Here, we have a lot of text in case the developer is struggling to think of some meaningful content. This is a placeholder, designed to hold space until it can be replaced by the intended content. This can be anything, but it certainly will not be this. This does not even pertain to this page, but rest assured, the content here will be relevant to the topic of this page.
Here, we have a lot of text in case the developer is struggling to think of some meaningful content. This is a placeholder, designed to hold space until it can be replaced by the intended content. This can be anything, but it certainly will not be this. This does not even pertain to this page, but rest assured, the content here will be relevant to the topic of this page.
Here, we have a lot of text in case the developer is struggling to think of some meaningful content. This is a placeholder, designed to hold space until it can be replaced by the intended content. This can be anything, but it certainly will not be this. This does not even pertain to this page, but rest assured, the content here will be relevant to the topic of this page.


Simulate a slow HTTP Service
{ "result": "OK" }
The service will respond according to the number of milliseconds requested, for example,
http://{host}/wait/1000
will wait for 1 second.
You can also specify a range, in which case the service will choose a random time within the specified range.
http://{host}/wait/1000-5000
will respond between 1 and 5 seconds
later.
Instead of returning an "OK" response, the system can be configured to redirect to a web page after the specified delay. Simply add the query string "?redirect=...." to have the system send a redirect response.
A simple request would be
http://{host}/wait/1000-5000?redirect=http://www.google.com
.
The URL must be properly encoded. For example, to get timezone information from http://api.geonames.org/timezoneJSON?formatted=true&lat=47.01&lng=10.2&username=demo&style=full, would encode as /wait/1000?redirect=http%3A%2F%2Fapi.geonames.org%2FtimezoneJSON%3Fformatted%3Dtrue%26lat%3D47.01%26lng%3D10.2%26username%3Ddemo%26style%3Dfull.
The service will respond to a HTTP POST request with a 307 response code; compatible clients will then re-post the data to the new location.
The service is built on Tomcat 8.5/Servlet 3.1 in asynchronous mode. The intention is that the system will handle a large number of concurrent requests. Part of the aim of the project was to explore Async IO and Async Servlets.
CORS can be added to Tomcat using a Filter in the web.xml.
<filter> <filter-name>CorsFilter</filter-name> <filter-class>org.apache.catalina.filters.CorsFilter</filter-class> <async-supported>true</async-supported> <init-param> <param-name>cors.allowed.origins</param-name> <param-value>*</param-value> </init-param> <init-param> <param-name>cors.allowed.methods</param-name> <param-value>GET,POST,HEAD,OPTIONS</param-value> </init-param> <init-param> <param-name>cors.allowed.headers</param-name> <param-value>Content-Type,X-Requested-With,accept,Origin,Access-Control-Request-Method,Access-Control-Request-Headers</param-value> </init-param> <init-param> <param-name>cors.exposed.headers</param-name> <param-value>Access-Control-Allow-Origin,Access-Control-Allow-Credentials</param-value> </init-param> <init-param> <param-name>cors.support.credentials</param-name> <param-value>true</param-value> </init-param> <init-param> <param-name>cors.preflight.maxage</param-name> <param-value>1800</param-value> </init-param> </filter> <filter-mapping> <filter-name>CorsFilter</filter-name> <url-pattern>/*</url-pattern> </filter-mapping>
See also http://slowwly.robertomurray.co.uk which provides a similar service using Ruby.


- It never gets easier, you just go faster
- Every day is leg day.
- There is no obligation to learn your name until after the first Lock Haven.
- Don’t talk to girls at practice; that would be weird.
- Team singlets are for team races, don't rock the PSU singlet for practice. Other schools are fair game.
- Did you see workout Wednesday? Of course you did!
- Strive to be better than Princeton. Failing to do so in any regard, disband.
- A Curtain Push doesn’t count if freshman in East don’t see it.
- There are five hills on Four Hills, deal with it.
- Running with food is competitive eating, not competetive running.

- Oh, you want to run with us next year? See you never…
- Free your mind and the pace will follow
- Thinking about getting into Ultra-Marathons? Stop.
- Practice starts late with the announcements of today’s runs, and ends when you decide to skip abs.
- Tempo pace is 100% of Race Pace.
- Legs speak louder than words.
- Humps are for camels, no hydration packs.

- Livestrong bracelets are cock-rings for your arms.
- Know what to wear: don't mix tights with shorts, singlets with t-shirts or compressions with anything.
- On easy days ask yourself: “What would Steve Senick do?” and drop the hammer!

- Never wear more gear in USD than your monthly mileage.
- Peter Lin is the President of my heart, now and forever.
- BradBradBradBradBradBradBradBradBradBradBradBrad.

- Club is what you make of it.
- The run for today is Golf Course.
Inspired by: The Rules.


{%extends 'wiki/_base.html' %} {% load staticfiles %} {% block content %} {{ block.super }} {# ## Insert HTML Fragment Starting Here###}
Admin panel provides additional functionalities and advanced features that are not available in the main interface. Some of these functions include the ability to delete contacts, events, hardware assignments, configurations, and pools. Additionally, the Admin Panel allows the user to create or delete groups and users that access the system. These functions are not available in the main interface for security reasons.
The Admin Panel can be accessed quickly from main interface by clicking on Extras and then Admin Panel.
It can also be accessed directly via following link: http://onsen.tech-res.net/admin.
To log in for the first time, you can use user admin and password system32
The Admin Panel allows you to create additional users and user groups which will have access to the system. Groups make it easier to manage user permissions for multiple users so they do not have to be specified individually.
To create a new group in Admin Panel:
Click on Groups link located under "Authentication and Authorization" section.
This will open up a new page and display a list of groups currently in the system
Click on Add Group
New page opens where you can enter the name for new group and select permissions which will be applied to users belonging to this group
To create a new users that will have access to the system:
Click on Users link under "Authorization and Authentication" section.
New page will open and display a list of all the users currently in the system.
Click Create User button.
On the next page, enter username for the new user as well as password.
Click Save to save the information and continue.
New page will open which allows you to add the user to a group or assign special
On this page you can enter the user's first and last name as well as email address. When creating a new user it is important to make sure the option under Permissions section "Active" is selected, otherwise the user will be created as inactive user.
If you would like this user to be able to log in to the Admin Panel, you can select Staff Status option. If you would like to set this user up with all the permissions, check the Superuser Status option. NOTE: Giving a user Superuser permissions will allow them unlimited access to the system.
From the Available Groups you can select the group(s) you wish to add this user to. This will automatically give the user same permissions that are assigned to that group.
Additional or individual permissions can also be added under User Permissions.
Click Save button to save all the information and create the new user.


Define new properties for the SonarQube Scanner from scratch. Do not worry tho, only the essentials are required!
Load an external sonar-scanner.properties file if you happen to have one pre-defined with you!
Modify the SonarQube scanner properties that are already loaded into the application!


Timetables for the Vaasa University of Applied Sciences. By
@maxmouchet
&
@sikado
.
Status
API
GitHub
×
Disclaimer:
Until the parsers gets a consistent test suite data updates will be triggered manually. As a consequence the schedules presented here may not reflect the actual official timetables. Feel free to
check them
in case of doubt.
Download iCal


Maintenance Tracker
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Email Address
Password
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To that short list of things money can't buy, let's add "fright."
On the other hand, "The Blair Witch Project," which cost a mere $60,000, is a nerve-wracking study of the psychology of fear that's doesn't need computer-generated special effects or digital stereo screams to give viewers the shudders. Instead, "Witch" writer-directors Daniel Myrick and Eduardo Sanchez have pulled off the trick of turning their lack of resources into an asset. The movie's unfinished, catch-as-catch-can look, complete with jiggly camerawork and sometimes blurred imagery, is one of the primary reasons it's so disturbing and creepy.
"Witch" purports to be an assemblage of the film and video shot by three student filmmakers who ventured deep into the Maryland woods in 1994 in search of material for a project they were planning about "the Blair Witch," a legendary figure locals have blamed over the years for mysterious disappearances and murders. The Witch is described by one source as being uncommonly hairy, by another as "an old woman whose feet never touch the ground."
At first, the trio of young documentarians mock these theories and spend a good deal of their time fooling around and teasing each other. Even when they lose their way in the forest, Heather, the unofficial leader of the group, assures her cohorts they'll "all look back on this and laugh heartily."
Instead, their circumstances become increasingly more serious, even perilous. Mysterious piles of rocks appear around their campsite, indecipherable noises surround them in the night, cryptic symbols are found and the leafless tree branches begin to look like skeletal fingers reaching out for the three intruders. What started off as a weekend of fun begins to look like "Road Rules: The Death Trip."
Myrick and Sanchez understand that what frightens audiences is not what they see, but what they don't see. In its use of shadow, sound and suggestion, "Witch" recalls the classic Val Lewton films of the 1940s, such as "Cat People," "Isle of the Dead" and "The Seventh Victim." Myrick and Sanchez create a wholly believable atmosphere of tension and bewilderment that proves to be much scarier than any amount of blood or gore could be.
In another offbeat move, Myrick and Sanchez have given their characters the same names as the actors playing them -- Heather Donahue, Joshua Leonard and Michael C. Williams -- and the stars' naturalistic performances and seemingly improvised dialogue lend the tale an eerie authenticity. Particularly chilling is Donahue's taped confession when she realizes she doesn't know nearly as much as she thought she did. It's a scene that's almost too wrenching to watch.
Shot entirely on video and 16mm film, "Witch" is presented in a constrained format that takes up only about half the total space on a movie screen. That's a brilliant move on the part of the directors since it makes us feel trapped right alongside the would-be filmmakers. We see only what they see, -- and it becomes clear why they're terrified. James Sanford
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


{% extends 'base.html' %} {% block title %}
If you want to support poor students, here are our requisites:


{% extends "base.html" %} {% block content %}
At the ooc nirvana, you can browse package usefiles and even upload your own.
If you want to download packages from nirvana, make sure you have added the gpg public key first:
curl http://nirvana.ooc-lang.org/nirvana.asc > nirvana.asc
reincarnate add-key nirvana.asc
Please make sure this key is the same as here. If it is not, please tell us at #ooc-lang on freenode.
{% endblock %}


--- layout: default title: About Me ---
Currently @ Queens University Belfast working towards a PhD in scheduling and optimisation problems.


Odeon Theatre is a well-established theatre from 1991 in United Kingdom. Odeon Theatre has hosted UK's National Award three times.
Facebook
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Follow us on social media


Dear ##OptionalParameter12##,
The health, safety and well-being of our alumni and friends are very important to us. We regret to inform you that owing to the current situation with COVID-19, the Campaign for Excellence without Barriers Celebration event originally scheduled for April 7th has been postponed until further notice.
Once conditions permit, we will be in touch with further information about the possible rescheduling of this event. In the meantime, please accept our apologies and our best wishes for your continued health and wellbeing.
Warm regards,
Jennifer
|
|
|
The University of Toronto respects your privacy.
We do not rent, trade or sell our mailing lists.
Copyright © 2020 University of Toronto. All rights reserved. This e-mail was sent to ##SubscriberEmail##.
##OptionalParameter3##
##TrackImpression##
|
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Hello Dear, This mail might come to you as a surprise and the temptation to ignore it as unserious could come into your mind but please consider it a divine wish and accept it with a deep sense of humility I am MR ZEID AHMADI , the manager incharge of Telex/computing department of Bank of Africa (B.O.A)Ouagadougou Burkina Faso in West Africa, with due respect and Regard,I have decided to contact you on a business transaction that will be very beneficial to both of us at the end of the transaction. During our investigation and auditing in this Bank, my department came across a very huge sum of money belonging to one of our deceased customer who died on July 30th 2002 of a ghastly motor accident and the fund has been dormant in his account with this bank without any claim of the fund in our Custody either from his family or relation before our discovery to this development. Although personally, I keep this information secret within I and to enable the whole plans and idea be Profitable and successful during the time of execution,the said amount is ($18.5M.,eighteen million,five hundred thousand United StatesDollars).as it may interest you to know, I got your impressive information on my search for a relaible partner,I contacted you to be my partner and person to be reliable and capable to champion a business of such magnitude without any problem. Meanwhile all The whole arrangement to put claim over this fund as the bonafide next of kin to the deceased, get the required approval And transfer this money to a foreign account has been put in Place and directives and needed information will be relayed to you as soon as you indicate your interest and willingness to assist me and also benefit your self to this great business opportunity,In fact I could have done this deal alone but because of my position in this country as a civil servant and we are not allowed to operate a foreign account and would eventually ,raise eye brow on my side during the time of transfer because I work in this bank. This is the actual reason why it will require a second party or fellow who will forward claims As the next of kin with affidavit of trust of oath to the bank and also present a foreign account where he will need the money to be re-transferred into on his request as it may be after due Verification and clarification by the correspondent branch of The bank where the whole money will be remitted from to your Own designation bank account. I will not fail to inform you that this transaction is 100% risk free,on smooth conclusion of this transaction, you will be entitled to 30% of the total sum as gratification, while 5% will be set aside to take care of expenses that may arise during the time of transfer, while 65% will be for me , please you have been advised to keep "Top Secret" as I am still in service and intend to retire from service after we conclude this deal with you,I will be monitoring the whole situation here in this bank Until you confirm the money in your account,and ask us to come Down to your country for subsequent sharing of the fund According to percentages previously indicated and further Investment, either in your country or any country you advice us to invest in and all other necessary vital information will be send to you when I hear from you. I suggest you get back to me As soon as possible and also include your personal phone/mobile And fax numbers for easy communication. Yours faithfully, MR ZEID AHMADI THE MANAGER IN CHARGE OF TELEX/COMPUTING DEPARTMENT OF BANK OF AFRICA (B.O.A) OUAGADOUGOU BURKINA-FASO. MY LINE 00226 76-41-89-32 _________________________________________________________________ MSN Messenger: appels gratuits de PC à PC ! http://www.msn.fr/msger/default.asp


Helping one person at a time
These are the current projects going on to help refugees in Lebanon. These projects came from our first-hand experience visting refugee camps, from technical training that we gave/supported in Beruit and from V School coding boot camps.
 After visting refugee camps we met people that desperately needed medical help and had no way to pay for it. We also came across amazing developers that had received training and wanted to share their talents with the world. We decided to build this site to try to help all of these amazing individuals. V School a company based in Salt Lake City with a campus in Beirut is helping Project Jinn go futher and help more people using there network of teachers and other resources.


+++ title = "Paul from Melbourne" slug = "paul-from-melbourne" date = 2007-09-06T11:00:00+10:00 tags = ["aussies", "reunions", "fellow-travellers", "eccentric-encounters"] locations = ["argentina/bariloche"] draft = false summary = """
Paul's a ragged hippie backpacker, from that place in Oz where you go if there's a wedding or a barmitzvah (aka "Melbourne"), and who (like myself) is doing the South America thing solo. I first met Paul while hiking in the Colca Canyon, in southern Peru, about 2 months ago. Today, I bumped into him again, while snowboarding up at Cerro Catedral. Funny guy, and always up for a beer or two.
""" +++Paul's a ragged hippie backpacker, from that place in Oz where you go if there's a wedding or a barmitzvah (aka "Melbourne"), and who (like myself) is doing the South America thing solo. I first met Paul while hiking in the Colca Canyon, in southern Peru, about 2 months ago. Today, I bumped into him again, while snowboarding up at Cerro Catedral. Funny guy, and always up for a beer or two.
{{< galleryphoto "2007-09-06-11-00-00--paul-in-the-canon-del-colca-back-in-july.jpg" >}}


Swedish prosecutor drops Assange rape probe
by AFP/Web DeskSweden’s prosecution authority says it had dropped its investigation into WikiLeaks founder Julian Assange over a 2010 rape allegation, despite prosecutors finding the plaintiff’s claim “credible”.
The rape investigation was launched after a woman who met Assange at a Stockholm conference in August 2010 accused the Australian of having unprotected sex with her while she was sleeping.
Assange has always denied the allegation.
Swedish deputy director of public prosecutions Eva-Marie Persson told reporters on Tuesday said that, in part due to how many years had passed since the incident, “the evidence has weakened in such a way that there is no longer reason to continue the investigation”.
“My assessment is that all investigative measures that can be taken have been taken. But… the evidence is not strong enough to file an indictment,” deputy director of public prosecutions Eva-Marie Persson told reporters.
Prosecutors had struggled for years to interrogate Assange in person, but an interview was carried out with the help of an Ecuadorian prosecutor at the embassy in 2016.
Persson said she didn’t think another interview with Assange would add to the investigation in a meaningful way.
But she stressed that “the plaintiff has given a credible and reliable account.”
“I have… determined that it cannot be proven that a crime has been committed. But it would be totally wrong of me to say that it is the plaintiff’s fault,” Persson told AFP.


Dwaine has found a missing Knife from Holder
What should I do Next?
Talk to Fred Again
Talk to Jane Again
Talk to Harry Again
Talk to Wilma Again
Enter Basement
Enter Garage


|
s2n-doxygen-full
|
#include <ssl.h>
Public Member Functions | |
| STACK_OF (SSL_CIPHER)*ciphers | |
| STACK_OF (SSL_CIPHER)*ciphers | |
| STACK_OF | ( | SSL_CIPHER | ) |
| STACK_OF | ( | SSL_CIPHER | ) |
| struct sess_cert_st * sess_cert |
| const SSL_CIPHER * cipher |
| CRYPTO_EX_DATA ex_data |
| struct ssl_session_st * prev |
| struct ssl_session_st * next |


SetGreen is a binary operator. A binary operator is one which takes data from two images and generates a third
image. It does this by taking the value of the corresponding pixels in each of the two input images and combining
the values using some operator to generate the apropriate pixel in the third image. Both input images must have the
same dimensions.
SetGreen takes the green channel from one TrianaPixelMap and combines it with the red and blue channels of the
other. Mathematically it can be expressed as follows:
rr(i, j) = r2(i, j)
gr(i, j) = g1(i, j)
br(i, J) = b2(i, j)
See also
GetRed,
SetRed,
GetGreen,
GetBlue,
SetBlue


Our reseize , drag and drop and dock notes on screen feature makes it different from other apps.
Your notes will be open on the screen as a widget not a separate app which makes it really cool!.
Users can save their notes just by clicking on notification bar of the app .
App can be docked on one side of the screen and app size is 1/3 of 1 MB which is super optimised..


An easy way to keep your diary on the go. With the ability to edit and delete entries and also set cutom reminders. MyDiary has got you covered
Don't have an account? Sign up
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LJM's PayRoll system
李佳铭 16340115
There are
employees
Balance:
ether
Balance Enough for:
month
salary:
bonus:
employee:
amount:
past:
add employee
remove employee
update employee
add bonus
get employee
add balance
get paid
get bonus
Hint:
open the browser developer console to view any errors and warnings.


Arrow Creator Confirms Timeline of Green Arrow & the Canaries Spinoff
by Ian CardonaFollowing the conclusion of Arrow's eighth and final season, a new spinoff starring Oliver Queen's daughter, titled Green Arrow and the Canaries, will take its place. Ever since the series' announcement, fans have wondered if the spinoff would take place in the future, where Mia Smoak hails from, or in the present, following her recent travels to 2019.
Arrow co-creator and producer Marc Guggenheim has finally answered the question. On Twitter, the screenwriter answered a fan question by revealing the series will take place in the year 2040.
Click the button below to start this article in quick view.
"The #Arrow spinoff takes place in 2040," Guggenheim confirmed. "We already spoiled that Oliver is dead by that time, so his not appearing in Arrow 809 (the spinoff episode) isn't affected by what happens in Crisis (or, for that matter, the series finale)."
The spinoff episode, as mentioned by Guggenheim, will air following the conclusion of the "Crisis on Infinite Earths" crossover. Then, Arrow will return for one final episode.
Green Arrow and the Canaries stars Katherine McNamara, Juliana Harkavy and Katie Cassidy. The spinoff is expected to premiere in 2020.
Airing Tuesdays at 9 p.m. ET/PT on The CW, Arrow's final season stars Stephen Amell as Oliver Queen, David Ramsey as John Diggle, Rick Gonzalez as Wild Dog, Juliana Harkavy as Black Canary, Katie Cassidy as Black Siren, Katherine McNamara as Mia Smoak, Joseph David-Jones as Connor Hawke and Ben Lewis as William Clayton-Queen.
https://schema.orgBreadcrumbListListItem1Homehttps://www.cbr.com/ListItem2TVhttps://www.cbr.com/category/tv/ListItem3TV Newshttps://www.cbr.com/category/tv/news-tv/ListItem4Arrow Creator Confirms Timeline of Green Arrow & the Canaries Spinoffhttps://www.cbr.com/arrow-marc-guggenheim-green-arrow-canaries-timeline/


Travel Journal
Add a new entry:
Destination:
Major Landmarks:
Time of year you went:
Any notes:
How would you rate your experience there?
Add Entry
Travel Journal Entries:
Landmarks:
Time of Year:
Notes:
Rating:


Location:
Iam a Website Developer based in Kayole ,Nairobi.
Why Software Engineering?
I love what i do since am open and curious to learning new coding styles.
Its addictive and it can open door to unending opportunites.
The approach to the sites i create is very much simple but really eye catching.
I will be thrilled to hear from you regarding a project.
Motto:
Yes its a slow process but quitting wont make it any better!
Birthday:
17/11/1999.
Hobbies:
Coding,playing console games,playing hockey and listening to Reggae music
Education:
Software Engineering, Moringa School.
June,2021-Date
Industrial Chemistry, Jomo Kenyatta University of Agriculture and Technology.
2018-Date
a website for a hotel menu .It has the foods served section, customers section and the about section of the hotel
languages used:Html and css
a website about my favourite band.A group of reggae elites that were striken by polio but overcame it through singing
languages used:Html and css
a website about a small cafe .it contains dishes serverd
languages used:Html and css
a website about a working calculator.
languages used:Html, javascript and css


dgw - basegui - combobox - drawcanvas - hyperhelp - sbuttonbar - seditor - sfilebrowser - sfinddialog - sqlview - statusbar - tablelist - tlistbox - tvmixins - txmixins
dgw::tablelist - extended tablelist widget with icons and tree mode implementation.
package require Tk
package require snit
package require dgw::tablelist
dgw::tablelist pathName ?options?
pathName configure -option value
pathName cget -option
pathName loadFile filename ?boolean?
The widget dgw::tablelist inherits from the standard tablelist widget all methods and options but has embedded standard icons. The treemode of tablelist is supported further with changing icons on opening and closing tree nodes.
dgw::tablelist pathName ?options?
Creates and configures the dgw::tablelist widget using the Tk window id pathName and the given options.
As the dgw::tablelist is an extension of the tablelist widget it has all the options of the tablelist widget. The following options are added or modified:
-browsecmd script
Set a command if the user double clicks an entry in the listbox or presses the
Return
key if the widget has the focus. The widget path and the index of the item getting the event are appended to the script call as function arguments. So the implementation of the script should have two arguments in the parameter list as shown in the following example:proc click {tbl idx} { puts [$tbl itemcget $idx -text] } dgw::tablelist .tl -browsecmd click
-collapsecommand command
This options is per default configured to change the icons in the tree for parent items which have child items if the node is opened. Can be overwritten by the user.
-collapseicon iconprefix
The imagw which should be displayed if a folder node is closed. Currently the default is a folder icon.
-expandcommand command
This options is per default configured to change the icons in the tree for parent items which have child items. Can be overwritten by the user.
-treestyle stylename
Currently this option is just delegated to the standard tablelist widget.
WIDGET COMMANDS
Each dgw::tablelist widget supports all the commands of the standard tablelist widget. See the tablelist manual page for a description of those widget commands.
proc click {tbl idx} {
puts "clicked in $tbl on $idx"
}
dgw::tablelist .mtab -columns {0 "Name" left 0 "Page" left} \
-movablecolumns no -setgrid no -treecolumn 0 -treestyle gtk -showlabels false \
-stripebackground white -width 40 -height 25 \
-browsecmd click
pack .mtab -side left -fill both -expand yes
dgw::tablelist .mtab2 -columns {0 "Name" left 0 "Page" left} \
-movablecolumns no -setgrid no -treecolumn 0 -treestyle ubuntu -showlabels false \
-stripebackground grey90 -width 40 -height 25
pack .mtab2 -side left -fill both -expand yes
set x 0
while {[incr x] < 5} {
set y 0
set parent [.mtab insertchild root end [list Name$x $x]]
set parent [.mtab2 insertchild root end [list Name$x $x]]
while {[incr y] < 5} {
.mtab insertchild $parent end [list Child$y $y]
.mtab2 insertchild $parent end [list Child$y $y]
}
}
Installation is easy you can install and use the dgw::tablelist package if you have a working install of:
For installation you copy the complete dgw folder into a path of your auto_path list of Tcl or you append the auto_path list with the parent dir of the dgw directory. Alternatively you can install the package as a Tcl module by creating a file dgw/tablelist-0.2.tm in your Tcl module path. The latter in many cases can be achieved by using the --install option of tablelist.tcl. Try "tclsh tablelist.tcl --install" for this purpose.
Example code for this package can be executed by running this file using the following command line:
$ wish tablelist.tcl --demo
The example code used for this demo can be seen in the terminal by using the following command line:
$ wish tablelist.tcl --code
The script contains embedded the documentation in Markdown format. To extract the documentation you should use the following command line:
$ tclsh tablelist.tcl --markdown
This will extract the embedded manual pages in standard Markdown format. You can as well use this markdown output directly to create html pages for the documentation by using the --html flag.
$ tclsh tablelist.tcl --html
This will directly create a HTML page tablelist.html
which contains the formatted documentation.
Github-Markdown can be extracted by using the --man switch:
$ tclsh tablelist.tcl --man
The output of this command can be used to feed a markdown processor for conversion into a man page, html or pdf document. If you have pandoc installed for instance, you could execute the following commands:
# man page
tclsh tablelist.tcl --man | pandoc -s -f markdown -t man - > tablelist.n
# html
tclsh tablelist.tcl --man > tablelist.md
pandoc -i tablelist.md -s -o tablelist.html
# pdf
pandoc -i tablelist.md -s -o tablelist.tex
pdflatex tablelist.tex
The dgw::tablelist widget was written by Detlef Groth, Schwielowsee, Germany.
dgw::tablelist widget dgw::tablelist, version 0.2.
Copyright (c)
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Slow clap for Harry Styles fans who've taken over Sara Lee's comments after SNL
What did we expect? Of course Harry Styles playing someone who posts saucy comments on Sara Lee Bread’s social media is going to encourage his fans to do the same.
After the singer played a social media producer for the company on this week’s Saturday Night Live, hoards of horny Harry fans have mirrored the fictional comments IRL.
Seems they’re really riffing on the prowess of Harry’s character Dylan, whose personal sexual proclivities, including threesomes, appeared to collide with his work duties.
So, yes, the family brand has been infiltrated with a bunch of NSFW messages.
Right now there stands to be an inhuman amount of ‘wreck me daddy’ comments, ‘need a real king that can handle’ and eggplant emojis to boot.
Harry’s hilarious portrayal of Dylan appeared to tickle the fandom, after he commented ‘destroy me King’ on a photo of Nick Jonas.
Then on a different image of a so-called ‘random fashion twink,’ Dylan, or, rather, Sara Lee Bread, commented with a string of innuendo-inducing emoji’s, which Dylan translated: ‘Getting railed to death.’
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In another moment, Dylan commented from the company account: ‘Feeling really depressed after threesome. What was supposed to be a fantasy ended up more rejection. Must get rid of toxic in community’, while also questioning why men ‘freak out’ when he asks them to ‘spit in his mouth’.
Cue a bunch of fans today commanding Sara Lee to ‘spit in their mouth’.
The brand, while admitting the comments don’t align with the family-friendly nature of the company, is ok with the added bout of attention.
And why would they not be?
Why, we’re hungry for some carbs as we write this sentence.
In a statement provided to The New York Post, a rep for Bimbo Bakeries USA, which owns Sara Lee, said: ‘We didn’t participate in creating the skit and its content doesn’t align with Sara Lee Bread’s brand.
‘But, we all know SNL pushes the envelope for laughs and we are taking it in stride.’
Earlier the company had a laugh at being the centre of the skit, as the Harry Styles of real Sara Lee commented on the video:
‘**checks recent activity of social media manager**’
Ah, wreck us daddy.
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Brittany Force sets NHRA speed record of 338.17 mph on way to Las Vegas win
by Gary GasteluForce is fast.
NHRA Top Fuel driver Brittany Force set a new series speed record of 338.17 mph on her way to victory at the Las Vegas Motor Speedway event. The run came during Friday’s qualifying session when she crossed the line in 3.659 seconds.
Force went on to set a track elapsed time record of 3.652 seconds at 334.73 mph as she beat season points leader Steve Torrence in the final on Sunday for her second win of the year and tenth of her career.
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The victory moved Force into second place in the season standings where she is in championship contention heading into the finale at Pomona, Calif. in two weeks.
The Associated Press contributed to this report


Article
A sample post
Truly it was a great journey, and in it I met with many, whom to know was to love; but whom never could I see again; for life has not space enough; and each must do his duty to the security and well-being of the Redoubt. Yet, for all that I have set down, we travelled much, always; but there were so many millions, and so few years.
Atticus said to Jem one day, “I’d rather you shot at tin cans in the backyard, but I know you’ll go after birds. Shoot all the blue jays you want, if you can hit ‘em, but remember it’s a sin to kill a mockingbird.” That was the only time I ever heard Atticus say it was a sin to do something, and I asked Miss Maudie about it. “Your father’s right,” she said. “Mockingbirds don’t do one thing except make music for us to enjoy. They don’t eat up people’s gardens, don’t nest in corn cribs, they don’t do one thing but sing their hearts out for us.
I took a deep breath and listened to the old brag of my heart. I am, I am, I am.
We believe that we can change the things around us in accordance with our desires—we believe it because otherwise we can see no favourable outcome. We do not think of the outcome which generally comes to pass and is also favourable: we do not succeed in changing things in accordance with our desires, but gradually our desires change. The situation that we hoped to change because it was intolerable becomes unimportant to us. We have failed to surmount the obstacle, as we were absolutely determined to do, but life has taken us round it, led us beyond it, and then if we turn round to gaze into the distance of the past, we can barely see it, so imperceptible has it become.
The most beautiful things in the world cannot be seen or touched, they are felt with the heart.
Hello babies. Welcome to Earth. It’s hot in the summer and cold in the winter. It’s round and wet and crowded. On the outside, babies, you’ve got a hundred years here. There’s only one rule that I know of, babies-“God damn it, you’ve got to be kind.


A monkey's balancing act
How species in the wild are managing the risks and rewards of sharing space with humans
| Source: | University of Lincoln |
| Summary: | Endangered monkeys living in the wild are intelligently adapting their lifestyle to fit with their human neighbors, learning to avoid manmade risks and exploiting increased contact with people, new research has revealed. |
The study, which looks specifically at the behaviour of an endangered monkey species, reveals that even in national parks where human presence is reduced and regulated, the animals carry out careful calculations and modify their natural behaviour to balance the pros and cons of living in close proximity to humans.
It reveals the negative impact that consuming human foods can have on the physical health of the monkeys, and highlights the need for new and sustainable conservation programmes to save the growing number of endangered species in their natural habitats.
Barbary macaques are an endangered species of monkeys restricted to the forests of Morocco and Algeria, with an introduced population also living on the Rock of Gibraltar. The wild population in North Africa has dramatically declined in the last decades.
The new study, led by Dr Bonaventura Majolo from the University of Lincoln, UK, involved a detailed examination of the effects of human activity on wild Barbary macaques in Ifrane National Park in Morocco.
Dr Majolo said: "When we observe animals in the wild we often talk about a 'landscape of fear'. This term refers to the decisions that animals make when they choose whether or not to avoid an area where the risk of predation is highest; weighing up the risk of attack against the possible rewards to be found there.
"Our study shows that macaques make many behavioural adjustments in response to varying levels of risk and reward, and that the way the macaques respond to human activity is very similar to the way in which they respond to predation risk. We see evidence here that the macaques are capable of great behavioural flexibility as they navigate the problems and the opportunities that sharing space with humans presents."
The researchers followed five groups of Barbary macaques and observed their behaviour and habitat selection over the course of a year. Their findings reveal the true extent of human activity on the monkeys' habitats and choices.
The researchers observed the macaques making significant adjustments to their behaviour and navigating their environment strategically in relation to human activity. They appear to balance food acquisition and risk avoidance — for example they minimise risk by avoiding areas used by local shepherds and their dogs (which are now among the monkeys' most dangerous predators), and exploit opportunities to receive high-calorie human food by spending time close to roads.
Although being fed by humans may appear to be beneficial for the monkeys, food provisioning in fact has negative impacts on the macaques — increasing their stress levels, heightening the probability of road injury and death, and having a detrimental impact on their health.
The monkeys' behaviour also shows seasonal trends in correlation with human activities. The macaques avoid herding routes during summer months, when herding activity by the local shepherds is at its peak, and they are more likely to use areas close to roads in the autumn and winter months, when natural food sources are low and the benefits of receiving high calorie human food may exceed the risk of being injured or even killed by road traffic.
The study reveals that the 'home range' of each observed macaque group (the area where a group of monkeys spend most of their time) included some kind of human structure, from roads and paths to picnic areas and farms. They also found that all of the study group's home ranges overlapped with at least one other, which the researchers conclude could be a result of declining availability of suitable habitats and food sources, or of direct competition over profitable areas close to roads and safe sleeping sites.
Their findings are published in the scientific journal Animal Conservation.
James Waterman, first author of the paper and a PhD student at Liverpool John Moores University, said: "Even in a national park, the effect of human disturbance on animal life can be considerable, and as our landscapes become increasingly human dominated, many wildlife species must cope with new ecological pressures. The impact of habitat loss and fragmentation, climate change, expanding human infrastructure, hunting and poaching quickly and dramatically alters habitats, forcing wildlife to adjust, move to more suitable areas (if these are available), or ultimately face the threat of extinction.
"This study highlights that it is more important than ever to develop conservation programs that take into account the requirements of all involved, including, but not limited to the wildlife that is ultimately at risk. Programs that fail to do so rarely produce lasting, positive change."
Dr Majolo concludes: "The good news is that we see certain species, like these monkeys, adapting in impressive and intelligent ways to increasing levels of human activity. The bad news is that this flexibility may only take them so far as habitats continue to shrink, and contact with humans becomes harder to avoid. We have a responsibility to try to understand the limits of this flexibility and find sustainable solutions for human-wildlife co-existence before that point is reached, and we risk losing them for good."
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Story Source:
Materials provided by University of Lincoln.
Note: Content may be edited for style and length.
Journal Reference:
- J. O. Waterman, L. A. D. Campbell, L. Maréchal, M. Pilot, B. Majolo. Effect of human activity on habitat selection in the endangered Barbary macaque. Animal Conservation, 2019; DOI: 10.1111/acv.12543
Cite This Page:
| MLA | University of Lincoln. "A monkey's balancing act: How species in the wild are managing the risks and rewards of sharing space with humans." ScienceDaily. ScienceDaily, 25 November 2019. <www.sciencedaily.com/releases/2019/11/191125120949.htm>. |
| APA | University of Lincoln. (2019, November 25). A monkey's balancing act: How species in the wild are managing the risks and rewards of sharing space with humans. ScienceDaily. Retrieved November 25, 2019 from www.sciencedaily.com/releases/2019/11/191125120949.htm |
| Chicago | University of Lincoln. "A monkey's balancing act: How species in the wild are managing the risks and rewards of sharing space with humans." ScienceDaily. www.sciencedaily.com/releases/2019/11/191125120949.htm (accessed November 25, 2019). |


Kirsikka Vaajakallio and Tuuli Mattelmäki
Unread
Considers the question of how to transform co-design materials into designed solutions.
Referenced by Liz Sanders in her Map paper.


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Audiometry
Audiometry
Model
ModelBase
Audiometry.Model.ModelBase Class Reference
Inheritance diagram for Audiometry.Model.ModelBase:
Collaboration diagram for Audiometry.Model.ModelBase:
The documentation for this class was generated from the following file:
Audiometry/Model/
ModelBase.cs
Generated by
1.8.16


27
1 Moses and the elders of Israel commanded the people and said, "Keep all the commandments that I command you today.
2 On the day when you will pass over the Jordan to the land that Yahweh your God is giving you, you must set up some large stones and plaster them with plaster.
3 You must write on them all the words of this law when you have passed over; that you may go into the land that Yahweh your God is giving you, a land flowing with milk and honey, as Yahweh, the God of your ancestors, has promised you.
4 When you have passed over the Jordan, set up these stones that I am commanding you about today, on Mount Ebal, and plaster them with plaster.
5 There you must you build an altar to Yahweh your God, an altar of stones; but you must raise no iron tool to work the stones.
6 You must build the altar of Yahweh your God of unworked stones; you must offer burnt offerings on it to Yahweh your God,
7 and you will sacrifice fellowship offerings and will eat there; you will rejoice before Yahweh your God.
8 You will write on the stones all the words of this law very plainly."
9 Moses and the priests, the Levites, spoke to all Israel and said, "Be silent and listen, Israel: Today you have become the people of Yahweh your God.
10 You must therefore obey the voice of Yahweh your God and obey his commandments and statutes that I am commanding you today."
11 Moses commanded the people the same day and said,
12 "These tribes must stand on Mount Gerizim to bless the people, after you have passed over the Jordan: Simeon, Levi, Judah, Issachar, Joseph, and Benjamin.
13 And these tribes must stand on Mount Ebal to pronounce curses: Reuben, Gad, Asher, Zebulun, Dan, and Naphtali.
14 The Levites will answer and say to all the men of Israel in a loud voice:
15 'May the man be cursed who makes a carved or cast figure, something disgusting to Yahweh, the work of the hands of a craftsman, and who sets it up in secret.' And all the people must answer and say, 'Amen.'
16 'May the man be cursed who dishonors his father or his mother.' And all the people must say, 'Amen.'
17 'May the man be cursed who removes his neighbor's landmark.' And all the people must say, 'Amen.'
18 'May the man be cursed who makes the blind to wander away from the road.' And all the people must say, 'Amen.'
19 'May the man be cursed who forces away the justice due to a foreigner, fatherless, or widow.' And all the people must say, 'Amen.'
20 'May the man be cursed who lies with his father's wife, because he has taken away his father's rights.' And all the people must say, 'Amen.'
21 'May the man be cursed who sleeps with any kind of beast.' And all the people must say, 'Amen.'
22 'May the man be cursed who sleeps with his sister, the daughter of his father, or with the daughter of his mother.' And all the people must say, 'Amen.'
23 'May the man be cursed who sleeps with his mother-in-law.' And all the people must say, 'Amen.'
24 'May the man be cursed who kills his neighbor secretly.' And all the people must say, 'Amen.'
25 'May the man be cursed who takes a bribe to kill an innocent person.' And all the people must say, 'Amen.'
26 'May the man be cursed who does not confirm the words of this law, that he will obey them.' And all the people must say, 'Amen.'


Tmg is a string processing language especially intended for writing translators for computer languages. It deals with string scanning, building of tables and output generation, and provides some integer arithmetic. The experience of many years has been distilled into a new version running on the PDP-11 under the UNIX operating system.
At the heart of the language are parsing rules (3.1). A rule is a sequence of actions, written simply by naming the actions one after the other. For example, this typical parsing rule
smark any(letter) string(alpha) installmight be used to recognize an identifier of arbitrary length and install it in a table. The example invokes two scanning functions, "any(.)" and "string(.)", which recognize respectively precisely one, and an arbitrary string of characters from a character class. Sandwiched around the scanning are "smark" and "install", which note the beginning of the string, and enter the completed string into the table.
A parsing statement (2.) is a parsing rule labeled with a name and ended with a semicolon. This parsing statement contains the previous parsing rule:
ident: smark any(letter) string(alpha) install;When the meaning is obvious from context, a parsing statement may also be called simply a rule.
As it happens, "smark", "any(.)" and "string(.)" are all functions intrinsic to Tmg, which we call builtins, while "install" must be defined by another rule in terms of other actions. No character classes are built in, so "letter" and "alpha" also must be defined somewhere else in the program.
The function of matching a specified literal string is so common that it has been given a special notation, the string surrounded by angle brackets <>. Thus a Fortran DO statement might be recognized by
do: <DO> number ident <=> limits;
Execution of a parsing rule may have several effects. (We have already noted that it may make entries in a table.) Every rule must succeed or fail. A rule succeeds when execution proceeds to the end of the rule without failing. Certain builtins can fail — "any(letter)" fails unless the cursor (see below) points to a letter. In general the failure of any action invoked by a rule causes the rule itself to fail without doing any subsequent actions. However, there are ways to continue conditionally upon failure.
A rule may specify an alternate branch in case of failure, as in this rule for a DO limit, which consists either of an identifier or of a number.
limit: ident/lm1; lm1: number;The branch, designated by a slash and the name of a rule, is a conditional go-to. If "ident" fails, then the rule for "limit" continues at "lm1" as if "ident" had never been invoked (but see 3.7 for a qualification). The success or failure of "number" then determines the success or failure of "limit".
Conditional branches may also be made on success, indicated by a backslash.
limits: limit <,> limit <,>\lms1; lms1: limit;This rule continues at "lms1" after a second comma has been found. Because a test has been made, execution of "limits" continues right on when a second comma is not found, to terminate (successfully) at the semicolon.
A successful action may move a cursor along the input — "any(letter)" succeeds and moves the cursor to the next character if it points to a letter. When a rule succeeds the cursor is left where it was left by the last action in the rule. When a rule fails, the cursor is restored to the place where it was when the rule was invoked, regardless of what happened later.
A successful parsing rule may deliver a translation rule, often called simply a translation. Since the proper order of output may not be the same as the order in which translation rules are delivered, the execution of a translation rule is delayed until explicitly called for (1.5).
A translation rule, like a parsing rule, consists of a sequence of actions, which may be other translation rules or literal strings to place into the output. A translation rule is always enclosed in braces, {}.
This simple program defines the translation of fully parenthesized infix expressions to Polish postfix for a stack machine.
expr: <(>/exp1 expr operator expr <)> = { 3 1 2 }; exp1: ident = { < LOAD > 1 }; operator: op0: <+>/op1 = { < ADD > }; op1: <->/op2 = { < SUB > }; op2: <*>/op3 = { < MPY > }; op3: </> = { < DIV > };the "=" in each rule introduces the translation to be delivered by the rule. The numbers in a translation refer to translations delivered by those actions that delivered translations to the parsing rule. Those translations are identified by counting backward from the = sign. Actions with no translations (e.g. recognizing a literal) are not counted. This awkward convention happens to be very efficient to implement, so we live with it; however some syntactic sugaring will get around counting in many cases (4.2).
The four operators +-*/ are translated into "ADD", "SUB", "MPY" and "DIV". An expression consisting of a single identifier is rendered as "LOAD" followed by the translation of the identifier, which we assume is unchanged in translation. A little inspection shows that the parsing rules correspond to this simple BNF, in which angle brackets have the same meaning as in Tmg:
expr ::= <(> expr operator expr <)> | ident operator ::= <+> | <-> | <*> | </>and that the expression ((a*x)+(b*y)) translates into
LOAD a LOAD x MPY LOAD b LOAD y MPY ADDHere we see an important difference between the Tmg, which is a program, and the BNF, which is a pattern. In Tmg the branch was placed after <(>, not after the matching <)> as was the alternate in the BNF. The latter place would be wrong, for the rule would fail without ever getting there to test for the branch.
Mere delivery of a translation rule does not create any output. Indeed a delivered translation may never get used, for example if the rule to which it was delivered fails. The builtin function "parse(.)" is provided to cause the execution of a parsing rule followed immediately by the execution of its translation (if the rule succeeds). Data is placed on the output file only while translations are being executed. Once executed, the translation is forgotten.
These two rules might be used to parse and translate Fortran card-by-card.
program: comment\program endcard\done parse(statement)\program diag(error)\program; done: ;First each card is checked to see if it is a comment, and if so the rule loops. (It is understood that "comment" delivers no translation lest the process get clogged with delivered by unexecuted translations.) Next the card is checked to see whether it is the end; if it is, the rule terminates by going to the empty rule "done". When "statement" succeeds, its translation is output; "parse(statement)" then succeeds in turn, and the rule loops. When "statement" fails, so does "parse(statement)" and the rule goes on to "diag(error)".
"Diag(.)" is just like "parse(.)", except that it sends output to the diagnostic file. We assume that "error" has been coded to eat up any card and perhaps deliver a copy of the card along with a message. Thus unless there is no card there at all (end of file), the rule loops after giving the diagnostic.
As characters are scanned over by "any(.)" and "string(.)", but not by quoted literals, they are gathered into a current string. The current string may be looked up in or entered into a table. Recalling the rule on page 1 of identifiers, we now show how to accomplish "install".
ident: smark any(letter) string(alpha) install = { 1 }; install: enter(t,i) getnam(t,i) = { 1 };The current string is cleared by "smark" and gathered by "any(.)" and "string(.)". "Enter(.)" enters the current string into table t and assigns the index of the entry to variable i. (See Section 6 for how to create a table.) "Getnam(t,i)" delivers the string which is the ith entry of table t. The "= { 1 }" in each rule arranges to deliver to its invoker the one translation that was delivered to it.
A character class is defined by enclosing a set of characters in double angle brackets. Sets may be unioned by juxtaposition as in the next example.
letter: <<abcdefghijklmnopqrstuvwxyz>> <<ABCDEFGHIJKLMNOPQRSTUVWXYZ>>;An exclamation mark complements a set as in this example that defines the class of all ascii characters as the complement of the empty class.
ascii: !<<>>;
A Tmg program consists of a sequence of statements. Each statement has one of these forms
A parsing statement is a labeled parsing rule followed by a semicolon or by a parsing statement. In the latter case the execution of the containing statement flows into the contained rule as if the contained label were not there.
Instructions for compiling and executing a program on the PDP-11 are reproduced from the UNIX manual [8] as Section 10 of this manual.
A parsing rule is a possibly empty sequence of disjuncts separated by | signs.
A disjunct consists of a nonempty sequence of parsing elements (called simply elements when the context is obvious). An element may be any one of
A literal consists of one or more ascii characters enclosed in angle brackets <>. A > sign may appear within a literal only as the first character.
A literal consisting of a single newline character may be designated by a special notation, an unbracketed asterisk *.
A character class is designated by
There is always an ignored class, which is saved upon the invocation and restored upon the return from each parsing rule. The ignored class is initially empty; "ignore(.)" resets it. The function "smark" scans over ignored characters before marking the start of the current string. "Any(.)" and "string(.)" skip ignored characters. Ignored characters are skipped before, but not within, literals.
Here we define the syntax of a Tmg literal, which must contain at least one ascii character. "Ignore(none)" resets the ignored class from the prevailing value, which is space, tab and newline.
literal: smark <<> ignore(none) any(ascii) string(nonket) <>>; nonket: !<<>>>; none: <<>>; ascii: !<<>>;The Tmg character set consists of 127 characters — ascii less NUL.
An output element is an = sign followed by a translation rule, or by the name of a labeled translation rule. In the latter case the element acts as if the designated rule were copied verbatim into the place of the name.
An infix | sign separates two or more disjuncts, each of which is a nonempty sequence of elements. The example of section 1.4 may be reworked into a go-to-less form using disjunction:
expr: <(> expr operator expr <)> = { 3 1 2 } | ident = { < LOAD > 1 }; operator: <+> = { < ADD > } | <-> = { < SUB > } | <*> = { < MPY > } | </> = { < DIV > };Disjuncts are executed in order, with the second being tried if and only if the first element of the first disjunct fails and has no branch, and so on. Once past the first element of a disjunct, the rule executes as if the other disjuncts weren't there. For all its BNF-like appearance, a disjunction still represents a program, not a pattern, as may be illustrated by the example of DO limits from section 1.2.
limits: limit <,> limit ( <,> limit | () );
A parsing statement may have one or more parameters. Corresponding arguments are designated in ordinary functional notation. An argument may be
A parameter is referred to by number, counting 1,2,... from right to left in the argument list, the number being preceded by a dollar sign. Before any parameters are used, they must be made available by means of the builtin "params(.)", whose argument tells how many arguments are expected. "Params(.)" may be used several times to pick off successive arguments from the right end of the argument list; the arguments so obtained are (re)numbered $1,$2,... If the total number of arguments transmitted during execution of a rule is wrong, or if an argument is used in a nonsensical context, chaos usually results.
This example defines a number of constructs of Algol in terms of a "separated list" or "seplist(.)". The $2 argument of seplist defines a list element, the $1 argument defines the separator.
seplist: params(2) $2 ( $1 seplist($2, $1) | () ); block: <begin> seplist(statement, (<;>)) <end>; actuals: <(> seplist(expr, (<,>)) <)>; formals: <(> seplist(ident, (<,>)) <)>; expr: seplist(term, (<+>|<->)); term: seplist(factor, (<*>|</>)); factor: seplist(primary, (<^>));Parses according to this definition of "seplist" are right associative, and not always appropriate to Algol. The next section tells how to obtain left-associative parses.
The parameters of a rule that is not properly contained in any other rule may be denoted by names instead of numbers, provided they are referred to from within that rule only. The names are declared by beginning the rule with "proc(.)", where the arguments of "proc" are the parameters. "Seplist" can be defined this way:
seplist: proc(x, y) x (y seplist(x, y) | () );The next example uses "not(.)" to distinguish a < sign from <= and << by looking ahead one character. The double parentheses come from an argument of type (ii), a parsing rule.
lessthan: <<> not(( any(<<=<>>) ));"Not(( not(.) ))" may be used to peek ahead without displacing the input cursor as in this rule for recognizing the end of a statement in BCPL, where a newline (denoted *) can act as a semicolon provided the beginning of the next line is a plausible beginning for a statement.
semicolon: <;> | ( * not(( not(( ident|keyword )) )) );Parameters are passed by name, in the Algol sense. This example capitalizes on a name parameter to recognize a notorious non-context free language.
f: proc(x) <a> f((<b> x)) <c> | x;The element "parse(( f(()) ))" will recognize anbncn. The diagram shows the progress of a parse of "aabbcc".
|--------------f(())---------------| | |-------f((<b>()))---------| | | | |-f((<b>(<b>())))-| | | | | |----<b>(<b>())---| | | | | | |--<b>()--| | | | a a b b c c
Upon successful completion of a rule, all translations that have been delivered to it are bundled into a single translation, or bundle, to be delivered to its invoker. The elements of the bundle are translation rules. The elements are counted 0,1,2,... from the most to the least recently delivered.
Translations delivered by output elements (designated by =) are no different from translations delivered by other elements. In any case the translation most recently delivered to a rule becomes the 0 element in its bundle. Thus the rules
param: ident = { 1 }; param: ident;deliver indistinguishable translations (see 4.3 for a qualification). The latter form is more efficient in time and space.
The builtin "bundle" causes a bundling in the rule that invoked it up to the point of its invocation, and delivers that bundle to the same rule. The set of translations delivered up to the invocation of "bundle" is replaced by just one translation — exactly the translation that the rule would have delivered if the final semicolon appeared in place of "bundle". "Bundle" is particularly useful for left-associative parses, as in the following fragment of a translation from infix to postfix with operator precedence. The operators +-*/ are left-associative and ^ is right-associative.
expr: term expr1: addop/done term = { 3 1 2 } bundle\expr1; term: factor term1: mulop/done factor = { 3 1 2 } bundle\term1; factor: primary <^>/done factor = { 2 1 < EXP> }; primary: ident = { < LOAD > 1 } | <(> expr <)>; done: ; addop: <+> = { < ADD > } | <-> = { < SUB > }; mulop: <*> = { < MUL > } | </> = { < DIV > };The builtin "reduce(n)" performs the same job as "bundle" except that it replaces only the last n delivered translations. There can be no intra- or interbundle references (4.2, 4.4) between elements of a bundle created by "reduce(.)" and translations of earlier elements of the rule.
Some side effects of the execution of a rule are automatically undone upon its completion. All side effects except these persist:
The body of a translation rule is a sequence of translation elements enclosed in braces {}. A translation element may be any one of
An intrabundle reference is a number designating another element of the same bundle. An argument list may be supplied to an intrabundle reference (4.3). Intrabundle references are counted backward starting from 0 at the element containing the reference. For example, if all parsing elements in this rule deliver translations
r: a = { 1 } b = { 3 2 1 };the bundle it delivers will have four elements
The 1 in the last element refers to the translation of b, 2 to "{ 1 }" and 3 to the translation of a; the other 1 refers to the translation of a. Only the 0 element of a bundle is directly accessible to its invoker; other elements of the bundle are pulled out by intrabundle references in the 0 element (or y interbundle references, 4.4).
Names may be used instead of numbers for intrabundle references within one parsing rule, provided that the parsing elements that have translations are indicated explicitly by suffixing each with a period. A name, or alias, to denote the translation delivered by a parsing element may follow the period with no intervening blanks. If no alias is given and the element consists of a name alone, then that name becomes the alias. The preceding rule may be rewritten in these ways, among others:
r: a. = { 1 }.t b. = { a t b }; r: a. = { a }. b.x = { a 2 x };
A translation rule may have parameters, and if it does, their number is declared by a parenthesized integer prefixed to its body. Alternatively parameters may be given names listed in the contained bodies, but not in bodies copied in place of type (i) elements (4.1). Parameters are referred to by name or by $1, $2,... counted from right to left in the associated argument list. An argument corresponding to a parameter is itself a name (in the sense of Algol), so that intrabundle references and parameter references in an argument are evaluated in the environment of the invoking rule.
The next rule compiles Honeywell 6000 assembly code for a simple case of Fortran subscripted variables:
svar: ident. <(> ident.subscr <)> = (1){ <LXL0 > subscr * $1 < > ident<,0> * }A machine opcode is to be filled in for the parameter. Assuming that "expr" compiles code to leave a result in the Q register, this rule would handle assignments to such subscripted variables:
assign: svar. <=> expr. = { expr svar({<STQ>}) };The next example compiles code for Boolean expressions over a set of unspecified elementary predicates that set a condition code, the state of which determines the outcome of "bt" (branch on true) and "bf" (false) instructions. The boolean operators are disjunction | and conjunction &. Each translation rule has two parameters $2 and $1, which are respectively the destinations of branches to be taken upon determining the truth of falsity of the subexpression in question. "Lbl" is a rule that delivers a unique label every time it is invoked.
disj: conj. ( <|> lbl. disj. = (T,F){ conj({T},{lbl}) lbl<:> disj({T},{F})} | () ); conj: prim. ( <&> lbl. conj. = (T,F){ prim({lbl}),{F}) lbl<:> conj({T},{F})} | () ); prim: pred. = (T,F){ pred< bt >T< bf>F * } | <(> disj <)>;Suppose that predicates are denoted by single letters and that "lbl" generates the labels #1, #2, ... Then the parsing element
parse(( disj. = { disj({<T>},{<F>}}) } ))applied to the expression a&(b|c&d) would yield (except for spacing) the output
a bt #1 bf F #1: b bt T bf #2 #2: c bt #3 bf F #3: d bt T bf F
An interbundle reference is a translation element of the form m.n, where m and n are both numbers; m must be a legal intrabundle reference. Then the interbundle reference m.n picks out the same translation as would an intrabundle reference n in the 0 element of that bundle.
Interbundle references furnish a trick for getting several translations from one parsing rule to be put together by an invoking translation rule. The following example "doubles" a parenthesized list of identifiers. Members of the first output list are separated by /, of the second by \, and the lists are separated by |. The input "(a,b,c)" yields the output "a/b/c|a\b\c".
double: <(> dbla. <)> = { dbla.1 <|> dbla.0 }; dbla: ident. ( <,> dbla. = {ident </> dbla.1}. = {ident <\> dbla.0} | = { ident }. = { ident } );The rule "dbla" builds two different output lists that are finally pasted together by "double". The notation "dbla.0" means just the same as "dbla"; it has been used to emphasize the fact that it is expected to evoke only part of the designated bundle.
All arithmetic is performed on 16-bit two's complement integer data. An integer variable is declared and initialized by a labeled unsigned octal number, thus
n: 1; size: 0;An arithmetic element of a parsing rule is an expression enclosed in brackets [ ] that specifies a calculation to be performed as a parsing action. Expressions involve variables, called lvalues as in the language B [7], octal constants, parentheses and, in decreasing order of precedence
Unary operators in a primary expression are evaluated right to left. The unaries are
| ++ | increment and return new value |
| -- | decrement and return new value |
| & | return lvalue |
| ++ | increment and return old value |
| -- | decrement and return old value |
| * | indirection, take rvalue to be lvalue |
| ~ | 1's complement |
| ! | not, !x means x?0:1 |
| - | 2's complement |
Infix operators associate left-to-right
| + | add |
| - | subtract |
| * | multiply |
| / | divide |
| % | remainder |
| & | and |
| | | or |
| ^ | exclusive or |
| < | less than |
| > | greater than |
| <= | less than or equal to |
| >= | greater than or equal to |
| == | equal to |
| != | not equal to |
| >> | right shift (logical) |
| << | left shift (logical) |
If e1, e2 and e3 are three rvalues, then the conditional expression
e1?e2:e3has the value of e2 if e1 is nonzero, and otherwise e3. Only one of e2 and e3 is evaluated.
The operator : (regarded as an infix operator between e1?e2 and e3) associates from the right.
The operator = assigns the rvalue on its right to the lvalue on its left. An = concatenated with any infix operator O is a "two-address code" assignment operator; x=O y means the same as x = x O y provided the evaluation of x has no side effects.
Assignment operators associate right-to-left.
If the expression in an arithmetic element is followed by a ? mark, then its rvalue is tested for nonzero (success) or zero (failure), otherwise an arithmetic element always succeeds. This is a simple Fortran-style do-loop:
begin: [ i = 1] loop: . . . [++i<=n?]\loop;
A static array is allocated by initializing more than one location with an octal constant, thus:
A: 1;2;3;4;Subscripting is not directly provided for static arrays, but can be simulated by address computation, as in the expression *(&A+4), which when applied to the array A as initialized above would pick out the rvalue 3. (Addresses of successive words differ by 2, as is usual on the PDP-11.)
Although the names of variables have global scope, their values can be pushed down for the duration of a rule, as in SNOBOL. The builtin "push(n,v1,v2,...,vn)" saves the current values of the n variables v1,v2,...,vn, to be automatically restored when the rule terminates. Variables to be pushed right at the start of a rule may be listed after a semicolon within the "proc(.)" declaration (3.5) instead of in a "push(.)".
The following rule recognizes an octal integer and assigns to its argument the numerical equivalent of the integer. The rule pushes its temporary, i, to avoid conflict with other uses of i in the program.
integer: proc(n;i) [n=0] inta int1: [ n = n*10+i] inta\int1; inta: char(i) [i<70?] [ (i =- 60)>=0?];The builtin "char(i)" moves the cursor and assigns the ascii value of the scanned character to variable i. The rule depends upon knowing that the ascii codes for 0, 1, ... are octal 60, 61, ...
The next rule has the same effect at the builtin "octal(.)" for binary-to-octal conversion, provided the argument is not negative.
octal: proc(n;m,i) [i = (m=n)%10] ( [i==0?] = {<0>} | . . . | [i==7?] = {<7>} ) [m =/ 10?]/done octal(m) = { 1 2 }; done: ;The purpose of m is to effect call by value. Were the rule written as below, it would not work because of a collision between the argument passed by name and the temporary.
octal: proc(n;i) [i = n%10] ( [i==0?] = {<0>} | . . . | [i==7?] = {<7>} ) [i = n/10?]/done octal(i) = { 1 2 }; done: ;
Each character class is represented by a one-word mask. The mask for each class declared in angle brackets <<>> contains exactly one nonzero bit, different for each class. A zero mask denotes the empty class, so "ignore(0)" and "ignore(<<>>)" behave similarly, except the latter uses up one of the 16 mask bits.
Words made by or-ing may serve as masks for classes made from unions of other classes. For example, given the following declarations, the element [letter = ucase | lcase] makes "letter" become the class of all letters in either case:
ucase: <<ABCDEFGHIJKLMNOPQRSTUVWXYZ>>; lcase: <<abcdefghijklmnopqrstuvwxyz>>; letter: 0;
A table is a dynamically allocated array, identified by a nonzero integer designator. The builtin "table(t)" allocates a new table and assigns its designator to the integer variable t. The builtin "discard(t)" destroys the designated table.
Bytes of a table are indexed. In arithmetic expressions the indexing notation, t[i], refers to the word occupying bytes i and i+1 of table t (i may be odd).
A table may be used as a symbol table that holds strings and one value word of arbitrary information associated with each. The builtins
find(t,i) enter(t,i)look up the current string in table t. If the string isn't already there "find(t,i)" fails, while "enter(t,i)" adds the string and sets its value word to zero, unless the string is empty. When they succeed, both assign the index of the value word to variable i. No arithmetic assignments should be made to any words of a symbol table other than value words.
The builtin "getnam(t,i)" delivers the string of a symbol table entry for a given index. Here is a variant of the rule "install", given in section 1.6:
install: enter(t,i) getnam(t,i);This version delivers a trivial alias — "X" followed by the index;
install: enter(t,i) octal(i) = { <X> 1 };The next version delivers an alias that counts the temporal order of entries. The first entry has alias X1, the second X2, and so on. (In reading this example, remember that "=" does an assignment, not a comparison.)
install: enter(t,i) ([temp=t[i]?] | [temp=t[i]=++count]) octal(temp) = { <X> 1 }; count: 0; temp: 0;Notice that the argument of "octal(.)" is a simple variable. "Octal(t[i])" is not a legal function call.
Symbol tables are kept tree-sorted. Tables are stored on disk and pertinent pages are brought into addressable memory as needed. Erratic accessing patterns through large tables can thus be costly in time. If no information is to be stored with them, the string may not have to be tabled at all. The first version of "install" on this page can be simulated, except in the handling of null strings, by the builtin "scopy", which delivers the current string.
install: scopy;
A "pure" Tmg program, which uses no builtins except perhaps the basic lexical functions "smark", "any(.)", "string(.)" and "scopy" and no arithmetic, is a "top down" parsing and translation mechanism with limited backup capability. However the builtins "bundle" and "reduce(.)" are bottom-up actions characteristic of reductions analysis. A few other builtins have been added to facilitate reductions analysis.
S. C. Johnson and A. V. Aho have automated the construction of reductions analysis parsers for certain deterministic grammars, and the transliteration of these parsers into Tmg programs. Their methods promise to make Tmg translators considerably more perspicuous and less tedious to write, since they start from a BNF pattern for translation instead of from a parsing program. Most notably, they are able to handle ambiguous grammars, which are especially useful for describing special-case optimization. With Tmg available underneath it is possible to mix top-down and bottom-up to get the best of both.
The new builtins for simple LR(k) parsing are "stack", "unstack", "accept" and "gotab" (8.2). "Bundle" and "reduce(n)" should not be intermixed in the same rule with "stack", "unstack" and "accept". The use of these actions in real translators will be described by Johnson and Aho.
This catalog tells for each builtin what kind of arguments it requires, if any, and whether it may:
C move the cursor T deliver a translation F fail
Conventional meanings
c character class or name thereof i name of variable n number or name of variable r parenthesized parsing rule or name of rule t name of table designator
| Name | CTF | Function |
| any(c) | CF | scan current character; succeed if in class c and add character to current string (see sections 1.1 and 3.2) |
| append(l) | append literal l to the current string | |
| bundle | T | deliver (and make otherwise unavailable) to this rule the translation, if any, that this rule would deliver to its invoker if this rule terminated here (3.6) |
| char(i) | CF | assign the ascii equivalent of the next input character to variable i; fail if no more characters (5.8) |
| decimal(i) | T | deliver n as a decimal string, with a - sign if required |
| diag(r) | CF | execute rule r and execute the translation it delivers; append result to the diagnostic file; fail if r fails (1.5) |
| emit | execute and forget last translation delivered to this rule | |
| discard(t) | discard table t (6) | |
| enter(t,i) | F | look up the current string in table t; enter if not there; assign its index to variable i; fail if current string is empty (6) |
| fail | F | fail unconditionally |
| find(t,i) | F | look up the current string in table t; assign its index to variable i; fail if not there (6) |
| getnam(t,i) | F | deliver the string of entry i in table t |
| goto(r) | same as succ\r, but saves space and time | |
| ignore(c) | the ignored class becomes c | |
| octal(n) | T | deliver n as an octal string |
| params(n) | make n parameters available to this rule (3.5) | |
| parse(r) | CF | execute rule r and execute the translation it delivers; append result to output file; fail if r fails (1.5) |
| proc(l1;l2) | a declaration, not a true builtin; l1 and l2 are lists of names; performs "params(n1) push(n2,l2)" where n1 and n2 are the lengths of l1 and l2 (3.5, 5.8) | |
| push(n, list) | list has form i1,i2,...,in, where i1,...,in are variable names; save the n values; restore them when this rule ends (5.8) | |
| reduce(n) | T | bundle the last n translations delivered to this rule (3.6) |
| scopy | T | deliver the current string (6) |
| size(i) | assign the number of characters in current string to variable i | |
| smark | C | move to next nonignored character; clear the current string (1.1, 3.2) |
| string(c) | C | scan up to next character not in class c; add the scanned characters to the current string (1.1, 3.2) |
| stop | stop the program and dump it | |
| succ | succeed; a no-op | |
| table(t) | make a new table; assign its designator to t (6) |
| Name | CTF | Function |
| accept | T | unstack remaining labels stacked during this rule and bundle (7) |
| gotab(list) | list has form s1,l1,s2,l2,...,0,ln; if top stacked label is s1 go to l1, if s2 go to l2, ... else go to ln | |
| stack | place label of this element on stack (7) | |
| unstack(n) | T | remove last n labels stacked during this rule and bundle all translations delivered since the label so uncovered was stacked (7) |
In the following syntactic specification terminal symbols are underlined; nonterminals have names one or more letter long; all symbols are separated by spaces. Each rule gives the name of a nonterminal followed by the metasymbol ::=, then displays the productions for that nonterminal separated by | signs.
Brackets [] surround parts of a rule that may be repeated. The right bracket is followed by a subscript denoting the minimum number of repetitions, and a superscript for the maximum. A missing superscript permits unbounded repetition.
These primitive nonterminal symbols are used
name a string of letters and digits beginning with a letter number a nonempty string of octal digits char any ascii character except NUL
In general one or more blanks (ascii SP, HT or NL) must appear between successive constituents of a production; however they may be dropped when no ambiguities are so introduced.
| program | ::= | [ statement ]0 |
| statement | ::= | comment | [ label ]1 tail ; |
| label | ::= | name : |
| tail | ::= | [ proc ]01 prule [ label prule ]0 |
| | trule | charc1 | number [ ; number ]0 | ||
| proc | ::= | proc( [ names ]01 [ ; [ names ]01 ]01 ) |
| prule | ::= | [ disj [ | disj ]0 ]01 |
| disj1 | ::= | [ pelem [ . [ name ]01 ]01 ]1 |
| pelem | ::= | pprime [ [ \ | / ]11 pname ]01 | ( prule ) |
| pprime2 | ::= | pname [ . ]01 [ ( parg [ . parg ]0 ) ]01 |
| | [ expr [ ? ]01 ] | literal | ||
| | = name | = trule | ||
| pname | ::= | name | $ number |
| parg | ::= | pname | number | ( prule ) | literal | charc1 |
| expr | ::= | lv assign expr | rv |
| rv | ::= | [ rv ? rv : ]0 primary [ infix primary ]0 |
| primary | ::= | lv [ incdec ]01 | incdec lv |
| | & lv | ( expr ) | unary primary | number | ||
| lv | ::= | pname | * primary | ( lv ) | lv [ expr ] |
| unary | ::= | - | ! | - |
| assign2 | ::= | = [ infix ]01 |
| incdec | ::= | ++ | -- |
| infix | ::= | + | - | * | / | % | & | ^ | << | >> |
| | == | != | < | > | <= | >= | ||
| trule | ::= | [ ( [ number | names ]11 ) ]01 tbody |
| tbody | ::= | { [ telem ]0 } |
| telem | ::= | name | literal | $ number |
| | bundleref [ ( targ [ . targ ]0 ) ]01 | ||
| bundleref | ::= | [ name | number ]11 [ . targ ]0 ) ]01 |
| targ | ::= | name | tbody |
| names | ::= | name [ , name ]0 |
| literal3 | ::= | < [ char ]1 > | * |
| charcl4 | ::= | [ ! ]01 [ << [ char ]0 >> ]1 |
| comment5 | ::= | /* [ char ]0 */ |
Tmg has a long history stemming from McClure's work on the CDC 1604, and subsequent development on the IBM 7090, GE 635-645, and DEC PDP-7 by the author, R. Morris and M. E. Barton [1,2]. Some of the present design derives from insights from language theory for which I am indebted to A. V. Aho and J. D. Ullman [3,4]. I have freely borrowed code and appropriated language ideas from R. Morris, L. L. Cherry, S. C. Johnson, K. L. Thompson and D. M. Ritchie.
Enough like its predecessors to deserve the same name, this implementation of Tmg and its unpublished predecessor on the PDP-7 introduced a new parsing discipline that has made possible the use of reductions analysis, the avoidance of backup within a rule (thereby augmenting the class of languages "naturally" parsable by Tmg) and rules with parameters. Shallower, but nonetheless useful innovations are tables and the handling of the current string, uniform treatment of diagnostic and translated output, the form of translation bodies, success branches, disjunctions and other syntactic conventions. Internally, improved handling of character classes and the elimination of many levels of subroutine call both in parsing and translation have improved the speed of Tmg; dynamically allocated tables have extended its capacity so that it may fit comfortably in a minicomputer.
[1] R. M. McClure, TMG — A syntax-directed compiler, Proc. ACM 20th Natl. Conf. (1965) 262-274
[2] R. R. Fenichel and M. D. McIlroy, Reference Manual for TMGL, Multics System Programmer's Manual, Project MAC, MIT (1967) Section BN 4.02
[3] A. V. Aho, P. J. Denning and J. D. Ullman, Weak and Mixed Strategy Precedence Parsing, JACM (19) 225-243
[4] A. Birman and J. D. Ullman, Parsing Algorithms with Backtrack, Conf. Record 11th Annual Symposium on Switching and Automata Theory, IEEE (1970) 153-174


| Path: | README |
| Last Update: | Wed Oct 27 16:20:56 -0200 2010 |
| Homepage: | redcloth.org |
| Author: | Jason Garber |
| Copyright: | (c) 2009 Jason Garber |
| License: | MIT |
(See redcloth.org/textile/ for a Textile reference.)
RedCloth is a Ruby library for converting Textile into HTML.
RedCloth can be installed via RubyGems:
gem install RedCloth
It will install the appropriate Ruby, JRuby, or Win32 gem. If using JRuby, version 1.1.5 or greater is required.
If you just want to use RedCloth, you do NOT need to build/compile it. It is compiled from C sources automatically when you install the gem on the ruby platform. Precompiled binary gems are provided for JRuby and Win32 platforms.
RedCloth can be compiled with rake compile. Ragel 6.3 or greater and the echoe gem are needed to build, compile, and package RedCloth. Again, Ragel and echoe are NOT needed to simply use RedCloth.
By default, the rake compile task builds a native C Ruby extension that works with Ruby 1.8 or 1.9. You can cross-compile for JRuby 1.3 with rake java compile and for Win32 with rake mingw compile. A pure Ruby version can be generated with rake pureruby compile, but the parser it produces is slow and incompatible with Ruby 1.9. The JRuby and pure-Ruby extensions don‘t support multi-byte characters. The RedCloth::EXTENSION_LANGUAGE constant indicates in which language your copy of RedCloth is compiled.
Please submit bugs to jgarber.lighthouseapp.com/projects/13054-redcloth/overview
RedCloth is simply an extension of the String class, which can handle Textile formatting. Use it like a String and output HTML with its RedCloth#to_html method.
Simple use:
text = "This is *my* text." RedCloth.new(text).to_html
Multi-line example:
doc = RedCloth.new <<EOD h2. Test document Just a simple test. EOD puts doc.to_html
Textile is a simple formatting style for text documents, loosely based on some HTML conventions.
h2. This is a title h3. This is a subhead This is a bit of paragraph. bq. This is a blockquote.
A Textile document consists of paragraphs. Paragraphs can be specially formatted by adding a small instruction to the beginning of the paragraph.
h3. Header 3. bq. Blockquote. # Numeric list. * Bulleted list.
Quick phrase modifiers are also included, to allow formatting of small portions of text within a paragraph.
_emphasis_ __italicized__ *strong* **bold** ??citation?? -deleted text- +inserted text+ ^superscript^ ~subscript~ @code@ %(classname)span% ==notextile== (leave text alone)
To make a hypertext link, put the link text in "quotation marks" followed immediately by a colon and the URL of the link.
Optional: text in (parentheses) following the link text, but before the closing quotation mark, will become a title attribute for the link, visible as a tool tip when a cursor is above it.
Example:
"This is a link (This is a title)":http://www.textism.com
Will become:
This is a link
To insert an image, put the URL for the image inside exclamation marks.
Optional: text that immediately follows the URL in (parentheses) will be used as the Alt text for the image. Images on the web should always have descriptive Alt text for the benefit of readers using non-graphical browsers.
Optional: place a colon followed by a URL immediately after the closing ! to make the image into a link.
Example:
!http://www.textism.com/common/textist.gif(Textist)!
Will become:

With a link:
!/common/textist.gif(Textist)!:http://textism.com
Will become:

HTML allows authors to define acronyms via the tag. The definition appears as a tool tip when a cursor hovers over the acronym. A crucial aid to clear writing, this should be used at least once for each acronym in documents where they appear.
To quickly define an acronym in Textile, place the full text in (parentheses) immediately following the acronym.
Example:
ACLU(American Civil Liberties Union)
Will become:
<acronym title="American Civil Liberties Union">ACLU</acronym>
In Textile, simple tables can be added by separating each column by a pipe.
|a|simple|table|row| |And|Another|table|row|
Styles are applied with curly braces.
table{border:1px solid black}. {background:#ddd;color:red}. |a|red|row|


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Tasneem Burmawala
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Email<EMAIL_ADDRESS><EMAIL_ADDRESS>My 50 years Experience as foundry Professional enabled me to develop better understanding about foundry operations.
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Just last night i had a very impressive experiance. I was hanging about with some of my closest friends smoking some top notch cannabis. I have smoked many, many, many, many times before and last nights experiance was something special. I have not taken any 'halucinogens' and do not particularly care to. What happened last night was an eye opener of EPIC proportions, and i was surprised that i got the effect that i did.
At Appoximatly 8:30 (t+00.00) we packed a (supposedly) average sized bowl. I say supposedly because i was the one who packe it, and i didnt put that much in. However, the sample burned FOREVER. Its a nice change when the bud sticks around for a while rather than going up in smoke so quickly. There were 5 of us, and the pipe went around about 5 times!!! about 3 times more than usual. To re-itterate, this was a pleasant surprise. Once the bowl was finished (t+.15) we were all quite high, very happy high too, gigles and smiles all around.
I went down stairs to watch some TV, unlike many of those who submit reports to Erowid, i thoroughly enjoy the boob tube, it tends to be nice to me, regardless of how i treat it. In the middle of Titus(T+45), i began to get this smile. Not on my face, but in my gut. I felt as if i had been lifted. My body got up and went down the hall to a small bed room where it put on some Bob Marley and lied down on a futon, legs crossed and eyes closed.....simply enjoying the high. Once lying down my mind could fully wander. The first thing i saw (!!!) was a tennis player...like the ones on super tennis on super nintendo. He was green orange and yellow....all very intense shades. It was as if i was on the level of the court looking up at him from about 15 feet away. Then a tennis ball went careening through my feild of vision, covered in the saem blues yellows and greens.
I am, or was, afraid of halucinations, and still have no urge to try any other substance. Curious? yes... willing to try? no. Im not sure why, it just doesnt seem right to me. After seeing the tennis bit, i shot up. Sitting straight as a board, my mind came back to zero. Then i realized what had happened, i was hallucinating. It took me a moment to realize that i was SAFE. Around friends, in a house with no worries to speak of. I lied back down and tried to find that place again. (t+1:15) I found it!!! it came back in full force and this time, willingly took a ride. This lasted for about 15 minits more...until i could no longer keep my experiance to my self.
I ran up stairs to tell my companions about what had happened. None of them had gotten the same effects. Maybe my 'set' had something to do with it. I have just recently beaten a long time case of depresion and anxiety, and realized that i am the happiest person on this planet. There is nothing that i cant do if i put my mind to it, and nothing can worry me. Its a nice mind set to be in...let me tell you.
Anyhow, my friends mainly dismissed it as i tend to have very different experiences than they do. I went out on the back patio for a smoke, and then the world let me in on a little secret. Its mine, and im sure that the rest of you know it too, so im not going to write it down. Once this secret hit me, the world opened up.....i watched an appartment complex take off...like a rocket ship. Then my attention turned to nature. Everything was praising the sky....the trees, with each and every branch reaching up to touch it. In the snow on the ground i saw faces, mountains and other earthly bits and peices. Never once did my attention sway towards the universe, i felt centered where i was.
(t+2.45) Comming down was unappreciated, i was having too much fun. But all good things must come to an end. I went inside and joined my friends in a conversation. I tried to bring them outside with me, but no one was interested...i guess that this was a little gift from cannabis, to me. I was thankful, and hope to be on the receiving end again soon.
My perspectives change, maybe for the better, but most certainly not for the worse. Take it in stride and all greivances will be lifted.
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.


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--- layout: post status: publish published: true title: It's a girl! author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 42 wordpress_url: http://winterdom.com/2002/12/itsagirl date: '2002-12-23 05:34:49 +0000' date_gmt: '2002-12-23 05:34:49 +0000' categories: - Personal tags: [] comments: [] ---
Sam and Susan are having a girl! That is so good to hear! Congratulations! I hope Susan's feeling better now....


THREE COLORS: RED A film review by Gareth Rees Copyright 1994 Gareth Rees
Director: Krzysztof Kieslowski Starring: Irene Jacob, Jean-Louis Trintigant Camera: Pitor Sobocinski Producer: Marin Karmitz Editor: Jacques Witta Music: Zbigniew Preisner Duration: 99 minutes France/Poland/Switzerland 1994
Valentine (Irene Jacob, the star of THE DOUBLE LIFE OF VERONIQUE) is a model living in Geneva (the poster for RED shows a picture of Valentine used in an advert for confectionery). She runs over a dog belonging to a retired judge (jean-Louis Trintigant), and as a result becomes his confidante. In an attempt to shock her out of her idealism, the judge reveals to her that he spies upon the telephone conversations of his neighbours.
Valentine insists that something should be done, but learns that the connections between people are more complex than she realises. She listens to a married man talking on the phone with his male lover and determines to tell the wife about this betrayal, but then learns that the marriage is a happy one. She does not know which is the lesser evil: to tell, and break up the marriage, or keep silent, and allow the betrayal to continue. She keeps silent.
But the learning process is two-way. The judge explains that he had lost his youthful idealism when his girlfriend had left him on the day he passed his final legal exams. In the course of talking with Valentine he recovers some of this idealism and loses his cynicism. The conversations between Valentine and the judge are glorious to watch; the house is beautiful in the dim light of evening and the two characters are obviously attracted to something in each other they cannot name. The judge wishes he were forty years younger.
RED is a film about connections between people, about the ways in which people meet and interact with others, sometimes not even being aware of these connections. A young lawyer, about to take his final exams, lives across the street from Valentine, but they have never met. Like the judge, he is being betrayed by his girlfriend; like the judge he will leave on a futile trip to England to try to win her back. If the judge were forty years younger, perhaps he would be this young lawyer.
To emphasize this theme of connection between people, telephones and red cars feature strongly and symbolically. The film opens with a phone call to America, and the camera follows the trans-atlantic cable to suggest a world of visible and invisible threads joining people. Other references weave in and out of the film and connect it to other of Kieslowski's films: the photo of Valentine that adorns the confectionery poster catches her in exactly the same pose as a final shot of her on television; the young lawyer drops his books in the street on the day before his exams (the judge had dropped his books in the opera the night before his exams; the two Veroniques in THE DOUBLE LIFE had dropped documents in the street to suggest their connection); and so on and so on.
RED is a marvel to watch, both for its visual beauty and for the subtle and convincing development of the characters. If it has to be Kieslowski's swan song, then it is a good choice.
.
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