An object that represents a single event in an Android calendar.
The API supports retrieving information about existing events and creating new events.
Be aware that modifying or deleting existing events is not yet supported. Additionally, recurring
events are not yet supported.
See Titanium.Android.Calendar
for examples of retrieving event information and creating events.
Adds the specified callback as an event listener for the named event.
Arguments
| name | [String] | Name of the event. |
| callback | [Callback<Object>] | Callback function to invoke when the event is fired. |
Applies the properties to the proxy.
Arguments
| props | [Dictionary] | A dictionary of properties to apply. |
Creates an alert for this event.
Arguments
| data | [Dictionary<Titanium.Android.Calendar.Alert>] | Properties for the alert. |
Creates a reminder for this event.
Arguments
| data | [Dictionary<Titanium.Android.Calendar.Reminder>] | Properties for the reminder. |
Fires a synthesized event to any registered listeners.
Arguments
| name | [String] | Name of the event. |
| event | [Dictionary] | A dictionary of keys and values to add to the Titanium.Event object sent to the listeners. |
Gets the value of the alerts property.
Gets the value of the allDay property.
Gets the value of the begin property.
Gets the value of the description property.
Gets the value of the end property.
Gets the value of the extendedProperties property.
Gets the value of the specified extended property.
Arguments
| name | [String] | Name of an existing extended property. |
Gets the value of the hasAlarm property.
Gets the value of the hasExtendedProperties property.
Gets the value of the id property.
Gets the value of the location property.
Gets the value of the reminders property.
Gets the value of the status property.
Gets the value of the title property.
Gets the value of the visibility property.
Removes the specified callback as an event listener for the named event.
Arguments
| name | [String] | Name of the event. |
| callback | [Callback<Object>] | Callback function to remove. Must be the same function passed to addEventListener. |


{% extends "main.html" %} {% block content %} {% include "header.html" %}
Are you sure you want to delete {{category.name}} ?


CENTRAL STATION A film review by Mark R. Leeper
Capsule: A retired teacher who works in Rio's Central Station and boy who has lost his mother become mismatched travel companions on a bittersweet journey through rural Brazil. That they should go from hating each other to being friends is a dramatic cliche, but the look at the lives of the poor and the pious of Brazil makes this film worth the trip. Rating: 6 (0 to 10), high +1 (-4 to +4)
Oscar-nominated Fernanda Montenegro plays Dora, a retire school teacher who earns a modest living working in Rio's Central Station, a bus and train station. She writes letters for the illiterate. But she rarely if ever mails the letters. Instead, she cynically uses her position to look into the lives of her uneducated clientele to laugh at and despise them. Hers is one of many dirty businesses that prey on people who travel through the station. One day Dora sees one of her clients accidentally hit by a bus and killed leaving the client's son Josua (played by Vinicius de Oliveira) homeless. She is initially untouched by the boy's plight. Eventually she is drawn in and decides to accompany the boy on a bus trip to be sure he finds his father. Her journey takes will take on many meanings as she learn to love first the boy and through him the illiterate poor of Brazil as she learns to understand each better. Unlike the approach that would likely be taken with an American or British film the poor are not shown to be quirky and humorous. Director Walter Salles, Jr., gives them a quiet and pious dignity. Chance makes Dora herself one of the rural poor, even if only temporarily and from this vantage point she sees the poor very differently. She also will see this journey as a sort of last chance to grasp life and a last chance to escape her cynicism actually feel inspired as she once did. Salles shows us she is in more desperation than the boy she is helping.
A Frank Capra would have handled the story making the people that Dora meets offbeat. Salles is not quite so subtle. He floods the film with Biblical and religious allusions. In the United States, religious imagery in film often has a sinister overtone. Certainly American filmmakers are frequently willing to show a sinister side to religion. Our films frequently portray fraudulent evangelists like Elmer Gantry or vaguely sadistic Catholic schools as we saw in THE SAINT. Salles is making a film for a Brazilian audience for whom fervent Catholicism is an unquestioned virtue. For that reason frequently a viewer in the United States will be wondering what point Salles may be trying to make when, in fact, he will have already made his point. We may wonder at the significance of the Biblical names of men in Josua's family, when the real point is just to say that these are all simple and good people.
Salles does create a definite dichotomy between city people and country people. City people, particularly those who work in the station, are soulless people who look dispassionately on death for minor infractions like shoplifting. The country people, never well defined, are simple, pious, and pure. When they use Dora as a scribe, they open into their lives a window that is purer and finer than what Dora sees in the city people. Oliveira's acting as the boy is simple, but very natural. But of equal importance with the actors is the setting. We see Brazil with its road stops. We see people willing to show Dora small kindness that it is implied they would not show her in the city.
Central Station is a road picture touching look into the lives of the people of Brazil. Perhaps it simplifies them a bit, but Fernanda Montenegro gives a solid performance as a woman going through unexpected changes. Part of what makes her stand out for audiences is her worn face, almost like a female Humphrey Bogart. But her performance is what gives the film what power it has. I rate CENTRAL STATION a 6 on the 0 to 10 scale and a high +1 on the -4 to +4 scale.
Mark R. Leeper<EMAIL_ADDRESS>Copyright 1999 Mark R. Leeper
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Adjust the output level of this input device
{{ modeDescription }}
Using {{ usingChannelsDisplayText }} of this input device
This input is {{ settings.monitoring ? '' : 'not ' }}being played through your speakers


passing data into angular 2+ components with @input
"in a component-driven application architecture we typically use"stateful and stateless"components. a key concept is having some form of “stateful“ component that delegates down into a ”stateless“ child, or children, component(s)."
"we do this through something called property binding in angular, which we learned about in the previous article when we bound to an "
" element to display a count. to bing data to angular components, we need to create a custom property bing, which is done viax “input“ binding to pass data from one component to another (typically parent to child)."
"this custom input"
@input()
"decorator! let's explore."


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Filter in ProductID
Show items with value that:
Operator
Is equal to
Is not equal to
Value
And
Or
Clear


"I create
what
my brain
sees"
Alex was born in Portugal, raised in South Africa and currently lives in London. He is a self taught artist who takes inspiration from his childhood and travels. Coming from a multi-cultural home has given him a chance to view the world from many different perspectives, which can be seen in his complex yet clean art.


What is Ajax and How its works?
AJAX=Asynchronous JavaScript And XML
AJAX is not a programming language
AJAX just uses a combination of:
- A browser built in XMLHttpRequest object(to request a data from a web server).
- JavaScript and HTML DOM(to display or use the data)
AJAX is a misleading name. AJAX applications might use XML to transport data, but it is equally common to transport data as plain text or JSON text.
AJAX allows web pages to be updated Asynchronously by exchanging data with a web server behind the scenes. This means that it is possible to update parts of a web page, without reloading the whole page:
How AJAX Works
-
An event occurs in a web page(the page is loaded, a button is clicked)
- An XMLHttpRequest object is created by JavaScript
- The XMLHttpRequest object sends a request to the server
- The server processes the request.
- The server sends a response back to the web page.
- The response is read by JavaScript
- Proper action(like page update) is performed by JavaScript.


PROJECT LUDĘ | ABSTRACT GAMES GROUP | TRABSACT SAGME DIARIES DECK OF BOARDS | UNKNOWN GAMES | GAME & PROJECTS | SHOPS


| # | Sta | Rlx | Name | Row Text |
| 0 | ST | 0 | autoRow0 | humans changing ecosystems ; environments usually has a negative impact on an ecosystem ; organisms living in an ecosystem (f4dc-5030-6255-a1f8) |
| 1 | ST | 0 | autoRow1 | pollution has a negative impact on the environment ; air quality ; water quality ; society (d116-6f25-b3ac-7d88) |
| 2 | ST | 0 | autoRow2 | humans move waste to a landfill for disposal ; storage (27ab-3140-60ab-8b03) |
| 3 | ST | 0 | autoRow3 | landfills have a negative impact on the environment ; communities (fbcb-2151-6afa-c1c5) |
| 4 | ST | 0 | autoRow4 | an landfill is a source of pollution (3094-7527-5f14-50d9) |
| 5 | ST | 0 | autoRow5 | humans cause pollution (d951-095d-6862-917c) |
| 6 | ST | 0 | autoRow6 | society is made of humans (ab30-97e0-586f-d18a) |
| 7 | ST | 0 | autoRow7 | recycling reduces ; decreases the amount of waste sent to landfills (ce64-9ef7-3084-5195) |
| 8 | ST | 0 | autoRow8 | polluting means something harmful ; something poisonous is added in an environment causes harm in the environment (d1ac-a510-1958-0100) |
| # | Sta | Rlx | Name | Row Text |
| 0 | ST | 0 | autoRow0 | humans changing ecosystems ; environments usually has a negative impact on an ecosystem ; organisms living in an ecosystem (f4dc-5030-6255-a1f8) |
| 1 | ST | 0 | autoRow1 | pollution has a negative impact on the environment ; air quality ; water quality ; society (d116-6f25-b3ac-7d88) |
| 2 | ST | 0 | autoRow2 | humans move waste to a landfill for disposal ; storage (27ab-3140-60ab-8b03) |
| 3 | ST | 0 | autoRow3 | landfills have a negative impact on the environment ; communities (fbcb-2151-6afa-c1c5) |
| 4 | ST | 0 | autoRow4 | an landfill is a source of pollution (3094-7527-5f14-50d9) |
| 5 | ST | 0 | autoRow5 | humans cause pollution (d951-095d-6862-917c) |
| 6 | | | autoRow6 | Empty |
| 7 | ST | 0 | autoRow7 | recycling reduces ; decreases the amount of waste sent to landfills (ce64-9ef7-3084-5195) |
| 8 | ST | 0 | autoRow8 | polluting means something harmful ; something poisonous is added in an environment causes harm in the environment (d1ac-a510-1958-0100) |


--- layout: post title: "Jones Soda ditches high-fructose corn syrup" --- From BoingBoing:
The change at Jones Soda comes at a time when high fructose corn syrup, which became a common sweetener for sodas in the late 1970s and early 1980s, has received negative publicity as being linked to obesity and diabetes.Link to whole article.


practNLPTools-lite
__version__ = '0.3.4'
practNLPTools-lite
Installation
Usage
CLI
API
Environment
Issues
Stanford Parser
CHANGELOG
0.3.3
0.3.2
0.3.0
0.2.1
0.2.0 4-alpha
0.1.1 (2017-09-17)
Credits
Contributing
practNLPTools-lite
Docs
»
CHANGELOG
View page source
CHANGELOG
¶
0.3.3
¶
Bug fixed in saving result in elastic server.
0.3.2
¶
Saving result in database and searching with/without elastic search
engine
0.3.0
¶
Storing processed sentence into database.
0.2.1
¶
Adding CHANGELOG in package.
Correction in README
0.2.0 4-alpha
¶
Marking standard tools for
pntl
.
0.1.1 (2017-09-17)
¶
Planing to release on PyPI.


--- title: Overview | Fabricator fabricator: true ---
This UI toolkit is a highly-modular design system for rapid web page development. It contains different materials that can be assembled into more complex page layouts.
This guide contains real working examples, code snippets, documentation, and style guidelines.


Portfolio
Where You At -
An iOS app which allows you to join groups with other users so you can see where all your friends are on a map at any given time while you're out on the town or at a concert. With 7 days to complete it, this app uses the following technologies: Ruby, Rails, Swift, xCode, AlamoFire, SwiftyJSON and Heroku.


Recall the example of using the polynomial to approximate the sin function. The order of polynomial we choose is vital to get a proper fitting. So actually, every parameter corresponds to a feature. We want to know if the feature is related to the outputs.
In statistics, a lack-of-fit test is any of many tests of a null hypothesis that a proposed statistical model fits well.
Again, suppose there is a real model \(f(x)\), and we get the prediction function based on the data points drawn from \(y=f(x)+\N(0,\sigma^2)\). Suppose the noise is normally distributed and at each single value of \(x\) we have the same σ without drift. For every single value of \(x_i\) we may actually get several different responses \(y_{ij}\), where \(i \in [1,2,..C]\) and \(j \in [1,2,..N_i]\). \(N_i\) is the number of the responses corresponding to \(x_i\), \(C\) is the number of distinct \(x\) in the data set. According to wikipedia.
We break down the residual error ("error sum of squares" — denoted SSE) into two components: a component that is due to lack of model fit ("lack of fit sum of squares" — denoted SSLF) a component that is due to pure random error ("pure error sum of squares" — denoted SSPE) If the lack of fit sum of squares is a large component of the residual error, it suggests that a linear function is inadequate.


"Science is Easy for Everyone."
HOME
ABOUT
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Creation
Hello, World!
How Are You?


The Planets WebView Example
The Planets WebView Example shows how Branch links can be used in apps with web views.
It demonstrates a few common tasks:
-
This page is a web view, and this link to
the planet Saturn
is a deep link that opens back into content in this app.
-
This Branch link, a link to
the planet Jupiter,
is a Branch deep link that opens into this same web view. You can use the buttons at the top right
to navigate between web pages in this same web view. This example shows forward and back navigation
between web page that contain a Branch link.
-
Each planet page has a 'Share' button that demonstrates how to share Branch links that point to app
content that is in a web view.
The planet info can be shared as a link by email, etc., and those links will open to the
content in the app if the user has the app. Otherwise those links open to content on the web.


Tests the Timeline API instrumentation of multiple style recalc invalidations and ensures they are all collected on the paint event.


This is from the First Paragraph
This is from the Second Paragraph
This is from the third Paragraph
This is from the Fourth Paragraph
This is from the fifth Paragraph
This is from the Sixth Paragraph
Pandavs and Draupadi travel to mountains. All fall to their deaths except Yudhishtir who is granted access to paradise
Yudhishtir finds Kauravs in paradise! He is furious until he realises: as long as he clings to rage, heaven can never be his
Pandavs and Draupadi travel to mountains. All fall to their deaths except Yudhishtir who is granted access to paradise.Yudhishtir finds Kauravs in paradise! He is furious until he realises: as long as he clings to rage, heaven can never be his


{% extends "dashboard/home.html" %} {% block title %}Access Denied — Carthage College{% endblock %} {% block content %}
You do not have permission to access this view.


Conferences/Workshops
List of conferences/workshops which are relevant and useful for Tech enthusiasts and practitioners.
Table of Contents
September 2021
| Conference/Workshop | Date | Link | Mode | Region / TimeZone | Comments |
|---|---|---|---|---|---|
| Spring One 2021 | 1, 2 Sep 2021 | Register | Virtual (Free) | PST | |
| Kafka Summit Americas 2021 | 14, 15 Sep 2021 | Register | Virtual (Free) | PST | |
| Azure Cloud Summit | 13 - 23 Sep 2021 | Register | Virtual (Free) | GMT | |
| AWS Startup Day (Women Founders Edition) | 22 Sep 2021 | Register | Virtual (Free) | PST | |
| AWS Summit (Washington DC) | 28, 29 Sep 2021 | Register | Washington | EST | |
| AWSome Day | 30 Sep 2021 | Register | Virtual (Free) | IST |
October 2021
| Conference/Workshop | Date | Link | Mode | Region / TimeZone | Comments |
|---|---|---|---|---|---|
| VM World 2021 | 5-7 Oct 2021 | Register | Virtual (Free) | PST | |
| Cloud Quizing Challenge (Azure) | 8 Oct - 17 Dec 2021 | Register | Virtual (Free) | IST | |
| Kubecon North America 2021. | 11-15 Oct 2021 | Register | Los Angeles | PST | |
| All Things Open 2021 | 18, 19 Oct 2021 | Regiser | Free + In-person | EST | |
| Dashcon 2021 | 26, 27 Oct 2021 | Register | Virtual (Free) | PST | |
| Github Universe 2021 | 27, 28 Oct 2021 | Register | Virtual (Free) | PST | |
| Azure Community Conference | 29-31 Oct 2021 | Regoster | Virtual (Free) | IST |
November 2021
| Conference/Workshop | Date | Link | Mode | Region / TimeZone | Comments |
|---|---|---|---|---|---|
| ISTA 2021 | 18 Nov 2021 | Register | Virtual |
December 2021
| Conference/Workshop | Date | Link | Mode | Region / TimeZone | Comments |
|---|---|---|---|---|---|
| Gophercon 2021 | 5-8 Dec 2021 | Register | PST | ||
| AWS re:Invent 2021 | Dec 2021 | Register | Paid | PST |
Missing any conference
Do raise a pull request to this repo to add/update conference information.


--- layout: compress --- {% include head.html %} {% include navigation.html %} {{ content }} {% include footer.html %} {% include closure.html %}


THotSpotMode class.
THotSpotMode defines the enumerable type for the possible hot spot modes.
The following enumerable values are defined:
Located in /Web/UI/WebControls/TImageMap.php (line 830)
TEnumerable | --THotSpotMode
Documentation generated on Mon, 22 Feb 2010 12:17:57 +0000 by phpDocumentor 1.3.0RC4


Enter a session ID which has been used in accessing the API to view your requests.
Uri Accessed
{{ session.ApiRequest.UriAccessed }}
Headers
Body
{{ session.ApiRequest.BodyContent }}
Uri Accessed
{{ session.ApiResponse.UriAccessed }}
Headers
Body
{{ session.ApiResponse.BodyContent }}


During local development with SKY UX, local files are loaded into SKY UX Host. To load your local single-page application into SKY UX Host, you must install the skyux-ca.crt root certificate. Follow the installation instructions appropriate for your machine.
Download the skyux-ca.crt.
Open the Keychain Access application.
Under the Keychains list on the left, select "login."
Under the Category list, select "Certificates."
Drag
Double-click the new "SKY UX" item in the list to open the certificate's info window.
Expand the Trust section near the top of the info window, and select the "Always Trust" option for "Secure Sockets Layer (SSL)."
Close the info window.
Right-click the skyux-ca.crt URL, and select Save As.
Open the file.
On the security warning prompt, click Open.
On the Certificate screen, click Install Certificate.
On the Certificate Import Wizard, click Next.
Select Place all certificates in the following store, and then click Browse.
On the Select Certificate Store screen, select Trusted Root Certification Authorities, and then click OK.
On the Certificate Import Wizard, click Next.
Click Finish.
On the security warning prompt, click Yes.
On the Certificate Import Wizard confirmation prompt, click OK.
After you return to the Certificate screen, click OK.


Enable the following options in the kernel configuration and recompile the kernel if necessary:
Networking support: Y
Networking options:
802.1d Ethernet Bridging: M or Y
In this section we are are going to discuss how to set up a
network bridge using systemd-networkd. In the
examples below, eth0
represents the external interface that is being bridged, while
br0
represents the
bridge interface.
To create a bridge interface, create the following configuration
file by running the following command as the root
user:
cat > /etc/systemd/network/50-br0.netdev << EOF
[NetDev]
Name=br0
Kind=bridge
EOF
To assign a network interface to a bridge, create the following
configuration file by running the following command as the
root
user:
cat > /etc/systemd/network/51-eth0.network << EOF
[Match]
Name=eth0
[Network]
Bridge=br0
EOF
Repeat the process for any other interfaces that need to be bridged. Note that it is important that nothing assigns any addresses to the bridged interfaces. If you are using NetworkManager-1.26.0, make sure you configure them to ignore the bridged interfaces, as well as the bridge interface itself.
If you are on a network which uses DHCP for assigning ip
addresses, create the following configuration file by running the
following command as the root
user:
cat > /etc/systemd/network/60-br0.network << EOF
[Match]
Name=br0
[Network]
DHCP=yes
EOF
Alternatively, if using a static ip setup, create the following
configuration file by running the following command as the
root
user:
cat > /etc/systemd/network/60-br0.network << EOF
[Match]
Name=br0
[Network]
Address=<IP_ADDRESS>/24
Gateway=<IP_ADDRESS>
DNS=<IP_ADDRESS>
EOF
To bring up the bridge interface, simply restart the systemd-networkd daemon by
running the following command as the root
user:
systemctl restart systemd-networkd
Last updated on 2019-02-24 17:09:00 -0800


The sub-window that you use to view or edit a specific definition in detail is called a Definition Editor.
At right you can see a sample definition loaded in the editor, in this case the definition for "swing thru". The top section includes information global to the whole definition. Enclosed in a grey box is each variation or variant of the call.
Notice that in the view on the right, the whole view is grey (except the formation diagrams). Even the areas that look like text fields are greyed out. This indicates that the definitions file this is part of (the default Definitions in this case) is currntly locked to prevent edits. This is a simple precaution to avoid accidentally making changes to the definitions when all you really want to do is browse through the information. You can always unlock the file by either right-clicking on the tab for the current Definition Editor or its Grammar Editor and selecting the "Unlock for editing" menu item.
The top field in the editor is a 'Name' field. This name is strictly for use in other definitions. Most definitions do not have a name defined. An example of a call with a Name is "box the gnat" which has the unsurprising name of 'box_the_gnat'. Look at the definition for "ANYONE move_in_and ANYTHING" to see how this name is used. Very few call definitions specifically name another call in them, which is why you will probably never have to assign a name yourself.
The Created and Modified lines are never editable. They record the moment when you first defined the call and the time you last modified it. If you edit a call, you will see the Modified time change automatically as you make changes. Note that if you use undo/redo, the modified time will be the time you first made the change, not the last undo or redo operation.
The Level field defines the lowest level at which you can use this call. You may use any call in a definition, but when composing calls in a sequence, you may only mention calls at or below the level you have selected for the sequence.
Note that if you mark a call with a blank level or a level of None, then the call can be used in any sequence at all. Note that if the level is reported as Error in red letters, the contents of the file was some unrecognized string. This may be due to some change in the list of level names for the program, or else due to going in and manually changing the definitions file outside of Sets in Motion (such as with Notepad).
The call "swing thru" has only one phrase listed. Any given definition can have as many alternate phrases as you like included here. The only requirement is that each phrase if it has any at all, must include the same built-in terms and they must appear in the same order. This call happens to be one that has only literal words in its phrase.
Each of the large boxes under the phrases is a variant for this call. Which variant is selected for a given use of a call depends on the Patterns, Level and Precedence fields defined for that variant.
For most calls, each variant leaves the Level field blank. An exception, for example, is Extend which has several different starting formations, some of which can only be used at the Plus level or above.
The Precedence field is usually left to read 'Normal'. So far, the only exception to the is one of the variants of "trade". This field matters when you use a call that is defined for groups of fewer than 8 dancers. Normally, Sets in Motion applies each of the patterns for the variants to the whole set of dancers to find the 'best' match. If the program can find multiple different groupings of dancers that could apply it uses the 'best' grouping. If the groupings are equally good, the program gives up. One grouping will be better than another if it includes more dancers (this applies for a 'those who can' situation), or if they include the same number of dancers but with fewer distinct groups. Thus a call that is defined for boxes and for couples will prefer a grouping that puts dancers into a box rather than two couples. In the rare circumstance ("trade" in lines of four, for example) where a call can be applied with multiple groupings that include the same number of dancers and the same number of groups will the Precedence field be examined. For "trade" in a line of four, the trade prefers to group adjacent pairs of dancers to non-adjacent pairs.
It is unlikely that you will need to set Precedence to 'Preferred' and unless your call has the kind of combination of starting formations that "trade" has, setting "Preferred" will have no affect on the program.
Each line of Patterns fields generally names a formation. For some calls and some patterns, the formation name is followed by a variable enclosed in parentheses (see "ANYONE cross run" for an example). These patterns are for calls that include an ANYONE term in their phrase and that ANYONE names some of the dancers who will perform the call (the formation will have to indicate which dancers are those designated by the ANYONE variable and which are not).
At the bottom of each variant is a set of one or more Parts, each enclosed in a smaller box with a thin border. When a call is fractionalized, what fractions you can name depends on the number of Parts defined for the call. In the case of "swing thru" above, each variant has two Parts.
The Repeat field in a Part is normally blank. If it is blank, the Part is repeated eaxctly once per call. Some calls, such as "square thru INTEGER", use the Repeat field to vary the number of parts based on a number mentioned in the call.
Finally, the Actions fields of each Part define that actual steps dancers should take to perform the call. As the example "swing thru" above shows, an action can be another call. You will notice that some definitions have actions that name the same call that is being defined. If you look closely at those examples, what is happening is that some other action has made some change to the dancer formation so that a different variant of the call will be invoked by the action.
If one of your actions ends up invoking the same variant again, the program will catch this and mark a use of that call as an error.
Notice that the first action of the 'facing_couples' variant of "swing thru" is 'beaus $forward_veer(1/2, -1) while belles $forward(1/2)'. This actually mixes somewhat familiar words for calls with these obscure dollar-sign words and parentheses. A word, by xonvention beginning with a dollar-sign, followed by zero or more expressions enclosed in parenthese and separated by commas is a primitive. Grammatically, they appear like any other call. Unlike other calls, however, they have no definition explicitly listed. Look in the Call Writer's Guide for further information about primitves and what they do.
The following image shows the same definition for "swing thru" unlocked for editing. Notice how the greyed out field have now been rendered in white, indicating that they can be modified.
Note also that a few new decorations have been added. In the upper-right corner of each variant box, you will see the word Delete, along with Move Down and/or Move Up. Like the other decorations, your mouse cursor will change to a hand when over these words. If you click there, the whole variant will be deleted, or moved (depending on which link you click, of course).
Where a decoration says "Add another part..." if you click a new, blank part box will be inserted.
Similarly, clicking on "Add another variation..." will create a new variant box at the bottom of the list.
You will notice the word Delete in the upper right corner of each part. Clicking there will delete that part.
One last point: As you type in a text field in these editors, you might notice that the corresponding file does not report that it has been modified until you move the cursor to some other field or otherwise click outside the text where you are currently typing. This is related to how your edits are recorded. When you undo the edits, you will only undo a full line or changes to the text, not the individual keystrokes.


false
File
Visualizer
All
Cross Bars
Symmetric Bars
Dotted Peaks
Inverted Bars
Radial Bars
Big Pulse
Connected Particles
Peaked Bars
Life Line
Triangles
Sin Wave
Circled Peaks
Start/Pause


[Erowid Warning: Our understanding of the literature is that there is no such thing as safe use of volatile solvents, aerosols and other street inhalants : their psychoactive effects are inseparable from nerve and organ damage. We have chosen to include reports like this to help document the real world use of inhalants, but their inclusion is not intended to imply that they are anything but dangerous.]
Last Weekend I was stuck at some relatives' house with no pot, no DXM, no nothing. I was bored and decided to try something really easy to get. I rumaged through the house and found some Scotch Guard Fabric Protector in a red plaid looking can. The back said deliberate inhalation is harmful. So of course I tried it. I sprayed some onto a rag and I put it up to my nose. I huffed in a lungful very slowly, as it was very sharp in my nose. I repeated this about 4 times and then I put the rag down. I then had an experience very close to a Nitrous Oxide buzz. I heard a helicopter and I saw like only 5 frames a minute. I kept looking at my hands and wondering why they were hands. Their was mild euphoria. It ended in about 30 seconds. After that I laid down and went to sleep.
Then I woke up the nezt morning and did it again. Then an hour later I did it again. Then in 30 minutes. Then in 10. Then again. Then again. It got to where I was just sitting with the rag, spraying on the spray and huffing, then repeat. It was scary. I eventually had to cut myself off as I was getting scared of brain damage and the rapid addiction that had formed. I went back home the next day and I haven't touched the stuff since.  I am sure it caused irreversible brain damage. This is the only inhalant besides nitrous I've done. It is strange and not at all fun. I've had a lot of experience with pot, and use DXM occasionally. This was something completely new to me.
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.


San Francisco is a refugee camp for homosexuals. We have fled here from every part of the nation, and like refugees elsewhere, we came not because it is so great here, but because it was so bad there. By the tens of thousands, we fled small towns where to be ourselves would endanger our jobs and any hope of a decent life; we have fled from blackmailing cops, from families who disowned or ‘tolerated’ us; we have been drummed out of the armed services, thrown out of schools, fired from jobs, beaten by punks and policemen. And we have formed a ghetto, out of self-protection.
It is a ghetto rather than a free territory because it is sill theirs.  We have pretended that everything is OK, because we haven’t been able to see how to change it - we’ve been afraid. In the past year there has been an awakening of gay liberation ideas and energy. How it began we don’t know; maybe we were inspired by black people and their freedom movement; we learned how to stop pretending form the hip revolution.
Amerika in all its ugliness has surfaced with the war and our national leaders. And we are revulsed by the quality of our ghetto life. Where once there was frustration, alienation, and cynicism, there are new characteristics among us.  And as we recall all the self-censorship and repression for so many years, a reservoir of tears pours out of our eyes. And we are euphoric, high, with the initial flourish of a movement. We want to make ourselves clear: our first job is to free ourselves.
This article is an attempt at raising a number of issues, and presenting some ideas to replace the old ones. It is primarily for ourselves, a starting point of discussion. If straight people of good will find it useful in understanding what liberation is about, so much the better. It should also be clear that these are the views of one person, and are determined not only by my homosexuality, but my being white, male, middle class. It is my individual consciousness. Our group consciousness will evolve as we get ourselves together - we are only at the beginning.


What About Questions?
May 17, 2015
How you forumlate questions isn't a thing that comes to mind often. People do not ask themselves 'Is there a better way to google this?' Instead, they type whatever comes to mind and simply hope that it'll return what they need. However, they could be missing out on vital resources that could give a more direct or helpful answer to what they seek. This is especially true when trying to find out syntax, error answers, and general questions for various computer languages and development.
The content of what you search for has a lot to do with it. You must keep in mind that there are certain key phrases and words people build in to make their sites more searchable. SEO or search engine optimization is big these days as sites fight to have a higher standing in engine results. You can play off these as a way to weed out what you do not need and what you do need. Start off mainly with what language you need to find results for, then possibly the platform, operating system, version, and constraints. Spelling used to be a major problem, but it is not AS important since sites like Google have auto spell check. However, it is still best to make sure your search titles are spelled correctly.
Now, there are other times when you need to formulate questions. Such as seeking help on Stack Overflow, asking for help in a web community, or merely emailing someone. I know I've run into problems when not stating fully what I needed help on. It is important to make sure that you are verbose in your sample coding. Give a good snippet to show what you have, and then detail what are you looking to do. Make sure to say the language type, any necessary syntax indicators such as if something is a string or you are working with arrays, say what version of the language you are using, and also double check your grammar. Keep an eye on your questions so that if any answers come in, you can respond and also make sure that people understand what you are seeking.
It is also important to note that you should not make your question novel sized. Keep it concise and to the point. People usually do not have all day to sit and read twenty paragraphs about your new application. Instead, if you need help on a section, try to break it down into a small paragraph and sample of the problem you're facing or code you are having trouble with. Stack Overflow has a great article on how to include a proper example to help aid in getting an answer. You can find it here.


iso_c_binding(7f) - [FORTRAN] standard intrinsic module which defines named constants, types, and procedures for C interoperability
Interoperability with C 1 General 2 The ISO C BINDING intrinsic module 15.2.1 Summary of contents 15.2.2 Named constants and derived types in the module 15.2.3 Procedures in the module 3 Interoperability between Fortran and C entities 15.3.1 General 15.3.2 Interoperability of intrinsic types 15.3.3 Interoperability with C pointer types 15.3.4 Interoperability of derived types and C struct types 15.3.5 Interoperability of scalar variables 15.3.6 Interoperability of array variables 15.3.7 Interoperability of procedures and procedure interfaces 4 Interoperation with C global variables 15.4.1 General 15.4.2 Binding labels for common blocks and variables 5 Interoperation with C functions 15.5.1 Definition and reference of interoperable procedures 15.5.2 Binding labels for procedures 15.5.3 Exceptions and IEEE arithmetic procedures
[[Fortran 2003]] and later
The following intrinsic procedures are provided by the module; their definition can be found in man(1) pages:
o c_associated o c_f_pointer o c_f_procpointer o c_funloc o c_loc o c_sizeof
iso_c_binding(7f) module also provides the following named constants of type default integer, which can be used as kind type parameters.
#-------------#-------------------------#-----------------------#----------# | Fortran Type| Named constant | C type | Note | |-------------|-------------------------|-----------------------|----------| | integer | c_int | int | | | integer | c_short | short int | | | integer | c_long | long int | | | integer | c_long_long | long long int | | | integer | c_signed_char | signed char/ | | | | | unsigned char | | | integer | c_size_t | size_t | | | integer | c_int8_t | int8_t | | | integer | c_int16_t | int16_t | | | integer | c_int32_t | int32_t | | | integer | c_int64_t | int64_t | | | integer | c_int_least8_t | int_least8_t | | | integer | c_int_least16_t | int_least16_t | | | integer | c_int_least32_t | int_least32_t | | | integer | c_int_least64_t | int_least64_t | | | integer | c_int_fast8_t | int_fast8_t | | | integer | c_int_fast16_t | int_fast16_t | | | integer | c_int_fast32_t | int_fast32_t | | | integer | c_int_fast64_t | int_fast64_t | | | integer | c_intmax_t | intmax_t | | | integer | c_intptr_t | intptr_t | | | integer | c_ptrdiff_t | intptr_t | TS 29113 | | real | c_float | float | | | real | c_double | double | | | real | c_long_double | long double | | | complex | c_float_complex | float _Complex | | | complex | c_double_complex | double _Complex | | | complex | c_long_double_complex | long double _Complex | | | logical | c_bool | _Bool | | | character | c_char | char | | #-------------#-------------------------#-----------------------#----------#Additionally, the following parameters of type character(kind=c_char) are defined.-1 if the companion processor defines the corresponding C type and there is no interoperating Fortran processor kind or -2 if the C processor does not define the corresponding C type.
#---------------------#-----------------#--------# | Name | C definition | Value | |---------------------|-----------------|--------| | c_null_char | null character | \0 | | c_alert | alert | \a | | c_backspace | backspace | \b | | c_form_feed | form feed | \f | | c_new_line | new line | \n | | c_carriage_return | carriage return | \r | | c_horizontal_tab | horizontal tab | \t | | c_vertical_tab | vertical tab | \v | #---------------------#-----------------#--------#Moreover, the following two named constants are defined:
#---------------#----------# | Name | Type | |---------------|----------| | c_null_ptr | c_ptr | | c_null_funptr | c_funptr | #---------------#----------#Both are equivalent to the value NULL in C.
15.1
Fortran provides a means of referencing procedures that are defined by means of the C programming language or procedures that can be described by C prototypes as defined in <IP_ADDRESS> of the C International Standard, even if they are not actually defined by means of C. Conversely, there is a means of specifying that a procedure defined by a Fortran subprogram can be referenced from a function defined by means of C. In addition, there is a means of declaring global variables that are associated with C variables whose names have external linkage as defined in 6.2.2 of the C International Standard.The ISO C BINDING module provides access to named constants that represent kind type parameters of data representations compatible with C types. Fortran also provides facilities for defining derived types (4.5) and enumerations (4.6) that correspond to C types.
To avoid potential name conflicts with program entities, it is recommended that a program use the ONLY option in any USE statement that references the ISO C BINDING intrinsic module.
15.2.2
The values of C_FLOAT, C_DOUBLE, and C_LONG_DOUBLE shall each be a valid value for a real kind type parameter on the processor or shall be -1 if the companion processors type does not have a precision equal to the precision of any of the Fortran processors real kinds, -2 if the companion processors type does not have a range equal to the range of any of the Fortran processors real kinds, -3 if the companion processors type has neither the precision nor range of any of the Fortran processors real kinds, and equal to -4 if there is no interoperating Fortran processor kind for other reasons.The values of C_FLOAT_COMPLEX, C_DOUBLE_COMPLEX, and C_LONG_DOUBLE_COMPLEX shall be the same as those of C_FLOAT, C_DOUBLE, and C_LONG_DOUBLE, respectively.
The value of C_BOOL shall be a valid value for a logical kind parameter on the processor or shall be -1.
The value of C_CHAR shall be a valid value for a character kind type parameter on the processor or shall be -1. The value of C_CHAR is known as the C character kind.
The entity C_NULL_PTR shall be a named constant of type C_PTR. The value of C_NULL_PTR shall be the same as the value NULL in C. The entity C_NULL_FUNPTR shall be a named constant of type C_FUNPTR. The value of C_NULL_FUNPTR shall be that of a null pointer to a function in C.
NOTE 15.2 The value of NEW_LINE(C_NEW_LINE) is C_NEW_LINE (13.7.120).
15.2.3
In the detailed descriptions below, procedure names are generic and not specific.C_ASSOCIATED (C_PTR_1 [, C_PTR_2]) <IP_ADDRESS>
Description. True if and only if C_PTR_1 is associated with an entity and C_PTR_2 is absent, or if C_PTR_1 and C_PTR_2 are associated with the same entity.Result Characteristics. Default logical scalar.Class. Inquiry function.
Arguments.
C_PTR_1 shall be a scalar of type C_PTR or C_FUNPTR. C_PTR_2 (optional) shall be a scalar of the same type as C_PTR_1.
Result Value.
NOTE 15.3
Case (i): If C_PTR_2 is absent, the result is false if C_PTR_1 is a C null pointer and true otherwise. Case (ii): If C_PTR_2 is present, the result is false if C_PTR_1 is a C null pointer. If C_PTR_1 is not a C null pointer, the result is true if C_PTR_1 compares equal to C_PTR_2 in the sense of <IP_ADDRESS> and 6.5.9 of the C International Standard, and false otherwise.
The following example illustrates the use of C LOC and C ASSOCIATED.USE, INTRINSIC :: ISO_C_BINDING, ONLY: C_PTR, C_FLOAT, C_ASSOCIATED, C_LOC
SUBROUTINE FOO(GAMMA) BIND(C)
TYPE(C_PTR), VALUE :: GAMMA
REAL(C_FLOAT), TARGET, DIMENSION(100) :: ALPHA TYPE(C_PTR) :: BETA ... IF (.NOT. C_ASSOCIATED(BETA)) THEN BETA = C_LOC(ALPHA)
CALL FOO(BETA)
C_F_POINTER (CPTR, FPTR [, SHAPE]) <IP_ADDRESS>
Description. Associate a data pointer with the target of a C pointer and specify its shape.Arguments.Class. Subroutine.
CPTR shall be a scalar of type C_PTR. It is an INTENT(IN) argument. Its value shall be the C address of an interoperable data entity, or the result of a reference to C_LOC with a noninteroperable argument. The value of CPTR shall not be the C address of a Fortran variable that does not have the TARGET attribute. FPTR shall be a pointer, and shall not be a coindexed object. It is an INTENT (OUT) argument. If the value of CPTR is the C address of an interoperable data entity, FPTR shall be a data pointer with type and type parameters interoperable with the type of the entity. In this case, FPTR becomes pointer associated with the target of CPTR. If FPTR is an array, its shape is specified by SHAPE and each lower bound is 1. If the value of CPTR is the result of a reference to C LOC with a noninteroperable argument X, FPTR shall be a nonpolymorphic scalar pointer with the same type and type parameters as X. In this case, X or its target if it is a pointer shall not have been deallocated or have become undefined due to execution of a RETURN or END statement since the reference. FPTR becomes pointer associated with X or its target. SHAPE (optional) shall be of type integer and rank one. It is an INTENT (IN) argument. SHAPE shall be present if and only if FPTR is an array; its size shall be equal to the rank of FPTR.
C_F_PROCPOINTER (CPTR, FPTR) <IP_ADDRESS>
Description. Associate a procedure pointer with the target of a C function pointer.C_FUNLOC (X) <IP_ADDRESS>Class. Subroutine.
Arguments.
CPTR shall be a scalar of type C_FUNPTR. It is an INTENT (IN) argument. Its value shall be the C address of a procedure that is interoperable. FPTR shall be a procedure pointer, and shall not be a component of a coindexed object. It is an INTENT (OUT) argument. The interface for FPTR shall be interoperable with the prototype that describes the target of CPTR. FPTR becomes pointer associated with the target of CPTR.
NOTE 15.4
The term "target" in the descriptions of C F POINTER and C F PROCPOINTER denotes the entity referenced by a C pointer, as described in 6.2.5 of the C International Standard.
Description. C address of the argument.Class. Inquiry function.
Argument. X shall either be a procedure that is interoperable, or a procedure pointer associated with an interoperable procedure. It shall not be a coindexed object.
Result Characteristics. Scalar of type C FUNPTR.
Result Value. The result value is described using the result name FPTR. The result is determined as if C - FUNPTR were a derived type containing an implicit-interface procedure pointer component PX and the pointer assignment FPTR%PX => X were executed.
The result is a value that can be used as an actual FPTR argument in a call to C F PROCPOINTER where FPTR has attributes that would allow the pointer assignment FPTR => X. Such a call to C F PROCPOINTER shall have the effect of the pointer assignment FPTR => X.
<IP_ADDRESS> C LOC (X)
Description. C address of the argument.
Class. Inquiry function.
Argument. X shall have either the POINTER or TARGET attribute. It shall not be a coindexed object. It shall either be a contiguous variable with interoperable type and type parameters, or be a scalar, nonpolymorphic variable with no length type parameters. If it is allocatable, it shall be allocated. If it is a pointer, it shall be associated. If it is an array, it shall have nonzero size.
Result Characteristics. Scalar of type C PTR.
Result Value. The result value is described using the result name CPTR.
If X is a scalar data entity, the result is determined as if C PTR were a derived type containing a scalar pointer component PX of the type and type parameters of X and the pointer assignment CPTR%PX => X were executed.
If X is an array data entity, the result is determined as if C PTR were a derived type containing a scalar pointer component PX of the type and type parameters of X and the pointer assignment of CPTR%PX to the first element of X were executed.
If X is a data entity that is interoperable or has interoperable type and type parameters, the result is the value that the C processor returns as the result of applying the unary "&" operator (as defined in the C International Standard, <IP_ADDRESS>) to the target of CPTR%PX.
The result is a value that can be used as an actual CPTR argument in a call to C F POINTER where FPTR has attributes that would allow the pointer assignment FPTR => X. Such a call to C F POINTER shall have the effect of the pointer assignment FPTR => X.
NOTE 15.5 Where the actual argument is of noninteroperable type or type parameters, the result of C LOC provides an opaque "handle" for it. In an actual implementation, this handle might be the C address of the argument; however, portable C functions should treat it as a void (generic) C pointer that cannot be dereferenced (<IP_ADDRESS> in the C International Standard).
<IP_ADDRESS> C SIZEOF (X)
Description. Size of X in bytes.
Class. Inquiry function.
Argument. X shall be an interoperable data entity that is not an assumed-size array.
Result Characteristics. Scalar integer of kind C SIZE T (15.3.2).
Result Value. If X is scalar, the result value is the value that the companion processor returns as the result of applying the sizeof operator (C International Standard, subclause <IP_ADDRESS>) to an object of a type that interoperates with the type and type parameters of X.
If X is an array, the result value is the value that the companion processor returns as the result of applying the sizeof operator to an object of a type that interoperates with the type and type parameters of X, multiplied by the number of elements in X.
15.3 Interoperability between Fortran and C entities
15.3.1 General Subclause 15.3 defines the conditions under which a Fortran entity is interoperable. If a Fortran entity is interoperable, an equivalent entity may be defined by means of C and the Fortran entity interoperates with the C entity. There does not have to be such an interoperating C entity.
NOTE 15.6 A Fortran entity can be interoperable with more than one C entity.
15.3.2 Interoperability of intrinsic types Table 15.2 shows the interoperability between Fortran intrinsic types and C types. A Fortran intrinsic type with particular type parameter values is interoperable with a C type if the type and kind type parameter value are listed in the table on the same row as that C type; if the type is character, interoperability also requires that the length type parameter be omitted or be specified by an initialization expression whose value is one. A combination of Fortran type and type parameters that is interoperable with a C type listed in the table is also interoperable with any unqualified C type that is compatible with the listed C type.
The second column of the table refers to the named constants made accessible by the ISO C BINDING intrinsic module. If the value of any of these named constants is negative, there is no combination of Fortran type and type parameters interoperable with the C type shown in that row.
A combination of intrinsic type and type parameters is interoperable if it is interoperable with a C type. The C types mentioned in table 15.2 are defined in subclauses 6.2.5, 7.17, and 7.18.1 of the C International Standard.
Table 15.2: Interoperability between Fortran and C types Named constant from the ISO C BINDING module Fortran type C type (kind type parameter if value is positive) C_INT int C_SHORT short int C_LONG long int C_LONG_LONG long long int C_SIGNED_CHAR signed char unsigned char C_SIZE_T size t C_INT8_T int8 t C_INT16_T int16 t C_INT32_T int32 t C_INT64_T int64 t C_INT_LEAST8_T int least8 t C_INT_LEAST16_T int least16 t C_INT_LEAST32_T int least32 t INTEGER C_INT_LEAST64_T int least64 t C_INT_FAST8_T int fast8 t C_INT_FAST16_T int fast16 t C_INT_FAST32_T int fast32 t C_INT_FAST64_T int fast64 t C_INTMAX_T intmax t C_INTPTR_T intptr t C_FLOAT float REAL C_DOUBLE double C_LONG_DOUBLE long double C_FLOAT_COMPLEX float Complex COMPLEX C_DOUBLE_COMPLEX double Complex C_LONG_DOUBLE_COMPLEX long double Complex LOGICAL C_BOOL Bool CHARACTER C_CHAR char
NOTE 15.7 For example, the type integer with a kind type parameter of C_SHORT is interoperable with the C type short or any C type derived (via typedef) from short.
NOTE 15.8 The C International Standard specifies that the representations for nonnegative signed integers are the same as the corresponding values of unsigned integers. Because Fortran does not provide direct support for unsigned kinds of integers, the ISO C BINDING module does not make accessible named constants for their kind type parameter values. A user can use the signed kinds of integers to interoperate with the unsigned types and all their qualified versions as well. This has the potentially surprising side effect that the C type unsigned char is interoperable with the type integer with a kind type parameter of C SIGNED CHAR.
15.3.3 Interoperability with C pointer types C PTR and C FUNPTR shall be derived types with only private components. No direct component of either of these types is allocatable or a pointer. C PTR is interoperable with any C object pointer type. C FUNPTR is interoperable with any C function pointer type.
NOTE 15.9 This implies that a C processor is required to have the same representation method for all C object pointer types and the same representation method for all C function pointer types if the C processor is to be the target of interoperability of a Fortran processor. The C International Standard does not impose this requirement.
NOTE 15.10 The function C LOC can be used to return a value of type C PTR that is the C address of an allocated allocatable variable. The function C FUNLOC can be used to return a value of type C FUNPTR that is the C address of a procedure. For C LOC and C FUNLOC the returned value is of an interoperable type and thus may be used in contexts where the procedure or allocatable variable is not directly allowed. For example, it could be passed as an actual argument to a C function.
Similarly, type C FUNPTR or C PTR can be used in a dummy argument or structure component and can have a value that is the C address of a procedure or allocatable variable, even in contexts where a procedure or allocatable variable is not directly allowed.
15.3.4 Interoperability of derived types and C struct types A Fortran derived type is interoperable if it has the BIND attribute.
C1501 (R425) A derived type with the BIND attribute shall not have the SEQUENCE attribute.
C1502 (R425) A derived type with the BIND attribute shall not have type parameters.
C1503 (R425) A derived type with the BIND attribute shall not have the EXTENDS attribute.
C1504 (R425) A derived type with the BIND attribute shall not have a type-bound-procedure-part.
C1505 (R425) Each component of a derived type with the BIND attribute shall be a nonpointer, nonallocatable data component with interoperable type and type parameters.
NOTE 15.11 The syntax rules and their constraints require that a derived type that is interoperable have components that are all data entities that are interoperable. No component is permitted to be allocatable or a pointer, but the value of a component of type C FUNPTR or C PTR may be the C address of such an entity.
A Fortran derived type is interoperable with a C struct type if the derived-type definition of the Fortran type specifies BIND(C) (4.5.2), the Fortran derived type and the C struct type have the same number of components, and the components of the Fortran derived type have types and type parameters that are interoperable with the types of the corresponding components of the C struct type. A component of a Fortran derived type and a component of a C struct type correspond if they are declared in the same relative position in their respective type definitions.
NOTE 15.12 The names of the corresponding components of the derived type and the C struct type need not be the same.
There is no Fortran type that is interoperable with a C struct type that contains a bit field or that contains a flexible array member. There is no Fortran type that is interoperable with a C union type.
NOTE 15.13 For example, the C type myctype, declared below, is interoperable with the Fortran type myftype, declared below.
typedef struct int m, n; float r; myctype
USE, INTRINSIC :: ISO_C_BINDING TYPE, BIND(C) :: MYFTYPE INTEGER(C_INT) :: I, J REAL(C_FLOAT) :: S
The names of the types and the names of the components are not significant for the purposes of determining whether a Fortran derived type is interoperable with a C struct type.
NOTE 15.14 The C International Standard requires the names and component names to be the same in order for the types to be compatible (C International Standard, subclause 6.2.7). This is similar to Fortrans rule describing when different derived type definitions describe the same sequence type. This rule was not extended to determine whether a Fortran derived type is interoperable with a C struct type because the case of identifiers is significant in C but not in Fortran.
| 15.3.5 |
Interoperability of scalar variables
A scalar Fortran variable is interoperable if its type and type parameters are interoperable, it is not a coarray,
and it has neither the ALLOCATABLE nor the POINTER attribute.
An interoperable scalar Fortran variable is interoperable with a scalar C entity if their types and type parameters are interoperable.
(1) the interface has the BIND attribute, (2) either (a) the interface describes a function whose result variable is a scalar that is interoperable with the result of the prototype or (b) the interface describes a subroutine and the prototype has a result type of void, (3) the number of dummy arguments of the interface is equal to the number of formal parameters of the prototype, (4) any dummy argument with the VALUE attribute is interoperable with the corresponding formal parameter of the prototype, (5) any dummy argument without the VALUE attribute corresponds to a formal parameter of the prototype that is of a pointer type, and the dummy argument is interoperable with an entity of the referenced type (C International Standard, 6.2.5, 7.17, and 7.18.1) of the formal parameter, and (6) the prototype does not have variable arguments as denoted by the ellipsis (...).A formal parameter of a C function prototype corresponds to a dummy argument of a Fortran interface if they are in the same relative positions in the C parameter list and the dummy argument list, respectively.
NOTE 15.21 For example, a Fortran procedure interface described by | ||||||||||||||||||||||||
FUNCTION FUNC(I, J, K, L, M) BIND(C) USE, INTRINSIC :: ISO_C_BINDING INTEGER(C_SHORT) :: FUNC INTEGER(C_INT), VALUE :: I REAL(C_DOUBLE) :: J INTEGER(C_INT) :: K, L(10) TYPE(C_PTR), VALUE :: M
is interoperable with the C function prototype
short func(int i, double *j, int *k, int l[10], void *m)
A C pointer may correspond to a Fortran dummy argument of type C PTR with the VALUE attribute or to a Fortran scalar that does not have the VALUE attribute. In the above example, the C pointers j and k correspond to the Fortran scalars J and K, respectively, and the C pointer m corresponds to the Fortran dummy argument M of type C PTR.
NOTE 15.22 The interoperability of Fortran procedure interfaces with C function prototypes is only one part of invocation of a C function from Fortran. There are four pieces to consider in such an invocation: the procedure reference, the Fortran procedure interface, the C function prototype, and the C function. Conversely, the invocation of a Fortran procedure from C involves the function reference, the C function prototype, the Fortran procedure interface, and the Fortran procedure. In order to determine whether a reference is allowed, it is necessary to consider all four pieces.
For example, consider a C function that can be described by the C function prototype
void copy(char in[], char out[]);
Such a function may be invoked from Fortran as follows:
USE, INTRINSIC :: ISO_C_BINDING, ONLY: C_CHAR, C_NULL_CHAR
SUBROUTINE COPY(IN, OUT) BIND(C)
CHARACTER(KIND=C_CHAR), DIMENSION(*) :: IN, OUT
CHARACTER(LEN=10, KIND=C_CHAR) :: &
| & |
DIGIT_STRING = C_CHAR_123456789 // C_NULL_CHAR
CHARACTER(KIND=C_CHAR) :: DIGIT_ARR(10)
CALL COPY(DIGIT_STRING, DIGIT_ARR) PRINT (1X, A1), DIGIT_ARR(1:9) |
The procedure reference has character string actual arguments. These correspond to character array dummy arguments in the procedure interface body as allowed by Fortrans rules of sequence association (<IP_ADDRESS>). Those array dummy arguments in the procedure interface are interoperable with the formal parameters of the C function prototype. The C function is not shown here, but is assumed to be compatible with the C function prototype.
| 15.4 |
Interoperation with C global variables
If a common block is specified in a BIND statement, it shall be specified in a BIND statement with the same binding label in each scoping unit in which it is declared. A C variable whose name has external linkage interoperates with a common block that has been specified in a BIND statement if the C variable is of a struct type and the variables that are members of the common block are interoperable with corresponding components of the struct type, or if the common block contains a single variable, and the variable is interoperable with the C variable. There does not have to be an associated C entity for a Fortran entity with the BIND attribute.
NOTE 15.23 The following are examples of the usage of the BIND attribute for variables and for a common block. The Fortran variables, C EXTERN and C2, interoperate with the C variables, c extern and myVariable, respectively. The Fortran common blocks, COM and SINGLE, interoperate with the C variables, com and single, respectively. | ||
USE, INTRINSIC :: ISO_C_BINDING INTEGER(C_INT), BIND(C) :: C_EXTERN INTEGER(C_LONG) :: C2 BIND(C, NAME=myVariable) :: C2COMMON /COM/ R, S REAL(C_FLOAT) :: R, S, T BIND(C) :: /COM/, /SINGLE/ COMMON /SINGLE/ T
int c_extern; long myVariable; struct float r, s; com; float single;
| 15.4.2 |
Binding labels for common blocks and variables
The binding label of a variable or common block is a default character value that specifies the name by which
the variable or common block is known to the companion processor.
If a variable or common block has the BIND attribute with the NAME= specifier and the value of its expression, after discarding leading and trailing blanks, has nonzero length, the variable or common block has this as its binding label. The case of letters in the binding label is significant. If a variable or common block has the BIND attribute specified without a NAME= specifier, the binding label is the same as the name of the entity using lower case letters. Otherwise, the variable or common block has no binding label. The binding label of a C variable whose name has external linkage is the same as the name of the C variable. A Fortran variable or common block with the BIND attribute that has the same binding label as a C variable whose name has external linkage is linkage associated (<IP_ADDRESS>) with that variable.
C1506 A procedure defined in a submodule shall not have a binding label unless its interface is declared in the ancestor module. The binding label for a C function whose name has external linkage is the same as the C function name.
NOTE 15.24 In the following sample, the binding label of C SUB is "c_sub", and the binding label of C FUNC is "C_funC". | ||||||||||||||||
INTEGER(C_INT) FUNCTION C_FUNC() BIND(C, NAME="C_funC") USE, INTRINSIC :: ISO_C_BINDING ...
The C International Standard permits functions to have names that are not permitted as Fortran names; it also distinguishes between names that would be considered as the same name in Fortran. For example, a C name may begin with an underscore, and C names that differ in case are distinct names.
The specification of a binding label allows a program to use a Fortran name to refer to a procedure defined by a companion processor.
| 15.5.3 |
Exceptions and IEEE arithmetic procedures
A procedure defined by means other than Fortran shall not use signal (C International Standard, 7.14.1) to change
the handling of any exception that is being handled by the Fortran processor.
A procedure defined by means other than Fortran shall not alter the floating-point status (14.7) other than by setting an exception flag to signaling. The values of the floating-point exception flags on entry to a procedure defined by means other than Fortran are processor-dependent. |
| Nemo Release 3.1 | iso_c_binding (7) | July 22, 2023 |


First Pull Request in Open Source
Not so long ago, I saw a video Adam Sitnik - My awesome journey with Open Source and it opened my eyes.
I am a senior developer with 11 years of experience in programming. In my career, I did a lot of great things connected to programming, but only my colleagues from work knew about it. If I would like to change my job, I would have to prove my qualifications. Another sad thing about both my personal and business projects is that most of my code is NOT used anymore. It really makes me sad. Than that video came up. Adam showed me that I can create code that will be used all over the world for many, many years. Solution is Open Source.
But, how to start?
- Find the repo of project that interests you.
- Go to Issue tab and filter issue by labels: “good first issue”, “help wanted” or “up-for-grabs”.
- Optional: Ask if selected issue is up to date and is not blocked.
- Try to implement missing functionality.
- Make a pull request. If you don’t know how to do it, please open Google or Youtube and type: “how to create pull request on github”. It takes only few minutes.
So, I tried.
- I’ve chosen BenchmarkDotNet repo. Why? I’ve used this tool and learned many things when using it.
- I’ve found Implement
--list
issue. The task had all the labels that I mentioned above. - I’ve reserved task for myself.
- I will describe implementation below.
- I’ve done pull request with my changes.
Implementation
I didn’t do anything special in this task. Remember that it was the first pull request to Open Source.
In this issue I had to implement console line --list
option which will print all of available benchmark names. This option should have two modes:
1. Flat list
This mode is simple list of all benchmark names.
BenchmarkDotNet.Samples.exe --list flat
BenchmarkDotNet.Samples.Algo_Md5VsSha256.Md5
BenchmarkDotNet.Samples.Algo_Md5VsSha256.Sha256
BenchmarkDotNet.Samples.IntroArguments.Benchmark
BenchmarkDotNet.Samples.IntroArgumentsSource.SingleArgument
BenchmarkDotNet.Samples.IntroArgumentsSource.ManyArguments
BenchmarkDotNet.Samples.IntroArrayParam.ArrayIndexOf
BenchmarkDotNet.Samples.IntroArrayParam.ManualIndexOf
BenchmarkDotNet.Samples.IntroBasic.Sleep
BenchmarkDotNet.Samples.IntroBasic.Thread.Sleep(10)
[...]
2. Tree list
In this mode BenchmarkDotNet should print all benchmark names as a tree list.
BenchmarkDotNet.Samples.exe --list tree
BenchmarkDotNet
└─Samples
├─Algo_Md5VsSha256
│ ├─Md5
│ └─Sha256
├─IntroArguments
│ └─Benchmark
├─IntroArgumentsSource
│ ├─SingleArgument
│ └─ManyArguments
├─IntroArrayParam
│ ├─ArrayIndexOf
│ └─ManualIndexOf
├─IntroBasic
│ ├─Sleep
│ └─Thread
│ └─Sleep(10)
[...]
At first I added new console parameter. BenchmarkDotNet uses CommandLineParser to parse command line attributes. CommandLineParser is useful tool that I implemented in many of projects. If you don’t know it, here you can find documentation.
This parameter should have three values: Disable, Flat and Tree. I just added enum:
public enum ListBenchmarkCaseMode
{
/// <summary>
/// Do not print any of the available full benchmark names.
/// </summary>
Disable,
/// <summary>
/// Prints flat list of the available benchmark names.
/// </summary>
Flat,
/// <summary>
/// Prints tree of the available full benchmark names.
/// </summary>
Tree
}
Then I added the appropriate option to the class that is used for parsing command line attributes.
[Option("list", Required = false, Default = ListBenchmarkCaseMode.Disable, HelpText = "Prints all of the available benchmark names. Flat/Tree")]
public ListBenchmarkCaseMode ListBenchmarkCaseMode { get; set; }
Displaying the tree list was the most difficult part. Fortunately, I read Andrew Lock blog who wrote post Creating an ASCII-art tree in C#. All I had to do was to check the source code license. Luckily for me, it was a MIT license.
I created interface:
internal interface IBenchmarkCasesPrinter
{
void Print(IEnumerable<string> testNames);
}
And two implementation of it. One for each mode.
internal class FlatBenchmarkCasesPrinter : IBenchmarkCasesPrinter
{
public void Print(IEnumerable<string> testNames)
{
foreach (string test in testNames)
{
Console.WriteLine(test);
}
}
}
internal class TreeBenchmarkCasesPrinter : IBenchmarkCasesPrinter
{
public void Print(IEnumerable<string> testNames)
{
//Here is the algorithm from the Andrew Lock's blog
}
}
In next step I used fasade pattern because I wanted to mask interaction with more complex components behind a single API.
internal class BenchmarkCasesPrinter : IBenchmarkCasesPrinter
{
private readonly IBenchmarkCasesPrinter printer;
public BenchmarkCasesPrinter(ListBenchmarkCaseMode listBenchmarkCaseMode)
{
printer = listBenchmarkCaseMode == ListBenchmarkCaseMode.Tree
? (IBenchmarkCasesPrinter) new TreeBenchmarkCasesPrinter()
: new FlatBenchmarkCasesPrinter();
}
public void Print(IEnumerable<string> testName) => printer.Print(testName);
}
Next I searched for a place where BenchmarkDotNet gets all benchmarks. In the end, I created and run the fasade class, if the value of --list
parameter was set. Bellow you can see how I changed the original code.
- var filteredBenchmarks = typeParser.Filter(effectiveConfig);
+ var filteredBenchmarks = typeParser.Filter(effectiveConfig, listBenchmarkCase);
if (filteredBenchmarks.IsEmpty())
return Array.Empty<Summary>();
+ var listBenchmarkCase = options.ListBenchmarkCaseMode != BistBenchmarkCaseMode.Disable;
+ if (listBenchmarkCase)
+ {
+ var testNames = filteredBenchmarks.SelectMany(p => p.BenchmarksCases)
+ .Select(p => p.Descriptor.GetFilterName()).Distinct();
+ var printer = new BenchmarkCasesPrinter(options.ListBenchmarkCaseMode);
+ printer.Print(testNames);
+ return Enumerable.Empty<Summary>();
+ }
//Old beheviour
summaries.AddRange(BenchmarkRunner.Run(filteredBenchmarks, effectiveConfig));
You can see all the details in pull request.
This task did not require knowledge of BenchmarkDotNet internals like running the tests. It was good lesson, you do not need to know the entire source code of the project. You should keep focus on the very specific problem which you want to solve. It saves a lot of time.
Summary
I did this task in no time but doing it made me really happy. The most rewarding thing is that this feature is useful both for me and also for people around the world. The funny thing is that Adam Sitnik showed this feature on Get.Net conference. I was absent but a colleague sent me a photo:


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My Chip-8 Emulator
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MAYBE BABY
Reviewed by Harvey Karten USA Films Director: Ben Elton Writer: Ben Elton (Novel "Inconceivable" and screenplay) Cast: Hugh Laurie, Joely Richardson, Adrian Lester, Anna Lindgren, James Purefoy, Tom Hollander, Joanna Lumley, Rowan Atkinson, Dawn French, Emma Thompson, Matthew Macfadyen
Men have only one thing on their minds. Agreed. But women do as well. The difference is that what women have on their minds has greater repercussions. Women want babies and when they can't have them, they will resort to all sorts of procedures to get them. In Federico Garcia Lorca's story "Yerma," the title character kills her husband for his inability to help her out in that department while in Ben Elton's movie "Maybe Baby," the woman is the one who takes on most of the hardships for being presumably inconceivable.
"Maybe Baby" is a light comedy but it is not a fluffy one, one that you can forget about two minutes after leaving the theater. Its success can be attributed in part to a clever script by Ben Elton based on his own novel entitled "Inconceivable," but mostly by the writer-director's excellent casting. He's put together a team which bounces dialogue off one another smartly with particularly amusing performances from character actor Rowan Atkinson as a gynecologist and Tom Hollander, an English performer who adopts an uncanny Scottish accent in the role of an egotistical, over-the-top film director.
"Maybe Baby" features the attractive and charming Joely Richardson in the role of Lucy Bell, married to Sam (Hugh Laurie- -considered by the director to be the Tom Hanks or perhaps even the George Clooney of his native Britain). Sam is a well-paid scripter who is currently blocked not just in the writing department. His wife Lucy is in her thirties, desperately wants a baby, and in a fast, attention-getting opening scene buzzes her husband on his cell phone to report that she is ovulating and that he must stop what he's doing to bike right home.
While a considerable part of the film deals with the frustrations of baby-making--which makes sex more of a mechanical and anxiety-producing process than one of ecstasy--Elton takes us in a Pirandellian fashion into the business of making a film about a couple desperate to make a baby. When Lucy discovers that her own ideas have been plagiarized by her husband, who has written the screenplay for the film, she goes ballistic, threatening their marriage..
On the negative side, Elton throws in hackneyed accounts of sperm-bank donations, setting up the usual stick figures such as the hysterically friendly nurse giving instructions to the poor male who must now convert his main teenage pleasure into a gruesome laboratory procedure. This is nothing, of course, compared to what a woman must go through, including a process of in vitro fertilization presided over by a sadistic doctor (Rowan Atkinson) who wields metal instruments like a modern Torquemada and who recites a litany of diseases that his patient does not have. Ben Elton succeeds in turning a couple's pain into effective comedy while at the same time refusing to make light of their anguish.
Rated R. Running time: 93 minutes. (C) 2001 by Harvey Karten<EMAIL_ADDRESS>========== X-RAMR-ID: 29164 X-Language: en X-RT-ReviewID: 243534 X-RT-TitleID: 1108991 X-RT-SourceID: 570 X-RT-AuthorID: 1123
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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Hello! My name is Hiba Salem and I'm a 24 years architect, I am really interested in all IT fields in general and in coding in particular, so I am so glad to be learning it right now .
-
Freelance architect Dec 2019 - Feb 2021
-
Internship Feb 2019 - May 2019
-
Software development, ASAC | LTUC, March 2021 - Present
-
Bachelor's degree, BAU, Architectural engineering, 2014 - 2019
Work experience :
Education :
Top 10 things that i like to do!
-
walking
-
looking to the sky
-
relaxing
-
watching a movie
-
procrastinating (lol)
-
having a cup of tea
-
listning to music
-
just doing nothing
-
i think thats it
-
boring right ?
My questions
-
Am I a day person?
-
Do I like summer?
-
Do I believe in aliens?
-
Am I an introvert?
-
Am I a coffee lover?
-
In witch month is my birthday?
-
What is my favoirte color?


| week1 |
Entrances |
On Day 1, Shiva Jyothi, Ravi Krishna, Ashu Reddy, Jaffar, Himaja, Rohini, Rahul Sipligunj, Baba Bhaskar, Punarnavi Bhupalam, Hema, Ali Reza, Mahesh Vitta, Sreemukhi, Varun Sandesh and Vithika Sheru entered the house. |
| Daily Tasks |
- On Day 1, Bigg Boss Bigg Boss gave a task to Siva Jyothi, Ravi Krishna and Ashu Reddy to ask few questions to the other entrants and at the end requested them to give six names based on their answers. From the results of
the task six housemates are Rahul Sipligunj, Punarnavi Bhupalam, Jaffar, Himaja, Vithika Sheru and Hema Bigg Boss announced six housemates were nominated and everyone was shocked.
- On Day 2, Bigg Boss gave a chance to six nominated housemates to save themselves from nomination and request to select a monitor, who can help them to save from nomination.
| Gang No |
Nominated Housemate |
Replacement Choice Housemate |
Decision |
| 1 |
Rahul |
Siva Jyothi |
Denied |
| 2 |
Varun |
Punarnavi |
Granted |
| 3 |
Vithika |
Ashu |
Denied |
| 4 |
Sreemukhi |
Himaja |
Granted |
| 5 |
Jaffar |
Mahesh |
Denied |
| Special |
Bhaskar |
Hema |
Granted |
|
| Captiancy task |
Captaincy contenders Winners |
| Nomination |
Rahul Sipligunj, Hema, Jaffar, Punarnavi Bhupalam, Vithika Sheru and Himaja |
| Luxury Budget Task |
|
| Exits |
Hema |
| Week 2
|
Daily Task
|
On Day 8, Each one of the housemates were called to the confession room by Bigg Boss |
| Captaincy Task |
Captaincy contenders: Varun, Ali, Himaja
Winner: Varun |
| Nomination |
Sreemukhi,Himaja, Jaffar, Mahesh, Varun,Vithika, Punarnavi, Rahul |
| Luxury Budget Task |
|
| Exits |
Jaffar |
| Week 3
|
Daily Task
|
|
| Captaincy Task |
Captaincy contenders:Rahul,Ali,RaviKrishna
Winner: Ali |
| Nomination |
Sreemukhi, Bhaskar, Vithika, Punarnavi, Rahul |
| Luxury Budget Task |
|
| Exits |
Tamanna Simhadri |
| Week 4
|
Daily Task
|
|
| Captaincy Task |
No Captain for Week 4 |
| Nomination |
RaviKrishna, Baba Bhaskar, Rohini Reddy, Rahul, Varun Sandesh, Sreemukhi |
| Luxury Budget Task |
|
| Exits |
Rohini Reddy |
| Week 5
|
Daily Task
|
|
| Captaincy Task |
|
| Nomination |
SivaJyothi, Himaja, Ashu, Rahul, Mahesh, Punarnavi, Baba Bhaskar HouseCaptain Ali nominated Baba Baskar for the direct nomination to evict. |
| Luxury Budget Task |
|
| Exits |
Ashu Reddy |
| Week 6
|
Daily Task
|
|
| Captaincy Task |
Captaincy contenders:SivaJyothi and Vithika
Winner: SivaJyothi |
| Nomination |
|
| Luxury Budget Task |
|
| Exits |
No Eviction |


My name is Zaw Moe Lwin. I love photography, especially street photography. Let me know how you think of my photos. You can reach me at my email.


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Every time you login now we will send you a code to keep your NHS login safe.


ELB's Pathfinder Tools
NPC Gen
NPC Gen: Ex-Granlund
Weather Generator
Settlement Generator
Encounter Generator
Biome/Settlement
Tropical Rainforest
Temperate Rainforest
Tropical Seasonal Forest/Savanna
Temperate Seasonal Forest
Woodland/Shrubland
Boreal Forest
Temperate Grassland/Cold Desert
Tundra
Subtropical Desert
Ocean
Miasma


AppCanParse (parse user input)
AppCanParse BOOL
The AppCanParse property controls the ability of the control owner to parse user input and take necessary action. It enables users to edit within the client area of the control when they press the F2 key. The control sends DTN_USERSTRING notification messages when users are finished.
Set the AppCanParse property by assigning one of the following values:
FALSE Do not allow owner to parse user input. Do not send DTN_USERSTRING notification messages
TRUE Allow owner to parse user input. Send DTN_USERSTRING notification messages
The class user should call the CreateDTPicker or Refresh methods after setting this property.
See Also: SetAppCanParse