Move awk(1)-dependent recipes to the bottom
This commit is contained in:
Devin Teske
parent
92db38426f
commit
0f9fec9d30
Notes:
svn2git
2020-12-20 02:59:44 +00:00
svn path=/head/; revision=295106
@ -229,120 +229,6 @@ f_vsnprintf()
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eval f_snprintf \"\$1\" \"\$2\" \"\$3\" $4
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}
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# f_longest_line_length
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#
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# Simple wrapper to an awk(1) script to print the length of the longest line of
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# input (read from stdin). Supports the newline escape-sequence `\n' for
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# splitting a single line into multiple lines.
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#
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f_longest_line_length_awk='
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BEGIN { longest = 0 }
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{
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if (split($0, lines, /\\n/) > 1)
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{
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for (n in lines)
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{
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len = length(lines[n])
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longest = ( len > longest ? len : longest )
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}
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}
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else
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{
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len = length($0)
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longest = ( len > longest ? len : longest )
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}
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}
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END { print longest }
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'
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f_longest_line_length()
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{
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awk "$f_longest_line_length_awk"
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}
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# f_number_of_lines
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#
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# Simple wrapper to an awk(1) script to print the number of lines read from
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# stdin. Supports newline escape-sequence `\n' for splitting a single line into
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# multiple lines.
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#
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f_number_of_lines_awk='
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BEGIN { num_lines = 0 }
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{
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num_lines += split(" "$0, unused, /\\n/)
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}
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END { print num_lines }
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'
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f_number_of_lines()
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{
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awk "$f_number_of_lines_awk"
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}
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# f_uriencode [$text]
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#
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# Encode $text for the purpose of embedding safely into a URL. Non-alphanumeric
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# characters are converted to `%XX' sequence where XX represents the hexa-
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# decimal ordinal of the non-alphanumeric character. If $text is missing, data
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# is instead read from standard input.
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#
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f_uriencode_awk='
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BEGIN {
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output = ""
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for (n = 0; n < 256; n++) pack[sprintf("%c", n)] = sprintf("%%%02x", n)
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}
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{
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sline = ""
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slen = length($0)
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for (n = 1; n <= slen; n++) {
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char = substr($0, n, 1)
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if ( char !~ /^[[:alnum:]_]$/ ) char = pack[char]
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sline = sline char
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}
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output = output ( output ? "%0a" : "" ) sline
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}
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END { print output }
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'
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f_uriencode()
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{
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if [ $# -gt 0 ]; then
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echo "$1" | awk "$f_uriencode_awk"
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else
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awk "$f_uriencode_awk"
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fi
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}
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# f_uridecode [$text]
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#
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# Decode $text from a URI. Encoded characters are converted from their `%XX'
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# sequence into original unencoded ASCII sequences. If $text is missing, data
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# is instead read from standard input.
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#
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f_uridecode_awk='
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BEGIN { for (n = 0; n < 256; n++) chr[n] = sprintf("%c", n) }
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{
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sline = ""
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slen = length($0)
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for (n = 1; n <= slen; n++)
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{
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seq = substr($0, n, 3)
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if ( seq ~ /^%[[:xdigit:]][[:xdigit:]]$/ ) {
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hex = substr(seq, 2, 2)
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sline = sline chr[sprintf("%u", "0x"hex)]
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n += 2
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} else
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sline = sline substr(seq, 1, 1)
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}
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print sline
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}
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'
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f_uridecode()
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{
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if [ $# -gt 0 ]; then
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echo "$1" | awk "$f_uridecode_awk"
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else
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awk "$f_uridecode_awk"
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fi
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}
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# f_replaceall $string $find $replace [$var_to_set]
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#
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# Replace all occurrences of $find in $string with $replace. If $var_to_set is
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@ -526,6 +412,120 @@ f_expand_number()
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fi
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}
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# f_longest_line_length
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#
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# Simple wrapper to an awk(1) script to print the length of the longest line of
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# input (read from stdin). Supports the newline escape-sequence `\n' for
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# splitting a single line into multiple lines.
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#
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f_longest_line_length_awk='
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BEGIN { longest = 0 }
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{
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if (split($0, lines, /\\n/) > 1)
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{
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for (n in lines)
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{
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len = length(lines[n])
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longest = ( len > longest ? len : longest )
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}
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}
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else
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{
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len = length($0)
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longest = ( len > longest ? len : longest )
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}
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}
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END { print longest }
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'
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f_longest_line_length()
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{
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awk "$f_longest_line_length_awk"
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}
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# f_number_of_lines
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#
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# Simple wrapper to an awk(1) script to print the number of lines read from
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# stdin. Supports newline escape-sequence `\n' for splitting a single line into
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# multiple lines.
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#
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f_number_of_lines_awk='
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BEGIN { num_lines = 0 }
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{
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num_lines += split(" "$0, unused, /\\n/)
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}
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END { print num_lines }
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'
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f_number_of_lines()
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{
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awk "$f_number_of_lines_awk"
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}
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# f_uriencode [$text]
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#
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# Encode $text for the purpose of embedding safely into a URL. Non-alphanumeric
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# characters are converted to `%XX' sequence where XX represents the hexa-
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# decimal ordinal of the non-alphanumeric character. If $text is missing, data
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# is instead read from standard input.
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#
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f_uriencode_awk='
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BEGIN {
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output = ""
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for (n = 0; n < 256; n++) pack[sprintf("%c", n)] = sprintf("%%%02x", n)
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}
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{
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sline = ""
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slen = length($0)
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for (n = 1; n <= slen; n++) {
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char = substr($0, n, 1)
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if ( char !~ /^[[:alnum:]_]$/ ) char = pack[char]
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sline = sline char
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}
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output = output ( output ? "%0a" : "" ) sline
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}
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END { print output }
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'
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f_uriencode()
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{
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if [ $# -gt 0 ]; then
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echo "$1" | awk "$f_uriencode_awk"
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else
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awk "$f_uriencode_awk"
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fi
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}
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# f_uridecode [$text]
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#
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# Decode $text from a URI. Encoded characters are converted from their `%XX'
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# sequence into original unencoded ASCII sequences. If $text is missing, data
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# is instead read from standard input.
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#
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f_uridecode_awk='
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BEGIN { for (n = 0; n < 256; n++) chr[n] = sprintf("%c", n) }
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{
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sline = ""
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slen = length($0)
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for (n = 1; n <= slen; n++)
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{
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seq = substr($0, n, 3)
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if ( seq ~ /^%[[:xdigit:]][[:xdigit:]]$/ ) {
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hex = substr(seq, 2, 2)
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sline = sline chr[sprintf("%u", "0x"hex)]
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n += 2
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} else
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sline = sline substr(seq, 1, 1)
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}
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print sline
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}
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'
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f_uridecode()
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{
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if [ $# -gt 0 ]; then
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echo "$1" | awk "$f_uridecode_awk"
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else
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awk "$f_uridecode_awk"
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fi
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}
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############################################################ MAIN
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f_dprintf "%s: Successfully loaded." strings.subr
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