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Donald E. Knuth。高爷爷其实用不着偶多说。学编程的不知道他就好像学物理的不知道牛顿,学数学的不知道欧拉,学音乐的不知道莫扎特,学Delphi的不知到Anders Hejlsberg,或者学Linux不知道Linus Torvalds一样,不可原谅啊。:-) 为了让文章完整,就再罗唆几句吧。高爷爷本科时就开始给行行色色的公司写各种稀奇古怪的编译器挣外快了。他卖给别人时收一两千美元,那些公司拿了 code,加工一下卖出去就是上万上十万。不过也没见高爷爷不爽过,学者本色的说。想想那可是60年代初啊,高爷爷写编译器写多了,顺带就搞出了个 Attribute Grammar和LR(k),大大地造福后人啊。至于高爷爷在CalTech的编程比赛(有Alan Kay得众多高高手参加)总是第一,写的Tex到86年就code freeze,还附带2^n美分奖励等等都是耳熟能详,偶就不饶舌乐。顺便说一下,高老大爷是无可争议的写作高手。他给Concrete Mathematics写的前言可谓字字铿锵,堪为前言的典范。他的技术文章也是一绝,文风细致,解释精当,而且没有学究气,不失轻快跳脱。记得几年前读 Concrete Mathematics,时不时开怀大笑,让老妈极其郁闷,觉得我nerdy到家,不可救药。其实呢,子非鱼,安知鱼之乐,更不知那完全是高爷爷的功劳。说到写作高手,不能不提Stephen A. Cook。他的文章当年就被我们的写作老师极力推荐,号称典雅文风的样本。库爷爷一头银发,身材颀长,总是面带谦和的微笑,颇有仙风道骨,正好和他的仙文相配的说。高爷爷其实还是开源运动的先驱。虽然他没有象Richard Stallman那样八方奔走,但他捐献了好多作品,都可以在网上看到,比如著名的Mathematical Writing,MMIXWare,The Tex Book等,更不用说足以让他流芳百世的Tex乐。

If code had a tangible form, it would probably look very much like this. No wonder we were so fascinated by it!

Choncholbd, Noor, Alam, Sarkar, Dhaka, Bangladesh, Noor-e-alam sarkar, Sohag, Shohag, Sohag, Chonchol, Webmaster, Graphics design, Designer, Programmer, Flash Programmer, Dhaka, Bangladesh, Best Developer, GFX Developer, dev, Chanchal, Choncholbd, Flash Designer, Graphics Designer Dhaka Bangladesh, Flash Designer Dhaka Bangladesh, Photoshop Designer Dhaka Bangladesh, Effort able Graphics Designer Dhaka Bangladesh,

من صنعة الأكواد ..

أطياف

With this I can reprogram my vehicles computer to compensate for different tire sizes, increase my timing and optimize my air/fuel ratio for better performance as well as change my shift points, top rpm limiter and top speed limiter. Stock top speed limiter is set at 97 from the factory. Mine is set at 128 mph. I haven't Had enough traffic free room to get that fast with it yet though.... :)

A top-down view of an Innsbruck box with the first level mounted. The faceplate is on the right, the power board is on the upper left. The DDS tower is at the top center with its chain boards below it. The DAC tower is in the middle right with its chain boards below it. The VGA tower is in the top right, between the DDS and DAC towers. The pulse sequencer and its breakout board are in the lower left.

 

Note that Innsbruck boxes are designed to have the chain boards mounted in a separate tower. This is more physically robust than the MPQ setup.

BizGenie.net Logo Designed by Steve Brown CEO BizGenie

CityCampHNL Hackathon was held on Jan 20, 21, 2012 at the McCoy Pavilion at Ala Moana Beach Park. Six teams did a great job developing apps based on City data.

Programmers: Nature's way of converting caffeine into algorithms.

 

Only got one shot in for the first week of May's photo challenge on the topic of beverages. I'm going to really try to get my average up the rest of the month.

 

I'm also a bit behind for the 52 group, so this shot will do double duty.

Caffeine fuels programmers...

Hrers my Pic Programming tools... Ive had the PIckit 2 about 6 months now and its really excellent, so i decided to buy the PICkit3 because im going to be using more advanced devices in the future. PICkit 3 is not quite as good as PICkit 2 to be honest. Its supposed to be more powerfull but its slower and you have to change the PICkit 3 firmware when you want to use a different PIC device. The PC software user interface is laggy and lacks the logic analyzer tool and terminal functions that come with PICkit 2. Lets hope Microchip improve picKit 3 in later software updates .

AKA "Dean"

 

Sony NEX-C3, Mitakon Wide MC 2.8/28

 

CityCampHNL Hackathon was held on Jan 20, 21, 2012 at the McCoy Pavilion at Ala Moana Beach Park. Six teams did a great job developing apps based on City data.

CityCampHNL Hackathon was held on Jan 20, 21, 2012 at the McCoy Pavilion at Ala Moana Beach Park. Six teams did a great job developing apps based on City data.

Apparently this is what computer programmers do at lunchtime

Burning a bootloader to an ATmega328p using SparkFun's Tiny AVR Programmer[1][2]. These steps are all documented elsewhere, but not together in one place.

 

Preparing to burn the bootloader:

- Connect as in the photo[3][4]. A bare ATmega328 is likely to be shipped requiring an external 16MHz crystal. A pullup on the reset pin is required. An LED on pin 13 (which is also SCK) is optional.

- Install the Breadboard Arduino board config[5].

- Board > ATmega328 on Breadboard

- Programmer > USBTinyISP

After burning the bootloader with the 8MHz internal clock, the external crystal may be removed.

 

Uploading a sketch:

- Sketch > Upload using Programmer

The normal sketch upload button does not work (errors like "avrdude: ser_open(): can't open device").

 

[1] product www.sparkfun.com/products/11801

[2] instructions/pinout learn.sparkfun.com/tutorials/tiny-avr-programmer-hookup-g...

[3] ATmega328 (and 168) pinout www.arduino.cc/en/Hacking/PinMapping168

[4] connection guide learn.sparkfun.com/tutorials/installing-an-arduino-bootlo...

[5] under "Minimal Circuit" www.arduino.cc/en/Tutorial/ArduinoToBreadboard

 

Ismael is a veteran Spanish programmer who participated in some of the most important national projects, also with international reach (Commandos Saga, Planet 51: The Game...). Along with Javier Arévalo, he is one of the pillars at Pyro Studios, and an example for new generations of game developers.

 

LinkedIn: es.linkedin.com/in/phornee

 

Ismael Raya Roa (Phornee). Programador jefe en Pyro Studios / Zed

 

Ismael es un programador veterano del panorama español, ha estado en algunos de los proyectos (Saga Commandos, Planet 51, etc) más importantes de nuestra industria a nivel internacional. Junto con Javier Arévalo, es uno de los estandartes de Pyro Studios y un modelo a seguir para las nuevas generaciones de desarrolladores.

 

LinkedIn: es.linkedin.com/in/phornee

The IBM System 7 Computer installed in Fairymead Mill for Factory Process Control. Alan Mooney, Bundaberg Sugar Programmer for the System 7.

CityCampHNL Hackathon was held on Jan 20, 21, 2012 at the McCoy Pavilion at Ala Moana Beach Park. Six teams did a great job developing apps based on City data.

Recomendo ler os termos da licença de uso deste arquivo:

creativecommons.org/licenses/by-sa/2.0/

after-work hangout, bangalore

CityCampHNL Hackathon was held on Jan 20, 21, 2012 at the McCoy Pavilion at Ala Moana Beach Park. Six teams did a great job developing apps based on City data.

A 32pin DIP 128KB/256KB Flash ROM programmer made out of an old SMC PCI network card. Software used: ctflasher for Linux.

© Photo — zap.

 

In the beginning — warm-up

a portret of a programmer who worked for me, some years ago. Who decided to crack and hack data on my servers, and made live extremely difficult for me and my clients. On top of that he's pubilishing a cv on his site, in which he claims sites, he programmed: I mean, for sure there was someone else working for me, programming these sites. What I really don't understand is, that this creature, 36, is still trying to give me a hard time: it tells me a lot about his sneaky caracter.

chipKIT PGM Programmer/Debugger for use with Digilent chipKIT Platforms

 

The chipKIT PGM is designed to work with the MPLAB® and MPLAB X development environments available from Microchip. This allows the chipKIT boards, for example, to be used as a more traditional microcontroller development platform using the professional tools available from Microchip. While the PICkit™3 programmer can generate programming voltages needed to program all Microchip PIC devices, the chipKIT PGM can only program devices that are programmable with 3.3V programming voltage. Further, the PICkit3 can source a small amount of current to provide power to some boards being programmed. The chipKIT PGM does not provide power to the board being programmed.

 

store.digilentinc.com/chipkit-pgm-programmer-debugger-for...

 

PICkit 3 In-circuit Debugger

 

The MPLAB PICkit 3 allows debugging and programming of PIC and dsPIC Flash microcontrollers at a most affordable price point using the powerful graphical user interface of the MPLAB Integrated Development Environment (IDE). The MPLAB PICkit 3 is connected to the design engineer's PC using a full speed USB interface and can be connected to the target via an Microchip debug (RJ-11) connector (compatible with MPLAB ICD 2, MPLAB ICD 3 and MPLAB REAL ICE). The connector uses two device I/O pins and the reset line to implement in-circuit debugging and In-Circuit Serial Programming.

 

store.digilentinc.com/pickit-3-in-circuit-debugger/

 

This is my 4x20 LCD Display at work, together with a Freeduino BBB, and a BUB Programmer, purchased at "The Shoppe", by mail.

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