Sovereign states used to control technology. Thus they used to determine discrimination among peoples of different countries. That is how the education of upheaval and economy of displacement that began with industrial revolution had enhanced immigration up to extreme ultimately resulting in concurrent trends like Trumpism but free software movement made a new beginning long back by unleashing technology forever in public domain, followed by the invention of world-wide-web inspired by GPL at CERN that is now changing the world forever.
That free software effect is consistently growing into a whole new world order. Sangkrit as collaborative collective upon world-wide-web, would ultimately be consisting of only personal outlets independently functioning via personal apps. Most of them are run by free software programmers selling online support in addition. What they do makes humankind progress very rapidly so free software programmers must not get taxed if they independently practice professionally.
Consolidating a public opinion across all countries alike acknowledging this can compel many governments comply with this insistence of Sangkrit. Automated transportation, robotic labors, artificial intelligence and augmented reality almost every sphere of human progress would get enhanced by coding under GPL. Coding under GPL is like licensing humanity so taxing free software programmers would only be unwise.
Sangkrit insists that professional programmers distributing their code under GPL must not get taxed because their business upgrades civilization in a fast forward way.
Software engineers, following the ‘four freedoms’ as taught by Richard Stallman, are free software programmers. Free software programmers, who earn livelihood as taught by Sangkrit, by serving their code to domain registrants under GPL upon getting paid in hourly per terminal basis, are professional programmers. Such source code is eternally left open for further evolution.
Sangkrit insists that professional programmers, distributing their code under GPL, must not get taxed because their business upgrades civilization in a fast forward way. Like Linux kernel under GPL, has built the modern framework of internet age by running most successful operating systems such as GNU and android.
Smart governments should be inventing smarter incentives for freeing the software within their countries since this can improve public life standards without any government investments.
No how less than Linus Benedict Torvalds was influenced at beginning, founder of World-Wide-Web Tim Berners-Lee was also inspired by Richard Matthew Stallman. Very much like the Linux kernel, World-Wide-Web was about to get released under GPL. He made a request to CERN for doing so. Although before CERN made its mind, he himself switched his request on the basis of an afterthought that big corporations such as IBM would become averse to the process due to licensing issues and finally brought it free in public domain like it has been.
It was the free software effect of free software movement that has actually ascertained the freedom of world-wide-web. Indeed RMS left the greatest impact upon digital era, a lot-lot more than most widely used GPL.
Story: The average computer user is unaware there is a war for freedom going on that will determine the path of modern society. Software Wars is a movie about the battle for our right to share technology and ideas.
EtherApe is a graphical utility that allows you to see in real-time where connections are being made on your network, or between your network or computer and the Internet. If you are experiencing unexpected network activity on your computer or LAN and wish to see where the activity is occurring. Both “local” user and “root user” installations are created; in general you must use the root user installation to see all your network traffic.
sudo apt-get install etherape
Network traffic is displayed graphically. The more “talkative” a node is, the bigger its representation.
Node and link color shows the most used protocol.
User may select what level of the protocol stack to concentrate on.
You may either look at traffic within your network, end to end IP, or even port to port TCP.
Data can be captured “off the wire” from a live network connection, or read from a tcpdump capture file.
Live data can be read from ethernet, FDDI, PPP, SLIP and WLAN interfaces, plus several other incapsulated formats (e.g. Linux cooked, PPI).
The following frame and packet types are currently supported: ETH_II, 802.2, 803.3, IP, IPv6, ARP, X25L3, REVARP, ATALK, AARP, IPX, VINES, TRAIN, LOOP, VLAN, ICMP, IGMP, GGP, IPIP, TCP, EGP, PUP, UDP, IDP, TP, ROUTING, RSVP, GRE, ESP, AH, EON, VINES, EIGRP, OSPF, ENCAP, PIM, IPCOMP, VRRP; and most TCP and UDP services, like TELNET, FTP, HTTP, POP3, NNTP, NETBIOS, IRC, DOMAIN, SNMP, etc.
Data display can be refined using a network filter using pcap syntax.
Display averaging and node persistence times are fully configurable.
Name resolution is done using standard libc functions, thus supporting DNS, hosts file, etc.
Clicking on a node/link opens a detail dialog showing protocol breakdown and other traffic statistics.
Protocol summary dialog shows global traffic statistics by protocol.
Node summary dialog shows traffic statistics by node.
Node statistics export to XML file.
Scrollkeeper/rarian-compatible manual integrated with yelp.