The PiClass Project
Raspberry Pi Travelling Classroom - The project goal is to provide a travelling computer lab with some robotics components using a Raspberry Pi.
The classroom can support half a class, ie from 10 to 12 students and can travel between school buildings in a suitcase on wheels!
Latest news
Check out our Twitter feed for latest news about the project: @pi_class
You may also be interested by some information about our active projects.
Who is it for?
In the first round, the project is designed for primary Swiss classes located in the French speaking part of Switzerland. The workshop activities are also available for non profit associations working with young kids and teens.
We also have a PiClass project in Brazil for Summer 2015 designed for schools and non-profit associations in São Paulo.
In the second round, we will provide our services all over the world between July and August. Depending on the community growth and needs, we will provide some instructions to teachers and help to setup a local PiClass lab.
How much it will cost ?
The Raspberry Pi micro computer and the electronics components we selected are low cost, energy efficient and were created for educational purposes. A single machine costs only $35, it lets us have a standard graphical desktop with educational applications that can play with robotics, create electronics circuits and teach programming.
First we will start with an online fundraising. Then we will need an annual budget to pay volunteers and reparations, this will cost around $350 a year. Here is the cost for a minimal PiClass providing 10 workplaces for students:
| Hardware | Cost (USD) | URL |
|---|---|---|
| Raspberry Pi Model B | 400 | Skpang |
| Starter kit | 250 | Skpang |
| Power supply | 200 | Local |
| Keymap with mouse | 400 | Local |
| 5 x 7" TFT Monitor | 125 | Ebay |
| 5 x 9" TFT Monitor | 320 | Ebay |
| USB Wireless key | 100 | Adafruit |
| T-Cobbler Breakout | 65 | Adafruit |
| Temperature sensor | 40 | Adafruit |
| Mini 8x8 LED Matrix | 100 | Adafruit |
Total: $2000 without shipping
For a more complete PiClass we need a few PiCams ($150) and some more leds ($50).
Fundraising the first Piclass
The first Piclass fundraising for the first PiClass workshop was started on Saturday 9 August 2014.
The goal is to have 10 Raspberry Pi workplaces for students. The material will be used for school lessons, workshops and open Jams. It will belong to the non-profit SliTaz GNU/Linux association until we have an official PIClass non-profit association in Switzerland.
The first PiClass will start in September 2014, so we need the basic hardware to start, then we need to complete the list until the end of October. This gives us only a short time to get help and order the material.
By making a donation, you enable children to receive free computer and robotics workshops supervised by teachers and passionate open-source developers.
Workshop duration
The duration of a workshop will depend on the budget of the school or the representative organization's needs and desires about the classroom goals and the school plan. The PiClass can take place over at least a morning and can last up to one year for a big project. In short, it will fit. The duration of a lesson is 45 minutes. Here are some examples:
- Maths with LEDs or how to spot on a grid creating drawings in a single afternoon (2 lessons)
- Introduction to the use of a computer and educational games: a full morning (4 lessons)
- Building a robot, inc. soldering and programming: 8-10 lessons over the school year
- Development of a weather station to be used in sciences: 1 morning, then 1 afternoon (6 lessons)
What will the children learn
Generally children will learn to use a computer properly, to manage their files in a structured way, to control educational games, explore the hardware and turn off the machine when finished. They will learn to implement an experimental, explorational and observational device.
Through the creation of a small website, children also learn to use the keyboard, create and manipulate images, and identify different parts of a website.
Through small electronic assemblies or a grid of LEDs, we reach educational goals such as the description of a path in its familiar space indicating the points of departure, points of arrival and directions to take. So we can do math with leds!
 From a simple memory game to Python or Scratch programming students will discover, play and learn.
Transverse capacities
Collaboration | Communication | Flexible Approach | Learning Strategies | Creative Thinking
The Raspberry Pi
The Raspberry Pi is a mini computer the size of a credit card. It is supplied as a single mother card (without housing, power supply, keyboard, mouse and screen) with the aim to reduce costs and allow the use of recycled materials.
This computer is designed to encourage the learning of computer programming. However, it is sufficiently open (2 USB ports and one RJ45 1) and powerful (ARM 700 MHz, 512 MB RAM) to allow a wide range of uses.
Code & documentation
PiClass documentation and records for students are managed from GitHub. Guides for teachers about the use of Linux and Raspberry Pi system are managed from SliTaz Hg repositories.
The complete guide on SliTaz and the Raspberry Pi is already written and can be found in the SliTaz ARM Codex: PiBook
In order to have a wide range of tools for young students, the PiClass project develops some example scripts, GUIs and is very actively involved in the SliTaz GNU/Linux distribution.
Checklist
- Cross compile Scratch for SliTaz Raspberry Pi √
- Buy a few Pi, 1-2 small displays, boards, a robot and leds √
- Prepare a presentation for schools √
- Find a name, buy a domain, make a static website √
- Use selected hardware with kids to improve teaching skills: √
- Code some tools to help small kids use the Pi: on the stove
- Search for sponsors and spread the project: on the stove
- Create a Kickstarter fundraising: TODO
- Create a custom SliTaz RPi distribution suitable for students: TODO
- Prepare detailed learning lessons for young kids: TODO


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Users without an existing Dwolla account wishing to complete a payment on the Off-Site Gateway or via OAuth+Send can go through the Dwolla Direct flow, where they will create a lightweight account called a Dwolla Direct account. Customers simply provide an email and password, their full name, and then complete the bank verification process.
For future payments, users can log in with their Dwolla Direct account without any additional verification to seamlessly complete the payment process.
Dwolla Direct replaces the previous Guest Checkout experience.
Note: Dwolla Direct accounts have a transaction limit of $5000 per week. A week is defined as Monday to Sunday.
Testing: Read more about testing the instant bank account verification flow in our sandbox environment.
User Experience
Here's a typical flow of Dwolla Direct on the Off-Site Gateway:
-
Customer initiates a checkout on the merchant site.
-
Customer is prompted to create a Dwolla Direct account, or login with an existing account.
-
Customer searches the bank of the bank account they'd like to pay with. If they can't find their bank, they'll click Continue on the bottom.
-
If bank not found, they'll enter their routing number and account number. From there, their bank will be found based on the provided routing number.
-
Customer is prompted for their online banking credentials. Some banks may require other security questions at this screen.
-
Dwolla verifies the account. This process may take between a few seconds to 5 minutes.
-
If multiple checking accounts belong to the given online banking account provided, user is prompted to select the account they wish to pay from.
-
Customer is prompted to complete the payment.
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Customer is returned to the merchant website.
Configuration


Problem Solving
Getting Blocked
I got quite blocked during the design process in Sprint 3. I was in the process of coming up with a new design for this website starting from base intention questions. I think in this case the issue was in two parts:
- I felt like I had to get everything right and perfect the first time
- I was fixating on the end result, not giving my full attention to each step along the way and breaking the process into manageable steps.
Looking ahead the task felt vague and unachievable. It was a bit stressful and unpleasant at first. My automatic response was something like
"there's no time for this, I better force it until something gives to keep it moving". Obviously that's not so true or helpful, but it
took a bit of effort to see that I was thinking that way and to change my approach.
The way I did it was first to stop trying to get immediate results and get some distance from the task at hand. Then I asked myself OK what am
I actually trying to do here? I also voiced the issue I was having in one of the video checkins and got a few perspectives from
others looking back at that sprint and some currently going through it.
Doing this gave me the space to see what I was expecting and how I was attempting to solve the problem through mental force.
I came at it again with the intention of including just one or two features I knew I wanted
and going through the design process step by step based around those aspects. This felt much more accessable and enjoyable.
An Elegant Solution
I found a puzzle on free code camp which was very satisfying to solve - building a function that converts numbers into roman numerals.
I think I relied heavily on pseudocoding here - to get a solution I had to break down the process into smaller and smaller steps
until I could see a way to translate each step into code. There was no real getting stuck as such, just the process
of taking a task that I could understand, making it general so it worked everytime, and breaking it down into pieces that I could code with.
Confidence in Techniques
I have a basic tendency to not acknowledge I'm stuck and try and put in a bit more raw effort in the hopes
that the problem will just dissolve, doesn't work often! But once I do take a step back most of the
techniques feel pretty natural.
The more attached I feel to the outcome, the harder it can be to take that first step back when I hit a wall.
Asking for help from peers or mentors can sometimes take a bit more, it very much depends on how willing
I am to admit that I can't figure something the problem out, if I'm in a state of wanting
to prove myself, how much trust I have that people are willing to help etc.
Actually this is often difficult, I'd like to be able to more freely ask for help.
I think reflecting is a skill that I don't have good habits in using, I'd like to do this as part of my day more often,
when I overcome something, have some strong experience or get stuck.
I'm looking forward to encountering more problems that require me to call on all of this.


With More than 100 pages, components and layouts, HTML version gives you the power to start your application without
depending on any specific technology.
You can use HTML version to start your application in any platform and with any technology that you want.
Asp.Net MVC version is built to make it easy for Microsoft Asp.net Developers to use BeyondAdmin and build awesome applications as fast as possible.
MVC version Includes HTML Helpers for almost all Components of Bootstrap and BeyondAdmin and you can easily generate your mvc views without using bootstrap html markup directly.
It also Containt Layout Pages with all references and resource Bundles.
Asp.net Identity is used in Login and Register pages
AngularJS lets you extend HTML vocabulary of your application. The resulting environment is extraordinarily expressive, readable, and quick to develop.
BeyondAdmin AngularJs version contains directives and controllers for almost every components of template. Also you can find layout pages, lazy loading and routing configurations.
When needed, html components are replaced or completed with suitable angularJs directives or modules. also other needed angular modules such as ngGrid added to this version.
Start your next AngularJs Project right from here.
ASP.NET Web Forms lets you build dynamic websites using a familiar drag-and-drop, event-driven model. A design surface and hundreds of controls and components let you rapidly build sophisticated, powerful UI-driven sites with data access.
Web Forms are the heart and soul of ASP.NET. Web Forms are the User Interface (UI) elements that give your Web applications their look and feel.


-
Richard E. Merwin Student Scholarship
Are you an active student volunteer leader in a student branch or chapter? If so, do not miss the chance to win $40,000 in student scholarships from $1,000 and up offered by IEEE Computer Society to reward student leadership.
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IEEE Computer Society has created a special award to encourage undergraduate students members to develop excellence in their communication skills and to motivate students toward achievement in CS. The winner of the award will get $500 plus a certificate of commendation. Runner ups will also get a certificate of commendation.
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Upsilon Pi Epsilon Honor Society
We want to invite all graduate and undergraduate students who are IEEE Computer Society members and who had minimum grade point average of 3.0 out of a possible 4.0 in your academic transcript are invited to apply for this scholarship. Up to four awards of $1,000 each are given each year to competition winners, plus a certificate of commendation, and a periodical subscription for one year.
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Outstanding Chapter Award
The IEEE Computer Society wants to award the CS chapter and student branch chapter that has provided their membership with the best overall set of programs and activities. If your chapter wins this award, it will be recognized for achieving excellence in its chapter operations at a Computer Society Board of Governors meeting.


{{vm.school.address}}
| Title | last name | Age | Actions |
|---|---|---|---|
| {{row.title}} | {{row.startdate| date:'dd-MM-yyyy'}} | {{row.enddate| date:'dd-MM-yyyy'}} |
| Name | Surname | Cell | Actions |
|---|---|---|---|
| {{row.name}} | {{row.surname}} | {{row.cellnumber}} |
| Name | Grade Name | Subject | Actions |
|---|---|---|---|
| {{row.name}} | {{row.gradename}} | {{row.subject}} |
| Name | Surname | Student Number | Actions |
|---|---|---|---|
| {{row.name}} | {{row.surname}} | {{row.studentnumber}} |
| Name | Level | Actions |
|---|---|---|
| {{row.name}} | {{row.level}} |


{% extends 'base.html' %} {% load static %} {% block title %} Restaurant Detail {% endblock %} {% block style %} {% endblock %} {% block content %}
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{{ rest.description }}
{{ review.user.first_name }} {{ review.user.last_name.0 }}.
{{ review.user.n_of_reviews }} Reviews{{ review.comment }}
{{ rest.address }}
{{ rest.city }}
{{ rest.country }}
{{ rest.phone_number }}


Nick_name_1
Nick_name_2
Nick_name_1
Nick_name_2
Nick_name_1
Nick_name_2
Nick_name_1
Nick_name_2
Nick_name_1
Nick_name_1
Nick_name_2
Nick_name_1
Nick_name_2
Nick_name_1
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John_Darkman
:
Oh, hi mark!

Maaammmmmmmaaaa life had just begun, didn't mean to make you cry, body's aching all the time! Mammmmmaaaaaaa take me hoooome, coooountry roads
Cv287
:
Hello


It is a Swarm demo. Swarm is a JavaScript real-time model sync library. It synchronizes JavaScript objects for clients and servers alike. Swarm solves the M in MVC.
In the demo above, 9 onscreen iframes are connected to 9 different servers. The position of the big card suit sign is synchronized between iframes using the Swarm library. Try hovering a mouse over some iframe. The suit sign must follow.
It also syncronizes positions of other people's mouse pointers. In case somebody else is playing with the page right now, you should see their suit signs moving. Those are smaller.
Servers go offline randomly to test how other servers reconfigure the topology. Then they go back online pulling the state from other servers.
With the spread of node.js and HTML5, server-side and client-side environments converge. The browser gets its own storage and a continuous two-way connection to the server. The server runs JavaScript. Often, the same codebase is conveniently used both at the server and at the client.
Still, the client and the server are mostly synchronized using HTTP request based APIs.  That model increasingly deverges from the reality. Without even mentioning real-time collaboration and updates, these days we may even need to synchronize various devices used by the same user.
Mapping the old model to the new reality is a really painful experience: fetch some model from the database in several steps of asynchronous logic, and then you need another one. Synchronizing multiple clients is even worse. Meanwhile, the problem is really basic and easy to formalize: just keep those objects synchronized.
So, we are scrathing our own itch. Or more precisely, putting bandages on our own wounds :)
It uses WebSocket in the browser and node.js on the server. Servers talk to each other by WebSocket as well. Each object change is timestamped and versioned. Version identifiers are similar to those used by MongoDB and others. They are essentially Lamport timestamps.
Once a client is interested in some object, it subscribes to it at the server. The server talks to other server that is responsible for the object. We use consistent hashing to appoint the responsible server, although that is pluggable. Together, servers form a spanning tree to propagate updates efficiently. The tree is different for every object.
We assume that servers form a full mesh which can only be disrupted temporarily. As servers come and leave, the load is redustributed. Swarm gives no guarantees regarding transactions or persistence, but it can deliver the data to your backend. It is just a 1000-line JavaScript library, after all.
No.
Meteor took the general approach of proxying MongoDB to the client side. We do it the other way around: we deliver JavaScript objects to and fro the backend.
Compared to Derby (and Meteor as well), Swarm is one tool for one job. It imposes nothing. It just synchronizes JavaScript objects.
Differently from Firebase, Swarm is an open library you may run inside your own setup. No lock-in.
Backbone is an MVC framework assuming an HTTP/JSON API behind it. Swarm only replaces the HTTP/JSON part. Well, it also emits change events. Swarm is the M. Probably, we should spell it swarM.


About Where
Where is a Python Software package used for analyzing geodetic data. Currently, the software only supports VLBI data, but work is underway also for other techniques. The Where software is made available to the geodetic community as an open source, MIT-licensed project.
Getting Where
The latest release of Where is version 2.1.2. It can be downloaded through GitHub. See Installing Where for details on how to install the software.
License
Where is developed at the Norwegian Mapping Authority and made available under an MIT license. The MIT license is permissive allowing you to use, modify and distribute the software, as long as copyright and license notices are preserved.
Acknowledgement and Citing
If you are using Where for work or research, in presentations or as part of a code or analysis project, we ask that you acknowledge or cite Where as appropriate.
Software Overview
For information on how to get started using Where, see the Quickstart tutorial.
Where is built as a modular software so that it is easy to customize how the analysis done, change which models are used, and even write new models. The following describes some key concepts of the Where software.
Pipeline
A pipeline is a description of a particular analysis. Currently, Where only supports the VLBI pipeline which can analyze VLBI data. Through configuration profiles the VLBI pipeline can be set up to analyze different kinds of VLBI sessions, including R1/R4- and intensive sessions.
Analysis
An analysis is a pipeline applied to specific data. Typically, an analysis is the result of running Where on one VLBI session. The product of an analysis is a dataset containing all the input and output of the analysis. In addition, further products like sinex files, estimation parameters, maps etc may be written at the end of an analysis.
Configuration
Each Where pipeline has a configuration which defines the details of how the analysis is done. Examples of configuration settings for VLBI include
- which observation format to use (NGS or vgosDB)
- how to clean the data before analysis
- which site displacement models to apply
- which reference frame to use for a priori station coordinates
- which parameters to estimate
For each analysis, the pipeline configuration is copied and can be tailored to the specific session that is being analyzed, for instance by specifying clock breaks, or that observations for a given radio source should be discarded.
Configuration Profile
In order to simplify configuring Where for different kinds of VLBI sessions,
several configuration profiles are defined. The default configuration for
VLBI is tuned for R1/R4 24-hour sessions. The same configuration does not work
well for intensive sessions, for example, due to there being much fewer
observations so that only a few variables should be estimated. This is supported
by using the intensives
configuration profile.
Dataset
Both input data and results from the modeling are stored in a Where dataset. A dataset essentially consists of corresponding time series for all relevant variables in an analysis.
A dataset can be explored interactively in the companion There software. In addition, Where can transform a dataset to other useful products such as SINEX files, estimated parameters or maps quantifying the result of an analysis.


personal computers before! The company earned $47 million in revenues in fiscal year 1979, making Steve Jobs a millionaire on paper (he owned $7 million worth of private stock). The company’s board of directors, including its new members such as Arthur Rock and Don Valentine, began to discuss taking Apple public.
Meanwhile, the engineers in Cupertino started working on Apple’s future. Several projects came into being in those early years. First, in late 1978, there was the Apple III, which was supposed to build on Apple II’s legacy. Woz did not partake in the project and was critical of it early on. There was also an obscure project called Macintosh, headed by computer scientist Jef Raskin. He started to assemble a small team to work on a computer “as easy to use as a toaster”, that he named after his favorite apple.
Steve Jobs was not involved in any of those projects.


--- layout: page title: About header-img: "img/about-bg.png" ---
Coming from a career as a successful high volume metals trader and currently being involved in option trading start-ups, I ran into the upper limits of my programming and analytical abilities, which led me into the field of data science.


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ProjectDeclaration Class
Definition at line
24
of
Project.hpp
Constructors
ProjectDeclaration
(
ProjectDeclarationType
declarationType_)
Member Functions
ProjectDeclarationType
GetDeclarationType
()
const
Member Variables
ProjectDeclarationType
declarationType
Constructor Details
ProjectDeclaration Constructor
cmajor::ast::ProjectDeclaration::ProjectDeclaration(
ProjectDeclarationType
declarationType_)
Definition at line
40
of
Project.cpp
:
40
:
declarationType
(
declarationType_
)
41
{
42
}
Declaration at line
27
of
Project.hpp
Member Function Details
GetDeclarationType Member Function
ProjectDeclarationType
cmajor::ast::ProjectDeclaration::GetDeclarationType()
const
Definition at line
29
of
Project.hpp
:
29
{
return
declarationType
;
}
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--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/plus.20construction.html ---
@Reid Barton, I just ran into what may be a universe problem, or may just be me being sleepy. I'm trying to do the plus construction, working towards sheafification.
Unfortunately the category of covers of an open set U looks to be one universe level too high for me to be able to take the colimit over it... :-(
I actually have to run now, but in case you're interested my work is at https://github.com/leanprover-community/mathlib/blob/sheaves/src/topology/Top/presheaf/plus.lean
and I'm following https://stacks.math.columbia.edu/tag/00W1 (but just for a topological space, not a site).
If your covers are families indexed on a type then it sounds correct that the category of covers is only essentially small
And that only if you restrict to finite covers or covers with some cardinality bound
@Scott Morrison Have you looked through Section 7.6 (https://stacks.math.columbia.edu/tag/00VG) and in particular 7.6.3, 7.6.4 and https://stacks.math.columbia.edu/tag/000X?
The last (Lemma 3.11.1) is an unabashedly set-theoretic way of addressing the issue
Thanks for the references. I hadn't been expecting this difficulty! :-)
Lemma 3.11.1 seems to really require working with general sites --- is it really the case that I can't do this "colimit of covers, of zeroth-Cech cohomology" version of plus construction while working solely with open sets in a topological space?
I really don't have the energy for such a set-theoretic diversion, so probably will either give up on trying to do sheafification, or try the "sections-of-stalks" approach given in https://stacks.math.columbia.edu/tag/007X. Hopefully that one has no set-theoretic issues?
I don't think Kenny or Ramon or any of us did sheafification using the more low level approach either
At some point we'll want higher cohomology of course. People are I guess already aware that cohomology of a space might end up one universe higher than the space if computed in certain ways
I would suggest instead to work not directly with covers
but with an arbitrary (small) collection of covering families. Then for the Zariski topology I think you can easily construct such a small collection with the correct sheaves by considering only "self-indexed" covers, that is, set (set X)
.
@Reid Barton, could you spell out a bit what you intended by
but with an arbitrary (small) collection of covering families.
Can I get away with just using the following poset?
def cover : Type v := set (opens X) structure hom (c d : cover X) := (r : Π U, c U → ∃ V, U ⊆ V ∧ d V)
(I'm keen to avoid generality where possible on this first attempt at things. :-)
No, that goes wrong for other reasons... Think I sorted it out for now. I'm allowing covers indexed by arbitrary types, but when I do the plus construction I'm only doing the colimit over covers of the form set (opens X)
.
I feel like added generality almost always makes life simpler
:-)
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


| AddCmd |
ADD command used to load the existing files to the library
|
| BookEntry |
Immutable class encapsulating data for a single book entry.
|
| CommandFactory |
Static factory for creating library commands.
|
| CommandInterpreter |
Class responsible for creating library commands
from given user input and executing them.
|
| ExitCmd |
Exit command indicating termination of the program.
|
| GroupCmd |
GROUP command for printing loaded books in several groups
|
| HelpCmd |
Help command used to print usage information of available commands.
|
| LibraryBrowser |
The main library browser module which
runs the main loop and handles user input
and high level command creation and execution.
|
| LibraryCommand |
Super class for all commands which ties
command creation and initialisation using arguments together.
|
| LibraryData |
Class responsible for handling currently loaded
book data and loading additional data from file.
|
| LibraryFileLoader |
Class responsible for loading
book data from file.
|
| ListCmd |
LIST command used to display all loaded books in a given template
|
| ListOperationUtils |
All the static methods for manipulating a list
|
| Main |
Main entry point into the library browser program.
|
| RemoveCmd |
REMOVE command for removing books from the library
|
| SearchCmd |
SEARCH command used to search all the books with given search criteria
|


André Gonçalves
Learn and invest on the web platform core, instead of frameworks:
Platform features will outlive libraries
And your are reducing the number of dependencies and the abstraction level
What are you talking about? React is cool and fast...
components are supposed to be immutable and the data within them unable to change. This way, they will only listen to data that is flowing from upstream and not data that is coming from each other. That is why React.js is known for the creation of canonical data sources that will stay synchronized across the components that will pay attention to it. It is what makes it the best framework for creating highly interactive web applications.
React uses a very efficient "diffing" algorithm for mutating the DOM only when necessary. It creates a lightweight tree from Javascript objects that mimic a DOM tree.
Browser APIs to define new HTML elements
The <template> tag now allows documents to contain inert chunks of DOM
Encapsulated DOM and styling
Declarative methods of importing HTML documents into other documents
  <meta charset="utf-8"> <meta name="viewport" content="width=device-width"> <title>Clock</title> <link rel="import" href="clock.html">   <cool-clock></cool-clock> <cool-clock tz="Asia/Tokyo"></cool-clock>
<template id="el-tmpl">
Clock
 </template>
customElements.define('cool-clock', Clock); class Clock extends HTMLElement { constructor () { super(); this.state = {}; } connectedCallback () { this._attachShadowDOM(); this.setState({ date: new Date(), tz: this.getAttribute('tz') }); }
setState (obj) { this.state = obj; this.render(); } render () { const d = this.state.date; const tz = this.state.tz || "Europe/Lisbon"; let html = `${d.toLocaleString('pt', {timeZone: tz})}`; diff.innerHTML(this._root, html); }
class App { constructor () { let clocks = document.querySelectorAll('cool-clock'); setInterval(_ => { clocks.forEach((c) => { c.date = new Date(); }); }, 500); } } new App();Working demo
https://github.com/andregoncalves/webcomponents-presentation


Thermostat
Turn temp up
Turn temp down
Reset temp
Power Saving Mode
Current temperature:
Choose city
London
New York
Paris
Tokyo


CPPGM Programming Assignment 7 (nsdecl)
Overview
Write a C++ application called nsdecl
that takes as input a set of C++ Source Files, executes translation phases 1 through 7, and describes the semantically analyzed translation units in the specified format.
The behaviour of nsdecl
is undefined if ANY of the following are true:
A translation unit does not match pa7.gram
The program is ill-formed, whether the standard requires a diagnostic or not.
If a function has more than one entry in its overload set.
If a name lookup occurs in a declaration after a qualified declarator-id (3.4.3p3 not required).
Prerequisites
You should complete Reading Assignment A before starting this assignment.
Starter Kit
The starter kit can be obtained from:
$ git clone git://git.cppgm.org/pa7.git
It contains:
- a stub implementation of
nsdecl
- a compiled reference implementation
nsdecl-ref
- a test suite.
- a stdin/stdout wrapper for
nsdecl-ref
callednsdecl-ref-stdin
. - the grammar for this assignment called
pa7.gram
- a html grammar explorer of
pa7.gram
in the sub-directorygrammar/
You will also want to reuse some of your PA6 solution.
Input / Command-Line Arguments
The same as PA6 recog
. Behaviour is undefined unless the command-line arguments match:
$ nsdecl -o <outfile> <srcfile1> <srcfile2> ... <srcfileN>
with the same relaxations as PA6
Output Format
nsdecl
shall write the following to <outfile>
:
The first line shall be:
<n> translation units
where <n>
is the number of translation units.
Following that, each translation unit shall be described in the order specified on the command-line.
Translation Unit Description
Each translation unit shall start with:
start translation unit <srcfile>
Where <srcfile>
is the same as the command-line argument.
The global namespace shall then be described.
Each translation unit shall end with:
end translation unit
Namespace Description
Each named namespace description shall start with:
start namespace <name>
Each unnamed namespace, and the global namespace, shall start with:
start unnamed namespace
If a namespace is inline the following line shall be:
inline namespace
Following shall be descriptions of member variables, functions and namespaces - in that order.
Each of the three lists of entities shall be ordered in order of first declaration within the translation unit.
Finally, each namespace description shall be terminated with:
end namespace
Variable Description
Each declared variable (whether or not defined) shall be described on one line as follows:
variable <name> <type>
Where <name>
is the unqualified variable name, and <type>
is the description of the variables type.
Function Description
Each declared function (whether or not defined) shall be described on one line as follows:
function <name> <type>
Where <name>
is the unqualified function name, and <type>
is the description of the variables type.
Type Description
Fundamental Types shall be described in the canonical form given in PA2. Specifically one of:
signed char
short int
int
long int
long long int
unsigned char
unsigned short int
unsigned int
unsigned long int
unsigned long long int
wchar_t
char
char16_t
char32_t
bool
float
double
long double
void
nullptr_t
Compound types shall be described recursively as follows:
const T
volatile T
const volatile T
pointer to T
lvalue-reference to T
rvalue-reference to T
array of unknown bound of T
array of N T
function of (P1, P2, P3) returning R
function of (P1, P2, P3, ...) returning R
Where T, P1, P2, ..., Pn and R are types and N is a positive integer
Error Handling
Behaviour of nsdecl
is undefined if an error occurs.
Standard Output / Error
Standard output and standard error are ignored for nsdecl
.
Features
You will need to implement the following features:
typedef, variable and function declarations
namespaces, both named and unnamed, and both noninline and inline.
namespace aliases (
namespace foo = bar
), using declarations (using a::b::c
), using directives (using namespace foo
) and alias declarations (using foo = bar
).unqualified and qualified name lookup in order to support typedef use, and qualified declaration matching.
In this assignment constant-expression
is used by array bound, but a pa7.gram constant-expression
can only be a TT_LITERAL
(a non-user-defined literal). Which literals are semantically well-formed are described in 8.3.4:
[the literal bound shall be a] converted constant expression of type std::size_t and its value shall be greater than zero.
As per the PA7 requirements only literals that satisfy this condition have defined behaviour for PA7.
Standard Revision
You will want to carefully review:
- 3.4.1 Unqualified Name Lookup
- 3.4.3 Qualified Name Lookup
- <IP_ADDRESS> The Cv-Qualfiers
- <IP_ADDRESS> Simple Type Specifiers
- 7.3 Namespaces
- 8.3 Meaning Of Declarators
However other parts of the standard will come into play as well. Reading these sections alone is not a substitute for completing RAA.
Design Notes (Optional)
There are several building blocks you will need to implement.
Firstly you will need to model and pass around type information within the compiler. One way is to create a base class Type
to represent the different possible types, then derive each type category from that.
Thereafter you may want to similarly model entities (objects, references, functions, namespaces, etc), with a base class Entity
.
For this assignment there is only one type of scope, that being namespace scope. Recall that the global namespace is itself a namespace. Other types of scopes (including function prototype scope), can be disregarded for PA7.
A scope contains a map from names to entities. For this assignment you can just store this map in your Namespace object.
Thereafter you will want to go through PA7.gram and either using your PA6 parser as a prototype or an abstract base, create semantic actions in the parser that will construct and modify appropriate model objects. For example, if you encounter a simple declaration of a new variable, you may construct a Variable object and add it to the current Namespace object.
When you encounter a name in a declaration you will need to implement name lookup. The Namespaces that need to be searched for a name, and in what order, are described in 3.4. Inline namespaces and using directives have different rules depending on whether you are doing an unqualified lookup (a name A
, or the B
in B::C::D
), or doing qualified lookup (the C
in B::C::D
). Also different name lookup contexts may only find certain types of names (for example only namespaces, or only types), so you may want to parameterize your name lookup code with a filter parameter.
Linking is not required for this assignment. Each translation unit can be semantically analyzed separately with no interaction between them. In a later assignment you will need to analyze linkage and determine when two names from two different translation units should name the same entity.
The recommended overall structure of your nsdecl
application is to parse each translation unit into an object model, and then walk the object model in the given order to create the output format.


Main module¶
-
class
Main.
User
(lock, name=None)[source]¶ Bases:
object
Class representing user in web app.
-
property
authenticated
¶
-
property
face_verified
¶
-
property
pass_verified
¶
-
property
pin_verified
¶
-
property
speech2_verified
¶
-
property
speech_verified
¶
-
property
-
Main.
face_verification
()[source]¶ Starts face recognition process, if face is verified redirects to main page.
- Returns
redirects to main page or block page


elixush v0.0.4 Elixush.Instructions.Float
Summary
Functions
Pushes the sum of the top two items
Returns a function that pushes the product of the top two items
Returns a function that pushes the result of comparator of the top two items on the ':float' stack onto the boolean stack
Returns a function that pushes the result of comparator of the top two items on the ':float' stack onto the boolean stack
Returns a function that pushes the result of comparator of the top two items on the ':float' stack onto the boolean stack
Returns a function that pushes the result of comparator of the top two items on the ':float' stack onto the boolean stack
Returns a function that pushes the maximum of the top two items
Returns a function that pushes the minimum of the top two items
Returns a function that pushes the modulus of the top two items. Does nothing if the denominator would be zero
Pushes the product of the top two items
Pushes the difference of the top two items
Functions
Returns a function that pushes the result of comparator of the top two items on the ':float' stack onto the boolean stack.
Returns a function that pushes the result of comparator of the top two items on the ':float' stack onto the boolean stack.
Returns a function that pushes the result of comparator of the top two items on the ':float' stack onto the boolean stack.
Returns a function that pushes the result of comparator of the top two items on the ':float' stack onto the boolean stack.
Returns a function that pushes the modulus of the top two items. Does nothing if the denominator would be zero.


Pæy is a decentralized payment system that allows payment with crypto currencies
List of Buy Transaction
List of Sell Transaction


The project “Scholarship Document VErification System” is a web based application developed for managing students scholarship details, branch details and college details. The software is very helpful to find the eligible candidates from different streams in a college. It also aids students by reducing the amount of paperwork needed, as well as helps staff to scrutinize the application easily and effectively. Three feature of this project.
After facing various issue in college during document verfication. I realize that student have submit resubmit every document again and again which increase problems for students and managent committee. This give the origin to this project idea.
We work we accomplish.
Quos quia provident consequuntur culpa facere ratione maxime commodi voluptates id repellat velit eaque aspernatur expedita. Possimus itaque adipisci.
Quos quia provident consequuntur culpa facere ratione maxime commodi voluptates id repellat velit eaque aspernatur expedita. Possimus itaque adipisci.
Quos quia provident consequuntur culpa facere ratione maxime commodi voluptates id repellat velit eaque aspernatur expedita. Possimus itaque adipisci.
Quos quia provident consequuntur culpa facere ratione maxime commodi voluptates id repellat velit eaque aspernatur expedita. Possimus itaque adipisci.


--- layout: post title: Productive procrastination date: 2009-02-20 17:09:58.000000000 +01:00 categories: [] tags: [] status: publish type: post published: true meta: _edit_last: '5236424' author: login: stricksucht email<EMAIL_ADDRESS>display_name: stricksucht first_name: '' last_name: '' ---
Well, I'm still procrastinating. I didn't make it to the library today (again...), since I woke up around 10 a.m. and by then the library normally is crowded. So I stayed at home and guess what - at first I did study quite effectively. But then I thought 'Why not unravel some of these very nasty skeins you've got?' and startet to unravel and reravel (is that even a word??) some skeins from Mommy's old yarn stash I've inherited when she gave up knitting years ago. Takes approximately half an hour per yarn and is definitely more fun than studying... *hmpf!!!*


"Stefan is a treasured asset for any team and I'm very proud to say that I worked with him." More...
His "background enabled him to jump into a complex new domain [...] and to successfully devise a hardware/software system to meet our business plan." More...
"From customer research and product ideation to product management and UX strategy there are few of his caliber." More...
"One of the key achievements this year was...significant improvements to the user experience for geo-targeting." More...
"Taught me the importance of understanding how software works from top to bottom, enabling me to make more strategic design decisions" More...
Stefan "enables his teams to own the projects they're working on while also providing guidance and a high-level perspective on the tough strategic choices" More...
"Stefan is a considerate team leader who listens well and elicits good ideas from team members to make the product the best it can be." More...
Software Product + Design Stefan has helped to create successful new products at companies such as Bloomberg and Google. He lives in Austin and has degrees from The Univ. of Texas at Austin and Yale. More about Stefan
{% include social_buttons.html %} stefan.smagula via gmail
+1<PHONE_NUMBER>
Let's get coffee and chat
{{ post.content | strip_html | truncatewords: 25 }}
{{ post.date | date: "%b %-d, %Y" }}View all posts or subscribe via RSS


| DOSE: T+ 0:00 |
2.5 mg |
oral |
DOI |
(blotter / tab) |
| T+ 3:00 |
10 mg |
oral |
2C-E |
(powder / crystals) |
| T+ 4:00 |
5.0 mg |
smoked |
AMT |
(powder / crystals) |
| T+ 9:45 |
1.0 mg |
insufflated |
Pharms - Lorazepam |
(powder / crystals) |
| T+ 10:00 |
1.0 mg |
insufflated |
Pharms - Lorazepam |
(powder / crystals) |
This report is about someone who isn't me.
3:30pm
DOI dosed with a friend taking same amount each(1 paper). My body weight is 200lbs his is 150lbs, both ~6'1'.
6:30pm
what are believed to be the full visual effects of the DOI have already started taking hold and a clear ++ is felt. 10mg of 2c-e is consumed by me and my friend knowing that this combination will help the visuals sparkle.
7:30pm
2c-e visuals are very apparent and are mixing nicely with the DOI. A wonderful Mix of 3d-kelidoscopes and different patterns/colors waving and shifting but we decided to take about 2 hits of AMT out of the light bulb each. This was the push we needed because after about 30 minutes it was KAZAM! While attempting to trick or treat with a couple of friends who stopped by (way to old to be doing this stuff, all of us) and after 1 house I return home in complete Terror of the possibilities surrounding me of 'police' tricker treating with kids.
8:00pm
Full effects are felt from the combination of doi+2c-e+amt and I am at an incredible +++ with full blown open eyed imagery. All kinds of bending and warping, incredible! Reality is breathing and movement, colors/shapes are there that normally would not be there. We start watching 'Geepers Creapers II'.
11:00pm
Incredible laughter during the film and now its time to watch Sci-Fi channels 'Halloween LIVE' episode of 'Ghost Hunters' which is happening via live web stream/TV at the Stanley Hotel in Estes, CO.
12:00am
My friend and I are logged in watching the feed and for some reason it keeps moving and warping and things that aren't there ARE THERE. White noise blending into patterns and shapes inside the stream. Movement and shapes are constantly reported by hitting the 'PANIC BUTTON' and filling out a quick form with comments like, :'Holy F***! Did you just see that?' and 'OMG there was a bunny type object moving across the corner' and 'a white floating thing moving in middle view' and 'WTF IS IN THE WINDOW! OMG! I HEAR VOICES'. The audio stream is CRANKED at full blast and faint voices of the two females in the 'control' room of the Internet feed can be heard talking faintly in the distance.
The sounds keep coming out from behind while we return to watch the TV, hearing faint laughter, sudden outburst from my computer feed.
1:00am-6:00am
Holy God, the intense visuals continue for HOURS all the way till the end of the 6 hour MARATHON, and we're still tripping balls. ~5:15am 1mg Ativan (lorazepam) is taken by both of us and then 15 minutes later another 1mg ativan apiece goes up our nasal passageways. I grab my last beer and start to slowly sip the sweet $5.69 Keystone Light brew. After a while I feel capable of sleeping, and convince my friend to try and attempt to drive home, even though he is still having full blown hallucinations and can't even read text on the screen as all the movement of the letters, forming of patters/colors, all breathing together is too distracting.
[Erowid Note: Driving while intoxicated or tripping is dangerous and irresponsible because it endangers other people. Don't do it!]
7:00am-1:43pm
Sleep, oh and the INCREADIBLE DREAMS! Ghost hunters all in my mind with weird alien twists and side plots. 6 hours all together good rest and my regular morning meds (Zoloft 150mg, 1mg Ativan, 20mg Aderall XR) and I'm off to work, arriving 30 minutes late...
Overall this was an excellent combination/experience and I would want to try again. 8 hours of incredible visuals followed by 6 hours sleep with lucid/crazy dreams and still a 1.5+ when i awake.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Entitlement(name: String, value: Int)
Represents an entitlement related to using Sudo service APIs. Currently only entitlement that's used in Sudo service is "sudoplatform.sudo.max" to represent the maximum number of Sudos each user is allowed to provision.
name
- entitlement name, e.g "sudoplatform.sudo.max" for maximum number of Sudos.


|
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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use org.apache.commons.math.linear | |
|---|---|
| org.apache.commons.math.linear | Linear algebra support. |
| org.apache.commons.math.ode | This package provides classes to solve Ordinary Differential Equations problems. |
| org.apache.commons.math.ode.nonstiff | This package provides classes to solve non-stiff Ordinary Differential Equations problems. |
| org.apache.commons.math.ode.sampling | This package provides classes to handle sampling steps during Ordinary Differential Equations integration. |
| org.apache.commons.math.optimization | This package provides common interfaces for the optimization algorithms provided in sub-packages. |
| org.apache.commons.math.optimization.linear | This package provides optimization algorithms for linear constrained problems. |
| org.apache.commons.math.random | Random number and random data generators. |
| org.apache.commons.math.stat.correlation | Correlations/Covariance computations. |
| org.apache.commons.math.stat.descriptive | Generic univariate summary statistic objects. |
| org.apache.commons.math.stat.descriptive.moment | Summary statistics based on moments. |
| org.apache.commons.math.stat.regression | Statistical routines involving multivariate data. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.linear | |
|---|---|
| AbstractFieldMatrix
Basic implementation of FieldMatrix methods regardless of the underlying storage. |
|
| AbstractRealMatrix
Basic implementation of RealMatrix methods regardless of the underlying storage. |
|
| AbstractRealVector
This class provides default basic implementations for many methods in the RealVector interface. |
|
| AbstractRealVector.EntryImpl
An entry in the vector. |
|
| AnyMatrix
Interface defining very basic matrix operations. |
|
| Array2DRowFieldMatrix
Implementation of FieldMatrix FieldElement [][] array to store entries. |
|
| Array2DRowRealMatrix
Implementation of RealMatrix using a double[][] array to store entries and LU decomposition to support linear system solution and inverse. |
|
| ArrayFieldVector
This class implements the FieldVector interface with a FieldElement array. |
|
| ArrayRealVector
This class implements the RealVector interface with a double array. |
|
| BigMatrix
Deprecated. as of 2.0, replaced by FieldMatrix with a BigReal parameter |
|
| BigMatrixImpl
Deprecated. as of 2.0, replaced by Array2DRowFieldMatrix with a BigReal parameter |
|
| BlockFieldMatrix
Cache-friendly implementation of FieldMatrix using a flat arrays to store square blocks of the matrix. |
|
| BlockRealMatrix
Cache-friendly implementation of RealMatrix using a flat arrays to store square blocks of the matrix. |
|
| CholeskyDecomposition
An interface to classes that implement an algorithm to calculate the Cholesky decomposition of a real symmetric positive-definite matrix. |
|
| DecompositionSolver
Interface handling decomposition algorithms that can solve A × X = B. |
|
| EigenDecomposition
An interface to classes that implement an algorithm to calculate the eigen decomposition of a real matrix. |
|
| FieldDecompositionSolver
Interface handling decomposition algorithms that can solve A × X = B. |
|
| FieldLUDecomposition
An interface to classes that implement an algorithm to calculate the LU-decomposition of a real matrix. |
|
| FieldMatrix
Interface defining field-valued matrix with basic algebraic operations. |
|
| FieldMatrixChangingVisitor
Interface defining a visitor for matrix entries. |
|
| FieldMatrixPreservingVisitor
Interface defining a visitor for matrix entries. |
|
| FieldVector
Interface defining a field-valued vector with basic algebraic operations. |
|
| InvalidMatrixException
Thrown when a system attempts an operation on a matrix, and that matrix does not satisfy the preconditions for the aforementioned operation. |
|
| LUDecomposition
An interface to classes that implement an algorithm to calculate the LU-decomposition of a real matrix. |
|
| MatrixIndexException
Thrown when an operation addresses a matrix coordinate (row, col) which is outside of the dimensions of a matrix. |
|
| MatrixVisitorException
Thrown when a visitor encounters an error while processing a matrix entry. |
|
| NonSquareMatrixException
Thrown when an operation defined only for square matrices is applied to non-square ones. |
|
| NotPositiveDefiniteMatrixException
This class represents exceptions thrown when a matrix expected to be positive definite is not. |
|
| NotSymmetricMatrixException
This class represents exceptions thrown when a matrix expected to be symmetric is not |
|
| OpenMapRealMatrix
Sparse matrix implementation based on an open addressed map. |
|
| OpenMapRealVector
This class implements the RealVector interface with a OpenIntToDoubleHashMap backing store. |
|
| QRDecomposition
An interface to classes that implement an algorithm to calculate the QR-decomposition of a real matrix. |
|
| RealMatrix
Interface defining a real-valued matrix with basic algebraic operations. |
|
| RealMatrixChangingVisitor
Interface defining a visitor for matrix entries. |
|
| RealMatrixImpl
Deprecated. as of 2.0 replaced by Array2DRowRealMatrix |
|
| RealMatrixPreservingVisitor
Interface defining a visitor for matrix entries. |
|
| RealVector
Interface defining a real-valued vector with basic algebraic operations. |
|
| RealVector.Entry
Class representing a modifiable entry in the vector. |
|
| RealVectorFormat
Formats a vector in components list format "{v0; v1; ...; vk-1}". |
|
| SingularValueDecomposition
An interface to classes that implement an algorithm to calculate the Singular Value Decomposition of a real matrix. |
|
| SparseFieldMatrix
Sparse matrix implementation based on an open addressed map. |
|
| SparseFieldVector
This class implements the FieldVector interface with a OpenIntToFieldHashMap backing store. |
|
| SparseRealMatrix
Marker interface for RealMatrix implementations that require sparse backing storage |
|
| SparseRealVector
Marker interface for RealVectors that require sparse backing storage |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.ode | |
|---|---|
| Array2DRowRealMatrix
Implementation of RealMatrix using a double[][] array to store entries and LU decomposition to support linear system solution and inverse. |
|
| RealMatrix
Interface defining a real-valued matrix with basic algebraic operations. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.ode.nonstiff | |
|---|---|
| Array2DRowRealMatrix
Implementation of RealMatrix using a double[][] array to store entries and LU decomposition to support linear system solution and inverse. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.ode.sampling | |
|---|---|
| Array2DRowRealMatrix
Implementation of RealMatrix using a double[][] array to store entries and LU decomposition to support linear system solution and inverse. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.optimization | |
|---|---|
| RealMatrix
Interface defining a real-valued matrix with basic algebraic operations. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.optimization.linear | |
|---|---|
| RealVector
Interface defining a real-valued vector with basic algebraic operations. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.random | |
|---|---|
| NotPositiveDefiniteMatrixException
This class represents exceptions thrown when a matrix expected to be positive definite is not. |
|
| RealMatrix
Interface defining a real-valued matrix with basic algebraic operations. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.stat.correlation | |
|---|---|
| RealMatrix
Interface defining a real-valued matrix with basic algebraic operations. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.stat.descriptive | |
|---|---|
| RealMatrix
Interface defining a real-valued matrix with basic algebraic operations. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.stat.descriptive.moment | |
|---|---|
| RealMatrix
Interface defining a real-valued matrix with basic algebraic operations. |
| Classes in org.apache.commons.math.linear used by org.apache.commons.math.stat.regression | |
|---|---|
| RealMatrix
Interface defining a real-valued matrix with basic algebraic operations. |
|
| RealVector
Interface defining a real-valued vector with basic algebraic operations. |
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


WITNESS LIST Ways & Means Committee April 2, 2003-2:30P HB 30 For: Freehill, Kenneth (Self and Screen Actors Guild) Garcia, Hector (Screen Actors Guild, American Federation of Television and Radio Artists - Dallas Branch) Hinojosa, Walter (Texas AFL-CIO) Perella, Marco (Self) Rector, Ken (International Alliance of Theatrical Stage Employees Local 484-Texas) On: Pirie, Carol (Texas Film Commission) HB 361 Against: Lavine, Dick (Center for Public Policy Priorities) HB 376 For: Lavine, Dick (Center for Public Policy Priorities) HB 976 For: Casteel, Edward (Metroplex Technology Business Council) Dickens, Linda (AeA) Robinson, Ron (Metroplex Technology Business Council) Against: Lavine, Dick (Center for Public Policy Priorities) On: Reissig, Mike (Texas Comptroller of Public Accounts) HB 1994 On: Ancira, Jessie (Texas Comptroller of Public Accounts) HB 1995 On: Ancira, Jessie (Texas Comptroller of Public Accounts) HB 2120 Against: Amezquita, Michael (Texas Association of Appraisal Districts, Cameron Appraisal District) Flowers, Lee (Self and Cherokee County Appraisal District) Robinson, Jim (Board of Directors, Harris County Appraisal District) HB 2423 For: Albrecht, Jim (Introgen Therapeutics, Inc.)


Links
I find a wide variety of things interesting and/or useful on the web. These are just some of them.
--- layout: links ---
I find a wide variety of things interesting and/or useful on the web. These are just some of them.
|
The Nimble Sense is a depth sensing camera system that enables direct interaction with your hands in VR. |
|
|
Face++ is a new vision platform built by Megvii Inc. aiming at providing compact, powerful, and cross-platform vision service. |
|
|
Solving complicated 3D perception problems. |
|
Tech News |
|
|
心有猛虎，细嗅蔷薇 |
|
Think Yahoo! Answers but more…serious. You can find some discussions on very interesting questions. You do need to sign up though. |
|
|
逼格高者何处找，上@知乎！ |
|
|
快来找美帝的大农村 |


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/popular.20tactics.html ---
A little while ago, there was some discussion about the large number of available tactics, and how to document them. To inform that discussion, the following page might be interesting: http://bim.shef.ac.uk/lean/tactic_count.html. It shows the number of times various tactics are used in mathlib, starting as follows:
| Tactic | Count |
|---|---|
| simp | 10254 |
| rw | 5355 |
| exact | 3936 |
| assume | 3284 |
| have | 3047 |
| from | 1851 |
| cases | 1727 |
| let | 1558 |
| apply | 1510 |
| refl | 1499 |
| refine | 1107 |
| ext | 1014 |
Cool! I'm actually somewhat surprised. simp
is used almost twice as often as nr.2 and I would also have expected that apply
would win from cases
... interesting statistics!
Actually, I think that the regexp (which is just "\bsimp\b") is allowing @[simp]
as an instance of simp
, so the first entry is misleading. That must inflate the count for ext
as well, but probably not too many other things.
I think that mathlib style implies that any simp
will have a space before it. If you're in the middle of a proof in tactic mode then I think you must be indented, and if you're in term mode then it would be by simp
or whatever.
meh, {simp }
is probably OK too
git grep " simp " | wc -l 4774
The count for " simp\b" (with a space) is 5944. I am using grep -RIoh (regexp) src | wc -l
.
It's also important to note that regex's will not notice any auto_param tactics!
I'm surprised by the ext
count, and the refl
count. Is this picking up lemmas with these words in the name?
Last updated: Apr 24 2020 at 19:02 UTC


Who’s Aunt Zhang
问题描述 :
Aunt Zhang, well known as 张阿姨, is a fan of Rubik’s cube. One day she buys a new one and would like to color it as a gift to send to Teacher Liu, well known as 刘老师. As Aunt Zhang is so ingenuity, she can color all the cube’s points, edges and faces with K different color. Now Aunt Zhang wants to know how many different cubes she can get. Two cubes are considered as the same if and only if one can change to another ONLY by rotating the WHOLE cube. Note that every face of Rubik’s cube is consists of nine small faces. Aunt Zhang can color arbitrary color as she like which means that she doesn’t need to color the nine small faces with same color in a big face. You can assume that Aunt Zhang has 74 different elements to color. (8 points + 12 edges + 9*6=54 small faces)
输入:
The first line of the date is an integer T, which is the number of the text cases.
Then T cases follow, each case contains one integer K, which is the number of colors. T<=100, K<=100.
Then T cases follow, each case contains one integer K, which is the number of colors. T<=100, K<=100.
输出:
The first line of the date is an integer T, which is the number of the text cases.
Then T cases follow, each case contains one integer K, which is the number of colors. T<=100, K<=100.
Then T cases follow, each case contains one integer K, which is the number of colors. T<=100, K<=100.
样例输入:
3 1 2 3
样例输出:
Case 1: 1 Case 2: 1330 Case 3: 9505
#include <iostream> #include <string.h> #include <stdio.h> using namespace std; typedef long long LL; const LL MOD=10007; LL quick_mod(LL a,LL b) { LL ans=1; a%=MOD; while(b) { if(b&1) { ans=ans*a%MOD; b--; } b>>=1; a=a*a%MOD; } return ans; } int main() { LL tt=1,t,k,ans; cin>>t; while(t--) { cin>>k; ans=quick_mod(k,74); ans+=3*(2*quick_mod(k,20)+quick_mod(k,38))%MOD; ans+=6*quick_mod(k,38); ans+=8*quick_mod(k,26); ans%=MOD; ans*=quick_mod(24,MOD-2); ans%=MOD; printf("Case %I64d: %I64d\n",tt++,ans); } return 0; }
版权声明：本文为博主原创文章，未经博主允许不得转载。
参考：http://blog.csdn.net/acdreamers/article/details/9720983
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给我我是懒得理你了，更不会帮你
给我我是懒得理你了，更不会帮你
给我我是懒得理你了，更不会帮你
给我我是懒得理你了，更不会帮你
给我我是懒得理你了，更不会帮你
给我我是懒得理你了，更不会帮你
给我我是懒得理你了，更不会帮你
给我我是懒得理你了，更不会帮你
我周围的人都这么评价春晚，好无聊
我周围的人都这么评价春晚，好无聊
我周围的人都这么评价春晚，好无聊
我周围的人都这么评价春晚，好无聊
我周围的人都这么评价春晚，好无聊
我周围的人都这么评价春晚，好无聊
我周围的人都这么评价春晚，好无聊
我周围的人都这么评价春晚，好无聊


This,
Is where you would put your message.
------------------------------------.
------------------------------------
Sincerely,
Placeholder


WORKSHOPS
{% for workshop in workshops %}
{% endfor %}
SHOWS
{% for show in shows %}
{% endfor %}
COMPETITIONS
{% for competition in competitions %}
{% endfor %}


Weather patterns - during the summer months the predominant winds are from sector SW through to NW with S being most likely. From May to September average wind strengths near shore are Force 2-3, in open sea areas, Force 3. Sudden short-lasting squalls and localised short rainfalls are frequent during the summer months.
Winters are very cold, with snow and ice from November to March. June to August are the hottest and driest months. In summer the days are long and the Baltic coast can have pleasant variable breezes.
The most reliable and easy-to-understand weather forecasts and navigational warnings are from Navtex (Stockholm). The Polish coast is covered by a forecast for the Southern Baltic (10) and the South-Eastern Baltic (9). The two areas meet around Ustka.
Harbourmaster and Port Control Offices display daily weather forecast and navigational warnings.
Polish Marine Weather Services - Witowo Radio (pronounced vitovo, MMSI 002610210, broadcasts weather forecast for the following sea regions:-
Western, Southern, South-Eastern, Central and Northern Baltic and Polish Coastal waters.
The transmission is announced on VHF Ch 16 at 01:33, 7:33, 13:33, 19:33 UTC and then transmitted on 2720 kHz as well as on VHF Ch 24, 25, 26 from the following stations:-
Swinoujscie - Ch 25, Kolowo - Ch 24, Barzowice - Ch 25, Rozewie - Ch 24, Krynica Morska - Ch 25, Grzywacz - Ch 26, Kolobrzeg - Ch 24, Rowokol - Ch 26, Oksywie - Ch 26
The transmission is first in English, followed by the Polish language version.
For links to free global weather information, forecast services and extreme weather information see the Noonsite Weather Page.
Ports of entry on inland waterways to/from Germany: Osinow Dolny (Hohensaaten), Widuchowa, Gryfino.
Dziwnow * , Gdansk * , Gdynia * , Gorki Zachodnie * , Hel * , Jastarnia * , Kolobrzeg * , Leba * , Nowe Warpno * , Puck , Swinoujscie * , Szczecin , Trzebiez * , Ustka , Wladyslawowo *
* indicates port of entry


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| DOSE: T+ 0:00 |
0.5 tablets |
oral |
MDMA |
(pill / tablet) |
| T+ 1:30 |
0.25 tablets |
insufflated |
MDMA |
(pill / tablet) |
| T+ 2:00 |
5.0 mg |
insufflated |
2C-B |
(powder / crystals) |
| T+ 2:00 |
20 mg |
oral |
2C-B |
(powder / crystals) |
| T+ 6:00 |
carts. |
inhaled |
Nitrous Oxide |
(gas) |
Dosage :
25mg 2CB. White powder in red/yellow caps
3/4 of a 'white rolex' -> assumed bunk.
Several cannisters of Nitrous.
Setting :
At my house with friends after a outdoors dance-event. 4 of us 2CB trippers, and a few other people recovering from other chems taken at the event.
Mindset:
Excited and happy, but a little tired after a long day. Looking forward to 2CB as it is my favorite chemical, and hard to find. There was myself, my fiancee C, my housemate D and a good friend N.
We had spent the day at an outdoors festival, dancing and relaxing with friends. We stayed sober for the event, as we planned to drop some MDMA and wait for that to comedown before trying the 2CB together. I had arranged 4 caps, 1 for each of us. Of all of us I had tried 2CB twice before, C once and the others hadn't been so lucky. It was D's first experience with any chem other than MDMA and pot.
I have also been reading PHIKAL lately, so was using Shulgin's rating scales which I will describe for people that don't know them. +0 is baseline, +1 is a small, noticable lifting from baseline, +2 is a very noticable high, +3 is a strong high, and +4 is a life-changing experience (Most people only reach +4 a few times in their lives, I believe I have reached it once before).
When we got home I ate 1/2 a white rolex (havn't dropped for about 2 months), and C had the other half. N and M both ate wholes. After almost 90 min there was still no real affect from the pills, so M crushed up her last one and we each did 1/4 of a pill railed. After another half an hour there was still no MDMA affect (Maybe a very weak speed reaction) so we decided to take the 2CB.
T + 0.00
Sitting around talking in M's room. I decided to rail a small amount of my cap and eat the rest, while the others all ate theirs. I took out a very very small amount of white powded and did the bump. It burned quite baddly, and I was glad I had done such a small bump, I could tell a whole line would have really killed.
T + 0:15
I could tell the first affects were starting while sitting outside with friends having a smoke. There was a tiny bit of sliding in my vision, and peoples faces seemed to move a little in the light. Now each other time that I've had 2CB the onset was at least 45 min to get the first alert, so I put it down to snorting a tiny amount.
T + 0:45
Noticable +1 at this stage. I could look at objects and the colours were more vibrant, but still no increased movement or other visual tricks. We were just moving through the house, talking and enjoying having friends around. Most people were either recovering from taking substances while out earlier in the day, and I enjoyed a good talk to a friend who had 2CB while out, and comparing previous stories about this chemical.
T + 1:30
Some light stomach upset, but nothing too bad. Visuals increasing, and I'd say I was at a good +2 by now. Looking at the posters on my walls I could direct movement willingly, forcing any style of visual I wanted. I had good fun for about 10 min playing with a Lord of the Rings poster hanging in our hallway.
T + 1:35
M was sick. Felt better afterwards, but the nausea continued for her in waves through the night.
T + 1:45
Went outside to find C and see how she was doing. She was complaining about strong stomach upset. We talked for a little while more, and she was feeling more and more nauseous. She ended up being sick, and said she felt a lot better afterwards.
T + 1:55
Sitting back in M's bedroom. Talking to N about it, and I can remember saying: 'Hey, I've hit a very very nice +3 now', and the next think I knew it was my turn to be running to the bathroom. Was sick, but felt better almost straight away. Went into my bedroom to listen to some quiet music while I recovered, but was back out to the main party within 10 min.
T + 2:15
Decided to go back and listen to some classical music. I think I was influenced by PHIKAL here, having read how Shulgin was always listening to classical. I asked C to bring in a bucket, because I was still feeling unsettled. She got a large red bucket from the laundry, and continued to tease me about it for the rest of the night. We closed the door and listened to one of her favorite classical tracks while cuddling and talking. While listening to the music with my eyes closed my visuals were particularly intense, and the music moved me in quite a profound way. I was crying at one particularly sad sounding piece.
T + 2:30
Warning - Sexual content
I know my friends read these, and if you would rather not read about C and me doing naughty sexy things, please skip to the next time marker.
We got undressed and slid under the covers. I was feeling such strong feelings of love and lust that I just couldn't have waited any longer. Our lovemaking started very slowly, the feelings too intense to be able to rush anything. When we did begin to make love I got a reminder as to why I think of 2CB as my favorite erotic chemical. Looking into my fiancee's eyes during intercourse I had the strongest feelings of connection and adoration. The feelings were intense, and the physical ones no differant. Every nerve ending was exploding. While we started slowly, the pace did pick up, but I was unable to reach orgasm so we eventually decided to call it quits and rejoin the rest of the party.
T + 3:00
I decided to have a quick shower, and while in there I enjoyed one of my favorite hallucinations. The small shower cubical was 'breathing', swelling and contracting around me while I washed. The walls would move in to be so close I was sure I would touch them, to feeling like they were several meters away.
T + 3:30
Time for some fuckedup cards. Myself, N and two other friends sat down for a game of 'hearts'. i was amazed that I could actually play, and every single trick seemed the funniest thing imaginable. C couldn't believe it, and while we did have a few problems with it all, we managed to play quite a few hands out.
T + 4:00
Sitting in my bedroom doing nitrous. I was sitting in a chair with my feet up on another one while doing the nangs. While I was one of our other friends was tickling my feet with a feather duster. My eyes closed I was seeing the most cliche of 70's style CEV. Moving shapes and patters dancing with the music. Each note had a colour and a warmth to it that flooded through my body with an intensity I have only ever had with 2CB.
T + 4:30
Too noisy. There were too many people around me, too much noise and nowhere to escape too for a little peace. I ended up going for a quick walk with N and another friend through the park. Was good to get away from it all for a little while, giving me space and quiet to think.
T + 5:00
Sun starting to come up, and me starting to come down. Still very intense, but I can sense that its dropping off at last. I say 'at last' because while I love the feeling of 2CB it is a VERY strong chemical, and can be very intense for a long period. I had enjoyed my night immensely, but was looking forward to normallity again.
T + 5:30
Back down to a +2 by this point. Visuals still strong though, and watching my fiancee's screensaver was fun. M, N and I got into a discussion about her wallpaper which shows to dogs looking at you. Each of us had a story about what the dogs were thinking and trying to tell us. To me one of them was an older, wise doggie. A grandfather type. He had some wise message for me that I just couldn't understand. The other was a younger doggie, possibly the grandson, who had this 'I've heard it all before' look on his face.
T + 6:00
Back to a comfortable +1, where I stayed for about another hour. Sitting in my room with the other three participants talking about our nights and what we all thought of 2CB. I love it, and am looking forward to another try. C enjoyed it, but the nausea was too much, and it was too intense a chemical for her and she decides to leave it alone from now. M seemed in two minds as well, having enjoyed the night but not the waves of nausea. N agreed with me, and I could tell he would be more than willing to join me again.
The rest of the day
I stayed awake for a few more hours before falling asleep. No trouble sleeping, and no noticable comedown the next day. I did however have a light mood-lift, but a anti-social feeling as well for the next 12 hours.
Summary
Without a doubt it is still my favorite chemical. I love the visuals and the relaxed happy mindstate it puts me into. A very erotic chemical for me, but M said not for her, too intense. Lack of comedown is a plus, and will check next time to see if the antisocial mood is related.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Get the world's most popular customer support ticket system. FRticket is basically a management of enquiries between customers , agents and admins
FRTicket is a simple and easy to use software having basic minimal features. You can get started straight away without any training, yet having flexibility to do things your way.
FRticket Features
|
To make HRM running on your server, you need to make sure your server match with minimum requirement:
Open http://localhost/myapp/check.php
You need to create new database, you can use phpmyadmin or any mysql database tools such maestro, sqlyog, etc.
---
After new database is created, now import database/database.sql
file into your new database
1. Make changes to .env file> at the app folder
2. Setting Database Info
APP_ENV=local APP_DEBUG=true APP_KEY=VMV8KfYG8DC2YVOqAB56Hw8lMUuga6rh DB_HOST=localhost DB_DATABASE=prticket DB_USERNAME=root DB_PASSWORD= CACHE_DRIVER=file SESSION_DRIVER=file QUEUE_DRIVER=sync REDIS_HOST=localhost REDIS_PASSWORD=null REDIS_PORT=6379 MAIL_DRIVER=smtp MAIL_HOST=mailtrap.io MAIL_PORT=2525 MAIL_USERNAME=null MAIL_PASSWORD=null MAIL_ENCRYPTION=null
4. Access your application
http://localhost/myapp/public
<EMAIL_ADDRESS>123456
After your successfull install your application, now you need to setting your app.
Log to your application and go to :
Go to : Settings » General Setting
FRticket is using following plugins


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| TrolleyChecker.com helping you to save on your branded grocery shopping. |
|
Choose your supermarket below. | ||
| Tesco | Asda | Sainsburys |
| SCAN |
Complete your grocery shopping as normal, but scan every branded item with TrolleyChecker. |
| SPLIT |
Split your items into two transactions as instructed, GREEN (cheapest in the supermarket you're in) & RED (cheapest in another supermarket). |
| SAVE | Submit the receipt for the RED transaction to the supermarkets price matching scheme and receive a voucher. |


--- layout: page title: Discussion date: 2009-03-26 04:37:16.000000000 -06:00 type: page published: true status: publish categories: [] tags: [] meta: _gcid: '9' _edit_last: '3110' _wp_page_template: default _intro_custom_banner: a:1:{s:3:"url";s:0:"";} _intro_text: default _custom_background: a:5:{s:3:"url";s:0:"";s:16:"background-color";s:0:"";s:17:"background-repeat";s:6:"repeat";s:21:"background-attachment";s:6:"scroll";s:19:"background-position";s:8:"left top";} _dependencies: s:6:"a:0:{}"; U_S_C_message: '' _intro_custom_text: "[search]" _custom_css: "#megaMenu ul.megaMenu > li.current-menu-item > a, #megaMenu ul.megaMenu > li.current-menu-parent > a, #megaMenu ul.megaMenu > li.current-menu-ancestor > a {\r\ncolor: #222;\r\nbackground: #ed1c24 !important;\r\nbackground: -moz-linear-gradient(top, #fafcfb 0%, #ed1c24 100%) !important;\r\nbackground: -webkit-gradient(linear, left top, left bottom, color-stop(0%,#fafcfb), color-stop(100%,#ed1c24)) !important;\r\nbackground: -webkit-linear-gradient(top, #fafcfb 0%,#ed1c24 100%) !important;\r\nbackground: -o-linear-gradient(top, #fafcfb 0%,#ed1c24 100%) !important;\r\nbackground: -ms-linear-gradient(top, #fafcfb 0%,#FAA72B 100%) !important;\r\nbackground: linear-gradient(top, #fafcfb 0%,#ed1c24 100%) !important;\r\nfilter: progid:DXImageTransform.Microsoft.gradient( startColorstr='#fafcfb', endColorstr='#ed1c24',GradientType=0 ) !important;\r\n}" author: login: Vladimir Gitlevich email<EMAIL_ADDRESS>display_name: Vladimir Gitlevich first_name: Vladimir Gitlevich last_name: '' ---
[fancy_header bgColor="#27A9E1" textColor="#FFFFFF"]Online Discussion[/fancy_header]
Search for the [fancy_link link="https://twitter.com/search/#dddesign" variation="deepblue" target="blank"]#dddesign hash tag[/fancy_link]. Follow [fancy_link link="https://twitter.com/DDDesignNews" variation="deepblue" target="blank"]@DDDesignNews[/fancy_link] and some of our community leaders such as [fancy_link link="https://twitter.com/ericevans0" variation="deepblue" target="blank"]@EricEvans0[/fancy_link].
[divider]
There are many DDD related questions and discussions on Stack Overflow.
[divider]
Read and participate in an ongoing discussion of domain-driven design. Ask questions, answer questions, share discoveries. Join the Yahoo! Group.
[divider]
[fancy_header bgColor="#FAA72B" textColor="#FFFFFF"]Local Meetups[/fancy_header]
Meets every 1st Wednesday of the month at 6:30.
[divider]
Denver, Colorado Meetup Meets regularly (about monthly).
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Kraków DDD Meetup Meets every 1st Tuesday of the month.
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[fancy_header bgColor="#CDA4E0" textColor="#FFFFFF"]Online Groups for non-English Speakers[/fancy_header]
Register by becoming a member of the dddsverige google groups list and send a mail to the moderators.
[divider]
la comunità italiana dedicata a Domain Driven Design è aperta a chiunque sia interessato a discutere argomenti legati a DDD (o anche solo a trovare una parola di conforto, quando lo spaghetti-code sembra prevalere), le vostre idee e le vostre esperienze sono benvenute!.
[the Italian Domain Driven Design user group is open to anyone interested in discussing DDD-related topics (or even just to get some help and support, when it looks like spaghetti-coding will prevail), feel free to join and share ideas and experiences.]
[divider]
Spanish language DDD group (DDD-es)
Discuss and learn about Domain-Driven Design in Spanish.
[divider]
Domain Driven Design group in Cairo is intended to be a base of professional Egyptian community for software designers, architects, and professionals interested in software design, specifically DDD.
[divider]
The Dutch DDD User Group Site is "under maintenance". Group probably inactive. Anyone who knows, please let us know. Otherwise we will remove this one soon.
[divider]


List 1: Watch the sunset and the waves- 92 windows in this house! 3000sq ft. This unique house is beautifully decorated yet comfortable. Full kitchen downstairs, mini kitchen on third floor. Two bathrooms - one with full bath/ laundry. 2nd bath with shower. Large dining area, living room and sunroom area make up the 1st floor. 2nd flr- 3 bedrms and bath. All have ENORMOUS closets & bureaus. Ceiling fans in all rooms. Third floor: kitchenette with mini fridge & sink. Two couches, recliner, Extra room has full size pullout couch, twin bed and twin cot. Location: North Beach Salisbury
List 2: 3,000 sq ft home on 83 ft of Ecuador oceanfront Asking Price: $199,500 Location: 1/2 hour north of Manta , Ecuador City: Manta State/Province: Manabi Country: Ecuador Type: Beach Front 3,000 square foot home with 5 bathrooms and 5 bedrooms on an beautiful sandy oceanfront lot with dimensions of 83 feet wide of oceanfront and 203 feet deep. Located about 1/2 hour north of Manta Ecuador. Flight time from Miami is 3 to 4 hours. Absolute steal of price. You will not find any house at this price of beachfront in such a beautiful area anywhere in the world. Willing to deduct price of one airfare and cost of lodging at a new home overlooking South Pacific from the price of $199,500 while you inspect the property. Call Neil at<PHONE_NUMBER> for additional information.


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EvaluationGuard Struct
Definition at line
17
of
EvaluationGuard.hpp
Constructors
EvaluationGuard
(
Debugger
& debugger_)
Member Variables
Debugger
&
debugger
JsonValue
*
value
Constructor Details
EvaluationGuard Constructor
cmajor::debug::EvaluationGuard::EvaluationGuard(
Debugger
& debugger_)
Definition at line
11
of
EvaluationGuard.cpp
:
11
:
debugger
(
debugger_
)
,
value
(
debugger
.
ReleaseResult
(
)
)
12
{
13
}
Declaration at line
19
of
EvaluationGuard.hpp
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{% extends "base.html" %} {% block title %}Review Changes{% endblock %} {% block content %} {% import 'macros/diff.html' as d with context %}
These are the changes that were made in this draft.
{{ d.change_list(diff, childname='versions') }} {# #} {% endblock %}


BIOT has the same time zone as the MVT (Maldives Time Zone) which has a UTC offset of +05:00 hours. However, the BIOT patrol vessel and the Diego Garcia military base set their clock back one hour to an UTC offset of +06:00 hours.
International dialing code for BIOT is +246.
If you have an emergency that you consider life threatening, you should declare it as a maritime emergency in accordance with International Maritime Regulations. In such a situation, BIOT authorities in Diego Garcia can be contacted on 2.182MHz HF SSB or VHF if within range. All reasonable assistance will be considered.
IMRAY AND ADLARD COLES PILOT BOOKS are available at a discounted price for Noonsite.com users via World Cruising Club
Indian Ocean Cruising Guide
By Rod Heikell
Publisher: Imray Laurie Norie & Wilson (1 July 2007)
ISBN 13:<PHONE_NUMBER>725
A good general cruising guide covering the routes from Europe to Australia and points in between. The 'Indian Ocean Cruising Guide' covers all the usual points of interest for cruising yachtsmen, from history to climate, weather patterns, formalities, route planning and so on. This second edition has been thoroughly revised and contains a lot of additional information on Malaysia and Thailand, the Seychelles and the Chagos archipelago.
New BIOT website (with information for visiting yachts)
http://biot.gov.io/
Foreign & Commonwealth Office, British Indian Ocean Territory Travel Advice
Information about the Chagos Archipelago
Salomon Atoll - Moorings near Boddam Island
Useful information from SY Adina who visited in 2016.
The Stolen Islands of Chagos (October 2015)
The story of how the US and UK conspired to steal an archipelago, and the oceanographer who is trying to win it back for her people.
Cruising Notes for Chagos by SV Ocelot (2007 & 2008).
http://svocelot.com/Cruise_Info/Indian/Chagos_Cruising.htm
Whilst these notes on Ocelot's blog are several years old and the regulations for Chagos are constantly changing, it's interesting to read a cruiser's view of this little piece of paradise.
There are also some more recent reports adjacent about Chagos from various cruisers.


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5:30PM - 6:15PM Dinner (Mandatory)
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CURLOPT_TRANSFER_ENCODING explained
NAME
CURLOPT_TRANSFER_ENCODING - ask for HTTP Transfer Encoding
SYNOPSIS
#include <curl/curl.h>
CURLcode curl_easy_setopt(CURL *handle, CURLOPT_TRANSFER_ENCODING, long enable);
DESCRIPTION
Pass a long set to 1L to enable or 0 to disable.
Adds a request for compressed Transfer Encoding in the outgoing HTTP request. If the server supports this and so desires, it can respond with the HTTP response sent using a compressed Transfer-Encoding that will be automatically uncompressed by libcurl on reception.
Transfer-Encoding differs slightly from the Content-Encoding you ask for with CURLOPT_ACCEPT_ENCODING in that a Transfer-Encoding is strictly meant to be for the transfer and thus MUST be decoded before the data arrives in the client. Traditionally, Transfer-Encoding has been much less used and supported by both HTTP clients and HTTP servers.
DEFAULT
PROTOCOLS
EXAMPLE
CURL *curl = curl_easy_init(); if(curl) { curl_easy_setopt(curl, CURLOPT_URL, "http://example.com"); curl_easy_setopt(curl, CURLOPT_TRANSFER_ENCODING, 1L); curl_easy_perform(curl); }
AVAILABILITY
RETURN VALUE
Returns CURLE_OK if the option is supported, and CURLE_UNKNOWN_OPTION if not.
SEE ALSO
CURLOPT_ACCEPT_ENCODING, CURLOPT_HTTP_TRANSFER_DECODING
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