Hackers & Designers - User contributions [en]

Hackers & Designers Coop

2018-02-10T18:42:50Z

JBG:

== The Hackers & Designers Coop is a proposed model of collaborative organization based on fiscal democracy. ==

# Funds will be divided equally between all members of the cooperative.
# Projects will be proposed to the cooperative by one or more members of the cooperative. Projects broadly consist of a description, budget, and participants, but can include any relevant information to funding cooperative members.
# Project can contain participants outside of the cooperative, but participants outside the cooperative can not participate in cooperative funding.
# Funding members, cooperative members outside a project's participant list, consider the project proposal, and then return a promise to fund the project (a promise), a rejection to fund (a rejection), or suggestions as to how the project could be modified to be evaluated for funding again (a modification).
# Projects can not be funded by it's participating members, except for the case where all members of the cooperative are participating in a single project.
# Projects that receive enough promises, even in the case it may also receive modifications, can be executed without fulfilling modification requests.
# If a project does not receive enough promises, and does fulfil modification requests, it must be re-evaluated by the whole non-participating collective for funding again.
# Everything the cooperative does should be included in or described as a project including administration and organization activities including: book keeping, communication, external funding applications, etc..
# It is possible to participate in the cooperative and never propose or participate in a project. Such members, however, will not receive funds.
# It is possible to continue with a self-initiated project which was rejected by all cooperative funding, and use the "Hackers & Designers" non-financial assets (name, communication, web, wiki, whatever). Such assets are perks of being part of the cooperative. Self-initiated projects can also happen completely outside of the Hackers & Designers umbrella. It is completely up to the project executor.
# Projects which receive required promises and are executed must include Hackers & Designers in project communications, etc..
# Individual project management need not concern the cooperative once funded and began. Any external funding received by an individual project is to be handled at the project level. The project can decided to contribute such funding wholly or partially back to the cooperative, but it is not mandatory. Any funding contributed back to the cooperative is again split evenly to cooperative members.

== Practicals ==

Practically, the budget proposed to Stimuleringsfonds for 2018, predated this coop proposal, and therefore will need to be evaluated and rolled-up in to project definitions. The
definition of a project is loose by design, but should not be too large or too small, for instance HDSA2018 likely should be divided into smaller projects.

Project management platforms should be evaluated.

== Technical ==

The rules should be codified into a smart contract and deployed on to a private Ethereum blockchain.

== Cost ==

Technical platform construction: 1920 (12 half days for 1 month x 40 EUR per hour)

Maintenance: Will be wrapped in the an activity for overall H&D technical infrastructure.

Hackers & Designers Coop

2018-02-10T18:41:37Z

JBG:

== The Hackers & Designers Coop is a proposed model of collaborative organization based on fiscal democracy. ==

# Funds will be divided equally between all members of the cooperative.
# Projects will be proposed to the cooperative by one or more members of the cooperative. Projects broadly consist of a description, budget, and participants, but can include any relevant information to funding cooperative members.
# Project can contain participants outside of the cooperative, but participants outside the cooperative can not participate in cooperative funding.
# Funding members, cooperative members outside a project's participant list, consider the project proposal, and then return a promise to fund the project (a promise), a rejection to fund (a rejection), or suggestions as to how the project could be modified to be evaluated for funding again (a modification).
# Projects can not be funded by it's participating members, except for the case where all members of the cooperative are participating in a single project.
# Projects that receive enough promises, even in the case it may also receive modifications, can be executed without fulfilling modification requests.
# If a project does not receive enough promises, and does fulfil modification requests, it must be re-evaluated by the whole non-participating collective for funding again.
# Everything the cooperative does should be included in or described as a project including administration and organization activities including: book keeping, communication, external funding applications, etc..
# It is possible to participate in the cooperative and never propose or participate in a project. Such members, however, will not receive funds.
# It is possible to continue with a self-initiated project which was rejected by all cooperative funding, and use the "Hackers & Designers" non-financial assets (name, communication, web, wiki, whatever). Such assets are perks of being part of the cooperative. Self-initiated projects can also happen completely outside of the Hackers & Designers umbrella. It is completely up to the project executor.
# Projects which receive required promises and are executed must include Hackers & Designers in project communications, etc..
# Individual project management need not concern the cooperative once funded and began. Any external funding received by an individual project is to be handled at the project level. The project can decided to contribute such funding wholly or partially back to the cooperative, but it is not mandatory. Any funding contributed back to the cooperative is again split evenly to cooperative members.

== Practicals ==

Practically, the budget proposed to Stimuleringsfonds for 2018, predated this coop proposal, and therefore will need to be evaluated and rolled-up in to project definitions. The
definition of a project is loose by design, but should not be too large or too small, for instance HDSA2018 likely should be divided into smaller projects.

Project management platforms should be evaluated.

== Technical ==

The rules should be codified into a smart contract and deployed on to a private Ethereum blockchain.

== Cost ==

Technical platform construction: 2160 (12 half days for 1 month x 40 EUR per hour)

Maintenance: Will be wrapped in the an activity for overall H&D technical infrastructure.

Hackers & Designers Coop

2018-02-10T16:15:40Z

JBG:

== The Hackers & Designers Coop is a proposed model of collaborative organization based on fiscal democracy. ==

# Funds will be divided equally between all members of the cooperative.
# Projects will be proposed to the cooperative by one or more members of the cooperative. Projects broadly consist of a description, budget, and participants, but can include any relevant information to funding cooperative members.
# Project can contain participants outside of the cooperative, but participants outside the cooperative can not participate in cooperative funding.
# Funding members, cooperative members outside a project's participant list, consider the project proposal, and then return a promise to fund the project (a promise), a rejection to fund (a rejection), or suggestions as to how the project could be modified to be evaluated for funding again (a modification).
# Projects can not be funded by it's participating members, except for the case where all members of the cooperative are participating in a single project.
# Projects that receive enough promises, even in the case it may also receive modifications, can be executed without fulfilling modification requests.
# If a project does not receive enough promises, and does fulfil modification requests, it must be re-evaluated by the whole non-participating collective for funding again.
# Everything the cooperative does should be included in or described as a project including administration and organization activities including: book keeping, communication, external funding applications, etc..
# It is possible to participate in the cooperative and never propose or participate in a project. Such members, however, will not receive funds.
# It is possible to continue with a self-initiated project which was rejected by all cooperative funding, and use the "Hackers & Designers" non-financial assets (name, communication, web, wiki, whatever). Such assets are perks of being part of the cooperative. Self-initiated projects can also happen completely outside of the Hackers & Designers umbrella. It is completely up to the project executor.
# Projects which receive required promises and are executed must include Hackers & Designers in project communications, etc..
# Individual project management need not concern the cooperative once funded and began. Any external funding received by an individual project is to be handled at the project level. The project can decided to contribute such funding wholly or partially back to the cooperative, but it is not mandatory. Any funding contributed back to the cooperative is again split evenly to cooperative members.

== Practicals ==

Practically, the budget proposed to Stimuleringsfonds for 2018, predated this coop proposal, and therefore will need to be evaluated and rolled-up in to project definitions. The
definition of a project is loose by design, but should not be too large or too small, for instance HDSA2018 likely should be divided into smaller projects.

Project management platforms should be evaluated.

== Technical ==

The rules should be codified into a smart contract and deployed on to a private Ethereum blockchain.

== Cost ==

Technical platform construction: 2160 (12 half days for 1 month x 45 EUR per hour)

Maintenance: Will be wrapped in the an activity for overall H&D technical infrastructure.

CV - James Bryan Graves

2018-02-10T08:15:33Z

JBG:

James Bryan Graves is een freelance software ontwikkelaar, computer scientist, leraar en communicty organisator. James werkt veel voor Lava Lab als software ontwikkelaar, onder andere aan het project #goudenEeuw en Flinck.  James is vanuit de Verenigde Staten naar Nederland verhuisd in 2009. Hij is de oprichter van Hackers & Founders Amsterdam in 2011, dit is een community van entrepreneurs en programmeurs met meer dan 2000 leden. James heeft met Hackers & Founders in 2014 een eigen co-working space bestaande uit een non-pro t community geopend aan de Herengracht in Amsterdam. Deze co-working space huist meer dan 85 leden. James werkt ook aan het web literacy programma Curious Monkeys voor kinderen van 9-12 jaar. James heeft 2 jaar gelden samen met Anja Groten en Selby een nieuwe community opgericht: Hackers & Designers.

|2009 |2010 |2011 |2012 |2013 |2014 |2015 |2016 |2017 |
Whatser | xxxxxxxxxx
Hackers & Founders | #####################################
HIP*T | ##################################
Ideedock | xxxxxxxxxxx
HearUsHere | ##############################
H&F Building | ########################
Hackers & Designers | ######################
DuoDisco | ############
Verifeye | #######
Curious Monkeys | xxxxxxxxxxx
BLACK | xxxxxx

== Experience ==
Freelance Software Engineer, Amsterdam, NL
 
August 2011 – Present 
 
 
Hackers & Founders Amsterdam, Amsterdam, NL
 
Founder
 
February 2011 – Present
 
 
Hackers & Designers Amsterdam, Amsterdam, NL
 
Co-Founder
 
 July 2013 – Present
 
 
Curious Monkeys, Amsterdam, NL
 
Co-Founder
 
September 2014 – Present
 
 
HearUsHere, Amsterdam, NL 
 
Co-Founder
 
December 2012 – Present
 
 
Ideedock, Amsterdam, NL
 
Co-founder and CTO 
 
August 2011 – May 2013 
 
 
Whatser, Amsterdam, NL
 
Engineering Scrum Master, Mobile Lead
 
September 2009 – May 2011 
 
 
Interactions, Inc, Carmel, IN USA
 
Senior Software Engineer 
 
June 2008 – July 2009
  
 
Sogeti (USA), Indianapolis, IN USA 
 
Senior Software Consultant 
 
August 2007 – June 2008 
 
 
Computer Sciences Corporation (Arabia), Riyadh, Saudi Arabia
 
Senior Java Developer 
 
February 2007 – May 2007 
 
 
Software Architects, Indianapolis, IN USA 
 
Senior Software Consultant 
 
June 2005 – February 2007
 
 
Cantilever Technologies, West Lafayette, IN USA
 
Software Developer
 
October 2000 - February 2003
 
 
IBM, Burlington, VT USA
 
Software Engineer
 
May 2000 – October 2000
  

== Education ==
Purdue University
 
Bachelor of Science in Computer Science
 
May 2000
 

== Speaking/Lecture/Workshop/Events ==
FIBER Festival, Speaker
 
Amsterdam, May 2017
 
 
Hackers & Founders Meetup, Speaker
 
Amsterdam, April 2017
 
 
REMEDI Pump collaborative conference, Speaker
 
Chicago, IL, April 2017
 
 
Oddstream Oddsay, Residency
 
Arnhem, April 2017
 
 
STRP Festival, Exhibitor
 
Eindhoven, March 2017
 
 
Baby you can drive my car (self-driving car), Workshop
 
Amsterdam, February 2017
 
 
KASK, … een kleptomaan neemt de dingen letterlijk …, Exhibitor
 
Gent, February 2017
 
 
Big Brother Awards, Workshop
 
Amsterdam, November 2016
 
 
Journey with Hovel Bot, Exhibitor
 
Brussels, October 2016
 
 
ACM Purdue University, Speaker
 
West Lafayette, IN, October 2016
 
 
Endless Cities Festival, Workshop
 
Toronto, September 2016
 
 
Otis College, Speaker
 
Los Angeles, September 2016
 
 
Mad Scientist Festival, Residency
 
Bern, September 2016
 
 
Hackers & Designers Summer Academy 2016, Organizer
 
Amsterdam, July 2016
 
 
Northside Festival, Exhibitor
 
Brooklyn, NY, June 2016
 
 
Sektor 3.0 Conference, Speaker/Exhibitor
 
Warsaw, May 2016
 
 
LibreGraphics Meetup, Workshop
 
London, April 2016
 
 
Sandberg Instituut, Workshop
 
Amsterdam, February 2016
 
 
ZineFest, Exhibitor
 
Berlin, November 2015
 
 
Mozfest, Workshop
 
London, October 2015
 
 
EBF Conference, Speaker
 
Groningen, September 2015
 
 
Hackers & Designers Summer Academy 2015, Organizer
 
Amsterdam, July 2015
 
 
Invisible Cities Festival, Residency
 
Gorizia, June 2015
 
 
Appril Festival, Exhibitor
 
Amsterdam, March 2015
 
 
University of Amsterdam, Workshop
 
Amsterdam, February 2015
 
 
Mozfest, Workshop
 
London, October 2014
 
 
Collision Conference, Exhibitor
 
Las Vegas, May 2014
 
 
Tech Crunch Disrupt, Exhibitor/Speaker
 
Berlin, October 2013

Hackers & Designers Coop

2018-01-07T11:32:54Z

JBG:

Hackers & Designers Coop

2018-01-07T09:45:16Z

JBG:

== The Hackers & Designers Coop is a proposed model of collaborative organization based on fiscal democracy. ==

# Funds will be divided equally between all members of the cooperative.
# Projects will be proposed to the cooperative by one or more members of the cooperative. Projects broadly consist of a description, budget, and participants, but can include any relevant information to funding cooperative members.
# Project can contain participants outside of the cooperative, but participants outside the cooperative can not participate in cooperative funding.
# Funding members, cooperative members outside a project's participant list, consider the project proposal, and then return a promise to fund the project (a promise), a rejection to fund (a rejection), or suggestions as to how the project could be modified to be evaluated for funding again (a modification).
# Projects can not be funded by it's participating members, except for the case where all members of the cooperative are participating in a single project.
# Projects that receive enough promises, even in the case they my also receive modifications, can be executed without fulfilling modification requests.
# If a project does not receive enough promises, and does fulfil modification requests, it must be re-evaluated by the whole non-participating collective for funding again.
# Everything the cooperative does should be included in or described as a project including administration and organization activities including: book keeping, communication, external funding applications, etc..
# It is possible to participate in the cooperative and never propose or participate in a project. Such members, however, will not receive funds.
# It is possible to continue with a self-initiated project which was rejected by all cooperative funding, and use the "Hackers & Designers" non-financial assets (name, communication, web, wiki, whatever). Such assets are perks of being part of the cooperative. Self-initiated projects can also happen completely outside of the Hackers & Designers umbrella. It is completely up to the project executor.
# Projects which receive required promises and are executed must include Hackers & Designers in project communications, etc..
# Individual project management need not concern the cooperative once funded and began. Any external funding received by an individual project is to be handled at the project level. The project can decided to contribute such funding wholly or partially back to the cooperative, but it is not mandatory. Any funding contributed back to the cooperative is again split evenly to cooperative members.

== Practicals ==

Practically, the budget proposed to Stimuleringsfonds for 2018, predated this coop proposal, and therefore will need to be evaluated and rolled-up in to project definitions. The
definition of a project is loose by design, but should not be too large or too small, for instance HDSA2018 likely should be divided into smaller projects.

Project management platforms should be evaluated.

Hackers & Designers Coop

2018-01-07T09:44:56Z

JBG:

== The Hackers & Designers Coop is a proposed model of collaborative organization based on fiscal democracy. ==

# Funds will be divided equally between all members of the cooperative.
# Projects will be proposed to the cooperative by one or more members of the cooperative. Projects broadly consist of a description, budget, and participants, but can include any relevant information to funding cooperative members.

# Project can contain participants outside of the cooperative, but participants outside the cooperative can not participate in cooperative funding.

# Funding members, cooperative members outside a project's participant list, consider the project proposal, and then return a promise to fund the project (a promise), a rejection to fund (a rejection), or suggestions as to how the project could be modified to be evaluated for funding again (a modification).

# Projects can not be funded by it's participating members, except for the case where all members of the cooperative are participating in a single project.

# Projects that receive enough promises, even in the case they my also receive modifications, can be executed without fulfilling modification requests.

# If a project does not receive enough promises, and does fulfil modification requests, it must be re-evaluated by the whole non-participating collective for funding again.

# Everything the cooperative does should be included in or described as a project including administration and organization activities including: book keeping, communication, external funding applications, etc..

# It is possible to participate in the cooperative and never propose or participate in a project. Such members, however, will not receive funds.

# It is possible to continue with a self-initiated project which was rejected by all cooperative funding, and use the "Hackers & Designers" non-financial assets (name, communication, web, wiki, whatever). Such assets are perks of being part of the cooperative. Self-initiated projects can also happen completely outside of the Hackers & Designers umbrella. It is completely up to the project executor.

# Projects which receive required promises and are executed must include Hackers & Designers in project communications, etc..

# Individual project management need not concern the cooperative once funded and began. Any external funding received by an individual project is to be handled at the project level. The project can decided to contribute such funding wholly or partially back to the cooperative, but it is not mandatory. Any funding contributed back to the cooperative is again split evenly to cooperative members.

== Practicals ==

Practically, the budget proposed to Stimuleringsfonds for 2018, predated this coop proposal, and therefore will need to be evaluated and rolled-up in to project definitions. The
definition of a project is loose by design, but should not be too large or too small, for instance HDSA2018 likely should be divided into smaller projects.

Project management platforms should be evaluated.

Hackers & Designers Coop

2018-01-07T09:44:18Z

JBG:

== The Hackers & Designers Coop is a proposed model of collaborative organization based on fiscal democracy. ==

# Funds will be divided equally between all members of the cooperative.

# Projects will be proposed to the cooperative by one or more members of the cooperative. Projects broadly consist of a description, budget, and participants, but can include any relevant information to funding cooperative members.

# Project can contain participants outside of the cooperative, but participants outside the cooperative can not participate in cooperative funding.

# Funding members, cooperative members outside a project's participant list, consider the project proposal, and then return a promise to fund the project (a promise), a rejection to fund (a rejection), or suggestions as to how the project could be modified to be evaluated for funding again (a modification).

# Projects can not be funded by it's participating members, except for the case where all members of the cooperative are participating in a single project.

# Projects that receive enough promises, even in the case they my also receive modifications, can be executed without fulfilling modification requests.

# If a project does not receive enough promises, and does fulfil modification requests, it must be re-evaluated by the whole non-participating collective for funding again.

# Everything the cooperative does should be included in or described as a project including administration and organization activities including: book keeping, communication, external funding applications, etc..

# It is possible to participate in the cooperative and never propose or participate in a project. Such members, however, will not receive funds.

# It is possible to continue with a self-initiated project which was rejected by all cooperative funding, and use the "Hackers & Designers" non-financial assets (name, communication, web, wiki, whatever). Such assets are perks of being part of the cooperative. Self-initiated projects can also happen completely outside of the Hackers & Designers umbrella. It is completely up to the project executor.

# Projects which receive required promises and are executed must include Hackers & Designers in project communications, etc..

# Individual project management need not concern the cooperative once funded and began. Any external funding received by an individual project is to be handled at the project level. The project can decided to contribute such funding wholly or partially back to the cooperative, but it is not mandatory. Any funding contributed back to the cooperative is again split evenly to cooperative members.

== Practicals ==

Practically, the budget proposed to Stimuleringsfonds for 2018, predated this coop proposal, and therefore will need to be evaluated and rolled-up in to project definitions. The
definition of a project is loose by design, but should not be too large or too small, for instance HDSA2018 likely should be divided into smaller projects.

Project management platforms should be evaluated.

Hackers & Designers Coop

2018-01-07T09:42:53Z

JBG:

== The Hackers & Designers Coop is a proposed model of collaborative organization based on fiscal democracy. ==

# Funds will be divided equally between all members of the cooperative.

# Projects will be proposed to the cooperative by one or more members of the cooperative. Projects broadly consist of a description, budget, and participants, but can include any relevant information to funding cooperative members.

# Project can contain participants outside of the cooperative, but participants outside the cooperative can not participate in cooperative funding.

# Funding members, cooperative members outside a project's participant list, consider the project proposal, and then return a promise to fund the project (a promise), a rejection to fund (a rejection), or suggestions as to how the project could be modified to be evaluated for funding again (a modification).

# Projects can not be funded by it's participating members, except for the case where all members of the cooperative are participating in a single project.

# Projects that receive enough promises, even in the case they my also receive modifications, can be executed without fulfilling modification requests.

# If a project does not receive enough promises, and does fulfil modification requests, it must be re-evaluated by the whole non-participating collective for funding again.

# Everything the cooperative does should be included in or described as a project including administration and organization activities including: book keeping, communication, external funding applications, etc..

# It is possible to participate in the cooperative and never propose or participate in a project. Such members, however, will not receive funds.

# It is possible to continue with a self-initiated project which was rejected by all cooperative funding, and use the "Hackers & Designers" non-financial assets (name, communication, web, wiki, whatever). Such assets are perks of being part of the cooperative. Self-initiated projects can also happen completely outside of the Hackers & Designers umbrella. It is completely up to the project executor.

# Projects which receive required promises and are executed must include Hackers & Designers in project communications, etc..

# Individual project management need not concern the cooperative once funded and began. Any external funding received by an individual project is to be handled at the project level. The project can decided to contribute such funding wholly or partially back to the cooperative, but it is not mandatory. Any funding contributed back to the cooperative is again split evenly to cooperative members.

Practically, the budget proposed to Stimuleringsfonds for 2018, predated this coop proposal, and therefore will need to be evaluated and rolled-up in to project definitions. The
definition of a project is loose by design, but should not be too large or too small, for instance HDSA2018 likely should be divided into smaller projects.

Hackers & Designers Coop

2018-01-07T09:41:18Z

JBG: Created page with "The Hackers & Designers Coop is a proposed model of collaborative organization based on fiscal democracy. 1. Funds will be divided equally between all members of the cooperat..."

The Hackers & Designers Coop is a proposed model of collaborative organization based on fiscal democracy.

1. Funds will be divided equally between all members of the cooperative.

2. Projects will be proposed to the cooperative by one or more members of the cooperative. Projects broadly consist of a description, budget, and participants, but can include any relevant information to funding cooperative members.

3. Project can contain participants outside of the cooperative, but participants outside the cooperative can not participate in cooperative funding.

4. Funding members, cooperative members outside a project's participant list, consider the project proposal, and then return a promise to fund the project (a promise), a rejection to fund (a rejection), or suggestions as to how the project could be modified to be evaluated for funding again (a modification).

5. Projects can not be funded by it's participating members, except for the case where all members of the cooperative are participating in a single project.

6. Projects that receive enough promises, even in the case they my also receive modifications, can be executed without fulfilling modification requests.

7. If a project does not receive enough promises, and does fulfil modification requests, it must be re-evaluated by the whole non-participating collective for funding again.

8. Everything the cooperative does should be included in or described as a project including administration and organization activities including: book keeping, communication, external funding applications, etc..

9. It is possible to participate in the cooperative and never propose or participate in a project. Such members, however, will not receive funds.

10. It is possible to continue with a self-initiated project which was rejected by all cooperative funding, and use the "Hackers & Designers" non-financial assets (name, communication, web, wiki, whatever). Such assets are perks of being part of the cooperative. Self-initiated projects can also happen completely outside of the Hackers & Designers umbrella. It is completely up to the project executor.

11. Projects which receive required promises and are executed must include Hackers & Designers in project communications, etc..

12. Individual project management need not concern the cooperative once funded and began. Any external funding received by an individual project is to be handled at the project level. The project can decided to contribute such funding wholly or partially back to the cooperative, but it is not mandatory. Any funding contributed back to the cooperative is again split evenly to cooperative members.

Practically, the budget proposed to Stimuleringsfonds for 2018, predated this coop proposal, and therefore will need to be evaluated and rolled-up in to project definitions. The
definition of a project is loose by design, but should not be too large or too small, for instance HDSA2018 likely should be divided into smaller projects.

Unix

2017-10-03T12:40:15Z

JBG:

Emojicode

2017-09-23T11:00:37Z

JBG:

= Emojicode Workshop =

== Install ==

Get Emojicode from the USB stick.

$ cd /Volumes/KINGSTON/Emojicode-0.5.1-Darwin-x86_64

$ ./install.sh

$ export PATH=$PATH:$HOME/emojicode/bin

$ sudo ln -s /Users/mac/emojicode/EmojicodePackages /usr/local/EmojicodePackages

== About ==

[http://www.emojicode.org/ Emojicode] is an open-source, full-blown programming language consisting of emojis.

== Workshop ==

Please note that lines that begin with $, should be executed with the Terminal and are NOT program syntax. This workshop also assumes you have completed the [[Emojiterm]] workshop. The $ should not be pasted in the terminal.

All other code blocks should be considered valid Emojicode syntax.

Create a file.

$ 📝 myprog.emojic

The simplest Emojicode program looks as follows.

🏁 🍇
🍉

To save and exit the text editor (nano📝), first do Cntl+O, and then Cntl+X.

You can run it by first compiling it.

$ emojicodec myprog.emojic

Running it.

$ emojicode myprog.emojib

This program is so simple, it doesn't do anything.

The famous "Hello world!" example.

🏁 🍇
😀 🔤Hello world!🔤
🍉

Making a variable...first the "frozen" type. Frozen means you can never change it. Here we make a variable called "a"

🍦 a 10

You can also compare two numbers with this program.

🏁 🍇
🍦 a 10
🍦 b 4
🍊 ▶️ a b 🍇
😀 🔤a is bigger than b🔤
🍉
🍉

User input.

🏁 🍇
🍦 input 🔷🔡😯 🔤Ask something here?🔤
😀 🍪🔤You said: 🔤 input🍪
🍉

Convert integers to strings and back.

🏁🍇
🍦 a 🍺 🚂 🔤9🔤 10
🍊 ▶️ a 0 🍇
😀 🔤a is bigger than 10🔤
😀 🔡 a 10
🍉
🍉

Lists, make an empty list, add a 2 items (China, Nederland) print them in a loop.

🏁 🍇
🍦 list 🔷 🍨🐚🔡 🐸
🐻 list 🔤China🔤
🐻 list 🔤Nederland🔤
🔂 str list 🍇
😀 str
🍉
🍉

Initialize an a list when you create it (this code does the same as what is above.

🏁 🍇
🍦 list 🍨🔤China🔤 🔤Nederland🔤🍆
🔂 str list 🍇
😀 str
🍉
🍉

Dictionaries, add items.

🏁 🍇
🍦 dict 🔷 🍯🐚🔡 🐸
🐷 dict 🔤James🔤 🔤USA🔤
🐷 dict 🔤Minhong🔤 🔤中国🔤
🐷 dict 🔤Anja🔤 🔤Deutschland🔤
😀 🍪🔡 🐔 dict 10 🔤 items in the dictionary🔤🍪
🍉

Initialize the dictionary when you make it, and look up a value.

🏁 🍇
🍦 dict 🍯
🔤James🔤 🔤USA🔤
🔤Minhong🔤 🔤中国🔤
🔤Anja🔤 🔤Deutschland🔤
🍆
🍦 home 🍺 🐽 dict 🔤James🔤
😀 🍪🔤James is from 🔤 home🍪
🍉

== Questionnaire Example ==

🏁 🍇
🍦 list 🍨
🔤Ask question 1?🔤
🔤Ask question 2?🔤
🔤Ask question 3?🔤
🔤Ask question 4?🔤
🔤Ask question 5?🔤
🔤Ask question 6?🔤
🔤Ask question 7?🔤
🔤Ask question 8?🔤
🔤Ask question 9?🔤
🔤Ask question 10?🔤
🍆
🔂 str list 🍇
🍦 input 🔷🔡😯 str
😀 🍪🔤You said: 🔤 input🍪
🍉
🍉

== Infinate File Read ==

📦 files 🔴
🏁 🍇
🔁 👍 🍇
🥑 fileData 🍩📇📄 🔤earth.txt🔤 🍇
👴😀 🍪🔤Read 🔤 🔡 🐔 fileData 10 🔤 bytes🔤 🍪
🍦 lines 🔫 🍺 🔡 fileData 🔤❌n🔤
🔂 line lines 🍇
😀 line
🍩⏲💈 1000000
🍉
🍉
🍓 error 🍇
😀 🔤😢 Could not read file🔤
🍉
🍉
🍉

Emojiterm

2017-09-20T09:29:31Z

JBG: /* Now create your own commands, and we'll try to guess what they do! */

Here you'll be given a quick Terminal tutorial outlining some introduction commands and inputs to give you a better grasp on the command line.

Following the instructions below in order will give you a step-by-step instruction that should get you up to speed with the basics of using the Terminal.

The traditional Unix commands have been translated into emoji in order to call to question the arbitrary English based command naming conventions, being replaced with the pictographic language of emoji.

Each $ is a new line to try in the terminal. '''DO NOT COPY THE $.'''

= NOTICE =

You will need to download a bash [https://github.com//hackersanddesigners script] and execute it to make the emoji commands available. Here is how to do this...

$ curl -O https://gist.githubusercontent.com/bgraves/20af9279100fc75599eb1db094d90e69/raw/bb4c8aafb3980a7b16e44b4d6b1d8b809c26fe0b/emoji.sh
$ source emoji.sh

== Who am i 🙋 ==

On Unix based systems like Linux or Mac OS, you are a user 🙋. To find out who you are you can always ask!

$ 🙋

== Where am i? 🤔 ==

Directories are folders 📁. When you open the terminal you are in your home 🏠 folder or directory. If you get lost you can ask!

$ 🤔

== What is in 📁? ==

You can see the contents of a 📁 by listing them.

$ 📃

== Navigating to a new 📁 ==

Think of 📁 as a tree 🌲. You can climb up and down the 🌲.

To go in a 📁 up the tree.

$ 📁 Documents

To go down the tree.

$ 👇

== Making a new 📁 ==

$ ✨📁 🌞

== Putting some stuff together 🤔 ==

$ 📁 🌞
$ 🤔
$ 👇
$ 🤔

== Creating files 📝 ==

Let's create 📝 in 📁 🌞.

$ 📁 🌞

You can create an empty file by touching 👈 it and naming it.

$ 👈 🌏

Was the 🌏 📝 created? List the contents of 🌞.

$ 📃

Let's add some 👯 to 🌏. You can do this by simply echoing 📣 👯, and directing it into 🌏.

$ 📣 👯 > 🌏

To see if 🌏 now has 👯, you have to ask the cat 😺.

$ 😺 🌏

Let's add more 👯 to 🌏, and then count 💯 them! The >> means to add/append to 🌏.

$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 💯 🌏

The 💯 show number of 👯, number of lines and number of bytes.

== Deleting ❌ ==

Let's make a second earth, see if it's created and then delete it.

$ 👈 🌎
$ 📃
$ ❌ 🌎

== Searching 🔍 ==

You can search through 📃 by grepping 🔍. So to 🔍 for 👯 on 🌏.

$ 🔍 👯 🌏

== Pipes | ==

You can send output from one command into another with a pipe |. What does the following do?

$ 😺 🌏 | 💯

== The Internet w/ curl 📡 ==

$ 📡 http://www.baidu.com/

== Cut/Replace ✂️ ==

$ ✂️ -i -e 's/👯/👫/g' 🌏
$ 😺 🌏

Put some stuff together...

$ 📡 -o 🐔 http://www.baidu.com/
$ ✂️ -e 's/</👯/g' 🐔 > 📱
$ 😺 📱
$ 😺 📱 | ✂️ -e 's/>/🏮/g' > 💻
$ 😺 💻

Repeat!

$ ✂️ -e 's/a/🥞/g' 💻 > 📱
$ 😺 📱
$ 😺 📱 | ✂️ -e 's/1/🤦‍/g' > 💻
$ 😺 💻

= Now create your own commands, and we'll try to guess what they do! =

cat ~/🌞/🌏 >> 🌏

Emojicode

2017-09-20T07:18:25Z

JBG: /* File Read */

Emojicode

2017-09-20T07:17:04Z

JBG:

= Emojicode Workshop =

== Install ==

Get Emojicode from the USB stick.

$ cd /Volumes/KINGSTON/Emojicode-0.5.1-Darwin-x86_64

$ ./install.sh

$ export PATH=$PATH:$HOME/emojicode/bin

$ sudo ln -s /Users/mac/emojicode/EmojicodePackages /usr/local/EmojicodePackages

== About ==

[http://www.emojicode.org/ Emojicode] is an open-source, full-blown programming language consisting of emojis.

== Workshop ==

Please note that lines that begin with $, should be executed with the Terminal and are NOT program syntax. This workshop also assumes you have completed the [[Emojiterm]] workshop. The $ should not be pasted in the terminal.

All other code blocks should be considered valid Emojicode syntax.

Create a file.

$ 📝 myprog.emojic

The simplest Emojicode program looks as follows.

🏁 🍇
🍉

To save and exit the text editor (nano📝), first do Cntl+O, and then Cntl+X.

You can run it by first compiling it.

$ emojicodec myprog.emojic

Running it.

$ emojicode myprog.emojib

This program is so simple, it doesn't do anything.

The famous "Hello world!" example.

🏁 🍇
😀 🔤Hello world!🔤
🍉

Making a variable...first the "frozen" type. Frozen means you can never change it. Here we make a variable called "a"

🍦 a 10

You can also compare two numbers with this program.

🏁 🍇
🍦 a 10
🍦 b 4
🍊 ▶️ a b 🍇
😀 🔤a is bigger than b🔤
🍉
🍉

User input.

🏁 🍇
🍦 input 🔷🔡😯 🔤Ask something here?🔤
😀 🍪🔤You said: 🔤 input🍪
🍉

Convert integers to strings and back.

🏁🍇
🍦 a 🍺 🚂 🔤9🔤 10
🍊 ▶️ a 0 🍇
😀 🔤a is bigger than 10🔤
😀 🔡 a 10
🍉
🍉

Lists, make an empty list, add a 2 items (China, Nederland) print them in a loop.

🏁 🍇
🍦 list 🔷 🍨🐚🔡 🐸
🐻 list 🔤China🔤
🐻 list 🔤Nederland🔤
🔂 str list 🍇
😀 str
🍉
🍉

Initialize an a list when you create it (this code does the same as what is above.

🏁 🍇
🍦 list 🍨🔤China🔤 🔤Nederland🔤🍆
🔂 str list 🍇
😀 str
🍉
🍉

Dictionaries, add items.

🏁 🍇
🍦 dict 🔷 🍯🐚🔡 🐸
🐷 dict 🔤James🔤 🔤USA🔤
🐷 dict 🔤Minhong🔤 🔤中国🔤
🐷 dict 🔤Anja🔤 🔤Deutschland🔤
😀 🍪🔡 🐔 dict 10 🔤 items in the dictionary🔤🍪
🍉

Initialize the dictionary when you make it, and look up a value.

🏁 🍇
🍦 dict 🍯
🔤James🔤 🔤USA🔤
🔤Minhong🔤 🔤中国🔤
🔤Anja🔤 🔤Deutschland🔤
🍆
🍦 home 🍺 🐽 dict 🔤James🔤
😀 🍪🔤James is from 🔤 home🍪
🍉

== Questionnaire Example ==

🏁 🍇
🍦 list 🍨
🔤Ask question 1?🔤
🔤Ask question 2?🔤
🔤Ask question 3?🔤
🔤Ask question 4?🔤
🔤Ask question 5?🔤
🔤Ask question 6?🔤
🔤Ask question 7?🔤
🔤Ask question 8?🔤
🔤Ask question 9?🔤
🔤Ask question 10?🔤
🍆
🔂 str list 🍇
🍦 input 🔷🔡😯 str
😀 🍪🔤You said: 🔤 input🍪
🍉
🍉

== File Read ==

😀 🍪🔤Read 🔤 🔡 🐔 fileData 10 🔤 bytes🔤 🍪
🍉
🍓 error 🍇
😀 🔤😢 Could not read file🔤
🍉

Emojicode

2017-09-20T03:43:24Z

JBG:

Emojicode

2017-09-20T03:40:15Z

JBG:

= Emojicode Workshop =

== Install ==

Get Emojicode from the USB stick.

$ cd /Volumes/KINGSTON/Emojicode-0.5.1-Darwin-x86_64

$ ./install.sh

$ export PATH=$PATH:$HOME/emojicode/bin

$ sudo ln -s /Users/mac/emojicode/EmojicodePackages /usr/local/EmojicodePackages

== About ==

[http://www.emojicode.org/ Emojicode] is an open-source, full-blown programming language consisting of emojis.

== Workshop ==

Please note that lines that begin with $, should be executed with the Terminal and are NOT program syntax. This workshop also assumes you have completed the [[Emojiterm]] workshop. The $ should not be pasted in the terminal.

All other code blocks should be considered valid Emojicode syntax.

Create a file.

$ 📝 myprog.emojic

The simplest Emojicode program looks as follows.

🏁 🍇
🍉

To save and exit the text editor (nano📝), first do Cntl+O, and then Cntl+X.

You can run it by first compiling it.

$ emojicodec myprog.emojic

Running it.

$ emojicode myprog.emojib

This program is so simple, it doesn't do anything.

The famous "Hello world!" example.

🏁 🍇
😀 🔤Hello world!🔤
🍉

Making a variable...first the "frozen" type. Frozen means you can never change it. Here we make a variable called "a"

🍦 a 10

You can also compare two numbers with this program.

🏁 🍇
🍦 a 10
🍦 b 4
🍊 ▶️ a b 🍇
😀 🔤a is bigger than b🔤
🍉
🍉

User input.

🏁 🍇
🍦 input 🔷🔡😯 🔤Ask something here?🔤
😀 🍪🔤You said: 🔤 input🍪
🍉

Convert integers to strings and back.

🏁🍇
🍦 a 🍺 🚂 🔤9🔤 10
🍊 ▶️ a 0 🍇
😀 🔤a is bigger than 10🔤
😀 🔡 a 10
🍉
🍉

Lists, make an empty list, add a 2 items (China, Nederland) print them in a loop.

🏁 🍇
🍦 list 🔷 🍨🐚🔡 🐸
🐻 list 🔤China🔤
🐻 list 🔤Nederland🔤
🔂 str list 🍇
😀 str
🍉
🍉

Initialize an a list when you create it (this code does the same as what is above.

🏁 🍇
🍦 list 🍨🔤China🔤 🔤Nederland🔤🍆
🔂 str list 🍇
😀 str
🍉
🍉

Dictionaries, add items.

🏁 🍇
🍦 dict 🔷 🍯🐚🔡 🐸
🐷 dict 🔤James🔤 🔤USA🔤
🐷 dict 🔤Minhong🔤 🔤中国🔤
🐷 dict 🔤Anja🔤 🔤Deutschland🔤
😀 🍪🔡 🐔 dict 10 🔤 items in the dictionary🔤🍪
🍉

Initialize the dictionary when you make it, and look up a value.

🏁 🍇
🍦 dict 🍯
🔤James🔤 🔤USA🔤
🔤Minhong🔤 🔤中国🔤
🔤Anja🔤 🔤Deutschland🔤
🍆
🍦 home 🍺 🐽 dict 🔤James🔤
😀 🍪🔤James is from 🔤 home🍪
🍉

== Questionnaire Example ==

🏁 🍇
🍦 list 🍨
🔤Ask question 1?🔤
🔤Ask question 2?🔤
🍆
🔂 str list 🍇
🍦 input 🔷🔡😯 str
😀 🍪🔤You said: 🔤 input🍪
🍉
🍉

Emojicode

2017-09-20T02:15:27Z

JBG:

Emojiterm

2017-09-19T06:04:17Z

JBG:

Emojicode

2017-09-19T03:48:37Z

JBG:

= Emojicode Workshop =

== Install ==

Get Emojicode from the USB stick.

$ cd /Volumes/KINGSTON/Emojicode-0.5.1-Darwin-x86_64

$ ./install.sh

$ export PATH=$PATH:$HOME/emojicode/bin

== About ==

[http://www.emojicode.org/ Emojicode] is an open-source, full-blown programming language consisting of emojis.

== Workshop ==

Please note that lines that begin with $, should be executed with the Terminal and are NOT program syntax. This workshop also assumes you have completed the [[Emojiterm]] workshop. The $ should not be pasted in the terminal.

All other code blocks should be considered valid Emojicode syntax.

Create a file.

$ 📝 myprog.emojic

The simplest Emojicode program looks as follows.

🏁 🍇
🍉

To save and exit the text editor (nano📝), first do Cntl+O, and then Cntl+X.

You can run it by first compiling it.

$ emojicodec myprog.emojic

Running it.

$ emojicode myprog.emojib

This program is so simple, it doesn't do anything.

The famous "Hello world!" example.

🏁 🍇
😀 🔤Hello world!🔤
🍉

Making a variable...first the "frozen" type. Frozen means you can never change it. Here we make a variable called "a"

🍦 a 10

You can also compare two numbers with this program.

🏁 🍇
🍦 a 10
🍦 b 4
🍊 ▶️ a b 🍇
😀 🔤a is bigger than b🔤
🍉
🍉

User input.

🏁 🍇
🍦 input 🔷🔡😯 🔤Ask something here?🔤
😀 🍪🔤You said: 🔤 input🍪
🍉

Convert integers to strings and back.

🏁🍇
🍦 a 🍺 🚂 🔤9🔤 10
🍊 ▶️ a 0 🍇
😀 🔤a is bigger than 10🔤
😀 🔡 a 10
🍉
🍉

Lists, make an empty list, add a 2 items (China, Nederland) print them in a loop.

🏁 🍇
🍦 list 🔷 🍨🐚🔡 🐸
🐻 list 🔤China🔤
🐻 list 🔤Nederland🔤
🔂 str list 🍇
😀 str
🍉
🍉

Initialize an a list when you create it (this code does the same as what is above.

🏁 🍇
🍦 list 🍨🔤China🔤 🔤Nederland🔤🍆
🔂 str list 🍇
😀 str
🍉
🍉

Dictionaries, add items.

🏁 🍇
🍦 dict 🔷 🍯🐚🔡 🐸
🐷 dict 🔤James🔤 🔤USA🔤
🐷 dict 🔤Minhong🔤 🔤中国🔤
🐷 dict 🔤Anja🔤 🔤Deutschland🔤
😀 🍪🔡 🐔 dict 10 🔤 items in the dictionary🔤🍪
🍉

Initialize the dictionary when you make it, and look up a value.

🏁 🍇
🍦 dict 🍯
🔤James🔤 🔤USA🔤
🔤Minhong🔤 🔤中国🔤
🔤Anja🔤 🔤Deutschland🔤
🍆
🍦 home 🍺 🐽 dict 🔤James🔤
😀 🍪🔤James is from 🔤 home🍪
🍉

Emojiterm

2017-09-19T03:10:58Z

JBG:

Here you'll be given a quick Terminal tutorial outlining some introduction commands and inputs to give you a better grasp on the command line.

Following the instructions below in order will give you a step-by-step instruction that should get you up to speed with the basics of using the Terminal.

The traditional Unix commands have been translated into emoji in order to call to question the arbitrary English based command naming conventions, being replaced with the pictographic language of emoji.

Each $ is a new line to try in the terminal. '''DO NOT COPY THE $.'''

= NOTICE =

You will need to download a bash [https://github.com//hackersanddesigners script] and execute it to make the emoji commands available. Here is how to do this...

$ curl -O https://gist.githubusercontent.com/bgraves/20af9279100fc75599eb1db094d90e69/raw/bb4c8aafb3980a7b16e44b4d6b1d8b809c26fe0b/emoji.sh
$ source emoji.sh

== Who am i 🙋 ==

On Unix based systems like Linux or Mac OS, you are a user 🙋. To find out who you are you can always ask!

$ 🙋

== Where am i? 🤔 ==

Directories are folders 📁. When you open the terminal you are in your home 🏠 folder or directory. If you get lost you can ask!

$ 🤔

== What is in 📁? ==

You can see the contents of a 📁 by listing them.

$ 📃

== Navigating to a new 📁 ==

Think of 📁 as a tree 🌲. You can climb up and down the 🌲.

To go in a 📁 up the tree.

$ 📁 Documents

To go down the tree.

$ 👇

== Making a new 📁 ==

$ ✨📁 🌞

== Putting some stuff together 🤔 ==

$ 📁 🌞
$ 🤔
$ 👇
$ 🤔

== Creating files 📝 ==

Let's create 📝 in 📁 🌞.

$ 📁 🌞

You can create an empty file by touching 👈 it and naming it.

$ 👈 🌏

Was the 🌏 📝 created? List the contents of 🌞.

$ 📃

Let's add some 👯 to 🌏. You can do this by simply echoing 📣 👯, and directing it into 🌏.

$ 📣 👯 > 🌏

To see if 🌏 now has 👯, you have to ask the cat 😺.

$ 😺 🌏

Let's add more 👯 to 🌏, and then count 💯 them! The >> means to add/append to 🌏.

$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 💯 🌏

The 💯 show number of 👯, number of lines and number of bytes.

== Deleting ❌ ==

Let's make a second earth, see if it's created and then delete it.

$ 👈 🌎
$ 📃
$ ❌ 🌎

== Searching 🔍 ==

You can search through 📃 by grepping 🔍. So to 🔍 for 👯 on 🌏.

$ 🔍 👯 🌏

== Pipes | ==

You can send output from one command into another with a pipe |. What does the following do?

$ 😺 🌏 | 💯

== The Internet w/ curl 📡 ==

$ 📡 http://www.baidu.com/

== Cut/Replace ✂️ ==

$ ✂️ -i -e 's/👯/👫/g' 🌏
$ 😺 🌏

Put some stuff together...
$ 📡 -o 🐔 http://www.baidu.com/
$ ✂️ -e 's/</👯/g' 🐔

= Now create your own commands, and we'll try to guess what they do! =

Emojiterm

2017-09-19T02:45:51Z

JBG: /* Searching 🔍 */

Here you'll be given a quick Terminal tutorial outlining some introduction commands and inputs to give you a better grasp on the command line.

Following the instructions below in order will give you a step-by-step instruction that should get you up to speed with the basics of using the Terminal.

The traditional Unix commands have been translated into emoji in order to call to question the arbitrary English based command naming conventions, being replaced with the pictographic language of emoji.

Each $ is a new line to try in the terminal. '''DO NOT COPY THE $.'''

= NOTICE =

You will need to download a bash [https://github.com//hackersanddesigners script] and execute it to make the emoji commands available. Here is how to do this...

$ curl -O https://gist.githubusercontent.com/bgraves/20af9279100fc75599eb1db094d90e69/raw/bb4c8aafb3980a7b16e44b4d6b1d8b809c26fe0b/emoji.sh
$ source emoji.sh

== Who am i 🙋 ==

On Unix based systems like Linux or Mac OS, you are a user 🙋. To find out who you are you can always ask!

$ 🙋

== Where am i? 🤔 ==

Directories are folders 📁. When you open the terminal you are in your home 🏠 folder or directory. If you get lost you can ask!

$ 🤔

== What is in 📁? ==

You can see the contents of a 📁 by listing them.

$ 📃

== Navigating to a new 📁 ==

Think of 📁 as a tree 🌲. You can climb up and down the 🌲.

To go in a 📁 up the tree.

$ 📁 Documents

To go down the tree.

$ 👇

== Making a new 📁 ==

$ ✨📁 🌞

== Putting some stuff together 🤔 ==

$ 📁 🌞
$ 🤔
$ 👇
$ 🤔

== Creating files 📝 ==

Let's create 📝 in 📁 🌞.

$ 📁 🌞

You can create an empty file by touching 👈 it and naming it.

$ 👈 🌏

Was the 🌏 📝 created? List the contents of 🌞.

$ 📃

Let's add some 👯 to 🌏. You can do this by simply echoing 📣 👯, and directing it into 🌏.

$ 📣 👯 > 🌏

To see if 🌏 now has 👯, you have to ask the cat 😺.

$ 😺 🌏

Let's add more 👯 to 🌏, and then count 💯 them! The >> means to add/append to 🌏.

$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 💯 🌏

The 💯 show number of 👯, number of lines and number of bytes.

== Deleting ❌ ==

Let's make a second earth, see if it's created and then delete it.

$ 👈 🌎
$ 📃
$ ❌ 🌎

== Searching 🔍 ==

You can search through 📃 by grepping 🔍. So to 🔍 for 👯 on 🌏.

$ 🔍 👯 🌏

== Pipes | ==

You can send output from one command into another with a pipe |. What does the following do?

$ 😺 🌏 | 💯

== The Internet w/ curl 📡 ==

$ 📡 http://www.baidu.com/

== Cut/Replace ✂️ ==

$ ✂️ -i -e 's/👯/👫/g' 🌏
$ 😺 🌏

Put some stuff together...

$ 📡 http://www.baidu.com/ | ✂️ -e 's/</👯/g'

= Now create your own commands, and we'll try to guess what they do! =

Emojiterm

2017-09-19T02:45:14Z

JBG:

Here you'll be given a quick Terminal tutorial outlining some introduction commands and inputs to give you a better grasp on the command line.

Following the instructions below in order will give you a step-by-step instruction that should get you up to speed with the basics of using the Terminal.

The traditional Unix commands have been translated into emoji in order to call to question the arbitrary English based command naming conventions, being replaced with the pictographic language of emoji.

Each $ is a new line to try in the terminal. '''DO NOT COPY THE $.'''

= NOTICE =

You will need to download a bash [https://github.com//hackersanddesigners script] and execute it to make the emoji commands available. Here is how to do this...

$ curl -O https://gist.githubusercontent.com/bgraves/20af9279100fc75599eb1db094d90e69/raw/bb4c8aafb3980a7b16e44b4d6b1d8b809c26fe0b/emoji.sh
$ source emoji.sh

== Who am i 🙋 ==

On Unix based systems like Linux or Mac OS, you are a user 🙋. To find out who you are you can always ask!

$ 🙋

== Where am i? 🤔 ==

Directories are folders 📁. When you open the terminal you are in your home 🏠 folder or directory. If you get lost you can ask!

$ 🤔

== What is in 📁? ==

You can see the contents of a 📁 by listing them.

$ 📃

== Navigating to a new 📁 ==

Think of 📁 as a tree 🌲. You can climb up and down the 🌲.

To go in a 📁 up the tree.

$ 📁 Documents

To go down the tree.

$ 👇

== Making a new 📁 ==

$ ✨📁 🌞

== Putting some stuff together 🤔 ==

$ 📁 🌞
$ 🤔
$ 👇
$ 🤔

== Creating files 📝 ==

Let's create 📝 in 📁 🌞.

$ 📁 🌞

You can create an empty file by touching 👈 it and naming it.

$ 👈 🌏

Was the 🌏 📝 created? List the contents of 🌞.

$ 📃

Let's add some 👯 to 🌏. You can do this by simply echoing 📣 👯, and directing it into 🌏.

$ 📣 👯 > 🌏

To see if 🌏 now has 👯, you have to ask the cat 😺.

$ 😺 🌏

Let's add more 👯 to 🌏, and then count 💯 them! The >> means to add/append to 🌏.

$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 💯 🌏

The 💯 show number of 👯, number of lines and number of bytes.

== Deleting ❌ ==

Let's make a second earth, see if it's created and then delete it.

$ 👈 🌎
$ 📃
$ ❌ 🌎

== Searching 🔍 ==

You can search through 📃 by grepping 🔍. So to 🔍 for 👯 on 🌏.

$ 🔍 👯 🌏

== Pipes | ==

You can send output from one command into another with a pipe |. What does the following do?

$ 😺 🌏 | 💯

== The Internet w/ curl 📡 ==

$ 📡 http://www.baidu.com/

== Cut/Replace ✂️ ==

$ ✂️ -i -e 's/👯/👫/g' 🌏
$ 😺 🌏

Put some stuff together...

$ 📡 http://www.baidu.com/ | ✂️ -e 's/</👯/g'

= Now create your own commands, and we'll try to guess what they do! =

Emojiterm

2017-09-19T02:44:38Z

JBG:

Here you'll be given a quick Terminal tutorial outlining some introduction commands and inputs to give you a better grasp on the command line.

Following the instructions below in order will give you a step-by-step instruction that should get you up to speed with the basics of using the Terminal.

The traditional Unix commands have been translated into emoji in order to call to question the arbitrary English based command naming conventions, being replaced with the pictographic language of emoji.

Each $ is a new line to try in the terminal. '''DO NOT COPY THE $.'''

= NOTICE =

You will need to download a bash [https://github.com//hackersanddesigners script] and execute it to make the emoji commands available. Here is how to do this...

$ curl -O https://gist.githubusercontent.com/bgraves/20af9279100fc75599eb1db094d90e69/raw/bb4c8aafb3980a7b16e44b4d6b1d8b809c26fe0b/emoji.sh
$ source emoji.sh

== Who am i 🙋 ==

On Unix based systems like Linux or Mac OS, you are a user 🙋. To find out who you are you can always ask!

$ 🙋

== Where am i? 🤔 ==

Directories are folders 📁. When you open the terminal you are in your home 🏠 folder or directory. If you get lost you can ask!

$ 🤔

== What is in 📁? ==

You can see the contents of a 📁 by listing them.

$ 📃

== Navigating to a new 📁 ==

Think of 📁 as a tree 🌲. You can climb up and down the 🌲.

To go in a 📁 up the tree.

$ 📁 Documents

To go down the tree.

$ 👇

== Making a new 📁 ==

$ ✨📁 🌞

== Putting some stuff together 🤔 ==

$ 📁 🌞
$ 🤔
$ 👇
$ 🤔

== Creating files 📝 ==

Let's create 📝 in 📁 🌞.

$ 📁 🌞

You can create an empty file by touching 👈 it and naming it.

$ 👈 🌏

Was the 🌏 📝 created? List the contents of 🌞.

$ 📃

Let's add some 👯 to 🌏. You can do this by simply echoing 📣 👯, and directing it into 🌏.

$ 📣 👯 > 🌏

To see if 🌏 now has 👯, you have to ask the cat 😺.

$ 😺 🌏

Let's add more 👯 to 🌏, and then count 💯 them! The >> means to add/append to 🌏.

$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 💯 🌏

The 💯 show number of 👯, number of lines and number of bytes.

== Deleting ❌ ==

Let's make a second earth, see if it's created and then delete it.

$ 👈 🌎
$ 📃
$ ❌ 🌎

== Searching 🔍 ==

You can search through 📃 by grepping 🔍. So to 🔍 for 👯 on 🌏.

$ 🔍 👯 🌏

== Pipes | ==

You can send output from one command into another with a pipe |. What does the following do?

$ 😺 🌏 | 💯

== The Internet w/ curl 📡 ==

$ 📡 http://www.baidu.com/

== Cut/Replace ✂️ ==

$ ✂️ -i -e 's/👯/👫/g' 🌏
$ 😺 🌏

Put some stuff together...

$ 📡 http://www.baidu.com/ | ✂️ -e 's/</👯/g'

= Now create your own commands, and we'll try to guess what they do! =

Unix

2017-09-17T06:25:14Z

JBG:

Unix

2017-09-17T06:24:54Z

JBG:

Unix

2017-09-17T06:24:23Z

JBG:

File:TerminaIIcon.png

2017-09-17T06:22:56Z

JBG:

Unix

2017-09-17T06:19:42Z

JBG:

Unix

2017-09-17T06:09:55Z

JBG:

Unix

2017-09-17T06:09:05Z

JBG:

Emojiterm

2017-09-17T06:07:00Z

JBG:

Here you'll be given a quick Terminal tutorial outlining some introduction commands and inputs to give you a better grasp on the command line.

Following the instructions below in order will give you a step-by-step instruction that should get you up to speed with the basics of using the Terminal.

The traditional Unix commands have been translated into emoji in order to call to question the arbitrary English based command naming conventions, being replaced with the pictographic language of emoji.

Each $ is a new line to try in the terminal. '''DO NOT COPY THE $.'''

= NOTICE =

You will need to download a bash [https://github.com//hackersanddesigners script] and execute it to make the emoji commands available. Here is how to do this...

$ curl -O https://gist.githubusercontent.com/bgraves/20af9279100fc75599eb1db094d90e69/raw/bb4c8aafb3980a7b16e44b4d6b1d8b809c26fe0b/emoji.sh
$ source emoji.sh

== Who am i 🙋 ==

On Unix based systems like Linux or Mac OS, you are a user 🙋. To find out who you are you can always ask!

$ 🙋

== Where am i? 🤔 ==

Directories are folders 📁. When you open the terminal you are in your home 🏠 folder or directory. If you get lost you can ask!

$ 🤔

== What is in 📁? ==

You can see the contents of a 📁 by listing them.

$ 📃

== Navigating to a new 📁 ==

Think of 📁 as a tree 🌲. You can climb up and down the 🌲.

To go in a 📁 up the tree.

$ 📁 Documents

To go down the tree.

$ 👇

== Making a new 📁 ==

$ ✨📁 🌞

== Putting some stuff together 🤔 ==

$ 📁 🌞
$ 🤔
$ 👇
$ 🤔

== Creating files 📝 ==

Let's create 📝 in 📁 🌞.

$ 📁 🌞

You can create an empty file by touching 👈 it and naming it.

$ 👈 🌏

Was the 🌏 📝 created? List the contents of 🌞.

$ 📃

Let's add some 👯 to 🌏. You can do this by simply echoing 📣 👯, and directing it into 🌏.

$ 📣 👯 > 🌏

To see if 🌏 now has 👯, you have to ask the cat 😺.

$ 😺 🌏

Let's add more 👯 to 🌏, and then count 💯 them! The >> means to add/append to 🌏.

$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 📣 👯 >> 🌏
$ 💯 🌏

The 💯 show number of 👯, number of lines and number of bytes.

== Deleting ❌ ==

Let's make a second earth, see if it's created and then delete it.

$ 👈 🌎
$ 📃
$ ❌ 🌎

== Searching 🔍 ==

You can search through 📃 by grepping 🔍. So to 🔍 for 👯 on 🌎.

$ 🔍 👯 🌎

== Pipes | ==

You can send output from one command into another with a pipe |. What does the following do?

$ 😺 🌏 | 💯

== The Internet w/ curl 📡 ==

$ 📡 http://www.baidu.com/

== Cut/Replace ✂️ ==

$ ✂️ -i -e 's/👯/🕺/g' 🌏
$ 😺 🌏

Put some stuff together...

$ 📡 http://www.baidu.com/ | ✂️ -e 's/</🕺/g'

= Now create your own commands, and we'll try to guess what they do! =

Unix

2017-09-17T06:06:44Z

JBG:

File:Iphoneandroid.jpg

2017-09-17T06:06:10Z

JBG:

File:MIT.jpg

2017-09-17T06:03:59Z

JBG:

Unix

2017-09-17T06:01:15Z

JBG:

Unix was created in the 1960s at Bell Laboratories in New Jersey.

[[File: Ken_n_dennis.jpg]]

Mac OS X, which based on BSD which is from Berkley, CA 1977. 😈

[[File: BSD.jpg]] [[File: Berkeley.jpg]]

Richard Stallman created a set of programs and libraries called GUN in 1983, but also created the idea of Free Software which later gave inspiration to Open Software via the GNU licence.

[[File: Stallman.jpg]]

Linux, which is from a guy named Linux Torvalds in Finland 1991. 🐧

[[File: Tux.png]] [[File: Linus.png]]

* Start w/ History of Unix...
- Unix started a Bell Labs, the US, in 1960s
- Mac OS X, which based on BSD which is from Berkley, CA 1977
- Linux, which is from a guy named Linux Torvalds in Finland 1991
- but...what made BSD possible and Linux possible, was the work of Richard Staltzman at MIT who create a set of programs and libraries called GNU. 1983
- but more importantly Staltzman introduce the idea of free and open software, GNU licience
- this is contrary to the idea of propriatiary software like adobe design software, which you can not read or change the source code.

* Most all software today still uses at least pieces of these early libraries and programs, but today wil will investigate them on a much lower level, and for fun in the context of emoji.
- There is a window into this lower level of software via a program called the Terminal on most computers.
-

File:Berkeley.jpg

2017-09-17T06:00:40Z

JBG:

Unix

2017-09-17T05:58:36Z

JBG:

Unix was created in the 1960s at Bell Laboratories in New Jersey.

[[File: Ken_n_dennis.jpg]]

Mac OS X, which based on BSD which is from Berkley, CA 1977. 😈

[[File: BSD.jpg]]

Richard Stallman created a set of programs and libraries called GUN in 1983, but also created the idea of Free Software which later gave inspiration to Open Software via the GNU licence.

[[File: Stallman.jpg]]

Linux, which is from a guy named Linux Torvalds in Finland 1991. 🐧

[[File: Tux.png]] [[File: Linus.png]]

* Start w/ History of Unix...
- Unix started a Bell Labs, the US, in 1960s
- Mac OS X, which based on BSD which is from Berkley, CA 1977
- Linux, which is from a guy named Linux Torvalds in Finland 1991
- but...what made BSD possible and Linux possible, was the work of Richard Staltzman at MIT who create a set of programs and libraries called GNU. 1983
- but more importantly Staltzman introduce the idea of free and open software, GNU licience
- this is contrary to the idea of propriatiary software like adobe design software, which you can not read or change the source code.

* Most all software today still uses at least pieces of these early libraries and programs, but today wil will investigate them on a much lower level, and for fun in the context of emoji.
- There is a window into this lower level of software via a program called the Terminal on most computers.
-

File:Linus.png

2017-09-17T05:58:19Z

JBG:

File:Stallman.jpg

2017-09-17T05:53:48Z

JBG:

Unix

2017-09-17T05:51:11Z

JBG:

Unix was created in the 1960s at Bell Laboratories in New Jersey.

[[File: Ken_n_dennis.jpg]]

Mac OS X, which based on BSD which is from Berkley, CA 1977. 😈

[[File: BSD.jpg]]

Linux, which is from a guy named Linux Torvalds in Finland 1991. 🐧

[[File: Tux.png]]

* Start w/ History of Unix...
- Unix started a Bell Labs, the US, in 1960s
- Mac OS X, which based on BSD which is from Berkley, CA 1977
- Linux, which is from a guy named Linux Torvalds in Finland 1991
- but...what made BSD possible and Linux possible, was the work of Richard Staltzman at MIT who create a set of programs and libraries called GNU. 1983
- but more importantly Staltzman introduce the idea of free and open software, GNU licience
- this is contrary to the idea of propriatiary software like adobe design software, which you can not read or change the source code.

* Most all software today still uses at least pieces of these early libraries and programs, but today wil will investigate them on a much lower level, and for fun in the context of emoji.
- There is a window into this lower level of software via a program called the Terminal on most computers.
-

File:Tux.png

2017-09-17T05:50:47Z

JBG:

File:BSD.jpg

2017-09-17T05:45:27Z

JBG:

Unix

2017-09-17T05:41:36Z

JBG: Created page with "Unix was created in the 1960s at Bell Laboratories in New Jersey. File: Ken_n_dennis.jpg"

Unix was created in the 1960s at Bell Laboratories in New Jersey.

[[File: Ken_n_dennis.jpg]]

File:Ken n dennis.jpg

2017-09-17T05:40:04Z

JBG:

Emojicode

2017-09-14T09:09:30Z

JBG:

= Emojicode Workshop =

== About ==

[http://www.emojicode.org/ Emojicode] is an open-source, full-blown programming language consisting of emojis.

== Workshop ==

Please note that lines that begin with $, should be executed with the Terminal and are NOT program syntax. This workshop also assumes you have completed the [[Emojiterm]] workshop. The $ should not be pasted in the terminal.

All other code blocks should be considered valid Emojicode syntax.

Create a file.

$ 📝 myprog.emojic

The simplest Emojicode program looks as follows.

🏁 🍇
🍉

To save and exit the text editor (nano📝), first do Cntl+O, and then Cntl+X.

You can run it by first compiling it.

$ emojicodec myprog.emojic

Running it.

$ emojicode myprog.emojib

This program is so simple, it doesn't do anything.

The famous "Hello world!" example.

🏁 🍇
😀 🔤Hello world!🔤
🍉

Making a variable...first the "frozen" type. Frozen means you can never change it. Here we make a variable called "a"

🍦 a 10

You can also compare two numbers with this program.

🏁 🍇
🍦 a 10
🍦 b 4
🍊 ▶️ a b 🍇
😀 🔤a is bigger than b🔤
🍉
🍉

User input.

🏁 🍇
🍦 input 🔷🔡😯 🔤Ask something here?🔤
😀 🍪🔤You said: 🔤 input🍪
🍉

Convert integers to strings and back.

🏁🍇
🍦 a 🍺 🚂 🔤9🔤 10
🍊 ▶️ a 0 🍇
😀 🔤a is bigger than 10🔤
😀 🔡 a 10
🍉
🍉

Lists, make an empty list, add a 2 items (China, Nederland) print them in a loop.

🏁 🍇
🍦 list 🔷 🍨🐚🔡 🐸
🐻 list 🔤China🔤
🐻 list 🔤Nederland🔤
🔂 str list 🍇
😀 str
🍉
🍉

Initialize an a list when you create it (this code does the same as what is above.

🏁 🍇
🍦 list 🍨🔤China🔤 🔤Nederland🔤🍆
🔂 str list 🍇
😀 str
🍉
🍉

Dictionaries, add items.

🏁 🍇
🍦 dict 🔷 🍯🐚🔡 🐸
🐷 dict 🔤James🔤 🔤USA🔤
🐷 dict 🔤Minhong🔤 🔤中国🔤
🐷 dict 🔤Anja🔤 🔤Deutschland🔤
😀 🍪🔡 🐔 dict 10 🔤 items in the dictionary🔤🍪
🍉

Initialize the dictionary when you make it, and look up a value.

🏁 🍇
🍦 dict 🍯
🔤James🔤 🔤USA🔤
🔤Minhong🔤 🔤中国🔤
🔤Anja🔤 🔤Deutschland🔤
🍆
🍦 home 🍺 🐽 dict 🔤James🔤
😀 🍪🔤James is from 🔤 home🍪
🍉

Emojicode

2017-09-11T17:58:20Z

JBG:

= Emojicode Workshop =

== About ==

[http://www.emojicode.org/ Emojicode] is an open-source, full-blown programming language consisting of emojis.

== Workshop ==

Please note that lines that begin with $, should be executed with the Terminal and are NOT program syntax. This workshop also assumes you have completed the [[Emojiterm]] workshop. The $ should not be pasted in the terminal.

All other code blocks should be considered valid Emojicode syntax.

Create a file.

$ 📝 myprog.emojic

The simplest Emojicode program looks as follows.

🏁 🍇
🍉

To save and exit the text editor (nano📝), first do Cntl+O, and then Cntl+X.

You can run it by first compiling it.

$ emojicodec greeter.emojic

Running it.

$ emojicode myprog.emojib

This program is so simple, it doesn't do anything.

The famous "Hello world!" example.

🏁 🍇
😀 🔤Hello world!🔤
🍉

Making a variable...first the "frozen" type. Frozen means you can never change it. Here we make a variable called "a"

🍦 a 10

You can also compare two numbers with this program.

🏁 🍇
🍦 a 10
🍦 b 4
🍊 ▶️ a b 🍇
😀 🔤a is bigger than b🔤
🍉
🍉

User input.

🏁 🍇
🍦 input 🔷🔡😯 🔤Ask something here?🔤
😀 🍪🔤You said: 🔤 input🍪
🍉

Convert integers to strings and back.

🏁🍇
🍦 a 🍺 🚂 🔤9🔤 10
🍊 ▶️ a 0 🍇
😀 🔤a is bigger than 10🔤
😀 🔡 a 10
🍉
🍉

Lists, make an empty list, add a 2 items (China, Nederland) print them in a loop.

🏁 🍇
🍦 list 🔷 🍨🐚🔡 🐸
🐻 list 🔤China🔤
🐻 list 🔤Nederland🔤
🔂 str list 🍇
😀 str
🍉
🍉

Initialize an a list when you create it (this code does the same as what is above.

🏁 🍇
🍦 list 🍨🔤China🔤 🔤Nederland🔤🍆
🔂 str list 🍇
😀 str
🍉
🍉

Dictionaries, add items.

🏁 🍇
🍦 dict 🔷 🍯🐚🔡 🐸
🐷 dict 🔤James🔤 🔤USA🔤
🐷 dict 🔤Minhong🔤 🔤中国🔤
🐷 dict 🔤Anja🔤 🔤Deutschland🔤
😀 🍪🔡 🐔 dict 10 🔤 items in the dictionary🔤🍪
🍉

Initialize the dictionary when you make it, and look up a value.

🏁 🍇
🍦 dict 🍯
🔤James🔤 🔤USA🔤
🔤Minhong🔤 🔤中国🔤
🔤Anja🔤 🔤Deutschland🔤
🍆
🍦 home 🍺 🐽 dict 🔤James🔤
😀 🍪🔤James is from 🔤 home🍪
🍉

Emojicode

2017-09-11T17:37:16Z

JBG:

= Emojicode Workshop =

== About ==

[http://www.emojicode.org/ Emojicode] is an open-source, full-blown programming language consisting of emojis.

== Workshop ==

Please note that lines that begin with $, should be executed with the Terminal and are NOT program syntax. This workshop also assumes you have completed the [[Emojiterm]] workshop. The $ should not be pasted in the terminal.

All other code blocks should be considered valid Emojicode syntax.

Create a file.

$ 📝 myprog.emojic

The simplest Emojicode program looks as follows.

🏁 🍇
🍉

To save and exit the text editor (nano📝), first do Cntl+O, and then Cntl+X.

You can run it by first compiling it.

$ emojicodec greeter.emojic

Running it.

$ emojicode myprog.emojib

This program is so simple, it doesn't do anything.

The famous "Hello world!" example.

🏁 🍇
😀 🔤Hello world!🔤
🍉

Making a variable...first the "frozen" type. Frozen means you can never change it. Here we make a variable called "a"

🍦 a 10

You can also compare two numbers with this program.

🏁 🍇
🍦 a 10
🍦 b 4
🍊 ▶️ a b 🍇
😀 🔤a is bigger than b🔤
🍉
🍉

User input.

🏁 🍇
🍦 input 🔷🔡😯 🔤Ask something here?🔤
😀 🍪🔤You said: 🔤 input🍪
🍉

Convert integers to strings and back.

🏁🍇
🍦 a 🍺 🚂 🔤9🔤 10
🍊 ▶️ a 0 🍇
😀 🔤a is bigger than 10🔤
😀 🔡 a 10
🍉
🍉

Lists, make an empty list, add a 2 items (China, Nederland) print them in a loop.

🏁 🍇
🍦 list 🔷 🍨🐚🔡 🐸
🐻 list 🔤China🔤
🐻 list 🔤Nederland🔤
🔂 str list 🍇
😀 str
🍉
🍉

Initialize an a list when you create it (this code does the same as what is above.

🏁 🍇
🍦 list 🍨🔤China🔤 🔤Nederland🔤🍆
🔂 str list 🍇
😀 str
🍉
🍉

Dictionaries, add items.

🏁 🍇
🍦 dict 🔷 🍯🐚🔡 🐸
🐷 dict 🔤James🔤 🔤USA🔤
🐷 dict 🔤Minhong🔤 🔤中国🔤
🐷 dict 🔤Anja🔤 🔤Deutschland🔤
😀 🍪🔡 🐔 dict 10 🔤 items in the dictionary🔤🍪
🍉

Initialize the dictionary when you make it, and look up a value.

🏁 🍇
🍦 dict 🍯
🔤James🔤 🔤USA🔤
🔤Minhong🔤 🔤中国🔤
🔤Anja🔤 🔤Deutschland🔤
🍆
🍦 home 🐽 dict 🔤James🔤
😀 🍪🔤James is from 🔤 home🍪
🍉

Emojicode

2017-09-10T14:46:31Z

JBG:

Emojicode

2017-09-10T14:01:54Z

JBG: