Lying at the westernmost point of the Black Sea, Burgas is Bulgaria's largest port. It hold several international festivals during the summer and has a vibrant student population which adds to its atmosphere. The town has a cosmopolitan feel, however facilities for visiting yachts are limited.
Position 42° 29.9’N, 27° 29.0’E.
Port of Entry. See Bulgaria Formalities for details.
Call the Port Authorities on VHF channel 11 on approach. Moor at Quay 6 for clearance. The formalities are performed here and are straightforward. The ships papers may be retained by the Harbour Master.
The Port Control Office is situated on the 8th. floor of the tower with the radar antenna, by the dock gates. (NOTE: No lift after 3rd floor!). You must go here for departure clearance.
After clearance, a yacht can move to the yacht club.
Last updated November 2015.
The Yacht Club is immediately to starboard after passing the lighthouse at the entrance to the commercial harbour.
In 2006 cruisers report that the moorings are in a poor state and generally for smaller yachts (no more than 12m). It may be advisable to drop your own anchor and back to the quay, but stand well off as wash from passing commercial traffic and swell can cause problems. There is 24 hour security.
It is quite a long walk into town from here with little shade.
There is an anchorage behind the commercial port. A few local boats moor here and it offers good shelter. The bottom is mud and good holding. You are closer to town and you do not have to walk through the port.
There is a dinghy ramp near the light on the end of the breakwater.
Last updated November 2015.
Photos from Yacht Club "Port Burgas"


| Home > Documentation > Configuring and administering > Administering Security > Administering security realms > LDAP Realm |
This document covers some of the alternatives for configuring LDAP Realms in Apache Geronimo v2.1. In previous version of Apache Geronimo, ApacheDS was shipped along with Geronimo. To reduce the server footprint and exploit the Geronimo plugin architecture the LDAP server is currently available as an optional plugin install rather then being bundled with the Geronimo server for 2.1. Having said this, ApacheDS is not a requirement for configuring an LDAP Realm. However it will be practical for the purposes of this document to use a local LDAP server.
This document is organized in the following sections:
If you choose to have your LDAP service provided by ApacheDS and running from within Geronimo you can install it very quickly by installing the plugin. ApacheDS 1.0 plugin for Geronimo is based on Apache Directory v1.5.1 and can be installed from either the command line or the Administration Console.
The plugin will start automatically after the installation.
From a command line window change directory to <geronimo_home>/bin and run the following comamnds:
deploy search-plugins
.1. http://geronimo.apache.org/plugins/geronimo-2.1/
.Apache Geronimo-Apache Directory Server Plugin (1.0)
, this option will be presented under the LDAP
category with an ID number.78
) and hit Enter.The plugin will start automatically after the installation.
As always, you can choose to deploy assets like the security realm in this case from the Administration Console or the command line.
The LDAP Realm will deploy and you should be able to see it from the Security Realms portlet. From there you will be able to further edit the realm.
Note that in order to successfully connect and test this realm your LDAP server must be already configured/pre-loaded with the appropriate data. In other words, what you enter here matches with the one in the server. The LDAP server does not come with any preloaded sample data.
As we mentioned, another way to deploy this configuration is via the Deployer tool from a command line. By deploying this way you will have to provide a deployment plan with all the configuraton information already there, there will not be an interactive menu this time.
The deployment itself is fairly simple, once you have the deployment plan sorted out run the following command from the <geronimo_home>/bin directory:
deploy --user system --password manager deploy <deployment_plan_home>/ldap_realm_plan.xml
We mentioned that when using the command line deployer you will need to provide a deployment plan. The purpose of this section is to show you a sample deployment plan, for additional details refer to the ldap-sample-app - LDAP Sample Application section.
<module xmlns="http://geronimo.apache.org/xml/ns/deployment-1.2"> <environment> <moduleId> <groupId>console.realm</groupId> <artifactId>LDAP_Test_Realm</artifactId> <version>1.0</version> <type>car</type> </moduleId> <dependencies> <dependency> <groupId>org.apache.geronimo.framework</groupId> <artifactId>j2ee-security</artifactId> <type>car</type> </dependency> </dependencies> </environment> <gbean name="LDAP_Test_Realm" class="org.apache.geronimo.security.realm.GenericSecurityRealm" xsi:type="dep:gbeanType" xmlns:dep="http://geronimo.apache.org/xml/ns/deployment-1.2" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"> <attribute name="realmName">LDAP_Test_Realm</attribute> <reference name="ServerInfo"> <name>ServerInfo</name> </reference> <xml-reference name="LoginModuleConfiguration"> <log:login-config xmlns:log="http://geronimo.apache.org/xml/ns/loginconfig-2.0"> <log:login-module control-flag="REQUIRED" wrap-principals="false"> <log:login-domain-name>LDAP_Test_Realm</log:login-domain-name> <log:login-module-class>org.apache.geronimo.security.realm.providers.LDAPLoginModule</log:login-module-class> <log:option name="connectionUsername">uid=admin,ou=system</log:option> <log:option name="userSearchSubtree">false</log:option> <log:option name="roleSearchMatching">uniqueMember={0}</log:option> <log:option name="roleBase">ou=users,ou=system</log:option> <log:option name="connectionPassword">secret</log:option> <log:option name="roleName">cn</log:option> <log:option name="initialContextFactory">com.sun.jndi.ldap.LdapCtxFactory</log:option> <log:option name="roleSearchSubtree">false</log:option> <log:option name="connectionURL">ldap://localhost:10389</log:option> <log:option name="userBase">ou=users,ou=system</log:option> <log:option name="userSearchMatching">uid={0}</log:option> <log:option name="authentication">simple</log:option> </log:login-module> </log:login-config> </xml-reference> </gbean> </module>
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Use of this service is governed by the following terms and conditions. Please read these terms and conditions carefully, as by using this website you will be deemed to have agreed to them. If you do not agree with these terms and conditions, do not use this service.
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The personal information you provide (Name, Email, Date of Birth and Address) will be used for the purpose of issuing the NS Verified Person credential. Once your identity is verified, you will be able to receive your Verified Person credential on your mobile wallet app.
Under no circumstances will the Government of Nova Scotia be liable to any person or business entity for any direct, indirect, special, incidental, consequential, or other damages based on any use of this website or any other website to which this site is linked, including, without limitation, any lost profits, business interruption, or loss of programs or information, even if the Government of Nova Scotia has been specifically advised of the possibility of such damages.


--- layout: default ---
This is the main front page. It probably has a nice introduction and some eye-catching images.


Plugin Information |
|---|
View Azure Batch Parallel Test Execution on the plugin site for more information. |
This Jenkins post-build plugin allows you to execute tests in parallel with the Microsoft Azure Batch service, and can reduce the duration of your test runs, and therefore, potentially the cost.
Azure Batch enables you to run parallel applications efficiently in the cloud. It's a platform service that schedules tasks to run on a managed collection of virtual machines. You can find an introduction to the Batch service in the Basics of Azure Batch.


+++ title = "Hospedaje San Lucas, Chiclayo" slug = "hospedaje-san-lucas-chiclayo" date = 2007-07-31T10:00:00+10:00 tags = ["accommodation"] locations = ["peru/chiclayo"] draft = false summary = """
Fairly basic little guest-house, close to the centre of town in Chiclayo. This place used to be called "Hostal Lido" — that's what it's listed as in my out-of-date LP — but it recently changed both its name and its owners. It bills itself as a "backpacker's hostel", but it's not a hostel (no dorms, only single / double private rooms — don't think they have any real hostels in Chiclayo), and it doesn't have any communal hang-out area for backpackers. Anyway, I think that for cheap and convenient accommodation, it's about the best that Chiclayo has to offer. The lady-in-charge these days is very friendly, as well.
""" +++Fairly basic little guest-house, close to the centre of town in Chiclayo. This place used to be called "Hostal Lido" — that's what it's listed as in my out-of-date LP — but it recently changed both its name and its owners. It bills itself as a "backpacker's hostel", but it's not a hostel (no dorms, only single / double private rooms — don't think they have any real hostels in Chiclayo), and it doesn't have any communal hang-out area for backpackers. Anyway, I think that for cheap and convenient accommodation, it's about the best that Chiclayo has to offer. The lady-in-charge these days is very friendly, as well.
Rooms: not big on ye 'ol décor, but nice enough.
People: a big hard to meet the fellow guests, but the ones that I ran into were very nice.
Staff: friendly, very chatty.
Location: just a few blocks from Chiclayo's Plaza de Armas — walking distance from the bus terminals, as well. Plenty of eating and shopping outside your door.
Food / Internet: none. But there are two great salad / yoghurt / ice-cream places, next-door on either side of the hostel.
Hot water: a bit electrifying (as is traditional in Peru), but otherwise good.


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THE E-LIBRARY
The ultimate goal of the E-Library is to make all the published works of humankind available to everyone in the world. While large in scope and ambition, this goal is within our grasp. Achieving it will require the participation of librarians, authors, government officials and technologists.
Imagine what a comprehensive, open library could be! A talented math whiz who lives in a rural community can explore the works of high math. An elderly person can have a large print edition of any book ever published. An innovative young scholar can publish a book directly to this great library on subjects that might not otherwise make it through the long and difficult publication process.
The interface ensures that library users can read, practice, and study in a seamless learning environment anytime, anywhere, on any device.
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--- title: Coding process 1 ---
I tried to make a gif for the opening screen as I found that the mock up screen for the opening screen cannot convey vintage and authentic feelings, so I asked my uncle to send me videos to make a gif, aiming to convey the actual noodle making process.
Originally, I wanted to use KhangXi as the heading typeface of Chinese text but the font file is 44MB, the browser failed to load it. I am going to compress the font file. If I cannot make it work, I would use another typeface
Originally, I wanted to use the logo as the page pagination but I fail to use javascript to do that so I made an animated decoration next to each paragraph instead.


Maladministration team
Email<EMAIL_ADDRESS>National curriculum assessments helpline 0300 303 3013
For reporting concerns about the national curriculum assessments.
Guidance
Information for teachers, LAs and parents with concerns about how schools have carried out national curriculum assessments.
This guidance will be updated in April.
Maladministration is any act that:
Maladministration can lead to changes to, or annulment of, results for whole cohorts, groups of pupils or individual pupils.
If you are concerned about how the phonics screening check, key stage 2 ( KS2 ) tests or teacher assessment has been carried out, you should:
In the KS2 tests or phonics screening check maladministration could be:
Maladministration of teacher assessment could be:
We have published information which tells teachers how to administer the KS2 tests and phonics screening check . We have also published guidance to support making teacher assessment judgements.
We will follow our maladministration investigation procedures when examining any matter brought to our attention relating to maladministration. Our maladministration team works closely with LAs during its investigations.
Email<EMAIL_ADDRESS>National curriculum assessments helpline 0300 303 3013
For reporting concerns about the national curriculum assessments.
Email<EMAIL_ADDRESS>National curriculum assessments helpline 0300 303 3013
For general enquiries about national curriculum tests.
Published: 16 April 2014


Gecode::SearchTracer::EdgeInfo Class Reference
Edge information. More...
#include <search.hh>
Public Member Functions | |
| void | init (unsigned int wid, unsigned int nid, unsigned int a) |
| Initialize. | |
| void | init (unsigned int wid, unsigned int nid, unsigned int a, const Space &s, const Choice &c) |
| Initialize. | |
| void | invalidate (void) |
| Invalidate edge information (for stealing). | |
| EdgeInfo (void) | |
| Initialize as non existing. | |
| EdgeInfo (unsigned int wid, unsigned int nid, unsigned int a) | |
| Initialize. | |
| operator bool (void) const | |
| Test whether edge actually exists. | |
| unsigned int | wid (void) const |
| Return parent worker id. | |
| unsigned int | nid (void) const |
| Return parent node id. | |
| unsigned int | alternative (void) const |
| Return number of alternative. | |
| std::string | string (void) const |
| Return string for alternative. | |
Protected Attributes | |
| unsigned int | _wid |
| The parent worker id (edge does not exist if UINT_MAX). | |
| unsigned int | _nid |
| The parent node id. | |
| unsigned int | _a |
| Number of alternative. | |
| std::string | _s |
| String corresponding to alternative. |
Detailed Description
Edge information.
Definition at line 240 of file search.hh.
Constructor & Destructor Documentation
| Gecode::SearchTracer::EdgeInfo::EdgeInfo | ( | void | ) | [inline] |
Initialize as non existing.
Definition at line 127 of file tracer.hpp.
| Gecode::SearchTracer::EdgeInfo::EdgeInfo | ( | unsigned int | wid, | |
| unsigned int | nid, | |||
| unsigned int | a | |||
| ) | [inline] |
Initialize.
Definition at line 122 of file tracer.hpp.
Member Function Documentation
| void Gecode::SearchTracer::EdgeInfo::init | ( | unsigned int | wid, | |
| unsigned int | nid, | |||
| unsigned int | a | |||
| ) | [inline] |
Initialize.
Definition at line 107 of file tracer.hpp.
| void Gecode::SearchTracer::EdgeInfo::init | ( | unsigned int | wid, | |
| unsigned int | nid, | |||
| unsigned int | a, | |||
| const Space & | s, | |||
| const Choice & | c | |||
| ) | [inline] |
Initialize.
Definition at line 113 of file tracer.hpp.
| void Gecode::SearchTracer::EdgeInfo::invalidate | ( | void | ) | [inline] |
Invalidate edge information (for stealing).
Definition at line 102 of file tracer.hpp.
| Gecode::SearchTracer::EdgeInfo::operator bool | ( | void | ) | const [inline] |
Test whether edge actually exists.
Definition at line 131 of file tracer.hpp.
| unsigned int Gecode::SearchTracer::EdgeInfo::wid | ( | void | ) | const [inline] |
Return parent worker id.
Definition at line 136 of file tracer.hpp.
| unsigned int Gecode::SearchTracer::EdgeInfo::nid | ( | void | ) | const [inline] |
Return parent node id.
Definition at line 142 of file tracer.hpp.
| unsigned int Gecode::SearchTracer::EdgeInfo::alternative | ( | void | ) | const [inline] |
Return number of alternative.
Definition at line 148 of file tracer.hpp.
| std::string Gecode::SearchTracer::EdgeInfo::string | ( | void | ) | const [inline] |
Return string for alternative.
Definition at line 154 of file tracer.hpp.
Member Data Documentation
unsigned int Gecode::SearchTracer::EdgeInfo::_wid [protected] |
unsigned int Gecode::SearchTracer::EdgeInfo::_nid [protected] |
unsigned int Gecode::SearchTracer::EdgeInfo::_a [protected] |
std::string Gecode::SearchTracer::EdgeInfo::_s [protected] |
The documentation for this class was generated from the following files:
- gecode/search.hh
- gecode/search/tracer.hpp


My First week at college I went to a pretty cool off-campus party. Lots of beer, negligble weed, and one stoner with a bottle of 5-htp.
Backtracking a little. This was the first week of college. I was very involved in mdma especially this last summer. My last collection before i went to college i was not worried about money and ate 32 x's in a week and a half (with a one day break in the middle) So at the time of the college party my seratonin system was to say the least, a little worn out.
At the party a bass player told me of this wonderous dietary supplement, 5htp. He gave me 500 mg, which i ingested on 13 beers and 3 shots of whiskey. This surprisingly did not make me vomit, but i also had eaten well(for the purpose of drinking, ie; milk, starches, carbohydrates, flushing with water etc.) the day before.
That night i had no problem walking home, but could hardly sleep and woke up early that morning, more alert than I should be after a long night of drinking with a short night of lucid sleep.
Almost a month later, after doing some research on the substance i decided to see how far this drug can take you. From the information i collected; Tryptophan has almost no effect in a single use, and the only weighted effects are for people that have below average levels of seratonin, and psycho-actively the only effects are that of a person with average seratonin level.
I bought a bottle of 60 capsules; 100 mg tryptophan, 25 mg magnesium, 5 mg b-6, 5 mg niacinimide, 50 mg Valerian Root.
Day 1. I took 200 mg about an hour before going to bed. No noticeable effects besides maybe mild placebo for a few moments. I slept well, but i normally do. Dreamstate normal, wake-up normal.
Day 2. I ate a sustaining breakfast, extra vitamin c. Around Mid-Day I ingested 4 more capsules. Within an hour i was feeling some very mild mood stabilzing effects. I am, in most non-party situations, a calm person, so i was careful not to trip myself into placebo. But, the one effect i can trust myself in saying was non-placebo and psychoactive was the tranquility within my own head. My thoughts were slow and serene, but more percise. The seemeingly delayed thought process time was negated by the exactness at which my thoughts appeared. A metaphor my thoughts is; Answers without Questions. My thoughts would appear like images and destinations and would arrive at the same time. Now i am not trying to over-exaggerate, this was a very subtle effect, but definetly present.
At the end of the hour were i was starting to feel the afore-mentioned effects, i went to smoke a bowl of dro. (just for the record this is the same bud throughout the experience. As for quality; it was some diggity from inner-city houston, but not some bomb-diggity. Ya dig?) I personalized 2 small bowls and immediatley felt extremely high in a metaphysical way. This was one of those smoking experiences that make you feel connected and spiritually uplifted. I had a good time walking around and was overly content with my life right now, although it is pretty good. When i started coming down i went back to my dorm, and even though i felt great, my body and mind were worn out. I soon realized why i was getting strange glances from people on the way back.  I looked better after binge rolling/drinking/partying for the last month of summer. I fell asleep.
Day 3. Normal day, ate well, exercised in the after noon. Throughout the day i had a clarity of mind that seems to come and go for me, but it was for the most part, subtly sustained all day. Ingested 100 mg before sleep.
Day 4. Woke up normally, ingested 300 mg and went to eat. Taking the pills before eating upset my stomach and gave me a little extra gas, nothing terrible but i would suggest to eat before. An hour and a half later i had a realization. I have been brought to a content/docile ambiance. Those words didnt make much sense in my head but somehow accuratley discribed my situation. I was happy, but not very talkative. Content with and inside myself, whereas i am usually yearning for colfict or something out of the ordinary. I smoked 2 bowls again at about 2 in the afternoon. Amazing high again, contentment turned to happiness. I felt great and had no problem expressing it.
Day 5. Same as day 4 except with the reversal of ingesting pills and food. finished the dro, and had an amazing time playing video games, taking naps, playing guitar, and drawing (the latter something i never do.) I fell asleep extremely easily even though i had been getting lots of rest and little phsyical activity.
Day 6. I awoke rested and jumped out of bed, and ran to class (which i only ever do with the incentive of police sirens). I ingested 500 mg and felt normal. Normal only meaning not different than the day before. Went outside to smoke a ciggarete and noticed a bee flying. This is how i noticed my perception was shifted. The bee was flying erratically, just as i love to watch them do when tolling. I noticed, this bee was leaving mad tracers. Not only were there tracers but image of the bee seemed to be jumping back and forth along its flight path. Trippy stuff. I made a connection and conclusion within the 2 minutes it took me to smoke that ciggarette.
The Psychoactive effects of this drug (which are only attained by sustained intake) are similar to X, in that; X Releases the seratonin in your brain into synapses, etc. etc. all good rollers know this stuff. But this was more reserved. This was the build up of seratonin, calm and collected and in reserve in mhy brain. It was serene and tranquil whereas its counterpart, rolling (releasing the seratonin into your synapses and letting it run rampant and wildy, electrifying and energizing as opposed to calm and tranquil).
The Visual effects i am starting to experience after another week of sustained 'high-dose' use also complement Excstacy in that things shift float and vibrate on their own, but will only effect animate things. The effect on sleep maybe me just being lazy but everyone has fallen asleep after stuffing their gut with trypto-turkeyo non thanksgiving, but i am feeling rested and collected every day.
I have not rolled in over a month, but after a week or two more of pre-loading i am interested to see what effects may come.
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.


--- layout: default group: "navigation" title: "About" heading: "ABOUT CONDENSE" description: "Condense was born from a simple observation" tagline: "Be the data revolution" --- {% include JB/setup %}
A revolution is sweeping the business world. Big businesses are profiting from business intelligence: leveraging data-driven insights and action to grow and thrive. So, why don't all businesses take advantage of data insight?
The reality is, these technologies are available right now; you just need the know-how. We combine experience in engineering, research, marketing and strategy to bring these technologies to your business and bottom line.
You can have the transparency to make the decisions to give your business the best returns.
You can take advantage of your own data assets, even if you aren't all that stats savvy.
Oliver is a strategic thinker who uses data to drive innovation and gain competitive edge. He brings 10 years of experience in the analytical world of digital marketing in both the UK and Australia, delivering data solutions in agency and technology vendor roles, and leveraging data assets in the public and private sector.
Mark is the brain behind Condense's core technology and data engineering. With a passion for distilling complex data into simple visualisations that capture hidden insights without losing vital information, Mark has created multiple award-winning applications for the CSIRO. He has a Bachelor of Engineering and a PhD in Computer Science from the University of Tasmania.


{% import 'atoms/tag.html' as tag %}
{% import 'regulations3k/regulations3k-search-result-item.html' as search_item %}
{% import 'molecules/pagination.html' as pagination with context %}
{% if current_count and current_count > 0 %}
Showing {{ current_count }}
match{% if current_count > 1 %}es{% endif %}
{% if total_count > current_count %}
out of {{ total_count }} total results
{% endif %}
{% else %}
No results match your filters.
Try adjusting your filters or searching for different terms.


UTF-16 text encoding
UTF-16 is a 16-bit text encoding capable of encoding a much wider range of characters than ASCII. UTF stands for Unicode Transformation Format.
The minimum size for each character is 16 bits, twice as large as the minimum size for UTF-8, although the maximum size to encode a character is the same for both (4 bytes).
There are two principal varieties of UTF-16, little-endian and big-endian, often abbreviated to UTF-16 LE and UTF-16 BE. The difference between the two varieties is the order in which the bytes are stored in each 16 bit word. The little-endian version stores the least-significant byte first, and the big-endian version stores the most-significant byte first.


Functions, data sets, analyses and examples from the second edition of the book ”A Handbook of Statistical Analyses Using R” (Brian S. Everitt and Torsten Hothorn, Chapman & Hall/CRC, 2008). The first chapter of the book, which is entitled ”An Introduction to R”, is completely included in this package, for all other chapters, a vignette containing all data analyses is available. In addition, the package contains Sweave code for producing slides for selected chapters (see HSAUR2/inst/slides).
| Version: | 1.1-17 |
| Depends: | R (≥ 2.2.0), tools |
| Suggests: | lattice, MASS, scatterplot3d (≥ 0.3-23), alr3, ape (≥ 1.6), coin (≥ 1.1-3), flexmix (≥ 1.1-0), gee (≥ 4.13-10), lme4 (≥ 0.98-1), mclust (≥ 3.0-0), party (≥ 0.2-8), randomForest (≥ 4.5-12), rmeta (≥ 2.12), vcd (≥ 0.9-3), survival, rpart, gamair, multcomp (≥ 1.0-3), sandwich, mboost, KernSmooth, Matrix, boot, mgcv, mvtnorm, partykit, wordcloud, TH.data |
| Published: | 2017-08-20 |
| Author: | Brian S. Everitt and Torsten Hothorn |
| Maintainer: | Torsten Hothorn <Torsten.Hothorn at R-project.org> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | HSAUR2 results |
| Reverse depends: | MVA |
| Reverse suggests: | lme4, movMF, npsm |
Please use the canonical form https://CRAN.R-project.org/package=HSAUR2 to link to this page.


| Key | Value |
|---|---|
| Total Bookmarks | |
| Alarm Period Setting |
What is BookmarksReminder?
This extension gives you a reminder alarm for bookmarks.How to use?
- Set a alarm period for receiving an bookmark alarm
- max alarm period : 120 mintues
- min alarm period : 15 mintues
- Push the "activate alarm" button
- If the "activate alarm" has changed, now you can get a alarm
Description about each component
- Main Interface
- Info of total bookmarks number
- Info of current alarm period setting
- Interface for setting the alarm period
- Interface for activating the alarm
- Alarm Interface
- Info of bookmark title
- Info of parent folder name
- Info of added time
- Interface for shortcut of bookmark
How to Connect?
- email<EMAIL_ADDRESS>- github : pinetree408/BookmarksReminder


var postalCodeRequired: Boolean
If shouldShowPostalCode is true and postalCodeRequired is true, then postal code is a required field.
If shouldShowPostalCode is false, this value is ignored.
Note that some countries do not have postal codes, so requiring postal code will prevent those users from submitting this form successfully.


Verdict on deaths of students in Jabale Nur bus crash set for Dec 1
by bdnews24.comA Dhaka court has fixed Dec 1 for the delivery of the verdict on a case over the deaths of two college students in a road crash that triggered widespread protests last year.
Dhaka Metropolitan Sessions Judge KM Imrul Kayes set the date after the end of arguments on Thursday.
Two owners, two drivers and two driver’s assistants from Jabale Nur Paribahan have stood trial in connection with the fatal accident involving two buses on Airport Road in Dhaka on July 29 last year.
Among the six, bus owner Jahangir Alam, drivers Masum Billah and Jubayer Sumon, and a driver’s assistant Enayet Hossain are behind bars.
Another bus owner Md Shahadat Hossain Akondo is out on bail and has a High Court order in his favour halting the case procedure against him.
Md Asad Kazi, the assistant of another driver, is on the run.
The court scrapped their appeal for acquittal and formed charges under the Penal Code.
The accused may get a maximum punishment of a life-term, if proven guilty of culpable homicide and three years in jail if proven guilty of causing deaths by reckless driving.
The two buses raced each other as they barrelled down from Kalshi flyover when one of them ran over the students of Shaheed Ramiz Uddin Cantonment College waiting for transport on the Airport Road.
Dia Khanom Mim and Abdul Karim Rajib died on the spot while several others were injured.
The accident triggered an unprecedented student protest, bringing Dhaka traffic to a standstill for a week. The government assured the students of fulfilling their demands to get the students off the streets.
Dia’s father Jahangir Alam, a bus driver, filed a case with the Cantonment Police Station on the same day the accident occurred.
Inspector Kazi Shariful Islam pressed charges against the six accused in the case on Sep 6. The charge-sheet named 41 witnesses.


public interface IJobServerClientConstants
| 限定符和类型 | 字段和说明 |
|---|---|
static java.lang.String |
PARAM_APP_NAME
It's a necessary parameter used to assign a application name when
trying to start a new job.
|
static java.lang.String |
PARAM_CLASS_PATH
It's a necessary parameter which is a full qualified class name such as
'spark.jobserver.WorkCountExample' , used to assign a spark
job main class when trying to start a new job. |
static java.lang.String |
PARAM_CONTEXT
It's an optional parameter which is an existing context in the calling of
GET /contexts , used to assign a context in which the new
created job will run. |
static java.lang.String |
PARAM_CONTEXT_TYPE
It's an optional parameter which is used to create contexts using context
factory.
|
static java.lang.String |
PARAM_MEM_PER_NODE
Parameter used to create job context, indicates the number of memeory
for each spark job executor.
|
static java.lang.String |
PARAM_NUM_CPU_CORES
Parameter used to create job context, indicates the number of cpu cores
for current spark job context.
|
static java.lang.String |
PARAM_NUM_EXECUTORS
Parameter used to create job context, indicates the executor
instances for current spark job context.
|
static java.lang.String |
PARAM_SPARK_CORES_MAX
Parameter used to create job context, indicates the number of cpu cores
for current spark job context.
|
static java.lang.String |
PARAM_SPARK_EXECUTOR_MEMORY
Parameter used to create job context, indicates the number of memeory
for each spark job executor.
|
static java.lang.String |
PARAM_SYNC
It's an optional parameter which could be "true" or "false",
which is used to identify the client will wait for created
job 's finish and get the results.
|
static java.lang.String |
PARAM_TIMEOUT
It's an optional parameter which is the number of seconds the,
should wait before timeing out.
|
static final java.lang.String PARAM_NUM_EXECUTORS
It's value is integer.
It is equivalent to PARAM_SPARK_CORES_MAX
.
static final java.lang.String PARAM_NUM_CPU_CORES
It's value is integer.
It is equivalent to PARAM_SPARK_CORES_MAX
.
static final java.lang.String PARAM_SPARK_CORES_MAX
It's value is integer.
It is equivalent to PARAM_NUM_CPU_CORES
.
static final java.lang.String PARAM_MEM_PER_NODE
It's value is 'xxxm' such as 512m, where xxx is a integer, and m means MB.
It is equivalent to PARAM_SPARK_EXECUTOR_MEMORY
.
static final java.lang.String PARAM_SPARK_EXECUTOR_MEMORY
It's value is 'xxxm' such as 512m, where xxx is a integer, and m means MB.
It is equivalent to PARAM_MEM_PER_NODE
.
static final java.lang.String PARAM_APP_NAME
static final java.lang.String PARAM_CLASS_PATH
'spark.jobserver.WorkCountExample'
, used to assign a spark
job main class when trying to start a new job.static final java.lang.String PARAM_CONTEXT
GET /contexts
, used to assign a context in which the new
created job will run.
When it wants the new started job to run synchronize and gets the result, It becomes a necessary one.
static final java.lang.String PARAM_CONTEXT_TYPE
static final java.lang.String PARAM_SYNC
When it wants the new started job to run synchronize and gets the result, It becomes a necessary one.
static final java.lang.String PARAM_TIMEOUT
It's value is integer.


Publications
Please feel free to contact me (Click Here) if you are interested in my research or have any question regarding to my work.
Patents
- Yiran Xu, Gang Wang, Sixiao Wei, Genshe Chen, Khanh Pham, and Erik Blasch, “Methods and Systems for High Throughput and Cyber-Secure Data Communications”, Pending, Mar. 2017.
Journal Articles
- Yiran Xu, Gang Wang, Sixiao Wei, Erik Blasch, Khanh Pham, and Genshe Chen, “High throughput, Cyber Security Multi-User Superposition Covert Communication System,” submitted to IEEE Aerospace and Electronic Systems Magazine, Jan. 2017.
- Yiran Xu, Rose Hu, Yi Qian, and Taieb Znati, “Video Quality-based Spectrum and Energy Efficient Mobile Association in Wireless Heterogeneous Networks,” IEEE Trans. Commun., vo. 64, no. 2, pp.805-817, Feb. 2016.
- Qian Li, Rose Hu, Yiran Xu, and Yi Qian, “Optimal fractional frequency reuse and power control in the heterogeneous wireless networks,” IEEE Trans. Wireless Commun., vol. 12, no. 6, pp. 2658-2668, Jun. 2013.
Conference Papers
- Yiran Xu, Haijian Sun, and Rose Hu, “Hybrid MU-MIMO and Non-Orthogonal Multiple Access Design in Wireless Heterogeneous Networks,” IEEE EUSIPCO, pp. 833-837, Budapest, Hungary, Aug. 2016.
- Haijian Sun, Yiran Xu, and Rose Hu, “A NOMA and MU-MIMO Supported Cellular Network with Underlaid D2D Communications,” IEEE VTC 2016 Spring, pp. 1-5, Nanjing, China, May 2016.
- Yiran Xu, Haijian Sun, Rose Hu, and Y. Qian, “Cooperative Non-Orthogonal Multiple Access in Heterogeneous Networks,” IEEE GLOBECOM, pp. 1-6, San Diego, CA, Dec. 2015.
- Yiran Xu, Rose Hu, Yi Qian, and Taieb Znati, “Tradeoffs in Video Transmission over Wireless Heterogeneous Networks: Energy, Bandwidth and QoE,” IEEE ICC, pp. 3483-3489, London, UK, Jun. 2015.
- Yiran Xu, Rose Hu, Lili Wei, and Geng Wu, “QoE-aware Mobile Association and Resource Allocation Over Wireless Heterogeneous Networks,” IEEE GLOBECOM, pp. 4695-4701, Austin, TX, Dec. 2014.
- Lili Wei, Yiran Xu, Rose Hu, and Yi Qian, “An Algebraic Framework for Mobile Association in Wireless Heterogeneous Networks,” IEEE GLOBECOM, pp. 4940-4945, Atlanta, GA, Dec. 2013.
- Yiran Xu, Rose Hu, Qian Li, and Yi Qian, “Optimal Intra-Cell Cooperation with Precoding in Wireless Heterogeneous Networks,” IEEE WCNC, pp. 761-766, Shanghai, China, Apr. 2013.
- Yiran Xu, and Rose Hu, “Optimal Intra-Cell Cooperation in the Heterogeneous Relay Network,” IEEE GLOBECOM, pp. 4120-4125, Anaheim, CA, Dec. 2012.
- Qian Li, Yiran Xu, Rose Hu, and Geng Wu, “Pricing-based Mobile Association for Cooperative Wireless Heterogeneous Networks,” IEEE ICC, pp. 5326-5331, Ottawa, Canada, Jun. 2012.
- Enoch Lu, Yiran Xu, and I-Tai Lu, “Efficient MMSE Design for Joint MIMO Processing in Analog Network Coding Schemes,” IEEE ICNC, pp. 267-271, Maui, HI, Jan. 2012.
Ph.D. Dissertation
- Yiran Xu, “Quality of Experience Aware Spectrum Efficiency and Energy Efficiency over Wireless Heterogeneous Networks,” Utah State University, 2016. (Download)


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---
layout: post
title: ''
date: '2008-06-21T00:03:13-07:00'
tags:
tumblr_url: http://alexhwilliams.tumblr.com/post/39251272/answer-five-questions-about-your-travel
---
Answer five questions about your travel destination and Offbeat Guides will deliver a guidebook to your door. Cost: $24.95.


Pre-GSoC State of Art
- Requires Java and it's syncing with frequent updates on different OS
- Launching JNLP with Java Webstart (JavaWS)
- Issues for users behind proxy, firewall, etc.
- Familiarity with JavaWS, if not launched automatically
- Need for a flexible, generic application which is loosely coupled with any system
Solution?
A highly compatible cross-platform client-side application which replicates the existing functionalities:
- Requests the server for files in the manifest
- Parallel streaming of multiple series
- Recover from failure/interruptions
- Track download progress
.. client-side application ..
.. highly compatible cross-platform alternative ..
.. loosely coupled with minimal dependency
Browser based NBIA Download Manager
However..
if we restrict ourselves strictly to a webpage based solution, JavaScript simply does NOT allow overriding browser permissions for executing disk I/O operations
Packaged Applications
A Chrome Application serves the purpose of being a 'browser based' (cross-platform) utility as well as provides permissions concerning I/O operations for accessing client's file system
Stack
- Various npm modules which provide a wide range of functionalities (parsing tar-stream, concurrency, etc) and account for a vast community support
- Browserify which lets us
require('modules')
in the browser by bundling up all of the dependencies
- IndexedDB for persistent storage of structured data locally
- Minimongo: a client-side MongoDB implementation backed by IndexedDB. Designed to be used with Browserify
- chrome.* APIs to manage app lifecycle, accessing user's file system, etc.
Implementation Walkthrough
Invoking Chrome Application
- url_handlers specify URL patterns the app wants to intercept & handle. Thus, specifying cancerimagingarchive.net patterns launches the Chrome App from the archive itself
- JnlpURL is directly passed from the site to the application using messaging. Thereafter the Jnlp is fetched from the server and parsed to download the manifest schema
// Messaging example
chrome.runtime.sendMessage(applicationId, {jnlp: JnlpURL},
function(response) {
if (!response.success)
handleError(JnlpURL);
}
);
- Upon fetching the manifest schema, it is stored in a structured format in IndexedDB with maintaining hierarchy of collection, patients, studies & series
- Using chrome.filesystem API, hierarchical folders are created in user's chosen directory
- These folders are created in parallel to minimize the total time required
- Concurrency level of 3 is maintained thus ensuring parallel download of series'
- For each series, a files array in DB maintains list of already downloaded files
- As the tar stream is parsed - each successful fetched file is downloaded to respective folder and it's
sopUID
is added to the Files
array. This helps in resuming download of a partially downloaded series
Failure Tolerance
Network interruptions, failures, system restart, etc..
downloadStatusFlag
- 0: Not encountered / Failed
- 1: Partially done
- 2: Completed
Files[]
array within each series
- Persistent IndexedDB storage
restoreState.js
checks for previous states, if any
execute.js
resumes from the last known successful state
- Keeps retrying until all series' flag are set to 2
Fig1: NBIA Download Manager - Initialization with manifest
Fig2: NBIA Download Manager - Deleting selected rows
Fig3: NBIA Download Manager - Concurrent download of series'


Math Puzzles
Down and Up: A Puzzle Illustrated with D3.js
On a recent vacation my husband and I happened upon an entertainment shop that was well stocked with board games, dice, playing cards, etc. We quickly found an item that both of us, absolute nerds that we are, deemed an essential purchase: a book by Boris A. Kordemsky called The Moscow Puzzles: 359 Mathematical Recreations. No, we didn’t spend our entire vacation solving all 359, but we did bring the book home with us and have continued working through them–often over a glass of wine in the evenings.
One particular puzzle recently caught my attention for several reasons. I’ll come back to those reasons in a bit, but for now, the problem is called “Down and Up” and it goes like this:
Suppose you have two pencils pressed together and held vertically. One inch of the pencil on the left, measuring from its lower end, is smeared with paint. The right pencil is held steady while you slide the left pencil down 1 inch, continuing to press the two pencils together. You then move the left pencil back up and return it to its former position, all while keeping the two pencils touching. You continue these actions until you have moved the left pencil down and up 5 times each. Assume the paint does not dry or run out during this process. How many inches of each pencil are smeared with paint after your final movement?
Take a minute to solve this problem before proceeding if you’d like–spoilers ahead!
First Thoughts
When I first heard this problem, I initially thought that perhaps the paint is not smeared to the right pencil at all and perhaps only one inch of paint appears on the left pencil throughout the entire process. (Did you also expect this?) But the second time I read through the problem I started to visualize what might actually be happening. The solution became much more clear as soon as I tried to make a mental picture of the process. Since my husband was solving the problem with me, I made him this sketch to share what I was thinking:
I managed to distinctly envision the situation, arrive at a solution, and communicate my thought process just with this simple sketch. For many math puzzles a rough picture provides all you need find the answer, but if my crude drawing hasn’t fully conveyed the solution to you, no worries. Let’s dive in a bit more methodically with a much nicer illustration.
Problem Setup
From the problem directions, we know that initially only the left pencil is smeared with paint. Recall though that the left pencil presses directly against the right. This means paint immediately transfers to the right pencil as they are squeezed together. So both pencils are smeared with one inch of paint even before any of the five down-up movements occur.
Solving and Illustrating the Full Problem
The problem gets a little more complicated as the left pencil moves down and up, but returning to a visual interpretation once again helps immensely. Also feel free to reread the problem statement at any point to regain your bearings.
Both pencils are currently smeared with one inch of paint. Then the left pencil moves down one inch while both pencils continue pressing together. Can you envision what happens when the left pencil moves down? Yes! A clean portion of the left pencil makes contact with the bottom of the right pencil; therefore, another inch of paint transfers over to the left.
The left pencil now lingers one inch lower than the right. One inch of the right pencil is smeared with paint, but paint covers two inches of the left pencil. The left pencil moves up in the next step of the problem, coming back to its original position. So the two pencils realign, but what happens to the paint? Since the left pencil continually makes contact with the right, paint smears over to the right pencil and coats two inches of both pencils at the end of the first down-and-up cycle.
The four remaining cycles proceed similarly, with paint transferring first to the left pencil and then to the right. Finally after five rounds of movements, both pencils are smeared with a total of six inches of paint: an initial inch plus five more inches, one for each of the down-up cycles.
This problem ultimately hinges on the ability to translate the problem statement into an explanatory visual. To further contextualize this solution, I created an interactive figure with D3.js. Below both pencils start with one inch of paint as described in the problem setup. Use the “Move Pencil” button to convince yourself of the answer I provided.
Note: these pencils are six fictitious inches long. After the fifth movement, the pencils reach equilibrium in that paint completely covers them. Hit the “Reset” button at any time to start over.
Backstory and Problem Extensions
Earlier I mentioned this problem caught my eye for several reasons. The first reason is exactly what we have been discussing. I marveled at how tricky the problem sounds initially as opposed to how simple it becomes as soon as you construct an appropriate mental image of the situation.
The second reason this puzzle piqued my interest is its history. As explained in Kordemsky’s book, Leonid Mikhailovich Rybakov, a Soviet mathematician who lived in the early 20th Century, created this “Down and Up” problem. I deeply appreciate math problems that pervade through many time periods and geographies. Solving such puzzles allows me to feel more connected to the past and to other mathematicians around the globe.
Finally, this problem sparked my curiosity because Rybakov first thought it up when returning home from a successful duck hunt. Kordemsky encourages readers to contemplate why this could be the case but goes on to explain in his “Answers” section. From The Moscow Puzzles book:
Looking at his boots, Leonid Mikhailovich noticed that their entire lengths were muddied where they usually rub each other while he walks.
“How puzzling,” he thought, “I didn’t walk in any deep mud, yet my boots are muddied up to the knees.”
Now you understand the origin of the puzzle.
Just as the paint smeared the entire length of both pencils, Rybakov’s boots were covered from tip to top because mud had transferred from one boot to the other as he walked.
I continued to think about how this concept might apply to other situations, and I came up with one amusing but slightly unpleasant example. Consider two lines of contra dancers in which the first dancer in the first line unfortunately feels unwell. If this dancer’s sickness is highly communicable, she will, of course, pass along her malady to her dance partner who is positioned across from her. Sometimes in contra dancing participants exchange dance partners by shifting the two lines laterally. Regrettably, when this happens the newly infected dancer will pass the disease back across the line, and eventually the entire group of dancers become ill. Try out my widget below to see this application in action.
Conclusion
I hope you have enjoyed this discussion on one of my new favorite math puzzles along with these illustrative D3 visuals. Making a mental image of a math puzzle is not always easy, but it can be invaluable when solving problems like these–especially if you are a visual learner like myself. The next time you feel stuck on an interview question, check to see if sketching or imagining the physical setup of the problem helps. For me it often does.
I also hope you have enjoyed learning a little about the backstory behind this puzzle. Some of the world’s best math puzzles were created long ago, so I believe looking to the past when attempting to sharpen our minds benefits us greatly. Furthermore, expanding this kind of problem to new applications, like I did with the contra dancers, helps solidify core concepts and builds intuition for future brainteasers. It also makes math problems more enjoyable because you relate them to your own life. So now it’s your turn – can you think of any other “Down and Up” scenarios?
| Check out my D3 code on GitHub! | Pencils and Paint | Contra Dancers |
VISUALIZATIONS · PUZZLES


--- layout: post title: Merry Christmas comments: true ---
Very heavily derived from Daniel Shiffman's Particle System example here.


CNM 190: Advanced Digital Animation is a year-long course offered at UC Berkeley which is targeted at students with backgrounds in art, film, or computer science who intend to work in the visual effects, animation, and entertainment industries.
It will build upon students' knowlege from related courses to guide them through the digital animation production process in an environment similar to industry production houses. We will survey many advanced topics and allow students to focus on a subset they find interesting while collaborating with their team to develop a 30-second animation piece.
Our class will be held MWF 1:00PM-3:00PM PST via Zoom.


Unlike the local
and sync
storage areas, the
managed
storage area requires its structure to be declared as
JSON Schema
and is strictly validated by Chrome. This schema must be stored in a file
indicated by the "managed_schema"
property of the
"storage"
manifest key and declares the enterprise
policies supported by the {{platform}}.
Policies are analogous to options but are configured by a system administrator instead of the user, allowing the {{platform}} to be preconfigured for all users of an organization. See how Chrome handles policies for examples from Chrome itself.
After declaring the policies they can be read from the storage.managed API. It's up to the {{platform}} to enforce the policies configured by the administrator.
The storage.managed_schema
property indicates a file
within the {{platform}} that contains the policy schema.
{ "name": "My enterprise {{platform}}", "storage": { "managed_schema": "schema.json" }, ... }
Chrome will then load these policies from the underlying operating system and from Google Apps for signed-in users. The storage.onChanged event is fired whenever a policy change is detected, including while the browser wasn't running if the {{platform}} uses event pages. You can verify the policies that Chrome loaded at chrome://policy.
The JSON Schema format has some additional requirements from Chrome:
object
.object
can't have
additionalProperties
. The properties
declared are the policies for this {{platform}}.$ref
value or exactly one type
.
If the schema is invalid then Chrome won't load the extension and will
indicate the reason why the schema wasn't validated. If a policy value
does not conform to the schema then it will not be published by the
storage.managed
API.
{ "type": "object", // "properties" maps an optional key of this object to its schema. At the // top-level object, these keys are the policy names supported. "properties": { // The policy name "AutoSave" is mapped to its schema, which in this case // declares it as a simple boolean value. // "title" and "description" are optional and are used to show a // user-friendly name and documentation to the administrator. "AutoSave": { "title": "Automatically save changes.", "description": "If set to true then changes will be automatically saved.", "type": "boolean" }, // Other simple types supported include "integer", "string" and "number". "PollRefreshRate": { "type": "integer" }, "DefaultServiceUrl": { "type": "string" }, // "array" is a list of items that conform to another schema, described // in "items". An example to this schema is [ "one", "two" ]. "ServiceUrls": { "type": "array", "items": { "type": "string" } }, // A more complex example that describes a list of bookmarks. Each bookmark // has a "title", and can have a "url" or a list of "children" bookmarks. // The "id" attribute is used to name a schema, and other schemas can reuse // it using the "$ref" attribute. "Bookmarks": { "type": "array", "id": "ListOfBookmarks", "items": { "type": "object", "properties": { "title": { "type": "string" }, "url": { "type": "string" }, "children": { "$ref": "ListOfBookmarks" } } } }, // An "object" can have known properties listed as "properties", and can // optionally have "additionalProperties" indicating a schema to apply to // keys that aren't found in "properties". // This example policy could map a URL to its settings. An example value: // { // "youtube.com": { // "blacklisted": true // }, // "google.com": { // "bypass_proxy": true // } // } "SettingsForUrls": { "type": "object", "additionalProperties": { "type": "object", "properties": { "blacklisted": { "type": "boolean" }, "bypass_proxy": { "type": "boolean" } } } } } }


| Top |
| GDBusConnection * | connection | Read / Write |
| gchar * | object-path | Read / Write / Construct Only |
GDBusObjectManagerServer is used to export GDBusObject instances using the standardized org.freedesktop.DBus.ObjectManager interface. For example, remote D-Bus clients can get all objects and properties in a single call. Additionally, any change in the object hierarchy is broadcast using signals. This means that D-Bus clients can keep caches up to date by only listening to D-Bus signals.
See GDBusObjectManagerClient for the client-side code that is intended to be used with GDBusObjectManagerServer or any D-Bus object implementing the org.freedesktop.DBus.ObjectManager interface.
GDBusObjectManagerServer *
g_dbus_object_manager_server_new (const gchar *object_path
);
Creates a new GDBusObjectManagerServer object.
The returned server isn't yet exported on any connection. To do so,
use g_dbus_object_manager_server_set_connection()
. Normally you
want to export all of your objects before doing so to avoid <ulink
url="http://dbus.freedesktop.org/doc/dbus-specification.htmlstandard-interfaces-objectmanager">InterfacesAdded</ulink>
signals being emitted.
Since 2.30
GDBusConnection *
g_dbus_object_manager_server_get_connection
(GDBusObjectManagerServer *manager
);
Gets the GDBusConnection used by manager
.
A GDBusConnection object or NULL
if
manager
isn't exported on a connection. The returned object should
be freed with g_object_unref()
.
[transfer full]
Since 2.30
void g_dbus_object_manager_server_set_connection (GDBusObjectManagerServer *manager
,GDBusConnection *connection
);
Exports all objects managed by manager
on connection
. If
connection
is NULL
, stops exporting objects.
void g_dbus_object_manager_server_export (GDBusObjectManagerServer *manager
,GDBusObjectSkeleton *object
);
Exports object
on manager
.
If there is already a GDBusObject exported at the object path, then the old object is removed.
The object path for object
must be in the hierarchy rooted by the
object path for manager
.
Note that manager
will take a reference on object
for as long as
it is exported.
Since 2.30
void g_dbus_object_manager_server_export_uniquely (GDBusObjectManagerServer *manager
,GDBusObjectSkeleton *object
);
Like g_dbus_object_manager_server_export()
but appends a string of
the form _N (with N being a natural number) to object
's object path
if an object with the given path already exists. As such, the
“g-object-path” property of object
may be modified.
Since 2.30
gboolean g_dbus_object_manager_server_is_exported (GDBusObjectManagerServer *manager
,GDBusObjectSkeleton *object
);
Returns whether object
is currently exported on manager
.
Since 2.34
gboolean g_dbus_object_manager_server_unexport (GDBusObjectManagerServer *manager
,const gchar *object_path
);
If manager
has an object at path
, removes the object. Otherwise
does nothing.
Note that object_path
must be in the hierarchy rooted by the
object path for manager
.
Since 2.30
typedef struct _GDBusObjectManagerServer GDBusObjectManagerServer;
The GDBusObjectManagerServer structure contains private data and should only be accessed using the provided API.
Since 2.30
struct GDBusObjectManagerServerClass { GObjectClass parent_class; };
Class structure for GDBusObjectManagerServer.
Since 2.30
“connection”
property“connection” GDBusConnection *
The GDBusConnection to export objects on.
Flags: Read / Write
Since 2.30
“object-path”
property“object-path” gchar *
The object path to register the manager object at.
Flags: Read / Write / Construct Only
Default value: NULL
Since 2.30


Hue picker
Setup
Functions
Manual
Setup
Username / key
Host
Get Lights
Get Groups
Functions
Siren
Fade in / out
Manual
Hue
Sat
Bri
Gamut X
Gamut Y
Color
Send
Response


Whoops!
404 Page Not Found
Looks like this page went on vacation.
Try with the
homepage
or
blog
instead


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.agentsubscriptionfrontend.controllers.routes @import uk.gov.hmrc.agentsubscriptionfrontend.config.AppConfig @import play.api.Configuration @this( mainTemplate:main_template ) @(nameString: String, dateString: String)(implicit request: Request[_], messages: Messages, appConfig: AppConfig) @mainTemplate(appConfig, title = Messages("already-started.title"), bodyClasses = None) {
@Messages("already-started.p1") @Messages("already-started.p1.link")
@Messages("already-started.p2", dateString)
}


GRILLED CHICKEN
WINTER PIZZA
FIND LOCATIONS
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MEDIUM
8 SLICES
SMALL
6 SLICES
TOPPINGS
AVAILABLE NOW!
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GRILLED CHICKEN
WINTER PIZZA
FIND LOCATIONS
LARGE
10 SLICES
MEDIUM
8 SLICES
SMALL
6 SLICES
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Thing is required.
Creator is required.
Evidence is required.
Judgement is required.
Proposition title is required.


Demacia
Along the western coast of Valoran, the human city-state of Demacia shines as the continent’s paragon of virtue amongst all the other human settlements. The people of Demacia are driven by their common cause to disseminate benevolence and justice for the betterment of all beings throughout Valoran. They view malice and selfishness as a disease which should be expunged from the psyche of humankind. Those who come to Demacia and choose to settle within the borders of the city-state are expected to share the ideals and virtues of its citizenry. Those who seek personal gain at the expense of others quickly find themselves ostracized… or worse.
Life in Demacia, however, isn’t one of placid utopian dreams. Since the Demacian people pride themselves as the moral vanguards of Valoran, they adopt seemingly draconian measures to ensure that their moral code remains the only code by which one may live within the city-state. Crime in any form is harshly punished; there are no misdemeanors within Demacia. Some detractors of Demacia (who criticize far from the reaches of the city-state) claim this as proof of its inherent hypocrisy. Demacians counter this argument by pointing out that their justice system incorporates benevolence and mitigation into its verdicts. No one is punished without fair and just consideration of the circumstances involved. While others may continue to criticize the harshness of Demacian law, the Demacians stand by their convictions.
Demacia is the only government in Valoran run by a constitutional monarchy, wherein the King of Demacia serves as the head of state and an elected council serves as the legislative body. While the king is a strong ruler, he is kept in check at least partially by the Demacian Council. The current King of Demacia, Jarvan III (a.k.a. Jarvan Lightshield the Third), works earnestly with the Demacian Council to ensure that the sanctity of the city-state remains pure and true. Since the rule of Jarvan I, there has never been an attempted coup or rebellion of any kind in Demacia. The king serves not only as the political leader of the city-state, but also as the commander-in-chief of its military.
The Demacian military is one of the strongest in all of Valoran, and until recently it was the only force capable of holding back the hunger of the military machine that is Noxus. Noxus has been the sworn enemy of Demacia since both settlements were founded hundreds of years ago. Their conflict is at the core a moral one, and with such a night-and-day division of moral philosophy amongst Demacia and Noxus, it is not hard to see why Demacia views its military requirements as a vital necessity to survival. Every Demacian citizen is required to serve in its military for no fewer than three years. Even after this time, most Demacians remain on active status in the city-state’s military reserve.
Demacia was one of the first supporters of the League of Legends, though its concerns were less for the planet’s stability and more to diminish the Noxian threat to Valoran. Demacia sent its best students of magic to the Institute of War, with some of them becoming master summoners. Demacia holds its own in the Fields of Justice, and this has subsequently eased the massive expenditure of resources otherwise needed to maintain its military force. The post-League Demacian military is as strong as ever, though it has shifted its focus from that of a standing invasion force, ready to re-conquest Noxian acquisitions, to that of an impenetrable bastion, secure and vigilant across its entire dominion.
Demacia is a shining beacon of hope for humanity, and as such the city is the visual representation of this concept. There is a clean and pristine feel and look to the city. Towering spires litter the skyline of Demacia. White stone and marble are the materials of choice in the construction of Demacian buildings. Majestic flags fly high along the parapets of the city. The city walls virtually gleam with power and nobility. The city itself sits next to a natural port, with the majority of the city resting on a plateau.


The PWG meetings will be held on November 14-15, 2018 only via WebEx teleconference (Virtual F2F).
There is no registration fee or RSVP survey for this meeting.
To join the online meeting:
Call-in toll-free number (US/Canada): +1<PHONE_NUMBER>
Call-in toll number (US/Canada): +1<PHONE_NUMBER>
Call-in toll number (US/Canada): +1<PHONE_NUMBER>
Global toll-free call in numbers and other audio options ("Call Me Back" or VoIP) are listed once you join the WebEx meeting.
Attendee access code: Presented in the WebEx meeting
Note:All times are US Mountain Standard Time ( UTC-07:00 ) - Daylight Savings Time ends on November 4, 2018 in the USA.
Discussions at PWG face-to-face meetings are covered by the PWG Policy on Intellectual Property and Confidentiality - basically everything we discuss is non-confidential and can be included in an open standard.
| Date | Times | Description |
|---|---|---|
| November 14 |
9:00 AM to 10:15 AM | PWG Plenary · Mopria Alliance 2018 Overview |
| 10:15 AM to 10:30 AM | IPP WG : Status | |
| 10:30 AM to 11:00 AM | IPP WG : IPP Everywhere v1.1 · IPP Everywhere Self Certification Manual v1.1 | |
| 11:00 AM to 11:30 AM | Break / Lunch | |
| 11:30 AM to 12:15 PM | IPP WG : 3D Liaison Status Report and Discussion | |
| 12:15 PM to 1:00 PM | IPP WG : IPP 3D v1.1 · PWG Safe G-Code | |
| 1:00 PM to 1:15 PM | Break | |
| 1:15 PM to 2:00 PM | IPP WG : IPP System Service | |
| 2:00 PM to 3:00 PM | IPP WG : IPP Authentication Methods ( Clean · Rev ) | |
| November 15 | 9:00 AM to 11:00 AM | IDS WG : Status and Discussion |
| 11:00 AM to 11:30 AM | Break / Lunch | |
| 11:30 AM to 1:00 PM | IPP WG : JPS2 v2.0 ( Slides · Clean draft ) | |
| 1:00 PM to 1:15 PM | Break | |
| 1:15 PM to 1:45 PM | IPP WG : MFD Alerts v1.1 | |
| 1:45 PM to 2:30 PM | IPP WG : IPP Document Object v1.1 | |
| 2:30 PM to 3:00 PM | IPP WG : Next Steps |


I am sure that Julian Thomas's forthcoming book, Archaeology and Modernity, is a fine and interesting study, but the "abbreviated" version of its argument which he offers in the present essay is, to this reader at least, a bewildering story of diverse phenomena—Renaissance humanism, British empiricism, Cartesian foundationalism, Newtonianism, "social physics," Cuvier's comparative anatomy, the rise of the nation-state, the advent of the museum, the introduction of World War One military technologies, and much else besides—the concatenation of which somehow accounts for the distinctively "modern" character of archaeology. Modern means bad. It means atomization, reification and disworlding serial classification. Perhaps that explains why the concatenation in question works, in this "countermodern" telling, more according to pre-Enlightenment principles of sympathy, correspondence, and analogy than to the principles of causality, typology, and rationalization that Saint Foucault associated with the epistemic ruptures of the seventeenth and eighteenth centuries. Given the original sin through which archaeology came into being as a discipline—the sin of modern objectivism—it is guilty of reifying bygone human beings and using them "as raw material for creating narrative processes." This is not good, for by "reduc[ing] them [the people] to the atoms of a social system, or to rational foraging organisms, we subject them to a totalizing logic." Thomas has a logic of his own—whether totalizing or not is not for me say—that leads him to infer that "this kind of totalizing is close in spirit to totalitarianism." What else could it be, given that it's modern? Conclusion: "If we find ourselves willing to organize the lives of people according to grand conceptual schemes" (as if Thomas's essay were not an exercise in grand conceptualization) "we are that much more likely to find it acceptable to do the same to people in the present." Beware, then, of archaeologists!
I suppose part of the privilege (or license) of being "countermodern" is that one can have it all ways: modernity atomizes, and thereby totalizes. Modernity analyses, hence synthesizes. Modernity disworlds, decontextualizes, renders the continuous discrete, yet at the same time it integrates the diverse in grand conceptual schemes. The countermodern tribunal does not acquit, it only condemns, for the terms of its indictments change freely, though not randomly.
The most interesting part of Thomas's essay, from this reader's point of
view, is the section on "Depth and Surface." While most of the essay seeks
to show how archaeology devolved from a host of theoretical, practical,
social, and ideological forces we associate with modernity, here Thomas
gives archaeology some active agency in the story: "Archaeology was
integral to the development of this 'depth thinking,'" he writes,
alluding to the "depth models" (Jameson) that are the hallmarks
of modern thinking (the relationship between speech and grammar in
linguistics, infrastructure and superstructure in Marxism, authenticity
and inauthenticity in existentialism, the conscious and the unconscious
in psychoanalysis, etc.). That the excavations of archaeology may have
provided (at the very least) the metaphorical basis for these depth
models is a suggestion one hopes Thomas develops more substantially in
Archaeology and Modernity. Another thought-provoking suggestion in
this section has to do with how "the uncovering and recovery of hidden
deposits and artifacts is sometimes held in higher esteem than the
interpretation and appreciation of ancient things that are already fully
visible." The reasons for this devaluation of the visible in favor of
the hidden and buried belong to the dark underworld of modernity's will
to truth. That will to truth takes the form—much exacerbated of
late—of delving into the transphenomenal depths of the phenomenon
in order to bring to light what is shrouded in darkness, to wrest from
concealment that which, for reasons of its own, does not belong by nature
to the world of appearances. Much of contemporary science digs through the
humus of the natural world, of the body, of the biotic itself, in order to
uncover the underlying components of their elemental constitution. There
is more here than just a vague analogy between archaeology, science,
and a will to truth that forces both nature and history to yield the
secrets that lie buried in their depths. It is this unearthing of the
earth that more than anything else calls for thought today.
Robert Harrison
teaches Italian literature at Stanford
University. His most recent book is The Dominion of the Dead
(Chicago, 2003).


FCS Teaching Topics: Brightspace Tips
TAKE-AWAYS
- Using an LMS (Learning Management System) is convenient and saves you
time by providing access to course content, auto marked quizzing features and discussion forums
- There is a Brightspace Learning Community where you can find video
tutorials, "how-tos", ask questions and get advice: https://community.d2l.com/brightspace/
- There are Sample Module Outlines Available as Downloads (for Higher
Education):
https://community.desire2learn.com/d2l/home/13796
- Supportive environment - develop a collegial, kind and approachable
relationship between you individually and among your TAs and
Markers as a group. This will assist in developing a support network so
the onus isn't always on you! Saving you time!
Why use Brightspace?
Brightspace is the LMS (Learning Management System) that Dalhousie uses to
create online learning environments for learning and teaching. Most courses
that are created on Brightspace are for blended learning - whereby resources
and some of the functionality of the online platform are utilized, but students
still attend face-to-face lectures, instruction and labs. However, Brightspace can
also be used as a robust platform for courses that are offered purely online.
- organizes course content in one location (documents, videos and various files
etc), anytime/anywhere access
- easily tracks students' progress and performance (digital grade book,
assignments, quizzes etc)
- automatically graded quizzes (multiple choice)
- online discussion posts, forums, notices
- Collaborate Ultra (video conferencing/recording whereby students can access
synchronously (live) or asynchronously (prerecorded)
- Courses can be copied - so they can be utilized in a future offering -
saving
you time!
How to videos
Face-to-Face Training on Brightspace
When learning how to use Brightspace, there is so much to learn that it may
seem overwhelming, so it's important to take it step by step. Focus on the first
thing that you have to do, for example, post course content, then learn how to
create the Grade Book, create Assignments, Quizzes etc. The video tutorials
above very useful for getting started.
Would you like to know more?
Drop by for a chat at The Academic Loop 239
Cell Number:<PHONE_NUMBER>
I'm looking forward to working with you - Stephanie Bernier


OpenFAM release notes
These notes summarize the different releases of OpenFAM. A more detailed list of list of features, enhancements and bug fixes are added to the source tree in all the released versions, and are provided in the corresponding NEWS.md file. Build and installation instructions are listed in the corresponding README.md file located in the source tree.OpenFAM version 3.0 (release v3.0.0)
The current version of OpenFAM is 3.0. It contains the following changes and enhancements over version 2.0:
- Added support for volatile and persistent memory types.
- Multi-threaded support has been added that enables OpenFAM to be used with multi-threaded applications. See multi-threaded environment for more details.
- Performance improvements: Data item interleaving feature has been added in which a given data item will span across multiple memory servers. This has been done to uniformly distribute the load across multiple memory servers, thus reducing the network bottlenecks, and thereby improving the overall performance. Data item interleaving is enabled by default. See Data Item Interleaving for more details.
- Added support for multiple contexts. The data path APIs (get,put, scatter, gather and atomics) can be invoked from user defined contexts. See fam_context_open API for more details.
- OpenFAM APIs changes:
- fam_create_region API has been modified wherein the input argument redundancyLevel is replaced with a structure that holds attributes for a region namely - redundancyLevel, memoryType and flags to indicate if data item interleaving needs to be enabled or not.
- Two new APIs have been added to support multiple contexts namely
fam_context_open()
andfam_context_close()
. These APIs provide the flexibility to threads to invoke data path operations in parallel. - A new API
fam_progress
has been provided that returns the count of pending data path and atomic operations. - Few APIs have been added to enable backing up and restoring of data items namely -
fam_backup()
andfam_restore()
. An API has been provided to delete the unused backup in the memory server.
OpenFAM version 2.0 (release v2.0.0)
OpenFAM 2.0 contains the following changes and enhancements over version 1.0:
- Scalability improvements: This version supports a larger pool of memory by allowing multiple memory servers to be used. See services for more details.
- Performance improvements: Memory management and metadata operations have been optimized.
- Background worker threads (unused in OpenFAM 1.0) were disabled from the memory service.
- Allocation performance was improved by moving the memset operation to zero allocated memory from
fam_allocate()
tofam_deallocate()
path. - Regions can span multiple memory servers, thus reducing network bottlenecks when multiple data items within the same region are used.
- OpenFAM APIs changes:
fam_size
has been replaced withfam_stat
.fam_copy
has been changed to allow data copies between regions, as well as within a region.- The return type was changed from
int
tovoid
for the following APIs:fam_initialize, fam_resize_region, fam_change_permissions, fam_put_blocking, fam_get_blocking, fam_gather_blocking, fam_scatter_blocking
. fam_barrier_all
has been added as a supported API.
- Exception and error handling was simplified. All OpenFAM APIs returns only one exception type on error, i.e,
Fam_Exception
.
OpenFAM version 1.0 (release v0.4.0)
- Initial public release of OpenFAM reference implementation
- Memory allocator models implemented: "Shared memory model" to be used on scale-up platforms and "Memory server model" to be used on scale-out (cluster) platforms.
- Memory server model uses libfabric and support sockets, verbs and psm providers.


Paul H. Hargrove < >
This is a design document for the implementation of memory management in the runtime layer of the Berkeley UPC compiler. The external API for the runtime layer (as seen by compiler-generated code) is documented in the UPC Runtime Specification.
| Prefix | Meaning |
| upc_ | indicates a UPC language-level symbol |
| upcr_ | indicates a symbol in the runtime system not visible to the UPC programmer (called by compiler-generated code) |
| upcri_ | indicates a symbol in the runtime system not visible outside the runtime system (called only within the runtime) |
| gasnet_ | indicates a routine in the GASNet communication system (not visible to users or compiler: called by runtime functions) |
On pure shared memory machines, shared memory (and interprocess mechanisms such as pthreads/SysV IPC synchronization) is used to perform all interthread communication.
In this model, the UPC runtime will reply upon the network (i.e. the GASNet layer) for all inter-thread communications.
On CLUMPs ("clusters of SMPs"), multiple threads/processes will exist on each of multiple nodes. In this environment, shared memory will be used for communication between pthreads/processes on the same node, and GASNet will be used for communication between nodes.
When pthreads are not used, the user's static/global unshared variables simply exist as regular C static/global variables in the program data section.
The shared memory region needs to be allocated specially for many network interfaces (the pages may need to be pinned in memory, and/or DMA registration may need to occur, etc.), and so the entire region is allocated for the runtime by GASNet as part of the gasnet_attach() call. GASNet may or may not allocate physical memory for the shared region (it may just mmap some virtual memory to be allocated on first write). It must be guarantee, however, that the memory area returned is legal to reference at any time after gasnet_attach without causing a segmentation fault (this constraint considerably reduces the communication requirements needed for the UPC global shared memory allocation functions--see below).
UPC programs will generally be compiled statically: however, there may be cases in which dynamic shared libraries will be loaded, and the location where they are put may not be under the control of the UPC runtime or GASNet. Most operating systems have a standard address at which they start performing the mmaps of shared library contents (the x86 Linux loader, for instance, starts loading shared objects starting at address 0x40000000, leaving wide gaps between the loaded libraries' address spaces and those of the stack and default heap). Depending on the amount of shared memory that is needed in a program, this default location may make it difficult to find a large enough contiguous region in which to place the shared memory region (particularly on 32 bit machines).
Dealing with this issue is left to GASNet: the runtime merely requests a shared region of a specific size (with a guaranteed heap offset, as discussed next), and GASNet either provides it or returns an error.
To support malloc implementations that simply fail once sbrk ceases to provide more memory space, the gasnet_attach function will take a parameter that guarantees a certain spacing between the shared heap area and the beginning of the regular heap. This will guarantee that the shared region (at least) will not limit the size of the regular heap. Users will be able to specify the size of this region via environment variables and/or command line flags.
As can be seen from the diagram above, each UPC thread will make use of 3 separate memory heaps. If a UPC process uses pthreads, the pthreads will share a single regular heap, but will each have separate shared global and shared local heaps. The following table summarizes which types of allocations reside in which heap:
| Heap | Types of Allocations | Example |
| Global shared heap | UPC shared allocations that result in phased memory blocks that stripe across nodes | Any call to upc_global_alloc or upc_all_alloc in which the block size is less than the size of the allocated memory (i.e. any such memory that doesn't exist only on thread 0). Static UPC arrays with the same property. |
| Local shared heap | UPC shared memory that is allocated to exist only on a single node/thread | All calls to upc_alloc. Memory allocated by upc_all_alloc and/or upc_global_alloc that exists entirely on node 0 (i.e. has a block size larger than the allocated size). Static shared data with the same property. |
| Regular heap | Unshared memory from standard calls to malloc(), etc. | Malloc, calloc, realloc, etc. |
Note that since static shared data will be implemented using dynamic allocations at startup--as explained in the notes on static user data--it will exist in the heaps, rather than in a regular data segment.
In the functions below <AT> stands for the allocator type, which may be one of: 'sharedglobal', 'sharedlocal', or 'local'. upcra_ stands for UPC Runtime Allocator API, a different name since this is not intended to be called by compiler-generated code, which will use only the global_alloc, etc., style functions.
upcra_<AT>_heap_t* upcra_<AT>_init(void *heapstart, uintptr_t initbytes);
Called by upcr once during startup (during upcr_init) to initialize each allocator before any other calls to the allocator. heapstart points to the start of the allocator's heap, and initbytes provides an initial size for the heap. The return value is a pointer to a heap structure, which is passed to the other functions to specify which heap is to be used.
void *upcra_<AT>_alloc(upcra_<AT>_heap_t* heap, size_t numbytes);
Allocates a region of numbytes bytes from the appropriate heap and return a pointer to the allocated memory, which is suitably aligned for any kind of variable. The memory is not cleared.Returns NULL to indicate that the allocator has run out of free memory and either some memory frees must take place or the allocator needs to be provided with additional pages (using upcra_provide_pages_<AT>()) before a request for numbytes can be satisfied.
void upcra_<AT>_free(upcra_<AT>_heap_t* heap, void *ptr);
Free the region of memory indicated by ptr, which was previously returned by a call to upcra_alloc_<AT> on this same allocator. Allocators that optionally choose to detect deallocation errors (e.g. duplicate free calls) should print an error message to stderr and call abort() when an error is detected.
void upcra_<AT>_provide_pages(upcra_<AT>_heap_t* heap, uintptr_t numbytes);
The runtime may call this function at any time to provide additional unused memory pages to the allocator. The allocator will be told it has an additional amount of 'numpages' pages of memory to use (the amount provided will always be a multiple of the system's page size). This new memory will start from the previous end address of the heap (if the global heap grows down, the new memory comes from the bottom end of the heap).Finally, if the allocator for the global shared heap cannot support growing the address range for the heap downward instead of upward, UPCR_GLOBALHEAP_GROWS_UP must be #defined, as the logic for detecting global/local heap collision is different in that case.This function will often be called after a failed call to upcra_alloc_<AT> which indicates the allocator requires more pages.
The runtime is responsible for ensuring that the address ranges given to the heaps are safe to access (and, for the shared heaps, have been registered with gasnet such that they can be accessed by remote nodes).
However, since user code may take an arbitrary amount of time in between calls to the UPC runtime, it is desirable to also have a method of asynchronously forcing incoming requests to be handled, if they have not been handled after a specified amount of time. The GASNet layer may thus cause a signal to be sent (presumably a SIGALRM), in order to force progress on requests. This may result in the handlers being run within a signal handler context.
Traditionally, code running in signal handler context is extremely circumscribed in what it can do: none of the standard pthreads/System V synchronization calls are on the list of signal-safe functions (for such a list see Richard Stevens' *Advanced Programming in the Unix Environment*, p 278). To overcome these limitations, and allow our handlers to be more useful, the normal limitations on signal handlers will be avoided through the use of "Handle-safe locks." All function calls that are not signal-safe and which are used within our handlers MUST be called within a GASNet critical section:
GASNET_CRITICAL_START ... GASNET_CRITICAL_ENDCritical sections are designed to be held briefly (no blocking, no network calls, etc.). They guarantee that the code within the section will not be interrupted by a signal-spawned GASNet-registered handler (if a signal arrives while the critical section is in effect, the handler will be postponed until the critical section is completed). This system guarantees that 'signal unsafe' (i.e. non-reentrant) functions will not be called reentrantly, and so we may use them even in handler code that may run in signal handler context.
Code that runs inside an asynchronous handler is implicitly within a GASNet critical section, so the START/END macro calls must not be used. Code that runs in regular context (including the user's UPC code) must use these macros whenever a signal-unsafe function is called. This means that the UPC runtime must intercept any such calls (like malloc. etc.), and redirect them to a version that wraps the standard library call with the GASNet critical section macros.
See the GASNet specification for details.
The issues involved with the regular heap have already been covered above (the UPC runtime must ensure that it does not tread into the shared memory area, and if the allocator for the local heap is not reentrant and pthreads are being used, the UPC runtime's wrapper versions of malloc, etc., must perform the needed locking).
The following diagram illustrates the mechanisms used for handling shared memory allocations (for clarity, the diagram is of a UPCR_PURE_DISTRIBUTED configuration, with one process per node: for a threaded implementation there would be two shared regions per process, as in the layout diagram above):
Each UPC thread has its own shared memory area, containing a local heap growing upward from the bottom, and a global heap growing down from the top. The size of the shared memory area for all threads will be the same, and will be allocated at startup.
Each thread maintains a separate allocator for its local shared heap, along with a handle-safe lock to protect it from concurrent accesses (since memory allocated via upc_alloc may have upc_free called on it asynchronously from another node, locking is required even for local shared heaps).
The global shared memory heaps of all threads are managed by a single allocator on thread 0, which makes decisions on behalf of all the threads. The layout of used/unused areas of the global portion is consistent across all the threads; although the starting/ending virtual addresses of the global heaps may be different (on pthreads implementations it must be, for instance) the size of the heap, and the offset of allocations within it will always the same for all global heaps in a UPC job.
Thread 0 also maintains two counters ('global_size' and 'local_size' in the diagram) that track the number of pages that have been handed out for the global and local heaps, respectively (for the local heap size, this is the size of the largest local heap of all the threads in the UPC job). These counters are monotonically increasing, since pages are never taken away from the heap sizes, only added. The counters exist to make sure that the global and local heaps never collide (if they are about to collide this is a fatal runtime error). The locks are protected by a single lock ("Limit lock" in the diagram): the values may be read without the lock (since they are guaranteed to only increase), but cannot be increased without holding the lock. Note that if both the limit-lock and either the global or local allocator locks on thread 0 need to be held at the same time, the limit lock must be grabbed after the local or global lock: this simple lock hierarchy prevents deadlock (we do not anticipate ever needing to hold all three locks at once, but if we do, then we'll need a lock hierarchy between the local and global locks as well).
Threads other than thread 0 will keep a local copy of the value of local_size ('cached_lsize' in the diagram). This value need not be in sync with the actual value of local_size, but provides a reliable minimum local stack size that local threads can rely on as valid, eliminating the need for some network traffic. This value does not need a lock (it can only be modified by upcr_local_allocs, which are guaranteed to be performed serially by any one thread).
With this diagram in mind, we can now outline pseudocode for each of the UPC runtime memory allocation functions.
upcr_shared_ptr_t* upcr_local_alloc(int nblocks, int blocksz)
So, for instance, in the diagram above, if Node 1 needs more pages for its local allocator, it may be able to give them to it without any network traffic, since it has a cached_lsize that exceeds its heap size. Node 2, however, will need to talk to node 0 to increase its local heap size, since it is already using all of the local heap space that it knows is valid.
Possible optimization: if an RPC request for more memory space is required, it may make sense to ask for more memory than is immediately needed, on the principle that allocations tend to come in groups, hence another allocation is likely to occur soon.
upcr_shared_ptr_t* upcr_all_alloc(int nblocks, int blocksz)
Possible optimization: each thread could "touch" (write) a location on each page of the newly allocated region before returning, thereby forcing all threads to page fault (if necessary) at the same time, maintaining better lockstep across processors. For very large allocations (where the size is on the same order as the physical memory size) this optimization would be skipped to prevent introducing thrashing behavior.
upcr_shared_ptr_t* upcr_global_alloc(int nblocks, int blocksz)
It will also be OK if during a upc_all_alloc, one node receives the broadcast address and immediately refers to the new memory on another node which has not yet even received the broadcast address (this is theoretically possible if the network allows messages to be delivered out of order).
These types of "refer to the memory on a node without the node knowing that is has been allocated" scenarios are OK, since GASNet guarantees that the entire shared memory region handed out to each thread at startup is valid to be referenced at any time after wards. It guarantees this interface even for networks which do not actually support allowing the entire shared region to be directly accessible at once in its entirely (see the GASNet specification for details).


The University of the Cordilleras Jaguars swept the Baguio College of Technology Atoms in game 2 of the best of three finals clinching the most coveted and highly contested men's basketball title of the Baguio-Benguet Educational Athletic League, Wednesday night. The title will be most remembered by rookie players led by John Eric Buenaventura who took charge of the scoring spree for the Jaguars who finished the game over the Atoms, 87-82, at their home court. After the Atoms took the lead at halftime, 37-35, Buenaventura exploded with 14 points in the third quarter while his older brother and Jaguar's top scorer June Rey was in foul trouble early in the third quarter.
The younger Buenaventura got much needed scoring help from fellow rookies Krenz Trinidad who contributed 15 points; Daniel Tabangcura, 13; and Jumar Valdez, 11. The older Buenaventura, who guided the team en route to the finals, enjoyed his last game with 12 points. Atoms top scorer Jervie Calibo has not lost composure as he led his team to pull the score within one, 48-49, as teammate Reynil Amargo even cut UCs lead with his back-to-back treys in the third canto. Under the watchful eyes of coach Albin Santos, the Jaguars excelled in their half court defense resulting in back-to-back steals converted into points that put them into a seven-point edge at the end of the third quarter, 68-61. The Atoms led anew by Calibo, Pollante, Azzir Rabara, and Reynil Amargo rallied their team to 78-77 in the fourth quarter. But Tabangcura's triple threes gave the Jaguars a comfortable lead until the final buzzer. It is the fourth basketball men's title for the Jaguars who only lost one game the entire season. The Jaguars were champions in 1995, 2011, and 2012. Ahead of the basketball men's finals, the Jaguars swept the taekwondo and badminton men and women's division. They also emerged as champions in table tennis men and judo men, which they have been ruling for three consecutive seasons now.


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---
layout: post
title: The Annex with Buck 65
date: '2005-03-10T20:23:00.000-06:00'
author: Tom Ray
tags:
modified_time: '2005-03-12T16:42:11.116-06:00'
blogger_id: tag:blogger.com,1999:blog-11319466.post-111050826668576095
blogger_orig_url: http://www.lorenzosmusic.com/2005/03/annex-with-buck-65.html
---
Don't forget to come down to The Annex, (who according to their website think our name is TBA) this Friday, March 11 where we will be opening for Canadian Warner Bros. recording artist, Buck 65.


Bioarchaeology at Umm el-Marra
E. K. Batey, III
02 December, 2018
Preface
All text and code for statistical analyses presented in this report are hosted at GitHub. All data and images are located in Dropbox.
Acknowledgements
I would like to thank Dr. Glenn Schwartz for inviting me join the 2006 field season of the Umm el-Marra Expedition and analyze the human remains there.


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[[Startfile]]Z:\Attachmate\11106100_MAMBA_6languages\11106104_Mamba_UI_HO2\_target_DE\menge\installers_de.htm>
Project: |
L:\NGEmualtion\Mamba\UI\HO2\Source\LPUs\Setup\installers_de.lpu |
Date: |
6/9/2011 9:27 PM |
Comment: |
Resource Type
| Total
| To Translate
| For Review
|
|---|---|---|---|
| Strings | 1 | 1 | 1 |
Description |
Strings |
Words |
Letters |
Characters |
|---|---|---|---|---|
Total |
206 | 1,147 | 6,466 | 7,764 |
To be translated |
206 | 1,147 | 6,466 | 7,764 |
Untranslated |
7 | 54 | 305 | 392 |
Untranslated repetitions |
0 | 0 | 0 | 0 |
Auto-translated (100 %) |
0 | 0 | 0 | 0 |
For review |
3 | 8 | 40 | 47 |
Translated and validated |
196 | 1,085 | 6,121 | 7,325 |
Change of text length |
199 | 1,098 | 8,309 | 9,547 |
Project: |
L:\NGEmualtion\Mamba\UI\Source\HO2\LPUs\NGE_BuiltIns_de.lpu |
Date: |
6/8/2011 2:50 PM |
Comment: |
Description |
Strings |
Words |
Letters |
Characters |
|---|---|---|---|---|
Total |
2,763 | 4,284 | 34,770 | 38,860 |
To be translated |
2,763 | 4,284 | 34,770 | 38,860 |
Untranslated |
5 | 12 | 77 | 85 |
Untranslated repetitions |
3 | 7 | 51 | 57 |
Pre-translated (100 %) |
0 | 0 | 0 | 0 |
For review |
0 | 0 | 0 | 0 |
Translated and validated |
2,755 | 4,265 | 34,642 | 38,718 |
Change of text length |
2,755 | 4,111 | 38,745 | 42,711 |
Project: |
L:\NGEmualtion\Mamba\UI\HO2\Source\LPUs\Core\NGE_Common_de.lpu |
Date: |
6/9/2011 4:10 PM |
Comment: |
Description |
Strings |
Words |
Letters |
Characters |
|---|---|---|---|---|
Total |
1,669 | 6,491 | 33,978 | 41,640 |
To be translated |
1,669 | 6,491 | 33,978 | 41,640 |
Untranslated |
82 | 595 | 3,059 | 3,753 |
Untranslated repetitions |
7 | 8 | 46 | 55 |
Pre-translated (100 %) |
0 | 0 | 0 | 0 |
For review |
1 | 1 | 3 | 7 |
Translated and validated |
1,579 | 5,887 | 30,870 | 37,825 |
Change of text length |
1,580 | 5,481 | 41,872 | 48,574 |
Project: |
L:\NGEmualtion\Mamba\UI\HO2\Source\LPUs\Core\NGE_Runtime_Other_de.lpu |
Date: |
6/9/2011 2:01 PM |
Comment: |
Description |
Strings |
Words |
Letters |
Characters |
|---|---|---|---|---|
Total |
2,577 | 9,560 | 48,603 | 60,696 |
To be translated |
2,577 | 9,560 | 48,603 | 60,696 |
Untranslated |
52 | 313 | 1,584 | 2,024 |
Untranslated repetitions |
12 | 21 | 96 | 165 |
Pre-translated (100 %) |
0 | 0 | 0 | 0 |
For review |
0 | 0 | 0 | 0 |
Translated and validated |
2,513 | 9,226 | 46,923 | 58,507 |
Change of text length |
2,513 | 8,850 | 61,810 | 73,348 |
Project: |
L:\NGEmualtion\Mamba\UI\HO2\Source\LPUs\Setup\programs_de.lpu |
Date: |
6/10/2011 10:53 AM |
Comment: |
Description |
Strings |
Words |
Letters |
Characters |
|---|---|---|---|---|
Total |
507 | 3,098 | 16,326 | 19,890 |
To be translated |
486 | 3,069 | 16,158 | 19,693 |
Untranslated |
11 | 97 | 578 | 690 |
Untranslated repetitions |
2 | 7 | 46 | 51 |
Auto-translated (100 %) |
3 | 3 | 19 | 21 |
For review |
25 | 304 | 1,507 | 1,840 |
Translated and validated |
445 | 2,658 | 14,008 | 17,091 |
Change of text length |
473 | 2,979 | 20,690 | 24,225 |


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