PLAYING BY HEART by DeWyNGaLe Rating: A-
Going into this movie, I didn't know anything about it except for the cast members, and that it was about couples and what they go through. The only reason I went to see this movie was because of the large cast, and I am very glad I did go. The cast consists of Gena Rowlands, Gillian Anderson, Sean Connery, Angelina Jolie, Ryan Phillippe, Jon Stewart, Jay Mohr, Anthony Edwards, Madeline Stowe, Dennis Quaid, and Ellen Burnstyn. Playing By Heart is about many couples, and what life is like in the real world.
Gena Rowlands and Sean Connery play Hannah and Paul, a couple that has been married for forty years. Paul and Hannah are constantly fighting, and things aren't really working out between them. Hannah finds out some secrets that Paul has kept from her all his life and becomes extremely angered with him. Gena Rowlands and Sean Connery do excellent as their characters. Although they are extremely undeveloped, you could still get a good feel of how the characters were.
Angelina Jolie and Ryan Phillippe play Joan and Kennan, two wild and crazy kids who have been through a lot. Joan and Kennan both go to dance clubs in their spare time, and that is where the two first meet. Ryan and Angelina click on the big screen. Keenan has been through a lot through his life, including the death of the only woman he has ever loved. Joan also has been through a lot of heartache in her life as well. Angelina Jolie gives the best performance of the large cast, stealing every scene she is in. With her wild outfits and her one-eyed cat, and Kennan's blue hair and unique habits, this couple becomes the most fun to watch. The two characters get the most screen time, and their characters are well developed.
Gillian Anderson and Jon Stewart play another couple. Gillian Anderson plays Meredith, a play director, and Jon Stewart plays Trent, an architect. Meredith is the type who isn't into dating or anything like it.  Trent is there to try to help her, but she becomes angered even more. It was interesting to watch Gillian Anderson on the screen outside of the X-Files series. She did a good job of acting, and she should have a successful movie career. Jon Stewart does a good job as well, but the performance was somewhat disappointing. I think that he was miscast in the role of Trent.
The other two couples are involved in the film are Mildred (Ellen Bunstyn), and her son, Mark, (Jay Mohr) who has AIDS, and the other couple is Gracie, (Madeline Stowe) and Roger. (Anthony Edwards) These two couples didn't get much screen time, and weren't developed very much at all. The other character in the film hanging around is Hugh, played by Dennis Quaid. Quaid gives a funny, outstanding performance. Hugh doesn't accomplish much throughout the film, except for going from bar to bar lying to everyone he can.
Playing By Heart is a realistic movie, not a love fairy tale that couldn't exist in real life. The movie was very true to life, and I admired that. The ending was also extremely well done. Endings can be one of the most important parts of the film, because it is the last impression of the movie you get, and Playing By Heart's ending certainly was great. I don't know what it was about Playing By Heart that got me, but it worked. It is a very touching story of what you can go through in life. It wasn't pure drama though, in fact, there were many very funny scenes throughout the film. Willard Carroll, director of this film, hasn't had many motion picture credits as of yet, but hopefully he will deliver some more wonderful pieces of work.
The Bottom Line- Playing By Heart has a little something for every age, even teenagers.
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Favorite Things
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About Me
Saul Lopez
- I like to code in teams.
- I would like to run my own business.
- I would like to Mexico after graduation since I have not been there for over 12 years.
- I would like to relearn some of my spanish.
- I like toonami.
Saul Lopez
7001 E Williams Field Rd
Mesa, AZ 85212
480-628-0459
7001 E Williams Field Rd
Mesa, AZ 85212
480-628-0459


Infinispan 6.0.0.Final is out!
Dear Infinispan community,
We’re pleased to announce the final release of Infinispan 6.0 "Infinium". As announced, this is the first Infinispan stable version to be released under the terms of Apache License v2.0.
This release brings some highly demanded features besides many stability enhancements and bug fixes:
-
Support for remote query. It is now possible for the HotRod clients to query an Infinispan grid using a new expressive query DSL. This querying functionality is built on top of Apache Lucene and Google Protobuf and lays the foundation for storing information and querying an Infinispan server in a language neutral manner. The Java HotRod client has already been enhanced to support this, the soon-to-be announced C++ HotRod client will also contain this functionality (initially for write/read, then full blown querying).
-
C HotRod client. Allows C applications to read and write information from an Infinispan server. This is a fully fledged HotRod client that is topology (level 2) and consistent hash aware (level 3) and will be released in the following days. Some features (such as Remote Query and SSL support) will be developed during the next iteration so that it maintains feature parity with its Java counterpart.
-
Better persistence integration. We’ve revisited the entire cache loader API and we’re quite pleased with the result: the new Persistence API brought by Infinispan 6.0 supports parallel iteration of the stored entries, reduces the overall serialization overhead and also is aligned with the JSR-107 specification, which makes implementations more portable.
-
A more efficient FileCacheStore implementation. This file store is built with efficiency in mind: it outperforms the existing file store with up to 2 levels of magnitude. This comes at a cost though, as keys need to be kept in memory. Thanks to Karsten Blees for contributing this!
-
Support for heterogeneous clusters. Up to this release, every member of the cluster owns an equal share of the cluster’s data. This doesn’t work well if one machine is more powerful than the other cluster participants. This functionality allows specifying the amount of data, compared with the average, held by a particular machine.
-
A new set of usage and performance statistics developed within the scope of the CloudTM projecthttps://issues.jboss.org/browse/ISPN-3234[].
-
JCache (JSR-107) implementation upgrade. First released in Infinispan 5.3.0, the standard caching support is now upgraded to version 1.0.0-PFD.
For a complete list of features included in this release please refer to the release notes.
The user documentation for this release has been revamped and migrated to the new website - we think it looks much better and hope you’ll like it too!
This release has spread over a period of 5 months: a sustained effort from the core development team, QE team and our growing community - a BIG thanks to everybody involved! Please visit our downloads section to find the latest release. Also if you have any questions please check our forums, our mailing lists or ping us directly on IRC.
Cheers,
Adrian


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void | setFamily (FamilyUnit fam) |
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void | die () |
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FamilyUnit | getFamily () |
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void | setParentHH (Agent hh) |
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Agent | getParentHH () |
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EligibleRecord | getEligibleRecord () |
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void | setMarriageStatus (int status) |
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int | getAge () |
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void | setAge (int age) |
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void | setTag (int tag) |
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int | getGender () |
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void | increaseAge () |
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int | getTag () |
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int | getMarriageStatus () |
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void | setKinID (int id) |
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static final int | FEMALE = 0 |
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static final int | SINGLE = Village.SINGLE |
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static final int | MARRIED = Village.SINGLE + 1 |
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The documentation for this class was generated from the following file:
- src/com/mesaverde/village/Individual.java


Add
"iPhone" and "Samsung"
items at position 0
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Notebook for
Born a Crime
Trevor Noah
Citation (APA): Noah, T. (2017). Born a Crime [Kindle Android version]. Retrieved from Amazon.com
Chapter 1: Run
Highlight (yellow) - Location 175
“But, Mom!” “Trevor! Sun’qhela!” Sun’qhela is a phrase with many shades of meaning. It says “don’t undermine me,” “don’t underestimate me,” and “just try me.” It’s a command and a threat, all at once. It’s a common thing for Xhosa parents to say to their kids. Any time I heard it I knew it meant the conversation was over, and if I uttered another word I was in for a hiding—what we call a spanking.
Chapter 3: Trevor, Pray
Highlight (yellow) - Location 634
It’s a powerful experience, shitting. There’s something magical about it, profound even.   Beyoncé shits. The pope shits. The Queen of England shits.  All of that goes away.  You have that moment where you realize, This is me. This is who I am.
Note - Location 638
LOL, This part is hilarious
Chapter 4: Chameleon
Highlight (yellow) - Location 789
If you’re black in South Africa, speaking English is the one thing that can give you a leg up. English is the language of money. English comprehension is equated with intelligence. If you’re looking for a job, English is the difference between getting the job or staying unemployed.
Highlight (yellow) - Location 815
That, and so many other smaller incidents in my life, made me realize that language, even more than color, defines who you are to people. I became a chameleon. My color didn’t change, but I could change your perception of my color.
Chapter 5: The Second Girl
Highlight (yellow) - Location 961
My mom told me these things so that I’d never take for granted how we got to where we were, but none of it ever came from a place of self-pity. “Learn from your past and be better because of your past,” she would say, “but don’t cry about your past. Life is full of pain. Let the pain sharpen you, but don’t hold on to it. Don’t be bitter.” And she never was. The deprivations of her youth, the betrayals of her parents, she never complained about any of it.
Highlight (yellow) - Location 965
Just as she let the past go, she was determined not to repeat it: my childhood would bear no resemblance to hers. She started with my name. The names Xhosa families give their children always have a meaning, and that meaning has a way of becoming self-fulfilling.
Highlight (yellow) - Location 975
When it was time to pick my name, she chose Trevor, a name with no meaning whatsoever in South Africa, no precedent in my family. It’s not even a Biblical name. It’s just a name. My mother wanted her child beholden to no fate. She wanted me to be free to go anywhere, do anything, be anyone.
Highlight (yellow) - Location 982
My books were my prized possessions. I had a bookshelf where I put them, and I was so proud of it. I loved my books and kept them in pristine condition. I read them over and over, but I did not bend the pages or the spines. I treasured every single one. As I grew older I started buying my own books. I loved fantasy, loved to get lost in worlds that didn’t exist.  I had no time for that. Give me Roald Dahl. James and the Giant Peach, The BFG, Charlie and the Chocolate Factory, The Wonderful Story of Henry Sugar. That was my fix.
Highlight (yellow) - Location 992
If my mother had one goal, it was to free my mind. My mother spoke to me like an adult, which was unusual. In South Africa, kids play with kids and adults talk to adults. The adults supervise you, but they don’t get down on your level and talk to you. My mom did. All the time. I was like her best friend. She was always telling me stories, giving me lessons, Bible lessons especially. She was big into Psalms. I had to read Psalms every day. She would quiz me on it. “What does the passage mean? What does it mean to you? How do you apply it to your life?” That was every day of my life. My mom did what school didn’t. She taught me how to think.
Highlight (yellow) - Location 1047
We always wore secondhand clothes, from Goodwill stores or that were giveaways from white people at church. All the other kids at school got brands, Nike and Adidas. I never got brands. One time I asked my mom for Adidas sneakers. She came home with some knockoff brand, Abidas. “Mom, these are fake,” I said. “I don’t see the difference.” “Look at the logo. There are four stripes instead of three.” “Lucky you,” she said. “You got one extra.” We got by with next to nothing, but we always had church and we always had books and we always had food. Mind you, it wasn’t necessarily good food.
Highlight (yellow) - Location 1063
As modestly as we lived at home, I never felt poor because our lives were so rich with experience. We were always out doing something, going somewhere.

Highlight (yellow) - Location 1073
My mom raised me as if there were no limitations on where I could go or what I could do. When I look back I realize she raised me like a white kid—not white culturally, but in the sense of believing that the world was my oyster, that I should speak up for myself, that my ideas and thoughts and decisions mattered.
Highlight (yellow) - Location 1076
We tell people to follow their dreams, but you can only dream of what you can imagine, and, depending on where you come from, your imagination can be quite limited. Growing up in Soweto, our dream was to put another room on our house. Maybe have a driveway. Maybe, someday, a cast-iron gate at the end of the driveway. Because that is all we knew. But the highest rung of what’s possible is far beyond the world you can see. My mother showed me what was possible. The thing that always amazed me about her life was that no one showed her. No one chose her. She did it on her own. She found her way through sheer force of will.
Note - Location 1080
This is so important! I feel education(Especially Away from home), travel, books are important for this reason
Highlight (yellow) - Location 1088
Neighbors and relatives used to pester my mom. “Why do all this? Why show him the world when he’s never going to leave the ghetto?” “Because,” she would say, “even if he never leaves the ghetto, he will know that the ghetto is not the world. If that is all I accomplish, I’ve done enough.”
Chapter 6: Loopholes
Highlight (yellow) - Location 1353
But I was blessed with another trait I inherited from my mother: her ability to forget the pain in life. I remember the thing that caused the trauma, but I don’t hold on to the trauma. I never let the memory of something painful prevent me from trying something new.  It’s better to take it, spend some time crying, then wake up the next day and move on. You’ll have a few bruises and they’ll remind you of what happened and that’s okay.
Chapter 7: Fufi
Highlight (yellow) - Location 1460
I believed that Fufi was my dog, but of course that wasn’t true. Fufi was a dog. I was a boy. We got along well. She happened to live in my house.  I was lucky to learn that lesson at such a young age.
 But I’m consumed with regret for the things I didn’t do, the choices I didn’t make, the things I didn’t say. We spend so much time being afraid of failure, afraid of rejection. But regret is the thing we should fear most. Failure is an answer. Rejection is an answer. Regret is an eternal question you will never have the answer to. “What if…” “If only…” “I wonder what would have…” You will never, never know, and it will haunt you for the rest of your days.
Chapter 15: Go Hitler!
Highlight (yellow) - Location 2512
For the first time in my life I had money, and it was the most liberating thing in the world. The first thing I learned about having money was that it gives you choices. People don’t want to be rich. They want to be able to choose. The richer you are, the more choices you have. That is the freedom of money.


CodingDong
BETA
Frontend
Backend
Database
Activity
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Search a question and the results will display here.
Fork me on GitHub


title = "new_reservation" url = "/new_reservation" layout = "default" is_hidden = 0 [reservationForm] ==


Cash Register manager
Enter the bill amount and cash given by the customer and know minimum number of notes to return.
Bill Amount:
Next
Cash Given:
Check
Return Change
No. of Notes
Notes
2000
500
100
20
10
5
1


--- layout: links-page title: Wi-Fi Software for Mobile sections: - type: small body: - title: Wi-Fi Certificate - name: Install url: http://www.localnetwork.zone/noauth/cacert - - text: This link will only work on the MHS Wi-Fi network. - - title: Can't access this web page? - text: Try going to example.com while connected to MHS Wi-Fi, and it should redirect. ---


| Title | Date | Requester | Status | Outcome | Closed | Answered | Reaction Time | |
|---|---|---|---|---|---|---|---|---|
| {{event.title}} {{event.event_id_int}} |
{{event.create_date}} | {{event.person}} ({{event.organization_name}}) | New Ongoing Closed | Verified + Verified - Unverified Updated + Updated - Pending | {{event.action_date}} | Yes No | {{event.reaction_time}} min | |
|
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{{modalBody}}
The information included has been verified by EPICORE, a network with a world-wide distribution of public health professionals ensuring a large spectrum of verification activities in proximity to where events are reported. EPICORE members give highest priority to reliable sources of information including direct/indirect documentation about events, official statements and complementary reliable reports obtained at local level. Despite this, EPICORE does not aim to replace any official reporting system and is meant to be a complementary surveillance tool supporting public health actors in their activities. For all these reasons please consider that this information does not represent an official report and contents included should not be qualified as “officially verified”.


Joshua afraid to loss again
by Agency Report- Fears defeat will tarnish legacy
Anthony Joshua says he will not be happy with his legacy in boxing if he fails to become a world champion again.
The 30-year-old Briton lost three of the four heavyweight belts to Andy Ruiz Jr in June and the pair will fight again on 7 December in Saudi Arabia.
Joshua told the BBC that he knows the “issues” that led to the shock loss and explained how he has crucially funded better sparring for the rematch.
“I don’t think I would be content if I don’t win the titles,” said Joshua.
“For me as a man it means more than anything.”
Asked if his legacy hinges on this bout, Joshua said: “When it’s all said and done and I hang up my gloves, that’s when we can have the debate about legacy.”
But asked if he would be content with a legacy as a one-time world heavyweight champion he simply replied “no”.
“I’ll beat Andy next time,” he added. “You’ll be asking me a whole heap of different questions on December 8th.”
Joshua flies to Saudi Arabia on Saturday and some of his team arrive before the weekend to ensure facilities are in place for his training to continue.
The former IBF, WBA and WBO champion says in the aftermath of his seventh-round stoppage loss at Madison Square Garden – the first of his career – he quickly returned to training to work on “trial and error” aspects of his craft and things he “wanted to try” without impinging on his defined 12-week training camp.
He also focused on being conditioned to begin sparring instantly in his camp rather than wait until six or seven weeks out from the Diriyah fight and says refining his boxing skills has now become a major focus in his training mix.
The stunning nature of Joshua’s first defeat prompted conspiracy theories that even included accusations he had suffered a fit before his ring walk.
Each has been dismissed as fiction but asked if he knew exactly what was lacking for what was his US debut, Joshua replied: “Yes, but I am not going to say what it was. It was me, nothing like partying or anything like that.
“It wasn’t burnout. The issues I faced in the last camp, it’s just down to lack of experience. Even though it was at a high level we were still finding experience.”
In comparing his performance to that of when he beat Wladimir Klitschko despite being knocked down in 2017, Joshua said he felt “drained” against Ruiz.
“Andy Ruiz is good but I don’t think he should beat me twice,” added Joshua.
“I used to hear guys say you have to take a loss and I would think ‘why?’
“Now I can understand it and know what it takes. I have more understanding now and my ears are open to new information so that is making me smarter as a fighter. Anyone can be hungrier, I am smarter.
“The blessing is I have a second chance and here we are.”


Software developers are usually interested in writing a few thousands lines of code, and then run that code. They rarely ask deeper questions.
In this series of articles, I did ask many deep questions. My objective was to learn about Compilers, Programming Languages and also to create a new programming language, to get hands-on practice.
To summarize, we’ve learnt about:
- Formal Grammars.
- Software modules that make a Compiler.
- Lexical Analysis, Parsing and Semantic Analysis.
- Memory allocation and management.
Thus, one fundamental question is still left unanswered: how is the source code (that you wrote) run into the computer eventually?
You’ve got a computer and some code, so what?
In the previous article in this series about Compilers, Formal Grammars and Languages, we learned many important concepts about computer architecture, and in particular about the system’s runtime organization:
- Memory allocation for the Code of the program.
- Activations and Lifetime of procedures.
- Activation Stack and Frames.
- Heap memory.
- Static data and globals.
- Alignment.
I can’t help but recommending to check that article for deeper insights (see the references at the end of this one).
In summary though, the previous long article explains how the machine’s memory is internally organized by the Compiler that wants to prepare some code for the execution. Overall, you understood that a strong compiler needs to have a deep knowledge of the architecture the code will be run into.
This is why there exists a lot of different C compilers. C is a language designed to be extremely efficient, therefore C compilers are made ad-hoc for each architecture.
On the other hand, there are much less Java Virtual Machines around. That’s because the Java language is designed to be run into the JVM, not directly on the system’s architecture. It may seem a subtle difference, but it makes a world of difference.
The important message to remember is that the Code Generation process of a Compiler depends heavily on what architecture the Compiler is made for. You can’t make a compiler for all kinds of computers, if you want it to be a good compiler.
So, how can we approach this subject when studying Compilers? We can’t study all possible architectures, that’s for sure!
I decided to follow the advice of Stanford’s Prof. Aiken. In his class about Compilers, he uses the stack machine as a model and as a learning tool.
Stack Machine Overview
A stack machine is a type of computer architecture that uses a stack as only storage. That means that the operands for every operation are always at the top of such stack, and that the result of every operation is also pushed on the same stack (after popping the operands, of course).
This is, conceptually as well as practically, extremely different from the more famous registers machines, where the location of each register (and hence, of the data) is explicit.
The hybrid that comes from mixing registers machine and stack machine is called N register stack machine. A long name that simply means the top N locations of the stack are actually stored in registers.
We are going to continue this article by using the 1 register stack machine (that is, N=1). This is a stack machine where the top of the stack is stored in a register, that is conventionally called accumulator.
I believe that a simple example will make a lot of details clear. Let’s consider an operator op
that takes n
operands e1,..., en
. The operator can be really anything, even a simple sum. The operands may be complex subexpressions.
Thus, we have an expression to evaluate: op(e1,..., en)
. How do we do that in a stack machine?
- For each expression
ei, i=1, ..., n-1
(not the last one).- Compute
ei
(this saves the result in the accumulator). - Push the result onto the stack.
- Compute
- For
en
, simply compute the result (which saves it in the accumulator). - Pop
n-1
values from stack, and computeop
(because the result ofen
is already in the accumulator).
The key point to remember is the standard sequence pop-compute-push:
- Pop something from the stack.
- Use it to compute something else.
- Then push the result onto the stack.
Architecture details and Instructions
Let’s continue the discussion about Code Generation by taking the stack machine as an architecture model. Other than this, we also need a set of instructions.
What are instructions? I use the word instruction to refer to a line of code that it’s executed directly in the architecture. Let me clarify with two examples.
In an assembly code, the line
MV reg1 reg2
which copies the content of register reg1 into register reg2 is what I’d call instruction.
In a high-level programming language, like Java, the line
int a = 5;
could also be called “instruction”. However, for high-level constructs I prefer different terminology, such as assignment, operation, expression, etc. So, let’s agree that an instruction is something you run at the lowest level possible.
The set of instructions is decided by the manufacturer of the architecture. For example, Intel CPUs have their own set of instructions, which is a bit different from the instructions available for AMD CPUs, and so on.
What does that mean? It means that, in order to continue our studies, we need to settle on a choice of architecture type, and then use its instruction set. I want to follow Prof. Aiken again here, so let’s take the MIPS architecture and use it as if it was our machine.
The MIPS architecture is a highly realistic example, which is why I like this choice. A few details about it, along with important choices:
- The register
$a0
of the MIPS architecture is a standard choice for the accumulator of a stack machine. Any register would work of course, but let’s stick with$a0
. - Let’s assume we keep the entire stack of the stack machine into the MIPS memory. As only exception, remember that
$a0
is a separate register but it’s also the top of the stack machine. - In the MIPS processor the stack grows towards the low addresses. I discussed this in detail in the previous article.
- MIPS is a 32-bit architecture, so each word is 4 bytes.
- The stack pointer register
$sp
points to the first word of unused memory. This means that, since the stack grows towards the low addresses, the top of the stack is at $sp + 4. - MIPS has 32 general purpose registers. However, we will only use
$a0
(accumulator),$sp
(stack pointer), and$t1
(a temporary register).
Let’s now see a few instructions that MIPS supports.
Load word
The syntax is lw reg1 offset(reg2)
, where
reg1
is a memory address.reg2
is also a memory address.offset
is a number (hard-coded).
This instruction takes content of register reg2
, sums up the hard-coded offset
and interpret the result as a memory location. It copies the content of such location into register reg1
.
Add
The syntax is add reg1 reg2 reg3
, and it simply does reg1 ← reg2 + reg3
Sub
Similar to the add instruction, we can write sub reg1 reg2 reg3
. Guess what it does.
Store word
Syntax is sw reg1 offset(reg2)
. It stores the 32-bits word currently in reg1
in the address located at offset + "content-of-reg2"
.
Add immediate unsigned
It’s used as addiu reg1 reg2 imm
, where imm
is a hard-coded number. The operations saves in reg1
the value "content-of-reg2" + imm
. The sum is unsigned, that means the overflow bit is discarded.
Load immediate
Syntax: li reg1 imm
. It simply loads into reg1
the hard-coded value imm
.
Branch if equal
Obviously there’s a branch instruction too. It’s used as beq reg1 reg2 label
, and it makes the execution flow jump to label
, if and only if the content of reg1
is equal to the content of reg2
.
Unconditional jump
Jump to some label without any check, with the line b label
.
Alright, with as few as eight instructions we are ready to generate machine code for some real complex high-level source code!
Code Generation - Basic Example
The easiest way to understand the overall concept, for me, was to start with a very basic example. I want to show you how to generate code for a stack machine first, and for a MIPS architecture second. And the code will be implementing the extremely simple expression:
print (5+7)
Before starting, it’s worth underlining one point. While we are going to generate code “manually”, the compiler is supposed to do it automatically! We’ll see how to create templates for automatic code generation later. For now, let’s stick with the basic example.
Generating the result of the operation 5+7
is very easy in a stack machine. We have to:
- Save the first operand (5) into the accumulator.
- Push the accumulator on the stack.
- Save the second operand (7) into the accumulator.
- Sum the top of the stack and the accumulator.
- Pop the accumulator, assuming that “pop” would also “return” or “print” the result.
So, overall, it’s just a few lines:
acc ← 5
push acc
acc ← 7
acc ← acc + top_of_stack
pop
Now let’s see how to do the same in MIPS. First, we have to load the number 5
in the accumulator, and that’s exactly what the Load-Immediate instruction does.
LI $a0 5
Then, we have to transfer the value we just stored to the top of the stack, because we need the accumulator for other purposes. Remember, the top of the stack is identified by the content of the register $sp
(stack-pointer). Also, we have the Store-Word instruction. So, putting all together:
SW $a0 0($sp)
Notice that we are applying offset=0
to the content of $sp
.
Now there’s a tricky thing to think about. We just pushed something onto the stack. Suppose we pushed 1 word, that’s 4 bytes in MIPS. If you want to see some numbers for the sake of clarity, you can imagine that initially $sp = 100
(first unused memory location) and after the SW
instruction the first unused memory location is not 100
. It’s 96
(4 bytes less, since the stack grows towards the low addresses!).
This means that the current value of $sp
is not the top of the stack! We have to reset it, and we can do so with the Add-Immediate-Unsigned instruction.
ADDIU $sp $sp -4
Now let’s load the second operand into $a0
LI $a0 7
At this point, we would be ready to compute the sum. However, MIPS instruction (Add included) only works with registry address, so we first have to load the value at the top of the stack into the temporary register $t1
.
LW $t1 4($sp)
Notice that this time we are using an offset = +4
. The reason should be clear. We did reset the stack pointer to $sp=96
(following the example above), but the value we stored was 4 bytes above.
Now, finally, everything is ready for the Add instruction.
ADD $a0 $a0 $t1
which, as we know, will do $a0 ← $a0 + $t1
.
We aren’t done yet! The final step is to make a “pop” operation, because we already used the second operand but it’s still onto the stack.
We can simply shift the $sp
up by 1 word, so that the word that’s currently occupied by the second operand will be overwritten soon.
ADDIU $sp $sp 4
Putting all together, the code generated for MIPS is the following.
li $a0 5
sw $a0 0($sp)
addiu $sp $sp -4
li $a0 7
lw $t1 4($sp)
add $a0 $a0 $t1
addiu $sp $sp 4
We are ready to switch gear and take on some more complex scenario.
Template for High-Level Code Generation
As we are approaching the end of this series of articles on Compilers, it should be quite clear that the central blocks of a programming language are the expressions.
Sure, there are a lot of keywords, parentheses, commas, and other stuff. But the “computability power” of the language is given by the expression. This is why Context-Free Grammars are more powerful, in terms of expressivity, than Regular Grammars. I dedicated an entire article to this subject, so I recommend checking it out (see the references at the end).
From Code Generation point of view, generating code for keywords does not sound too difficult. And indeed it is not.
If you want to “translate” your code in another high-level language, there’s probably a one-to-one relation between keywords in the two languages.
If you are going as deep as machine language, then keywords simply do not exist. You must translate the logic. And where is the logic of the program contained? In the expressions!
If you want to object, for example because you think the logic of a program is given by the branching operations (if-then-else), well that’s right. But based on what do you branch? I’ll tell you: based on the result of an expression!
For example, in my programming language (yes, I am building a new programming language as a learning tool for these studies), the branching operation is defined in the grammar as it follows.
ifLine : 'if' ifCond ifBody
ifCond : '(' expr ')'
ifBody : (line ENDLINE)+ (optElse)?
optElse : 'else' (line ENDLINE)+
And you can see very well that the ifCond Token is nothing more than two parentheses and an expression. You must evaluate expressions to understand what the code does.
Let’s then approach the problem in a scientific way and find a solution, as general as possible, to the problem of code generation for arbitrarily complex expressions.
How does Code Generation work in practice?
This is a subtle point that I want to clarify as soon as possible. What does it mean to “generate code”, practically speaking?
Let’s think again about the sequence of steps in a Compiler.
First, the front-end. The Lexical Analysis generates a sequence of Tokens. Then, the Parser generates a parse tree. Finally, Semantic Analysis performs a number of additional checks, for instance about typing, and uses Symbols Table and Scopes Stack.
Then, the back-end. The Optimization modules takes care of finding improvement in the source code (I haven’t studied that yet with you). And the Code Generator produces a different code, one that can be run.
Thus, the key sentence is the Code Generator produces a different code. And this is really all you need to understand. The final product of the compilation is a source code too, very different from the source code that was given as input at the beginning.
You can imagine Code Generation as a function that takes a bunch of stuff (original source code, parse-tree, Symbol Table, etc.) and produces a string. Yes, just a string! What is this string? It’s a source code in a different language, one that can be run. It can be a string of MIPS code, Python code, C code, and so on. As long as you can run it, you have generated code!
Generate Code for Expressions
Back to expressions. Now that we know Code Generation is like a function, we can confidently talk about the function
cgen(e)
where e
is an expression of some sort. We know that e
is valid in the original language, because the original source code has already been checked by the front-end modules.
What is the output of this function? It’s a string, as I said one minute ago. Just checking if you are following along.
There are two extremely important things that cgen
must do:
- Save the result of the expression in
$a0
. - Preserve the status of
$sp
and of the whole stack.
The second point is really crucial. It means that the content of $sp
and the content of the stack before cgen(e)
is run must be the same after it’s finished. Keep this in mind, seriously.
The actual output of cgen(e)
will depend on what e
does, of course. The most basic expression is an integer number, in pretty much all programming languages. So, what does cgen produces in this case?
Let’s assume the expression is the integer i
. The meaning of this expression is to create this integer number into memory and to keep it there for more useful purposes, hopefully.
So cgen
for this expression should generate a string of code that does exactly that. If we are to generate MIPS code then we can use the Load-Immediate instruction.
cgen(i) = "LI $s0 i"
What would you do with the output string? You would save it into a file and then load it in memory to run. Or you would use it to fill some blank inside a template string. Obviously, the latter is the most common case.
And so we understand what cgen really does. It produces strings of code that must be plugged-in into a bigger file (or template, if you will). Imagine such a template like a form with blank spaces to fill for all expressions.
Just to remind ourselves about two critical concepts, note that:
- After
cgen(i)
has run, the stack is preserved. In fact, it hasn’t been touched at all. - Same holds true for
$sp
.
There’s one more key point that I would like to discuss now. We must understand that the function cgen(i) is executed at compile time. In other words, it’s run by the compiler. The code it produces, instead, will be executed at runtime. In other words, it’s run by the Operating System.
When I said that expressions are the central blocks of a language, I meant literally. They are “blocks” because they can be put together, plugged into more complex expressions, to generate very meaningful “sentences”.
For example, let’s look at the case where the expression to generate code for is not an integer, is a sum. And not just any sum, it’s the sum of two subexpressions!
What are these subexpressions? They can be really anything, potentially. We don’t care too much because we are going to use the usual, simple, recursive scheme that you know by heart at this point.
So, we have e = e1 + e2
, and we want to compute cgen(e)
. Here’s what has to be done.
- Compute the value of
e1
(this will put the result in$a0
). - Put it on the stack.
- Reset the stack pointer, like a push.
- Compute
e2
. - Load the result of
e1
from the top of the stack into a register$t1
. - Add
$a0
(that contains the result of e2) and$t1
. - Reset the stack pointer, like a pop.
Here’s how it should look like. I have written down explicitly what’s run at compile time and what at runtime.
cgen(e1+e2) =
cgen(e1) // compute e1, put results in $a0 and preserve the stack - COMPILE TIME
SW $a0 0($sp) // push the result onto the stack - RUN TIME
ADDIU $sp $sp -4 // reset the stack - RUN TIME
cgen(e2) // COMPILE TIME
LW $t1 4($sp) // load the result of e1, computed at the beginning. The offset=4 works
// because cgen(e2) is assumed to preserve the stack. - RUN TIME
ADD $a0 $t1 $a0 // $a0 ← e1 + e2 - RUN TIME
ADDIU $sp $sp 4 // reset the stack pointer (like a pop operation) - RUN TIME
I think there are two takeaway messages a this point:
- The code generator for the “sum” expression works like a template. It has some fixed part (the ones executed at runtime) and then some placeholder for the recursive calls
cgen(e1)
andcgen(e2)
that will be injected. - Stack machine code is highly recursive. This means that, at least for expressions, it can be written as a recursive descent in the parse tree.
Generate Code for Other Grammar Construct
Even though expressions are the central blocks of (practically) any language, a Grammar is made by many other pieces. Runnable code must be generated for them too, of course.
Here’s where the idea of templates becomes really helpful.
You have read my previous article on Formal Grammars and therefore you know that the most part of the grammar is made of rules that recursively use simpler rules. For example
ifLine : 'if' ifCond ifBody
is a high-level rule that uses two other, simpler rules, ifCond
and ifBody
. In pretty much the same way, they also “call” other rules.
ifCond : '(' expr ')'
ifBody : (line ENDLINE)+ (optElse)?
After all, this is exactly the concept of Recursive Descent, which you know very well since we used it to implement the Lexical Analysis, the Parser and also some part of the Semantic Analysis!
This logic lets us understand that we can create a few custom code-generator rules for the “final” pieces of the Grammar. These pieces correspond to the leaves in the parse tree. Once we have these rules, we can write templates for the higher level parts of the Grammar, and then plug into them the former ones.
For example, one rule in the Grammar I designed is
output : 'writeOut' obj
We could have, in my language, the following, valid line of code:
writeOut 5;
How would we generate code for a “output” Token then?
First, we generate the code for the keyword writeOut
. If we were translating into some really low level language, then this corresponds to some system call to display objects at screen. If we are translating into a high-level language, say Python, we would simply output the string
“print (<fill-template>)”
To fill the template we look ahead where we find the obj
token. What does the Grammar say about this type of Token?
obj : var | num | str | bool | null | list | listElem
So we look even deeper in the parse tree and we discover that this obj
is actually an integer (the number 5
). And now, the magic, we delegate the task to a function that generate code for integers.
Overall, you can imagine a function cgen
for the output token that is defined in the following way.
cgen("writeOut obj") =
"print ("
+ cgen(obj)
+ ")"
The output of this function is a string in Python language.
Code Generation - Tougher Example!
I want to go through a more involved example now, to see and touch for real the concepts we discussed in the previous section.
I want to generate code for the MIPS architecture that realizes the following higher level code.
if (e1 == e2) then e3 else e4
Here are the logical steps we have to implement.
- Generate code that will compute e1 and will put the result in the accumulator
$a0
. - Push the result onto the stack.
- Generate code that will compute
e2
and will put the result in the accumulator$a0
. - Compare the result of
e2
(currently$a0
) with the result ofe1
(currently at the top of the stack). - If they are equal jump to some label, where we’ll write the right code.
- If not, jump to some different label.
- Clean stuff and exit.
Also, it’s worth recalling the key concept that every cgen function is supposed to preserve the status of $sp and of the stack.
So, the above steps can be written as it follows.
cgen(if e1 = e2 then e3 else e4) =
cgen(e1) // template code that saves the result in $a0
// the next two instructions implement the “push” operation
SW $a0 0($sp)
ADDIU $sp $sp -4
cgen(e2) // now result of e1 is at the top of the stack and result of e2 is in $a0
// to compare the two results we need to load the former in $t1
LW $t1 4($sp)
ADDIU $sp $sp 4 // pop the stack
BEQ $a0 $t1 true_branch // conditional jump
B false_branch // if arrived here then jump in any case
We must now implement code that goes under the two labels true_
and false_branch
. They are extremely simple.
false_branch:
cgen(e4)
B end_if // unconditional branch
true_branch:
cgen(e3)
B end_if
How can we be sure that’s all we need? Once again, we are sure because each cgen function preserves the status of the stack.
We now just miss the end_if
part.
end_if:
// there’s actually no cleaning to do here, because both cgen(e3) and cgen(e4)
// preserve the stack
It’s worth noting that the bigger function cgen(if... else...)
preserves the stack too!
A mistake to avoid
The whole concept of using a stack, push and pop data to and from it continuously was a bit tricky to understand for me, at first. Why are we doing that? It really seems complicated and unnecessary.
For instance, many architectures, MIPS included, support the move
instruction:
MV reg1 reg2
that simply copies the content currently in register reg2
and put it in register reg1
.
Couldn’t we use this instruction to implement the sum
operation in a much cleaner way? For example:
cgen(e1+e2) =
cgen(e1) // put results in $a0 and preserve the stack - COMPILE TIME
MV $t1 $a0 // immediately save it in $t1, without passing by the stack - RUN TIME
cgen(e2) // COMPILE TIME
ADD $a0 $t1 $a0 // $a0 ← e1 + e2 - RUN TIME
At this first sight this seems to work, and we don’t need to do all that clumsy resetting of the stack. However, this code is wrong.
Why’s that wrong? Consider the nested expression
1 + (2 + 3)
In this case we would first call the function cgen(e1+e2)
with arguments e1 = 1
and e2 = (2+3)
. That function would first evaluate the expression 1
, and move its result onto $t1
. Then it would need to evaluate e2
, which means it would recursively call itself, this time with arguments e1 = 2
and e3 = 3
. Unfortunately, such recursive call would also use the temporary register $t1
, and therefore the value that was moved to $t1
in the previous call would now be overwritten, and lost.
If we use the stack instead, the sequence of push/pop operations guarantees that each recursive call only grabs its own data.
Remember this concept because it’s fundamental to understand the whole Code Generation module.
Summary and Conclusions
In this lengthy article we learnt about the final part of the compilation of a source code: Code Generation.
Code Generation is all about creating a string that is a valid program in a different language, one that can be run by the machine. For example, if you are writing a C compiler then your Code Generation module could output a string in Intel Assembly code, that can be run on your computer.
Specifically, we learnt about stack machines and MIPS architecture, a very handy learning tool. If you want to work further on it, keep in mind that there are many MIPS simulators available online (see the references at the bottom).
All kinds of combinations are possible. You can have a source code in C and want to generate Assembly code, or MIPS code. Or you can have a Java source code and want to generate JVM bytecode. Or you may have a Python source code and want to generate C code, because you already have a C compiler available. The last case is very common.
Or you can do like me: I designed my own programming language because I decided that Do-It-Yourself was the best way to learn about Compilers.
- I designed a LL(1) Context-Free Grammar, then
- I implemented Lexical Analysis, and
- A Parser, and
- A Semantic Analysis module.
Which made my project ready for Code Generation.
What’s next
I want to be able to run code that it’s written in my Grammar. Hence, I must generate runnable code for it.
Practically speaking, generating MIPS code would not be very useful. The issue, in my opinion, is about reproducibility.
The first and foremost purpose of my programming language is learning about Compilers, and to build one. However, if I implemented a Code Generator module that generates MIPS or Assembly code it would probably never even looked at by someone else, and likely be forgotten forever even by myself! Too much hassle for me or anybody else to download my project, let’s say from github, and then having to install a MIPS simulator.
Don’t get me wrong though. I believe going through the effort of building a Code Generator for MIPS is an incredibly valuable learning experience, and it is in my roadmap. But I am going to prioritize a different approach.
I want to learn very well the concept of Code Generator Templates. In fact, this is independent of what is the “output” language. It can be MIPS or anything else, the templates’ concept is the same.
Thus, my next step is going to be Code Generation for my own language, in a different high-level language. I am yet to decide what will be the output language; so far the strongest candidates are C and Python.
References
My article How Does The Computer Run Code?.
Alex Aiken’s class Compilers at Stanford University. Available as free MOOC online.
My article What is a Programming Language Grammar?.
MIPS simulators. Option 1 (also used by Stanford’s Prof. Aiken), Option 2, among many. Google it!


constructor that allows you to create a new vecot rclock from the serverID and sql update
constructor that allows you to create a new vecot rclock from the serverID and sql update
the sql update
the server id
copy constructor for this class
copy constructor for this class
the queryset to copy
adds anew query to this queryset
adds anew query to this queryset
the queyr in questin
the server id in question
a boolean indicating sucsess or failure
adds new tables to the list of tables that we are working on
adds new tables to the list of tables that we are working on
the sql query whose tables we want to add
method to check to see if two query sets can be merged using a variation of Amazons stategy for comparing vector Clocks (we use dates rather than sequence numbers)
method to check to see if two query sets can be merged using a variation of Amazons stategy for comparing vector Clocks (we use dates rather than sequence numbers)
the other queryset to check
a yes or no answer to the above question
class that allows for the creation of new vector clocks from existing ones
class that allows for the creation of new vector clocks from existing ones
the new vector clock to add
the new query to add
a new query set witht he new data added
this does a similar job to the method above except it compares two QuerySet objects as opposed to a Queryset and an update
this does a similar job to the method above except it compares two QuerySet objects as opposed to a Queryset and an update
the QuerySet to check
a boolean indicating whether the update and this query set work on the same tables.
runs all the sql queries stored in this queryset against the resultset parameter
runs all the sql queries stored in this queryset against the resultset parameter
the resultset in question
method to find out if two updates are relevan
method to find out if two updates are relevan
the update to check
a boolean indicating whether the update and this query set work on the same tables.
method to merge another queryset into this one
method to merge another queryset into this one
the other queryset to merge
sends the list of queries for this actor to the database committer
sends the list of queries for this actor to the database committer
the comitter to send to
this class represents a set of SQL operations that operate on the same data
16th June 2015


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HTML5 Event Calendar with PHP Backend Sample Project
DayPilot for JavaScript: http://javascript.daypilot.org/
License
- This sample project is licensed under Apache License 2.0.
- This tutorial includes jQuery which is released under the MIT License. Read more about jQuery licensing.
DayPilot Documentation


--- layout: newsstory title: News Story match: FAC Yeltz 4 Rothwell 1 ---
The Yeltz march on in the FA Cup, winning the replay against Rothwell 4-1 after extra time. It was 1-1 at full-time, Halesowen having taken the lead through Kevin Harrison. However Rothwell had their goalie sent off, and by the end were down to 9 men. Goals from Gardiner, Piearce and Yates means we go through to a home tie against Redditch.


Atomic Tests
Unit Tested:All multimedia
Measurement: Average rating of all multimedia in a view
Procedure for each test:
- Turn on the closed caption feature of the media player
- View the synchronized media content with the closed caption feature turned on
- Check that the captions can be turned on and off
- Closed captions can be turned on and off
- Open captions cannot be turned off
Rating:
- Each video with no captions is rated a 0
- Each video with open captions is rated a 1
- Each video with closed captions is rated a 2
- Critical issue if a video with no captions is needed to complete a task
We want public feedback about whether Open Captions (burned in captions) pass for Bronze level. Open captions are not text and cannot be customized for people with low vision or routed to a braille display for people who are blind-deaf.
Holistic Tests
- Still to be developed. We will include this in a future working draft.


10b Iris Classifier
Please wait until model finish training.
Test Setosa
Test Virginica
Test Versicolor


Joshua Miller
About
|
Portfolio
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Contact
Portfolio
Hangman
RPG Game
Trivia Game
Rutgers Info Widget
Rock Paper Scissors
Connect with Me


| Attribute |
An attribute is a shader variable mapping to a VertexBuffer data
on the CPU.
|
| BufferObject |
The base implementation of BO.
|
| BufferObjectField |
The class to describe a filed in BO.
|
| DefineList |
The new define list.
|
| Glsl100ShaderGenerator |
This shader Generator can generate Vertex and Fragment shaders from
shadernodes for GLSL 1.0
|
| Glsl150ShaderGenerator |
This shader Generator can generate Vertex and Fragment shaders from
ShaderNodes for GLSL 1.5
|
| Shader |
|
| Shader.ShaderSource |
Shader source describes a shader object in OpenGL.
|
| ShaderBufferBlock |
Implementation of shader's buffer block.
|
| ShaderGenerator |
This class is the base for a shader generator using the ShaderNodes system,
it contains basis mechanism of generation, but no actual generation code.
|
| ShaderNode |
A ShaderNode is the unit brick part of a shader program.
|
| ShaderNodeDefinition |
Shader node definition structure meant for holding loaded data from a
material definition j3md file
|
| ShaderNodeVariable |
A shader node variable
|
| ShaderUtils |
|
| ShaderVariable |
|
| Uniform |
|
| UniformBindingManager |
|
| VariableMapping |
Represents a mapping between 2 shader node variables or a left shader node variable and a value expression.
|


Scheduler
Modules
The scheduler service consists of the following modules:
scheduler-api
An API module defining the core scheduler functions and properties.scheduler-impl
The default implementation of the scheduler service as an OSGi service.scheduler-remote
The remote implementation of the scheduler service as an OSGi service.scheduler-conflict-handler
The default implementation of a conflict handler strategy.scheduler-conflict-notifier-comment
A conflict notifier implementation adding comments on the conflicting events.scheduler-conflict-notifier-email
A conflict notifier implementation sending an email including all conflicting events.
Database
The scheduler service stores snapshots using the AssetManager and additionally uses two tables:
oc_scheduled_extended_event
Manages scheduled event meta data such as start date, end date, capture agent ID, and so on.oc_scheduled_last_modified
Manages the last recording modification date of a status change on an event sent by the capture agent.
Conflict Handler
The conflict handler implements a strategy to resolve conflicts by either using the new or the old schedule according the configuration.
Conflict Notifier
There are two implementations of a conflict notifier available and activated by default.
- The Email conflict notifier will send an email including all conflicting events to a configured recipient.
- The Comment conflict notifier will add a comment on the conflicting event describing the conflict.
API
Here is a sample to create a single event with the scheduler Java API.
public void createEvent(Event event) {
schedulerService.addEvent(event.getStart(),
event.getEnd(),
event.getAgentId(),
event.getUsers(),
event.getMediaPackage(),
event.getWfProperties(),
event.getCaMetadata(),
event.getSource(),
"organization-xyz-script";
}


# By default, any exception happening in your Rails application will bubble up # to Cucumber so that your scenario will fail. This is a different from how # your application behaves in the production environment, where an error page will # be rendered instead. # # Sometimes we want to override this default behaviour and allow Rails to rescue # exceptions and display an error page (just like when the app is running in production). # Typical scenarios where you want to do this is when you test your error pages. # There are two ways to allow Rails to rescue exceptions: # # 1) Tag your scenario (or feature) with @allow-rescue # # 2) Set the value below to true. Beware that doing this globally is not # recommended as it will mask a lot of errors for you! # ActionController::Base.allow_rescue = false
# Remove/comment out the lines below if your app doesn’t have a database. # For some databases (like MongoDB and CouchDB) you may need to use :truncation instead. begin
DatabaseCleaner.strategy = :transaction
rescue NameError
raise "You need to add database_cleaner to your Gemfile (in the :test group) if you wish to use it."
end
# You may also want to configure DatabaseCleaner to use different strategies for certain features and scenarios. # See the DatabaseCleaner documentation for details. Example: # # Before(’@no-txn,@selenium,@culerity,@celerity,@javascript’) do # # { :except => [:widgets] } may not do what you expect here # # as tCucumber::Rails::Database.javascript_strategy overrides # # this setting. # DatabaseCleaner.strategy = :truncation # end # # Before(’~@no-txn’, ’~@selenium’, ’~@culerity’, ’~@celerity’, ’~@javascript’) do # DatabaseCleaner.strategy = :transaction # end #
# Possible values are :truncation and :transaction # The :transaction strategy is faster, but might give you threading problems. # See github.com/cucumber/cucumber-rails/blob/master/features/choose_javascript_database_strategy.feature Cucumber::Rails::Database.javascript_strategy = :truncation


name of team
nothing
Add a new user doc to database with user ID and email
nothing
checks if the user has already joined a team
whether current user is in a team
Create new user credential with email and pasword and add new doc to db
the user's input email
the user's input password
created - whether the new account is successfully created errorCode - the error message when the account is not created
retrieve a map of team members from db
finds the team and adds user as a member update user doc with team info
whether this user is the leader (true) or just a member (false)
remove member from team in db, only leader is allowed to call this function
the user's document id
the team's document id
login user with email and password to an existing account
the user's input email
the user's input password
loggedIn - whether the user is successfully logged in errorCode - the error message/code when the user is is not successfully logged in
Retrieves all user stats
Retrieves team member stats
Retrieve user daily metric statistics.
the callback function to call using userMap
whether the function is called for team leaderboard
Retrieve user statistics globally. All user stats will be returned
the callback function to call with using all users' stats
Retreive user's daily metrics from firebase. Looks at firebase user collection and retrieve user stats by dates.
update persistent storage after signing in (or after creating new user doc)
returns true if a document associated with the passed in ID exists in firebase
the uid to check
Generated using TypeDoc
Adds new team to db and let the user join the team as the leader


Implementation of robust and non-robust Standard Normal Homogeneity Test (SNHT) for changepoint detection. This test statistic is equal sided, as proposed in "Homogenization of Radiosonde Temperature Time Series Using Innovation Statistics" by Haimberger, L., 2007. However, the statistic contains an estimate of sigma^2 in the denominator instead of sigma, which seems to be a more appropriate value (based on the paper "Homogenization of Swedish temperature data. Part I: Homogeneity test for linear trends." by Alexandersson, H., and A. Moberg, 1997).
| Version: | 1.0.5 |
| Imports: | mgcv, ggplot2, gridExtra, zoo, plyr, reshape2, methods |
| Suggests: | mvtnorm, knitr |
| Published: | 2017-10-17 |
| Author: | Josh Browning [aut, cre], Carina Schneider [aut] |
| Maintainer: | Josh Browning <rockclimber112358 at gmail.com> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| CRAN checks: | snht results |
| Reference manual: | snht.pdf |
| Vignettes: |
Pairwise SNHT snht: Robust and non-robust SNHT tests for changepoint detection. |
| Package source: | snht_1.0.5.tar.gz |
| Windows binaries: | r-devel: snht_1.0.5.zip, r-release: snht_1.0.5.zip, r-oldrel: snht_1.0.5.zip |
| OS X binaries: | r-release: snht_1.0.5.tgz, r-oldrel: snht_1.0.5.tgz |
| Old sources: | snht archive |
Please use the canonical form https://CRAN.R-project.org/package=snht to link to this page.


Github Repository for CSE231
A public github repository containing several projects for the class Introduction to Programming I (python 3.3).
Github Repository for CSE232
A public github repository containing several projects for the class Introduction to Programming II (c++11).
Github Repository for MI349
A public github repository containing several projects for the class Web Development and Design.
Github Repository for Ice Cream Webpage
A private github repository containing the initial html for an ice cream store webpage
Github Repository for Resturant Webpage
A private github repository containing the initial html for a family restaurant webpage


Break Points tab
The Break Points tab shows you all of the
break points that you have set.
Break points can be set via the История and
Сайты tabs as well as the 'Add a custom HTTP break point' button on the
top level toolbar
Right click menu
Right clicking on a break point will bring up a menu which will allow you to:
Редактировать...
This will bring up the 'Edit break point' dialog which allows you to edit the criteria that
defines the break point. Double clicking on the break point will also show this dialog.
Удалить
This will remove the break point
See also


In this article measurement of data is discussed. In particular the properties of measurement and how these properties comprise a scale of measurement.
Let's first start by defining measurement.
Measurement is the process of empirical objective assignment of numbers to entities, in order to characterise a specific attribute.Norman Fenton, Shari Lawrence Pfleeger. (1997). In: Software metrics: a rigorous and practical approach. Boston, MA, USA: PWS Publishing Co.
In terms of this definition and our discussion, we define an entity as an object or event and an attribute is defined as a property or feature of the entity. In order to measure we need an object or event, which has a property or feature. Let's look at attributes and how they impact a measurement.
Because it is the attributes of an entity that are measured, it follows that each attribute must first be defined in a measureable way. Further the attribute must be meaningful as a means of describing the entity.
For example we can say the software has 1000 lines of code. Is this meaningful? Let's look at our two criteria:
Definition — What is a line of code? In order to count the number of lines of code we first need to define what is included and what is not. On way to define it is to simply count the number of carriage returns.
Meaningful — Does the concept of measuring the lines of code really matter in describing a program? Does a computer program with 2000 lines have more complexity, time spent, cost, authority, etc. than does a program with only 1000 lines? In this case it is not feasible to make statements about the complexity, time spent, etc. of a program with regards to the lines of code. Therefore the conclusion is the attribute is not a meaningful measure of entity.
Let's look at an example of a meaningful attribute. The weight of rocks.
Definition — This can be done in one of several units, but each describes the same measurement. A lighter rock will always have a smaller value than a heavier rock.
Meaningful — Is weight meaningful to describe a rock? Sure, knowing the weight provides insight into the properties of the rock.
It is the attributes of an entity that are measured, but what are the properties of a measurement. Let's look at four properties.
For example the difference between 5 and 6 is the same as between 89 and 90. An example of non-equal intervals can be found in a rating system as part of a survey:
Please rate your satisfaction in our product: Excellent, good, fair, poor
While the ratings do express magnitude of satisfaction, the difference between the ratings is undefined.
Please rate your satisfaction in our product from 1 to 4 with 4 being the most satisfied:
While the difference in the numbers is the same throughout the scale, the purpose of this is only for ranking and does not express equal intervals.
Now that we have an understanding of the properties of measurement, we can define measurement in terms of scales. There are four scales of measurement, each having one or more of the properties of measurement than the prior scale. The table below lists the scales of measurement and the properties associated with each.
| Scale of Measurement | Identity | Magnitude | Equal Intervals | Absolute Zero |
| Nominal | X | |||
| Ordinal | X | X | ||
| Interval | X | X | X | |
| Ratio | X | X | X | X |
An attribute measurement can be categorized into one of the four scales of measurement. This is done by checking which properties of measurement apply to the attribute. Here are a few examples of properties that can be measured.
| Example | Identity | Magnitude | Equal Intervals | Absolute Zero | Scale |
| Fred has blood type B | X | Nominal | |||
| Fred is 172 cm tall | X | X | X | X | Ratio |
| Fred weights 85 Kg | X | X | X | X | Ratio |
| Fred is Male | X | Nominal | |||
| Fred is taller than Sally | X | X | Ordinal | ||
| It is 23 degrees C outside | X | X | X | Interval |
The figure below illustrates the decision process involved in determining which scale to use in measuring data.
We start with our data, and ask are these data quantitative or qualitative?
Qualitative means the data are measurements of category, such as make, model, or rating. Sometimes numbers can be used to categorize, such as ranking from one to ten. Within categorical data we ask: "Can these data be sorted?" Examples of this are rankings. If the data can be sorted, it is measured with the ordinal scale, if not, then it is measured with the nominal scale.
Quantitative means it has some unit of measure, such as length, weight, time, temperature. Within quantitative data we ask: "Does this unit of measure have an absolute zero?" If the answer is yes, then the data are measured using the Ratio scale, if not, then the data are measured using the Interval scale. Most units of measure have an absolute zero such as weight and length. However there are a few that do not such as time. After all when was time of zero?
Why do these scales of measurement matter to a programmer? The answer lies in testing. When a piece of code is written is needs to be tested. During that test process, an assertion is made, and it is here where the scales come into play. When we test, we are measuring, and we must first understand the properties of measurement and how they relate to the data under test.
Please leave some thoughts below and thanks for the read.


| Up | TOC | Index | |||||
| << 2 Installing Euphoria | < 3.2 Creating Euphoria programs | Up: 3 Using Euphoria | 3.4 Distributing a Program > | 4 Language Reference >> |
3.3 Editing a Program
If you have not selected your "favorite editor," then try edx:
You can use any text editor to edit a Euphoria program. However, Euphoria comes with its own special editor that is written entirely in Euphoria. Type: edx followed by the complete name of the file you wish to edit. You can use this editor to edit any kind of text file. When you edit a Euphoria file some extra features such as color syntax highlighting and auto-completion of certain statements are available to make your job easier.
Whenever you run a Euphoria program and get an error message, during compilation or execution, you can simply type edx with no file name and you will be automatically positioned in the file containing the error, at the correct line and column, and with the error message displayed at the top of the screen.
Under Windows you can associate edx.bat with various kinds of text files that you want to edit. Color syntax highlighting is provided for .ex, .exw, .exd, .e and .pro (profile files).
Most keys that you type are inserted into the file at the cursor position. Hit the Esc key once to get a menu bar of special commands. The arrow keys, and the Insert/Delete/Home/End/PageUp/PageDown keys are also active. Under Linux/FreeBSD some keys may not be available, and alternate keys are provided. See Edx Demonstration Code Editor for a complete description of the editing commands.
If you need to understand or modify any detail of the editor's operation, you can edit the file edx.ex in euphoria\bin (be sure to make a backup copy so you don't lose your ability to edit). If the name edx conflicts with some other command on your system, simply rename the file euphoria\bin\edx.bat to something else. Because this editor is written in Euphoria, it is remarkably concise and easy to understand. The same functionality implemented in a language like C, would take far more lines of code.
edx is a simple text-mode editor that runs on all platforms and is distributed with Euphoria. There is a list of other editors at the OpenEuphoria web site, many of which include extra features such as syntax highlighting.


Div
The Div
trait represents a

element. Currently it supports two events: dblClick
and
keyUp
.
def logKeyUp(div: Div)(implicit o: Observing) { for(KeyUp(code, Modifiers(alt, ctrl, shift, meta)) <- div.keyUp.eventStream) println( "Key code: %s; Alt: %s; Ctrl: %s; Shift: %s; Meta: %s".format( code, alt, ctrl, shift, meta ) )
Currently there are two factories, which are based on Repeater
.
As explained in Fundamentals,
Repeater
provides a general powerful mechanism for updating
only that part of a sequential set of elements that needs to be updated.
You map the graphical representation to the backing list, and as the
data changes, so does the display.
The first factory returns an actual Div
(actually, a
Div with Repeater
). You pass the factory a SeqSignal[RElem]
(recall that you can wrap any Elem
in an RElem
by using the RElem
factory: RElem(elem)
), and
it returns a Div
whose contents consists of the set of RElem
s
contained in the Signal
at any given moment.
def peopleDiv(peopleSignal: SeqSignal[Person]) = Div { for(people <- peopleSignal) yield for(person <- people) yield RElem(person.fullName) }
The second factory is more CSS Selector Binding friendly. You
pass the factory a SeqSignal[NodeSeq=>NodeSeq]
, where
each element is a binding function that operates on the relevant part of
the template, and it returns a NodeSeq=>NodeSeq
that
should be passed the part of the template that your binding function
operates on. Your binding functions will be applied to that NodeSeq
,
and the NodeSeq
s they return will be rendered inside the Div
.
Remember, a SeqSignal[NodeSeq=>NodeSeq]
is really a
special Signal[Seq[NodeSeq=>NodeSeq]]
. That is, every
value of the overall signal is a Seq
with many elements.

 Last: , First:

var peopleSignal = BufferSignal[Person]() def render = "*" #> Div { for(people <- peopleSignal) yield for(person <- people) yield ".first" #> person.first & ".last" #> person.last }


We have a number of products available to you, with a range of personal use to large businesses. Please review the categories below and discover how we can help fit your needs
We have products available for all your unique needs. Click the button below to learn more.
We have products available for all your unique needs. Click the button below to learn more.
We have products available for all your unique needs. Click the button below to learn more.
We have products available for all your unique needs. Click the button below to learn more.


This team project was part of the Web Search and Information retrieval class, hold in spring 2014 by Prof. Ponzetto. Development has been done by Alex, Maxim and Michael.All information was extracted from public websites within the universities domain. We currently have contact details of more than 600 unique people related to the university, including professors and academic stafft.


{% load i18n %} {% load static %}
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making


Comments
1) See also Food eaten by the !kun and Elephants (eating their hearts) and Food eaten by the !kun and Things eaten by the !kun and Animals eaten by the !kun, 2) This story is found in Book XI & XII-4
Contributors
Date
18 –19 January 1880
Categories
History (personal), Custom and daily life
Keywords
food (what !nanni's father told him to eat and avoid) , food (eaten by different groups of the !kun) , food (eaten and avoided by !nanni and Tamme's people) , food (plants and animals eaten by the !kun) , food (avoided by the !kun) , food (the eating of lion) , food (the eating of hyena) , food (and intoxication) , food (feared by !nanni) , food (teachings about) , plants (eaten and avoided by the !kun) , plants (names of) , animals (eaten and avoided by the !kun) , animals (eating hyena and lion) , animals (names of) , intoxication (and food eaten and avoided by !nanni and Tamme's people) , names (of plants and animals eaten and avoided by the !kun) , names (of !nanni's father) , names (of !nanni's paternal grandfather) , lion (eating of) , hyena (eating of) , !nanni (what his father told him to eat and avoid) , !nanni (the names of his father and paternal grandfather) , personal history (what !nanni's father told him to eat and avoid) , personal history (the names of his father and paternal grandfather)
Story Pages
9242-9244


Google reportedly collecting health data on millions of Americans
by ReutersSAN FRANCISCO: Alphabet Google has signed its biggest cloud computing customer in healthcare to date, in a deal giving it access to datasets that could help it tune potentially lucrative artificial intelligence (AI) tools.
Google and Ascension, which operates 150 hospitals and more than 50 senior living facilities across the United States, said the healthcare provider would move some data and analytics tools in its facilities to Google’s servers.
The deal was mentioned in Google’s July earnings call but drew scrutiny on Monday after the Wall Street Journal reported that Google would gain personal health-related information of millions of Americans across 21 states.
The Journal reported that the data involved in the project include lab results, doctor diagnoses and hospitalisation records, among other categories, and amounts to complete health history, along with patient names and dates of birth.
Google said in a blog post on Monday that patient data “cannot and will not be combined with any Google consumer data.”
Ascension “are the stewards of the data, and we provide services on their behalf,” wrote Tariq Shaukat, president for industry products and solutions at Google Cloud.
In a press release, Ascension said the partnership is in compliance with the Health Insurance Portability and Accountability Act (HIPPA) which safeguards medical information.
Google Cloud Chief Executive Officer Thomas Kurian has made it a priority in his first year on the job to aggressively chase business from leaders in six industries, including healthcare.
The company previously touted smaller healthcare clients, such as the Colorado Center for Personalised Medicine.
Though cloud storage is a business with thinning profit margins, Google Cloud has said it hopes to separate itself from larger rivals Microsoft Azure and Amazon Web Services with a superior slate of high-margin AI tools.
Ascension said it aims to use AI to help improve clinical effectiveness as well as patient safety.
Google’s blog post did not mention AI but said the companies were in “early testing” on how to make better use of Ascension’s data.
Google has spent several years developing artificial intelligence to automatically analyze MRI scans and other patient data to identify diseases and make predictions aimed at improving outcomes and reducing cost.


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Beautiful data visualization page
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Portfolio
Logo design for local business.
Business card design.
Flyer design for a murder mystery.
Special menu design for local eatery.
Poster for a haunted attraction.
Poster for a haunted attraction.
Logo design for local business.
Business card design.
Flyer design for a murder mystery.
Special menu design for local eatery.
Poster for a haunted attraction.
Poster for a haunted attraction.


What to expect
You have enrolled in an online section of this course. It will be delivered completely online—you do not have to physically come to the College for classes. However, some activities such as group meetings and live conference sessions may require your participation at specific times. Pay close attention to communications from your instructor for these details. The final exam must be written in-person—either on campus or through a virtual proctor at an approved testing location. Your instructor can provide you with details about this as the course progresses.
In order to do well in this course, you can generally expect to complete between 7 and 10 hours of work per week. This will vary throughout the term—with some weeks being lighter or heavier than others. The most important things you can do to manage this workload successfully are to stay organized and to avoid procrastination. Use the Critical Path as your roadmap to stay on track with all course work.
For this course you will need:
Online courses are NOT the same as in-class courses. You can achieve the same learning outcome with an online course but the delivery method creates important differences in how you organize yourself. Watch this Welcome video about Distance Learning to see what’s different:


How to play
- The goal is to guess the correct sequence of colors.
- The history display will display your guesses, and the feedback of the guesses.
- A black circle indicates that one of the colors is in the right position.
- A white cirlce indicates that one of the colors is the right color, but in the wrong liosition.
- The order of the white and black circles is meaningless.
- See the Wikipedia page for more details.
- Good luck!


Class of objects that store a sequence of values as a Lua array but removes the elements from any position without shifting the following elements. However it does not guarantee the order the values are stored in the array. This class is useful for storing efficiently a sequence of values that may be iterated in any order and the number of elements varies constantly during interation.
Behaves like an ordinary Lua array but provides an operation that removes an element at given position by replacing it with the last element of the array and then frees the last position.
add(value)
value
to the end of the array.
Equivalent to self[#self + 1] = element
.
remove(index)
index
with the last element of the array and frees the last position.
If index
is out of the array bounds then the call has no effect.
local oo = require "loop.simple" local UnorderedArray = require "loop.collection.UnorderedArray" Scheduler = oo.class({}, UnorderedArray) function Scheduler:run() while #self > 0 do local i = 1 repeat local thread = self[i] coroutine.resume(thread) if coroutine.status(thread) == "dead" then self:remove(i) else i = i + 1 end until i > #self end end function thread(name) return coroutine.create(function() for i=1, 3 do print(string.format("%s: add '%s'", name, name..i)) scheduler:add(coroutine.create(function() for step=1, 3 do print(string.format("%s: step %d of 3", name..i, step)) coroutine.yield() end end)) end end) end scheduler = Scheduler{ thread("A"), thread("B"), thread("C") } scheduler:run()


Donate
donate_desc
Account settings
Username
Password
Api settings
Poll interval in seconds
Use SignalR


Yu-Gi-Oh! Top Trumps
See the Pen YU-GI-OH! Top Trumps by Gabriel Costa Ferreira (@backcost) on CodePen.
Premier League Table
See the Pen by Gabriel Costa Ferreira (@backcost) on CodePen.
See the Pen YU-GI-OH! Top Trumps by Gabriel Costa Ferreira (@backcost) on CodePen.
See the Pen by Gabriel Costa Ferreira (@backcost) on CodePen.


Feedback Form For Parents
Name of the respondent
Name of the ward
Register Mobile Number
Select Ward Center
-- select an option --
{{branch.name}}
Feedback
Submit


The onCreate function will call login function
This function will identify who is login in, the patient or provider
For each different group of people, different operations will be handled
This function will match each user login information with database
If match success, it will bring the user to its main page.


Spirit Breaker
Tips
- Take advantage of the proximity Greater Bashes you are gifted while Charging.
- You can use items while you're Charging, like Shadow Blade, Mask of Madness, or BKB. You can even
TP while you're charging, but only to the fountain and only if you double click the TP.
- You can also tread swap while Charging. So switch to INT treads before casting and turn back to STR
treads while you're charging.
- Empowering Haste is a useful active spell. Please don't forget to use it.
- If you're getting ganked and you can't take the fight, immediately move your camera over to another
lane, find a creep or neutral, and Charge it.
- Greater Bash is essentially a crit dressed up in a scaling bash. Unfortunately, the only way of
amplifying the 'crit' damage is by building move speed, not damage. The plus side is that you have two
guaranteed ways of proccing this crit Bash with Charge and Nether Strike. At 522 move speed, a level 4
Greater Bash deals ~209 magical damage. This would make the Charge+Nether Strike combo deal ~667 magical
damage at level 11.
- You can Nether Strike the enemy courier. It won't deal any damage, but you will bash it.
- Probably the best Dust carrier and anti-invis hero you could ask for in pubs. Every time Dust is off
cooldown, Charge that Riki and bash him into next Tuesday.
- Get wards in the enemy jungle. Players will automatically avoid farming in lane once they realize you're
becoming a threat and will start farming their jungle. Teach them that there is no sanctuary from the
space cow.
- SB is the tankiest level 1 hero in the game. With no items, the cosmic bull has an EHP of ~927. Take
advantage of your chuftiness and don't be afraid of getting into fights early on.
Counters
- Ward everywhere. You need to always be keeping tabs on Spirit Breaker: Where does he come from, where
does he go, who is he ganking, Barathrum Joe.
- Even though most Spirit Breakers will carry dust, consider getting a Glimmer Cape if he's charging
often. Nearly all of SB's damage is magical and needs to be dealt quickly, so the buffed magic
resistance while Glimmered will defray a lot of the damage.
- Charge can break Linken's from across the map. In bronze scum pubs this makes Linken's an SB counter,
but in RIAA-certified Double Platinum tier, this makes SB a Linken's counter.
- One of the easiest heroes to bait. No SB can resist charging down a lonely CM quietly farming in lane,
so take advantage of the mad cow's blood thirst. After a few failed ganks, the map will open up
substantially when he stops Charging on a whim.
- You can stun SB while he's charging. This is useful to know when you're getting Charged, but it's also
useful when you're ganking SB. Keep a stun in your pocket for when he tries to Charge to another lane.
- You can disable SB while he's in the middle of the cast animation for Nether Strike.


{% extends "layout.html" %} {% block content%}
JOB FETCH provide you with the opportunity to search for jobs from all around the world.
This is a Flask Powered Job Search Engine platform using the Github Jobs API.


|
psl1ght
A free SDK for Sony's PS3 console
|
Mutual exclusion (mutex) syscalls. More...
Go to the source code of this file.
Data Structures | |
| struct | sys_mutex_attr |
| Mutex attributes data structure. More... | |
Macros | |
| #define | SYS_MUTEX_PROTOCOL_FIFO 1 |
| FIFO mutex scheduling policy. | |
| #define | SYS_MUTEX_PROTOCOL_PRIO 2 |
| Priority-based mutex scheduling policy. | |
| #define | SYS_MUTEX_PROTOCOL_PRIO_INHERIT 3 |
| Priority-based mutex scheduling policy with inheritance. | |
| #define | SYS_MUTEX_ATTR_RECURSIVE 0x0010 |
| Mutex is recursive. | |
| #define | SYS_MUTEX_ATTR_NOT_RECURSIVE 0x0020 |
| Mutex is not recursive. | |
| #define | SYS_MUTEX_ATTR_PSHARED 0x0200 |
| Default sharing policy for mutex attributes. | |
| #define | SYS_MUTEX_ATTR_ADAPTIVE 0x1000 |
| Mutex is adaptive. | |
| #define | SYS_MUTEX_ATTR_NOT_ADAPTIVE 0x2000 |
| Mutex is not adaptive. | |
Typedefs | |
| typedef struct sys_mutex_attr | sys_mutex_attr_t |
| Mutex attributes data structure. | |
Functions | |
| LV2_SYSCALL | sysMutexCreate (sys_mutex_t *mutex, const sys_mutex_attr_t *attr) |
| Create a mutex. More... | |
| LV2_SYSCALL | sysMutexDestroy (sys_mutex_t mutex) |
| Destroy a mutex. More... | |
| LV2_SYSCALL | sysMutexLock (sys_mutex_t mutex, u64 timeout_usec) |
| Lock a mutex. More... | |
| LV2_SYSCALL | sysMutexTryLock (sys_mutex_t mutex) |
| Try to lock a mutex (non-blocking). More... | |
| LV2_SYSCALL | sysMutexUnlock (sys_mutex_t mutex) |
| Unlock a previously locked mutex. More... | |
Mutual exclusion (mutex) syscalls.
| LV2_SYSCALL sysMutexCreate | ( | sys_mutex_t * | mutex, |
| const sys_mutex_attr_t * | attr | ||
| ) |
Create a mutex.
| mutex | Pointer to storage for the mutex id. |
| attr | Pointer to the mutex attributes. |
| LV2_SYSCALL sysMutexDestroy | ( | sys_mutex_t | mutex | ) |
Destroy a mutex.
| mutex | The mutex id. |
| LV2_SYSCALL sysMutexLock | ( | sys_mutex_t | mutex, |
| u64 | timeout_usec | ||
| ) |
Lock a mutex.
| mutex | The mutex id. |
| timeout_usec | Timeout value in microseconds, or 0 if no timeout is used. |
| LV2_SYSCALL sysMutexTryLock | ( | sys_mutex_t | mutex | ) |
Try to lock a mutex (non-blocking).
| mutex | The mutex id. |
| LV2_SYSCALL sysMutexUnlock | ( | sys_mutex_t | mutex | ) |
Unlock a previously locked mutex.
| mutex | The mutex id. |


--- layout: page title: Embalmer Grants description: Description and sign up for free SARCO token grants for users. ---
In an effort to further decentralize Sarcophagus and to kick-start use, 1000 equal sized grants of SARCO ERC20 tokens will be given away after launch. These 1000 grants will equal 2% of the total (fixed) token supply.
There are no explicit rules for which applications will be chosen. Our goal is to distribute tokens to those applicants that intend to use the tokens for the operation of dead man's switches. Political organizations, will and trust lawyers, crypto-tinkerers are all encouraged to apply.
If there is any sign of Sybil behavior or coordinated efforts; all suspected accounts will be dropped. This isn't a faucet, it's a grant to a real person or organization that would like to try out the software.


This connector is design to access to TILKEE server information from your SugarCRM instance
see below for more information
version 1.0
1 - Install the Tilkee Connector module with SugarCRM module loader
2 - Go to "Connector Settings / Enable Connectors" to activate connector for users and select modules available to access Tilkee information
3 - Go to "Tilkee / General parameters" to configure TILKEE server URL: https://app.tilkee.com
4 - Users have to create an external link in their profil to connect to their Tilkee account: go to https://app.tilkee.com/oauth/applications to creat a new application, with return URL "http://YOU_SUGAR_URL/retourToken.php"
5 - Retrive client id to update "TILKEE Client ID" in Tilkee / General parameters" (you don't secret key)
6 - Now a Tilkee subpanel appear in selected objects to access to project stats or to select a project (proposal or brochure)
Remark : sometimes it is necessary to "Rebuild and Repair" to clean the ExternalAPI cache file
TILKEE doesn't appear in application list when I want to create an external link
In the Administration screen, go to Repair and "Quick Repair and Rebuild"
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.


Looking through the lens with an attitude
by Tertiani ZB SimanjuntakThe voice of German filmmaker Maria Lang can be heard as she reads some entries from her journals spanning the 14 years she took care of her widowed mother, which started soon after the passing of her father on his way to the bakery in 1991. It is the opening scene of the 29-minute-long Der Schmetterling im Winter (Butterfly in Winter), which was recently screened in Jakarta. While it was difficult to catch any emotion from the narrator speaking in her mother tongue, the English subtitles provided a gripping emotional arc for the documentary, in which at a point Lang realized that she was no longer a daughter but merely a caregiver to her own mother. The silent images that followed the narration spoke volumes of the intimacy between mother and daughter. They shared the morning ritual of Lang opening the window of her mother’s bedroom in her childhood home, moving her mothe...
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Lieu: House Democrats 'Want to Look at' 'Instances of Witness Intimidation' | Breitbart
by Ian HanchettOn Saturday’s broadcast of MSNBC’s “AM Joy,” Representative Ted Lieu (D-CA) stated that House Democrats “want to look at all these instances of witness intimidation,” and will decide whether to make witness intimidation an article of impeachment.
Lieu said, “What Donald Trump did looks like witness intimidation, and it’s not a one-off thing that Trump did. He’s done this before. He actually threatened Michael Cohen about his father-in-law, and we have other instances where Donald Trump is trying to intimidate witnesses. We do know that even Fox News hosts were shocked. … So, the Democratic caucus, we want to look at all these instances of witness intimidation, as well as obstruction, and we’ll make a decision as to whether we launch an article of impeachment on that issue.”
Follow Ian Hanchett on Twitter @IanHanchett


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Pink, lovable flamingo $650
Monkey, white, long tailed, joyful $720
Exotic turtle, sharp shelled, cute, round $499
Teacup pig, small, cute, nosy, friendly $139
Husky, obeyable, trainable, warm coated, cool $799