Crazy Software Engineers

Content "OLD (ODES" When it comes to maintaining old codes . . . 's like exploring the depths of an old tomb coo The hell is this archaic bullshit?? Ah... the rich history The marvels achieved by those who came before us HTTPS:TAPAS.I0SERIESGRUMPY-CODES CARDBOARDUOICE

Content PYTHON LISTS E E Lets go In and out, 20 minute adventure. THE NEXT DAY:

Content 9 Google Chrome E The GNU MPFR Li XL MPFR - Using th x cMP The GNU MP Big X GMP GMP developers Ga secu Tue Jul 25, 12:46:200 18.2 C GMP Arithmetic without limitations The GNU Multiple Precision Arithmetic Library Documentation: Devanloode Development: GMPbench: Fun: Securitv: 6.1.2 HTML 6.1.2 PDE gmp-6.1.2.tar.lz Release notes NEW 2016-12-16 Developers' corner Results Download benchmark sources Compute billions of digits of it using GMP! GMP server security policy Page contents: What is GMP? Function categories Download Reporting bugs Mailing lists Current release status Future release This site does not use cookies I agree! What is GMP? GMP is a free library for arbitrary precision arithmetic, operating on signed integers, rational numbers, and floating-point numbers. There is no practical limit to the precision except the ones implied by the available memory in the machine GMP runs on. GMP has a rich set of functions, and the functions have a regular interface. The main target applications for GMP are crotography applications and research. Internet securitv applications. algebra svstems. computational

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Content Me on my way making a pull request on GitHub on a project that is abandoned for 6 years now and still has another 30 open pull requests

Content 5 Live layers. we livuel includes o layers that matter so that we only need to PDNTSPA The application layer is responsible for handling the application data that is sent FTP, and Gnutella. from host to host. Examples of application layer protocols include HTTP, SMTP, The transport layer deals with logical end-to-end transport of the data. The transport layer protocols of interest are TCP and UDP. . The network laver routes the data through the network. IP is the network layer protocol that matters to us. The link layer handles the transferring of data over each individual link of the network. There are many link layer protocols hut turn ether- nat ond ADD The physical layer sends the bits over the physical media. If you want to kn about the physical layer, study electrical engineering. data nasses down the protocol stack e and then Conceptually, a par back up the protocol stack at the destination. Routers in the core of the network must process data up to the network layer in order to know where to route a packet. This is illustrated in Figure 14.2. Suppose that X is a packet of application data at the source. As X goes down protocol each protocol adds a header, which includes the information required by that particu- atian lover Then the anolication layer