copy_sa[@]}");
+       unset file_basename file_basename_compat path_output;
+    done < <(printf "%s\n" "${list_copy[@]}");

 
     # Report total duration and size
     yell "NOTICE:Total duration (seconds):$dur";
 
     # Report total duration and size
     yell "NOTICE:Total duration (seconds):$dur";


@@ -530,3 +553,8 @@ main "$@";
 
 # Author: Steven Baltakatei Sandoval
 # License: GPLv3+
 
 # Author: Steven Baltakatei Sandoval
 # License: GPLv3+

+
+# bkshuf v0.1.0
+#   Author: Steven Baltakatei Sandoval
+#   License: GPLv3+
+#   URL: https://gitlab.com/baltakatei/baltakatei-exdev/-/blob/b9e8b771e985fcdf26ba8b9ccb8e31b62da757d3/unitproc/bkshuf