{% extends 'base.html' %} {% load staticfiles i18n %} {% block container %}
After completing the instructions and comprehension check, you will begin the game. The game consists of 20 rounds. At each round you will see a scatter plot and be asked to estimate the correlation of the X and Y variables.
Correlation measures how strongly two variables are related to each other. For example, the graph below depicts the correlation between weight and height. As weight increases, height tends to increase as well.
Each round will consist of 2 stages: "Your Guess" and "Round Outcome".
1. Your Guess: Guess the correlation of the plot shown. Use the slider below the plot to pick a value, and click "Submit" when you are ready. You can take maximum 30 seconds to submit.
2. Round Outcome: See your guess vs. the actual correlation value, as well as your score earned. Click “Next” to go to the next round.
In this game, your correlation guess can range from 0 to 1, and the closer the points fit to a straight line, the closer the correlation will be to 1. No calculations are necessary, just make your best estimate.
Note that different scatter plots may have the same correlation value. Plots can vary in number of points and shape, which can make them easier or harder to guess. For example, both plots in the first row below have a correlation of 0.89, and both plots in the second row a correlation of .55
You will see more than one type of plot along the 20 rounds.


Class: Truth::Dsl::ConfigurationDsl
- Inherits:
-
Truth::Dsl
- Object
- Truth::Dsl
- Truth::Dsl::ConfigurationDsl
- Defined in:
- lib/truth/dsl/configuration_dsl.rb
Instance Method Summary (collapse)
- - (Object) datacenter(name, &blk)
- - (Object) host(name, &blk)
- - (Object) network(*args, &blk)
- - (Object) vip(name, &blk)
Methods inherited from Truth::Dsl
Constructor Details
This class inherits a constructor from Truth::Dsl
Instance Method Details
- (Object) datacenter(name, &blk)
24 25 26 27 28 |
# File 'lib/truth/dsl/configuration_dsl.rb', line 24 def datacenter(name, &blk) @target.datacenter(name.to_sym) do |dc| Dsl::DatacenterDsl.new(dc).instance_eval(&blk) end end |
- (Object) host(name, &blk)
4 5 6 7 8 9 |
# File 'lib/truth/dsl/configuration_dsl.rb', line 4 def host(name, &blk) name = name.to_sym @target.host(name) do |host| Dsl::HostDsl.new(host).instance_eval(&blk) end end |
- (Object) network(*args, &blk)
11 12 13 14 15 16 |
# File 'lib/truth/dsl/configuration_dsl.rb', line 11 def network(*args, &blk) cidr = CIDR(*args) network = @target.network(cidr.to_s) do |network| Dsl::NetworkDsl.new(network).instance_eval(&blk) end end |
- (Object) vip(name, &blk)
18 19 20 21 22 |
# File 'lib/truth/dsl/configuration_dsl.rb', line 18 def vip(name, &blk) @target.vip(name.to_sym) do |vip| Dsl::VIPDsl.new(vip).instance_eval(&blk) end end |


A user-facing name to use as an UDA to decorate D functions. Any arguments passed to its constructor will be used to register the function with the spreadsheet.
A user-facing name to use as an UDA to decorate D functions. Any arguments passed to its constructor will be used to register the function with the spreadsheet.


WeatherTech Cafe
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Salad
Category 1
Category 2
Category 3
Price
$2.89
"Simple and fresh."
Ingredients: Greens, Veggies, Cheese, Toppings, Protein, Dressing
Greens:
Field Greens
Romaine
Spinach
Veggies (choose 3, $.75 per extra):
Tomato
Onion
Olives
Mushrooms
Bell Peppers
Banana Peppers
Broccoli
Cucumber
Jalapeno
Corn
Garbanzo Beans
Carrots
Cheese (2oz, $.99 each):
Cheddar
Feta
Parmesan
Blue
Mozzarella
Protein (6oz, $2.89 each):
Turkey
Chicken
Tofu
Bacon
Tuna
Salami
Pepperoni
Roast Beef
Ham
Toppings:
Croutons
Cranberry Raisins
Sesame Seeds
Dressing (choose 1):
Ranch
Spicy Ranch
Parmesan Peppercorn
Red Wine Vinaigrette
Raspberry Vinaigrette
Balsamic Vinaigrette
Caesar
Italian
Blue Cheese
Honey Mustard
Balsamic Vinegar and Oil
Quantity:
1
2
3
4
5
Additional Comments:


Back up persistent data from all members to the specified directory.
The specified directory must exist on all members, but it can be a local directory on each machine. This command ensures that backup files are not corrupted by concurrent operations. Backing up a running system using the operating system copy command is not recommended.
You can also use this command to perform an incremental backup. See Creating Backups for System Recovery and Operational Management for more information on incremental backup.
Availability: Online. You must be connected in gfsh
to a JMX Manager member to use this command.
Syntax:
backup disk-store --dir=value [--baseline-dir=value]
| Name | Description |
|---|---|
| --dir | Required. Directory to which backup files are written. |
| --baseline-dir | Directory that contains the baseline backup used for comparison during an incremental backup.
An incremental backup operation backs up any data that is not present in the directory specified in --baseline-dir. If the member cannot find previously backed up data or if the previously backed up data is corrupt, the command performs a full backup on that member. |
Table 1. Backup Disk-Store Parameters
Example Commands:
backup disk-store --dir=data/backups
backup disk-store --dir=data/backup/disk-store --baselineDir=data/backups/2012-09-24-17-08-50
Sample Output:
gfsh>backup disk-store --dir=data/backups
The following disk stores were backed up successfully
Member | UUID | Directory | Host
------- | ------------------------------------ | ------------------------------------ | ---------------
server2 | a6bb11f0-0baa-45c9-b23e-64876d02a586 | c:\PivotalGemFire70\Latest\server2\. | <IP_ADDRESS>
server1 | 8dc365bd-c086-4af4-99d0-86b0b521aa04 | c:\PivotalGemFire70\Latest\server1\. | <IP_ADDRESS>


Card Titlemore_vert
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--- layout: post title: Some Lark Goodness date: 2010-12-16 09:28:07.000000000 -05:00 categories: - Recommendations tags: - Belle & Boo. Pocket Mirror - Lark status: publish type: post published: true meta: _edit_last: '1' _wp_old_slug: '' dsq_thread_id: '1188580654' author: login: cint email<EMAIL_ADDRESS>display_name: Jacinta first_name: Jacinta last_name: '' ---
I couldn't help myself. Lark had a sale on Belle & Boo and I just had to have the reversible skirt for Tenneille. I had been eyeing it off for a while, so when it featured in their 12 days of Christmas sale with 40% off, it was a sure sale! I could have ironed it before taking photo's, but I was too excited to share it with you. I couldn't go past the cute pocket mirror either (for me of course!).
[caption id="attachment_261" align="aligncenter" width="206" caption="How cute is this apple button!"][/caption]
[caption id="attachment_262" align="aligncenter" width="400" caption="Meet Me at Mikes Pocket Mirror"][/caption]


geo64
Website for documentation.
Investigation services
Link
Topic
Date Published/Updated?
Log 1
Test for a strange phenomena from the script
29.06.2021/11.07.2021
Log 2
Genetic Project F.I.X.I.A.N
26.06.2020/19.07.2021
Last Updated 11.07.2021


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head :- body.where head is a Prolog structure and body is optionally a series of Prolog structures separated by commas. The ":-" symbol is called the neck and is often read as "if".
A number of clauses with the same functor and arity are said to define a predicate of that functor and arity, often written in the form "functor/arity". The compiler expects clauses to be contiguous unless the predicate is mentioned in a 'multifile' or 'discontiguous' directive, or is dynamic, indexed or sorted.
Prolog has to have a method for matching the goal it is currently trying to prove against heads of clauses. When the head of a clause and the current goal match, the clause is chosen and Prolog goes on to try and prove the goals in its body (if any).
The act of matching two Prolog terms is called unification and is described by the following rules:
When a clause is under consideration to match against a goal, space is reserved to hold variable bindings. If the clause is chosen again later on in the proof, then new space is reserved for the variable bindings caused by the new choice.
It is possible to construct a unification query with terms that refer to impossible nested combinations. These are called cyclic terms. They cause the unification algorithm to go in an infinite loop, thus crashing the system. They can be caught by turning on occurs_check using either Prolog flags or the amzi.cfg file.
It requires the unification of multiple cyclic terms to cause the problem. For example:
?- A = f(A), B = f(B), A = B.
The first two unifications are cyclic, and when the third unification between the cyclic terms is tried, that's when the infinite loop happens. With occurs_check on, the above query will fail at the final A = B.
Clearly occurs_check seems like a good idea, but because these situations are rare, and because occurs_check adds about 10% performance overhead, the ISO standard default for it is off.
Note that only complex situations, like the one above cause the problem. Single cyclic unification doesn't cause a unification problem until it is output, and the output routines automatically detect that situation, whether occurs_check is on or off. A '...' is displayed to indicate the cyclic term after a few iterations.
?- A = f(A). A = f(f(f(f(...))))
If the Prolog flag occurs_check is turned on, the default is off, then attempts to unify cyclic terms will simply fail, rather than crash. This normally isn't necessary because it is usually an unusual error that causes the problem.
?- X = [X|Y], is_cyclic(X). X = [[[[... | H182] | H182] | H182] | H182] Y = H182 yes
We have seen that Prolog uses unification to match a goal to the head of a clause, but if there are several candidate clauses, which does Prolog choose to try first? In most cases Prolog looks through the clauses in the order in which they are entered in the logicbase. This is not the case for a 'sorted' predicate, which is, as the name implies, stored in sorted order.
Prolog's backtracking top-to-bottom, left-to-right search is simple and effective. Backtracking works as follows:
In addition to simple predicates, Amzi! Prolog may be given compound or complex goals. And for each of the predicates below that takes a goal as an argument, that goal can be a complex goal, often requiring parenthesis.
The following example shows the call/1 predicate first calling a simple goal, then calling the 'and' operator ','/2 which joins three goals together.
call( text(X) ), call( (test1(X), test2(Y), test3(Z)) ), ...
call/1 succeeds if Goal can be proved. Goal must be instantiated to a term which could be a valid goal in a clause body. Then call succeeds if and only if that goal can be proved. Note that Goal may be provable using compiled code or dynamic clauses, the call predicate handles both with no need for declarations. call/1 is often used for calling generated goals, for example:
G =.. [PRED, ARG1, ARG2, ARG3], call(G).
Note that not(not(Goal)) has the interesting, and sometimes useful, effect of succeeding if Goal can be proved, but not unifying any of its variables and failing on backtracking.
\+/1 X is a synonym for not X.
For example, findall(X, a(X), [1, 2, 3]) is true if the logicbase contains the following clauses for a:
a(1). a(2). a(3).If Goal cannot be proved for any values of Instance, then List is unified with the empty list [].
findall/3 is generally used to generate lists from logicbase entries, so for example it might be used as follows (with the logicbase shown above):
?- findall(X, a(X), L). L = [1, 2, 3]Consider these facts in the logicbase:
fact(bird, duck). fact(sound, quack). fact(color, white).The terms in the list take the form of the first argument, as in this example:
?- findall(Name:Value, fact(Name, Value), List). List = [bird:duck, sound:quack, color:white]
It is possible to convert an otherwise free variable to a non-free variable by using the ^ symbol as follows:
bagof(W, a(W, X, Y, Z), L). % Here X, Y and Z are free bagof(W, X ^ Y ^ a(W, X, Y, Z), L) % Here only Z is freeSo, for example, consider the following logicbase:
likes(fred, beer). likes(tom, wine). likes(jane, beer). likes(jane, coke). ?- bagof(P, likes(X, P), L). % X is free so we will backtrack P = H47 X = fred L = [beer] ; P = H47 X = tom L = [wine] ; P = H47 X = jane L = [beer, coke] ; no ?- bagof(P, X ^ likes(X, P), L). P = H47 X = H48 L = [beer, wine, beer, coke].
!/0 is always true, so if a clause containing a cut is read as a statement of truth, it behaves as if there were no cut there. But cut affects the way backtracking is performed as follows:
Once a cut is executed, the choice of the clause which contains it is frozen as a proof step. Also any choices made during the proof of the goals between the head of the clause and the cut are frozen.  When backtracking passes over the cut (heading left in a clause), then proof reconsideration continues not with the goal to the left of the !, but the goal to the left of the goal which chose the clause containing the cut.
repeat. repeat :- repeat.
On backtracking Increment is added to the current value of Index and Index is bound to this new value. Again a range check is performed.
?- for(X, 1, 5, 1), write(X), fail. 12345 no
catch/3 catches any errors that unify with ERROR thrown during the execution of GOAL. If an error is caught, control passes to HANDLER. If no errors are caught, catch/3 is the same as call/1.
catch/3 catches errors thrown by the application, using throw/1, or errors thrown by the system. System errors are thrown as error/2 structures:
error(ERROR_CLASS, ATTRIBUTE_VALUE_LIST)
The ATTRIBUTE_VALUE_LIST will vary depending on the type of error. Here's an example of a read error:
?- catch(read(X), E, write(E)). duck+*(le. error(syntax_error, [type = read, rc = 407, message = Unexpected operator, predicate = read_term$/3, callstack = - read_term3;- catch/3;... read_buffer = duck+*( **NEAR HERE** le., read_file = user_function, line_number = 0]) X = H1 E = % same as above
See below for details on application thrown errors and multiple catch/3 goals. See the Logic Server error handling documentation for more details on system errors.
throw/1 throws and error, and the error is TERM. TERM can be any valid Prolog term. If TERM unifies with the ERROR argument of a catch/3 above the throw/1 in the call stack, then that catch/3 HANDLER will handle the error.
If there is no catch/3 to handle the error, then the error is thrown to the calling application, and, if it doesn't handle it, eventually to the operating system. The calling application might include Logic Server exception handling, which can also catch errors thrown from Prolog code, or the runtime.
The following is the example from samples/prolog/misc/catch.pro:
main :- /* Catch and process all throws not handled by subsequent catches, including throw(quit) used to end the program. */ catch(doit, X, error_handler(X)). error_handler(quit) :- write($Quitting\n$). error_handler(X) :- write($Unknown Error$ : X), nl. doit :- repeat, write($Enter one or done or something else: $), read_string(S), string_atom(S, A), catch(do(A), badcommand(X), (write($Bad Command$:X),nl)), fail. do(one) :- catch(do_one, except(X), except(X)), !. do(done) :- throw(quit). do(X) :- throw(badcommand(X)). except(notinteger:X) :- write(X), write($ not an integer\n$). except(toosmall:X) :- write(X), write($ is too small\n$). except(toobig:X) :- write(X), write($ is too big\n$). do_one :- repeat, write($Enter a number between 10 and 20,\n$), write($'q' to quit, or anything else to see an error:\n$), read_string(S), string_term(S,T), check(T), fail. check(q) :- throw(quit). check(X) :- not(integer(X)), throw(except(notinteger:X)). check(X) :- X > 10, X < 20, !, write($Very good\n$). check(X) :- X =< 10, throw(except(toosmall:X)). check(X) :- X >= 20, throw(except(toobig:X)). check(X) :- throw(badcheck(X)). |
Note that multiple goals can be provided to catch/3, such as:
main :- catch( (goal1, goal2, goal3), error(X,Y), process_error(X,Y)).
Copyright ©1987-2011 Amzi! inc. All Rights Reserved. Amzi! is a registered trademark and Logic Server is a trademark of Amzi! inc.


{% extends "forum/base.html" %}
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MySQL is known for its willingness to accept invalid queries, data values. It can silently commit your transaction, truncate your data.
- Using GROUP_CONCAT with a small group_concat_max_len setting? Your result will be silently truncated (make sure to check the warnings though).
- Calling CREATE TEMPORARY TABLE? You get silent commit.
- Issuing a ROLLBACK on non-transactional involved engines? Have a warning; no error.
- Using LOCK IN SHARE MODE on non transactional tables? Not a problem. Nothing reported.
- Adding a FOREIGN KEY on a MyISAM table? Good for you; no action actually taken.
- Inserting 300 to a TINYINT column in a relaxed sql_mode? Give me 255, I’ll silently drop the remaining 45. I owe you.
Warnings and errors
It would be nice to:
After seeing quite some SQL statements over the years, something is bugging me: there is no consistent convention as for how to write an SQL query.
I’m going to leave formatting, upper/lower-case issues aside, and discuss a small part of the SQL syntax: table aliases. Looking at three different queries, I will describe what I find to be problematic table alias use.
Using the sakila database, take a look at the following queries:
In response to Mark Callaghan’s post mk-schema-change.
I apologize for not commenting on the post itself, I do not hold a Facebook account. Anyway this is a long write, so it may as well deserve a post of its own.
Some of the work Mark is describing already exists under openark kit’s oak-online-alter-table. Allow me to explain what I have gained there, and how the issue can be further pursued. There is relevance to Mark’s suggestion.
oak-online-alter-table uses a combination of locks, chunks and triggers to achieve an almost non-blocking ALTER TABLE effect. I had a very short opportunity to speak with Mark on last year’s conference, in between bites. Mark stated that anything involving triggers was irrelevant in his case.
The triggers are a pain, but I believe a few other insights from oak-online-alter-table can be of interest.
Working on mycheckpoint, I have the intention of adding custom monitoring. That is, letting the user define things to monitor. I have my own thoughts, I would be grateful to get more input!
What would the user want to monitor?
Monitoring for the number of SELECT statements per second, InnoDB locks, slave replication lag etc. is very important, and monitoring utilities provide with this information. But what does that tell the end user? Not much.
The experienced DBA may gain a lot. The user would be more interested in completely other kind of information. In between, some information is relevant to both.
Say we were managing an on-line store. We want to monitor the health of the database. But the health of the database is inseparable from the health of the application. I mean, having little to no disk usage is fine, unless… something is wrong with the application, which leads to no new purchases.
And so a user would be interested in monitoring the number of purchases per hour, or the time passed since last successful purchase. This kind of data can only be generated by a user’s specific query. Looking at the charts, the user would then feel safer and confident in the wellness of his store app.
TRUNCATE is usually a fast operation (much faster than DELETE FROM). But sometimes it just hangs; I’ve has several such uncheerful events with InnoDB (Plugin) tables which were extensively written to. The TRUNCATE hanged; nothing else would work; minutes pass.
TRUNCATE on tables with no FOREIGN KEYs should act fast: it translate to dropping the table and creating a new one (and it all depends on the MySQL version, see the manual).
What’s faster than TRUNCATE, then? If you don’t have triggers nor FOREIGN KEYs, a RENAME TABLE can come to the rescue. Instead of:
TRUNCATE log_table
Do:
CREATE TABLE log_table_new LIKE log_table;
RENAME TABLE log_table TO log_table_old, log_table_new TO log_table;
DROP TABLE log_table_old;
I found this to work well for me. Do note that AUTO_INCREMENT values can be tricky here: the “new” table is created with an AUTO_INCREMENT value which is immediately taken in the “working” table. If you care about not using same AUTO_INCREMENT values, you can:
Nothing new about this warning; but it's worth repeating: Using binlog-do-db is dangerous to your replication. It means the master will not write to binary logs any statement not in the given database. Ahem. Not exactly. It will not write to binary logs any statement which did not originate from the given database. Which is why a customer, who was using Toad for MySQL as client interface to MySQL, and by default connected to the mysql schema, did not see his queries being replicated.
I’m having my usual fun with charts. Working on mycheckpoint, I’ve generated monitoring charts using the Google Chars API. But I’ve also had chance to experiment and deploy interactive charts, JavaScript based. In particular, I used and tweaked dygraphs.
I’d like to note some differences in using charts of both kinds. And I think it makes a very big difference.
Static charts
I’ll call any image-based chart by “static chart”. It’s just a static image. Example of such charts are those generated by Google Image Charts (they now also have new, interactive charts), or RRDtool. Show below is an example of a static chart; in this example, generated by Google:
Though most probably I won’t be there in person, here’s what I expect to hear from Edward Screven, Oracle, on the State of the Dolphin keynote, coming MySQL Conference & Expo.
I’m under the assumption that no shocking news are delivered. That is, that for the near future, it’s business as usual for MySQL.
Last year’s great message, delivered by Karen Padir, was “more community”. More community participation, more community patches. Looking back, I’m not sure I saw that coming true. The 5.4 version was announced at that same conference, and was criticized for being community-oriented yet community-hidden. The latest 5.5 milestones announcement took everyone by surprise again. Ideas from Google patches were incorporated into 5.5M2. but, to the best of my understanding, no community patch was delievered.
I have both congratulated and expressed my desire that community took greater part in this.
So what am I looking forward to hear?
- Like everyone else, the general plans Oracle holds for MySQL. Again, I’m not expecting shocking news here.
- The expected roadmap for MySQL, technically speaking. I don’t actually know if there is a roadmap right now.
- The intended role for the MySQL community. Frankly, it would be just fine with me if Oracle were to say: “we will not accept community patches”, and that would be the end of it. That’s fine, because it’s their right, and it would be an honest announcement. Naturally, I’ll be much happier to hear “we will incorporate the best 20 community patches withing the next three days”. Somewhere in between, I’ll be really satisfied with a clear explanation of how Oracle sees the community, and how it would like to cooperate with it. Will it share the development plan with the community? Will it allow the community to have a say about what goes in or not?
Following up on Ronald Bradford's Checked your MySQL recovery process recently? post, I wish to add a prequel. To see whether you have a clear definition of your backup requirements, ask yourself these questions: Is there a backup/restore plan? Is there a written backup/restore plan? How fast do you need to recover a backup? What's the longest downtime you will allow from the point of failure to the point of restored, functional database?
I’ve written shortly on this before. I like yum; I love apt-get; I prefer not to use them for MySQL installations. I consider a binary tarball to be the best MySQL installation format (source installations being a different case altogether).
Why?
I use yum and apt-get whenever I can and for almost all needs (sometimes preferring CPAN for Perl installations). But on a MySQL machine, I avoid doing so. The reason is either dependency hell or dependency mismatch.
Package managers are supposed to solve the dependency hell issue. But package managers will rarely have an up to date MySQL version.
I’ve had several experiences where a simple yum installation re-installed the MySQL version. I’ve had customers calling me up when, having installed something with yum, MySQL would not work anymore.


Bundle Installation/Uninstallation
There are three different installation approaches supported by the plugin which behave differently for the installation and uninstallation. In the following section all mechanisms are outlined individually for both use cases.
Deploy/Upload/Install
Felix Web Console
The plugin by default places an HTTP POST request to the Felix Web Console. This will achieve both upload and installation of the bundle in one request synchronously.
WebDAV PUT
It's also possible to use HTTP PUT instead of POST leveraging the WebDAV bundle from Sling. This will create a new JCR node containing the OSGi bundle in the underlying repository.
From there it needs to be picked up by the JCR Installer to be actually installed in the OSGi container. The latter happens asynchronously. It is important that the bundle resource is uploaded to a location of the repository which is actually watched by the JCR installer (by default only resources below a resource called install
).
Sling POST Servlet
Since version 2.1.8 you can also leverage the Sling POST servlet for uploading the bundle to the repository. The subsequent installation is being performed asynchronously by the JCR Installer (similar to the WebDAV PUT approach).
Undeploy/Uninstall
Felix Web Console
Places an HTTP POST request to the Felix Web Console. This will achieve uninstallation of the bundle synchronously.
WebDAV PUT
An HTTP DELETE request is issued which is handled by the WebDAV bundle from Sling. This will remove the JCR node containing the OSGi bundle in the underlying repository. From there it needs to be picked up by the JCR Installer to be actually uninstalled in the OSGi container. The latter happens asynchronously.
Sling POST Servlet
An HTTP DELETE request is issued which is handled by the Sling POST servlet. This will remove the resource containing the OSGi bundle in the underlying repository. The subsequent uninstallation is being performed asynchronously by the JCR Installer (similar to the WebDAV PUT approach).
Intermediate Resources
For both WebDAV PUT and Sling POST servlet installation, intermediate resources (i.e. non-existing parent resources) are automatically created. The primary type of those intermediate nodes depend on the deployment method (only applicable if the JCR resource provider is used)
- WebDAV PUT, uses the configured collection node type, by default
sling:Folder
(see also WebDAV Configuration) - Sling POST Servlet, uses internally
ResourceResolverFactory.create(...)
without setting anyjcr:primaryType
. Therefore theJcrResourceProviderFactory
will callNode.addNode(String relPath)
which determines a suitable node type automatically, depending on the parent's node type definition (see JCR Node Javadoc).
In most of the cases the intermediate node is of type sling:Folder
, as this is the first allowed child node definition for node type sling:Folder
. This may only differ if your existing parent node is not of type sling:Folder
itself.


| Q: |
Why don't the results on the Alcohol tool match the Characteristics section of the main window? |
| A: |
It's the curse of rounding errors! When you use the Alcohol tool you are entering in gravity values with a precision of two decimal places. But your recipe in QBrew is stored with a much higher precision than this, even though it is displaying characteristics with a lower precision. |
| Q: |
I get hundreds of errors when I try to compile QBrew under Unix. What am I doing wrong? |
| A: |
QBrew has been successfully compiled and run on a variety of Unix platforms, so the odds are low that something's wrong with configure (although it does happen). More likely, you don't have the necessary libraries or headers installed. Make sure that you have the X development libraries installed, as well as the Qt 4.3 or greater or greater development libraries. QBrew will not compile and link with the older Qt 3.x libraries. There are many useful options in the configure script. These options can be displayed by running ./configure --help. Also please read the INSTALL file for several useful tips.
If you are still having problems after this, then
write me at |
| Q: |
Why don't you distribute QBrew as a DEB or RPM file? |
| A: |
I do make packages available for Windows and Mac OSX. I am doing this because users of those platforms are unaccustomed to building software. It is more difficult to do this under Linux and Unix because there are so too many different varieties available. I cannot possibly distribute binary packages for each system and distribution while trying to keep up with changing versions. At this time, QBrew is already available prepackaged for Debian GNU/Linux, SuSE Linux, Linspire, NetBSD and FreeBSD. If you distribution does not have a QBrew package, you may wish to consider maintaining one for them. Please note that the available binary packages are not always the most recent QBrew version. |


CHARMANDER
SQUIRTLE
BULBASAUR
Flame and water droplet based on Justin Batzel
Flipping cards based on Desandro


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Blockchain & Bitcoin 2018
INTRODUCTION:
Bitcoin is the first blockchain-based decentralized digital currency that is progressively being utilized everywhere worldwide since 2009. It has advanced its development into many other assets and forms of Blockchain technology.
The industry has been developing more rapidly than the boldest forecasts predicted. Capitalization of the crypto-currency market has approached the $ 100 billion mark in 2017.Over the last decade, the world of digital currencies underwent the major
transformation with the introduction of Bitcoins in the market. Bitcoin is a decentralized cryptocurrency, purely peer-to-peer version of electronic cash used for online transactions through digital unit of exchange, where a user can make transaction
without any middlemen.
Transactions made are processed through private network of computers, linked through shared program and simultaneously it gets verified and recorded in public distributed ledger, called the block chain. Bitcoin is the most prominent triple entry
bookkeeping system in existence. Some of the key benefits of using bitcoin are: there are no intermediaries or third party involved in, to interrupt, lesser transaction fees, multimode payments methods, daily cash outs and others.
Crypto-Bitcoin & Blockchain Congress is a series of events focussing on Blockchain and cryptocurrencies. The Blockchain technology has already conquered not only the financial and banking spheres but also started to spread its roots in medicine,
insurance, document circulation, solar, etc. Experts will share their experience of implementing Blockchain in governmental institutions (Govtech), banking system, trading, media, healthcare and other spheres. We will discuss all the aspects of
creating innovative IT products – from the emergence of idea to entering the market.
The main participants are IT developers, entrepreneurs, investors, software and equipment manufacturers. The speakers are managers of the well-known companies and representatives of governmental authorities.
Join Crypto-Bitcoin & Blockchain Congress Summit for better future today!
ʙʀɪᴇғ ᴍᴀʀᴋᴇᴛ sᴜʀᴠᴇʏ:
Global Bitcoin Technology Market - Market Trends and Forecasts (2015 - 2020)
Blockchain technology, which is best known for powering Bitcoin and other cryptocurrencies, is gaining steam among finance firms because of its potential to streamline processes and increase efficiency. The technology could cut costs by up to $20
billion annually by 2022.
That's because blockchain, which operates as a distributed ledger, has the ability to allow multiple parties to transfer and store sensitive information in a space that’s secure, permanent, anonymous, and easily accessible. That could simplify paper-heavy,
expensive, or logistically complicated financial systems, like remittances and cross-border transfer, shareholder management and ownership exchange, and securities trading, to name a few. And outside of finance, governments and the music industry
are investigating the technology’s potential to simplify record-keeping.
As a result, venture capital firms and financial institutions alike are pouring investment into finding, developing, and testing blockchain use cases. Over 50 major financial institutions are involved with collaborative blockchain startups, have
begun researching the technology in-house, or have helped fund startups with products rooted in blockchain.
In BI Intelligence’s Blockchain Report, we explain how blockchain works, why it has the potential to provide a watershed moment for the financial industry, and the different ways it could be put into practice in the coming years.
Keynotes:
- Spending on capital markets applications of blockchain is expected to grow at a 52% compound annual growth rate (CAGR) through 2019, according to Aite Group, to reach $400 million that year.
- Banks and major financial institutions are working both collaboratively and independently to develop blockchain tech. Over 50 major financial institutions are involved with collaborative blockchain startups, like R3 CEV or Chain. And many are
investing in the technology on their own as well.
- Putting blockchain to use for real-world transactions is likely not that far off. If working groups' tests are successful, firms could be using it to transact real value as early as the end of this year and we could see widespread industry application
within the next few years.
Over the last decade, the world of digital currencies underwent the major transformation with the introduction of Bitcoins in the market. Bitcoin is a decentralized cryptocurrency, purely peer-to-peer version of electronic cash used for online transactions
through digital unit of exchange, where a user can make transaction without any middlemen. Transactions made are processed through private network of computers, linked through shared program and simultaneously it gets verified and recorded in
public distributed ledger, called the book chain. Bitcoin is the most prominent triple entry bookkeeping system in existence. Some of the key benefits of using bitcoin are: there are no intermediaries or third party involved in, to interrupt,
lesser transaction fees, multimode payments methods, daily cash outs and others.
Bitcoin, have paved the way for increased mainstream acceptance for the digital currency, which even has the potential for transforming global financial transactions. In current scenario, most of the online merchants and startup companies have already
started enjoying the anonymity and efficiency of bitcoin payments, which allows them to cut overhead costs compared to credit or debit cards transactions.
The Global Bitcoin Technology Market is estimated to grow at a CAGR of 7.26% over the period 2015 - 2020. Booming economy and growing disposable income among middle income group in developing world has led Bitcoin technologies to gain traction and
to be used as one of the medium of exchange in the region.
However, the recent regulations and directives imposed by the European banking authorities has hugely impacted the Bitcoin market in Europe. Whereas, owing to large number of bitcoin users, the market will witness growth in the North America region.
Global Bitcoin technology market have been broadly segmented on the basis of denominations used, services offered, industry verticals and geography. As per denominations, the market have been segregated into bitcoin (BTC), millibitcoin (mBTC), microbitcoin
(uBTC) and satoshi. Whereas per services it has been segmented by bitcoin exchanges, remittance services, and payment & wallet services. Various industry verticals, where bitcoin are being used are mining, banking and financial services, entertainment
and media.


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---
layout: post
title: Dane 101 interview
date: '2006-01-19T00:37:00.000-06:00'
author: Tom Ray
tags:
modified_time: '2006-01-19T01:04:32.076-06:00'
blogger_id: tag:blogger.com,1999:blog-11319466.post-113765427206551321
blogger_orig_url: http://www.lorenzosmusic.com/2006/01/dane-101-interview.html
---
A week or so ago Jesse Russell wrote an article about us for the weekly music profile at Dane 101.
You can check it out here.


JsSkal is a client-side web page that is able to transform text into a image, in a non-reversible process.
First, a hash algorithm is used, hashing the text input into a hex string.
The hash is then used to set each pixel color, creating the image.
Input:


Week 1, January 9-13
Mon, Jan 9
- Introduction to the course
- What is a system?
- Assignment
- Lecture notes
Fri, Jan 13
- Levels of analysis; neuroscience methods I
- Assignments
- Lecture notes
Week 2, January 16-20
Mon, January 16
NO CLASS MEETING
Wed, January 18
- Neuroscience methods II.
- Assignment
- Lecture notes
Fri, January 20
- Topic
- Assignment
- Lecture notes
Week 3, January 23-27
Fri, January 27
- Topic
- Assignment
- Read W&B: 2:30-43.
- Read W&B: 2:20-29.
- Lecture notes
Week 4, January 30 - February 3
Wed, February 1
- Topics
- Cells of the nervous system.
- Neurophysiology I
- Assignment
- Read W&B: 2:20-29.
- Read W&B 3:50-55.
- Lecture notes
Fri, February 3
- Topic
- Assignment
- Lecture notes
Week 5, February 6-10
Mon, February 6
- Topic
- Neurophysiology III
- Exam 1 review
- Assignment
- Lecture notes
- Exam 1 Study Guide
Fri, February 10
- Neurophysiology IV
- Lecture notes
Week 06, February 13-17
Mon, February 13
- Neurochemistry I.
- Assignment
Wed, February 15
- Neurochemistry II.
- Assignment
Week 07, February 20-24
Mon, February 20
- Hormones and the brain
- Assignment
Wed, February 22
- Your brain on sex
- Assignment
Fri, February 24
- Biological rhythms and sleep
- Assignment
Week 8, February 27 - March 3
Fri, March 3
- Evolution and development of the human brain.
- Assignment
Spring Break, March 6 - 10
NO CLASSES
Week 9, March 13-17
Mon, March 13
- Psychopathology I: Schizophrenia.
- Assignment
Wed, March 15
- Psychopathology II: Bipolar disorder.
- Assignment
Fri, March 17
- Psychopathology III: Depression.
- Assignment
Week 10, March 20-24
Mon, March 20
- Emotion, Happiness, Reward
- Assignment
Wed, March 22
- Fear and Stress.
- Assignment
Week 11, March 27-31
Mon, March 27
- Sensory systems.
- Assignment
Wed, March 29
Somatosensation
- Assignment
Fri, March 31
- Somatosensation (see slides for 2017-03-29)
- Assignment
Week 12, April 3-7
Wed, April 5
- Wrap-up on Action
- Exam 3 review
Week 14, April 17-21
Wed, April 19
- Learning & memory.
- Assignment
Fri, April 21
- Learning & memory II.
- Assignment
Week 15, April 24-28
Mon, April 24
- Speed of nervous system conduction lab
Wed, April 26
- Student talk: Madisyn Barnes
- Student talk: Grace Desjardins
- Review for Exam 4.
Fri, April 28
- Student talk: Justin Slovin
- The Cerebral Symphony
Week 16, May 1-5
Wednesday, May 3, 2017, 12:20-2:10pm
Copyright © Rick O. Gilmore. All rights reserved.


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PTP Pac Server
gfwlist.txt
for base64 encoded gfwlist.txt from gfwlist project
rule.txt
for base64 decoded gfwlist.txt
gfwlist.pac
for pac script
PTP Homepage
GFWList Homepage
AutoProxy2PAC Homepage


Update Manage Leaves Setup
About
Service
Works
Contact
Leave Setup Year
..Choose leave Year
{{leaveSetupYear}}
Mandatory*
Title
Starts at
Ends at


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Amber
With San Diego's gorgeous weather, there's no need to stay indoors.
Fierce
is a website designed to help you create your own outdoor adventure.
Welcome, Amber!
Discover
Quickstart
Lists
Submit
Settings


Base CSS
Common
Utility styles that are reused frequently and provide human-readable classes.
Input
Components
Various input elements ```
Input Controls
Buttons
In general, all buttons are "ghost buttons" with square corners.
Submit button

<button class="submit-btn">go navy</button>

About button

<button class="about-btn">about</button>

Home
Pages
Home view elements
Main
Styles for elements such as

could go in this section.


Note for Fall 2015: Update your repos from the topmost level. There was a missing test case in the code I originally sent you. Thanks!Note! It is very important to the pedagogical goals of this studio that you follow the directions below carefully. The object of studio is not to arrive at a solution, but rather to understand the processes involved in developing solutions.
For example, at times, you may be asked to sketch a solution using pencil and paper.
To be blunt, this means you must have pencil and paper out, and you must use said paper and pencil to sketch solutions. These sketches are very helpful both for your own understanding of recursive computations but also these sketches help us understand how you think about recursion.
The functions defined below are partial, in the sense that they do not work on all inputs. Let's assume that inputs to all functions below are restructed to the nonnegative integers (0, 1, 2, …).Do not worry about errors that may occur if improper inputs are presented.
| fact(n) = | { | n × fact(n-1) | n > 0 |
| 1 | otherwise |
| fib(n) = | { | fib(n-1) + fib(n-2) | n > 1 |
| n | otherwise |
| isOdd(n) = | { | ! isOdd(n-1) | n > 0 |
| false | otherwise |
| sum(a,b) = | { | sum(a+1, b-1) | b > 0 |
| a | otherwise |
At this piont, show your work to a TA before proceeding!
After identifying the substructure, implement the function recursively in Java and run the unit test.
Show your recursive structure diagrams to a TA for each problem below before coding it or before proceeding to the next problem.
NB: The result of this computation should be a double. Be careful about integer divsion!
| mult(a,b) = | a + a + | … | a + a | |
| | | Added together b times | | | ||
| mult(a,0) = | 0 |
When you done with this studio, you must be cleared by the TA to receive credit.
- Commit all your work to your repository
- Fill in the form below with the relevant information
- Have a TA check your work
- The TA should check your work and then fill in his or her name
- Click OK while the TA watches
- If you request propagation, it does not happen immediately, but should be posted in the next day or so
This demo box is for studio 6
When you done with this studio, you must be cleared by the TA to receive credit.
- Commit all your work to your repository
- Fill in the form below with the relevant information
- Have a TA check your work
- The TA should check your work and then fill in his or her name
- Click OK while the TA watches
- If you request propagation, it does not happen immediately, but should be posted in the next day or so
This demo box is for studio 6


Overloaded method that takes a Bool
in place of Boolean
expression to create a new binary macro Bool
.
Overloaded method that takes a Bool
in place of Boolean
expression to create a new binary macro Bool
.
the left-hand-side (LHS) of the Boolean
expression
the operator (method name) of the Boolean
expression
the right-hand-side (RHS) of the Boolean
expression
the Bool
that will provide the Boolean
expression value with bool.value
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a binary macro Bool
Create binary macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression, which includes Boolean
expression that
uses ==
, ===
, !=
, !==
, >
, >=
, <
, <=
, &&
,
&
, ||
and |
.
Create binary macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression, which includes Boolean
expression that
uses ==
, ===
, !=
, !==
, >
, >=
, <
, <=
, &&
,
&
, ||
and |
.
the left-hand-side (LHS) of the Boolean
expression
the operator (method name) of the Boolean
expression
the right-hand-side (RHS) of the Boolean
expression
the Boolean
expression
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a binary macro Bool
Create exists macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression
represented by exists
method call.
Create exists macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression
represented by exists
method call.
the left-hand-side (LHS) of the Boolean
expression
the right-hand-side (RHS) of the Boolean
expression
the Boolean
expression
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a exists macro Bool
Overloaded method that takes a Bool
in place of Boolean
expression to create a new isInstanceOf
macro Bool
.
Overloaded method that takes a Bool
in place of Boolean
expression to create a new isInstanceOf
macro Bool
.
the left-hand-side (LHS) of the Boolean
expression
the operator (method name) of the Boolean
expression
the class name passed to isInstanceOf
method call
the Bool
that will provide the Boolean
expression value with bool.value
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a Bool
instance that represents a isInstanceOf
method call
Create macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression
represented by a isInstanceOf
method call,
Create macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression
represented by a isInstanceOf
method call,
the left-hand-side (LHS) of the Boolean
expression
the operator (method name) of the Boolean
expression
the class name passed to isInstanceOf
method call
the Boolean
expression
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a Bool
instance that represents a isInstanceOf
method call
A helper method to check is the given Bool
is a simple macro Bool
and contains empty expression text.
A helper method to check is the given Bool
is a simple macro Bool
and contains empty expression text.
the Bool
to check
true
if the given Bool
is a simple macro Bool
and contains empty expression text, false
otherwise.
Create macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression
represented by length
and size
method call,
Create macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression
represented by length
and size
method call,
the left-hand-side (LHS) of the Boolean
expression
the operator (method name) of the Boolean
expression
the actual value returned from length
or size
method call
the expected value returned from length
or size
method call
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a Bool
instance that represents a length
or size
method call
Create a negated version of the given Bool
Create a negated version of the given Bool
the given Bool
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a negated version of the given Bool
Create simple macro Bool
that is used by BooleanMacro
to wrap an unrecognized Boolean
expression.
Create simple macro Bool
that is used by BooleanMacro
to wrap an unrecognized Boolean
expression.
the Boolean
expression
the original expression text (source code)
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a simple macro Bool
Overloaded method that takes a Bool
in place of Boolean
expression to create a new unary macro Bool
.
Overloaded method that takes a Bool
in place of Boolean
expression to create a new unary macro Bool
.
the left-hand-side (LHS) of the Boolean
expression
the operator (method name) of the Boolean
expression
the Bool
that will provide the Boolean
expression value with bool.value
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a binary macro Bool
Create unary macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression represented by a unary method call,
which includes Boolean
expression that uses isEmpty
.
Create unary macro Bool
that is used by BooleanMacro
to wrap a recognized Boolean
expression represented by a unary method call,
which includes Boolean
expression that uses isEmpty
.
the left-hand-side (LHS) of the Boolean
expression
the operator (method name) of the Boolean
expression
the Boolean
expression
the Prettifier
used for prettifying messages, this need to be implicit to let the compiler resolve it implicitly, it will be too tricky for our macro to resolve it and pass it over explicitly.
a unary macro Bool
Bool
companion object that provides factory methods to create different sub types ofBool
Bool
is used by code generated fromBooleanMacro
(whichAssertionsMacro
andRequirementsMacro
uses), it needs to be public so that the generated code can be compiled. It is expected that ScalaTest users would ever need to useBool
directly.


[gecode-users] Dynamically constructing a model using solution of an IntVar
Guido Tack
tack at gecode.org
Thu Aug 15 05:41:02 CEST 2013
On 15/08/2013, at 1:33 PM, Ajit Dingankar <Ajit.Dingankar at gmail.com> wrote:
>
>> That's more difficult. Let's say your variable that contains the required
> array length is called x. You
>> either need to decompose your model into two parts (the first part
> determining x, the second part then
>> using that solution to construct a new model with the right length), or
> you need to allocate an array with
>> the maximum possible length and use constraints to say that everything
> beyond index x is ignored.
>>
>> Cheers,
>> Guido
>
> Thanks, Guido! I was thinking about an approach similar to your first
> suggestion which may be better suited for my situation (in addition to
> being more memory efficient ;-) since it's a natural fit for my solution
> requirement: I need to solve for every legal length but the data should
> be randomly picked (one solution for every length) since the data space
> is very large and most solutions don't add any insight into the problem
> over that of a single representative solution.
>
> I couldn't find an example of model decomposition in MPG, so I'd really
> appreciate any pointers or hints of handling the underlying space; mainly
> if I can/must use a different space for the second model. I think I've
> to use a different space and the variables in the first model can't be
> constrained by those in the second model in this approach. If there are
> any such constraints, I must use the second approach of maximum possible
> length.
You can simply add variables and constraints to an existing space. Something like this should work (this is just pseudo code, you may need to use the right options for DFS so that you don't get memory leaks etc):
MySpace* s = new MySpace;
DFS<MySpace> dfs(s);
while (MySpace* s = dfs.next()) {
s->add_second_level_vars_and_constraints();
DFS<MySpace> nestedDFS(s);
while (MySpace* ns = nestedDFS.next()) {
ns->print();
delete ns;
}
}
Cheers,
Guido
More information about the users
mailing list


Graduate Teaching Assistant
University of Texas at Austin
Mentored a class of 90+ students and held one-on-one and group sessions to provide regular out of class assistance. Evaluated and offered detailed feedback on assignments related to Database Management.
Aug 2020 - May 2021
Student Technology Assistant
University of Texas at Austin
Enhanced web applications using CMS tools like Cascade and WordPress and communicated with clients across departments in UT to resolve issues. Revamped 2 old UT websites and added CSS changes to make the sites responsive.
Feb 2020 - Aug 2020
Senior Software Engineer
Accenture
Engaged in Requirement Analysis, Design, Coding, Testing, Implementation, and Maintenance. Developed web applications using J2EE, JSP, Servlets, JDBC, Struts, Spring, MVC, Hibernate. Collaborated with QA team to resolve issues in Integration, UAT and Production environments. Played a key role in the development of an Idea portal for internal use in the project to crowd source ideas from the team. Led code review sessions with peers to validate the design and implementation of features. Supervised a group of 5 developers to deliver a critical release that led to a 20% decrease in production defects.
Took ownership of new requirements and coordinated with team members to complete the development.
May 2012 - Nov 2016


---
layout: nodes.liquid
section: smartContract
date: Last Modified
title: 'Keepers Network Overview'
---
{% markdown %}
The Chainlink Keeper Network provides options for smart contracts to outsource regular maintenance tasks in a trust minimized & decentralized manner. The network aims to provide a protocol for incentivization & governance for the keeper ecosystem.
There are three main actors in the network:
- **Client Contracts**: Smart contracts that need external entities to service their maintenance tasks.
- **Keepers**: Chainlink nodes that execute registered Upkeeps.
- **Registry**: The contract through which anyone can create and manage Upkeeps, and node operators can perform Upkeeps.
The diagram below describes the architecture of the Keeper network. It is responsible for governing the actors on the network and compensating Keepers for performing successful Upkeeps. Through it, clients can register for Upkeep and node operators can register as Keepers.
![keeper-overview](/images/contract-devs/keeper/keeper-overview.png)
## Keeper Contracts
These are the important contracts to be aware of. You can find these in the [Chainlink public repository](https://github.com/smartcontractkit/chainlink).
* `KeeperBase` - enables the use of the `cannotExecute` modifier. Import if you have a need for this modifier. See Modifiers below.
* `KeeperCompatibleInterface` - the interface to be implemented in order to make your contract keeper-compatible. Import for type safety.
* `KeeperCompatible` - imports both `KeeperBase.sol` & `KeeperCompatibleInterface.sol`
* `KeeperRegistry` - the registry contract that tracks all registered Upkeeps and the Keepers that can perform them.
* `UpkeepRegistrationRequest` - the registration contract that allows users to register/configure their Upkeep with the associated KeeperRegistry.
## Chainlink Keepers Economics
Chainlink Keepers do not compete with one another, but rather work together to ensure all registered Upkeeps are performed. This makes costs more predictable upfront, enabling you to estimate costs based on the expected gas consumption.
### Funding
The network is designed to perform your work even under conditions where gas prices spike. In order to ensure appropriate payment to the Keepers, your LINK balance must exceed the maximum amount that could be paid for performance. This maximum amount is calculated using [Chainlink’s on-chain fast gas feed](https://data.chain.link/ethereum/mainnet/gas/fast-gas-gwei) and a gas ceiling multiplier (see [configuration](#configuration)) that places a ceiling on payments to the Keeper.
### Payments
When a Keeper performs your Upkeep, the Keeper Registry will deduct from your Upkeep’s LINK balance and allocate it to the Keeper’s address. The amount deducted includes a premium on top of the transaction fee paid by the Keeper and uses our up to date data feeds for exchange rate conversion. See payment premium below.
### Price Selection & Gas Bumping
Chainlink Keeper nodes select the gas price dynamically based on the prices of transactions within the last several blocks, optimizing gas price based on current network conditions. Keepers are configured to select a price based on a target percentile.
If the Keeper node does not see the `performUpkeep` transaction get confirmed within the next few blocks, it will automatically replace the transaction and bump the gas price. This will repeat until the transaction is confirmed.
## Keepers Turn Taking
Our Keepers take responsibility for your Upkeep in turns. The registered Upkeeps are broken into buckets based on the number of Keepers on the network, and at the end of each turn the buckets rotate from one Keeper to the next. So even if a Keeper goes down, we have built in redundancy and your Upkeep will be performed by the next one in line.
The duration of a turn - the number of blocks a Keeper is responsible for a given bucket of Upkeeps - is configured within the KeeperRegistry. See below for the current block count per turn.
Once a Keeper has performed an Upkeep, it cannot do so again until another Keeper on the network has subsequently performed the same Upkeep. This protects against a faulty or malicious Keeper from taking repeated action on a given Upkeep.
## Configuration
These configurations may change as we grow our users and the network as a whole.
{% endmarkdown %}
{% markdown %}
* **Payment Premium (paymentPremiumPPB)** - %
This premium is applied on top of the gas cost paid by the Keeper to perform your Upkeep
* **Block Count Per Turn (blockCountPerTurn)** -
The number of blocks in each turn before the Upkeep is rotated to the next Keeper
* **Check Gas Limit (checkGasLimit)** -
The maximum amount of gas that can be used by your checkUpkeep for off-chain computation.
* **Call Gas Limit (callGasLimit)** - 2,500,000
The maximum amount of gas that can be used by the client contract’s performUpkeep for the on-chain transaction. You can set an upper limit on your Upkeep during registration, but this number must not exceed the call gas limit on the KeeperRegistry.
* **Gas Ceiling Multiplier (gasCeilingMultiplier)** -
Establishes a ceiling for the maximum price based on the on-chain fast gas feed.
{% endmarkdown %}


---
layout: page
title: FreeRADIUS 'man' pages
subtitle: Documentation from the server
subpage: true
navorder: 200
hero: documentation
subnav:
- text: Programs
link: '/radiusd/man/#programs'
- text: Configuration Files
link: '/radiusd/man/#files'
- text: Modules
link: '/radiusd/man/#modules'
---
rlm_detail
Section: FreeRADIUS Module (5)
Updated: 27 June 2013
Index
Return to Main Contents
NAME
rlm_detail - FreeRADIUS Module
DESCRIPTION
The
rlm_detail module writes radius packets to 'detail' files.
It is primarily used for storing accounting information, but can be
used in other sections to write packet details as well.
The file format is similar to that of the old Livingston servers, and
many 'detail' file parsers should work with FreeRADIUS.
The main configuration items to be aware of are:
- file
-
The file name in which to store the radius packet records. NOTE: this
variable is run through dynamic string expansion, and can include
FreeRADIUS variables to create a dynamic filename.
%{radacctdir}/%{Packet-Src-IP-Address}/detail-%Y%m
This will create one file per month, for each client.
This accomplishes 'file rotation' automatically from
within the server.
- permissions
-
The file permissions of the file.
If omitted, the default is 0600.
- locking
-
This option is set to 'yes' or 'no'. By default it is 'no'. Set this
to yes to enable file locking, which is used with the 'radrelay'
program.
CONFIGURATION
-
modules {
...
detail {
filename = %A/%{Packet-Src-IP-Address}/detail-%Y%m
permissions = 0600
dir_permissions = 0755
locking = no
}
...
}
...
process Accounting-Request {
...
detail
...
}
SECTIONS
authorization,
accounting,
pre_proxy,
post_proxy,
post_authentication
FILES
/etc/raddb/radiusd.conf
SEE ALSO
radiusd(8),
radiusd.conf(5)
AUTHORS
Chris Parker,
<EMAIL_ADDRESS>Index
- NAME
-
- DESCRIPTION
-
- CONFIGURATION
-
- SECTIONS
-
- FILES
-
- SEE ALSO
-
- AUTHORS
-
This document was created by
man2html,
using the manual pages.
Time: 17:19:42 GMT, March 12, 2018


get the goods.
You should download our amazing crowd-sourced fungus app for Android!!!!
Your attention has been grabbed! Plz give us money $$


pydrake.systems.sensors¶
Bindings for the sensors portion of the Systems framework.
-
class
pydrake.systems.sensors.
CameraInfo
¶ Simple data structure for camera information that includes the image size and camera intrinsic parameters.
To clarify the terminology used to describe 2D and/or 3D spaces throughout the class, we use “coordinate system” rather than “frame”. This is because the term “frame” has two different meanings in the computer vision field: a synonym of coordinate system, and a snapshot out of consecutively captured images. To ensure the reader will not be confused, we clearly differentiate the use of the terms “coordinate system” and “frame” by using “coordinate system” to denote 2D/3D spaces and “frame” to denote a captured image.
There are three types of the coordinate systems that are relevant to this class:
- the camera coordinate system - the image coordinate system - the pixel coordinate system.
The camera coordinate system expresses a camera’s 6D pose relative to the world coordinate system. The camera coordinate system is defined to be
X-right
, Y-down andZ-forward
. TheZ
axis is also called the “optical axis”. Note that each axis in the camera coordinate system is expressed in the upper case, like(X, Y, Z)
to distinguish from those of the image coordinate system which we explain next.The image coordinate system is the 2D coordinate system made by projecting the camera coordinate system onto the 2D image plane which is perpendicular to the “optical axis”. Therefore, the direction of the each axis is
x-right
andy-down
, and the origin of the image coordinate system is located at the crossing point between the 2D image plane and the “optical axis”. This origin is called the “image center” or “principal point”. Note that each axis in the image coordinate system is expressed in the lower case , like(x, y)
.The pixel coordinate system is also a 2D coordinate system. The main differences between the pixel coordinate system and the image coordinate system are the location of the origin and the direction of the axes. The origin of the pixel coordinate system is at the left-upper corner of the image and the direction of the each axis is the same as those of the image coordinate system. The axes of the pixel coordinate system are expressed using
u
andv
, therefore the axes directions areu-right
andv-down
.For more detail including an explanation of the focal lengths, refer to: http://docs.opencv.org/2.4/modules/calib3d/doc/camera_calibration_and_3d_reconstruction.html and https://en.wikipedia.org/wiki/Pinhole_camera_model.
-
__init__
(*args, **kwargs)¶ Overloaded function.
- __init__(self: pydrake.systems.sensors.CameraInfo, width: int, height: int, fov_y: float) -> None
Constructor that sets the image size and vertical field of view
fov_y
. We assume there is no image offset, so the image center(center_x,
center_y) is equal to(width / 2, height / 2)
. We also assume the focal lengthsfocal_x
andfocal_y
are identical. The horizontal field of viewfov_x
is calculated using the aspect ratio of the image width and height together with the vertical field of view:fov_x = 2 * atan(width / height * tan(fov_y / 2)).
This can be derived from the equations of the focal lengths:
focal_x = width / 2 / tan(fov_x / 2) focal_y = height / 2 / tan(fov_y / 2)
where
focal_x / focal_y = 1
.- Parameter
width
: - The image width in pixels, must be greater than zero.
- Parameter
height
: - The image height in pixels, must be greater than zero.
- Parameter
fov_y
: - The vertical field of view.
- __init__(self: pydrake.systems.sensors.CameraInfo, width: int, height: int, focal_x: float, focal_y: float, center_x: float, center_y: float) -> None
Constructor that directly sets the image size, center, and focal lengths.
- Parameter
width
: - The image width in pixels, must be greater than zero.
- Parameter
height
: - The image height in pixels, must be greater than zero.
- Parameter
focal_x
: - The focal length x in pixels.
- Parameter
focal_y
: - The focal length y in pixels.
- Parameter
center_x
: - The x coordinate of the image center in the pixel coordinate system in pixels.
- Parameter
center_y
: - The y coordinate of the image center in the pixel coordinate system in pixels.
-
center_x
(self: pydrake.systems.sensors.CameraInfo) → float¶ Returns the image center x value in pixels.
-
center_y
(self: pydrake.systems.sensors.CameraInfo) → float¶ Returns the image center y value in pixels.
-
focal_x
(self: pydrake.systems.sensors.CameraInfo) → float¶ Returns the focal length x in pixels.
-
focal_y
(self: pydrake.systems.sensors.CameraInfo) → float¶ Returns the focal length y in pixels.
-
height
(self: pydrake.systems.sensors.CameraInfo) → int¶ Returns the height of the image in pixels.
-
intrinsic_matrix
(self: pydrake.systems.sensors.CameraInfo) → numpy.ndarray[float64[3, 3]]¶ Returns the camera intrinsic matrix.
-
width
(self: pydrake.systems.sensors.CameraInfo) → int¶ Returns the width of the image in pixels.
-
template
pydrake.systems.sensors.
Image
¶ Instantiations:
Image[PixelType.kRgba8U]
,Image[PixelType.kDepth16U]
,Image[PixelType.kDepth32F]
,Image[PixelType.kLabel16I]
-
class
Image[PixelType.kRgba8U]
¶ -
Traits
¶ alias of
ImageTraits[PixelType.kRgba8U]
-
__init__
(*args, **kwargs)¶ Overloaded function.
- __init__(self: pydrake.systems.sensors._TemporaryName_N5drake7systems7sensors5ImageILNS1_9PixelTypeE2EEE, arg0: int, arg1: int) -> None
Image size only constructor. Specifies a width and height for the image. All the channel values in all the pixels are initialized with zero.
- Parameter
width
: - Size of width for image which should be greater than zero
- Parameter
height
: - Size of height for image which should be greater than zero
- __init__(self: pydrake.systems.sensors._TemporaryName_N5drake7systems7sensors5ImageILNS1_9PixelTypeE2EEE, arg0: int, arg1: int, arg2: int) -> None
Image size and initial value constructor. Specifies a width, height and an initial value for all the channels in all the pixels.
- Parameter
width
: - Size of width for image which should be greater than zero.
- Parameter
height
: - Size of height for image which should be greater than zero.
- Parameter
initial_value
: - A value set to all the channels in all the pixels
-
at
(self: pydrake.systems.sensors._TemporaryName_N5drake7systems7sensors5ImageILNS1_9PixelTypeE2EEE, x: int, y: int) → numpy.ndarray[uint8[m, 1], flags.writeable]¶ Access to the pixel located at (x, y) in image coordinate system where x is the variable for horizontal direction and y is one for vertical direction. To access to the each channel value in the pixel (x, y), you can do:
ImageRgbaU8 image(640, 480, 255); uint8_t red = image.at(x, y)[0]; uint8_t green = image.at(x, y)[1]; uint8_t blue = image.at(x, y)[2]; uint8_t alpha = image.at(x, y)[3];
-
data
¶
-
height
(self: pydrake.systems.sensors._TemporaryName_N5drake7systems7sensors5ImageILNS1_9PixelTypeE2EEE) → int¶ Returns the size of height for the image
-
mutable_data
¶
-
resize
(self: pydrake.systems.sensors._TemporaryName_N5drake7systems7sensors5ImageILNS1_9PixelTypeE2EEE, arg0: int, arg1: int) → None¶ Changes the sizes of the width and height for the image. The values for them should be greater than zero. (To resize to zero, assign a default- constructed Image into this; do not use this method.) All the values in the pixels become zero after resize.
-
shape
¶
-
size
(self: pydrake.systems.sensors._TemporaryName_N5drake7systems7sensors5ImageILNS1_9PixelTypeE2EEE) → int¶ Returns the result of the number of pixels in a image by the number of channels in a pixel
-
width
(self: pydrake.systems.sensors._TemporaryName_N5drake7systems7sensors5ImageILNS1_9PixelTypeE2EEE) → int¶ Returns the size of width for the image
-
-
class
-
pydrake.systems.sensors.
ImageDepth16U
¶ alias of
pydrake.systems.sensors.Image[PixelType.kDepth16U]
-
pydrake.systems.sensors.
ImageDepth32F
¶ alias of
pydrake.systems.sensors.Image[PixelType.kDepth32F]
-
pydrake.systems.sensors.
ImageLabel16I
¶ alias of
pydrake.systems.sensors.Image[PixelType.kLabel16I]
-
pydrake.systems.sensors.
ImageRgba8U
¶ alias of
pydrake.systems.sensors.Image[PixelType.kRgba8U]
-
template
pydrake.systems.sensors.
ImageTraits
¶ Instantiations:
ImageTraits[PixelType.kRgba8U]
,ImageTraits[PixelType.kDepth16U]
,ImageTraits[PixelType.kDepth32F]
,ImageTraits[PixelType.kLabel16I]
-
class
pydrake.systems.sensors.
InvalidDepth
¶ -
__init__
¶ x.__init__(…) initializes x; see help(type(x)) for signature
-
kTooClose
= 0.0¶
-
kTooFar
= inf¶
-
-
class
pydrake.systems.sensors.
Label
¶ -
__init__
¶ x.__init__(…) initializes x; see help(type(x)) for signature
-
kFlatTerrain
= 32766¶
-
kNoBody
= 32767¶
-
-
class
pydrake.systems.sensors.
PixelFormat
¶ Members:
kDepth
kRgba
kLabel
-
__init__
(self: pydrake.systems.sensors.PixelFormat, arg0: int) → None¶
-
kDepth
= PixelFormat.kDepth¶
-
kLabel
= PixelFormat.kLabel¶
-
kRgba
= PixelFormat.kRgba¶
-
name
¶ (self – handle) -> str
-
-
class
pydrake.systems.sensors.
PixelType
¶ Members:
kDepth32F
kLabel16I
kRgba8U
kDepth16U
-
__init__
(self: pydrake.systems.sensors.PixelType, arg0: int) → None¶
-
kDepth16U
= PixelType.kDepth16U¶
-
kDepth32F
= PixelType.kDepth32F¶
-
kLabel16I
= PixelType.kLabel16I¶
-
kRgba8U
= PixelType.kRgba8U¶
-
name
¶ (self – handle) -> str
-
-
class
pydrake.systems.sensors.
RgbdCamera
¶ Bases:
pydrake.systems.framework.LeafSystem_[float]
-
__init__
(self: pydrake.systems.sensors.RgbdCamera, name: unicode, tree: RigidBodyTree<double>, frame: RigidBodyFrame<double>, z_near: float = 0.5, z_far: float = 5.0, fov_y: float = 0.7853981633974483, show_window: bool = False, width: int = 640, height: int = 480) → None¶ A constructor that uses the default RgbdRendererVTK renderer and defines
B
using a RigidBodyFrame. The pose of RgbdCamera is fixed to a user-defined frame and will be updated during the simulation.- Parameter
name
: - The name of the RgbdCamera. This can be any value, but should typically be unique among all sensors attached to a particular model instance.
- Parameter
tree
: - The RigidBodyTree containing the geometric description of the
world. The life span of this parameter must exceed that of this
class’s instance. The maximum number of bodies in the
tree
must be less than 1536 based on the number of the colors used for the label image, otherwise an exception will be thrown. - Parameter
frame
: - The frame in @tree to which this camera is attached.
- Parameter
z_near
: - The minimum depth distance RgbdCamera can measure.
- Parameter
z_far
: - The maximum depth distance RgbdCamera can measure.
- Parameter
fov_y
: - The RgbdCamera’s vertical field of view.
- Parameter
show_window
: - A flag for showing a visible window. If this is false, offscreen rendering is executed. This is useful for debugging purposes.
- Parameter
width
: - Width of output image.
- Parameter
height
: - Height of output image.
- Parameter
flat_terrain
: - A flag to add a flat terrain at z = 0 in the world coordinate system.
Raises: - RuntimeError When the number of rigid bodies in the scene exceeds
- the maximum limit 1535.
- Parameter
-
camera_base_pose_output_port
(self: pydrake.systems.sensors.RgbdCamera) → pydrake.systems.framework.OutputPort_[float]¶
-
color_camera_info
(self: pydrake.systems.sensors.RgbdCamera) → pydrake.systems.sensors.CameraInfo¶ Reterns the color sensor’s info.
-
color_camera_optical_pose
(self: pydrake.systems.sensors.RgbdCamera) → pydrake.common.eigen_geometry.Isometry3¶ Returns
X_BC
.
-
color_image_output_port
(self: pydrake.systems.sensors.RgbdCamera) → pydrake.systems.framework.OutputPort_[float]¶
-
depth_camera_info
(self: pydrake.systems.sensors.RgbdCamera) → pydrake.systems.sensors.CameraInfo¶ Reterns the depth sensor’s info.
-
depth_camera_optical_pose
(self: pydrake.systems.sensors.RgbdCamera) → pydrake.common.eigen_geometry.Isometry3¶ Returns
X_BD
.
-
depth_image_output_port
(self: pydrake.systems.sensors.RgbdCamera) → pydrake.systems.framework.OutputPort_[float]¶
-
frame
(*args, **kwargs)¶ Overloaded function.
- frame(self: pydrake.systems.sensors.RgbdCamera) -> RigidBodyFrame<double>
Returns the RigidBodyFrame to which this RgbdCamera is attached.
Raises: RuntimeError When RgbdCamera is instantiated as a fixed camera. - frame(self: pydrake.systems.sensors.RgbdCamera) -> RigidBodyFrame<double>
Returns the RigidBodyFrame to which this RgbdCamera is attached.
Raises: RuntimeError When RgbdCamera is instantiated as a fixed camera.
-
label_image_output_port
(self: pydrake.systems.sensors.RgbdCamera) → pydrake.systems.framework.OutputPort_[float]¶
-
state_input_port
(self: pydrake.systems.sensors.RgbdCamera) → pydrake.systems.framework.InputPort_[float]¶
-
tree
(self: pydrake.systems.sensors.RgbdCamera) → RigidBodyTree<double>¶ Returns the RigidBodyTree to which this RgbdCamera is attached.
-
-
class
pydrake.systems.sensors.
RgbdCameraDiscrete
¶ Bases:
pydrake.systems.framework.Diagram_[float]
Wraps a continuous RgbdCamera with zero order holds to have it function as a discrete sensor.
-
__init__
(self: pydrake.systems.sensors.RgbdCameraDiscrete, camera: pydrake.systems.sensors.RgbdCamera, period: float = 0.03333333333333333, render_label_image: bool = True) → None¶ Constructs a diagram containing a (non-registered) RgbdCamera that will update at a given rate.
- Parameter
period
: - Update period (sec).
- Parameter
render_label_image
: - If true, renders label image (which requires additional overhead).
If false,
label_image_output_port
will raise an error if called.
- Parameter
-
camera
(self: pydrake.systems.sensors.RgbdCameraDiscrete) → pydrake.systems.sensors.RgbdCamera¶ Returns reference to RgbdCamera intsance.
-
camera_base_pose_output_port
(self: pydrake.systems.sensors.RgbdCameraDiscrete) → pydrake.systems.framework.OutputPort_[float]¶
-
color_image_output_port
(self: pydrake.systems.sensors.RgbdCameraDiscrete) → pydrake.systems.framework.OutputPort_[float]¶
-
depth_image_output_port
(self: pydrake.systems.sensors.RgbdCameraDiscrete) → pydrake.systems.framework.OutputPort_[float]¶
-
kDefaultPeriod
= 0.03333333333333333¶
-
label_image_output_port
(self: pydrake.systems.sensors.RgbdCameraDiscrete) → pydrake.systems.framework.OutputPort_[float]¶
-
mutable_camera
(self: pydrake.systems.sensors.RgbdCameraDiscrete) → pydrake.systems.sensors.RgbdCamera¶ Returns reference to RgbdCamera intsance.
-
period
(self: pydrake.systems.sensors.RgbdCameraDiscrete) → float¶ Returns update period for discrete camera.
-
state_input_port
(self: pydrake.systems.sensors.RgbdCameraDiscrete) → pydrake.systems.framework.InputPort_[float]¶
-


--- layout: base title: AD Networks PPG subtitle: Gladstone Institute For Neurological Disease, UCSF use-site-title: false ---


 Like his first film, THE BROTHERS MCMULLEN, this story is set in and around New York City, and stars Mike McGlone and Burns himself as the aforementioned brothers (only two this time). Also in the mix once again is Maxine Bahns, Burn's real-life love interest, who again stars as Burns's... love interest.
This time around, Burns once again plays slacker to McGlone's uptight business-oriented younger brother. Burns's Mickey, a contented laid-back cab driver, falls in love (with Bahns) and gets married on 24 hours notice. This is ridiculed by his brother Francis (McGlone), who is experiencing relationship problems of his own in the form of a deep-rooted affair that threatens to break up his marriage. The two brothers' problems are linked together by the fact that Francis's young mistress, played by Cameron Diaz, is Mickey's ex-fiancee.
After establishing these relationship problems and throwing in the love quarrels that Burns's father ("Frasier"'s John Mahoney) is having with their mother, Burns allows them to unfold in much the same fashion that similar events unfolded in Burns's first film. First, the brothers talk about their relationships; in the next scene one of the brothers does something impetuous or stupid; as a result, in a subsequent scene, the brothers have to talk about how *that* affected their relationships. All of this makes for a lot of repetition (the story about why Burns broke up with Diaz is brought up at least eight times), and inevitably leads to the point where one of the brothers' wives or girlfriends does something independently impetuous, stupid, or long overdue, at which point, the brothers are forced to talk about *that* and maybe get into a fight. As the movie approaches its inevitable end, though, both brothers are forced to scramble and try to make everything work out.
Despite its strong similarities to Burns's first film, SHE'S THE ONE reveals that Burns has obviously done some growing since then. On the whole, this narrative is much more complex than that of THE BROTHERS MCMULLEN. Unlike his first film, the problems of the brothers are interlinked such that their inevitable brotherly dialogues always hold some sort of interest for both brothers. Burns also displays at one point that his characters do not all have to be completely tactless. This is demonstrated in what is by far the film's most powerful and original scene, a climactic moment between Burns and Diaz in which Burns the director displays a newfound ability to reveal emotion without words. Unfortunately, this is only one brief glimpse of complexity and true movie magic in a film that for the most part rehashes THE BROTHERS MCMULLEN.
RATING: ***
|------------------------------| \ ***** Perfection \ \ **** Good, memorable film \ \ *** Average, hits and misses \ \ ** Sub-par on many levels \ \ * Unquestionably awful \ |------------------------------|
-Bradley Null is a filmmaker, guest critic, and brother of Christopher -Christopher Null /<EMAIL_ADDRESS>/ Writer-Producer -Visit the Movie Emporium at http://www.filmcritic.com/ -and Null Set Productions at http://www.filmcritic.com/nullset.htm
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


If you've ever designed an application that needs to handle files from users and be able to easily adapt to new directory structures, you know how challenging this can be. Not to mention this is an easy place for security holes to sneak into a large application. Besides that, applications on the web have to differentiate between two contexts: the filesystem and the URI path.
This class is largely inspired by banging my head against the wall and one of the cool features in Java: an abstract object to act as a path, but allow much more functionality, reliability, intelligence, and security.


Armed with a penchant for programming, I've had the opportunity to work in a wide variety of industries, including game development, aerospace electronics, and most recently, technology consulting. I'm always looking to expand my knowledge, so if you've got a cool project for me, let's get in touch!
An avid gamer of all kinds. Video games, tabletop games, and board games, if you've got it I'll try it! My current obsessions include Warhammer, Overwatch, and futile attempts at trying to clear my Steam backlog. You can catch me on Steam here. Let's play!
I have had the good fortune of being able to travel for work and for leisure as a Liferay consultant for the past five years. I love experiencing new adventures, exploring the world, and of course trying new food! If you have any awesome travel suggestions, send them my way.
Software Engineering Intern
Developed and enhanced desktop and web applications in Java, customized to each client's needs. Patched security flaws in web applications by implementing credential checks and logout timers.
Software Engineer
Created a mobile game prototype using the Corona SDK framework. Designed and maintained a kiosk exhibit as interactive media for the Centennial Anniversary of the Los Angeles Aqueduct.
Software Engineer
Designed, coded, and tested various components for the Honeywell Advanced Data Acquisition Unit. Scripted and created upwards of 10,000 test cases for Boeing, Sikorsky, and Honeywell aircraft electronics.
Unity Developer / Content Creation Lead
Developed Android applications using the Unity engine for 3D games, applications, and productivity tools for use on a head-mounted augmented/virtual-reality displays. Provided creative direction of content and technical support to junior developers. Delivered sample applications and demos to key partners and investors.
Global Services Consultant
Provided consulting services as part of the Liferay Global Services team. Analyze and architect the setup and maintenance of the full stack of Liferay infrastructure for companies like HP, Major League Baseball, and Desjardins. Create customized portlets and applications for said companies according to client specifications.
Get Social.
It'll be great to meet you!
Kevin Cruz


src/components/about/about.js
src/components/about/about.controller.js
src/components/about/about.html


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|
Panda3D
|
Variables | |
| int | CURVE = 1 |
| int | FRAME = 0 |
| int | I = 1 |
| int | IN_SLOPE = 5 |
| int | IN_TANGENT = 3 |
| int | INSLOPE = 2 |
| int | KEY = 0 |
| int | KEYFRAME = 2 |
| int | LOCAL_VALUE = 0 |
| int | NODE = 0 |
| int | OUT_SLOPE = 6 |
| int | OUT_TANGENT = 4 |
| int | OUTSLOPE = 3 |
| int | PROP_NAME = 1 |
| int | SELECT = 1 |
| int | TIME = 2 |
| int | UID = 0 |
| int | VALUE = 1 |
| int | X = 0 |
| int | Y = 1 |
| int | Z = 2 |
This contains data structure and constants related with animation handling.
| int CURVE = 1 |
| int FRAME = 0 |
| int I = 1 |
| int IN_SLOPE = 5 |
| int IN_TANGENT = 3 |
| int INSLOPE = 2 |
| int KEY = 0 |
| int KEYFRAME = 2 |
| int LOCAL_VALUE = 0 |
| int NODE = 0 |
| int OUT_SLOPE = 6 |
| int OUT_TANGENT = 4 |
| int OUTSLOPE = 3 |
| int PROP_NAME = 1 |
| int SELECT = 1 |
| int TIME = 2 |
| int UID = 0 |
| int VALUE = 1 |
| int X = 0 |
| int Y = 1 |
| int Z = 2 |


Welcome, this website contains the data and code for the presentation "Pagerank in Apache Flink" of Advanced Information Management
On this page are the most important files from the project. All the files can also be found in the github repository.


Verona Murphy controversy hits Fine Gael in the polls
Fine Gael has seen its support fall following the controversy over its Wexford by-election candidate Verona Murphy.
The latest Business Post/Red C poll shows Leo Varadkar's party still leads the way on 30%, but has dropped two points.
During her Wexford by-election campaign, Ms Murphy has had to apologise twice for comments she made about asylum seekers, and that seems to be reflected in this latest Red C sample of a thousand adults between November 14 and 21.
It shows support for Fine Gael is down by two points to 30%, although it still retains a strong lead over Fianna Fáil which is unchanged on 24%.
It comes at a time when all parties and Independents are gearing up for the four by-elections being held on Friday and the forthcoming general election next year.
Sinn Féin has made no gains from publicity around its recent Ard Fheis in Derry and is unchanged on 11%.
Labour, which recently had its national conference in Mullingar in Westmeath, is up by two points to 6%.
Support for current Independent TDs has dropped by one point to 12%, while the Greens are unchanged on 7%.
The Independent Alliance, unchanged on 4%, the Social Democrats and Solidarity-People Before Profit are on 2% and Aontú is on 1%.


I was born in the city of Vitoria-ES,Brazil and moved to Porto Alegre in 2016 to study Software Engineering at the Faculty of Informatics of the PUCRS. I worked as a monitor student of the Introduction to Software Engineering Course and I also participated actively in the projects of the Experimental Software Engineering Agency (AGES) where I had the opportunity to work developing many software solutions
Traveling and learning new languages are among my favorite Hobbies. I achieved a diploma Advanced English in a six months ESL course that I took in Vancouver-BC Canada. Nowadays I've been performing a Scholarship work as a Undergraduate Researcher for the PUCRS in parallel with my major studies and other personal projects.


Rendering Options
A Side-by-side comparison of default conversion and conversion with options set. The bodies of the Markdown are the same, only the flags are different.
View source on the page to see the <pre-markdown> tag in action below.
Default:
- Rendering of Inline HTML.
- Formatting of standard "quotes".
- Conversion of strings like (c) and (r) into entities.
- Conversion of link-like things into links:
- URLS: https://some.link
- Email<EMAIL_ADDRESS>Conversion of
newlines within
paragraphs
to `
`s.
Uses the simple tag: <pre-markdown>>
With Options:
- Rendering of Inline HTML.
- Formatting of standard "quotes".
- Conversion of strings like (c) and (r) into entities.
- Conversion of link-like things into links:
- URLS: https://some.link
- Email<EMAIL_ADDRESS>Conversion of
newlines within
paragraphs
to `
`s.
Uses the tag: <pre-markdown html="true" linkify="true" typographer="true" breaks="true">


Glossary¶
Application¶
PushApplication¶
User¶
Activity¶
An activity is a task that must be completed as a part of a process. In GoFlow activities are mapped to python scripts. This way an activity can do anything that can be done from a python script.
Role¶
Roles define who can perform an associated activity. Roles are defined at a per-process level.
Activity-based Workflow¶
An activity-based workflow is a workflow that is centered around a set of activities that someone (or something) has to do.
A given process instance (an instance of a process definition) may have several active workitems, which are the “pending” work a given actor has to do. Once a workitem is completed, the process definition specifies what are the next activities, and thus what new workitems must be created.
The main concepts in the definition of a process for an activity-based workflow are:
- activities
- applications that describe work
- sub-process that recursively describe another process
- transitions, with guards, deciding what’s next
Process¶
A process is defined as a set of activities that must be done to achieve some goal. Business interactions are mapped to GoFlow processes to automate them. Process activities are connected using transitions defining what has to be done after each activity is completed.
Transitions¶
Transitions defines which activity or activities come before an activity is executed and after it is completed.
Workflow¶
A workflow is a model to represent real work for further assessment, e.g., for describing a reliably repeatable sequence of operations. More abstractly, a workflow is a pattern of activity enabled by a systematic organization of resources, defined roles and mass, energy and information flows, into a work process that can be documented and learned.
The term workflow is used in computer programming to capture and develop human to machine interaction. Workflow software aims to provide end users with an easier way to orchestrate or describe complex processing of data in a visual form, much like flow charts but without the need to understand computers or programming.
Workflow is a term used to describe the tasks, procedural steps, organizations or people involved, required input and output information, and tools needed for each step in a business process.
A workflow approach to analyzing and managing a business process can be combined with an object-oriented programming approach, which tends to focus on documents and data. In general, workflow management focuses on processes rather than documents.
A number of companies make workflow automation products that allow a company to create a workflow model and components such as online forms and then to use this product as a way to manage and enforce the consistent handling of work. For example, an insurance company could use a workflow automation application to ensure that a claim was handled consistently from initial call to final settlement. The workflow application would ensure that each person handling the claim used the correct online form and successfully completed their step before allowing the process to proceed to the next person and procedural step.
A workflow engine is the component in a workflow automation program that knows all the procedures, steps in a procedure, and rules for each step. The workflow engine determines whether the process is ready to move to the next step.
Proponents of the workflow approach believe that task analysis and workflow modeling in themselves are likely to improve business operations.
related concepts:
- Petri-Nets: http://en.wikipedia.org/wiki/Petri_net
ProcessInstance¶
An instance is an occurrence of a process being executed. An instance is created when a process is started. The instance passes through the process activities until the process is terminated.
WorkItem¶
A workitem is added to the instance when an activity is completed. Workitems thus represent completed activities.


| 269 | (A) | that the trauełłe vndir-tuke and Titus the toþer |
| 264 | (C) | That oþer was tytus . þat þe trauayle vnder-toke |
| 265 | (D) | þat þat travaile vndurtoke and Titus þat oþer |
| 266 | (E) | that this iorneye vndur-took . & tytus þat oþer . |
| (Ex) | ---- no text ---- | |
| 270 | (L) | þat þe trauail vndertoke & titus an-oþer |
| 262 | (P) | þat þe trauayle vndertoke & Titus þe tother |
| 261 | (U) | ¶ That trauail to vnder take / and Titus an other |
| (V) | ---- no text ---- |


Clicking this button will add the currently highlighted word to the custom dictionary. The custom dictionary files are held in the 'Dict' directory of your Ameol installation. You can edit the custom dictionary by opening the CUSTOM.DIC file using Notepad or any other text editor.


Neptune Fountain
Neptune Fountain is one of the main attractions of the historic center of Bologna, located opposite the entrance to the Palace of Palazzo Re Enzo. It was built on the eponymous square in 1567 on the site of residential buildings, which on this occasion were demolished. The author of the figure of Neptune was the famous sculptor Dzhambolonya, who took as a model a similar fountain in Florence, bearing the same name - Neptune Fountain. Another name for the Bologna fountain is “Giant”, because its height is 3.2 meters and its weight reaches 2.2 tons.


According to the CDC, "stress can have a significant effect on an adolescent's long-term physical and mental well-being." Studies show that the top causes of stress among adolescents are schoolwork, parents, friends' problems, and relationship issues.
In contrast, according to NPR the most common causes of stress amongst adults are hearing about politics, wathcing the news, and family schedules. Due to the difference between adult and adolescent causes of stress, teens must make sure to get support tailored to them.
Effects
Of surveyed college-aged students, these were some of the most often reported effects of stress:
Poorer school performance
Feeling irritable/angry
Trouble Sleeping
Turning to alcohol&drugs
Coping
The CDC recommends these tips for dealing with stress and depression


{% extends 'templates/nhs_transaction_layout.html' %} {% import 'includes/form_macros.html' as form_macros %} {% block afterHeader %} {% include "includes/service-headers/health-costs-checker.html" %} {% endblock %} {% block content %} Back Do you have diabetes? Yes No You are eligible for a medical exemption certificate because you have diabetes. This means you have to apply for a medical exemption card, if you do not already have one, you are not exempt from prescription charges without it. {{ form_macros.button({ label: 'Next' }) }} What you get free Prescriptions NHS Sight test Glasses or contact lenses NHS wigs Travel for treatment NHS dental exam NHS dental treatment {% endblock %}
You are eligible for a medical exemption certificate because you have diabetes.
This means you have to apply for a medical exemption card, if you do not already have one, you are not exempt from prescription charges without it.


$D4E8/54504: Set buffer pointer Jump from $C5D7, $C6E5, $CD76, $CFDC, $D1C8, $D414, $DB6A, $DB76, $DFEA, $E182, $E1A9: D4E8: 20 93 DF JSR $DF93 ; get buffer number Jump from $DF49: D4EB: 0A ASL D4EC: AA TAX D4ED: B5 9A LDA $9A,X ; buffer pointer hi D4EF: 85 95 STA $95 D4F1: B5 99 LDA $99,X ; buffer pointer lo D4F3: 85 94 STA $94 D4F5: 60 RTS Previous Page / Next Page