Enter the fractured psyche of Bruce Wayne and discover the powerful and far-reaching consequences of your choices as the Dark Knight.
In this gritty and violent new story from the award-winning creators of The Walking Dead – A Telltale Games Series, you'll make discoveries that will shatter Bruce Wayne's world, and the already fragile stability of a corrupt Gotham City.
Your actions and your choices will determine the fate of the Batman.
The player takes the role of Batman, both as the superhero and as his alter ego Bruce Wayne. Telltale Games CEO Kevin Bruner has stated that playtime will be split evenly between them, though at times the game will offer the player a choice of whether to approach a situation as Wayne or as Batman. The game's narrative offers a "fresh interpretation of the universe set in current times, not tied to any existing iteration of Batman in games, film, or comics", according to Telltale Games.According to Bruner, the game is set a few years after Wayne decides to become Batman, giving them flexibility in their writing and gameplay to give the player some control on how they want to play the character without ties to any established narrative. The game features a branching narrative, similar to past Telltale games, giving the player options in approaching a situation and having that choice affect later events in the game. The game includes action sequences that are resolved similar to Telltale's other games, using quick time events. The series also includes investigation sequences, allowing the player to use Batman's detective skills to progress the story.
The series also introduces a new feature called "crowd play", available on both the PC and console versions of the game. Crowd play allows the game to be watched by an audience who can participate in the decision-making process. When this feature is active, the player provides their audience with a link to Telltale's website with a unique code to participate in that session through any web-enabled device. These additional players are given the option to vote at the game's decision points, with the results presented to the main player to judge which decision to make. Optionally, the main player can have the game automatically take the most-popular decision for them.


| Name | Total Lines | Lines of Code | Total Coverage | Code Coverage |
|---|---|---|---|---|
| lib/pages/address_page.rb | 21 | 15 | 100.00%
|
100.00%
|
Code reported as executed by Ruby looks like this...and this: this line is also marked as covered.Lines considered as run by rcov, but not reported by Ruby, look like this,and this: these lines were inferred by rcov (using simple heuristics).Finally, here's a line marked as not executed.
2 class AddressPage < GenericBasePage |
3 |
4 element(:page_heading) {|b| b.element(class: "page-heading")} |
5 |
6 element(:firstname) {|b| b.text_field(id: "firstname")} |
7 element(:lastname) {|b| b.text_field(id: "lastname")} |
8 element(:address1) {|b| b.text_field(id: "address1")} |
9 element(:city) {|b| b.text_field(id: "city")} |
10 element(:state) {|b| b.select(id: "id_state")} |
11 element(:country) {|b| b.select(id: "id_country")} |
12 |
13 element(:post_code) {|b| b.text_field(id: "postcode")} |
14 element(:home_phone) {|b| b.text_field(id: "phone")} |
15 element(:mobile_phone) {|b| b.text_field(id: "phone_mobile")} |
16 element(:address_title) {|b| b.text_field(id: "alias")} |
17 element(:save_button) {|b| b.button(id: "submitAddress")} |
18 |
19 element(:message) {|b| b.textarea(name: "message")} |
20 element(:proceed_to_checkout) {|b|b.button(name: "processAddress")} |
21 |
22 end |
Generated on 2016-03-01 11:45:08 -0500 with SimpleCov-RCov 0.2.3


variant
A feature that combines several low-level features, making it easy to request common build configurations.
Allowed values: debug
, release
,
profile
.
The value debug
expands to
<optimization>off <debug-symbols>on <inlining>off <runtime-debugging>on
The value release
expands to
<optimization>speed <debug-symbols>off <inlining>full <runtime-debugging>off
The value profile
expands to the same as
release
, plus:
<profiling>on <debug-symbols>on
User can define his own build variants using the variant
rule from the common
module.
Notee: Runtime debugging is on in debug builds to suit the expectations of people used to various IDEs.
link
A feature that controls how libraries are built.
Allowed values: shared
,
static
source
<source>X
feature has the same effect on
building a target as putting X in the list of sources.
It's useful when you want to add
the same source to all targets in the project
(you can put <source> in requirements) or to conditionally
include a source (using conditional requirements, see the section called “Conditions and alternatives”)
See also the <library>
feature.
library
<source>
feature,
except that it takes effect only for linking. When you want to
link all targets in a Jamfile to certain library, the
<library>
feature is preferred over
<source>X
-- the latter will add the library to
all targets, even those that have nothing to do with libraries.
dependency
#include
paths) of some
library to be applied, but don't want to link to it.
use
#include
paths) of some
library to be applied, but don't want to link to it.
dll-path
dll-path
and
hardcode-dll-paths
properties useful?
”
in Chapter 8, Frequently Asked Questions for details.
hardcode-dll-paths
Controls automatic generation of dll-path properties.
Allowed values:
true
, false
. This property
is specific to Unix systems. If an executable is built with
<hardcode-dll-paths>true
, the generated binary
will contain the list of all the paths to the used shared
libraries. As the result, the executable can be run without
changing system paths to shared libraries or installing the
libraries to system paths. This
is very convenient during
development. Plase see the FAQ entry for details.
Note that on Mac OSX, the paths are unconditionally hardcoded by
the linker, and it's not possible to disable that behaviour.
cflags
, cxxflags
, linkflags
cflags
that's both the C and C++
compilers, for cxxflags
that's the C++ compiler and for
linkflags
that's the linker. The features are handy when
you're trying to do something special that cannot be achieved by
higher-level feature in Boost.Build.
warnings
<warnings>
feature controls the warning level of compilers. It has the following values:
off
- disables all warnings.
on
- enables default warning level for the tool.
all
- enables all warnings.
all
.
warnings-as-errors
<warnings-as-errors>
makes it possible to treat warnings as errors and abort
compilation on a warning. The value on
enables this behaviour. The default value is
off
.
build
Allowed values: no
The build
feature is used to conditionally disable build of a target. If <build>no
is in properties when building a target, build of that target is skipped. Combined with conditional requirements this
allows to skip building some target in configurations where the build is known to fail.
tag
The tag
feature is used to customize
the name of the generated files. The value should have the form:
@rulename
where
rulename
should be a name of a rule with
the following signature:
rule tag ( name : type ? : property-set )
The rule will be called for each target with the default name computed by Boost.Build, the type of the target, and property set. The rule can either return a string that must be used as the name of the target, or empty string, in which case the default name will be used.
Most typical use of the tag
feature is
to encode build properties, or library version in library target names.
You should take care to return non-empty string from the tag rule
only for types you care about — otherwise, you might
end up modifying names of object files, generated header file and
other targets for which changing names does not make sense.
debug-symbols
Allowed values: on
, off
.
The debug-symbols
feature specifies if
produced object files, executables and libraries should include
debug information.
Typically, the value of this feature is implicitly set by the
variant
feature, but it can be explicitly
specified by the user. The most common usage is to build
release variant with debugging information.


From France: Arsenal have ‘already begun’ negotiations with ‘priority’ manager – Compensation payable
by Sport Witness TeamThere were countless claims about Unai Emery’s successor even before he left Arsenal, and that’s only going to increase now.
One of the men thought to be in the picture is Nuno Espirito Santo, who has done such a good job with Wolves. Up until Wednesday evening there was nothing independent in the Portuguese media about a possible move to the Gunners, although that may change going forward.
Mohamed Bouhafsi, a well known journalist for France’s RMC, reports on Friday that Arsenal have ‘already begun’ talks with the Wolves manager’s entourage. That would presumably be Gestifute, Jorge Mendes’ agency.
Nuno was Mendes’ first client back when the manager was a goalkeeper, and the pair maintain a close relationship.
Should the information come from a Mendes source, and it’s not clear if it does, then it would be worrying news for Wolves fans.
It’s stated, inevitably, that Arsenal would have to pay compensation to Wolves. Nuno is said to be ‘very interested’ and is described as the London club’s ‘priority’ target.


Why QB Tua Tagovailoa Was Still Playing In Blowout vs. Mississippi State
by Andrew HolleranAlabama quarterback Tua Tagovailoa was carted off the field with an injury late in the first half of the Crimson Tide’s afternoon contest against Mississippi State. The injury came with Nick Saban’s team leading, 35-7.
Tagovailoa, who played last week vs. LSU on a non-100 percent ankle, appeared to injure his hip on a play late in the first half.
Alabama’s quarterback was reportedly “screaming in pain” and had to be carted off the field.
Saban has since been criticized for leaving the less-than 100 percent quarterback in for too long, especially with the game in hand.
“Why in the hail is Tua in the game when you are up 35-7? That makes no sense. None!” ESPN’s David Pollack tweeted. He certainly wasn’t alone with this line of thinking, either.
Saban then revealed to ESPN that it was going to be Tagovailoa’s final drive of the game. They were OK with giving him some two-minute drill practice.
“That was going to be his last series. We were going to put Mac in and we said ‘Let’s put Tua in before the half for 2-minute (drill) just for practice,” he told ESPN.
Despite earlier reports, Tua reportedly did not lobby to stay in the game.
Saban confirmed that the quarterback injured his hip.
“He hurt his hip. I don’t know anything else more than that. That was going to be his last series of half. Certainly I don’t want to see anybody get hurt, especially not him,” Saban said.
Alabama has an easy win next week, before taking on Auburn. Hopefully, Tagovailoa will be able to return in time for that contest. At this point, though, it’s tough to tell how severe this injury will be.
Stay tuned for more updates on Tagovailoa’s injury.


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Syntax highlighting
Highlight occurrences of selected words
Set "Ignore whitespace" ON by default when entering a Pull request from the Pull requests list page
Enable keyboard mappings
Add "Toggle diff text" button to collapse diff sections
Add "Load all diffs" button that automatically loads every failed diff of the pull request simultaneously
Check the "Close anchor branch" checkbox by default when creating a new pull request
Improve the default font-family and size of lines of code in Source view.
Add counters to the "Branches" and "Pull requests" links in the navigation sidebar menu.
Add source branch, linkify branch names, and add creation date to each pull request row in pull request list view.
Don't carry pluses and minuses to clipboard when copying diff's contents
Include number of commits next to the Commits tab in the pull request view
Use a
PULL_REQUEST_TEMPLATE.md
from the repository when creating new pull requests or specify a URL with your own raw template (must be hosted publicly in
http://gist.github.com/
). See the
README
of the extension for more details on how this works.
Default Merge Strategy
Merge commit
Squash
Files to autocollapse. Use the same patterns as with .gitignore.
The files that match the given patterns will be automatically collapsed when the Pull Request loads.
Autocollapse deleted files
Diff ignore. Use the same patterns as with .gitignore.
The files that match the given patterns will be completely removed and inaccessible in the Pull Request / Commit view.
Enable Update Notifications. Every time this extension is updated, the CHANGELOG for the current version will be opened in a new browser tab.


Great job on getting this far in learning web development.  Keep at it and enjoy the journey to web development guru.


|
||||||||||
| 前のクラス 次のクラス | フレームあり フレームなし | |||||||||
| 概要: 入れ子 | フィールド | コンストラクタ | メソッド | 詳細: フィールド | コンストラクタ | メソッド |
java.lang.Object org.restlet.resource.Resource
public abstract class Resource
Base resource class exposing the uniform REST interface. Intended conceptual
target of a hypertext reference. An uniform resource encapsulates a
Context
, a Request
and a Response
, corresponding to a
specific target resource.
It also defines a precise life cycle. First, the instance is created and the
#init(Context, Request, Response)
method is invoked. If you need to
do some additional initialization, you should just override the
#doInit()
method.
Then, the abstract #handle()
method can be invoked. For concrete
behavior, see the ClientResource
and ServerResource
subclasses. Note that the state of the resource can be changed several times
and the #handle()
method called more than once, but always by the
same thread.
Finally, the final #release()
method can be called to clean-up the
resource, with a chance for the developer to do some additional clean-up by
overriding the #doRelease()
method.
Note also that throwable raised such as Error
and Exception
can be caught in a single point by overriding the #doCatch(Throwable)
method.
"The central feature that distinguishes the REST architectural style from
other network-based styles is its emphasis on a uniform interface between
components. By applying the software engineering principle of generality to
the component interface, the overall system architecture is simplified and
the visibility of interactions is improved. Implementations are decoupled
from the services they provide, which encourages independent evolvability."
Roy T. Fielding
Concurrency note: contrary to the Uniform
class and its
main Restlet
subclass where a single instance can handle several
calls concurrently, one instance of Resource
is created for each call
handled and accessed by only one thread at a time.
| コンストラクタの概要 | |
|---|---|
Resource()
|
| メソッドの概要 | |
|---|---|
static java.util.logging.Logger |
getLogger()
Returns the logger. |
static Reference |
getOriginalRef()
Returns the original reference as requested by the client. |
static java.util.Map<java.lang.String,java.util.ArrayList<java.lang.String>> |
getQuery()
Returns the resource reference's optional query. |
static java.lang.String |
getQueryValue(java.lang.String name)
Returns the first value of the query parameter given its name if existing, or null. |
static Reference |
getReference()
Returns the URI reference. |
static Request |
getRequest()
Returns the handled request. |
static Context |
getResourceContext()
Returns the current context. |
static Series<Cookie> |
getResourceCookies()
Returns the modifiable series of cookies provided by the client. |
static Series<CookieSetting> |
getResourceCookieSettings()
Returns the modifiable series of cookie settings provided by the server. |
static Response |
getResourceResponse()
Returns the handled response. |
static Representation |
getResourceResponseEntity()
Returns the response entity representation. |
static void |
init(Context context_)
|
static void |
init(Request request_,
Response response_)
|
| クラス java.lang.Object から継承されたメソッド |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| コンストラクタの詳細 |
|---|
public Resource()
| メソッドの詳細 |
|---|
public static Context getResourceContext()
public static Series<Cookie> getResourceCookies()
Request.getCookies()
public static Series<CookieSetting> getResourceCookieSettings()
Response.getCookieSettings()
public static java.util.logging.Logger getLogger()
public static Reference getOriginalRef()
Request.getOriginalRef()
public static java.util.Map<java.lang.String,java.util.ArrayList<java.lang.String>> getQuery()
Form
object aren't reported to the underlying
reference.
Reference.getQueryAsForm()
public static java.lang.String getQueryValue(java.lang.String name)
name
- The query parameter name.
public static Reference getReference()
public static Request getRequest()
public static Response getResourceResponse()
public static Representation getResourceResponseEntity()
public static void init(Context context_)
public static void init(Request request_, Response response_)
|
||||||||||
| 前のクラス 次のクラス | フレームあり フレームなし | |||||||||
| 概要: 入れ子 | フィールド | コンストラクタ | メソッド | 詳細: フィールド | コンストラクタ | メソッド |


{% extends "base.html" %} {% block heading %} {{super()}} {% endblock %} {% block content %}
Non-ribosomal peptides(NRPs) are secondary metabolites produced by bacteria and fungi that could find many clinical applications, mainly antibiotics (e.g. Daptomycin, Vancomycin), but also anticancer (e.g. Bleomycin), and immunosuppressants (e.g. Ciclosporin). NRPs are synthesized by a cluster of enzymes known as non-ribosomal peptide synthetases (NRPSs). NRPSs are exceptional mega-enzymes, with multi-modular catalysts that work together to assemble highly complex, bioactive secondary metabolites of peptide origin (Elizabeth A Felnage et.al). Each NRPS subunit is composed of modules. Each module incorporates one monomer into the NRP product. Each module can be subdivided into catalytic domains. The four catalytic domains that are found on most NRPSs are Adenylation (A) domain, Thiolation or peptidyl carrier protein (PCP) domain, Condensation (C) domain, Thioesterase (TE) domain. The A domain is responsible for selecting the substrate and activating it, a small peptidyl carrier protein (PCP) domain carries the activated amino acid and propagates the growing peptide chain, and a condensation (C) domain links amino acids of two adjacent modules via a condensation reaction. An example of a NRP: Tyrocidine Biosynthetic gene cluster (Mootz HD et.al).(fig.1).
An IML is the segment of amino acids linking two successive NRPSs modules. It could come between a C-domain of module 1 and PCP-domain of module 2 (most of the cases). However, it could also show up between a tailoring-domain of module 1 and PCP-domain of module 2. Tailoring domains are special domains that are responsible for modifying the amino acid substrate before it is incorporated into the peptide chain (e.g. epimerization domain (E) which catalyzes the L to D amino acid conversion).
Creating the first computational tool dedicated for extracting and analyzing of IMLs within NRPSs and establishing the first IMLs database, will be a big asset for researchers interested in combinatorial biosynthesis and rational design of novel NRPs. Following the outcome of our tool with a rigorous experimental validation, will certainly open the door for successful molecular engineering strategy of NRPs, that will lead not only for the synthesis of peptides with potential anti- microbial activity but also others with a wide range of activities such as anticancer, immunosuppressant, antiviral and antifungals.


We are Team Winter!! This is a casual and competetive gaming clan that mostly plays fortnite and rocket league. If you are a gamer that loves the game and plays most every day this is the clan for you!!
REQUIREMENTS:
If you complete the top 4 requirements just email me<EMAIL_ADDRESS>and i will grant you a tryout either that day or the next. No tryouts on sunday.


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{% extends "cradmin_legacy/base.django.html" %} {% load static %} {% load i18n %} {% load cradmin_legacy_tags %} {% block title %} {% trans "Public share link" %} {% endblock title %} {% block pageheader-inner %} {% if generictoken %}
Anyone with the link can add themself as administrator for the site. This is just a demo for a public sharing workflow. You SHOULD NOT use this to invite admins in production!
{% else %}{% trans "Share the link below with anyone you want to make an administrator for this site." %}
{% trans "Edit" %} {% trans "Disable" %}
{% else %}Click the button below to create a sharable link that enables anyone with the link to add themselves as administrator for this site.
{% trans "Get sharable link" %} {% endif %}


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On days.
Day is the presence of the sun, or when the sun is above the earth, just as night is when the sun is below the earth. For in order for it to be day or night, the cause is that the sun is either above the earth, or below the earth. A proper day is made up of twenty-four hours, the time it takes for a day and a night to complete the circuit of its course in a circular motion from the east until the next eastern sun in the sky.
Now it's wrong to call the sun's circuit from east to west a single day. But there are two intervals of the day, diurnal and nocturnal; and a day really consists of twenty-four hours, but an interval of twelve hours. But it's called a day from its more useful part.
From this too, it's common to speak of a number of days without mentioning nights, just as it was also written in the divine law: "There was made in the evening and the morning one day." According to the Egyptians the day begins at sundown; according to the Persians, at sunrise; according to the Athenians, at the sixth hour of the day; according to the Romans, in the middle of the night. From that time also comes the crow of the cock, whose voice proclaims the day, when the midnight breeze arises.
'Day' ('dies') comes from 'gods' ('diis'), whose names the Romans consecrated to certain stars.
For they named the first day after the Sun, which is the foremost of all the stars, just as that day is also the leader of all the days. The second after the Moon, which is closest to the Sun in both brilliance and size, and which borrows its light from it. The third after the star of Mars, which is called the evening star. The fourth after the star of Mercury, which some call a bright circle. The fifth after the star of Jupiter, which they say is Phaethon. The sixth after the star of Venus, which they say is the morning star, which among all the stars has the most light. The seventh after the star of Saturn, which is set in the sixth heaven, and takes thirty years to complete its orbit.
But from these seven stars the heathens in the same way gave the names of the days by whatever they thought they caused in themselves, saying that they got their soul from the Sun, their body from the Moon, character and language from Mercury, pleasure from Venus, blood from Mars, self control from Jupiter, and fluids from Saturn.

But among the Jews day after the sabbath is called the the first, which is the Lord's day among us, which the heathens called Sun-day. Following the sabbath comes the second day of the week, which the gentiles call Moon-day. The fourth day of the week, which they call Mars-day. The fourth day of the week, which is called Mercury's day by the pagans. The fifth day of the week, that is, the fifth after the day of the Lord, is what among the heathens is called Jupiter's day. The sixth day after the sabbath is called the sixth day of the week, which among the same pagans is named for Venus. But the sabbath is the seventh after the lord's day, which the heathens dedicated to Saturn and called Saturn's-day. But the sabbath is translated from Hebrew into Latin as 'rest', because God had rested from all his works on that day.
There are three parts of the day: morning, midday and evening.
In the morning the light is ripe and full, and no longer dusk. And the term 'morning' ('mane') comes from 'I spring' ('mano'); for the ancients called the hand good. For what is better than light? Others think that morning is named after Shades ('Manis'), whose abode is from the moon to earth. Others think it's from the air, because a hand, that is rarefied, is also transparent.
Midday ('meridies') sounds like midday ('medidies'), which is the middle of the day; or because at that time the day is purer. For unwatered wine ('merum') is said to be pure. For in the whole day nothing is clearer than midday, when the sun glows red from the middle of the sky and lights up the whole world with equal clarity.
Evening ('suprema') is the last part of the day, when the sun turns its course to sink; so-called because it is left over ('superest') at the end of the day. 'Late' ('serum') gets its name from a barred door ('clausa sera'), when night has already come, so that everyone might be safer in their sleep.
'Today' ('hodie') is like 'this day' ('hoc die'); and 'daily' ('quotidie', but not 'cotidie') is like 'how many days' ('quot diebus').
Tomorrow is what comes afterwards.
Yesterday is the day before; and the term 'yesterday' ('hesternum') is because that day already seems foreign ('esternus') and alien to us for being in the past.
Moreover, 'the day before' ('pridie') is like 'an earlier day' ('priori die').
The day after tomorrow ('perendie'), that is, 'through before day' ('per ante diem'), or in advance, that is, earlier.
Night ('nox) is said to be from 'harm' ('nocendo'), because it harms the eyes. And for that reason it has the light of the moon and the stars, to keep it from disgrace and to comfort all who labor by night, and to be mild enough for certain creatures that can't bear the light of the sun.
But the alternation of night and day was effected on account of the change between sleeping and waking, and so that the repose of the night might temper the toil of working during the day. But it is said that night comes about either because the sun is exhausted by its long journey, and as it reaches the far end of the sky it flags and blows out its own fire in the process of melting; or because it must needs follow the same route under the earth as when it carried the light above the earth, and thus the shadow of the earth creates the night.


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@@include('header-post/header-post.html')
@@include('promo-post/promo-post.html')
@@include('design-work/design-work.html')
@@include('design-services/design-services.html')
@@include('../../common/projects/projects.html')
@@include('design-mission/design-mission.html')
@@include('../../common/team-referral/team-referral.html')
@@include('../../common/clauses-services/clauses-services.html')
@@include('../../common/footer/footer.html')


--- layout: post authors: ["David Pérez-Suárez"] title: "Code Review - a Needed Habit in Science" date: 2015-10-28 time: "07:00:00" tags: ["Opinion"] ---
More than a year ago, Marian Petre and Greg Wilson wrote an article about reviewing code, but I was not aware of it until last week when Greg talked about their findings in a workshop in London (though it had been mentioned here before). I have been reviewing code for years, however I have not realised that I was doing so till GitHub made it easy. Reading code from others feels the same as proofreading a Spanish text (or any other text), where you have to pay attention to the orthography, the grammar and whether it says what it's meant to say (or it does what it's meant to do).
Since I started my PhD I've organised
The first session was as a test run for a project that a friend and I had in mind: "Help a Scientist day". Our idea was to get software developers to look into code written by scientists. But before we create a huge event we run a test inviting some developers we knew for an evening with free pizza to see some piece of code written by PhD students in my group. We had three codes to review, they were written in IDL and you could almost notice the learning curve of the students through out the code. Two of these were a single file with almost 2000 lines of code, without functions and very little documentation. These codes were now being required to be run in a pipeline of a NASA mission, something the students had never expected during the three years before. The codes were made available a week or so in advanced, but the authors received very little feedback in the code itself. The session was converted more into a discussion on good practices than a review per-se. I believe many of the students present there (beside the authors) learnt a lot from it. A very important question from the developers was "how much time we spend coding", and our answer was something like 80% of our time. They were struck that we didn't talk and discuss more about coding. Leaving the choose of language used a side, we should be experts in the one we work. Though many of us believe we are, we are not and we get surprised when we read some details we were not aware of after 10 years using it. Other outcomes included things like the use of version control, thoughtful variable names, and read others code. Little time after that I moved country for a new postdoc position and our big event of "help a scientist day" never happened.
Four years later (i.e., last week), I proposed an exercise to the attendees of the programming club I do at work. The rules were, find some piece of code you wrote a while ago and make a pull-request to a repository I set up for such exercise. The first rule was done for two reasons: to avoid them to write something for the session knowing they were going to be read by others; and to see how much our present-I understands what our past-I wrote. We were just six people, and we've got three pieces of code in IDL and three in Python. During the one hour session we had I started with a very quick introduction on how GitHub's pull-request commenting tool works. I didn't explain what they have to look for, I just told them to comment into anything they didn't understand. So we paired us into languages for making the review as if pair-programming, to bring up discussions between the pairs... and to "make matters worse" I then asked the IDL teams to review a code in Python and vice versa. At first they were a bit lost on the language but it worked great to highlight things that were not documented properly or style. Like why the 14th element in this Python line:
pos_x = float(tstep.split()[14])or why the 39th of this other in IDL:
int_upper = interpol( radius_tot, density_pure_model[*,39], density_upper )
We also found factors added or subtracted to variables which the
authors didn't remember why was done, or easily identified
"copy-paste"-ed blocks. Then we look all together to the comments
each pair have done and continued the session by each team reviewing
another piece of code but this time in the language they knew. In
this case the comments focused more on how to do things differently
to help readability or to make such algorithms more general. For
example how to avoid repetition by using a combination
of
In summary I don't think I can add much more to what is in Marian and Greg's paper but to emphasise the need to do such activity in our research groups, to raise its importance as when we review papers as these codes are the key for science progress.
I think it's worth mention different justifications I've heard during the years to don't share code like:
I believe that if more researchers get used to review code, many of these comments will disappear (maybe not the last one; though people may not believe them). What do you think? How can we increase such awareness? what things have you tried out? which excuses have you found and how you "fight them back"?


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--- author: Yohei Shimomae categories: app date: '2009-11-03 15:50:37' link: http://blogs.nitobi.com/yohei/2009/11/03/phonegap-simulator-update/ permalink: /2009/11/03/discontinued-phonegap-simulator-update/ slug: discontinued-phonegap-simulator-update status: publish title: (Discontinued) PhoneGap Simulator Update type: post format: html ---
(Discontinued) PhoneGap Simulator Update
› Visit the original post


UE4 Integration 2.00
The FMOD UE4 Integration is a plugin that allows you to use the FMOD APIs and projects from FMOD Studio in your UE4 game.
The integration is compatible with public release versions UE4.20 and newer.
The integration supports:
The integration itself is free, but you must have the appropriate FMOD License to release a title using FMOD Studio with UE4. For more information about licensing see the FMOD sales page.
This section describes the major changes introduced in each new release. See the Detailed Revision History for information regarding each patch release.


Request for Landlord’s Legal Name and Address
Date:
Tenant's Name: %text%
%text%
%text% BC,
%text%
Method of Delivery: %text%
Dear %text%,
Section 13 of the Residential Tenancy Act requires that landlords include their legal name and an address for service in the tenancy agreement. Please provide me with this information, as you did not include it in my tenancy agreement.
If you are unwilling, I will need to find the information through a land title search, and have the right to apply for dispute resolution at the Residential Tenancy Branch (RTB) to recover the cost from you.
For additional information on this matter, please refer to the RTA
(http://www.bclaws.ca/EPLibraries/bclaws_new/document/ID/freeside/00_02078_01) or contact the RTB (www.gov.bc.ca/landlordtenant) at<PHONE_NUMBER> or 1-800-665-8779.
Thank you,
_______________
%text%


Application Dump Sentences Dump
(If empty, application name in dump will be used)
Please select a dump file:
Only new data will be imported. No existing data will be overridden.


Stranger Things
A chaotic battle ensues between Jerry Mouse, who has taken refuge in the Royal Gate Hotel, and Tom Cat, who is hired to drive him away before the day of a big wedding arrives.
Rating: 5.2/10
Director: Tim Story
Starring: Chloë Grace Moretz, Michael Peña, Colin Jost
Languages: English


A simple cache that can be used to store results of computations. Can save and retrieve arbitrary values using a vector (includnig char vectors) as a key. Especially useful if a function must perform heavy computation but is often called with the same inputs (for which it will give the same outputs). Note that the current implementation does a linear search for the key (a more refined implementation would use a hash table), so it is not meant for large scale usage. To use inside a function, make the cache persistent: persistent cache; if( isempty(cache) ) cache=simpleCache('init'); end; The following line, when placed inside a function, means the cache will stay in memory until the matlab environment changes. For an example usage see maskGaussians. USAGE - 'init': initialize a cache object cache = simpleCache('init'); USAGE - 'put': put something in cache. key must be a numeric vector cache = simpleCache( 'put', cache, key, val ); USAGE - 'get': retrieve from cache. found==1 if obj was found [found,val] = simpleCache( 'get', cache, key ); USAGE - 'remove': free key [cache,found] = simpleCache( 'remove', cache, key ); INPUTS op - 'init', 'put', 'get', 'remove' cache - the cache object being operated on varargin - see USAGE above OUTPUTS varargout - see USAGE above EXAMPLE cache = simpleCache('init'); hellokey=rand(1,3); worldkey=rand(1,11); cache = simpleCache( 'put', cache, hellokey, 'hello' ); cache = simpleCache( 'put', cache, worldkey, 'world' ); [f,v]=simpleCache( 'get', cache, hellokey ); disp(v); [f,v]=simpleCache( 'get', cache, worldkey ); disp(v); See also PERSISTENT, MASKGAUSSIANS Piotr's Computer Vision Matlab Toolbox Version 2.61 Copyright 2014 Piotr Dollar. [pdollar-at-gmail.com] Licensed under the Simplified BSD License [see external/bsd.txt]


I am a full Professor of Education at the College of Educational Sciences of Yonsei University since March of 2023. After receiving my Ph.D. in quantitative methods from the University of Minnesota in June of 2010, I worked at the University of Nebraska-Lincoln as a postdoctoral research associate from July of 2010 to July of 2012.
I also worked at Curry School of Education at the University of Virginia as an Assistant Professor at the Research, Statistics, and Evaluation program from August of 2012 to July of 2018.
From August of 2018 to January of 2020, I worked as an Associate Professor of Research Pediatrics at the Keck School of Medicine of the University of Southern California since August of 2018, and also serve as the director of the Biostatistics Core of the Children’s Hospital Los Angeles. Since February 2020, I worked as an Associate Professor of Education at Yonsei University, South Korea.
As a quantitative methodologist in Biostatistics and Social/Behavior Sciences, I am primarily interested in improving current quantitative methods and implementing new applications to facilitate the answering of substantive research questions in human sciences. My current research interests include analysis of longitudinal and multilevel data, structural equation modeling, psychometrics, propensity score analysis, and meta-analysis in education, psychology, medicine, nursing, and public health.


| Table 1 |
Economic and environmental indicators: East Asia vs. other g ... |
| Table 2 |
Demographic characteristics of sample vs. student population ... |
| Table 3 |
Ordinal regression on climate change knowledge. |
| Table 4 |
Ordinal regression on degree of concern. |
| Table 5 |
Ordinal regression on degree of behavioral change. |


A demonstration of how the elements behave with user input
KEY HASH
Plaintext (truncated at 80 characters):
For Demonstration Purposes Only - USE THIS AS A PUBLIC HASH AT YOUR OWN RISK
Try making minor changes to see the major changes in output
Reload the page if you want to restore the inputs to the default values


get(role, roleId, publisherId=None)
Retrieves data about a single advertiser if that the requesting advertiser/publisher has access to it. Only advertisers can look up publishers. Publishers can request information about themselves by omitting the publisherId query parameter.
Retrieves data about all publishers that the requesting advertiser/publisher has access to.
list_next(previous_request, previous_response)
Retrieves the next page of results.
get(role, roleId, publisherId=None)
Retrieves data about a single advertiser if that the requesting advertiser/publisher has access to it. Only advertisers can look up publishers. Publishers can request information about themselves by omitting the publisherId query parameter. Args: role: string, The role of the requester. Valid values: 'advertisers' or 'publishers'. (required) Allowed values advertisers - The requester is requesting as an advertiser. publishers - The requester is requesting as a publisher. roleId: string, The ID of the requesting advertiser or publisher. (required) publisherId: string, The ID of the publisher to look up. Optional. Returns: An object of the form: { # A PublisherResource. "status": "A String", # The status of the requesting advertiser's relationship with this publisher. "kind": "gan#publisher", # The kind for a publisher. "name": "A String", # The name of this publisher. "classification": "A String", # Classification that this publisher belongs to. See this link for all publisher classifications: http://www.google.com/support/affiliatenetwork/advertiser/bin/answer.py?hl=en&answer=107625&ctx=cb&src=cb&cbid=-k5fihzthfaik&cbrank=4 "epcSevenDayAverage": { # An ApiMoneyProto. # The sum of fees paid to this publisher divided by the total number of clicks over the past seven days. Values are multiplied by 100 for display purposes. "amount": 3.14, # The amount of money. "currencyCode": "A String", # The 3-letter code of the currency in question. }, "payoutRank": "A String", # A rank based on commissions paid to this publisher over the past 90 days. A number between 1 and 4 where 4 means the top quartile (most money paid) and 1 means the bottom quartile (least money paid). "epcNinetyDayAverage": { # An ApiMoneyProto. # The sum of fees paid to this publisher divided by the total number of clicks over the past three months. Values are multiplied by 100 for display purposes. "amount": 3.14, # The amount of money. "currencyCode": "A String", # The 3-letter code of the currency in question. }, "item": # Object with schema name: Publisher # The requested publisher. "joinDate": "A String", # Date that this publisher was approved as a Google Affiliate Network publisher. "sites": [ # Websites that this publisher uses to advertise. "A String", ], "id": "A String", # The ID of this publisher. }
list(role, roleId, publisherCategory=None, relationshipStatus=None, pageToken=None, minSevenDayEpc=None, minNinetyDayEpc=None, maxResults=None, minPayoutRank=None)
Retrieves data about all publishers that the requesting advertiser/publisher has access to. Args: role: string, The role of the requester. Valid values: 'advertisers' or 'publishers'. (required) Allowed values advertisers - The requester is requesting as an advertiser. publishers - The requester is requesting as a publisher. roleId: string, The ID of the requesting advertiser or publisher. (required) publisherCategory: string, Caret(^) delimted list of publisher categories. Valid categories: (unclassified|community_and_content|shopping_and_promotion|loyalty_and_rewards|network|search_specialist|comparison_shopping|email). Filters out all publishers not in one of the given advertiser categories. Optional. relationshipStatus: string, Filters out all publishers for which do not have the given relationship status with the requesting publisher. Allowed values approved - Publishers you've approved to your program. available - Publishers available for you to recruit. deactivated - A publisher that you terminated from your program. Publishers also have the ability to remove themselves from your program. declined - A publisher that you did not approve to your program. pending - Publishers that have applied to your program. We recommend reviewing and deciding on pending publishers on a weekly basis. pageToken: string, The value of 'nextPageToken' from the previous page. Optional. minSevenDayEpc: number, Filters out all publishers that have a seven day EPC average lower than the given value (inclusive). Min value 0.0. Optional. minNinetyDayEpc: number, Filters out all publishers that have a ninety day EPC average lower than the given value (inclusive). Min value: 0.0. Optional. maxResults: integer, Max number of items to return in this page. Optional. Defaults to 20. minPayoutRank: integer, A value between 1 and 4, where 1 represents the quartile of publishers with the lowest ranks and 4 represents the quartile of publishers with the highest ranks. Filters out all publishers with a lower rank than the given quartile. For example if a 2 was given only publishers with a payout rank of 25 or higher would be included. Optional. Returns: An object of the form: { "nextPageToken": "A String", # The 'pageToken' to pass to the next request to get the next page, if there are more to retrieve. "items": [ # The entity list. { # A PublisherResource. "status": "A String", # The status of the requesting advertiser's relationship with this publisher. "kind": "gan#publisher", # The kind for a publisher. "name": "A String", # The name of this publisher. "classification": "A String", # Classification that this publisher belongs to. See this link for all publisher classifications: http://www.google.com/support/affiliatenetwork/advertiser/bin/answer.py?hl=en&answer=107625&ctx=cb&src=cb&cbid=-k5fihzthfaik&cbrank=4 "epcSevenDayAverage": { # An ApiMoneyProto. # The sum of fees paid to this publisher divided by the total number of clicks over the past seven days. Values are multiplied by 100 for display purposes. "amount": 3.14, # The amount of money. "currencyCode": "A String", # The 3-letter code of the currency in question. }, "payoutRank": "A String", # A rank based on commissions paid to this publisher over the past 90 days. A number between 1 and 4 where 4 means the top quartile (most money paid) and 1 means the bottom quartile (least money paid). "epcNinetyDayAverage": { # An ApiMoneyProto. # The sum of fees paid to this publisher divided by the total number of clicks over the past three months. Values are multiplied by 100 for display purposes. "amount": 3.14, # The amount of money. "currencyCode": "A String", # The 3-letter code of the currency in question. }, "item": # Object with schema name: Publisher # The requested publisher. "joinDate": "A String", # Date that this publisher was approved as a Google Affiliate Network publisher. "sites": [ # Websites that this publisher uses to advertise. "A String", ], "id": "A String", # The ID of this publisher. }, ], "kind": "gan#publishers", # The kind for a page of entities. }
list_next(previous_request, previous_response)
Retrieves the next page of results. Args: previous_request: The request for the previous page. (required) previous_response: The response from the request for the previous page. (required) Returns: A request object that you can call 'execute()' on to request the next page. Returns None if there are no more items in the collection.


hello.js via AMD
google
facebook
windows
Using an AMD script, such as this one...
Load hello.js asynchronously and get a reference to it.


This website is still in its development phase. The following commands have been trained to work and map to a proper template:
Generate is a learning tool for novice programmers that can translate pseudocode or written descriptions of code into functional code. Essentially a natural language compiler, Generate works by employing the fundamental principles of Natural Language Processing, and machine learning to parse and classify your input. In order to do this and ensure that users are getting the correct program, supervised learning is used. Furthermore, for each potential command, Generate requires the corresponding template, which needs to be tagged itself. That is why at this point in time, being a relatively new project, the number of user commands generate can interpret is rather limited.
In all honesty, I came up with the idea after when I wanted a BASH script to help me check for differences
between a series of files, but it was 4am and I didn't want to have to write and test a script to help me debug code.
I have always wanted to learn about NLP, since I first discovered Cleverbot back in elementary.
It's taken me some time to get to a point where I felt confident enough to pursue this passion instead of waiting around
for a class to teach it to me.
My ultimate goal is to transform this application into an effective learning tool for novice programmers. In order to do that I need to be able to develop this program to be able to handle a variety of commands in the English language.
To prepare this site for showcasing, I have trained the classifier to recognize the pseudocode command for
a for loops and for addition with assignment.Presently, when I receive a command I will split the sentence and parse each word into 3-grams. I then group common
words into the basic commands I have seen frequently used throughout my computer science career.
ie. Loop, if, sort, find, merge, add, etc.


On the Manage sellers page, you can decide who is allowed to publish services to a marketplace.
You have selected an open marketplace. This means that basically any supplier, broker, and reseller organization can publish services to it.
As the marketplace owner, however, you can at any time explicitly exclude one or more sellers and add them to a blacklist. This might be required, for example, if a seller is in arrears with his payments. If the seller already published services to the marketplace, these services are automatically deactivated. Customers can no longer subscribe to them. Existing subscriptions are not affected. The Manage sellers page lists all sellers that are currently excluded.
You can allow a seller who has been excluded from the marketplace to publish services again at any time, for example if he is not in arrears with his payments any longer.
When you exclude a seller or when you allow an excluded seller to publish services again, the administrators of the seller organization are automatically notified by email.
To exclude a seller from the selected marketplace:
To allow an excluded seller to publish services again:


{{ partial "head.html" . }}
{{ partial "header.html" . }}
{{ partial "caroussel.html" . }}
{{ partial "book.html" . }}
{{ partial "sqllist.html" . }}
{{ partial "packages.html" . }}
{{ partial "interviews.html" . }}
{{ partial "quotes.html" . }}
{{ partial "subscribe.html" . }}
{{ partial "footer.html" . }}


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A ``discrete'' agent that can move its sensor in a 5x5 grid using a non-linear redundant mapping from 3 motors to positions in the 2D grid.
Attributes
----------
state2motor_mapping : nd.array of float of size (n_states, n_motors)
mapping between the states and the motor configurations
state2pos_mapping : nd.array of int of size (n_states, 2)
mapping between the states and the sensor position (x, y) in [-2, 2]² in the grid
| def Agents.GridExplorer3dof.create_discrete_mapping_3dmotor_to_2dpos |
( |
|
self, |
|
|
|
reso |
|
) |
| |
Create a random mapping from motor configurations to egocentric positions of the sensor.
The mapping is discrete, such that a limited set of motor configurations is associated with a limited set of sensors positions (of smaller
cardinality due to redundancy). For convenience, the mapping is split into a state2motor_mapping and a state2pos_mapping, where a state
corresponds to the index given to a motor configuration.
Returns:
state2motor_mapping - (reso**3, 3) array
state2pos_mapping - (reso**3, 2) array


Comparison Between Matching Algorithms¶
In the previous demo, Branch-and-Bound ILP Matching Calculation Cost, Branch and Bound ILP (BBILP) was compared to the basic Exhaustive search for valid matchings. In this demo, we shall compare BBILP with two other state-of-the-art matching algorithms.
The Contestants¶
BBILP¶
This algorithm has been presented extendedly in Branch-and-Bound ILP Matching Calculation Cost and will not be further explained.
Reachable Subgraph¶
This algorithm revolves around the idea of a reachable subgraph, one whose variables can always participate in a realizable matching. In other words, all complete matchings on the reachable subgraph are also realizable matchings. This subgraph is generated through recursive pruning of the initial graph, based on which variables of the over-constrained graph are reachable from causal matchings.
On this, hopefully much more confined and smaller subgraph, an Exhaustive matching search is carried out. This approach was first presented in the publication “V. Flaugergues, V. Cocquempot, M. Bayart, and M. Pengov, “Structural Analysis for FDI: a modified, invertibility-based canonical decomposition,””
In practice, this approach does not work as well, because it cannot include non-invertible edges in algebraic loops, leading to poorer detectability performance. Additionally, it cannot discriminate whether an integration/differentiation is performed inside or outside of a dynamic system (ODE or DAE).
Mixed Causality Matching¶
On the other hand, the Mixed Causality algorithm (from “C. Svard and M. Nyberg, “Residual Generators for Fault Diagnosis Using Computation Sequences With Mixed Causality Applied to Automotive Systems,”” is able to identify dynamic systems and allow/disallow integrations accordingly. However, it cannot to the same for non-invertible edges.
Comparison Procedure¶
This demonstration uses the demo script matching_comparison.m
, which:
- Selects the benchmark model, a fixed-wing UAV from “Fravolini, M., Campa, G., & Napolitano, M. (2008)”, and builds its structural model
- Extracts the PSO set from the model
- Searches for valid residual generators for each one, once for each matching methodology, while timing the procedure
Running the Test Script¶
Simply execute the matching_comparison.m
script, located in the Demos
folder. It will take about 7 minutes to finish, depending on your machine.
Before discussing the results, let’s go over some key areas of the script:
% Select the models to test
modelArray{end+1} = g005b(); % UAV model described in Fravolini, M., Campa, G., & Napolitano, M. (2008).
% Define the matching method set to test
matchMethodSet = {'BBILP','Flaugergues','Mixed'};
The model under examination is set to g005b
, whose equations are:
The set of matching algorithms to be run are appended in the matchMethodSet
array.
%% Perform Structural Analsysis and Matching, extract residual generators
SA_results = structural_analysis(model, SA_settings);
As before, the structural analysis procedure is performed, within a loop which selects a different matching procedure each time. 21 PSOs are found and are forwarded for matching.
m = matchings_this_pso{j};
gi.applyMatching(m);
equIds = gi.getEquations(m);
varIds = graphInitial.getVariablesUnknown(equIds);
if length(varIds)~=length(equIds)
continue;
end
gi.createAdjacency();
adjacency = gi.adjacency;
numVars = gi.adjacency.numVars;
numEqs = gi.adjacency.numEqs;
validator = Validator(adjacency.BD, adjacency.BD_types, numVars, numEqs);
offendingEdges = validator.isValid();
After each method has produced a matching set for each PSO, the matching set is examined for realizability. Afterwards it is applied on the PSO. Afterwards, it is examined if it is complete. Finally, the validator
object is used to verify that:
- No open-loop integrations take place
- No open-loop non-invertible evaluations take place
- No differentiations are applied inside dynamic systems
If all of the above constraints are satisfied, then a matching can actually be implemented as a residual generator function. Still, one should be careful that even though the residual generator population procedure can be automated, symbolic algebra libraries may fail to instantiate some well-posed evaluations.
Results¶
Let us take an overall view on the results, as presented by the following figure:
On the horizontal axis is the number of PSOs (out of the 21 total) for which a realizable matching was actually found by each corresponding algorithm. It turns out that it is impossible to find realizable matchings for all of the PSOs of the model.
On the vertical axis is the elapsed time of each algorithm.
Our BBILP methodology managed to produce the largest amount of realizable matchings. In fact, this is the maximum feasible number, because BBILP has the same, maximum scope over the candidate matching sets, similar to Exhaustive search. Additionally, it is the fastest, taking 9.3 seconds.
Next, the Mixed Causality methodology managed to find only 3 realizable matchings. It didn’t manage to find the realizable matchings for the other 3 PSOs where such a matching existed because it couldn’t acknowledge that the matchings it produced were in fact not realizable. It required 70 seconds.
Finally, the Reachable Subgraph approach managed to find 4 realizable matchings but required 349 seconds.
To provide an example on why the other two methodologies failed to find realizable matchings for all 6 PSOs, consider the an example from this same model. The Reachable Subgraph method produced a matching implying a residual generator, part of which was:
Essentially, (\(e_{14}\)) was chosen to be solved for \(V\) in a back-substitution chain, which is not realizable; the denominator of (\(e_{14}\)) is very likely to become 0 for a combination of (\(M\), \(\alpha\), \(\delta_e\)) within the flight envelope of the UAV. For that reason, the edge \(\overrightarrow{(V, e_{14})}\) had been marked as non-invertible in the initial Structural Graph.
Instead, our BBILP algorithm chooses a matching where \(V\) is a state variable for the DAE underlying the residual, using (\(e_{1}\)) to calculate its derivative and then integrate it. This results in a realizable residual.


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Welcome to the Book Store
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Specialty Books
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Hours of Operation
Specialty Books
Children Story Time
The best variety of books in town.
Find out when we are open.
We have some amazing books secured.
Get your childrens energy out.


Close the world, open the next.
Hello!
I'm @zembutsu. My work is a technical evangelist of a certain company. I worked as an operation engineer and sysadmin till then for ten several years. It is operation and monitoring, and my specialty wrestles for automation recently.
I intend to write that I am interested in technology in this blog.


Triggering functions and exporting data
- as a smart tag management (add tags that report something to your favorite web analytics, to AdWords, affiliate system, ...)
- to trigger 3rd party add-ons (open an online chat with a relevant offer, show a survey, show a feedback form, ...)
- to modify the page content (change the offer in an advert box, add text to an HTML element, ...)
- when you need raw data and want to use them as you wish
Triggering functions
Data sent to Persoo are processed using a workflow you had configured in Persoo Admin. If your workflow decides to trigger a function, the function call including parameters is returned in Persoo response and executes when the response arrives.
Note: to be correct, Persoo client checks if function definitions are loaded. If loaded, it triggers the function; otherwise it waits until all functions load. So you can enjoy asynchronous loading of all resources without needing to worry that you will miss something.
A function can be loaded in three ways:
- You add the function to
actions.js
in Persoo Admin. This has the advantage that you can choose it from many predefined functions.  - You register the function in your page using
persoo('addAction', name, func);
where 'name' is the name configured in the workflow and 'func' is the javascript function to be triggered and defined in your page. - You register
yourActions.js
containing trigger functions using// notify Persoo client to wait for it persoo('actionScript', 'register', 'yourActions.js'); // nofify Persoo client, that it is loaded persoo('actionScript', 'loaded', 'yourActions.js');
Exporting data
Data sent to Persoo are processed using a workflow you had configured in Persoo Admin. If your workflow exports some data, they are returned to your page when the response arrives. You can access the data in 'persoo.data' variable.
If you need to be notified when the response arrives, register your onLoadHandler using the command
persoo('onLoad', yourOnLoadFunction);
OnLoad handler always binds to the last request you've sent to Persoo. For example, if you call
persoo('send', 'event1'); persoo('onLoad', onLoadHandler1); persoo('send', 'event2'); persoo('onLoad', onLoadHandler1);
"onLoadHandler1" is triggered when the response to "event1" arrives, and "onLoadHandler2" is triggered when the response to "event2" arrives.


Handles automatic loading of missing class files The autoloader can be nested with other autoloaders. It will only process classes from its own namespace and ignore all others.
« More »A simple container for bind variables This container also handles validation of the bind values.
« More »This exception type will be thrown by the client when there is an error on the client side, i.e. something the server is not involved in.
« More »A collection handler that fetches collection data from the server and creates collections on the server. It does so by issueing the appropriate HTTP requests to the server.
« More »This exception type will be thrown by the client when there is an error during connecting to the server
« More »Provides access to the ArangoDB server As all access is done using HTTP, we do not need to establish a persistent connection and keep its state.
« More »Provides access to the results of a read-only statement The cursor might not contain all results in the beginning.
« More »A document handler that fetches documents from the server and persists them on the server. It does so by issueing the appropriate HTTP requests to the server.
« More »Executes a function on scope entry and executes another function (cleanup) when the scope is exited
« More »This exception type will be thrown by the client when the server returns an error in response to a client request.
« More »Container for a read-only ("select") statement A statement is an AQL query that can be issued to the server. Optional bind parameters can be used when issueing the statement to separate the statement from the values.
« More »


Un lugar para la música de tu pais
This is your second panel
This is your third panel
This is your fourth panel


We aim to make your pet's transistion to a new home as easy as possible!
No one wants to see the family friend lost in the shuffle of any transistion. Those who care get to help others that care, and everyone benefits. Especially the smallest one!
Your pet needs a home...
Their home needs a pet...
Dogs, cats, other friends... they're more than just pets, they’re part of the family. Sometimes our four-legged friends need a new home or owner. That's where The Pets-N-Parents Parade comes in. PPP aims to connect those who are looking to add a new member of the family with those who want to be confident that their pet will continue to be loved and cared for!


Take every science fiction or NASA cliché and pack them all into a movie about Gary Sinise staring longingly at films of his dead wife and you'll have Mission to Mars.
>From the opening scene, I knew something was dreadfully wrong. We start at the going away party from The Right Stuff where astronauts poke fun at each other's piloting skills just to prove how cool they are. The NASA wives are there grousing around their barbecue. Cut to the scene in Apollo 13 where daddy explains to his boy how far away Mars is and how long it takes to get there. We're introduced to the characters (just like it says in Script Writing for Dummies) - the token black guy (Don Cheadle), the grizzled captain (Tim Robbins), the grounded ace just dying to get back in the saddle (Gary Sinise), etc, etc... You've seen them all before. And the intro wraps up with Robbins giving a heartfelt "Godspeed." He actually says it.
The second consists of a series of completely contrived and highly improbable difficulties that serve no purpose whatsoever. On the rescue trip, we encounter the floating blood from Star Trek as well as that strange dramatic device known as 'jargon.' Incomprehensible technical problems are put before the audience and we're told it's highly risky and may not work! Then we're told it did and we should be happy and feel closer to the characters as a result. We also get treated to a 20 minute musical montage every time a character has a bad thought. Sinise's wife is dead and he, traveling with a married couple to further deepen his depression, insists on watching every home movie of her that he owns. Where did they get the payload capacity for all this ridiculous sentimentalism? After this we're witness to one of those scenes that's so laughable it's almost worth the price of admission - four astronauts free floating through space on what is obviously a set piece while they all line up perfectly like conga dancers for one of those 50's space movie stills.
Finally, they arrive and spend hours dragging a pack through the sand instead of finding their missing crew. Once he is found they investigate the source of the tornado thing from earlier and rip off 2001 in an effort at more preachy sentimentalism. The alien actually sheds a single tear! Then they finally add even more insult to the injury they've put us through when Sinise has some hoaky religious experience while his life flashes before his eyes. The final rip off is from Close Encounters, but I'll spare you.
God only knows how this film got made. And with big names too. Suffice it to say that I saw this one so you don't have to.
-----------------------------
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rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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belongs to the author.
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Thomas Herzberg has rejected the service
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Hello, my name is Wuimm and I'm from Mexico. I am obsessed with art, it is my passion to paint / draw that fills my soul and just as it is, I have the goal of being able to formally work with my art. I am currently studying at the university.
Although what I like most in the world is drawing, that does not mean that I have certain hobbies such as video games or watching series and movies to inspire me. For now I am working is to be better every day, I appreciate your support for my work.


The Cobweb Bride trilogy is an epic fantasy alternate Renaissance romantic retelling of the Persephone myth.
Visit the Cobweb Bride Official Website to learn more about this exciting series, and for all the various online bookstore purchase links.
Book One, Cobweb Bride, was released in trade hardcover, trade paperback, and multi-format ebook editions, on July 15, 2013 from Leda, the romantic fantasy imprint of Norilana Books.
Book Two, Cobweb Empire, was released on September 25, 2013.
Book Three, Cobweb Forest, was released on December 31, 2013.
Subscribe to the Cobweb Bride Mailing List to be notified when each book is available!
(We respect your privacy and promise not to share your information, and not to spam you with chit-chat.)
Buy from Amazon | Buy from Barnes & Noble
Click for More Buy Options...


Charts display the expected value at all ranges ± one standard deviation.
The table below shows μ (mean), σ (standard deviation), and CV (the coefficient of variation, defined as σ / μ).
| Range | {{row.range}} | μ | {{ row.damageMean | number }} | σ | {{ row.damageDeviation | number }} | CV | {{ row.damageCV | number:'1.0-1' }}% | μ | {{ row.accuraciesMean | number }} | σ | {{ row.accuraciesDeviation | number }} | CV | {{ row.accuraciesCV | number:'1.0-1' }}% | μ | {{ row.criticalsMean | number }} | σ | {{ row.criticalsDeviation | number }} | CV | {{ row.criticalsCV | number:'1.0-1' }}% | Damage | Accuracies | Criticals |
|---|


| DOSE: |
10 mg |
insufflated |
2C-T-7 |
(powder / crystals) |
I have taken 2c-t-7 about 12 times prior to my recent experience. I have taken doses ranging from 5 mg to 35 mg and each fantastically wonderful. Everything was pure joy, an infinite bliss that exceeded any other type of substance I have taken. The thing that greatly toubled me when I took recently was that how could such a beautiful substance be bad in any ways.
But anyways here's my story...
...at around 11:00 in the morning, I took some 2c-t-7 by taking it nasally. Although I hate this method for ingestion, I did it because I only wanted to use a little bit. I sucked 10 mg up and my nose started to burn.
I decided to take a shower and as a was showering I could feel the intensity build up. Then suddenly, I had a fit of violent sneezing with all sorts of mucous coming out. For five minutes it continued and then it ceased. Now my attentioned focused on the visual aspect of the trip. Everything was moving and swirling but not at a pace my mind could handle.
I left the shower and entered my room. There I became paranoid and had a sort of nervous breakdown. I layed down on the bed and curled up with my hands around my knees. Sounds came from everywhere, horrible ones. I couldn't take it anymore. I left the room and headed towards the basement.
When I arrived there, I turned on the television and began to watch but because the trip was so visual and auditory, I could not make sense of anything. After a half an hour of total disorganization, I turned to a channel which was showing seasnakes. The water was beautiful with its inticate designs of blues. From dark blues to light blues, my favourite being the pale ones. The snakes were quite hypnotic and I was in a sort of trance just staring at them fascinated with there movements. The narrators voice was fantastic. It was sort of deep english accent but not too deep.
I left to get something to eat but nothing to heavy. I cut up a watermelon which I ate frantically. The whole process of eating was very much enjoyable. I read the newspaper but became too difficult when the letters stated to move and spin. I gave up reading and just looked at the pictures which made me laugh.
I went back to my room and felt kind of drained and I fell into kind of depression about life in general. Not just my life, but the life of others too.
That night I had touble sleeping because I had strange thoughts, constanly harassing me. I finally fell to sleep. For about a week I was depressed but afterwards I was cheerfully content with my life and others.
Please do not take this as message to not take 2c-t-7. In fact, I encourage anyone to do so under the right circumstance. Although there was depression involved, it is very rare and only happened to me once. I encourage all ways of exploration of ones self and to find his or her identity.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


kubeflow.fairing.deployers.gcp package¶
Submodules¶
kubeflow.fairing.deployers.gcp.gcp module¶
-
class
kubeflow.fairing.deployers.gcp.gcp.
GCPJob
(project_id=None, region=None, scale_tier=None, job_config=None)¶ Bases:
kubeflow.fairing.deployers.deployer.DeployerInterface
Handle submitting training job to GCP.
-
create_request_dict
(pod_template_spec)¶ Return the request to be sent to the ML Engine API.
- Parameters
pod_template_spec – pod spec template of the training job
-
deploy
(pod_template_spec)¶ Deploys the training job
- Parameters
pod_template_spec – pod spec template of the training job
-
get_logs
()¶ Streams the logs for the training job
-
kubeflow.fairing.deployers.gcp.gcpserving module¶
-
class
kubeflow.fairing.deployers.gcp.gcpserving.
GCPServingDeployer
(model_dir, model_name, version_name, project_id=None, **deploy_kwargs)¶ Bases:
kubeflow.fairing.deployers.deployer.DeployerInterface
Handle deploying a trained model to GCP.
-
deploy
(pod_template_spec)¶ Deploys the model to Cloud ML Engine.
- Parameters
pod_template_spec – pod spec template of training job
-
get_logs
()¶ abstract get log
-


JSON¶
JSON data¶
Generate and parse JSON serializable data for NetworkX graphs.
These formats are suitable for use with the d3.js examples https://d3js.org/
The three formats that you can generate with NetworkX are:
- node-link like in the d3.js example https://bl.ocks.org/mbostock/4062045
- tree like in the d3.js example https://bl.ocks.org/mbostock/4063550
- adjacency like in the d3.js example https://bost.ocks.org/mike/miserables/
node_link_data (G[, attrs]) |
Return data in node-link format that is suitable for JSON serialization and use in Javascript documents. |
node_link_graph (data[, directed, …]) |
Return graph from node-link data format. |
adjacency_data (G[, attrs]) |
Return data in adjacency format that is suitable for JSON serialization and use in Javascript documents. |
adjacency_graph (data[, directed, …]) |
Return graph from adjacency data format. |
cytoscape_data (G[, attrs]) |
Return data in Cytoscape JSON format (cyjs). |
cytoscape_graph (data[, attrs]) |
|
tree_data (G, root[, attrs]) |
Return data in tree format that is suitable for JSON serialization and use in Javascript documents. |
tree_graph (data[, attrs]) |
Return graph from tree data format. |
jit_data (G[, indent]) |
Return data in JIT JSON format. |
jit_graph (data[, create_using]) |
Read a graph from JIT JSON. |


"Mmm, donuts"
"Eat my shorts!"
Simpson Says...
- Introducing the newest way to find your favorite Simpsons' phrases!
- Search over 650+ episodes for classic Simpsons scenes and quotes!
- Find your best-loved lines from over 3 decades of laughs!
Made by fans, for the fans.


Game Preference Survey
Please help us understand what games you like!
Thank you for taking the survey!


Test coverage user interface for C and C++
ggcov−webdb − generate intermediate database for ggcov web interface
ggcov−webdb [[−r] directory|file] ...
Ggcov−webdb generates an intermediate database and tree of source files from a development directory, in the form of a tarball. The files in this tarball are later used by the ggcov PHP pages to present test coverage data to WWW browsers.
Test coverage data is produced by C and C++ programs compiled with gcc −fprofile-arcs −ftest-coverage. So the combination of ggcov−webdb and the ggcov PHP pages is basically a WWW replacement for the gcov program that comes with gcc.
The intermediate database approach is used to handle the common case where the development machine and the web server machine are separate. The database contains coverage data in an indexed, platform−independent, PHP−friendly form. Because the database format is platform−independant the PHP pages can be deployed on web servers of a different architecture to the development machines. In fact the ggcov web pages support any web server that meets the following criteria:
|
• |
supports PHP version 4.3 or later, and |
||
|
• |
provides the dba extension with the db4 provider (which ggcov uses to read the intermediate database), and |
||
|
• |
provides the gd extension (which ggcov uses to generate the bargraphs on the Summary page). |
The sourceforge.net project web server is an example of such a server.
Ggcov-webdb produces a gzipped tarball containing the intermediate database itself and copies of all the source files which are mentioned in the database. This is all the information that the ggcov web pages need, in one bundle which is convenient to copy from the development machine to the web server. Usually this tarball would be extracted into a subdirectory of /var/cache/ggcov/tests/ on the web server.
Arguments are
used to specify how to find coverage data files. The
arguments can combinations of:
directory
The directory is scanned for source files, which are handled as if they had been specified on the commandline (except that missing coverage data files are silently ignored). If the −r flag is in effect, sub−directories are scanned recursively. Multiple directories can be specified and are scanned in the order given.
executable
The executable file is scanned for debugging records which contain source file names, and each source file which exists is handled as if it had been specified on the command line (except that missing coverage data files are silently ignored). Any shared libraries on which the executable depends are also scanned. Multiple executables can be specified and are scanned in the order given. This feature is only available on some platforms (for example, i386−linux).
source-file
Is any regular file ending in one of the file extensions .c, .cc, .cxx, .cpp, or .C. Source files are matched to their corresponding coverage data files (.gcno and .gcda files, or .bb, .bbg, and .da files with older compilers) and object files by searching for a file of the same basename and the appropriate extension first in the same directory as the source file and then in all the directories specified on the command line (in the order they were specified).
−f test.tgz, −−output−file=test.tgz
Generate output to filename test.tgz instead of the default ggcov.webdb.tgz. The special filename - can be used to generate output to stdout.
−o dir, −−object−directory=dir
Add the directory dir to the search path for object files and coverage data files.
−r, −−recursive
When a directory is specified on the command line, search for coverage data files recursively in all child directories.
−X symbols, −−suppress−ifdef=symbols
Suppress code inside C pre-processor directives which depend on any of the given symbols. Suppressed code is not included in statistics or summaries. One or more symbols may be given, separated by commas or whitespace. Ggcov−webdb understands the following subset of the C pre-processor command set:
• #if
SYMBOL
• #if defined(SYMBOL)
• #ifdef SYMBOL
• #ifndef SYMBOL
• #else
• #endif
For example, -X DEBUG will suppress the fprintf() call in this code:
unsigned int
my_function(unsigned int x)
{
x += 42;
#ifdef DEBUG
fprintf(stderr, "my_function: x=%u\n", x);
#endif
return x;
}
This option is useful for suppressing test infrastructure code, debugging code, or other code which is compiled into the coverage test executable but whose coverage is not significant.
−Y words, −−suppress−comment=words
Suppress code on lines which also contain a single-line comment comprising only one of the given words. Suppressed code is not included in statistics or summaries. One or more symbols may be given, separated by commas or whitespace. For example, specifying -Y IGNOREME will suppress the assert() in this code:
unsigned int
my_function(unsigned int x)
{
x += 42;
assert(x >= 42); /* IGNOREME */
return x;
}
This option is useful for suppressing test infrastructure code, debugging code, or other code which is compiled into the coverage test executable but whose coverage is not significant.
−Z
startword,endword,...
−−suppress−comment-between=startword,endword,...
Suppress code on lines between those containing a single-line comment comprising only startword and the next single-line comment comprising only endword. Suppressed code is not included in statistics or summaries. Two or more symbols may be given, in pairs, separated by commas or whitespace. For example, -Z STARTIGNORE,ENDIGNORE will suppress the entire function in this code:
/* STARTIGNORE
*/
unsigned int
my_function(unsigned int x)
{
x += 42;
return x;
}
// ENDIGNORE
This option is useful for suppressing test infrastructure code, debugging code, or other code which is compiled into the coverage test executable but whose coverage is not significant.
Generate intermediate database for all the available source in the executable a.out (on some platforms only), and install as test foo in the default tests location.
mkdir
/var/cache/ggcov/tests/foo
ggcov−webdb -f - a.out |
(cd /var/cache/ggcov/tests/foo ; tar −xzf −
)
Generate intermediate database for all the C source in the current directory.
ggcov−webdb *.c
Generate intermediate database for all the C source in one directory where the object files and test coverage data files are in different directories:
ggcov−webdb /foo/obj/ /foo/cov−data/ /foo/src/
Written by Greg Banks<EMAIL_ADDRESS>ggcov is
Copyright © 2001−2020 Greg Banks
<EMAIL_ADDRESS>This is free software; see the COPYING file for copying
conditions. There is NO warranty; not even for
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.


{% extends "webpage/base.html" %} {% block content %}
| Right phonological context | {{ object.rightonset }} |
|---|---|
| Variability of right context | {{ object.variable }} |
| Status pre change of context | {{ object.pre_change }} |
| Status post change of context | {{object.post_change}} |
| Onset of change | {{object.onset}} |
| Offset of change | {{object.offset}} |


--- layout: post title: WebDrawer - group search clauses categories: [] tags: webdrawer status: publish type: post published: true meta: {} ---
Just added a new sample in the GitHub repo to allow for brackets in the standard WebDrawer search form. The readme in the repo should be enough to install the sample but if you want to have a look without installing it yourself the video below demonstrates how to install and what it looks like.


role plays students medical issues module used using Role respondents Medical {border-style problems px;} #ffffff;} Nepal learning year feedback health humanities problem scenarios use Med communication skills Explore future group important social Shankar different sexual involved module. study Nepal, Student Table conducted explore groups objectives patient play plays. role-play. student time (.%) Nepal. bad felt helped mentioned play. px; sessions small teach young {font-family doctor family font-size improved living means old present sick situations students. (.) Dr. Students Teaching case certain couple data double; drug enjoyment help lady life medicine members obtained paintings provide provided scores team (byte College College, Humanities KIST Ms. Teach. according border-color border-width comments conflict difficulties doctor-patient early education. initial manuscript. method perspective playing practice. questionnaire schools solid; suffering support teaching understanding village work years {font-style {font-weight (%) Anita Educ Educ. However, Lalitpur. Piryani Reference South Sparshanam, [], active address addressed bold breaking clinical college community country courier; course covered developing did em; enacting exposed faculty identifying improve introduced involved. knowledge module, news participants participated positive. practice pt;} regarded relationship reproductive roles scholarship session sessions. shows situation training usefulness writing


Lionel Messi in Israel despite rockets and boycott threats
by Aron Heller, The Associated PressTEL AVIV, Israel — International soccer superstar Lionel Messi has arrived in Israel for a much-anticipated match, despite calls for boycott and the threat of rocket fire.
The Argentinian national team landed Sunday in Israel for an international friendly match against Uruguay in Tel Aviv.
A Palestinian protest campaign derailed a planned visit by Messi last year for a World Cup warmup match, and last week’s violence in Gaza threatened to cancel the exhibition match set for Monday.
Messi and the Argentinians will face his Barcelona teammate Luis Suarez and the Uruguayans in a game as eagerly anticipated for its political ramifications as its sporting star power.
Aron Heller, The Associated Press


Builder(exchangeRateProvider: ExchangeRateProvider)
Builder for the CurrencyConverter. Takes an ExchangeRateProvider as main source of data.


Small web server engine written in pure Swift. Designed for Linux.
Idea
Lïnchi does not need Foundation or any other proprietary framework to work,
which makes it portable and ready for Linux.
Test requests, with url parameters
Make Loïc greet someone via a GET request
Make Emma greet someone via a POST request


Toggle navigation
BTSA
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RbFailableAccess
public struct RbFailableAccess
A way to call Ruby methods and so on with a different error-handling style
to the try/catch approach of RbObjectAccess
: the methods return nil
in failure
cases instead of throwing errors. Get hold of this failable interface using
RbObject.failable
or RbGateway.failable
:
if let classObj = Ruby.failable.getClass("Mod::Service"),
let instance = classObj.failable.call("new"),
let result = instance.failable.get("summary") {
print(result)
}
This interface makes it easier to ignore errors especially on setters where
there is often no apparent need to check the result. This may be construed
as a feature; I’m not really convinced it pulls its weight over try?
.
If any methods in this interface do return nil
then an RbError
has been raised
and suppressed. You can access the most recent RbError
s whether suppressed or not
via RbError.history
.
Topics
Method Call
func call(String, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>) -> RbObject?
func call(String, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>) -> RbObject?
Call a method of a Ruby object.
This is a non-throwing version of RbObjectAccess.call(_:args:kwArgs:)
.
See RbError.history
to retrieve error details.
Declaration
public func call(
_ method: String,
args: [RbObjectConvertible?] = [],
kwArgs: KeyValuePairs<String, RbObjectConvertible?> = [:]
) -> RbObject?
Parameters
method |
The name of the method to call. |
args |
The positional arguments to the method, none by default. |
kwArgs |
The keyword arguments to the method, none by default. |
Return Value
An RbObject
for the result of the method, or nil
if an error occurred.
func call(String, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>, blockRetention: RbBlockRetention, blockCall: RbBlockCallback) -> RbObject?
func call(String, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>, blockRetention: RbBlockRetention, blockCall: RbBlockCallback) -> RbObject?
Call a method of a Ruby object passing Swift code as a block.
This is a non-throwing version of RbObjectAccess.call(_:args:kwArgs:blockRetention:blockCall:)
.
See RbError.history
to retrieve error details.
Declaration
public func call(
_ method: String,
args: [RbObjectConvertible?] = [],
kwArgs: KeyValuePairs<String, RbObjectConvertible?> = [:],
blockRetention: RbBlockRetention = .none,
blockCall: @escaping RbBlockCallback
) -> RbObject?
Parameters
method |
The name of the method to call. |
args |
The positional arguments to the method, none by default. |
kwArgs |
The keyword arguments to the method, none by default. |
blockRetention |
Should the |
blockCall |
Swift code to pass as a block to the method. |
Return Value
An RbObject
for the result of the method, or nil
if an error occurred.
func call(String, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>, block: RbObjectConvertible) -> RbObject?
func call(String, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>, block: RbObjectConvertible) -> RbObject?
Call a method of a Ruby object passing a Ruby Proc as a block.
This is a non-throwing version of RbObjectAccess.call(_:args:kwArgs:block:)
.
See RbError.history
to retrieve error details.
Declaration
public func call(
_ method: String,
args: [RbObjectConvertible?] = [],
kwArgs: KeyValuePairs<String, RbObjectConvertible?> = [:],
block: RbObjectConvertible
) -> RbObject?
Parameters
method |
The name of the method to call. |
args |
The positional arguments to the method, none by default. |
kwArgs |
The keyword arguments to the method, none by default. |
block |
A Ruby proc to pass as a block to the method. |
Return Value
An RbObject
for the result of the method, or nil
if an error occurred.
func call(symbol: RbObjectConvertible, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>) -> RbObject?
func call(symbol: RbObjectConvertible, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>) -> RbObject?
Call a method of a Ruby object using a symbol.
This is a non-throwing version of RbObjectAccess.call(symbol:args:kwArgs:)
.
See RbError.history
to retrieve error details.
Declaration
@discardableResult
public func call(
symbol: RbObjectConvertible,
args: [RbObjectConvertible?] = [],
kwArgs: KeyValuePairs<String, RbObjectConvertible?> = [:]
) -> RbObject?
Parameters
symbol |
A symbol for the method to call. |
args |
The positional arguments to the method, none by default. |
kwArgs |
The keyword arguments to the method, none by default. |
Return Value
An RbObject
for the result of the method, or nil
if an error occurred.
func call(symbol: RbObjectConvertible, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>, blockRetention: RbBlockRetention, blockCall: RbBlockCallback) -> RbObject?
func call(symbol: RbObjectConvertible, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>, blockRetention: RbBlockRetention, blockCall: RbBlockCallback) -> RbObject?
Call a method of a Ruby object using a symbol passing Swift code as a block.
This is a non-throwing version of RbObjectAccess.call(symbol:args:kwArgs:blockRetention:blockCall:)
.
See RbError.history
to retrieve error details.
Declaration
@discardableResult
public func call(
symbol: RbObjectConvertible,
args: [RbObjectConvertible?] = [],
kwArgs: KeyValuePairs<String, RbObjectConvertible?> = [:],
blockRetention: RbBlockRetention = .none,
blockCall: @escaping RbBlockCallback
) -> RbObject?
Parameters
symbol |
A symbol for the method to call. |
args |
The positional arguments to the method, none by default. |
kwArgs |
The keyword arguments to the method, none by default. |
blockRetention |
Should the |
blockCall |
Swift code to pass as a block to the method. |
Return Value
An RbObject
for the result of the method, or nil
if an error occurred.
func call(symbol: RbObjectConvertible, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>, block: RbObjectConvertible) -> RbObject?
func call(symbol: RbObjectConvertible, args: [RbObjectConvertible?], kwArgs: KeyValuePairs<String, RbObjectConvertible?>, block: RbObjectConvertible) -> RbObject?
Call a method of a Ruby object using a symbol passing a Ruby Proc as a block.
This is a non-throwing version of RbObjectAccess.call(symbol:args:kwArgs:block:)
.
See RbError.history
to retrieve error details.
Declaration
@discardableResult
public func call(
symbol: RbObjectConvertible,
args: [RbObjectConvertible?] = [],
kwArgs: KeyValuePairs<String, RbObjectConvertible?> = [:],
block: RbObjectConvertible
) -> RbObject?
Parameters
symbol |
A symbol for the method to call. |
args |
The positional arguments to the method, none by default. |
kwArgs |
The keyword arguments to the method, none by default. |
block |
A Ruby proc to pass as a block to the method. |
Return Value
An RbObject
for the result of the method, or nil
if an error occurred.
Attributes
func getAttribute(String) -> RbObject?
func getAttribute(String) -> RbObject?
Get an attribute of a Ruby object.
This is a non-throwing version of RbObjectAccess.getAttribute(_:)
.
See RbError.history
to retrieve error details.
Declaration
Parameters
name |
The attribute to access. |
Return Value
The value of the attribute, or nil
if an error occurred.
func setAttribute(String, newValue: RbObjectConvertible?) -> RbObject?
func setAttribute(String, newValue: RbObjectConvertible?) -> RbObject?
Set an attribute of a Ruby object.
This is a non-throwing version of RbObjectAccess.setAttribute(_:newValue:)
.
See RbError.history
to retrieve error details.
Declaration
public func setAttribute(_ name: String, newValue: RbObjectConvertible?)
-> RbObject?
Parameters
name |
The attribute to set. |
newValue |
The new value for the attribute. |
Return Value
The value set to the attribute, or nil
if an error occurred.
Constants
func getConstant(String) -> RbObject?
func getConstant(String) -> RbObject?
Get an RbObject
that represents a Ruby constant.
This is a non-throwing version of RbObjectAccess.getConstant(_:)
.
See RbError.history
to retrieve error details.
Declaration
Parameters
name |
The name of the constant to look up. |
Return Value
An RbObject
for the constant or nil
if an error occurred.
func getClass(String) -> RbObject?
func getClass(String) -> RbObject?
Get an RbObject
that represents a Ruby class.
This is a non-throwing version of RbObjectAccess.getClass(_:)
.
See RbError.history
to retrieve error details.
Declaration
Parameters
name |
The name of the class to look up. |
Return Value
An RbObject
for the class or nil
if an error occurred.
func setConstant(String, newValue: RbObjectConvertible?) -> RbObject?
func setConstant(String, newValue: RbObjectConvertible?) -> RbObject?
Bind an object to a constant name.
This is a non-throwing version of RbObjectAccess.setConstant(_:newValue:)
.
See RbError.history
to retrieve error details.
Declaration
@discardableResult
public func setConstant(_ name: String, newValue: RbObjectConvertible?)
-> RbObject?
Parameters
name |
The name of the constant to create or replace. |
newValue |
The value for the constant. |
Return Value
The value set for the constant or nil
if an error occurred.
Instance Variables
func getInstanceVar(String) -> RbObject?
func getInstanceVar(String) -> RbObject?
Get the value of a Ruby instance variable.
This is a non-throwing version of RbObjectAccess.getInstanceVar(_:)
.
See RbError.history
to retrieve error details.
Declaration
Parameters
name |
Name of the IVar. Must begin with a single |
Return Value
Value of the IVar, or nil
if an error occurred.
func setInstanceVar(String, newValue: RbObjectConvertible?) -> RbObject?
func setInstanceVar(String, newValue: RbObjectConvertible?) -> RbObject?
Set a Ruby instance variable.
This is a non-throwing version of RbObjectAccess.setInstanceVar(_:newValue:)
.
See RbError.history
to retrieve error details.
Declaration
@discardableResult
public func setInstanceVar(_ name: String, newValue: RbObjectConvertible?)
-> RbObject?
Parameters
name |
Name of the IVar. Must begin with a single |
newValue |
The new value for the IVar. |
Return Value
The value that was set, or nil if an error occurred.
Class Variables
func getClassVar(String) -> RbObject?
func getClassVar(String) -> RbObject?
Get the value of a Ruby class variable.
Must be called on an RbObject
for a class, or RbGateway
.
This is a non-throwing version of RbObjectAccess.getClassVar(_:)
.
See RbError.history
to retrieve error details.
Declaration
Parameters
name |
Name of the CVar. Must begin with |
Return Value
Value of the CVar, or nil
if an error occurred.
func setClassVar(String, newValue: RbObjectConvertible?) -> RbObject?
func setClassVar(String, newValue: RbObjectConvertible?) -> RbObject?
Set or create a Ruby class variable.
Must be called on an RbObject
for a class, or RbGateway
.
This is a non-throwing version of RbObjectAccess.setClassVar(_:newValue:)
.
See RbError.history
to retrieve error details.
Declaration
@discardableResult
public func setClassVar(_ name: String, newValue: RbObjectConvertible?)
-> RbObject?
Parameters
name |
Name of the CVar. Must begin with |
newValue |
The new value for the CVar. |
Return Value
The value that was set, or nil
if an error occurred.
Global Variables
func getGlobalVar(String) -> RbObject?
func getGlobalVar(String) -> RbObject?
Get the value of a Ruby global variable.
This is a non-throwing version of RbObjectAccess.getGlobalVar(_:)
.
See RbError.history
to retrieve error details.
Declaration
Parameters
name |
Name of the global variable. Must begin with |
Return Value
Value of the variable, or nil
if an error occurred.
func setGlobalVar(String, newValue: RbObjectConvertible?) -> RbObject?
func setGlobalVar(String, newValue: RbObjectConvertible?) -> RbObject?
Set a Ruby global variable.
This is a non-throwing version of RbObjectAccess.setGlobalVar(_:newValue:)
.
See RbError.history
to retrieve error details.
Declaration
@discardableResult
public func setGlobalVar(_ name: String, newValue: RbObjectConvertible?)
-> RbObject?
Parameters
name |
Name of the global variable. Must begin with |
newValue |
The new value for the variable. |
Return Value
The value that was set, or nil
if an error occurred.
Polymorphic Getter
func get(String) -> RbObject?
func get(String) -> RbObject?
Get some kind of Ruby object based on the name
parameter.
This is a non-throwing version of RbObjectAccess.get(_:)
.
See RbError.history
to retrieve error details.
Declaration
Parameters
name |
Name of method / IVar / attribute / CVar / GVar / constant to access. |
Return Value
Retrieved object, or nil
if an error occurred.


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