Money Play. How should Red play 31?
pips Red=161 White=160
(CorrectAnswer= 0/0, ErrorScore= 0)
The ‘obvious play is 8/5, 6/5*. Also possible is 13/12*, 13/10* but that play leaves five blots when the opponent has a better board and is a little too wide open.
8/5*, 6/5 leaves Red with an awkward distribution of checkers and they will be hard to put to work.
23/22, 6/3 is too passive and although it might appeal to some it is a blunder.
The correct play is 13/12*, 6/3, getting one of the checkers on the mid-point into play with good distribution. The other plays, other than 23/22, 6/3 , aren’t huge errors but it is always best to squeeze the most equity out of a position. I expect this position would generate a lot of argument in a chouette.
8/5*, 6/5 leaves Red with an awkward distribution of checkers and they will be hard to put to work.
23/22, 6/3 is too passive and although it might appeal to some it is a blunder.
The correct play is 13/12*, 6/3, getting one of the checkers on the mid-point into play with good distribution. The other plays, other than 23/22, 6/3 , aren’t huge errors but it is always best to squeeze the most equity out of a position. I expect this position would generate a lot of argument in a chouette.
1. Cubeful 2-ply 13/12* 13/10* Eq.: +0.001 0.517 0.170 0.009 - 0.483 0.195 0.022 2. Cubeful 2-ply 13/12* 6/3 Eq.: -0.002 (-0.004) 0.507 0.170 0.010 - 0.493 0.182 0.010 3. Cubeful 2-ply 8/5* 6/5 Eq.: -0.038 (-0.039) 0.509 0.172 0.011 - 0.491 0.216 0.016 4. Cubeful 2-ply 23/22 6/3 Eq.: -0.064 (-0.066) 0.487 0.118 0.004 - 0.513 0.146 0.005 5. Cubeful 2-ply 13/10* 3/2* Eq.: -0.108 (-0.109) 0.486 0.152 0.008 - 0.514 0.200 0.017


Man City 'set to avoid Champions League ban' over FFP breaches
City, who won a domestic treble during the 2018-19 season, face expulsion from Europe's top club competition due to a potential breach of Financial Fair Play rules
by Matt Maltby, https://www.mirror.co.uk/authors/matt-maltby/Manchester City are set to avoid Champions League expulsion - as UEFA are finding it too expensive to enforce their own rules.
City, who won a domestic treble during the 2018-19 season, face expulsion from Europe's top club competition due to a potential breach of Financial Fair Play rules.
The Premier League club were referred to UEFA's Club Financial Control Body's adjudicatory chamber by chief investigator Yves Leterme following a probe into financial irregularities.
According to The Athletic , UEFA are struggling to enforce their Financial Fair Play regulations.
It means City will seemingly escape a big punishment and will be able to continue to compete in Europe's elite club competition.
It was claimed in the summer that the club were challenging the governing body's right to send the case to their adjudicatory chamber for a ruling to be made.
A report claimed that City believe there is "no case to answer and are contesting the "legitimacy and haste of the investigation".
UEFA formally opened the investigation in March following a series of leaks into their financial conduct published in German outlet Der Spiegel.
If found guilty, the Premier League side face a ban from the Champions League, most likely in the 2020-21 campaign.
However, it is thought that UEFA's adjudicatory chamber will delay making a judgement on the case until CAS has made a ruling on the validity of its attempts to do so.
Although City have yet to make a comment, the Abu Dhabi-owned club have previously denied claims of wrongdoing.
"The accusation of financial irregularities remains entirely false and the CFCB IC referral ignores a comprehensive body of irrefutable evidence provided by Manchester City FC to the Chamber," the club said in a statement last month.
"The decision contains mistakes, misinterpretations and confusions fundamentally borne out of a basic lack of due process and there remain significant unresolved matters raised by Manchester City FC as part of what the Club has found to be a wholly unsatisfactory, curtailed, and hostile process."


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element. It will be red.
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element with a class
of example
. There are two rules that could apply, but since the .example
selector is more specific, this paragraph will be blue.
Here’s a p
element with two classes: example
and example-2
. There are four rules that could apply to this paragraph. The first two are overruled by the more specific last two. However, because the last two have the same selector, the order breaks the tie between them: the one that appears later wins, and thus this paragraph will be green instead of magenta.


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common-lisp
trivial-irc
A trivial echobot.
The echobot will echo all messages sent to it, or to any channel it's in.
This is meant as a simple example of how to use the trivial-irc
library. To give it a sping, customize the variables in echobot.lisp,
and do something like this:
;; (asdf:oos 'asdf:load-op :trivial-irc-echobot) ;; (trivial-echobot:start)
Note that you probably don't want to make it join a channel someone actually uses, as it's quite annoying.
A list of channels to after registering with server.
The current echobot
.
Nickname of the echobot
.
The port to connect to.
The server to connect to.
A simple irc-bot that echoes anything it sees.
Valid initargs are the same as for trivial-irc:client
.
Receive messages until interrupted.
Set up echobot, bind it to *echobot*
and enter the receive-loop
.
Stop and disconnect
the echobot.


Daisy Ridley Describes Star Wars: The Rise of Skywalker in Four Words
by Ian CardonaIn little more than a month, Star Wars: The Rise of Skywalker will finally hit theaters, and all of its closely kept secrets will be revealed. The trailers for the J.J. Abrams-directed film already tease an epic finale to the Skywalker Saga, and now, we know more about what to expect from Episode IX.
When asked to describe the movie in three words by EW, Daisy Ridley, who plays Rey in the Star Wars sequel trilogy, answered with four: dark, scary, sad and joyfyl.
"Definitely dark…." she said. "There are bits that are genuinely scary. And sad." Then, she finally added, "And joyful."
Click the button below to start this article in quick view.
The Rise of Skywalker is meant to be the final film in the Skywalker Saga that began with 1977's A New Hope and will conclude the adventures of Rey, Finn, Poe Dameron and Kylo Ren. What's more, it will feature the return of the main antagonist of the first two trilogies, Emperor Palpatine.
Directed and co-written by J.J. Abrams, Star Wars: The Rise of Skywalker stars Daisy Ridley, Adam Driver, John Boyega, Oscar Isaac, Lupita Nyong’o, Domhnall Gleeson, Kelly Marie Tran, Joonas Suotamo, Billie Lourd, Keri Russell, Anthony Daniels, Mark Hamill, Billy Dee Williams and Carrie Fisher, with Naomi Ackie and Richard E. Grant. The film arrives December 20.
https://schema.orgBreadcrumbListListItem1Homehttps://www.cbr.com/ListItem2Movieshttps://www.cbr.com/category/movies/ListItem3Movie Newshttps://www.cbr.com/category/movies/news-movies/ListItem4Daisy Ridley Describes Star Wars: The Rise of Skywalker in Four Wordshttps://www.cbr.com/star-wars-rise-of-skywalker-daisy-ridley-four-words/


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Awesome Support
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“I highly recommend everyone to check out this site especially if you're searching for employment. Even people that are already employed can benefit from this website and what all it has to offer. It is very similar to a social network but one that is focused around jobs. It is very easy to connect with others individually and as a company as well.”
Sagar Kapoor


PACKETS
In networking, a packet is a small segment of a larger message. Data sent over computer networks*, such as the Internet, is divided into packets. These packets are then recombined by the computer or device that receives them.
Suppose Alice is writing a letter to Bob, but Bob's mail slot is only wide enough to accept envelopes the size of a small index card. Instead of writing her letter on normal paper and then trying to stuff it through the mail slot, Alice divides her letter into much shorter sections, each a few words long, and writes these sections out on index cards. She delivers the group of cards to Bob, who puts them in order to read the whole message.
Working of Packets
An individual packet is a unit of data which is routed between an origin and a destination via the internet or another packet-switched network.
If a file such as an email, GIF or HTML file is sent via packet-based transmission, the TCP (Transmission Control Protocol) layer of the TCP/IP will divide the file into chunks that are optimised sizes for routing. Each chunk is known as a packet and is separately numbered and carried along with a destination address. The packets may then travel on different routes to the destination, but when they all arrive, they are reassembled into the original format (by the TCP layer at the receiving end).
- Packet Structure and Content:
All packets have a basic architecture or a header, payload and footer but depending on the protocol being used they may also contain some further information, such as that listed below:
Addresses:
In order to route a packet over a network, the packet must contain two network addresses, the first being the source address of the host (sender) and the second being the destination address of the receiving host (receiver).
Error Handling:
Packets contain checksum, parity bits or cyclic redundancy checks. These each detect errors that may occur during transmission.
A preliminary calculation is performed before the packet is sent, at the transmitter. Once the packet is received, the checksum is recalculated and compared with the first calculation that is contained in the packet. If any discrepancies are noticed the packet can be corrected or discarded. Any discarded information is known as packet loss and will be dealt with by the network protocol.
Hop Counts:
When a packet is faulty, they can end-up traversing a closed-circuit. If nothing was done about this, it could eventually build up, ultimately congesting the network until the point of failure. To tackle this, a ‘time to live’ field is added to the packet. The value of this field is decreased by one each time the packet passes through a network node. If the field reaches zero, routing has failed to successfully transmit the data and the packet will be discarded.
Length:
Some packets will contain a field that identifies the overall packet length. In some network types however, the length is implied by the duration of the transmission and so this is information is deemed unnecessary and is omitted.
Priority:
When a network implements QoS (Quality of Service), it gives priority to certain types of packets over others. The priority field is used to identify which packet queue should be used. A high priority queue is emptied more quickly then a lower priority queue at points in the network where congestion is occurring.
Payload:
The payload is fairly self-explanatory. It is the core data that is being carried on behalf of an application. It can vary in length but the network protocol as well as equipment used on route will usually set a maximum length. If necessary, some networks will break larger packets up into smaller packets if the payload is too large.


Duda-Mara Totem Spirit:
Heh heh... a young Orc seeking information...
I know exactly why you're here! You're trying to find the two Orcs who murdered Khavatari Hubai, aren't you?
Yes, I am!


Early this week I was working on Parallel LU factorization implementation for GPGPU, where I discovered obtained performance was not satisfactory. I also noted main reasons behind it can be
Yesterday I planned to take a look at optimizing parallel LU factorization implementation, mainly focusing on aforementioned two points. Now I've an improved
LU factorization implementation which is ~20x faster than previous one. If you're interested in previous implementation, I recommend
taking a look at here.
I'll step by step improve current implementation.
Starting with first point, in each iteration I'm working on a submatrix of size (N - (i + 1)) x (N - i) where i = {0, 1, 2 ... N-2}. LU decomposition selects a pivot ( read Ai, i in ith iteration ) to work on and then reduces all cells below it to zero, while doing so it records multiplication factors in L matrix ( read lower triangular one ) and respectively updates cells in U matrix ( read upper triangular one ). Say in iteration i = 0, I'm working on pivot A0, 0, requiring me to operate on following submatrices.
Similarly in iteration i = 1, when selected pivot is A1, 1, operable submatrix dimension for L reduces to (N - 2) x 1 and for U it becomes (N -2) x (N - 1).
This way it keeps reducing and finally reaches submatrix size of 1 x 2 when N = 4, in iteration i = 2. Point I want to make here, although dimension of operable submatrix keeps reducing, I enqueue all kernel invocation commands with index space of dimension N x N, requiring me to use conditional statements to determine whether certain work-item needs to be active or can be deactivated because its index is out of range. If index of some work item is (r, c) it can be deactivated if !(r > i && c >= i), as it's representing some cell which doesn't need to be processed for selected pivot Ai, i. For these cases where cells don't need to be processed, it results into code paths doing nothing useful --- reducing throughput. When N is large, in each iteration ( read as i keeps increasing ) disabled code path scope keeps increasing, as operable submatrix dimension is (N - (i+1)) x (N - i), lots of work items doing nothing, a huge number of work groups are just launched without doing anything helpful for speeding up computation.
I solve this problem using offsets & non-uniform workgroup sizes. Offsets help me in launching kernels with index space dimension (N - (i + 1)) x (N - i) and work-items pointing to only operable cells --- exactly
what is desired, which stops the need for using conditional statements in kernel. Now no code paths resulting into disabled work-items, all launched work items
doing useful work --- better throughput as GPGPU has enough work to do.
Kernel operating on lower triangular matrix is launched with following index space dimension, where i = current iteration index.
While upper triangular matrix is processed with following index space & offset settings.
Now I'd like to focus on second point, which can help me in improving performance. At end of each iteration, I'm copying N x N many elements
from updated U matrix to A matrix, so that in iteration i+1, I can load from A matrix & compute/ store results in L & U matrices. Note as L matrix
just records multiplication factors, no back and forth copying is required. On other hand, U matrix will eventually become upper triangular matrix, at end of iteration i = (N - 2),
until that point it's used as intermediate storage so that parallel modification by some work-items doesn't affect computation of others, which were expecting
to read unmodified value at some cell (r, c). So at end of each iteration N x N many elements are copied back to A --- which is indeed expensive.
A closer look at which cells are computed/ stored in U reveals only (N - (i + 1)) x (N - i) many of N x N total cells are required
to be copied back to A. In each iteration as i keeps increasing, dimension of copyable submatrix keeps decreasing --- reducing cost. I implement this using
sub-buffers, which are pointing to only required cells of U & A. Now in each iteration ((N - (i + 1)) x (N - i)) many elements are copied from U to A,
where i = {0, 1, 2 ... , N - 2}.
I also notice in each iteration pivot Ai, i is loaded multiple times from global memory, which is high latency, so I introduced work group local memory, which is much faster, for reading Ai, i only once & afterwards all work items in subgroup reading from fast local memory. I select subgroup leader to load Ai, i from global memory and store in designated address in local memory.
This also comes at a cost, requiring me to synchronize all work items in subgroup so that everyone sees same modification performed in acc_lds[0]. I use subgroup barrier to explicitly synchronize all work items in subgroup.
At beginning of LU decomposition, L matrix is prepared by initializing to IN x N. In previous version of LU factorization implementation, I was launching a 2D kernel for covering all indices in N x N index space, where work items with r == c only did something useful, where r, c = indices along Y, X -axis respectively. I see this can be improved by launching a 1D kernel with index space N, where every invocation does useful work by storing 1 in pivot ( read A[i, i], where i ∈ [0, N) ).
At this point, most expensive part is copying (N - (i +1 )) x (N - i) elements from U to A, at end of each iteration. Though with increase of i, submatrix dimension keeps decreasing, it's still not negligible for large N. I found in each iteration, the cells of U matrix which are modified without any computational dependency with others can be encapsulated inside (N - (i + 1)) x (N - (i + 1)) submatrix, while another submatrix of dimension (N - (i + 1)) x 1 can be computed after first one is computed, effectively establishing one dependency. These splitted computation brings benefit that each work-item can be computed in parallel without any data dependency. Effectively in U matrix (N - (i +1 )) x (N - i) cells are being modified in each iteration, just splitted in two ordered steps.
With all these improvements, I'm ready to compare LU factorization's performance for 1024 x 1024 matrix. First I run naive version with work group size 64.
Now running improved LU factorization implementation with same work group size.
~23x speed up gained after fine tuning SYCL DPC++ implementation. I keep optimized version of LU factorization here for future reference.
In coming days, I plan to work on other parallel algorithms targeting accelerators, while also optimizing them by considering small details.
Have a great time !


Concepts¶
Reach the server behind firewall/proxy¶
In order to be reached from behind a firewall or a proxy, Nubilo server should be able to transfer all the data via port 80 (HTTP) or 443 (HTTPS). For a binary or custom data transfers, a WebSocket endpoint can be opened on the same server port under a different context path. As a workaround, a reverse proxy can always be used to pass the traffic inside HTTP, but we want to give that possibility already out-of-the-box.
Implications:
- Server has to be started as root, but after establishing a listening socket connection on a privileged socket, it has to drop the root’s privileges.
- Configuration of the server must include a UID and GID to run under.
Coroutines vs. threads¶
By using Lua we have native support for so-called coroutines. The coroutines allow using multitasking (i.e. context switching between different flows of execution) without invoking preemptive threads.
But what does it mean?
In common asynchronous programming, the pattern used with threaded programming is mostly the same:
- you fork a thread which either
- uses a snapshot (its own copy) of a shared data to process or
- uses locks to access the data concurrently with other threads;
- After processing results, you either have
- to “join” (block, wait, synchronize) means waiting until the thread has completed its processing or
- to proceed as no waiting is required in the case that the thread has just ended (“fire-and-forget” threads).
Both approaches have their drawbacks. The first one costs (temporary) memory to create data snapshot plus the costs of synchronization (waiting for thread, synchronizing the data etc.). The second approach (“fire-and-forget” thread) costs CPU cycles for locking on every access to shared resources.
Using coroutines means that you agree to give up execution of your current flow to another coroutine. This is called yielding. It means that a context switch is under your control: your flow of execution decides, when to work and when to yield to another coroutine. As there can be only one coroutine active at a time, no locks whatsoever are needed to access shared data, means no time is lost by synchronization of any kind. Because the coroutines are also cheaper as threads (only stack frames being saved), a program can have many of them running without consuming much memory. This is perfect especially for systems running on weaker hardware.
There are some disadvantages on using coroutines. Because of their cooperative nature, coroutines may not block for a longer period of time, as they would “steal” CPU time of yielded coroutines. This means, you cannot do tasks, which may consume undeterminable amounts of time, in a blocking fashion (these are mostly the tasks, like network clients, communication patterns, interacting with external systems and so on). For this kind of tasks it is advisable to yield often, so that other pending coroutines will have a chance to resume their execution. Indeed, the whole programming model of an application have to be changed. The another disadvantage of coroutines is, that they are not scheduled by OS across the CPUs, as there is no preemption and only one execution flow is running. The later may be a disadvantage in a low-latency applications: for example, scientific calculation applications require all the CPU they can get, so preemptive multi-threaded paradigm may work better there. For usual applications, like client/server systems, it is not the CPU, it is the I/O (and RAM) which is crucial for scaling. In this case, the coroutines are a better choice.
Implications:
- The whole application has to be lay out to respect the cooperative multitasking: concurrent executions have to be designed in the way they can yield as soon as possible, without exceptions. This is a major concept change from using preemtive multitasking.
- No multi CPU scheduling can be used.
- No impicit locking on shared resources is needed.


WITNESS LIST
Finance
January 25, 2017 9:00 AM
ON:
Akey, Bruce L. Director, TVMDL (also providing written testimony) (Texas A&M Vet.
Med. Diagnostic Lab), College Station, TX
Arenaz, Pablo President (also providing written testimony) (Texas A&M International
University), Laredo, TX
Banks, DR. Katherine TEES Agency Director , Vice Chancellor & Dean of Engineering
(also providing written testimony) (Tx A&M Engineering Experiment Station (TEES)),
College Station, TX
Barnard, MD, Jeffrey Chief Medical Examiner Dallas County (Presiding Officer, Forensic
Science Commission)
Battles, Linda Deputy Commissioner (also providing written testimony) (Texas Higher
Education Coordinating Board), Austin, TX
Boggus, Thomas G. Director, Texas A&M Forest Service (also providing written
testimony) (Texas A&M Forest Service), College Station, TX
Byington, Carrie Physician (also providing written testimony) (TAMU Health Science
Center)
Cutrer, Emily Higher Education (also providing written testimony) (TX A&M -
Texarkana), Texarkana, TX
Deardorff, Emily LBB Staff (also providing written testimony) (LBB)
Dottavio, F. Dominic President (also providing written testimony) (Tarleton State
University)
Evans, Kenneth R. President (also providing written testimony) (Lamar University),
Beaumont, TX
Feyten, Dr Carine Chancellor - Texas Woman's University (also providing written
testimony) (Texas Woman's University), Denton, TX
Hernandez, Demetrio LBB Staff (also providing written testimony) (LBB)
Hernandez-Hart, Tonya LBB Staff (also providing written testimony) (LBB)
Howard, Lonnie President, LIT (also providing written testimony) (Lamar Institute of
Technology)
Hoyt, Dana G President (also providing written testimony) (SHSU), Huntsville, TX
Jenkins, Bobby Chairman (also providing written testimony) (THECB), Austin, TX
Keck, Ray M President (also providing written testimony) (Texas A&M - Commerce),
Commerce, TX
Khator, Renu Chancellor & President (also providing written testimony) (University of
Houston System / University of Houston), Houston, TX
Kibler, William L. President (also providing written testimony) (Sul Ross State
University), Alpine, TX
Lerner, Barbara U.P. Enrollment (also providing written testimony) (Texas Woman's
University)
Marquart, James VP Ac. affairs (also providing written testimony) (Lamar U)
McCall, Brian chancellor (also providing written testimony) (The Texas State University
System), Austin, TX
McGeady, John LBB Staff (also providing written testimony) (LBB)
Moreno, Celina Attorney (MALDEF)
WITNESS LIST
Finance
January 25, 2017 9:00 AM
Morgan, Raymond Vic University President (also providing written testimony) (University
of Houston - Victoria), Victoria, TX
Nessler, Craig Director (also providing written testimony) (Texas A&M Agrilife Research)
Newton, John LBB Staff (also providing written testimony) (LBB)
Nigliazzo, Dr, Marc President (also providing written testimony) (Texas A&M University
- Central Texas), Killeen
Olivas, Michael A. Pres, UH - Downtown (also providing written testimony) (UHD)
Owens, Greg LBB Staff (also providing written testimony) (LBB)
Palmer, Douglas Educator, Chief Operations Officer (also providing written testimony)
(Texas A&M University at Galveston), Galveston, TX
Peebles, Rex C Texas Higher Education Coordinating Board (also providing written
testimony) (Texas Higher Education Coordinating Board), Austin
Pool, Jeff LBB Staff (also providing written testimony) (LBB)
Quintanilla, Kelly Interim President (also providing written testimony) (Texas A&M
University - Corpus Christi), CC, TX
Reed, Cyrus Conservation Director (also providing written testimony) (Sierra Club,
Lonestar Chapter)
Reynard, Betty President (also providing written testimony) (Lamar State College Port
Arthur)
Romero, Jesse (Texas Association for Bilingual Education), San Antonio, TX
Sera, Gary Agency Director (also providing written testimony) (Texas A&M Engineering
Extension Service), College Station, TX
Shahan, Michael President (also providing written testimony) (Lamar State College -
Orange), Orange, TX
Sharp, John Chancellor (also providing written testimony) (Texas A&M University
System), College Station, TX
Staples, William A. (Bill) President (also providing written testimony) (University of
Houston - Clear Lake)
Steele, Douglas L. Director (also providing written testimony) (Texas A&M Agrilife
Extension), College Station, TX
Tallant, Steven President (also providing written testimony) (Texas A&M Kingsville)
Teniente-Matson, Cynthia President (also providing written testimony) (Texas A&M - San
Antonio), San Antonio, TX
Trauth, Denise M President (also providing written testimony) (Texas State University)
Wendler, Walter President, West Texas A&M University (also providing written
testimony) (West Texas A&M University)
Winfree, Mr. Greg Agency Director (also providing written testimony) (Tx A&M
Transportation Institute (TTI)), College Station, TX
Wright, George C. President (also providing written testimony) (PUAMU), Prairie View,
TX
Young, Michael K. Higher Education - President & Professor (also providing written
testimony) (Texas A&M University - "Whoop"), College Station, TX
Registering, but not testifying:
ON:
Bradford, Corey S. CFO (Prairie View A&M University), Prairie View, TX
WITNESS LIST
Finance
January 25, 2017 9:00 AM
Hamilton, Billy Executive Vice Chancellor and CFO (Texas A&M System), College
Station, TX
Martin, Ph.D., Jennifer Interim Provost & rp for Academic Affairs (Texas Woman's
University), Denton, TX
Nave, Felecia M Provost (PVAMU), Prairie View, TX
Wilson, Pamela Associate Vice President Finance (Texas Woman's University)


Elasticsearch is a search engine used by many project . Dinivas can create Elasticsearch cluster and managed it for you


Medical Encounter Detail
-
Date: {{$ctrl.encounter.EncounterDate | date: 'short'}}
-
Practitioner: {{$ctrl.encounter.Practitioner}}
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Complaint: {{$ctrl.encounter.Complaint}}
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NOTICE: Some features of your API EXPLORER
will have limited functionality until the activation steps are completed.
Activation Steps:
- Click Activate button.
- Click the Authorize button and provide the following to begin authorization:
- Client ID
- Client Secret
- Redirect URI
- Scope
- When prompted, authenticate using your CSP credentials.
- Complete and submit the "Request for Approval" form.
Note: If successful, your API EXPLORER will receive tokens necessary for interacting with
your Logging, Event and Directory-Sync instances.


--- layout: post title: A trio of nominally useful Google Analytics Textexpander snippets date: type: post published: false status: draft categories: [] tags: [] meta: _wpcom_is_markdown: '1' _edit_last: '1' image: '' _publicize_twitter_user: "@chris_vannoy" author: login: chris_vannoy email<EMAIL_ADDRESS>display_name: Chris Vannoy first_name: Chris last_name: Vannoy ---
I love TextExpander, Smile's Mac/iOS utility for turning short snippets of text into much longer (and more useful) bits of text.


Hello, I'm Umang Patel. I have 1 year of experience in Android development and UX design. Come and knock on my door, I'll be happy to be your partner, and let's make something great together!
I am currently a sophomore in Charotar University of Science and Technology. I develop apps in Android specialising in UI/UX.
Design is critical for success of any mobile app. Design and Engineering must go hand-in-hand when developing a great product. When I develop an app, I always think about how the users will use it. Only then you will design and develop an app which the user will love to check out. This has been my design philosophy from the beginning.
Name : Umang Patel
Date of birth : July 19, 1998
Email<EMAIL_ADDRESS>Phone : +918460532110
GitHub profile : umangjpatel


Open LLVM Projects
This document is meant to be a sort of "big TODO list" for LLVM. Each project
in this document is something that would be useful for LLVM to have, and would
also be a great way to get familiar with the system. Some of these projects are
small and self-contained, which may be implemented in a couple of days, others
are larger. Several of these projects may lead to interesting research projects
in their own right. In any case, we welcome all contributions.
If you are thinking about tackling one of these projects, please send a mail to
the LLVM
Developer's mailing list, so that we know the project is being worked on.
Additionally this is a good way to get more information about a specific project
or to suggest other projects to add to this page.
Improvements to the current infrastructure are always very welcome and tend to
be fairly straight-forward to implement. Here are some of the key areas that
can use improvement...
It would be very useful to port glibc to LLVM. This would allow a
variety of interprocedural algorithms to be much more effective in the face of
library calls. The most important pieces to port are things like the string
library and the stdio related functions... low-level system calls like
'read' should stay unimplemented in LLVM.
The Nightly Tester is a simple perl script (located
in utils/NightlyTest.pl) which runs every night to generate a daily report. It
could use the following improvements:
- Olden timings - Time the compilation and execution times for the Olden
benchmark suite, keeping track of these values over time.
- Graphs - It would be great to have gnuplot graphs to keep track of how the
tree is changing over time. We already gather a several statistics, it
just necessary to add the script-fu to gnuplotize it.
- Regression tests - We should run the regression tests in addition to the
program tests...
We are always looking for new testcases and benchmarks for use with LLVM. In
particular, it is useful to try compiling your favorite C source code with LLVM.
If it doesn't compile, try to figure out why or report it to the llvm-bugs list. If you
get the program to compile, it would be extremely useful to convert the build
system to be compatible with the LLVM Programs testsuite so that we can check it
into CVS and the automated tester can use it to track progress of the
compiler.
When testing a code, try running it with a variety of optimizations, and with
all the back-ends: CBE, llc, and lli.
- Add a new conditional move instruction: X = select bool Cond, Y, Z
- Add support for platform independent prefetch support. The GCC prefetch project page
has a good survey of the prefetching capabilities of a variety of modern
processors.
- Someone needs to look into getting the ranlib tool to index LLVM
bytecode files, so that linking in .a files is not hideously slow. They
would also then have to implement the reader for this index in
gccld.
- Improve the efficiency of the bytecode loader/writer
- Extend the FunctionPassManager to use a ModuleProvider to stream functions
in on demand. This would improve the efficiency of the JIT.
- Rework the PassManager to be more flexible
- Some transformations and analyses only work on reducible flow graphs. It
would be nice to have a transformation which could be "required" by these passes
which makes irreducible graphs reducible. This can easily be accomplished
through code duplication. See Making Graphs Reducible
with Controlled Node Splitting and perhaps Nesting of Reducible and
Irreducible Loops.
Sometimes creating new things is more fun that improving existing things. These
projects tend to be more involved and perhaps require more work, but can also be
very rewarding.
We have a strong base for development of both
pointer analysis based optimizations as well as pointer analyses themselves. It
seems natural to want to take advantage of this...
- Implement a flow-sensitive context-sensitive alias analysis algorithm
- Pick one of the somewhat efficient algorithms, but strive for maximum
precision
- Implement a flow-sensitive context-insensitive alias analysis algorithm
- Just an efficient local algorithm perhaps?
- Implement an interface to update analyses in response to common code motion
transformations
- Implement alias analysis based optimizations:
- Implement a Dependence Analysis Infrastructure
- Design some way to represent and query dep analysis
- Implement a faster Dominator Set Construction Algorithm
- A linear time or nearly so algorithm
- Implement a strength reduction pass
- Value range propagation pass
- Implement an unswitching pass
- Write a loop unroller, with a simple heuristic for when to unroll
- Implement a global register allocator
- Implement a better instruction selector
- Implement support for the "switch" instruction without requiring the
lower-switches pass.
- Write a new frontend for some language (Java? OCaml? Forth?)
- Write a new backend for a target (IA64? MIPS? MMIX?)
Chris Lattner
The LLVM Compiler Infrastructure
Last modified: Wed Oct 1 16:48:54 CDT 2003


module Bogue: Main
Alias for Main
type
board
The board is the whole universe of your GUI. It contains everything.
type
shortcuts
exception Exit
Raising the Exit
exception will tell the GUI loop to terminate.
val exit_on_escape : int * int * (board -> unit)
val create : ?shortcuts:shortcuts ->
?connections:Widget.connection list ->
?on_user_event:(Tsdl.Sdl.event -> unit) ->
Window.t list -> board
Create a board
from a list of layouts and connections. The list of
connections can be empty, because connections can be added afterwards. Each
Layout in the list will open as a new window.
shortcuts
: This optional argument is a shortcut map.on_user_event
: This optional argument is a function to be executed
(by the main thread) when a Trigger.user_event
is emitted.val of_windows : ?shortcuts:shortcuts ->
?connections:Widget.connection list ->
?on_user_event:(Tsdl.Sdl.event -> unit) ->
Window.t list -> board
Synonym for Main.create
.
val of_layouts : ?shortcuts:shortcuts ->
?connections:Widget.connection list ->
?on_user_event:(Tsdl.Sdl.event -> unit) ->
Layout.t list -> board
Similar to Main.create
. Each layout in the list will be displayed in a
different window.
val of_layout : ?shortcuts:shortcuts ->
?connections:Widget.connection list ->
?on_user_event:(Tsdl.Sdl.event -> unit) -> Layout.t -> board
Similar to Main.of_layout
but with only one layout.
val make : ?shortcuts:shortcuts ->
Widget.connection list -> Layout.t list -> board
Similar to Main.of_layouts
.
val run : ?before_display:(unit -> unit) ->
?after_display:(unit -> unit) -> board -> unit
typeshortcut_action =
board -> unit
val shortcuts_empty : unit -> shortcuts
val shortcuts_add : shortcuts ->
?keymod:Tsdl.Sdl.keymod ->
int -> shortcut_action -> shortcuts
val shortcuts_add_ctrl : shortcuts ->
int -> shortcut_action -> shortcuts
val shortcuts_add_ctrl_shift : shortcuts ->
int -> shortcut_action -> shortcuts
val shortcuts_of_list : (int * int * shortcut_action) list -> shortcuts
Construct shortcuts from a list of (SDL keycode, SDL keymod, action).
See the embed
example.
val make_sdl_windows : ?windows:Tsdl.Sdl.window list -> board -> unit
This is only useful if you have your own graphics loop, and do not use
Main.run
. This function creates an SDL window for each top layout in the
board. One can use predefined windows with the optional argument
windows
. They will be used by the layouts in the order they appear in the
list. If there are fewer windows than layouts, new windows are created. If
there are more, the excess is disregarded.
val refresh_custom_windows : board -> unit
Ask the GUI to refresh (ie. repaint) the custom windows (those that were not created by Bogue itself).
val one_step : ?before_display:(unit -> unit) ->
bool ->
(unit -> unit) * (unit -> unit) -> ?clear:bool -> board -> bool
This is only useful if you have your own graphics loop, and do not use
Main.run
. Calling one_step ~before_display anim (start_fps, fps) ~clear board
is what is executed at each step of the Bogue mainloop. If anim=true
this
step is non blocking; this is what you want if either Bogue or your loop
has an animation running. If anim=false
then the function will wait until
an event is received.
true
if the GUI currently handles an animation. In this case
fps()
was executed by one_step
. If not, you should handle the frame rate
yourself.val get_frame : unit -> int
Number of displayed frames since startup.
val quit : unit -> unit


Duration
10 minutes
Goals
The primary goal of this lab is to use a provided Effect and apply it to a control in our application. Specifically, we're going to use an effect that will use the platform-specific APIs to apply a custom font to a Xamarin.Forms label.
Required assets
This is a continuation of the previous exercise. You can use your existing solution or open the solution in the Part 01 Resources > Completed folder. The Part 02 Resources folder contains a subfolder named Completed with a solution you can use to check your work. Please make sure you have these folders before you begin.
Challenge
- Add the provided custom font effect in the Assets folder to each head project.
- Add the provided font in the Assets folder to each head project.
- Open MainPage.xaml.cs in the PCL and resolve the
Effect
using its identifier: "Xamarin.CustomFontEffect". - Add the
Effect
to the Welcome Label. - Toggle the effect on and off using the switch.
Steps
Add the Effect and font
The Assets folder contains a platform-specific custom font effect for each platform. This effect is designed to be applied to a Xamarin.Forms Label.
- Add the appropriate CustomFontEffect source file to each platform-specific project.
-
Add the provided Pacifico.ttf font to each head project:
- iOS: Add it to the Resources folder. The Build Action should be BundleResource.
- Android: Add it to the Assets folder. The Build Action should be AndroidAsset.
- Windows: Add it to the Assets folder. The Build Action should be Content.
-
For iOS only: update the Info.plist to include the font.
- In Visual Studio for Mac, double-click on Info.plist and change the view to Source via the tabs at the bottom. Add a new entry by right-clicking and selecting New key. Change the Property to Fonts provided by application. Under the new entry add a string with the value Pacifico.ttf.
- In Visual Studio on Windows you'll need to edit the Info.plist file manually: right-click and select Open with..., from the provided options select XML (Text) Editor and add the following xml:
<key>UIAppFonts</key> <array> <string>Pacifico.ttf</string> </array>
Resolve the Effect
- Open MainPage.xaml.cs in the ControlExplorer PCL project.
- Create an
Effect
field named fontEffect. - In the constructor, use the ID of the custom font effect ("Xamarin.CustomFontEffect") to resolve the
Effect
. Assign the resolvedEffect
to the fontEffect field.
Apply the Effect
- Examine the code in MainPage.xaml, notice there is a
Label
named labelWelcome. - Return to the constructor in MainPage.xaml.cs.
- Add fontEffect to labelWelcome using the
Add
method on labelWelcome'sEffects
property. - Run the application on any platform; you should see the custom font on the label showing the text "Welcome to Effects!".
Toggle the effect on/off
Next we'll use the switch to turn the effect on and off.
- Go to the
OnSwitchToggled
method in MainPage.xaml.cs. - Check switchEffects'
IsToggled
property and add/remove the effect depending on the switch's state. A possible solution is shown below.
Summary
In this exercise you added a provided Effect that uses platform-specific APIs to apply a custom font to a Xamarin.Forms label.


Boost Sandbox
When boost was developed using subversion, the Boost Sandbox contained unreviewed code that is intended to eventually become a part of the Boost libraries. New libraries should be developed separately as git modules, and existing projects should be moved to GitHub. The sandbox remains as a historical record.
Accessing the Boost Sandbox
The Boost Sandbox lives at https://svn.boost.org/svn/boost/sandbox within the old Boost Subversion repository.
Organization
Because there were typically many projects in the sandbox at any one time (in various stages of development), the sandbox should have been organized by project. Each project should have had its own subdirectory inside sandbox. For example, an XML library would reside in sandbox/xml. Inside that project-specific subdirectory, the project would be organized like any other Boost library, with a boost subdirectory (for headers) and libs subdirectory (for source code, build files, and documentation). Our hypothetical XML project would likely have had the following structure:
-
sandbox/xml/
-
boost/ - Contains xml.hpp, which
includes all of the headers from xml/
- xml/ - Contains Boost.XML headers
-
libs/
-
xml/
- build/ - Contains Jamfiles to build Boost.XML
- doc/ - Contains documentation for Boost.XML
- src/ - Contains Boost.XML compiled source files
-
xml/
-
boost/ - Contains xml.hpp, which
includes all of the headers from xml/
Many existing projects in the sandbox didn't follow this structure, opting to place headers in sandbox/boost and supporting files in sandbox/libs.


News & Media Gallery
Draymond Green had bizarre reason
Deserunt Sunt in culpa qui officia mollit anim id est laborn Neque porro quisquam est.
Read MoreSuccess is a Result of Hard Work
Deserunt Sunt in culpa qui officia mollit anim id est laborn Neque porro quisquam est.
Read MoreLeague Players Squad
Full Team SquadGeryson Ramsy
League CaptainHi, I am Gerrysson Ramsy the team captain of the soccer club.
- 29 Age
- 87 matches
- 113 Goals
- 87 matches
Jaun Carry
Goal KeeperHi, I am Jaun Carry the team captain of the soccer club.
- 29 Age
- 87 matches
- 113 Goals
- 87 matches
Jaun Carry
Goal KeeperHi, I am Jaun Carry the team captain of the soccer club.
- 29 Age
- 87 matches
- 113 Goals
- 87 matches
Geryson Ramsy
League CaptainHi, I am Gerrysson Ramsy the team captain of the soccer club.
- 29 Age
- 87 matches
- 113 Goals
- 87 matches


Using YAML to configure Validation¶
Simplicity is at the heart of PrestoPHP so there is no out of the box solution to use YAML files for validation. But this doesn’t mean that this is not possible. Let’s see how to do it.
First, you need to install the YAML Component:
composer require symfony/yaml
Next, you need to tell the Validation Service that you are not using
StaticMethodLoader
to load your class metadata but a YAML file:
$app->register(new ValidatorServiceProvider());
$app['validator.mapping.class_metadata_factory'] = new Symfony\Component\Validator\Mapping\Factory\LazyLoadingMetadataFactory(
new Symfony\Component\Validator\Mapping\Loader\YamlFileLoader(__DIR__.'/validation.yml')
);
Now, we can replace the usage of the static method and move all the validation
rules to validation.yml
:
# validation.yml
Post:
properties:
title:
- NotNull: ~
- NotBlank: ~
body:
- Min: 100


"KIRJATH-ARBA "city of Arba, the original name of Hebron (q.v.), so called from the name of its founder, one of the Anakim (Genesis 23:2; 35:27; Joshua 15:13). It was given to Caleb by Joshua as his portion. The Jews interpret the name as meaning “the city of the four”, i.e., of Abraham, Isaac, Jacob, and Adam, who were all, as they allege, buried there.
"KIRJATH-ARBA "city of Arba, the original name of Hebron (q.v.), so called from the name of its founder, one of the Anakim (Genesis 23:2; 35:27; Joshua 15:13). It was given to Caleb by Joshua as his portion. The Jews interpret the name as meaning “the city of the four”, i.e., of Abraham, Isaac, Jacob, and Adam, who were all, as they allege, buried there.


Ads. Ugh. I know. But hosting a website isn't free, so we use Google Ads to try and offset that cost. Why Google Ads? They're screened by Google to make sure there's no malicious code or anything like that, that way your password stays secure.


{% extends "base.html" %} {% block title %}
Medieval catalogues > REGISTRUM ANGLIE > Union catalogue by author and title, early 14th cent.
{% endif %}10 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


Stay Tuned!
Prove the uniqueness in your as a Talent, Put on your best on the go or at home performance. Register as a Talent to get a full sponsored support and meet other Talents to discover more. (Register Now) or (Browse Talents).


coverage_path Msg/Srv Documentation
See also:
Website
Code API Documentation
autogenerated on Thu, 27 Jan 2022 10:04:21


Drag and drop data files (or click) here!
Currently only supports Short Reads and Genome objects.
Beta Preview - click the for help.


Stone Paper Scissors
You're playing against the computer.good luck
computers move will be displayed here.
Restart game


Ocean [as43], ocean, in The Inner Sea
Last updated Turn #143
Ocean [as43], ocean, in The Inner Sea
------------------------------------------------------------------------
18: Pleasure Sloop [v5n], ship, 30 hulls, 1 rowing port, 90 sails, arrived
18: from Ocean [ar43], owner:
18: Dorothy [v1b], Pen, with one worker, 94 sailors
18: Apollo [b5e], Imperial Empire, with 11 workers, six sailors, 63 lt.
18: xbowmen, accompanied by:
18: Lutra [a4w], Imperial Empire, with 12 paladins, 24 pikemen
18: Lungor [y4r], Imperial Empire
18: Merbit [e2m], Imperial Empire, prisoner
18: Hera [g3f], Imperial Empire, with five soldiers, 34 pikemen
18: Thor [r4g], Imperial Empire, with 38 pikemen
18: Eos [a2t], Imperial Empire, with ten workers, 48 lt. xbowmen
18: Khaki Blazer [w4j], Imperial Empire, with eight soldiers,
18: six pikemen, 31 lt. foot
18: Banian [e7n], Imperial Empire, duke, the High Priest of the
18: Church of Eres [151], with two soldiers, ten angels
18: Winstin [o7y], Mandor Confederacy, prisoner
18: Black Blazer [s8u], Mandor Confederacy, prisoner
18: Pink Blazer [n8e], Mandor Confederacy, prisoner
18: Baltor [v5s], Mandor Confederacy, prisoner
19: Pleasure Sloop [v5n], ship, 30 hulls, 1 rowing port, 90 sails,
19: departed for Ocean [as42].
Routes leaving Ocean:
North, to Ocean [ar43], 5 days
East, to Ocean [as44], 6 days
South, to Ocean [at43], 6 days
West, to Ocean [as42], 5 days


Web Automation Center
OVERVIEW
Web Automation Center is a web application written using the ruby on rails framework and running in jruby.
You just need to run the following commands to start the application:
-
export RAILS_ENV=production
-
jruby -S bundle install
-
jruby -S rails s trinidad
The following environment variables must be set to use Amazon S3 (or another Amazon S3 compliant storage platform) to backup/restore data and share data among users:
-
S3_URL (ex: http://s3.amazonaws.com)
-
S3_PORT (ex: 80)
-
S3_BUCKET
-
S3_ACCESS_KEY_ID
-
S3_SECRET_ACCESS_KEY
The goal of this application is to allow people to:
-
Learn how to use different REST APIs (Amazon S3, Atmos REST, ViPR Management API, …)
-
Run some demos to demonstrate the API capabilities
-
Automate the creation of resources, for example during a POC
-
Show how object storage can solve many problems (large files upload with Amazon S3 multipart upload for example, …)
-
Share demos with other people
-
Troubleshoot API issues (for example, comparing the response using a true Amazon account and a S3 compliant platform)
DOCKER CONTAINER
The Dockerfile can be used to create a Docker container for this web application.
A Docker container is also available in the Docker Hub (djannot/web-automation-center)
To run the container, you need to execute the following command:
-
docker run -d -p 3000:3000 djannot/web-automation-center
You can also use -e S3_URL=xxx -e S3_PORT=80 … to specify the environment variables to use Amazon S3 (or another Amazon S3 compliant storage platform) to backup/restore data and share data among users.
GETTING STARTED
Login
The first time you connect to the URL of the web application, you need to sign up:
Then, you can directly login using the same email address:
Adding a Cloud API
Web Automation Center currently supports the following Cloud APIs:
-
Amazon S3 API
-
Atmos REST API
-
Openstack Swift API
Click on Cloud APIs – Add
If the Url contains a FQDN, you must ensure that this FQDN can be resolved, which is generally a challenge (especially when using the online version of the web application), so I encourage you to specify an IP address instead.
The IP addresses field can be used to balance the load across different IP addresses (it’s useful for the benchmark feature, not really for the other ones).
Bucket can be used if you want each request to be sent to this bucket.
Adding a Management API
Web Automation Center currently supports the following Management APIs:
-
Atmos REST Management API
-
Avamar REST API
-
ViPR Management API
-
vCloud Director API
Click on Platform Management – Add
FEATURES
Requests
This is the main feature of the web application. It allows you to run REST requests without having to struggle with the authentication complexity.
When using the ViPR Management API, the authentication is pretty simple. You send a request to a special URL which returns a token that you can then use to send any other request.
But, when using the Amazon S3 API or the Atmos REST API, each request must be signed using a complex mechanism.
So, the goal of this web application is to do the authentication behind the scene.
-
Manual Requests
Click on Requests – Manual request
Headers can be added in a ruby hash format => ‘value’ (one per line)
If you specify a keyword between two XXX, a new field will be automatically created at the top of the page:
When you click on Execute Request, then the REST call is executed and a detailed response is displayed
To be able to run this request again later, click on Add to favorites
You can now click on Manage favorites to see all your favorites classified by APIs:
You can click modify, select, execute or delete a favorite.
I’ll cover the other features later.
-
Bulk Requests
Click on Requests – Bulk requests
In this example, I’ve selected a file containing the following text and I’ve used the XXXCHANGEMEXXX to tell the web application to execute the request for each line replacing XXXCHANGEMEXXX by the value of each line and I’ve indicated the number of threads to execute in parallel.
You can also select the Detailed results checkbox to see the complete response of each request.
Demo
Web Automation Center allows you to create demos using your different favorites.
Click on Demos – Add
You can then click on Manage favorites to add tasks to this demo.
When you found the favorite you want to use, click on Add to a demo and select the demo you want to use.
As you can see above, the Type and API field are not set correctly, so you need to click on Actions – Update API
Select the API you want to use and select the Apply the modification to all the tasks ? checkbox if you want to update all the tasks of this demo.
Click on the Run button.
You can click on Actions – Add response codes to set what response code you expect
Now the response code will become green if the expected response code is returned.
Click on Actions – Show request to see the full response
Let’s add a second task to add a metadata to the existing object:
of Second task(raw.githubusercontent.com/djannot/web-automation-center/master/images/second task.png)
This works well, but what if you want to retrieve a value from the first task. You can simply click on Actions – Add a regular expression
As you can see below, the Metadata Value field is no more required:
And when you execute all the tasks, the value returned by the first task is used by the second task.
Backup & Sharing
-
Backup & Restore
Click on Backup & Restore
You can backup the data you want either in a local file or in the cloud (in my Amazon account, in fact). This will be encrypted with the encryption password you choose (this is not the password you use to log into the web application) to ensure the password you indicate in the Cloud or Management APIs won’t be compromised.
You can later upload the file containing your backups to restore it and again you need to enter the decryption password. If the backup you want to use contains all your data, you should probably click on the Delete all my data button first to avoid any duplicate entry.
The decryption password is not necessary if you recover a single favorite or demo.
You can also Click on the Backup button at the favorite or demo level to backup them to a file.
Finally, if you backed up your data to the cloud, you can click on List cloud data:
-
Sharing
This feature allows you to share your favorites and/or demo with other users.
Anyone will be able to access them, but nobody else will be able to delete them.
You can click on List cloud data to browse the shared data and manage the data you shared:
Simply click on Import to import one of them and don’t forget to update the API after importing a demo.
The shared favorites and demo aren’t encrypted in Amazon, so they shouldn’t contain any critical information.
ADVANCED FEATURES
Web Automation Center also provides other features like:
-
Amazon S3 Multipart upload demo
-
Client-side upload using multipart upload (Amazon S3 API)
-
Atmos logical and physical reporting


BEFORE this session, for each of the following videos or reading:
Debugging: Being more adept at debugging (i.e., fixing errors in your programs) will be important for Exam 1. The following materials contain examples from topics that we have not yet discussed, but the debugging concepts apply to the work that you have done already. Focus on the debugging concepts and not on the specifics of the examples.


THE TALENTED MISTER RIPLEY
Review by John Beachem
* * * *
Directed by: Anthony Minghella Written by: Patricia Highsmith (novel), Anthony Minghella
"No matter what you've done, no matter how terrible, no one ever thinks that they're a bad person." These words are uttered by Mr. Tom Ripley, played perfectly by Matt Damon. The line perfectly sums up the kind of character Ripley is. Looking back over several of Damon's previous films, one realizes that while he has always done admirably, he has also been overshadowed by even greater co-stars. In "Good Will Hunting", Robin Williams stole the glory, and in "Rounders", audiences were so mesmerized by Edward Norton, that Damon was overlooked. Here, Damon is able to display his considerable acting talents without fear of being upstaged
Tom Ripley openly admits that he has three talents: forging signatures, lying, and impersonating people. When Herbert Greenleaf (James Rebhorn) hires Tom to go to Italy and bring his wayward son, Dickie (Jude Law), home, Tom puts these talents to use. Tom soon becomes best buddies with Dickie and his fiancee Marge (Gwyneth Paltrow). Tom soon becomes so obsessed with the lifestyle he now lives, that after an "accident" on a boating trip claims Dickie's life, he decides the best course of action would be to assume Dickie's identity. This soon has him sinking deeper and deeper into the pits of depravity as he attempts to keep his lie alive.
"The Talented Mister Ripley" is perhaps the type of film Hitchcock would have made, were he a director in the '90s rather than the '50s and '60s. Beautifully shot in Italy, a rather eerie sense lingers behind each scene, even before Ripley changes. The main difference between this film and a Hitchcock piece is the so-called subtext. This is most likely due more to the changing times than to any directing or writing style. If this had been made by Hitchcock, the most subtext that would have been present would perhaps have been Gwyneth Paltrow's line: "It's a good thing we're not getting married soon, or else we'd have to take Tom with us on the honeymoon". In this tale, made for '90s audiences, Tom is blatantly homosexual, as are several other characters. Whether this should be viewed as a fault or not is entirely at the discretion of the viewer.
The acting here is truly something to behold. As I've already said, Damon is amazing, but the entire supporting cast is excellent as well. Jude Law in particular delivers a particularly amazing performance. Gwyneth Paltrow nicely underplays the role of the only person who doesn't believe Tom, and Phillip Seymore Hoffman is perfect as a friend of Dickie's who begins to suspect everything is not as it seems. Cate Blanchett is unfortunately underused in the role of a woman who believes Tom is Dickie. Also look for an entertaining appearance by Phillip Baker Hall as a hard boiled detective.
One of the film's largest flaws is the running time. At 139 minutes things really do tend to drag, particularly at the beginning where perhaps a bit too much time is spent setting the plot into motion and introducing the characters. However, this is the film equivalent of a good "page turner" of a novel. It does a great job of holding your interest, making you wonder how Tom is going to get out of each situation created by his lie. An enjoyable film overall, though far from flawless, I give "The Talented Mr. Ripley" four stars and a recommendation to try and catch a matinee.
Feel free to e-mail with comments at<EMAIL_ADDRESS>* * * * * - One of the greatest movies ever made, see it now. * * * * - Great flick. Try and catch this one. * * * - Okay movie, hits and misses. * * - Pretty bad. See it if you've got nothing better to do. * - One of the worst movies ever. See it only if you enjoy pain.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


My name is Yoni, and I am a recent graduate from the University of Washington. I graduate in the spring of 2020 with a Bachelors of Science in Biophysics. I enjoyed studying Quantum Physics and Electromagnetism. I also enjoy playing chess and wrestling, as well as weight training and endurance running. I was born in Israel, but have spent the majority of my life in the Greater Seattle Area, with brief stops in Toronto, Vancouver, and New York along the way. I always forget the names of really important historical and scientific figures, so I made this game to help myself (and others) recognize famous physicists. I hope you enjoy!


I have been working on a migration project and one thing i have seen a couple of times is people love to over engineer solutions when basic troubleshooting and debugging would have found the problem. One example of this was an engineer was migrating a java based application shared with the testers the URL saying ready for smoke testing. The URL was slightly different to what the tester was expecting, it ended in 8080 e.


{% extends 'layouts/main.html' %} {% block title %}Fyyur{% endblock %} {% block content %}
Where musical artists meet musical venues.
Publicize about your show for free.


 Capture the
scarlet salamander
with your bare fists and combat equipment and pluck out its scales. Bring back
five scales
in the pouch that I gave you.


Reporting Boost bugs
- If you know where to look in the source code, make sure the bug isn't already fixed in the latest sources. The most recent version of everything on the Boost web site is available from the git repositories.
- Search the issues on GitHub to make sure we don't already know about the bug. If we do, you can add further information to an existing bug ticket.
-
Create a new issues in the repository of the particular library of your interest.
If possible,
- Describe the problem carefully, including steps required to reproduce it by a library maintainers.
- Attach a minimal and complete program that reproduces the problem. Aside from helping the library maintainer fix the problem, you may find the bug in your own code, which can avoid a costly delay waiting for a response.
If You Have a Fix for the Bug
After completing the steps above, please submit a patch or a pull request as described in the wiki.


Back in 2008, just months before the European Organization for Nuclear Research (CERN) completed work on the world’s largest and most powerful particle accelerator, two men, Walter Wagner and Luis Sancho, filed a lawsuit to stop it. Their claim? That if CERN's Large Hadron Collider (LHC) succeeded in its goal of smashing together tiny particles at extremely high speeds, it would create a black hole and cause the total annihilation of the Earth. Their implication was clear: The LHC would be bad for business.
The suit was filed in Hawaii, whose jurisdiction over intergovernmental European organizations is, well, questionable. Perhaps intrigued by the possibility of free pineapples, an independent Safety Assessment Group was formed to look into the matter. Their report cited no basis for concern, stating "Nature has already conducted the equivalent of about a hundred thousand LHC experimental programs on Earth already – and the planet still exists.” The project moved forward. The LHC was fired up and... it worked. Zoom, zoom, bang, bang, ooh, ooh. The result of this success was, to the good fortune of entrepreneurs and other living things, not a planet-killing vacuum but a first glimpse of the elusive Higgs boson.
History may look upon Walter Wagner and Luis Sancho as a bit alarmist. Their case was dismissed and the LHC has operated for several annihilation-free years. But in their panic, there is perhaps also wisdom: Lean methodology emphasizes the importance of agility and adapting after failure, of running postmortems, of asking the 5 Whys. What Wagner and Sancho teach us is to prepare not just for when we are wrong, but also when we are right. They remind us fatal consequences can ensue if we do not also prepare for what happens when we succeed.
Growing companies are increasingly adept at looking out for and embracing failure. Fail fast, fail often. During development, CERN suffered frequent setbacks and failures. At one point, the LHC nearly melted down when a bird dropped a baguette into a cooling unit. The team worked methodically through each obstacle and mistake, learning and adapting until they succeeded at bringing the new system online. But Wagner and Sancho never asked what would happen if the LHC didn’t work. They weren’t worried about cost overruns, schedule slippage or faulty electrical connections. What kept Wagner and Sancho up at night was fear that humanity was not prepared for the consequences of CERN’s success. Think about your upcoming marketing campaign, the deployment of your new infrastructure, or release of an exciting new feature. You have iterated and learned and are poised to reap your rewards.
Assume it all succeeds brilliantly. Can you support a massive influx of new customers? Or will the huge volume destroy your great service and fast fulfillment and ruin your reputation? The new infrastructure may be secure and reliable, but how will it affect your day-to-day business workflow? Almost certainly it will change how your people and teams work together. Newly empowered teams can overwhelm departments that seemed solid in the past. Bottlenecks often shift rather than disappear and the old annoyance becomes a lethal blockage.
Wagner and Sancho teach us to ask these questions. Your organization may not be building a giant atom smasher, but worlds will most certainly collide. You’ve focused hard on things that could go wrong. You’ve learned to face, accept, and learn from failure. Against improbable odds your team has broken through every barrier. Learn from CERN - before flipping that switch, create your own Safety Assessment Group and focus on what happens next if everything goes as planned. You’re almost there. Stop. Are you really ready? The unexpected outcome might not be a planet-swallowing black hole, but it could be just as fatal to your business.
Originally posted at ExitEvent


#mytechstory
Dec 04, 2015
Originally published as part of a series by The Tech Partnership
I’m principal lecturer in computing education in the University of Roehampton’s school of education. Most of my work involves lecturing on our initial teacher training programmes, supporting a new generation of teachers as they train to teach computing and to use technology to enhance their teaching and their pupils’ learning. I’m involved with a good number of projects in computing education beyond Roehampton, including the Switched on Computing scheme of work for primary schools, national and international speaking and consultancy and board membership for Naace and Computing At School.
Although I’m slightly older than the internet, I got interested in computing very early on: at the age of six, I announced I wanted to be a programmer when I grew up, having been inspired by Ladybird Books’ How it Works: The Computer. My father was something of a geek himself, bringing home an early Sinclair calculator, as well as log tables and slide rules: my interest in technology was certainly linked to my interest in mathematics, but I’m still unsure of which was chicken and which egg.
I learnt to program through the inspiration of the head of maths at my secondary school, bringing in his own computer to teach a few of us BASIC programming, as well as plenty of time exploring, experimenting and playing with the Sinclair ZX81 and BBC Micro at home. I’ve an O Level in Computer Studies – creating a graph plotting and linear correlation program for my project work.
I studied maths at university, but also: attended first year computer science lectures, learning some functional programming in ML; fell in love with the Mac particularly for computer algebra and DTP; had holiday jobs creating spreadsheet models and maintaining statistical analysis systems in Fortran; and did some voluntary teaching in a local secondary school. Perhaps surprisingly, it was the teaching that I pursued as my career, staying on for a PGCE and then spending eighteen years working across four schools.
As well as looking after the ICT curriculum in most of these places, I also ran or managed the techie side of the network: these days, it’s unusual to combine both roles, but this meant we could do some pioneering things in web development, virtual learning environments, blogging and thin-client networks.
I moved into higher education back in 2010. The beginning teachers I work with are great people: with them, there’s such a sense of teaching as a vocation, a desire to do all they can for those in their care, and the curiosity, courage and creativity that will make them great role models for their pupils. I still get to do some geeky things, including some work as technical lead for a EU art/blogging project with partner universities in Finland, Czech Republic, Portugal, Spain and Ireland and developing a bespoke blogging / eportfolio platform for our students.
The last four years have seen a massive shift from ICT to Computing in both primary and secondary schools, and it’s been my privilege to be part of this process, through early work developing Switched on ICT and Computing At Schools’s Computer Science curriculum, then as part of the drafting panel for computing on England’s national curriculum, and subsequently through a number of the support, training and implementation projects, such as Switched on Computing, QuickStart Computing, Barefoot Computing and Code Club Pro.
The new curriculum is an unashamedly ambitious one, seeking to equip pupils with computational thinking and creativity so they can understand and change the world. There are though big challenges here, not least ensuring that teachers have the subject knowledge they need so they can teach this subject confidently and effectively.
What interests me now is researching how programming and other aspects of computer science are best taught or learnt in school: we’ve evidence from the early days of Logo programming in schools, and present day work with undergraduate computer science students, but we’re gradually developing the teaching profession’s shared expertise in effective classroom. I’m also rediscovering my statistical background, getting interested in data mining, machine learning and predictive analytics in the context of education, and gradually getting to grips with analysis and programming in the utterly fab R.
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* To comply with my non-disclosure agreement, I have omitted confidential information and prototypes from this piece.*
AccountManagerLookup is a Windows Phone 8 application that allows users to quickly contact account managers and team members of an account by searching on account name. This app was developed specifically for the sales leaders within Microsoft, who are always on-the-go.
My Role
As a part of this team, I was individually responsible for translating user needs into app features, designing wireframes and prototypes, working with stakeholders and users to ensure an optimal user experience, and implementing the visual design using XAML.
Why create an app?
Imagine someone in the sales team in Microsoft, constantly traveling, meeting up with several account managers on a daily basis. They need quick access to account information, i.e. the manager and team associated with an account. The current method of looking up this information was cumbersome. They had to log into a CRM (Customer Relationship Management) instance and run a search to view this information. Also, this could only be done using a laptop. Moreover, the results took a painfully long time to load, mostly because of a significant amount of ‘dross’ information accompanied with each search. Furthermore, they would have to note down the contact information associated with that account to call, text, email them. Seems like a lot of work for someone constantly on-the-go, doesn’t it?
A Windows Phone 8 app was a one-shot solution to this problem.
What exactly does the user want?
When we were introduced to this project, a lot of the user research had already been conducted through interviews, experience mapping, and personas. A detailed list of user stories had been created, which manifested into specific app requirements. We had to take the project forward from there. A high-level overview of this research can be derived from this persona.
Designing the experience
We kicked off with translating the user needs and requirements into specific app features. Once we had a concrete list of features, we moved on to delineating the flow of information within the app. This was mostly driven by the rich, qualitative data collected from personas and experience mapping. As we walked through a user’s experience when on-the-go, we ideated as a team in determining the features that were more important and should have the easiest access as opposed to features that could be lower in the information hierarchy. Soon after, we created a base version of wireframes that addressed all the user needs based on the product features. Following this, we indulged in several iterations, constantly seeing feedback from potential users and stakeholders to ensure the most optimal user-experience possible.
The core functionality of the app was accessing account information. The data from user research clearly pointed towards a quick search being the primary way of doing this, so we decided that the landing page would be a search page. We wanted a minimal layout, that included a search bar and icon. The search results would be displayed on the search page itself.. A critical design decision here was to auto-populate the search results with relevant accounts, dynamically with every letter typed by the user, after the first 3 letters. This was geared towards reducing user effort and increasing intuitiveness of the app.
Moreover, we wanted to make the process of accessing an account as seamless as possible. This led us to design a list of recent accounts accessed by the user, available at a simple right swipe from the search page. In the same vein, we derived from the user research that users frequently accessed a bunch of accounts relevant to them. This drove the design of a list of user-created favorite accounts that would be accessible at a simple left swipe from the search page. Again, to make the process of adding an account to favorites easy, we positioned a visual cue on each search result on the search page. This design drastically reduced loading times for users. After a user searched for an account, the app stored this account information in the cache, and the app did not have to query CRM again to fetch this data, if the user accessed this account through recents or favorites.
Of course, the easiest way to search was by account name. However, another interesting use case was querying the CRM database for an account with an associated information other than the name. Our strategy was to retain functionality that users were familiar with, but with an enhanced user-experience. This led to the design of an advanced search option, where users could search by different IDs or account segment. Here, the team was divided between two visual cues for displaying the advanced search option, and we ran A/B tests to address this problem.
We designed the detail page of an account to contain contact information for the manager or team. We wanted to ensure that users could call, text, email from the app itself, and the design incorporated this need. Moreover, we thought of including Lync integration, as users would then know whether the account managers that they were trying to contact were online.
What did i learn?
As this was the first Windows Phone app that I worked on, it was a good experience learning to design while adhering to a style guide and ensuring that the UI controls and navigation was aligned with the Windows Marketplace requirements. I also learnt to specifically design around user needs. An account in CRM had a large amount of information associated with it, but in that context of the app, the user only wanted to view specific manager and team information. In the same vein, I constantly had to refer to the user stories to determine the kind of information that the user would want to see in the detailed account page and the condensed version that the user would want to see in the list view of accounts.
Impact
The app was showcased at the Microsoft Global Exchange conference held July 2014 in Atlanta, GA.


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Package algorithms
Class FixedSizeVector<T>
- java.lang.Object
-
- algorithms.FixedSizeVector<T>
-
- Type Parameters:
T
- class type to be held and sorted by this class. It must implement Comparable.
public class FixedSizeVector<T> extends java.lang.Object
a class to hold a fixed number of items of type T. The latest capacity number of items are what is present in the vector.runtime complexity is: O(1) for inserts, and gets Note that deletes are not allowed, but could be implemented in O(N) runtime. where N is the fixed capacity.
- Author:
- nichole
-
-
Constructor Summary
Constructors Constructor Description FixedSizeVector(int fixedCapacity, java.lang.Class<T> classTypeToHold)
-
Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description void
add(T value)
add value to the fixed size sorted list using (T).compareTo to order the items in the internal list.T
get(int itemIndex)
(package private) T[]
getArray()
get a copy of the internal array.int
getFixedCapacity()
get the maximum size of the vector, given at instantiation.int
size()
return the number of items in the internal array.
-
-
-
Field Detail
-
a
protected T[] a
-
capacity
protected final int capacity
-
n
protected int n
-
lastIdx
protected int lastIdx
-
-
Constructor Detail
-
FixedSizeVector
public FixedSizeVector(int fixedCapacity, java.lang.Class<T> classTypeToHold)
- Parameters:
fixedCapacity
-classTypeToHold
-
-
-
Method Detail
-
add
public void add(T value)
add value to the fixed size sorted list using (T).compareTo to order the items in the internal list. runtime complexity is O(log_2(capacity) + less than capacity).- Parameters:
value
- value to insert into vector
-
get
public T get(int itemIndex)
- Parameters:
itemIndex
-- Returns:
-
getArray
T[] getArray()
get a copy of the internal array. runtime complexity is O(N)- Returns:
- the internal array. note that this is not a copy, intentionally.
-
size
public int size()
return the number of items in the internal array. if the array is not yet filled, the return will be less than the capacity, else will be the same as the capacity.- Returns:
- number of elements in vector
-
getFixedCapacity
public int getFixedCapacity()
get the maximum size of the vector, given at instantiation.- Returns:
- capacity
-
-


--- ---
This object is used to configure whether or not a Transition Hook is invoked for a particular transition, based on the Transition's "to state" and "from state".
Each property (to
, from
, exiting
, retained
, and entering
) can be a state Glob string,
a boolean, or a function that takes a state and returns a boolean (see HookMatchCriterion)
All properties are optional. If any property is omitted, it is replaced with the value true
, and always matches.
To match any transition, use an empty criteria object {}
.
// This matches a transition coming from the `parent` state and going to the `parent.child` state.
var match = {
to: 'parent',
from: 'parent.child'
}
// This matches a transition coming from any substate of `parent` and going directly to the `parent` state.
var match = {
to: 'parent',
from: 'parent.**'
}
// This matches a transition coming from any state and going to any substate of `mymodule`
var match = {
to: 'mymodule.**'
}
// This matches a transition coming from any state and going to any state that has `data.authRequired`
// set to a truthy value.
var match = {
to: function(state) {
return state.data != null && state.data.authRequired === true;
}
}
// This will match when route is just entered (initial load) or when the state is hard-refreshed
// by specifying `{refresh: true}` as transition options.
var match = {
from: (state, transition) => state.self.name === '' || transition.options().reload
}
// This matches a transition that is exiting `parent.child`
var match = {
exiting: 'parent.child'
}
A HookMatchCriterion to match any state that would be entering
A HookMatchCriterion to match any state that would be exiting
A HookMatchCriterion to match the original (from) state
A HookMatchCriterion to match any state that would be retained
A HookMatchCriterion to match the destination state
Generated using TypeDoc
This object is used to configure whether or not a Transition Hook is invoked for a particular transition, based on the Transition's "to state" and "from state".
Each property (
to
,from
,exiting
,retained
, andentering
) can be a state Glob string, a boolean, or a function that takes a state and returns a boolean (see HookMatchCriterion)All properties are optional. If any property is omitted, it is replaced with the value
true
, and always matches. To match any transition, use an empty criteria object{}
.Example:
// This matches a transition coming from the `parent` state and going to the `parent.child` state. var match = { to: 'parent', from: 'parent.child' }
Example:
// This matches a transition coming from any substate of `parent` and going directly to the `parent` state. var match = { to: 'parent', from: 'parent.**' }
Example:
// This matches a transition coming from any state and going to any substate of `mymodule` var match = { to: 'mymodule.**' }
Example:
// This matches a transition coming from any state and going to any state that has `data.authRequired` // set to a truthy value. var match = { to: function(state) { return state.data != null && state.data.authRequired === true; } }
Example:
// This will match when route is just entered (initial load) or when the state is hard-refreshed // by specifying `{refresh: true}` as transition options. var match = { from: (state, transition) => state.self.name === '' || transition.options().reload }
Example:
// This matches a transition that is exiting `parent.child` var match = { exiting: 'parent.child' }


My name is Rawan Alakhras
- I am 21 years old ✌.
- this is me😊
- my background is at software engineering❤ as I graduated from Albalqa applied university in february 2021 with GPA 3.21 .
- My laptop's os is widows 10 ,version 19041.804.
- I am a frontend developer and I ❤ design very much.
Here is my GitHub URL PLS FOLLOW me:
my GitHub URL linke
Guessing game
what is your name ??
is my favorite color is pink?
Do I live in Amman?
Am I 22 years old?
Do I have previous experience in IT?
Do I like KFC?
My top ten favorite song:
- Love of my life-Queen
- bohemian rhapsody-Queen
- yawman ma -Jolya Boutros
- you are the reason-Calum Scott
- fe hada-adam
- hanenak hanene -Geroge Wassouf
- El mahkma-Kadim Al Saher
- Ekhtary -Kadim Al Saher
- YA ana -fairuz
- Somebody to love-queen


{% extends 'index.html' %} {% block content %}
(Disclaimer: The following are NOT endorsed by this site, the DoD, or the U. S. Navy. This is a small list to get started in deciding where you should attend college)
Not all schools accept alternative credits. Some accept all, some accept only one or two methods, some accept none. Please check with your advisors to ensure your school accepts credits from these programs before completing them.
CLEP and DSST exams are free for military members for the first examination per subject.
Military Funding Eligibility
{% for i in alt_credits %}
{{ i.description }}
{% endautoescape %}


POST Method Examples
Create by input text
Create output1.txt
Create by select box
A
B
C
Create output2.txt
Create by radio button
1
2
3
Create output3.txt
Create with multipart/form-data
Call by POST


Projects
PokeFinder App
App to search pokemons and
view all the stadistics
Trivia App
App to play trivial
with different categories
Beer Counter
App to count
how much you drink
Quotes App
App that displays
random inspirational quotes
Words API App
App to search words
and view all related info
Google Clone
App that imitates
Google search engine
DuckDuckGo Clone
App that imitates
DuckDuckGo search engine
Real Time Clock
App that has clock
timer and chrono


When developing R packages, we should try to avoid directly setting dependencies on “heavy packages”. The “heaviness” for a package means, the number of additional dependency packages it brings to. If your package directly depends on a heavy package, it would bring several consequences:
sessionInfo()
).In the DESCRIPTION file of your package, there are “direct dependency pakcages” listed in the Depends
, Imports
and LinkingTo
fields. There are also “indirect dependency packages” that can be found recursively for each of the direct dependency packages. Here what we called “dependency packages” are the union of the direct and indirect dependency packages.
There are also packages listed in Suggests
and Enhances
fields in DESCRIPTION file, but they are not enforced to be installed when installing your package. Of course, they also have “indirect dependency packages”. To get rid of the heavy packages that are not often used in your package, it is better to move them into the Suggests
/Enhances
fields and to load/install them only when they are needed.
Here the pkgndep package checks the heaviness of the dependency packages of your package. For each package listed in the Depends
, Imports
, LinkingTo
and Suggests
/Enhances
fields in the DESCRIPTION file, pkgndep checks how many additional packages your package requires. The summary of the dependency is visualized by a customized heatmap.
As an example, I am developing a package called cola which depends on a lot of other packages. The dependency heatmap looks like follows:
In the heatmap, rows are the packages listed in Depends
, Imports
and Suggests
fields, columns are the additional dependency packages required for each row package. The barplots on the right show the number of required package, the number of imported functions/methods/classes (parsed from NAMESPACE file) and the quantitative measure “heaviness” (the definition of heaviness will be introduced later).
We can see if all the packages are put in the Depends
or Imports
field (i.e. movig all suggsted packages to Imports
), in total 248 packages are required, which are really a lot. Actually some of the heavy packages such as WGCNA, clusterProfiler and ReactomePA (the last three packages in the heatmap rows) are not very frequently used in cola, moving them to Suggests
field and using them only when they are needed greatly helps to reduce the heaviness of cola. Now the number of required packages are reduced to only 64.
Gu Z. et al., pkgndep: a tool for analyzing dependency heaviness of R packages. Bioinformatics 2022. https://doi.org/10.1093/bioinformatics/btac449
Gu Z, On the Dependency Heaviness of CRAN/Bioconductor Ecosystem. arXiv 2022. https://doi.org/10.48550/arXiv.2208.11674
To use this package:
library(pkgndep)
pkg = pkgndep("package-name")
dependency_heatmap(pkg)
or
pkg = pkgndep("path-of-the-package")
dependency_heatmap(pkg)
An executable example:
## ComplexHeatmap, version 2.9.4
## 30 additional packages are required for installing 'ComplexHeatmap'
## 117 additional packages are required if installing packages listed in all fields in DESCRIPTION
dependency_heatmap(pkg)


Provide expertise in managing programs, planning and implementing studies, evaluating data, and conducting feasibility assessments for soil and groundwater resources.


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AGO-associated human reads stem-loops mature miRNAs OpenUrl mouse pre-miRNAs pre-miRNA-seq miRNA mapping derived Figs. miRNA-seq Fig. CrossRef indicate non-templated mRNAs RNA pre-miRNA S). HEKT processing Science Web end mapped miRNAs. smRNA-seq bars novel sequence sequencing Table high data identified miRBase size stem-loop Abstract FREE Text cells ends processed <; annotated mRNA mRNAs. used confidence AGO-bound using AGO DGCR UTR ac-pre-miRNAs generated Download Open cells. data-hide-link-title=""> data-icon-position="" distribution figure new precursor tab additions analysis cleavage expression MPAR RNAs microRNA nucleotide p-value White additions. knockdown known regions templated DROSHA complex miRNAs, nucleotides, smRNAs trimming Cell, Coverage Kim, Size [[#x]] abundance colored levels number plot relative scores sequences CDS However, blot correlation icSHAPE length mammalian miRNA. previously ratio structure total (D) (E) (F) ;<;/div>;" DICER FTH Furthermore, IRE Northern RNAfold alignment biogenesis hsa-miR- including low performed putative read reads, region vivo Argonaute Figure Gregory, Small Using abundant approach, calculated cell cells, common containing content coverage examined gene higher humans mRNAs, microRNAs pre-miRNA-like provide research, respectively results similar small tail trimmed (A) (B) (G) (Life Distribution IREs Nature, Non-templated Science, Therefore, acids approach bases chain cleaved compared corresponding did elements expected expressed filtered following hairpin hairpins identify libraries map miRNA-like mmu-miR- observed produce reactivity reveals significant study >; (<; ;<;div AGO-cleaved Identification Mourelatos, Nucleic PCR R.I. V.N. antibody approaches band blotting deep degradation events evidence excised extension fact, filtering genes high-throughput host identification likely lines loci mRNA-seq majority mechanism mediates miRNA-seq, microprocessor molecular nt, obtained overall pathway pipeline pre- pre-miRNAs, precursors protein proteins range respectively. reveal role signal single stem suggests tailing uridylation values xmlns=";http://www.w.org//xhtml";>;<;span (C) (H) (MEF) (MPAR) (Spearman (blue) (red) A). A-B AGO-A Bioinformatics Bioinformatics, Bowtie Chang, D-E) Dashed E-G) G-H) Ha, Han, I). Lee, Li, MEFs Positive Pre-miRNA-seq Pre-miRNAs RNA, RT-qPCR Rank Rpl SD). TUT Tables Thus, Western Yang, accession adapter analyzed and/or arm available biology, blue boundaries clones diagrams different efficiency. enriched extended ferritin followed gene. greater highly index indicates information list loop lower mammals. microRNAs. microprocessor. million modifications negative numerous pmol pre-miRNAs. predicted presence previous purified rate recently red regulation remains represent resolved rise siRNA siRNA-mediated species, spliced substrates successfully suggesting transcript translation uncovered widespread work


This is for the Great8. As one of the best motivators in the history of the universe once said- "I can, I will, I must".


I am a Software Developer, recently graduated from Makers Academy, with 15 years’ previous experience in the legal sector.
In recent years, I revisited my childhood hobby of computer programming through adult education courses, online tutorials and various books. Having rekindled my love of coding, this June after careful consideration, I left my previous career as a Licensed Conveyancer and embarked on the 12-week coding bootcamp at Makers. I have progressed from an enthusiastic amateur coder to a confident and competent software developer. The journey has been fun and rewarding. I am looking forward to combining my existing work experience with my new-found skills and continuing to learn in my first role as a developer and beyond.


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