HTML hyper text markup language , is the main part of the web
HTTP is the language to comms with servers
from tag to tag is an element
breaks a line em tag makes content italics
b tag makes bold
tag with end tag is a void tag
inline tags have no boxes around them ; block takes have boxes
to add a link use a tag anchor and href = web link bbc
to add image use img tag wih attribute src(source)


Ryan Day Has Message For Ohio State Fans Going To Penn State Game
by Chris RosvoglouCollege football fans are in for a treat this weekend as Ohio State will host Penn State. It’ll be a crucial game that will ultimately decide which team wins the Big Ten East.
The Buckeyes took care of business this past weekend against the Rutgers Scarlet Knights. Justin Fields didn’t have to play much since the two sides weren’t remotely close in terms of talent.
Penn State bounced back from its first loss of the season with an impressive win over Indiana. Even though Sean Clifford wasn’t really effective through the air, he finished the game with 55 rushing yards and three total touchdowns.
Ohio State will enter this weekend as favorites over Penn State, but Ryan Day knows his team is going to need every advantage it can get this Saturday.
Since the Buckeyes have home-field advantage for this year’s matchup, Day shared a message for the fans that will be in attendance this weekend.
“Every time Penn State has the ball, we need everyone to be as loud as they possibly can,” Day said.
Ohio Stadium is usually very loud for games of this magnitude. Last year, the crowd went into a frenzy when Ohio State dismantled Michigan.
The Nittany Lions must prepare for an electric atmosphere this Saturday against the Buckeyes.
Kickoff for this game is at 12 p.m. ET on FOX.


We've partnered with Kobo to bring you the best in eReading. It's easy to get started. Kobo offers over 4 million eBook titles - including best sellers, hidden gems, Indie Next List great reads, and other recommendations - that can be downloaded instantly over Wi Fi, making it the ultimate in convenience. Take your library with you wherever you go - Kobo eReaders store up to 1,000 eBooks.
10 million book lovers around the world have embraced Kobo eReading. Just like us, Kobo is passionate about books.
Kobo has a world-class eReading catalog with over 4 million eBook titles. When you create an account with Kobo you can shop for books just like you would in our store. Just follow the link!
Kobo is all about being open so you can read however you want. Once you download their free app to your smartphone, desktop, or tablet, your eBooks, PDFs, ePubs, and even your bookmarks, are in sync - start on one device and pick up on another and never lose your place. Set up your Kobo account through our link so that when you purchase eBooks you are supporting this store.
The Kobo experience is flexible, easy, and enjoyable. Pick up great indie-recommended and bestseller eBook titles, as well as staff picks. Got questions? Kobo offers first-rate Reader support from 8:00 a.m. to midnight (ET) every day.
Kobo has released a line of new eReading devices, including Kobo Aura and Kobo Aura HD. These devices offer everything you already love about reading, like a no-glare E Ink screen that displays like print on paper. But with a Kobo eReader you get way more convenience like storage - both Kobo Aura and Kobo Aura HD can store up to 3,000 eBooks out of the box, and the easy and accessibility of downloading over built in Wi-Fi. Once you've set up a Kobo account through our link, with each Kobo eBook you purchase, you are supporting this store.


This site is written as an open source project for an Intelligent Interactive Instructional Systems class taught by Professor Kurt VanLehn at Arizona State University. The goal of this site is to provide free instruction for anyone who wishes to learn about pointers in C programming. This program assumes that users already have a basic grasp on how to write basic C code. This program does not explain how to compile code or how to navigate an integrated development environment (IDE). What is does set out to do is teach what a pointer is and how and when to use it.
Cameron Keith is a Computer Systems Engineering student currently attending Arizona State University. He has a knowledge of a variety of different programming languages, but his favorite is C/C++. He will be interning in the Summer of 2014 at Garmin where he will be able to combine his love of programming and aviation while helping develop the company's next generation of glass cockpits.
A computer enthusiast and an aspiring graphic and web designer. He has been writing code since before he lost all his baby teeth - programming in many languages from BASIC, Java, C, C++, PHP, and many more. When not operating a computer, he can be found rocking out to metal and spending time with his wife and daughter.


home
cars
(current)
departments
about us
my account
(current)
admin page
sign out
Hello
this is you account panel
User information
First Name
Last Name
Email
Your bookings
Booked car
Rent date
Return date
Rent location
Return location
Price
Action
Cancel booking
Paid on receipt


Copyright (c) 2002 Markus Salo
This game is played on a 5x5 square board, with the following setup:
|
| An example Green's move. Green was able to trap the enemy King, he moves Kc4-b4 and drops a soldier at b2. Black does not have any valid King move, but can still capture c2:c4. Green wins one next turn with e.g., Kb4-c3, a5 |
There is a ZRF to play Karaman with Zillions. This game is based on Isola.


{% extends "_base.html" %} {% block title %} - Setup Application Reporting{% endblock %} {% block addHeaders %} {% endblock %} {% block body %}
No fields are setup for the report currently


Provides classes designed to ease implementation of the Get File protocol.
More specifically, this package provides the data structures used in sending a
list of one's shared files; the protocol itself is essentially that of a file
transfer connection.
@see net.kano.joscar.rvproto.ft


Introduction to programming
There's a lot of code. Everywhere
A huge amount of software exists in the world, controlling the systems that enrich our lives. Some code is really obvious, such as operating systems like Windows, web sites, and video games. Some is not so obvious, for example the embedded code that controls our microwave, our thermostat, or our car engine.
The exact format, syntax and usage of different types of code differs greatly, but most share fundamental structures and concepts. In this course, we'll aim to teach you these fundamentals. The particular type of code we'll use in this course is JavaScript, the programming language that powers many web sites and applications. We've chosen this one because it is readily available, and very easy to demonstrate tangible results with, but the aim here is not really to just teach you JavaScript, but to teach you the underlying principles that apply to pretty much every programming language.
What are we doing when we write code?
Regardless of what type of code we write, we write it to control computer systems: this could be because we want to find more information about those systems, give them information/data to process, or give them instructions. In the same way that we can use a language like English, German or Chinese to ask a person questions and give them instructions, we can use a language like JavaScript to ask computers questions and give them instructions.
The computer has to take in this code in some way, read it, and then do something as a result. For the computer to understand the code, it has to be written in the right syntax: the structure of any language is important, for making yourself understood. The syntax of English and other human languages is verbs, nouns, adjectives, etc. The syntax of JavaScript is variables, functions, loops, etc.
The computer will have a piece of software that reads the code you write, works out what to do with it, and then returns a result. This is often called an interpreter, or an engine perhaps. In the case of JavaScript, the interpreter is the web browser you are using. A web browser downloads web pages, interprets the code contained within them (which will usually include some JavaScript), and gives you a web page to look at.
Note:: To make sense of this, let's have a quick look at my javascript-gradient-image.html example. This simply creates a drawing canvas on the page using the HTML <canvas>
element, then uses JavaScript to place some pixels on the canvas, in this case, a circle filled with a colour gradient, and a copy of the Firefox logo, which it grabs out of an image file. You can view the source of the example by right clicking/Cmd + clicking on the page and selecting the "View Source" or "source" option.
Compiler: Some languages also need a compiler to run: an application that turns code into a package that can then be run to create an output. Flash is an example of a compiled language — you create some Flash source code, then compile it into a Flash Movie. A web browser with the Flash Player plugin installed can then display this Flash movie, which is its own standalone little block; the source code is no longer readable.
Note: Let's now look at a Flash example to see how this works. Open up our flash example, which is an old advertising banner for an old metal band. If you try to "View source" on the banner, you won't be able to: the code is compiled and locked away.
Interpreted languages are often easier to learn than compiled languages, because with interpreted languages you can just open up the source code and see how it works. You can't do that with compiled languages because the language is converted into a non-human readable form when compiled.
A quick course in Web
The web works like so: when you type a web address into your browser, it sends a request to the server that the web site is stored on. The server then sends the files that comprise the web page back to the web browser, which is on the client, aka your computer.
- Client-side languages are languages that are sent to the client, then processed (interpreted and displayed). JavaScript is a client-side language.
- Server-side languages are languages that are processed on the server before the result is then sent to the client and displayed. Example: PHP.
Server-side and client languages are no better than each other; they have different uses on the Web. Client-side is for displaying and interacting with content; server-side is more for storing data, and providing the right data to the client, based on instructions it is given. For example, when you look at Amazon, you are not looking at a different page every time you look at a product. You are looking at the same page, but with different information inserted into it. when you search for a product using the interface displayed to you on the client-side, a query is sent to a database on the server-side, and server-side technologies find and retrieve the correct data that matches your search, and sends it back to the client to be displayed on the page.
Fundamentals of working with code
In this course we'll be using a basic template file to manipulate and view the results of our code. Let's have a look at this sample file now, and explain some code basics.
The file is inside this Topic kit at guides/javascript-programming/template.html. Find it and open it in your text editor, and Open it in your browser too. You should end up with something a bit like this:
The rendered code view inside the browser doesn't look like much right now. You've just got a line of text coloured red. The source code view inside the text editor reveals a lot more however — you'll see a whole bunch of code that you can add to, to make the code do more interesting things.
It is recommended that before working on each new example, you make a new copy of the template.html file to write your code into. Close the original template file, make a copy now and put it somewhere easy to find, and open it up again in both text editor and browser.
Leave the original intact so that you've always got it to refer to.
HTML
HTML stands for HyperText Markup Language, and it is the language we use on the Web to add structure and meaning to website content/data. For the purposes of this course, we'll get you to add any HTML you need to write into the indicated section:

The uppercase text surrounded by the
are HTML comments: these are ignored by browsers and can be used to include comments in your work to help you (and others) understand what is going on in your code. In this case we are providing boundaries for your to write your HTML into, so if you are completely new to this, you will be less likely to break anything.
We have included one HTML element to start you off:
Example heading

. This is an HTML heading element: wrapping any text in an opening

tag and a closing

tag will make that text into the top level heading (or main title) of your site.
Exercise: Adding some more HTML
try adding another HTML element just below the existing one, then save the page and refresh the browser:

I am a paragraph.

Note: For more on the basics of HTML, read HTML basics.
CSS
CSS stands for Cascading Style Sheets, and it is the language we use on the Web to style HTML content — to getting it looking how you want. For the purposes of this course, we'll get you to add any CSS you need to write into the indicated section:
/* ANY CSS THAT YOU WRITE GOES BETWEEN THIS COMMENT, AND THE END CSS
COMMENT BELOW. DO NOT PUT ANY CSS ABOVE THE  tag! AN EXAMPLE IS INCLUDED TO GIVE YOU AN IDEA. */
h1 {
color: red;
}
/* END CSS */
The uppercase text surrounded by the /*
and */
are CSS comments, which look different but have the same purpose/effect as HTML comments. These are boundaries for your to write your CSS into.
We have included one CSS rule to start you off: h1 { color: red; }
. This selects our

element and changes the value of its color
property to red
, which has the effect of turning the text color red.
Exercise: More CSS
Try changing red
to blue
, saving the page and refreshing the browser.
Now try adding a second CSS rule to select the paragraph you added in the last section, under the first one:
p {
background-color: red;
color: white;
padding: 10px;
text-align: center;
}
This shows usage of multiple lines of CSS in the same rule.
Note: For more on the basics of CSS, read CSS basics.
JavaScript
JavaScript is the language we use to program dynamic functionality on the Web. For the purposes of this course, we'll get you to add any JavaScript you need to write into the indicated section:
//ANY JAVASCRIPT YOU WRITE GOES BETWEEN THIS COMMENT, AND THE END
//JAVASCRIPT COMMENT BELOW.
// END JAVASCRIPT
JavaScript comment lines start with a double forward slash — //
. We have provided these as boundaries for you to write your JavaScript into.
Exercise: Playing with JavaScript using browser developer tools
We have included one JavaScript line to start you off: console.log('JavaScript test!');
. This writes a message into your browser's developer console, accessed by pressing Ctrl + Shift + I (Cmd + Opt + I on Mac OSX, F12 on Internet Explorer) and clicking on the Console tab. Have a look now: you should see something like this:
Note: The browser developer console is a really useful tool for trying things out, and debugging your code when it isn't working as it should be. Make sure you are familiar with it — discover browser developer tools is a good place to start.
Now let's try adding a second JavaScript line underneath the first one:
document.querySelector('h1').innerHTML = 'Updated heading!!';
If you include this in your code, save it in the text editor and then refresh the browser, you'll see that we've updated the contents of our heading using JavaScript.
This work is licensed under a Creative Commons Attribution 4.0 International License. Share it, make it better, use it for good.


Right, I consider myself very competent in things Linux and somewhat competent with scripting. I've cobbled together some power monitoring using a RPi, Currentcost monitor, some Perl code and RRD files.
But I want to go a step (or in fact, a number of steps) further, especially as I'm getting a Solar PV system installed next week. With the Solar PV system I lose the ability to see how much electricity I'm actually using. I have negotiated with the installer that they will put an unofficial export meter on my installation. Both the export meter and the generation meter will be Elster Elster A100C electricity meters.
Although the CT clamps would enable me to monitor what I want, reading the meters using IrDA seems to me to be the "cleaner" (and safer?) option?
There is mention of a kit for reading from the Elster meter using IrDA, but I'm guessing the pulse input on the EmonTX would be used, and there is only one of those inputs?
So using two inputs is not possible using the EmonTX? Where reading using IrDA is discussed it is mentioned as something that can complement the CT clamps, why can't it be used as the main input?
Is the code for the Elster IrDA option even usable as is? It is mentioned that it is lacking transmitter code?
It is not clear to me how much, if any, programming is required to make any of this work, the "getting started" guide talk about "Upload[ing] the configuration specific firmware", is this more or less plug and play or does one need to perform any adaption of the code?
Re: I'm unsure what modules to use?
The emonTx has one socket which is ready wired for monitoring a photo-transistor. This is connected directly to one of the Atmega's interrupt lines, of which there are two. You could presumably use the second such pin in a similar manner for your other meter, and just replicate the supporting code.
Optical pulses from a utility meter can also be recorded using a passive LED. The circuit for this is very simple and can be found at the top of most releases of my Mk2 PV Router code. The firmware for this feature uses polling rather than interrupts, and there's no limit on how many meters you could monitor simultaneously - apart from the number of pins on the processor.


Date:
Get month fridays
Is month long?
Days of shortest week in month
Full weeks in month
*
Press enable JS
Current
Tokyo
London
New York


|
libcoap
4.3.0
|
API functions for setting up resources. More...
Macros | |
| #define | COAP_ATTR_FLAGS_RELEASE_NAME 0x1 |
| #define | COAP_ATTR_FLAGS_RELEASE_VALUE 0x2 |
| #define | COAP_RESOURCE_FLAGS_RELEASE_URI 0x1 |
| The URI passed to coap_resource_init() is free'd by coap_delete_resource(). More... | |
| #define | COAP_RESOURCE_FLAGS_NOTIFY_NON 0x0 |
| Notifications will be sent non-confirmable by default. More... | |
| #define | COAP_RESOURCE_FLAGS_NOTIFY_CON 0x2 |
| Notifications will be sent confirmable. More... | |
| #define | COAP_RESOURCE_FLAGS_NOTIFY_NON_ALWAYS 0x4 |
| Notifications will always be sent non-confirmable. More... | |
| #define | COAP_PRINT_STATUS_MASK 0xF0000000u |
| #define | COAP_PRINT_OUTPUT_LENGTH(v) ((v) & ~COAP_PRINT_STATUS_MASK) |
| #define | COAP_PRINT_STATUS_ERROR 0x80000000u |
| #define | COAP_PRINT_STATUS_TRUNC 0x40000000u |
Typedefs | |
| typedef void(* | coap_method_handler_t) (coap_resource_t *, coap_session_t *, const coap_pdu_t *, const coap_string_t *, coap_pdu_t *) |
| Definition of message handler function. More... | |
| typedef void(* | coap_resource_release_userdata_handler_t) (void *user_data) |
| Definition of release resource user_data callback function. More... | |
| typedef unsigned int | coap_print_status_t |
| Status word to encode the result of conditional print or copy operations such as coap_print_link(). More... | |
Functions | |
| coap_resource_t * | coap_resource_init (coap_str_const_t *uri_path, int flags) |
Creates a new resource object and initializes the link field to the string uri_path . More... | |
| coap_resource_t * | coap_resource_unknown_init (coap_method_handler_t put_handler) |
| Creates a new resource object for the unknown resource handler with support for PUT. More... | |
| coap_resource_t * | coap_resource_proxy_uri_init (coap_method_handler_t handler, size_t host_name_count, const char *host_name_list[]) |
| Creates a new resource object for handling proxy URIs. More... | |
| coap_resource_t * | coap_get_resource_from_uri_path (coap_context_t *context, coap_str_const_t *uri_path) |
Returns the resource identified by the unique string uri_path . More... | |
| coap_str_const_t * | coap_resource_get_uri_path (coap_resource_t *resource) |
Get the uri_path from a resource . More... | |
| void | coap_resource_set_mode (coap_resource_t *resource, int mode) |
Sets the notification message type of resource resource to given mode . More... | |
| void | coap_resource_set_userdata (coap_resource_t *resource, void *data) |
| Sets the user_data. More... | |
| void * | coap_resource_get_userdata (coap_resource_t *resource) |
| Gets the user_data. More... | |
| void | coap_resource_release_userdata_handler (coap_context_t *context, coap_resource_release_userdata_handler_t callback) |
| Defines the context wide callback to use to when the resource is deleted to release the data held in the resource's user_data. More... | |
| void | coap_add_resource (coap_context_t *context, coap_resource_t *resource) |
Registers the given resource for context . More... | |
| int | coap_delete_resource (coap_context_t *context, coap_resource_t *resource) |
Deletes a resource identified by resource . More... | |
| void | coap_register_handler (coap_resource_t *resource, coap_request_t method, coap_method_handler_t handler) |
Registers the specified handler as message handler for the request type method . More... | |
| coap_attr_t * | coap_add_attr (coap_resource_t *resource, coap_str_const_t *name, coap_str_const_t *value, int flags) |
Registers a new attribute with the given resource . More... | |
| coap_attr_t * | coap_find_attr (coap_resource_t *resource, coap_str_const_t *name) |
Returns resource's coap_attr_t object with given name if found, NULL otherwise. More... | |
| coap_str_const_t * | coap_attr_get_value (coap_attr_t *attribute) |
Returns attribute's value. More... | |
| coap_print_status_t | coap_print_link (const coap_resource_t *resource, unsigned char *buf, size_t *len, size_t *offset) |
| Writes a description of this resource in link-format to given text buffer. More... | |
API functions for setting up resources.
| #define COAP_ATTR_FLAGS_RELEASE_NAME 0x1 |
Definition at line 48 of file resource.h.
| #define COAP_ATTR_FLAGS_RELEASE_VALUE 0x2 |
Definition at line 49 of file resource.h.
| #define COAP_PRINT_OUTPUT_LENGTH | ( | v | ) | ((v) & ~COAP_PRINT_STATUS_MASK) |
Definition at line 327 of file resource.h.
| #define COAP_PRINT_STATUS_ERROR 0x80000000u |
Definition at line 328 of file resource.h.
| #define COAP_PRINT_STATUS_MASK 0xF0000000u |
Definition at line 326 of file resource.h.
| #define COAP_PRINT_STATUS_TRUNC 0x40000000u |
Definition at line 329 of file resource.h.
| #define COAP_RESOURCE_FLAGS_NOTIFY_CON 0x2 |
Notifications will be sent confirmable.
RFC 7641 Section 4.5 https://tools.ietf.org/html/rfc7641#section-4.5
Definition at line 65 of file resource.h.
| #define COAP_RESOURCE_FLAGS_NOTIFY_NON 0x0 |
Notifications will be sent non-confirmable by default.
RFC 7641 Section 4.5 https://tools.ietf.org/html/rfc7641#section-4.5 Libcoap will always send every fifth packet as confirmable.
Definition at line 59 of file resource.h.
| #define COAP_RESOURCE_FLAGS_NOTIFY_NON_ALWAYS 0x4 |
Notifications will always be sent non-confirmable.
This is in violation of RFC 7641 Section 4.5 https://tools.ietf.org/html/rfc7641#section-4.5 but required by the DOTS signal channel protocol which needs to operate in lossy DDoS attack environments. https://tools.ietf.org/html/rfc8782#section-<IP_ADDRESS>
Definition at line 75 of file resource.h.
| #define COAP_RESOURCE_FLAGS_RELEASE_URI 0x1 |
The URI passed to coap_resource_init() is free'd by coap_delete_resource().
Definition at line 52 of file resource.h.
| typedef void(* coap_method_handler_t) (coap_resource_t *, coap_session_t *, const coap_pdu_t *, const coap_string_t *, coap_pdu_t *) |
Definition of message handler function.
Definition at line 41 of file resource.h.
| typedef unsigned int coap_print_status_t |
Status word to encode the result of conditional print or copy operations such as coap_print_link().
The lower 28 bits of coap_print_status_t are used to encode the number of characters that has actually been printed, bits 28 to 31 encode the status. When COAP_PRINT_STATUS_ERROR is set, an error occurred during output. In this case, the other bits are undefined. COAP_PRINT_STATUS_TRUNC indicates that the output is truncated, i.e. the printing would have exceeded the current buffer.
Definition at line 324 of file resource.h.
| typedef void(* coap_resource_release_userdata_handler_t) (void *user_data) |
Definition of release resource user_data callback function.
Definition at line 212 of file resource.h.
| coap_attr_t* coap_add_attr | ( | coap_resource_t * | resource, |
| coap_str_const_t * | name, | ||
| coap_str_const_t * | value, | ||
| int | flags | ||
| ) |
Registers a new attribute with the given resource
.
As the attribute's coap_str_const_ fields will point to name
and value
the caller must ensure that these pointers are valid during the attribute's lifetime.
If the name
and/or value
string is going to be freed off at attribute removal time by the setting of COAP_ATTR_FLAGS_RELEASE_NAME or COAP_ATTR_FLAGS_RELEASE_VALUE in flags
, then either the 's' variable of coap_str_const_t has to point to constant text, or point to data within the allocated coap_str_const_t parameter.
| resource | The resource to register the attribute with. |
| name | The attribute's name as a string. |
| value | The attribute's value as a string or NULL if none. |
| flags | Flags for memory management (in particular release of memory). Possible values: COAP_ATTR_FLAGS_RELEASE_NAME If this flag is set, the name passed to coap_add_attr_release() is free'd when the attribute is deleted COAP_ATTR_FLAGS_RELEASE_VALUE If this flag is set, the value passed to coap_add_attr_release() is free'd when the attribute is deleted |
NULL
on error. Definition at line 407 of file resource.c.
| void coap_add_resource | ( | coap_context_t * | context, |
| coap_resource_t * | resource | ||
| ) |
Registers the given resource
for context
.
The resource must have been created by coap_resource_init() or coap_resource_unknown_init(), the storage allocated for the resource will be released by coap_delete_resource().
| context | The context to use. |
| resource | The resource to store. |
Definition at line 536 of file resource.c.
| coap_str_const_t* coap_attr_get_value | ( | coap_attr_t * | attribute | ) |
Returns attribute's
value.
| attribute | Pointer to attribute. |
NULL
. Definition at line 461 of file resource.c.
| int coap_delete_resource | ( | coap_context_t * | context, |
| coap_resource_t * | resource | ||
| ) |
Deletes a resource identified by resource
.
The storage allocated for that resource is freed, and removed from the context.
| context | The context where the resources are stored. |
| resource | The resource to delete. |
1
if the resource was found (and destroyed), 0
otherwise. Definition at line 565 of file resource.c.
| coap_attr_t* coap_find_attr | ( | coap_resource_t * | resource, |
| coap_str_const_t * | name | ||
| ) |
Returns resource's
coap_attr_t object with given name
if found, NULL
otherwise.
| resource | The resource to search for attribute name . |
| name | Name of the requested attribute as a string. |
name
or NULL
if none was found. Definition at line 444 of file resource.c.
| coap_resource_t* coap_get_resource_from_uri_path | ( | coap_context_t * | context, |
| coap_str_const_t * | uri_path | ||
| ) |
Returns the resource identified by the unique string uri_path
.
If no resource was found, this function returns NULL
.
| context | The context to look for this resource. |
| uri_path | The unique string uri of the resource. |
NULL
if not found. Definition at line 615 of file resource.c.
| coap_print_status_t coap_print_link | ( | const coap_resource_t * | resource, |
| unsigned char * | buf, | ||
| size_t * | len, | ||
| size_t * | offset | ||
| ) |
Writes a description of this resource in link-format to given text buffer.
len
must be initialized to the maximum length of buf
and will be set to the number of characters actually written if successful. This function returns 1
on success or 0
on error.
| resource | The resource to describe. |
| buf | The output buffer to write the description to. |
| len | Must be initialized to the length of buf and will be set to the length of the printed link description. |
| offset | The offset within the resource description where to start writing into buf . This is useful for dealing with the Block2 option. offset is updated during output as it is consumed. |
buffer
. The flag COAP_PRINT_STATUS_TRUNC indicates that the output has been truncated. Definition at line 624 of file resource.c.
| void coap_register_handler | ( | coap_resource_t * | resource, |
| coap_request_t | method, | ||
| coap_method_handler_t | handler | ||
| ) |
Registers the specified handler
as message handler for the request type method
.
| resource | The resource for which the handler shall be registered. |
| method | The CoAP request method to handle. |
| handler | The handler to register with resource . |
Definition at line 677 of file resource.c.
| coap_str_const_t* coap_resource_get_uri_path | ( | coap_resource_t * | resource | ) |
Get the uri_path from a resource
.
| resource | The CoAP resource to check. |
NULL
otherwise. Definition at line 1055 of file resource.c.
| void* coap_resource_get_userdata | ( | coap_resource_t * | resource | ) |
Gets the user_data.
The user_data is exclusively used by the library-user and can be used as context in the handler functions.
| resource | Resource to retrieve the user_data from |
Definition at line 1039 of file resource.c.
| coap_resource_t* coap_resource_init | ( | coap_str_const_t * | uri_path, |
| int | flags | ||
| ) |
Creates a new resource object and initializes the link field to the string uri_path
.
This function returns the new coap_resource_t object.
If the string is going to be freed off by coap_delete_resource() when COAP_RESOURCE_FLAGS_RELEASE_URI is set in flags
, then either the 's' variable of coap_str_const_t has to point to constant text, or point to data within the allocated coap_str_const_t parameter.
| uri_path | The string URI path of the new resource. |
| flags | Flags for memory management (in particular release of memory). Possible values: COAP_RESOURCE_FLAGS_RELEASE_URI If this flag is set, the URI passed to coap_resource_init() is free'd by coap_delete_resource() COAP_RESOURCE_FLAGS_NOTIFY_CON If this flag is set, coap-observe notifications will be sent confirmable by default. COAP_RESOURCE_FLAGS_NOTIFY_NON (default) If this flag is set, coap-observe notifications will be sent non-confirmable by default. If flags is set to 0 then the COAP_RESOURCE_FLAGS_NOTIFY_NON is considered. |
NULL
on error. Definition at line 303 of file resource.c.
| coap_resource_t* coap_resource_proxy_uri_init | ( | coap_method_handler_t | handler, |
| size_t | host_name_count, | ||
| const char * | host_name_list[] | ||
| ) |
Creates a new resource object for handling proxy URIs.
This function returns the new coap_resource_t object.
Note: There can only be one proxy resource handler per context - attaching a new one overrides the previous definition.
| handler | The PUT/POST/GET etc. handler that handles all request types. |
| host_name_count | The number of provided host_name_list entries. A minimum of 1 must be provided. |
| host_name_list | Array of depth host_name_count names that this proxy is known by. |
NULL
on error. Definition at line 358 of file resource.c.
| void coap_resource_release_userdata_handler | ( | coap_context_t * | context, |
| coap_resource_release_userdata_handler_t | callback | ||
| ) |
Defines the context wide callback to use to when the resource is deleted to release the data held in the resource's user_data.
| context | The context to associate the release callback with |
| callback | The callback to invoke when the resource is deleted or NULL |
Definition at line 1044 of file resource.c.
| void coap_resource_set_mode | ( | coap_resource_t * | resource, |
| int | mode | ||
| ) |
Sets the notification message type of resource resource
to given mode
.
| resource | The resource to update. |
| mode | Must be one of COAP_RESOURCE_FLAGS_NOTIFY_NON or COAP_RESOURCE_FLAGS_NOTIFY_CON . |
Definition at line 1027 of file resource.c.
| void coap_resource_set_userdata | ( | coap_resource_t * | resource, |
| void * | data | ||
| ) |
Sets the user_data.
The user_data is exclusively used by the library-user and can be used as user defined context in the handler functions.
| resource | Resource to attach the data to |
| data | Data to attach to the user_data field. This pointer is only used for storage, the data remains under user control |
Definition at line 1034 of file resource.c.
| coap_resource_t* coap_resource_unknown_init | ( | coap_method_handler_t | put_handler | ) |
Creates a new resource object for the unknown resource handler with support for PUT.
In the same way that additional handlers can be added to the resource created by coap_resource_init() by using coap_register_handler(), POST, GET, DELETE etc. handlers can be added to this resource. It is the responsibility of the application to manage the unknown resources by either creating new resources with coap_resource_init() (which should have a DELETE handler specified for the resource removal) or by maintaining an active resource list.
Note: There can only be one unknown resource handler per context - attaching a new one overrides the previous definition.
Note: It is not possible to observe the unknown resource with a GET request
This function returns the new coap_resource_t object.
| put_handler | The PUT handler to register with resource for unknown Uri-Path. |
NULL
on error. Definition at line 337 of file resource.c.


- sample_average(double[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample average of a vector of data
- sample_average(TDoubleArrayList) - Static method in class bartMachine.StatToolbox
-
Compute the sample average of a vector of data
- sample_average(int[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample average of a vector of data
- sample_from_inv_gamma(double, double) - Static method in class bartMachine.StatToolbox
-
Draws a sample from an inverse gamma distribution.
- sample_from_norm_dist(double, double) - Static method in class bartMachine.StatToolbox
-
Draws a sample from a normal distribution.
- sample_maximum(int[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample maximum of a vector of data
- sample_maximum(double[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample maximum of a vector of data
- sample_median(double[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample median of a vector of data
- sample_minimum(int[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample minimum of a vector of data
- sample_minimum(double[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample minimum of a vector of data
- sample_standard_deviation(int[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample standard deviation of a vector of data
- sample_standard_deviation(double[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample standard deviation of a vector of data
- sample_sum_sq_err(double[]) - Static method in class bartMachine.StatToolbox
-
Compute the sum of squared error (the squared deviation from the sample average) of a vector of data
- sample_variance(double[]) - Static method in class bartMachine.StatToolbox
-
Compute the sample variance of a vector of data
- sendMissingDataRight - Variable in class bartMachine.bartMachineTreeNode
-
send missing data to the right?
- setAlpha(double) - Method in class bartMachine.bartMachine_b_hyperparams
-
- setAlpha(double) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setBeta(double) - Method in class bartMachine.bartMachine_b_hyperparams
-
- setBeta(double) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setClassificationRule(double) - Method in class bartMachine.bartMachineClassificationMultThread
-
- setCovSplitPrior(double[]) - Method in class bartMachine.bartMachine_i_prior_cov_spec
-
- setCovSplitPrior(double[]) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setData(ArrayList<double[]>) - Method in class bartMachine.bartMachine_b_hyperparams
-
A wrapper to set data which also calculates hyperparameters and statistics about the repsonse variable
- setData(ArrayList<double[]>) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setData(ArrayList<double[]>) - Method in class bartMachine.Classifier
-
This method sets the training data of this machine learning classifier.
- setGammaSamples(double[]) - Method in class bartMachine.bartMachineRegressionMultThread
-
Takes a library of chi-squared samples provided external and caches them
- setGeneration(int) - Method in class bartMachine.bartMachineTreeNode
-
- setK(double) - Method in class bartMachine.bartMachine_b_hyperparams
-
- setK(double) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setLeaf(boolean) - Method in class bartMachine.bartMachineTreeNode
-
- setLeft(bartMachineTreeNode) - Method in class bartMachine.bartMachineTreeNode
-
- setMemCacheForSpeed(boolean) - Method in class bartMachine.bartMachine_a_base
-
- setMemCacheForSpeed(boolean) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setNormSamples(double[]) - Method in class bartMachine.bartMachineRegressionMultThread
-
Takes a library of standard normal samples provided external and caches them
- setNu(double) - Method in class bartMachine.bartMachine_b_hyperparams
-
- setNU(double) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setNumCores(int) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setNumGibbsBurnIn(int) - Method in class bartMachine.bartMachine_d_init
-
- setNumGibbsBurnIn(int) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setNumGibbsTotalIterations(int) - Method in class bartMachine.bartMachine_d_init
-
- setNumGibbsTotalIterations(int) - Method in class bartMachine.bartMachineRegressionMultThread
-
This is a simple setter for the number of total Gibbs samples and
it also sets the total iterations per Gibbs chain running on each CPU
core (see formula in the code)
- setNumTrees(int) - Method in class bartMachine.bartMachine_a_base
-
- setNumTrees(int) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setProbGrow(double) - Method in class bartMachine.bartMachine_g_mh
-
- setProbGrow(double) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setProbPrune(double) - Method in class bartMachine.bartMachine_g_mh
-
- setProbPrune(double) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setQ(double) - Method in class bartMachine.bartMachine_b_hyperparams
-
- setQ(double) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setRight(bartMachineTreeNode) - Method in class bartMachine.bartMachineTreeNode
-
- setSampleVarY(double) - Method in class bartMachine.bartMachineRegressionMultThread
-
- setSeed(long) - Static method in class bartMachine.StatToolbox
-
Set the seed of the random number generator
- setSigsq(double) - Method in class bartMachine.bartMachine_d_init
-
- setSplitAttributeM(int) - Method in class bartMachine.bartMachineTreeNode
-
- setSplitValue(double) - Method in class bartMachine.bartMachineTreeNode
-
- setStumpData(ArrayList<double[]>, double[], int) - Method in class bartMachine.bartMachineTreeNode
-
When a new stump gets created, this function sets its data.
- setThreadNum(int) - Method in class bartMachine.bartMachine_a_base
-
- setTotalNumThreads(int) - Method in class bartMachine.bartMachine_a_base
-
- setUniqueName(String) - Method in class bartMachine.Classifier
-
- setVerbose(boolean) - Method in class bartMachine.bartMachine_a_base
-
- setVerbose(boolean) - Method in class bartMachine.bartMachineRegressionMultThread
-
- size() - Method in class OpenSourceExtensions.TDoubleHashSetAndArray
-
Returns the number of distinct elements in this collection.
- splitAttributeM - Variable in class bartMachine.bartMachineTreeNode
-
the attribute this node makes a decision on
- splitValue - Variable in class bartMachine.bartMachineTreeNode
-
the value this node makes a decision on
- StatToolbox - Class in bartMachine
-
This is a class where we're going to put all sorts of useful functions
as a utility-style class
- StatToolbox() - Constructor for class bartMachine.StatToolbox
-
- StatUtil - Class in OpenSourceExtensions
-
Class contains the implementation of:
- Inverse Normal Cummulative Distribution Function Algorythm
- Error Function Algorythm
- Complimentary Error Function Algorythm
- StatUtil() - Constructor for class OpenSourceExtensions.StatUtil
-
- STDERR - Static variable in class CustomLogging.StdOutErrLevel
-
\* Level for STDERR activity
\
- STDOUT - Static variable in class CustomLogging.StdOutErrLevel
-
\* Level for STDOUT activity.
- StdOutErrLevel - Class in CustomLogging
-
\* Class defining 2 new Logging levels, one for STDOUT, one for STDERR,
\* used when multiplexing STDOUT and STDERR into the same rolling log file
\* via the Java Logging APIs.
- StopBuilding() - Method in class bartMachine.bartMachine_a_base
-
Must be implemented, but does nothing
- StopBuilding() - Method in class bartMachine.bartMachineRegressionMultThread
-
Must be implemented, but does nothing
- StopBuilding() - Method in class bartMachine.Classifier
-
Stop the classifier during its building phase
- stringID() - Method in class bartMachine.bartMachineTreeNode
-
Find the string ID of this node
- StringJoin(ArrayList, String) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string
- StringJoin(TIntArrayList, String) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string
- StringJoin(double[], String) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string
- StringJoin(int[], String) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string
- StringJoin(TIntArrayList) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string with commas
- StringJoin(boolean[]) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string with commas
- StringJoin(int[]) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string with commas
- StringJoin(TDoubleArrayList) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string with commas
- StringJoin(double[]) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string with commas
- StringJoin(ArrayList<Object>) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string with commas
- StringJoin(Object[], String) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string
- StringJoin(Object[]) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string with commas
- StringJoin(Collection<String>) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string with commas
- StringJoinStrings(Collection<String>, String) - Static method in class bartMachine.Tools
-
Joins a collection of strings into one string
- stringLocation(boolean) - Method in class bartMachine.bartMachineTreeNode
-
In debugging, print a string that codes this node's location in the entire tree
- subtract_arrays(double[], double[]) - Static method in class bartMachine.Tools
-
Subtracts one array from the other
- sum_array(double[]) - Static method in class bartMachine.Tools
-
Sums an array
- sum_inv_array(double[]) - Static method in class bartMachine.Tools
-
Sums the inverse values of an array
- sumResponses() - Method in class bartMachine.bartMachineTreeNode
-
Simply the sum of the repsonses in this node
- sumResponsesQuantitySqd() - Method in class bartMachine.bartMachineTreeNode
-
Find the square of the sum of responses and cache it
- SuperSimpleFormatter - Class in CustomLogging
-
Print a brief summary of the LogRecord in a human readable
format.
- SuperSimpleFormatter() - Constructor for class CustomLogging.SuperSimpleFormatter
-
- suppressOrWriteToDebugLog() - Method in class bartMachine.Classifier
-
Useful for debugging only.


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The toy car will follow a moving light source in the directions: forward, right, and left. And to do this mission, 3 light sensors “LDRs” are used- one for each direction as shown in fig.1 . The car will move when the light intensity is greater than normal lighting and, less than a certain value to avoid hitting the light source when it stops.
Each sensor circuit consists of voltage divider circuit, where Vo is connected to an analog pin in the Arduino board.
It is known that when an analog pin is marked as an input pin, it reads a value between 0-1023 depending on the input voltage.
To determine the input range that moves the car, the following steps were done:
-When the light intensity of the front sensor is between 300 -600 units move forward.
-When the light intensity of the right sensor is between 300 -600 units move right.
-When the light intensity of the left sensor is between 300 -600 units move left.
-Else stop
-In this project, we will go over how to build a smoke sensor circuit with an arduino board.
-The smoke sensor we will use is the MQ-2. This is a sensor that is not only sensitive to smoke, but also to flammable gas.
-The MQ-2 smoke sensor reports smoke by the voltage level that it outputs. The more smoke there is, the greater the voltage that it outputs. Conversely, the less smoke that it is exposed to, the less voltage it outputs.
-The MQ-2 also has a built-in potentiometer to adjust the sensitivity to smoke. By adjusting the potentiometer, you can change how sensitive it is to smoke, so it's a form of calibrating it to adjust how much voltage it will put out in relation to the smoke it is exposed to.
-We will wire the MQ-2 to an arduino so that the arduino can read the amount of voltage output by the sensor and sound a buzzer if the sensor outputs a voltage above a certain threshold. This way, we will know that the sensor is detecting smoke and we will sound a buzzer alerting a person such as a homeowner to this fact.
-Components Needed for Arduino Smoke Sensor Circuit
-MQ-2 Smoke Sensor Arduino board Buzzer
-The MQ-2 can be obtained very cheaply, just a few bucks. A good place to look for it is on ebay, which always has auctions on them for the $2-$3 range.
-Important, it is recommended that you do not obtain the standalone sensor but the whole MQ-2 board. This is because if you buy the standalone sensor, you will have to finish building the whole schematic before you can connect it to the arduino. So that less work is required for integrating this with the arduino, it is recommended that you buy the complete MQ-2 sensor circuit. This you can see below.
-If you buy the complete board, there are 3 leads which need to be connected.
-MQ-2-smoke-sensor-pinout, The 3 leads are Output, Vcc, and GND, It's very basic.
-The gas sensor needs about 5 volts of power in order to operate. This is done by connecting 5 volts to Vcc and GND.
-The Output pin gives out the voltage reading, which is proportional to the amount of smoke that the sensor is exposed to. Again, a high voltage output means the sensor is exposed to a lot of smoke. A low or 0 voltage output means the sensor is exposed to either little or no smoke.
-The aim of this sensor is to convert readingTo volt then convert it to value that is similar to the temperature .
-In the arduino code we name the value of the final reading x Where it is X = (analod read)*5*100/1023 And if (X>40) the output will be high and the alarm will run. Alarm circuit consists of 5v buzzer and led.
As the picture show the connection of the lm35 temprature sensor
Buzzer will be connected to the digital output 3
the led will be connected to the digital output 4
-it's responsable to detect light or fire and hence take an action such as :alarm
-its connection:
for making analog connection: we connect A0 by arduino
action:
when the sensor detect light or fire..the led and buzzer goes to high (led << lighting .. buzzer << make a sound)
The basic concept of an Infrared obstacle avoidance sensor is to transmit an infrared signal, this infrared signal bounces from the surface of an object and the signal is received at the infrared receiver.
Active infrared sensors consist of two elements: infrared source and infrared detector. Infrared sources include a LED or infrared laser diode. Infrared detectors include photodiodes or phototransistors. The energy emitted by the infrared source is reflected by an object and falls on the infrared detector.
Infrared Transmitter is a light emitting diode (LED) which emits infrared radiations. Hence, they are called IR LED’s. Even though an IR LED looks like a normal LED, the radiation emitted by it is invisible to the human eye.
The picture of a typical Infrared LED is shown
nfrared receivers are also called as infrared sensors as they detect the radiation from an IR transmitter. IR receivers come in the form of photodiodes and phototransistors. Infrared Photodiodes are different from normal photo diodes as they detect only infrared radiation. The picture of a typical IR receiver or a photodiode is shown
-When the IR transmitter emits radiation, it reaches the object and some of the radiation reflects back to the IR receiver. Based on the intensity of the reception by the IR receiver, the output of the sensor is defined.
-i.e. The infrared receiver measures the amount of infrared radiation that is reflected. If the reflected amount of light reaches above a certain threshold that means that light was reflected and so the signal pin is triggered. (goes from HIGH to LOW)
-The aim of this feature is to turn on a fan if the surrounding tempreture exceeds 40 degree and turn it off otherwise
- Connecting the DC motor to the fan
Using the H bridge to derive the DC motor by connecting Pin(2) of the H bridge to the output of the Arduino board
- We'll use the motor in pnly one direction
- Connect the motor wires to pins number 3 and 6
- Using the code given in sensor number 3, we're calculating the tempreture using the tempreture sensor (Connected to pin A5 in the arduino board)
- If the tempreture calculated is more than 40 degree the output of the Arduino is high, So, the fan turns on
- A PIR sensor (passive infrared sensor) is an electronic sensor that measures IR(infrared) light radiating from objects in its range(approximately 110 degrees).
- The PIR sensor has two slots in it, When the sensor is idle, both slots detect the same amount of IR, the ambient amount radiated from the room or walls or outdoors. When a warm body like a human or animal passes by, it first intercepts one half of the PIR sensor, which causes a positive differential change between the two halves. When the warm body leaves the sensing area, the reverse happens, whereby the sensor generates a negative differential change. These change pulses are what is detected.
- The use of a lens is to extend the field of view of the sensor.
- As long as there’s no motion a red led is on, If motion is detected the car stops, alarm goes on to notify the passer-by and the red led is off.
- PS: Sensor output is digital output (HIGH when motion is detected)


Creating Responses - New KMTronic Device
- Please select a supported type of device.
- Please provide the IP address or hostname along with the TCP port that
should be used to contact the Device.
- Continue to provide the login credentials.
- When finished, right click in a blank area within the "Relay
Configuration" Group Box on the right.
- Open the Configuration Dialog for the "Web Relay" Device by selecting
"Add new Relay Contact..."
- Select a Behavior for the relay contact:
- Turn On: Turn on the Relay Contact until it is turned off by a
second response.
- Turn Off: Turn off a previos turned on relay contact.
- Pulse: Turns On a Relay Contact and automatically off after the
specified duration.
- Toggle: Changes the relay state depending on its previos state: I.e.
Off if it was On before; On if it was Off before.
- Click on "OK" to add this relay contact to the device configuration
dialog.
- Repeat Steps 5 to 7 until finished.
- Click on "OK" in the Device configuration dialog to finish configuring
the device.


Inspection of theory atoms occurring in ground logic programs.
During grounding, theory atoms get consecutive numbers starting with zero. The total number of theory atoms can be obtained using clingo_theory_atoms_size().
- Attention
- All structural information about theory atoms, elements, and terms is reset after solving. If afterward fresh theory atoms are grounded, previously used ids are reused.
For an example, see theory-atoms.c.
|
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_term_type (clingo_theory_atoms_t const *atoms, clingo_id_t term, clingo_theory_term_type_t *type) |
| | Get the type of the given theory term. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_term_number (clingo_theory_atoms_t const *atoms, clingo_id_t term, int *number) |
| | Get the number of the given numeric theory term. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_term_name (clingo_theory_atoms_t const *atoms, clingo_id_t term, char const **name) |
| | Get the name of the given constant or function theory term. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_term_arguments (clingo_theory_atoms_t const *atoms, clingo_id_t term, clingo_id_t const **arguments, size_t *size) |
| | Get the arguments of the given function theory term. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_term_to_string_size (clingo_theory_atoms_t const *atoms, clingo_id_t term, size_t *size) |
| | Get the size of the string representation of the given theory term (including the terminating 0). More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_term_to_string (clingo_theory_atoms_t const *atoms, clingo_id_t term, char *string, size_t size) |
| | Get the string representation of the given theory term. More...
|
| |
|
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_element_tuple (clingo_theory_atoms_t const *atoms, clingo_id_t element, clingo_id_t const **tuple, size_t *size) |
| | Get the tuple (array of theory terms) of the given theory element. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_element_condition (clingo_theory_atoms_t const *atoms, clingo_id_t element, clingo_literal_t const **condition, size_t *size) |
| | Get the condition (array of aspif literals) of the given theory element. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_element_condition_id (clingo_theory_atoms_t const *atoms, clingo_id_t element, clingo_literal_t *condition) |
| | Get the id of the condition of the given theory element. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_element_to_string_size (clingo_theory_atoms_t const *atoms, clingo_id_t element, size_t *size) |
| | Get the size of the string representation of the given theory element (including the terminating 0). More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_element_to_string (clingo_theory_atoms_t const *atoms, clingo_id_t element, char *string, size_t size) |
| | Get the string representation of the given theory element. More...
|
| |
|
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_size (clingo_theory_atoms_t const *atoms, size_t *size) |
| | Get the total number of theory atoms. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_atom_term (clingo_theory_atoms_t const *atoms, clingo_id_t atom, clingo_id_t *term) |
| | Get the theory term associated with the theory atom. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_atom_elements (clingo_theory_atoms_t const *atoms, clingo_id_t atom, clingo_id_t const **elements, size_t *size) |
| | Get the theory elements associated with the theory atom. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_atom_has_guard (clingo_theory_atoms_t const *atoms, clingo_id_t atom, bool *has_guard) |
| | Whether the theory atom has a guard. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_atom_guard (clingo_theory_atoms_t const *atoms, clingo_id_t atom, char const **connective, clingo_id_t *term) |
| | Get the guard consisting of a theory operator and a theory term of the given theory atom. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_atom_literal (clingo_theory_atoms_t const *atoms, clingo_id_t atom, clingo_literal_t *literal) |
| | Get the aspif literal associated with the given theory atom. More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_atom_to_string_size (clingo_theory_atoms_t const *atoms, clingo_id_t atom, size_t *size) |
| | Get the size of the string representation of the given theory atom (including the terminating 0). More...
|
| |
| CLINGO_VISIBILITY_DEFAULT bool | clingo_theory_atoms_atom_to_string (clingo_theory_atoms_t const *atoms, clingo_id_t atom, char *string, size_t size) |
| | Get the string representation of the given theory atom. More...
|
| |
◆ clingo_theory_term_type_e
Enumeration of theory term types.
| Enumerator |
|---|
| clingo_theory_term_type_tuple | a tuple term, e.g., (1,2,3)
|
| clingo_theory_term_type_list | a list term, e.g., [1,2,3]
|
| clingo_theory_term_type_set | a set term, e.g., {1,2,3}
|
| clingo_theory_term_type_function | a function term, e.g., f(1,2,3)
|
| clingo_theory_term_type_number | a number term, e.g., 42
|
| clingo_theory_term_type_symbol | a symbol term, e.g., c
|
◆ clingo_theory_atoms_atom_elements()
Get the theory elements associated with the theory atom.
- Parameters
-
| [in] | atoms | container where the atom is stored |
| [in] | atom | id of the atom |
| [out] | elements | the resulting array of elements |
| [out] | size | the number of elements |
- Returns
- whether the call was successful
◆ clingo_theory_atoms_atom_guard()
Get the guard consisting of a theory operator and a theory term of the given theory atom.
- Note
- The lifetime of the string is tied to the current solve step.
- Parameters
-
| [in] | atoms | container where the atom is stored |
| [in] | atom | id of the atom |
| [out] | connective | the resulting theory operator |
| [out] | term | the resulting term |
- Returns
- whether the call was successful
◆ clingo_theory_atoms_atom_has_guard()
Whether the theory atom has a guard.
- Parameters
-
| [in] | atoms | container where the atom is stored |
| [in] | atom | id of the atom |
| [out] | has_guard | whether the theory atom has a guard |
- Returns
- whether the call was successful
- Examples
- theory-atoms.c.
◆ clingo_theory_atoms_atom_literal()
Get the aspif literal associated with the given theory atom.
- Parameters
-
| [in] | atoms | container where the atom is stored |
| [in] | atom | id of the atom |
| [out] | literal | the resulting literal |
- Returns
- whether the call was successful
- Examples
- theory-atoms.c.
◆ clingo_theory_atoms_atom_term()
Get the theory term associated with the theory atom.
- Parameters
-
| [in] | atoms | container where the atom is stored |
| [in] | atom | id of the atom |
| [out] | term | the resulting term id |
- Returns
- whether the call was successful
- Examples
- theory-atoms.c.
◆ clingo_theory_atoms_atom_to_string()
Get the string representation of the given theory atom.
- Parameters
-
| [in] | atoms | container where the atom is stored |
| [in] | atom | id of the element |
| [out] | string | the resulting string |
| [in] | size | the size of the string |
- Returns
- whether the call was successful; might set one of the following error codes:
◆ clingo_theory_atoms_atom_to_string_size()
Get the size of the string representation of the given theory atom (including the terminating 0).
- Parameters
-
| [in] | atoms | container where the atom is stored |
| [in] | atom | id of the element |
| [out] | size | the resulting size |
- Returns
- whether the call was successful; might set one of the following error codes:
◆ clingo_theory_atoms_element_condition()
Get the condition (array of aspif literals) of the given theory element.
- Parameters
-
| [in] | atoms | container where the element is stored |
| [in] | element | id of the element |
| [out] | condition | the resulting array of aspif literals |
| [out] | size | the number of term literals |
- Returns
- whether the call was successful
◆ clingo_theory_atoms_element_condition_id()
Get the id of the condition of the given theory element.
- Note
- This id can be mapped to a solver literal using clingo_propagate_init_solver_literal(). This id is not (necessarily) an aspif literal; to get aspif literals use clingo_theory_atoms_element_condition().
- Parameters
-
| [in] | atoms | container where the element is stored |
| [in] | element | id of the element |
| [out] | condition | the resulting condition id |
- Returns
- whether the call was successful
◆ clingo_theory_atoms_element_to_string()
Get the string representation of the given theory element.
- Parameters
-
| [in] | atoms | container where the element is stored |
| [in] | element | id of the element |
| [out] | string | the resulting string |
| [in] | size | the size of the string |
- Returns
- whether the call was successful; might set one of the following error codes:
◆ clingo_theory_atoms_element_to_string_size()
Get the size of the string representation of the given theory element (including the terminating 0).
- Parameters
-
| [in] | atoms | container where the element is stored |
| [in] | element | id of the element |
| [out] | size | the resulting size |
- Returns
- whether the call was successful; might set one of the following error codes:
◆ clingo_theory_atoms_element_tuple()
Get the tuple (array of theory terms) of the given theory element.
- Parameters
-
| [in] | atoms | container where the element is stored |
| [in] | element | id of the element |
| [out] | tuple | the resulting array of term ids |
| [out] | size | the number of term ids |
- Returns
- whether the call was successful
◆ clingo_theory_atoms_size()
| CLINGO_VISIBILITY_DEFAULT bool clingo_theory_atoms_size |
( |
clingo_theory_atoms_t const * |
atoms, |
|
|
size_t * |
size |
|
) |
| |
Get the total number of theory atoms.
- Parameters
-
| [in] | atoms | the target |
| [out] | size | the resulting number |
- Returns
- whether the call was successful
- Examples
- theory-atoms.c.
◆ clingo_theory_atoms_term_arguments()
Get the arguments of the given function theory term.
- Precondition
- The term must be of type clingo_theory_term_type_function.
- Parameters
-
| [in] | atoms | container where the term is stored |
| [in] | term | id of the term |
| [out] | arguments | the resulting arguments in form of an array of term ids |
| [out] | size | the number of arguments |
- Returns
- whether the call was successful
◆ clingo_theory_atoms_term_name()
Get the name of the given constant or function theory term.
- Note
- The lifetime of the string is tied to the current solve step.
- Precondition
- The term must be of type clingo_theory_term_type_function or clingo_theory_term_type_symbol.
- Parameters
-
| [in] | atoms | container where the term is stored |
| [in] | term | id of the term |
| [out] | name | the resulting name |
- Returns
- whether the call was successful
- Examples
- theory-atoms.c.
◆ clingo_theory_atoms_term_number()
Get the number of the given numeric theory term.
- Precondition
- The term must be of type clingo_theory_term_type_number.
- Parameters
-
| [in] | atoms | container where the term is stored |
| [in] | term | id of the term |
| [out] | number | the resulting number |
- Returns
- whether the call was successful
◆ clingo_theory_atoms_term_to_string()
Get the string representation of the given theory term.
- Parameters
-
| [in] | atoms | container where the term is stored |
| [in] | term | id of the term |
| [out] | string | the resulting string |
| [in] | size | the size of the string |
- Returns
- whether the call was successful; might set one of the following error codes:
- See also
- clingo_theory_atoms_term_to_string_size()
◆ clingo_theory_atoms_term_to_string_size()
Get the size of the string representation of the given theory term (including the terminating 0).
- Parameters
-
| [in] | atoms | container where the term is stored |
| [in] | term | id of the term |
| [out] | size | the resulting size |
- Returns
- whether the call was successful; might set one of the following error codes:
◆ clingo_theory_atoms_term_type()
Get the type of the given theory term.
- Parameters
-
| [in] | atoms | container where the term is stored |
| [in] | term | id of the term |
| [out] | type | the resulting type |
- Returns
- whether the call was successful


Here's an example
You can make this exact calculator widget yourself.Step 1:
Pick a calculation you want to do, like a Celsus to Fahrenheit converter.
Celsius = (Degrees Fahrenheit - 32)/1.8
Step 2:
Figure out what you want the reader to input. In this case, it's "Degrees Fahrenheit." But it has to be one word for now.
Celsius = (DegreesFahrenheit - 32)/1.8
Step 3:
Copy only what's on the right side of the equation, and paste it into the input box in the next section!
(DegreesFahrenheit - 32)/1.8
Multiple inputs
You can also add as many inputs for the user as you'd like. Ex: A tip calculating widget.
tip = 0.2*(TotalBill - Tax)
Variable names
Variable names should start with a letter and can contain letters, numbers and _s. And feel free to use parentheses, +, -, * and /.
tip = 0.2*(Total_Bill - Tax12345)
Try it yourself.
Round results to decimal places


ProtoMode
synchronized ui protoptyes for 3d urban scale models
Dashboard
Web Editor
Cube Customizer
UC-win/Road
Tangible Cubes
HYVE 3D
VIVE
Cardboard
Configuration


Located on the far north western coast of Palawan, the scenery around this port (and its close neighbour, El Nido) is spectacular. An increase in the number of tourists visiting the area has improved the facilities available here.
This is not a Port of Entry.
Corong Corong: Anchor in 5 to 12m over sand/mud. Ensure the anchor is well dug in as the holding is not so good in some places.
El Nido : You can anchor here in 4 to 5m but the town is more crowded with tourist. .
Which anchorage to choose will depend on the wind direction.
Last updated June 2013.


The Voyages of Doctor Dolittle
by Hugh Lofting
Part 2, Chapter 7: The End of the Mystery
Additional Information
- Year Published: 1922
- Language: English
- Country of Origin: England
- Source: Lofting, H. (1922). The Voyages of Doctor Dolittle. London, England: Lippincott Publishing.
-
Readability:
- Flesch–Kincaid Level: 4.2
- Word Count: 1,057
- Genre: Fantasy
- Keywords: 20th century literature, british literature, children's literature
- ✎ Cite This
Downloads
The trial went swiftly forward after that. Mr. Jenkyns told the Doctor to ask Bob what he saw on the "night of the 29th;" and when Bob had told all he knew and the Doctor had turned it into English for the judge and the jury, this was what he had to say:
"On the night of the 29th of November, 1824, I was with my master, Luke Fitzjohn (otherwise known as Luke the Hermit) and his two partners, Manuel Mendoza and William Boggs (otherwise known as Bluebeard Bill) on their gold-mine in Mexico. For a long time these three men had been hunting for gold; and they had dug a deep hole in the ground. On the morning of the 29th gold was discovered, lots of it, at the bottom of this hole. And all three, my master and his two partners, were very happy about it because now they would be rich. But Manuel Mendoza asked Bluebeard Bill to go for a walk with him. These two men I had always suspected of being bad. So when I noticed that they left my master behind, I followed them secretly to see what they were up to. And in a deep cave in the mountains I heard them arrange together to kill Luke the Hermit so that they should get all the gold and he have none."
At this point the judge asked, "Where is the witness Mendoza? Constable, see that he does not leave the court."
But the wicked little man with the watery eyes had already sneaked out when no one was looking and he was never seen in Puddleby again.
"Then," Bob's statement went on, "I went to my master and tried very hard to make him understand that his partners were dangerous men. But it was no use. He did not understand dog language. So I did the next best thing: I never let him out of my sight but stayed with him every moment of the day and night.
"Now the hole that they had made was so deep that to get down and up it you had to go in a big bucket tied on the end of a rope; and the three men used to haul one another up and let one another down the mine in this way. That was how the gold was brought up too—in the bucket. Well, about seven o'clock in the evening my master was standing at the top of the mine, hauling up Bluebeard Bill who was in the bucket. Just as he had got Bill halfway up I saw Mendoza come out of the hut where we all lived. Mendoza thought that Bill was away buying groceries. But he wasn't: he was in the bucket. And when Mendoza saw Luke hauling and straining on the rope he thought he was pulling up a bucketful of gold. So he drew a pistol from his pocket and came sneaking up behind Luke to shoot him.
"I barked and barked to warn my master of the danger he was in; but he was so busy hauling up Bill (who was a heavy fat man) that he took no notice of me. I saw that if I didn't do something quick he would surely be shot. So I did a thing I've never done before: suddenly and savagely I bit my master in the leg from behind. Luke was so hurt and startled that he did just what I wanted him to do: he let go the rope with both hands at once and turned round. And then, CRASH! down went Bill in his bucket to the bottom of the mine and he was killed.

"'Why, Good Gracious'!" said he to Luke, 'You've killed Bluebeard Bill. I must go and tell the police'—hoping, you see, to get the whole mine to himself when Luke should be put in prison. Then he jumped on his horse and galloped away."
 So while Mendoza was gone he and I stole away together secretly and came to England. Here he shaved off his beard and became a hermit. And ever since, for fifteen years, we've remained in hiding. This is all I have to say. And I swear it is the truth, every word."
When the Doctor finished reading Bob's long speech the excitement among the twelve men of the jury was positively terrific. One, a very old man with white hair, began to weep in a loud voice at the thought of poor Luke hiding on the fen for fifteen years for something he couldn't help. And all the others set to whispering and nodding their heads to one another.
In the middle of all this up got that horrible Prosecutor again, waving his arms more wildly than ever.
"Your Honor," he cried, "I must object to this evidence as biased. Of course the dog would not tell the truth against his own master. I object. I protest."
"Very well," said the judge, "you are at liberty to cross-examine. It is your duty as Prosecutor to prove his evidence untrue. There is the dog: question him, if you do not believe what he says."
I thought the long-nosed lawyer would have a fit. He looked first at the dog, then at the Doctor, then at the judge, then back at the dog scowling from the witness-box. He opened his mouth to say something; but no words came. He waved his arms some more. His face got redder and redder. At last, clutching his forehead, he sank weakly into his seat and had to be helped out of the court-room by two friends. As he was half carried through the door he was still feebly murmuring, "I protest—I object—I protest!"


US Court Sentences Russian Citizen Lisov to 4 Years, But Will Factor in Time Served
NEW YORK (Sputnik) - A US court sentenced Russian national Stanislav Lisov to four years in prison, but said will factor in time he already served, a Sputnik correspondent reported on Thursday.
Lisov pleaded guilty earlier to one charge against him of conspiracy to commit computer hacking.
Judge Valery Caproni said during the hearing that Lisov was sentenced to 48 months in prison and noted that she gave the Russian national a 15 percent discount for good behaviour.
In addition, Caproni said the court will factor in the sentence the time Lisov already served since his detention in 2017. In 2017, the Spanish authorities detained Lisov in Barcelona and then extradited him to the United States.
The US authorities said Lisov stole $855,000 by using malware and attempted to carry out illegal financial operations for another $4.4 million. In addition, Lisov is accused of illegally accessing data at financial institutions and selling the data on the black market.


The Square of circles (JS For Loops)
A flower who's size changes with the window size (windowWidth, windowSize)
A Smiley face who's everything is random (JS Random, windowWidth, windowSize)
e


| AccessoryTableMap | This class defines the structure of the 'accessory' table. |
| AddressTableMap | This class defines the structure of the 'address' table. |
| AdminLogTableMap | This class defines the structure of the 'admin_log' table. |
| AdminTableMap | This class defines the structure of the 'admin' table. |
| AreaDeliveryModuleTableMap | This class defines the structure of the 'areadeliverymodule' table. |
| AreaTableMap | This class defines the structure of the 'area' table. |
| AttributeAvI18nTableMap | This class defines the structure of the 'attributeavi18n' table. |
| AttributeAvTableMap | This class defines the structure of the 'attribute_av' table. |
| AttributeCombinationTableMap | This class defines the structure of the 'attribute_combination' table. |
| AttributeI18nTableMap | This class defines the structure of the 'attribute_i18n' table. |
| AttributeTableMap | This class defines the structure of the 'attribute' table. |
| AttributeTemplateTableMap | This class defines the structure of the 'attribute_template' table. |
| CartItemTableMap | This class defines the structure of the 'cart_item' table. |
| CartTableMap | This class defines the structure of the 'cart' table. |
| CategoryAssociatedContentTableMap | This class defines the structure of the 'categoryassociatedcontent' table. |
| CategoryDocumentI18nTableMap | This class defines the structure of the 'categorydocumenti18n' table. |
| CategoryDocumentTableMap | This class defines the structure of the 'category_document' table. |
| CategoryI18nTableMap | This class defines the structure of the 'category_i18n' table. |
| CategoryImageI18nTableMap | This class defines the structure of the 'categoryimagei18n' table. |
| CategoryImageTableMap | This class defines the structure of the 'category_image' table. |
| CategoryTableMap | This class defines the structure of the 'category' table. |
| CategoryVersionTableMap | This class defines the structure of the 'category_version' table. |
| ConfigI18nTableMap | This class defines the structure of the 'config_i18n' table. |
| ConfigTableMap | This class defines the structure of the 'config' table. |
| ContentDocumentI18nTableMap | This class defines the structure of the 'contentdocumenti18n' table. |
| ContentDocumentTableMap | This class defines the structure of the 'content_document' table. |
| ContentFolderTableMap | This class defines the structure of the 'content_folder' table. |
| ContentI18nTableMap | This class defines the structure of the 'content_i18n' table. |
| ContentImageI18nTableMap | This class defines the structure of the 'contentimagei18n' table. |
| ContentImageTableMap | This class defines the structure of the 'content_image' table. |
| ContentTableMap | This class defines the structure of the 'content' table. |
| ContentVersionTableMap | This class defines the structure of the 'content_version' table. |
| CountryI18nTableMap | This class defines the structure of the 'country_i18n' table. |
| CountryTableMap | This class defines the structure of the 'country' table. |
| CouponI18nTableMap | This class defines the structure of the 'coupon_i18n' table. |
| CouponOrderTableMap | This class defines the structure of the 'coupon_order' table. |
| CouponTableMap | This class defines the structure of the 'coupon' table. |
| CouponVersionTableMap | This class defines the structure of the 'coupon_version' table. |
| CurrencyI18nTableMap | This class defines the structure of the 'currency_i18n' table. |
| CurrencyTableMap | This class defines the structure of the 'currency' table. |
| CustomerTableMap | This class defines the structure of the 'customer' table. |
| CustomerTitleI18nTableMap | This class defines the structure of the 'customertitlei18n' table. |
| CustomerTitleTableMap | This class defines the structure of the 'customer_title' table. |
| FeatureAvI18nTableMap | This class defines the structure of the 'featureavi18n' table. |
| FeatureAvTableMap | This class defines the structure of the 'feature_av' table. |
| FeatureI18nTableMap | This class defines the structure of the 'feature_i18n' table. |
| FeatureProductTableMap | This class defines the structure of the 'feature_product' table. |
| FeatureTableMap | This class defines the structure of the 'feature' table. |
| FeatureTemplateTableMap | This class defines the structure of the 'feature_template' table. |
| FolderDocumentI18nTableMap | This class defines the structure of the 'folderdocumenti18n' table. |
| FolderDocumentTableMap | This class defines the structure of the 'folder_document' table. |
| FolderI18nTableMap | This class defines the structure of the 'folder_i18n' table. |
| FolderImageI18nTableMap | This class defines the structure of the 'folderimagei18n' table. |
| FolderImageTableMap | This class defines the structure of the 'folder_image' table. |
| FolderTableMap | This class defines the structure of the 'folder' table. |
| FolderVersionTableMap | This class defines the structure of the 'folder_version' table. |
| LangTableMap | This class defines the structure of the 'lang' table. |
| MessageI18nTableMap | This class defines the structure of the 'message_i18n' table. |
| MessageTableMap | This class defines the structure of the 'message' table. |
| MessageVersionTableMap | This class defines the structure of the 'message_version' table. |
| ModuleI18nTableMap | This class defines the structure of the 'module_i18n' table. |
| ModuleImageI18nTableMap | This class defines the structure of the 'moduleimagei18n' table. |
| ModuleImageTableMap | This class defines the structure of the 'module_image' table. |
| ModuleTableMap | This class defines the structure of the 'module' table. |
| NewsletterTableMap | This class defines the structure of the 'newsletter' table. |
| OrderAddressTableMap | This class defines the structure of the 'order_address' table. |
| OrderFeatureTableMap | This class defines the structure of the 'order_feature' table. |
| OrderProductAttributeCombinationTableMap | This class defines the structure of the 'orderproductattribute_combination' table. |
| OrderProductTableMap | This class defines the structure of the 'order_product' table. |
| OrderProductTaxTableMap | This class defines the structure of the 'orderproducttax' table. |
| OrderStatusI18nTableMap | This class defines the structure of the 'orderstatusi18n' table. |
| OrderStatusTableMap | This class defines the structure of the 'order_status' table. |
| OrderTableMap | This class defines the structure of the 'order' table. |
| ProductAssociatedContentTableMap | This class defines the structure of the 'productassociatedcontent' table. |
| ProductCategoryTableMap | This class defines the structure of the 'product_category' table. |
| ProductDocumentI18nTableMap | This class defines the structure of the 'productdocumenti18n' table. |
| ProductDocumentTableMap | This class defines the structure of the 'product_document' table. |
| ProductI18nTableMap | This class defines the structure of the 'product_i18n' table. |
| ProductImageI18nTableMap | This class defines the structure of the 'productimagei18n' table. |
| ProductImageTableMap | This class defines the structure of the 'product_image' table. |
| ProductPriceTableMap | This class defines the structure of the 'product_price' table. |
| ProductSaleElementsTableMap | This class defines the structure of the 'productsaleelements' table. |
| ProductTableMap | This class defines the structure of the 'product' table. |
| ProductVersionTableMap | This class defines the structure of the 'product_version' table. |
| ProfileI18nTableMap | This class defines the structure of the 'profile_i18n' table. |
| ProfileModuleTableMap | This class defines the structure of the 'profile_module' table. |
| ProfileResourceTableMap | This class defines the structure of the 'profile_resource' table. |
| ProfileTableMap | This class defines the structure of the 'profile' table. |
| ResourceI18nTableMap | This class defines the structure of the 'resource_i18n' table. |
| ResourceTableMap | This class defines the structure of the 'resource' table. |
| RewritingArgumentTableMap | This class defines the structure of the 'rewriting_argument' table. |
| RewritingUrlTableMap | This class defines the structure of the 'rewriting_url' table. |
| TaxI18nTableMap | This class defines the structure of the 'tax_i18n' table. |
| TaxRuleCountryTableMap | This class defines the structure of the 'taxrulecountry' table. |
| TaxRuleI18nTableMap | This class defines the structure of the 'taxrulei18n' table. |
| TaxRuleTableMap | This class defines the structure of the 'tax_rule' table. |
| TaxTableMap | This class defines the structure of the 'tax' table. |
| TemplateI18nTableMap | This class defines the structure of the 'template_i18n' table. |
| TemplateTableMap | This class defines the structure of the 'template' table. |


OII i3 Application
PR Award #:
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Study Code:
{{info}}
Program Officer:
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*** User 2017-05-05 21:39:39.618 ***
21:39:39.618 [info] Disabling blocking sync...
*** User 2017-05-05 21:39:39.623 ***
21:39:39.623 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-1@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 21:39:41.196 ***
21:39:41.196 [info] Enabling membership...
*** User 2017-05-05 21:39:41.197 ***
21:39:41.197 [info] Disabling blocking sync...
*** User 2017-05-05 21:39:41.204 ***
21:39:41.204 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-2@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 21:39:43.115 ***
21:39:43.115 [info] Enabling membership...
*** User 2017-05-05 21:39:43.118 ***
21:39:43.118 [info] Disabling blocking sync...
*** User 2017-05-05 21:39:43.130 ***
21:39:43.130 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-3@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 21:39:43.488 ***
Joining node: 'node-3@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 49584
*** User 2017-05-05 21:39:43.489 ***
Joining issued: 'node-3@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 49584
*** User 2017-05-05 21:39:43.489 ***
Joining node: 'node-2@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 49567
*** User 2017-05-05 21:39:43.490 ***
Joining issued: 'node-2@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 49567
*** User 2017-05-05 21:39:43.490 ***
Joining node: 'node-1@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 49555
*** User 2017-05-05 21:39:43.491 ***
Joining issued: 'node-1@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 49555
*** User 2017-05-05 21:39:43.551 ***
Waiting for join to complete with manager: partisan_default_peer_service_manager
*** User 2017-05-05 21:39:43.553 ***
Finished.
*** CT 2017-05-05 21:39:43.553 *** COVER INFO
Adding nodes to cover test: ['runner@MacBook-Pro-de-Anne-France']
*** CT 2017-05-05 21:39:43.562 *** COVER INFO
Successfully added nodes to cover test: []
*** User 2017-05-05 21:39:43.563 ***
Case finished: sql_simple_contracted_latency_test
*** User 2017-05-05 21:39:50.654 ***
21:39:50.654 [info] Application lasp exited with reason: stopped
*** User 2017-05-05 21:39:50.656 ***
21:39:50.656 [info] Application partisan exited with reason: stopped
=== Ended at 2017-05-05 21:39:50
=== successfully completed test case
=== Returned value: ok
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Recipe 19.19. Simplifying Queue-Consumer Threads
Credit: Jimmy Retzlaff, Paul Moore
Problem
You want to code a consumer thread which gets work requests off a
queue one at a time, processes each work request, and eventually
stops, and you want to code it in the simplest possible way.
Solution
This task is an excellent use case for the good old
Sentinel idiom. The producer thread, when
it's done putting actual work requests on the queue,
must finally put a sentinel value, that is, a
value that is different from any possible work request.
Schematically, the producer thread will do something like:
for input_item in stuff_needing_work:
work_request = make_work_request(input_item)
queue.put(work_request)
queue.put(sentinel)
where sentinel must be a
"well-known value", different from
any work_request object that might be put on the
queue in the first phase.
The consumer thread can then exploit the built-in function
iter:
for work_request in iter(queue.get, sentinel):
process_work_request(work_request)
cleanup_and_terminate( )
Discussion
Were it not for built-in function iter, the
consumer thread would have to use a slightly less simple and elegant
structure, such as:
while True:
work_request = queue.get( )
if work_request == sentinel:
break
process_work_request(work_request)
cleanup_and_terminate( )
However, the Sentinel idiom is so useful and
important that Python directly supports it with built-in function
iter. When you call iter with
just one argument, that argument must be an iterable object, and
iter returns an iterator for it. But when you call
iter with two arguments, the first one must be a
callable which can be called without arguments, and the second one is
an arbitrary value known as the sentinel. In the
two-argument case, iter repeatedly calls the first
argument. As long as each call returns a value
!=sentinel, that value becomes an item in the
iteration; as soon as a call returns a value
==sentinel, the iteration stops.
If you had to code this yourself as a generator, you could write:
def iter_sentinel(a_callable, the_sentinel):
while True:
item = a_callable( )
if item == the_sentinel: break
yield item
But the point of this recipe is that you don't have
to code even this simple generator: just use the power that Python
gives you as part of the functionality of the built-in function
iter!
Incidentally, Python offers many ways to make
sentinel valuesmeaning values that
compare equal only to themselves. The simplest and most direct way,
and therefore the one I suggest you always use for this specific
purpose, is:
sentinel = object( )
See Also
Documentation for iter in the Library
Reference and Python in a
Nutshell.
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