hypersoft

package com.hypersoft.systems.usa.bleeding.edge;

import java.io.ByteArrayInputStream;
import java.io.ByteArrayOutputStream;
import java.io.IOException;
import java.io.ObjectInputStream;
import java.io.ObjectOutputStream;
import java.io.Serializable;
import java.util.Map;
import java.util.concurrent.ConcurrentHashMap;

hypersoft

#!/usr/bin/bash

function throttle.help() { cat<<EOF

throttle [OPTIONS] COMMAND

OPTIONS:

  -- Stop options processing and execute COMMAND using systemd-run.

hypersoft

#!/usr/bin/env bash

# This is a Git tool which zaps-auto-generated-binaries, which have not
# been modified from the previous version.

# This tool is designed to help keep commit history clean and concise.

GITROOT="`realpath $1`"; shift;

MD5FILES="$@";

hypersoft

#!/bin/sh

pipe=cat;

ifilter=./ifilter; [ -e "$ifilter" ] || ifilter=ifilter;

if [ "${1:0:1}" == '-' ]; then
	pipe="$ifilter $1";
	shift;
fi;

hypersoft

#!/bin/bash

declare -i MAJOR="0"
declare -i MINOR="0"
declare -i MINORMAX="99"
declare -i REVISION="0"
declare -i REVISIONMAX="9999"

buildnum () 
{ 

hypersoft

#!/bin/bash

hash sed fold || {
    printf "%s\n" "bin2inc: error: missing program dependencies";
    exit 1; # if you don't have sed or fold, get them.
} >&2;

[[ -n $2 ]] && {
	[[ -f "$2" && -r "$2" ]] || {
		printf "%s\n" "bin2inc: error: argument 2 is not a valid file: $2";

hypersoft

# file.cache.sh;

# selective broadcast
file.cache.stream() { # heading alias
	eval printf %s \"\${$2[@]:$1}\";
}

# selective width broadcast
file.cache.stream.block () { # heading distance alias
	eval printf %s \"\${$3[@]:$1:$2}\";

hypersoft

parse.nested.block() # char start, char end[, buffer]
{ declare \
_Usage="
USAGE: $FUNCNAME [-u|-h|--help|-c|--chained] START END [BUFFER]

" \
_Help="
 My name is \`$FUNCNAME' I was constructed by Triston J. Taylor (pc.wiz.tt)
 as a generic method to parse nested blocks at my standard input on the

hypersoft

lib.array.count ()
{

	eval echo \${#$1[@]};


}

lib.array.dump ()
{

hypersoft

lib.read.for ()
{

	# Usage: lib.read.for [line|char|record delimiter "char"] [do command] [in file ...]

	declare -A env[line]=0 env[delimited]=0 env[binary]=0;  declare -i EOF;
	if   [[ "$1" == char ]]; then env[binary]=1; shift;
	elif [[ "$1" == line ]]; then env[line]=1; shift;
	elif [[ "$1$2" == recorddelimiter ]]; then env[delimited]=1 env[delimiter]="$3";
	shift 2; shift; fi;