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This example demonstrates how to implement a simple Authenticator
Valid username password credentials are:


Welcome to Traveling Trailsmen’s Documentation!
In this game you play as a trucker, trying to gain as much renown before the year is up! Renown is gained by completing contracts, with harder contracts giving more renown. Contracts also give money, which you’ll need to keep going and to upgrade your truck. Contracts are completed by traveling from the start node to the finish node within the contract’s deadline. Failure to deliver before a contract’s deadline will result in no renown or money reward. During the course of moving between nodes events will occur, which will cause damage to your truck and waste your time. The game can end early if your truck becomes too damaged or runs out of gas. The penalties from events can be mitigated by upgrading your truck. The game will complete after 10,000 (in game) hours.


Some thoughts on BETT
Jan 19, 2011
My responses to a few questions from Terry Freedman, researching a piece on BETT 2011 for the Guardian:
1. Did you see any products (or anything else) at BETT that you thought was really brilliant?

Products: not really; I heard encouraging things about integrations of existing products (eg SIF, Moople, Life, Office 365), and was quite taken by some of the robotics kit on view. A bit disappointed by the number of products which seem to exist to monitor, control and restrict what children can do, and by how much educational software seems to be underpinned by a narrow understanding of the learning process, although there are many, many counter-examples. Display technology featured heavily, although I’m skeptical about 3D; some nice interactive interfaces around, although the Wii-based whiteboard hack still has the edge on most, and I’d love to see what might be done with a Kinnect in the wrong hands.
More importantly, there were some great people around, on seminar programmes and teachmeets, around Naace’s stand and elsewhere in the show – even with all the changes in the ed-tech ecosystem, it’s really encouraging that the expertise, enthusiasm and generosity of spirit remain undiminished.
2. What did you think were the main trends (current and future) being indicated?

The almost complete withdrawal of central government and its agencies from the sector is unlikely to change for the next four BETTs, but that doesn’t (yet) seem to have had too much impact on the industry and community.
Consumer electronics leads the way – clever interfaces, 3D displays and hand-held tech all started outside of the education sphere, but have been enthusiastically greeted by suppliers, and more than a few teachers. To get a taste of next year’s BETT hardware, look at this year’s CES.
For software, the picture is different again, with, I think, an ever-widening gap between the cutting edge of Web 2.0 and the desktop applications which still seem to characterise so much of BETT; there’s still a place for these latter, but I wonder for how many more years this will be the case.
A number of suppliers continued the trend started by Microsoft last year of arguing that their products will save schools money in the short or long term; hardly surprising given the present circumstances and indicative of a desire now for schools to obtain the maximum benefit from the lowest cost; no bad thing, but perhaps those responsible for procuring systems and services need to look beyond the trade stands to make this a reality.
3. Did you see any interesting uses of Web 2.0? (I was unable to make the Teachmeet)

There’s a tension between the Web 2.0 world of user generated content and open collaboration and the teacher led delivery, or at least teacher controlled, model implicit in many web based products marketed to schools, and it’s interesting to see how different suppliers have ‘integrated’ basic Web 2.0 style tools into their products.
4. Do you have any advice for schools about managing with a smaller budget (at least for the time being, given the ending of the Harnessing Technology grant)?

I spoke on this as part of a panel at the UK Education Leaders event, as well as in the Open Source Schools seminar. Put simply, I’d recommend that schools make as much use as they can of the expertise of all their community, empowering them to do all that they want to with all the tech that they have: this includes letting folk install open source software, access web 2.0 tools, use their own computers and smart phones and developing resources in-house. In Ernest Rutherford’s words, “Gentlemen, we have no money, therefore we must think.”.


Lists are made up of multiple rows of items which can contain items, text, buttons, icons, and much more. Lists generally contain items with similar data content, such as images and text.
The list itself is essentially a container with styling for rounded corners and shadow around the
list content. Anything can be placed into the list, but it comes with a bit of extra functionality
when used together with
kirby-section-header
and
kirby-item
.
When using
kirby-item
, either on its own or wrapped in custom markup, the list expects its children to represent single
item (e.g. not another container or wrapper element). This way, the first and last item will
correctly have top and bottom spacing applied, to provide the correct appearance of the list.
The
Section Header
can be used on a list to create a set of grouped content, making use of the lists
slots
.
The list has two
slots
, the default and the named
outside
slot. The default slot is reserved for the list items, and receives the list-specific styling.
The
outside
slot is placed outside the styled part of the list, and is meant to be used with the
kirby-section-header
or similar.
Lists work out of the box with the interactive
Item Sliding
, allowing to swipe an item left or right to reveal options. Try dragging right on one of the
items, to see swipe actions revealed to the left of the item content. See the page linked
above for more details on
kirby-item-sliding
.
It is important to note that the list does not have any functionality for multiple sections nested within the list itself. This would add extra (unnecessary) complexity to using the list.
Instead, multiple lists should just be added one after another in a flat structure, as seen below.


Pagalpanti Box Office Pre Release Buzz: Weak Promos & Music Affected The Movie But Comedy Genre Ensures Respectable Opening
Let's have a look at the reach and buzz of the film in detail.
by Gautam BatraPagalpanti Box Office Pre Release Buzz: Anees Bazmee’s latest multistarrer comedy film Pagalpanti is all set to hit the cinemas tomorrow. The film stars John Abraham, Anil Kapoor, Pulkit Samrat, Kriti Kharbanda, Arshad Warsi, Ileana D’Cruz & Urvashi Rautela in lead and is carrying decent buzz in the market.
Let’s have a look at the reach and buzz of the film in detail-
Reach
Comedy is one of the most favourite genres of Indian audience and the business comedy films have done at the Box Office in past is the proof. Pagalpanti is a multistarrer comedy film with interesting stars like John Abraham, Arshad Warsi & Anil Kapoor leading the pack. Apart from the star value of these stars helping the reach of the film, good promotions have also boosted the visibility. Trailers and Music have been average but the reach is still in a safe zone.
I’ll rate the Reach of Pagalpanti one day before its release as 6.5/10.
Buzz
If the promos and music were strong, the film could’ve garnered a huge buzz pan India but it’s still ok. The buzz for Pagalpanti is good in Tier 2 & Tier 3 areas but just about fair in Tier 1.
I’ll rate the current buzz of the film as 4.75/10.
Overall, Pagalpanti is all set for a good start thanks to its genre and star cast. The film will get good support from small city audiences but will struggle in multiplexes. A Day 1 close to 10 crores is still very much expected from it. Even if the initial word of mouth is not encouraging, the opening day won’t be far from the mark.


Claude Gryuer Cafe/Amsterdam, Netherlands
Andersson-Wise is an architecture & design studio based in Austin, Texas. Our collaborative approach to residential, institutional, and hospitality architecture results in precise solutions carefully attuned to their purpose.


{{.Params.finanicial_sponsorship.text}}
| {{ . }} | {{ end }}|
|---|---|
| {{- . -}} | {{ end }}|
| {{ . }} | {{ else }}{{ . }} | {{ end }} {{ end }}
1. The size of the logo will vary depending on the chosen level of sponsorship
2. Company logo will appear in CaseIT 2021’s social media countdown posts which will count down the days remaining to the start of the competition.
3. A CaseIT award will be given in your name if you create an award and provide an appropriate gift (ex: CGI Best Speaker Award)
4. If there are more than four sponsors at the Title, Diamond, and Gold levels, the divisions will be named after the first four organizations that we create partnerships with.
5. Please see Financial Sponsorship: Title Sponsorship for more information regarding CaseIT signature events.
6. Judges must have over 10 years of industry experience and are subject to the approval of CaseIT 2021’s Judging Facilitator and set guidelines. This applies for both Preliminary Presentations and Final Presentations.
As we transition CaseIT to an online format, we strive to leverage the most advanced technological devices to support the execution of the world’s premier management information systems case competition.
CaseIT 2021 will be a new and innovative experience for both our international competitors and our Organizing Committee. As we transition CaseIT to an online format, we strive to leverage the most advanced technological devices to support the execution of the world’s premier management information systems case competition. Our competition requires a wide array of reliable and professional technology contributions for a seamless competition execution. Equipment requirements include but are not limited to: laptops, ethernet cords, USB ethernet adapters, microphones, cameras, and virtual reality equipment.
Technology sponsors receive acknowledgments in the form of your logo and name on the CaseIT website, social media, event program, and our online competition platform.
Additional benefits include a tailored resume book of all CaseIT competitors and Organizing Committee, invitations to the synchronous CaseIT Awards Banquet, and the opportunity to judge CaseIT Preliminary and Final Presentations. Based on the value of the equipment provided, an appropriate sponsorship tier will be allocated to technology sponsors. Sponsors can further customize their contribution with our sponsorship team.


|
CUTLASS
CUDA Templates for Linear Algebra Subroutines and Solvers
|
Namespaces | |
| detail | |
| kernel | |
| thread | |
Classes | |
| struct | BlockForEach |
| struct | Gemm |
| struct | Gemm< ElementA, LayoutA, ElementB, LayoutB, ElementC, LayoutC, ScalarType, AccumulatorType, arch::OpMultiplyAdd > |
| Partial specialization for multiply-add. More... | |
| struct | Gemm< ElementA, LayoutA, ElementB, LayoutB, ElementC, LayoutC, ScalarType, AccumulatorType, arch::OpMultiplyAddSaturate > |
| Partial specialization for multiply-add-saturate. More... | |
| struct | Gemm< ElementA, LayoutA, ElementB, LayoutB, ElementC, LayoutC, ScalarType, AccumulatorType, arch::OpXorPopc > |
| Parital specialization for XOR-popc. More... | |
| struct | TensorDiagonalForEach |
| Launches a kernel calling a functor for each element along a tensor's diagonal. More... | |
| struct | TensorForEach |
| Launches a kernel calling a functor for each element in a tensor's index space. More... | |
Functions | |
| template<typename ElementA , typename LayoutA , typename ElementB , typename LayoutB , typename ElementC , typename LayoutC , typename ScalarType , typename AccumulatorType , typename InnerProductOp = multiply_add<AccumulatorType>, typename ConvertOp = NumericConverter<ElementC, ScalarType>> | |
| void | compute_gemm (gemm::GemmCoord problem_size, ScalarType alpha, TensorRef< ElementA, LayoutA > tensor_a, TensorRef< ElementB, LayoutB > tensor_b, ScalarType beta, TensorRef< ElementC, LayoutC > tensor_c, TensorRef< ElementC, LayoutC > tensor_d, AccumulatorType initial_accum) |
| template<typename ElementA , typename LayoutA , typename ElementB , typename LayoutB , typename ElementC , typename LayoutC , typename ScalarType , typename AccumulatorType , typename InnerProductOp = multiply_add<AccumulatorType>, typename ConvertOp = NumericConverter<ElementC, ScalarType>> | |
| void | compute_gemm (gemm::GemmCoord problem_size, ScalarType alpha, TensorRef< ElementA, LayoutA > tensor_a, TensorRef< ElementB, LayoutB > tensor_b, ScalarType beta, TensorRef< ElementC, LayoutC > tensor_c, AccumulatorType initial_accum) |
| template<typename TensorRefCollectionA , typename TensorRefCollectionB , typename TensorRefCollectionC , typename ScalarType , typename AccumulatorType , typename InnerProductOp , typename ConvertOp > | |
| void | BatchedGemm (gemm::GemmCoord problem_size, int batch_count, ScalarType alpha, TensorRefCollectionA const &tensor_a, TensorRefCollectionB const &tensor_b, ScalarType beta, TensorRefCollectionC &tensor_c, AccumulatorType initial_accum) |
| Computes a batch of GEMMs over a set of matrices of common dimension. More... | |
| template<typename TensorRefCollectionA , typename TensorRefCollectionB , typename TensorRefCollectionC , typename ScalarType , typename AccumulatorType > | |
| void | BatchedGemm (gemm::GemmCoord problem_size, int batch_count, ScalarType alpha, TensorRefCollectionA const &tensor_a, TensorRefCollectionB const &tensor_b, ScalarType beta, TensorRefCollectionC &tensor_c) |
| template<typename Element > | |
| bool | BlockCompareEqual (Element const *ptr_A, Element const *ptr_B, size_t capacity, int grid_size=0, int block_size=0) |
| Performs a bit-level equality check between two blocks. More... | |
| template<typename Element > | |
| bool | BlockCompareRelativelyEqual (Element const *ptr_A, Element const *ptr_B, size_t capacity, Element epsilon, Element nonzero_floor, int grid_size=0, int block_size=0) |
| Performs a bit-level equality check between two blocks. More... | |
| template<typename Element , typename Layout > | |
| void | TensorFillRandomGaussian (TensorView< Element, Layout > view, uint64_t seed, Element mean=Element(0), Element stddev=Element(1), int bits=-1) |
| Fills a tensor with random values with a Gaussian distribution. More... | |
| template<typename Element > | |
| void | BlockFillRandomGaussian (Element *ptr, size_t capacity, uint64_t seed, Element mean=Element(0), Element stddev=Element(1), int bits=-1) |
| Fills a tensor with random values with a Gaussian distribution. More... | |
| template<typename Element , typename Layout > | |
| void | TensorFillRandomUniform (TensorView< Element, Layout > view, uint64_t seed, Element max=Element(1), Element min=Element(0), int bits=-1) |
| Fills a tensor with random values with a uniform random distribution. More... | |
| template<typename Element > | |
| void | BlockFillRandomUniform (Element *ptr, size_t capacity, uint64_t seed, Element max=Element(1), Element min=Element(0), int bits=-1) |
| Fills a tensor with random values with a uniform random distribution. More... | |
| template<typename Element , typename Layout > | |
| void | TensorFillDiagonal (TensorView< Element, Layout > view, Element diag=Element(1), Element other=Element(0)) |
| Fills a tensor everywhere with a unique value for its diagonal. More... | |
| template<typename Element , typename Layout > | |
| void | TensorFill (TensorView< Element, Layout > view, Element val=Element(0)) |
| Fills a tensor with a uniform value. More... | |
| template<typename Element , typename Layout > | |
| void | TensorFillIdentity (TensorView< Element, Layout > view) |
| Fills a tensor's digonal with 1 and 0 everywhere else. More... | |
| template<typename Element , typename Layout > | |
| void | TensorUpdateDiagonal (TensorView< Element, Layout > view, Element diag=Element(1)) |
| Writes a uniform value to the diagonal of a tensor without modifying off-diagonal elements. More... | |
| template<typename Element , typename Layout > | |
| void | TensorUpdateOffDiagonal (TensorView< Element, Layout > view, Element other=Element(1)) |
| Writes a uniform value to all elements in the tensor without modifying diagonal elements. More... | |
| template<typename Element , typename Layout > | |
| void | TensorFillLinear (TensorView< Element, Layout > view, Array< Element, Layout::kRank > const &v, Element s=Element(0)) |
| Fills tensor with a linear combination of its coordinate and another vector. More... | |
| template<typename Element > | |
| void | BlockFillSequential (Element *ptr, int64_t capacity, Element v=Element(1), Element s=Element(0)) |
| Fills a block of data with sequential elements. More... | |
| template<typename Element > | |
| void | BlockFillRandom (Element *ptr, size_t capacity, uint64_t seed, Distribution dist) |
| Fills a block of data with sequential elements. More... | |
| template<typename Element , typename Layout > | |
| void | TensorCopyDiagonalIn (TensorView< Element, Layout > view, Element const *ptr) |
| Copies a diagonal in from host memory without modifying off-diagonal elements. More... | |
| template<typename Element , typename Layout > | |
| void | TensorCopyDiagonalOut (Element *ptr, TensorView< Element, Layout > view) |
| Copies the diagonal of a tensor into a dense buffer in host memory. More... | |
| void cutlass::reference::device::BatchedGemm | ( | gemm::GemmCoord | problem_size, |
| int | batch_count, | ||
| ScalarType | alpha, | ||
| TensorRefCollectionA const & | tensor_a, | ||
| TensorRefCollectionB const & | tensor_b, | ||
| ScalarType | beta, | ||
| TensorRefCollectionC & | tensor_c, | ||
| AccumulatorType | initial_accum | ||
| ) |
| void cutlass::reference::device::BatchedGemm | ( | gemm::GemmCoord | problem_size, |
| int | batch_count, | ||
| ScalarType | alpha, | ||
| TensorRefCollectionA const & | tensor_a, | ||
| TensorRefCollectionB const & | tensor_b, | ||
| ScalarType | beta, | ||
| TensorRefCollectionC & | tensor_c | ||
| ) |
Computes a general matrix product among matrices (tensors of rank=2) pointed to by TensorRef objects.
| bool cutlass::reference::device::BlockCompareEqual | ( | Element const * | ptr_A, |
| Element const * | ptr_B, | ||
| size_t | capacity, | ||
| int | grid_size = 0 , |
||
| int | block_size = 0 |
||
| ) |
| bool cutlass::reference::device::BlockCompareRelativelyEqual | ( | Element const * | ptr_A, |
| Element const * | ptr_B, | ||
| size_t | capacity, | ||
| Element | epsilon, | ||
| Element | nonzero_floor, | ||
| int | grid_size = 0 , |
||
| int | block_size = 0 |
||
| ) |
| void cutlass::reference::device::BlockFillRandom | ( | Element * | ptr, |
| size_t | capacity, | ||
| uint64_t | seed, | ||
| Distribution | dist | ||
| ) |
| void cutlass::reference::device::BlockFillRandomGaussian | ( | Element * | ptr, |
| size_t | capacity, | ||
| uint64_t | seed, | ||
| Element | mean = Element(0) , |
||
| Element | stddev = Element(1) , |
||
| int | bits = -1 |
||
| ) |
< Element type
< If non-negative, specifies number of fractional bits that are not truncated to zero. Permits reducing precision of data.
| seed | seed for RNG |
| mean | Gaussian distribution's mean |
| stddev | Gaussian distribution's standard deviation |
| void cutlass::reference::device::BlockFillRandomUniform | ( | Element * | ptr, |
| size_t | capacity, | ||
| uint64_t | seed, | ||
| Element | max = Element(1) , |
||
| Element | min = Element(0) , |
||
| int | bits = -1 |
||
| ) |
< If non-negative, specifies number of fractional bits that are not truncated to zero. Permits reducing precision of data.
| seed | seed for RNG |
| max | upper bound of distribution |
| min | lower bound for distribution |
| void cutlass::reference::device::BlockFillSequential | ( | Element * | ptr, |
| int64_t | capacity, | ||
| Element | v = Element(1) , |
||
| Element | s = Element(0) |
||
| ) |
| void cutlass::reference::device::compute_gemm | ( | gemm::GemmCoord | problem_size, |
| ScalarType | alpha, | ||
| TensorRef< ElementA, LayoutA > | tensor_a, | ||
| TensorRef< ElementB, LayoutB > | tensor_b, | ||
| ScalarType | beta, | ||
| TensorRef< ElementC, LayoutC > | tensor_c, | ||
| TensorRef< ElementC, LayoutC > | tensor_d, | ||
| AccumulatorType | initial_accum | ||
| ) |
Computes a general matrix product among matrices (tensors of rank=2) pointed to by TensorRef objects.
Explicitly naming types needed by this template can be cumbersome, particularly for the accumulator type, so a function argument 'initial_accum' is exposed. Passing AccumulatorType(0) as the last function argument can be easier than naming all template arguments explicitly.
| void cutlass::reference::device::compute_gemm | ( | gemm::GemmCoord | problem_size, |
| ScalarType | alpha, | ||
| TensorRef< ElementA, LayoutA > | tensor_a, | ||
| TensorRef< ElementB, LayoutB > | tensor_b, | ||
| ScalarType | beta, | ||
| TensorRef< ElementC, LayoutC > | tensor_c, | ||
| AccumulatorType | initial_accum | ||
| ) |
Computes a general matrix product among matrices (tensors of rank=2) pointed to by TensorRef objects.
This assumes the accumulator type is the same type as the scalars.
| void cutlass::reference::device::TensorCopyDiagonalIn | ( | TensorView< Element, Layout > | view, |
| Element const * | ptr | ||
| ) |
< Layout function
< dense buffer of elements
| view | destination tensor |
| void cutlass::reference::device::TensorCopyDiagonalOut | ( | Element * | ptr, |
| TensorView< Element, Layout > | view | ||
| ) |
< Layout function
< source tensor
| ptr | dense buffer of elements |
| void cutlass::reference::device::TensorFill | ( | TensorView< Element, Layout > | view, |
| Element | val = Element(0) |
||
| ) |
< Layout function
< value to uniformly fill it with
| view | destination tensor |
| void cutlass::reference::device::TensorFillDiagonal | ( | TensorView< Element, Layout > | view, |
| Element | diag = Element(1) , |
||
| Element | other = Element(0) |
||
| ) |
< Layout function
< value to write off the diagonal
| view | destination tensor |
| diag | value to write in the diagonal |
| void cutlass::reference::device::TensorFillIdentity | ( | TensorView< Element, Layout > | view | ) |
< Layout function
< destination tensor
| void cutlass::reference::device::TensorFillLinear | ( | TensorView< Element, Layout > | view, |
| Array< Element, Layout::kRank > const & | v, | ||
| Element | s = Element(0) |
||
| ) |
< Layout function
| view | destination tensor |
| void cutlass::reference::device::TensorFillRandomGaussian | ( | TensorView< Element, Layout > | view, |
| uint64_t | seed, | ||
| Element | mean = Element(0) , |
||
| Element | stddev = Element(1) , |
||
| int | bits = -1 |
||
| ) |
< Layout function
< If non-negative, specifies number of fractional bits that are not truncated to zero. Permits reducing precision of data.
| view | destination tensor |
| seed | seed for RNG |
| mean | Gaussian distribution's mean |
| stddev | Gaussian distribution's standard deviation |
| void cutlass::reference::device::TensorFillRandomUniform | ( | TensorView< Element, Layout > | view, |
| uint64_t | seed, | ||
| Element | max = Element(1) , |
||
| Element | min = Element(0) , |
||
| int | bits = -1 |
||
| ) |
< Layout function
< If non-negative, specifies number of fractional bits that are not truncated to zero. Permits reducing precision of data.
| view | destination tensor |
| seed | seed for RNG |
| max | upper bound of distribution |
| min | lower bound for distribution |
| void cutlass::reference::device::TensorUpdateDiagonal | ( | TensorView< Element, Layout > | view, |
| Element | diag = Element(1) |
||
| ) |
< Layout function
| view | destination tensor |
| void cutlass::reference::device::TensorUpdateOffDiagonal | ( | TensorView< Element, Layout > | view, |
| Element | other = Element(1) |
||
| ) |
< Layout function
| view | destination tensor |


This chapter covers the program structure of the Groovy programming language.
1. Package names
Package names play exactly the same role as in Java. They allows us to separate the code base without any conflicts. Groovy classes must specify their package before the class definition, else the default package is assumed.
Defining a package is very similar to Java:
// defining a package named com.yoursite
package com.yoursite
To refer to some class Foo
in the com.yoursite.com
package you will need to use the fully qualified name com.yoursite.com.Foo
, or else you can use an import
statement as we’ll see below.
2. Imports
In order to refer to any class you need a qualified reference to its package. Groovy follows Java’s notion of allowing import
statement to resolve class references.
For example, Groovy provides several builder classes, such as MarkupBuilder
. MarkupBuilder
is inside the package groovy.xml
so in order to use this class, you need to import
it as shown:
// importing the class MarkupBuilder
import groovy.xml.MarkupBuilder
// using the imported class to create an object
def xml = new MarkupBuilder()
assert xml != null
2.1. Default imports
Default imports are the imports that Groovy language provides by default. For example look at the following code:
new Date()
The same code in Java needs an import statement to Date
class like this: import java.util.Date. Groovy by default imports these classes for you. There are six packages that groovy imports for you, they are:
import java.lang.*
import java.util.*
import java.io.*
import java.net.*
import groovy.lang.*
import groovy.util.*
import java.math.BigInteger
import java.math.BigDecimal
2.2. Simple import
A simple import is an import statement where you fully define the class name along with the package. For example the import statement import groovy.xml.MarkupBuilder in the code below is a simple import which directly refers to a class inside a package.
// importing the class MarkupBuilder
import groovy.xml.MarkupBuilder
// using the imported class to create an object
def xml = new MarkupBuilder()
assert xml != null
2.3. Star import
Groovy, like Java, provides a special way to import all classes from a package using *
, a so called Star import. MarkupBuilder
is a class which is in package groovy.xml
, alongside another class called StreamingMarkupBuilder
. In case you need to use both classes, you can do:
import groovy.xml.MarkupBuilder
import groovy.xml.StreamingMarkupBuilder
def markupBuilder = new MarkupBuilder()
assert markupBuilder != null
assert new StreamingMarkupBuilder() != null
That’s perfectly valid code. But with a import, we can achieve the same effect with just one line, where
imports all the classes under package
groovy.xml
:
import groovy.xml.*
def markupBuilder = new MarkupBuilder()
assert markupBuilder != null
assert new StreamingMarkupBuilder() != null
One problem with *
imports is that they can clutter your local namespace. But with the kinds of aliasing provided by Groovy, this can be solved easily.
2.4. Static import
Groovy’s static import capability allows you to reference imported classes as if they were static methods in your own class. This is similar to Java’s static import capability but works with Java 1.4 and above and is a little more dynamic than Java in that it allows you to define methods with the same name as an imported method as long as you have different types. If you have the same types, the imported class takes precedence. Here is a sample of its usage:
import static Boolean.FALSE
assert !FALSE //use directly, without Boolean prefix!
As you can see, now we can able to refer to the static variable FALSE
in our code base cleanly.
2.5. Static import aliasing
Static imports with the as
keyword provide an elegant solution to namespace problems. Suppose you want to get a Calendar
instance, using its getInstance()
method. It’s a static method, so we can use a static import. But instead of calling getInstance()
every time, which can be misleading when separated from its class name, we can import it with an alias, to increase code readability:
import static Calendar.getInstance as now
assert now().class == Calendar.getInstance().class
Now, that’s clean!
2.6. Static star import
A static star import is very similar to the regular star import. It will import all the static methods from the given class.
For example, lets say we need to calculate sines and cosines for our application.
The class java.lang.Math
has static methods named sin
and cos
which fit our need. With the help of a static star import, we can do:
import static java.lang.Math.*
assert sin(0) == 0.0
assert cos(0) == 1.0
As you can see, we were able to access the methods sin
and cos
directly, without the Math.
prefix.
2.7. Import aliasing
With type aliasing, we can refer to a fully qualified class name using a name of our choice. This can be done with the as
keyword, as before.
Consider the following class, provided by some third-party library code:
package thirdpartylib
public class MultiplyTwo {
def static multiply(def value) {
return value * 3 //intentionally wrong.
}
}
Suppose we have some existing code using the library:
def result = new MultiplyTwo().multiply(2)
Now suppose that, after using this library throughout your codebase, we discover that it doesn’t give correct results. How can we fix it in one place, outside of the original class, without changing all the code that’s using it? Groovy has an elegant solution to this problem.
With a simple import aliasing, we can fix the bug like this:
import thirdpartylib.MultiplyTwo as OrigMultiplyTwo
class MultiplyTwo extends OrigMultiplyTwo {
def multiply(def value) {
return value * 2 // fixed here
}
}
// nothing to change below here
def multiplylib = new MultiplyTwo()
// assert passes as well
assert 4 == new MultiplyTwo().multiply(2)
Thats it! Notice how Groovy allowed us to use the as
keyword to rename our imported class and solve this common problem.
Type aliasing is also useful to solve name collision problems which can occur with *
imports.
3. Scripts versus classes
3.1. public static void main vs script
Groovy supports both scripts and classes. Take the following code for example:
class Main { (1)
static void main(String... args) { (2)
println 'Groovy world!' (3)
}
}
| 1 | define a Main class, the name is arbitrary |
| 2 | the public static void main(String[]) method is usable as the main method of the class |
| 3 | the main body of the method |
This is typical code that you would find coming from Java, where code has to be embedded into a class to be executable. Groovy makes it easier, the following code is equivalent:
println 'Groovy world!'
A script can be considered as a class without needing to declare it, with some differences.
3.2. Script class
A script is always compiled into a class. The Groovy compiler will compile the class for you,
with the body of the script copied into a run
method. The previous example is therefore compiled as if it was the
following:
import org.codehaus.groovy.runtime.InvokerHelper
class Main extends Script { (1)
def run() { (2)
println 'Groovy world!' (3)
}
static void main(String[] args) { (4)
InvokerHelper.runScript(Main, args) (5)
}
}
| 1 | The Main class extends the groovy.lang.Script class |
| 2 | groovy.lang.Script requires a run method returning a value |
| 3 | the script body goes into the run method |
| 4 | the main method it automatically generated |
| 5 | and delegates the execution of the script on the run method |
If the script is in a file, then the base name of the file is used to determine the name of the generated script class.
In this example, if the name of the file is Main.groovy
, then the script class is going to be Main
.
3.3. Methods
It is possible to define methods into a script, as illustrated here:
int fib(int n) {
n<2?1:fib(n-1)+fib(n-2)
}
assert fib(10)==89
You can also mix methods and code. The generated script class will carry all methods into the script class, and
assemble all script bodies into the run
method:
println 'Hello' (1)
int power(int n) { 2**n } (2)
println "2^6==${power(6)}" (3)
| 1 | script begins |
| 2 | a method is defined within the script body |
| 3 | and script continues |
This code is internally converted into:
import org.codehaus.groovy.runtime.InvokerHelper
class Main extends Script {
int power(int n) { 2** n} (1)
def run() {
println 'Hello' (2)
println "2^6==${power(6)}" (3)
}
static void main(String[] args) {
InvokerHelper.runScript(Main, args)
}
}
| 1 | the power method is copied as is into the generated script class |
| 2 | first statement is copied into the run method |
| 3 | second statement is copied into the run method |
| Even if Groovy creates a class from your script, it is totally transparent for the user. In particular, scripts are compiled to bytecode, and line numbers are preserved. This implies that if an exception is thrown in a script, the stack trace will show line numbers corresponding to the original script, not the generated code that we have shown. |
3.4. Variables
Variables in a script do not require a type definition. This means that this script:
int x = 1
int y = 2
assert x+y == 3
will behave the same as:
x = 1
y = 2
assert x+y == 3
However there is a semantic difference between the two:
-
if the variable is declared as in the first example, it is a local variable. It will be declared in the
run
method that the compiler will generate and will not be visible outside of the script main body. In particular, such a variable will not be visible in other methods of the script -
if the variable is undeclared, it goes into the script binding. The binding is visible from the methods, and is especially important if you use a script to interact with an application and need to share data between the script and the application. Readers might refer to the integration guide for more information.
If you want a variable to become a field of the class without going into the Binding , you can use the
@Field annotation.
|


| DOSE: |
500 mg |
oral |
Tyrosine |
|
| |
20 mg |
oral |
Amphetamines |
(capsule) |
Background: I was recently diagnosed (at 43 if you can believe it) with Inattentive Type ADD and was prescribed Adderall XR 20mg, which I take as prescribed orally once a day. In researching ADD after my diagnosis, I found that several sources, including Dr. Amen of ADHD Amen Clinic fame, advise ADDers to supplement with (smart drug) l-tyrosine. L-tyrosine is an L-DOPA precursor which is itself a dopamine precursor, and ADDers are pretty short on dopamine all around.
I had read that individual reactions to l-tyrosine could vary quite a bit, and that some people have unpleasant side effects such as increased heart rate, elevated blood pressure and arrythmia. Fortunately I noticed nothing of the kind myself with l-tyrosine, and consequently was taking 1 500 mg l-tyrosine (drug stores sell with the vitamins) 3 times a day for a total daily intake of 1500mg. I found it helpful.
One day I took the l-tyrosine 500 mg pill and an Adderall XR 20mg together (quite by chance, on all other days I had taken the l-tyrosine at least T+2:00 and later from the Adderall). Don't take these together, kidlets, they don't play well. T+3:00 to T+5:30 were not fun. Pounding heart, heart rate increase (120-140), pressure behind the eyes (=elevated BP), waves of nausea/wired-ness especially when another level of salt kicked in from the Adderall, feeling faint/must lie down, and a very uncomfortable, sore and worrying tight throat around the adam's apple, making swallowing disturbingly difficult and painful. It felt like Darth Vader had me against the wall off my feet and was squeezing, per 'Star Wars'. Slight fear/paranoia/panic/what is happening, concentrating on any symptom would immediately make it worse. Breathing was OK tho. While not emergency room calibre, this was a VERY unpleasant 2 1/2 hours and I am writing this report to save someone else from it!!!
After I figured out it must be the tyrosine with the Adderall that was the problem (as Adderall alone had always been fine), a look at the l-tyrosine bottle finds magnesium stearate as a non-medicinal ingredient. Magnesium in any form taken with Adderall increases Adderall bioavailability (dangerously?) and is warned against in the Adderall information pamphlet with your prescription.
So a double whammy here: 1. Adderall + l-tyrosine together seems to increase the bad side effects of each, 2. the magnesium in the l-tyrosine pill acts to boost the amount/speed of the Adderall effect. DO NOT TAKE SIMULTANEOUSLY.
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.


Well what is Javascript first of all? Javascript is a powerful programming language that can help make HTML files interactive. It is an object-oriented programming language that commonly is used as part of web browsers. Many common applications of Javascript are to allow client-side scripts to interact with the user, control the browser, communicate, and alter what is being displayed.
Now let me explain why it is so popular today. Javascript is highly interactive and responsive, therefore, making it extremely user friendly. The code files of Javascript help to develop and create HTML files. A feature that makes Javascript so attractive is that it allows for open source content management. This simply means that you can modify code while the website is still up and running. Other features that make it stand out to many web developers would be that it is fast, compatible with many devices today, such as Iphones and Androids, and the fact that it is an object-oriented programming language only helps its cause. Javascript was created with the already famous programming language C in mind and therefore, is easy for people who already have programming backgrounds to understand.


Organize and scope competencies and other objects.
A Competency Framework or simply Framework is a collection of competencies and relations between competencies in the framework and potentially between competencies in the framework and competencies in other frameworks. In practice, a Framework represents competencies related to a specific job, task, organization, career, knowledge domain, etc.
View SchemaContext: http://schema.cassproject.org/0.2/
Type: Framework
Extends: http://schema.org/Intangible
Properties:
from http://schema.cassproject.org/0.2/Framework
from http://schema.org/Thing
...
Skills, Knowledge, Abilities, etc.
Competencies include skills, knowledge, abilities, traits, and combinations thereof that are needed to perform a task or job. In CASS, competencies are identified and located using a globally unique ID. Competencies can be further described using titles, descriptions, levels, indicators (coming soon), roll-up rules, and relationships to other competencies.
View SchemaContext: http://schema.cassproject.org/0.2/
Type: Competency
Extends: http://schema.org/Intangible
Properties:
from http://schema.cassproject.org/0.2/Competency
from http://schema.org/Thing
...
Make claims of competence about individuals.
A claim of competence in CASS is called an Assertion. It states with some confidence that an individual has mastered a competency at a given level, provides evidence of such mastery, and records data such as the time of assertion and the party making the assertion.
View SchemaContext: http://schema.cassproject.org/0.2/
Type: Assertion
Extends: http://schema.org/Intangible
Properties:
from http://schema.cassproject.org/0.2/Assertion
from http://schema.org/Thing
...
Structure and relate competencies within a framework.
A relation specifies an relationship between two competencies. With it, one can express super-sub relationships through the 'narrows' relation, pre-requisite relationships through the 'requires' relation, equivalence, and many more.
View SchemaContext: http://schema.cassproject.org/0.2/
Type: Relation
Extends: http://schema.org/Intangible
Properties:
from http://schema.cassproject.org/0.2/Relation
from http://schema.org/Thing
...
Specify the performance levels of a competency.
When an individual's performance in a competency can be measured, a level specifies milestones that an individual can reach, creating fine-grained distinction between the proficient and the adept.
View SchemaContext: http://schema.cassproject.org/0.2/
Type: Level
Extends: http://schema.org/Intangible
Properties:
from http://schema.cassproject.org/0.2/Level
from http://schema.org/Thing
...
Encode inferential rules used to determine rollup.
When no direct evidence of an individual's competence is available, CASS uses assertion processing to estimate competence. Rollup Rules provide a means of encoding rules that govern when competence is warranted in the absence of direct evidence.
View SchemaContext: http://schema.cassproject.org/0.2/
Type: RollupRule
Extends: http://schema.org/Intangible
Properties:
from http://schema.cassproject.org/0.2/RollupRule
from http://schema.org/Thing
...
Visit the CASS Project for more information.
Join the conversation via Slack. Login or Request Account


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RT @SDLEARN: "Programming isn’t about what you know; it’s about what you can figure out.” - Chris Pine #MotivationMonday https://t.co/aDelf…
6/4/2018, 9:34:56 PM
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RT @SDLEARN: "Programming isn’t about what you know; it’s about what you can figure out.” - Chris Pine #MotivationMonday https://t.co/aDelf…
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[gecode-users] Getting domain values after posting
Christian Schulte
schulte at imit.kth.se
Tue Mar 28 20:09:29 CEST 2006
Hi,
propagation in Gecode is not automatic (some simple cases are done
immediately as you report, others are not). This is not a bug but an
essential feature (this is what enables batch recomputation). In order to
actually perform constraint propagation one has to invoke the
status(unsigned int&) member function of a space. Not only will that perform
constraint propagation but it also reports about the status of a space: is
it failed, solved, does it require branching. So in your case just add
something along the lines:
unsigned int alt;
(void) status(alt); // Discard status result
After that you will be able to observe the result of constraint propagation.
Christian
--
Christian Schulte, http://web.imit.kth.se/~schulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Efstratios Kalogirou
Sent: Tuesday, March 28, 2006 5:35 PM
To: users at gecode.org
Subject: [gecode-users] Getting domain values after posting
Hi all,
I am trying to get the remaining (valid) values and the size of the domain
of a variable after posting some constraints (assuming that due to the
constraints some values inside the domain are no longer valid). It seems
that everything is fine when I don't use any BoolVar to wrap the contraint.
For example:
IntVarArray q(this,1,0,10);
post(this,q[0]==3);
cout<<"The size of the domain is now "<<q[0].size()<<endl;
In the above case the size of the domain is indeed 1 and the solution is
correctly the value 3.
But things are different when I try to wrap the equality constraint in a
BoolVar:
IntVarArray q(this,1,0,10);
BoolVar wrapper(this,0,1);
rel(this,q[0],IRT_EQ,3,wrapper,ICL_BND);
post(this, wrapper==1);
cout<<"The size of the domain is now "<<q[0].size()<<endl;
In the latter example I get again the corrent solution 3 but after posting
the constraint the size of the domain remains 11 and doesn't shrink to 1 as
I would expect.
Since I am solving problems using the second way I am wondering if there is
a way to shrink the domain of the variable after posting as showed in the
second example. Also how can I get all the valid values of the domain of a
variable after posting? I assume this can be done by using iterators but I
am not certain how exactly to relate the iterator with the IntVar or the
IntSet that represents the variable, so any enlightening on that, would be
highly appreciated.
Best,
Stratos Kalogirou
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JASON KOO
HOME
ABOUT ME
WORKS
CONTACT
account_circle
JASON KOO
Developer, UI/UX Designer
location_on
Seoul, Korea
smartphone
+82 10 3852 0252
email
jahyuck@naver.com


#!/bin/env/python
#-*- encoding: utf-8 -*-
"""
"""
from __future__ import print_function
from __future__ import division
import numpy as np
from clusterweb.interfaces import ssh
from clusterweb.pbs import config
from clusterweb.pbs import qstat
[docs]class QDel():
def __init__(self):
self.address = config.USERNAME
self.ssh = ssh.SSH(self.address)
self.qstat = qstat.Qstat()
#--------------------------------------------------------------------------
[docs] def login(self,address):
"""Creates an SSH interface object with the address specified
:param address: Address or name for ssh to
:type address: str
:returns: None
:Example:
>>> q = Qsub(job,arg)
>>> q.login('<IP_ADDRESS>')
"""
if not isinstance(address,str):
raise UserWarning("Invalid address arg type: {}".format(
type(address).__name__))
self.ssh = ssh.SSH(address)
self.username = address
#--------------------------------------------------------------------------
[docs] def rm_all(self):
"""Creates an SSH interface object with the address specified
:param address: Address or name for ssh to
:type address: str
:returns: None
:Example:
>>> q = Qsub(job,arg)
>>> q.login('<IP_ADDRESS>')
"""
output = []
jobs = self.qstat.process_simple_qstat()
if len(jobs):
job_ids = [j.job_id for j in jobs]
for n in job_ids:
output.append(self.ssh.send_command('qdel {}'.format(n)))
return output
#--------------------------------------------------------------------------
[docs] def rm(self,job_id,flags=[]):
"""Creates an SSH interface object with the address specified
:param address: Address or name for ssh to
:type address: str
:returns: None
:Example:
>>> q = Qsub(job,arg)
>>> q.login('<IP_ADDRESS>')
"""
flags = ' '.join(list(map(str,flags)))
return self.ssh.send_command('qdel {} {}'.format(flags,job_id))
#--------------------------------------------------------------------------
[docs] def rm_a(self,job_id):
"""Request the job(s) be deleted asynchronously, which for a Running
job means that the reply will return before the MOM is requested to
delete the job.
:param address: Address or name for ssh to
:type address: str
:returns: None
:Example:
>>> q = Qsub(job,arg)
>>> q.login('<IP_ADDRESS>')
"""
return self.ssh.send_command('qdel -a {}'.format(flags,job_id))
#--------------------------------------------------------------------------
[docs] def purge(self,job_id):
"""Forcibly purge the job from the server. This should only be
used if a running job will not exit because its allocated nodes are
unreachable. The admin should make every attempt at resolving the problem
on the nodes. If a job's mother superior recovers after purging the job,
any epilogue scripts may still run. This option is only available
to a batch operator or the batch administrator.
:param address: Address or name for ssh to
:type address: str
:returns: None
:Example:
>>> q = Qsub(job,arg)
>>> q.login('<IP_ADDRESS>')
"""
return self.ssh.send_command('qdel -p {}'.format(job_id))
#--------------------------------------------------------------------------
#--------------------------------------------------------------------------
[docs] def rm_message(self,job_id,message):
"""Creates an SSH interface object with the address specified
:param address: Address or name for ssh to
:type address: str
:returns: None
:Example:
>>> q = Qsub(job,arg)
>>> q.login('<IP_ADDRESS>')
"""
return self.ssh.send_command('qdel -m "{}" {}'.format(message,job_id))
#--------------------------------------------------------------------------
[docs] def rm_delay(self,job_id,delay):
"""Specify the delay between the sending of the SIGTERM and SIGKILL
signals. The argument delay specifies a unsigned integer number of
seconds.
:param address: Address or name for ssh to
:type address: str
:returns: None
:Example:
>>> q = Qsub(job,arg)
>>> q.login('<IP_ADDRESS>')
"""
try:
int(delay)
except:
raise UserWarning("Invalid delay arg: {}".format(delay))
return self.ssh.send_command('qdel -W {} {}'.format(delay,job_id))
#--------------------------------------------------------------------------
[docs] def rm_range(self,id_range):
"""The array_range argument is an integer id or a range of integers.
Multiple ids or id ranges can be combined in a comma delimted list
(examples: -t 1-100 or -t 1,10,50-100).
The command acts on the array (or specified range of the array)
just as it would on an individual job.
:param address: Address or name for ssh to
:type address: str
:returns: None
:Example:
>>> q = Qsub(job,arg)
>>> q.login('<IP_ADDRESS>')
"""
#TODO: User error parsing
return self.ssh.send_command('qdel -t {} {}'.format(id_range,job_id))


I've prepared this filter for multiple filtering within the same products. I prepared the filter on Bootstrap 4.0 and used javascript for filtering. I have added Isotope.js to be smooth in transitions.
Created by Melih Şahinkesen


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2.2. Command Line Interface
The Presto CLI provides a terminal-based interactive shell for running queries. The CLI is a self-executing JAR file, which means it acts like a normal UNIX executable.
Download presto-cli-0.167-executable.jar, rename it to presto
,
make it executable with chmod +x
, then run it:
./presto --server localhost:8080 --catalog hive --schema default
Run the CLI with the --help
option to see the available options.
By default, the results of queries are paginated using the less
program
which is configured with a carefully selected set of options. This behavior
can be overridden by setting the environment variable PRESTO_PAGER
to the
name of a different program such as more
, or set it to an empty value
to completely disable pagination.


Clips tensor values to a maximum average L2-norm. (deprecated)
tf.compat.v1.clip_by_average_norm( t, clip_norm, name=None )
Warning: THIS FUNCTION IS DEPRECATED. It will be removed in a future version. Instructions for updating: clip_by_average_norm is deprecated in TensorFlow 2.0. Please use clip_by_norm(t, clip_norm * tf.cast(tf.size(t), tf.float32), name) instead.
Given a tensor t
, and a maximum clip value clip_norm
, this operation
normalizes t
so that its average L2-norm is less than or equal to
clip_norm
. Specifically, if the average L2-norm is already less than or
equal to clip_norm
, then t
is not modified. If the average L2-norm is
greater than clip_norm
, then this operation returns a tensor of the same
type and shape as t
with its values set to:
t * clip_norm / l2norm_avg(t)
In this case, the average L2-norm of the output tensor is clip_norm
.
This operation is typically used to clip gradients before applying them with an optimizer.
t
: A Tensor
.clip_norm
: A 0-D (scalar) Tensor
> 0. A maximum clipping value.name
: A name for the operation (optional).A clipped Tensor
.


Dominique Gravel
Laboratoire d'écologie intégrative
DEFINITION:
Quantitative estimates of the future trajectories of biodiversity [Pereira et al. 2010]
Scenarios must move beyond illustrating the potential impacts of global change on biodiversity toward more integrated approaches that account for the feedbacks that link environmental drivers, biodiversity, ecosystem services, and socioeconomic dynamics.
This requires training !!!
We are aware that the background, expertise and interest of everyone is very different. The diversity of techniques and approaches is almost as diverse as natural systems. So, our general goal this week is that everyone learns and make some progress in their understanding of biodiversity modeling.
Learn about and use different modeling techniques (statistical, differential equations, stochastic simulations)
Use climate change scenarios as input to biodiversity models
Use empirical data to perform biodiversity scenarios
Understand the limits and the uncertainty in biodiversity projections
Modeling is not only techniques, it's a state of mind and an approach to learn about a system
09h00 - 12h00 Lecture & exercises
12h00 - 13h00 Lunch
13h00 - 16h00 Lecture & exercises
16h00 - 18h00 Work on integrative project
19h00 - 20h00 Diner
20h00 > Finish the day's project
Provide a first pass estimate of extinction probabilities (species "commited to extinction") associated with climate change scenarios for 2050.
Method 1 : \(E_1 = 1 - (\sum A_{new}/\sum A_{original})^z\) (overal change in area)
Method 2 : \(E_2 = 1 - [(1/n)(\sum A_{new}/A_{original})^z]\) (average proportional change in area)
Method 3 : \(E_3 = (1/n) \sum (1-A_{new}/\sum A_{original})^z\) (specific change in area)


Enumerations
The following enumerations are available globally.
-
Undocumented
See moreDeclaration
Swift
public enum AccelMapSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum ClipboardSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum CssProviderSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum EditableSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum IconFactorySignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum IconInfoSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum IconThemeSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum ListStoreSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum PageSetupSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum PrintContextSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum PrintSettingsSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum PrintOperationPreviewSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum RcStyleSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum StylePropertiesSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum TextChildAnchorSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum TextTagTableSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum TooltipSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum TreeStoreSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum TreeModelSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum TreeSortableSignalName : String, SignalNameProtocol
-
Undocumented
See moreDeclaration
Swift
public enum WindowGroupSignalName : String, SignalNameProtocol


MOTS Finder
Find non-star-shaped MOTSs
Class Hierarchy
Go to the textual class hierarchy
Generated by
1.8.13


Brokers
Broker Id
IP Address
Port
Cluster Port
Admin Port
Destinations
Broker Id
Group Name
Destination Name


LightFish
MESSAGE
This e-mail was automatically generated by the
LightFish
. LightFish is an
open source
tool that was developed by Adam Bien, et al.


Spring Cloud Configuration - Part 2
In Part 1 we created git repository and config server. In this article we will create a pet-store application which is also a client for the configuration server, because pet-store will request application properties from config server.
Create Configuration Client
Go to start.spring.io to generate spring project with web, config-client and actuator as dependencies, see below image for reference.
Unzip and open the project in any IDE. We are going to configure pet-store app to load properties from config server so we no more need application.properties located at src/main/resources folder.
In-order for pet-store app to load properties from config server it needs config server connection details, because with out server machine name and port, pet-store can not connect to it. We can use bootstrap.properties to provide these details. Spring will load bootstrap.properties if it is available. bootstrap properties file should be used for only properties which are needed at application startup time, in our case we need server connection details so pet-store will use these details to connect and get properties from server at startup time.
Rename application.properties to bootstrap.properties and add below three properties in it.
File: bootstrap.properties
Above three properties are needed for config client to connect server.
<1> In a microservices environment multiple applications work together and this property will allow us to provide unique name for each application.
<2> Multiple instances of an application can exist like; dev, uat or prod so each of them are profiled with this property.
<3> Client will make HTTP call using this URL to get properties from config server.
Using all of the above properties client will construct the URL and it looks like this; http://localhost:8888/pet-store/dev this URL contains all of the above mentioned three properties; config url, application name and profile.
To verify if everything is working, we can create a REST end point which will return message property as response. Note that in Part 1 we added message property in pet-store-dev.properties. Config client will use above three properties to request properties from the server on startup and client gets message as part of the response from server.
Below is the REST controller which returns message;
Start pet-store application and in the browser open http://localhost:8080/message to get Hello! as response.
Update properties
In your local perform a small test; change message property in pet-store-dev.properties and save, then open http://localhost:8080/message it will not show updated property instead it returns old value. This is because changes to the property files are not automatically propagated to the clients. On the client side we need to manually trigger a refresh event which will request fresh copy again from the server and refreshes only the classes which are declared with @RefreshScope annotation.
In our case we update MessageController class to include @RefreshScope annotation so its message fields gets updated with new value.
Start pet-store application and open http://localhost:8080/message to see current value in the pet-store-dev.properties file. Lets update message in the properties file like below;
File: pet-store-dev.properties
We will not see updated message value on http://localhost:8080/message. To get updated value we need to manually trigger refresh event. To trigger this event we need to make a HTTP POST request to pet-store client on /actuator/refresh end-point. I used curl command to make this request;
This curl command will make a POST request, which will make client to again request the properties and these properties are only applied on the classes which are declared with @RefreshScope annotation.
Open http://localhost:8080/message to see Hello World!
Conclusion
In this post we created a client application which depends on the config server to get properties and also used @RefreshScope annotation to update properties.


Welcome to the FILMRecommender
Best is for you
About FilmRecommender
We will help you to choose the most suitable film for to watch. It will be done by:
watching films
rating them
pressing "Predict" button to get some recommendations
Users
Please enter you name to see recommendations
What Clients Say About Us
- "This service helped me a lot. Usually, it takes quite much time
to find the film to watch after the school."
-Jennie
- "Thank you very much. FILMRecommender is the best
service in the whole web."
-Tom
- "I have searched such recommendation service
for years. Finally, it is happened."
-Kevin
{% endblock %}
{% block tail_js %}
{% endblock %}
{% endblock %}
{% block styles %}
{{super()}}
{% endblock %}


"HAY "properly so called, was not in use among the Hebrews; straw was used instead. They cut the grass green as it was needed. The word rendered“hay” in Proverbs 27:25 means the first shoots of the grass. In Isaiah 15:6 the Revised Version has correctly “grass,” where the Authorized Version has “hay.”
"HAY "properly so called, was not in use among the Hebrews; straw was used instead. They cut the grass green as it was needed. The word rendered“hay” in Proverbs 27:25 means the first shoots of the grass. In Isaiah 15:6 the Revised Version has correctly “grass,” where the Authorized Version has “hay.”


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_The_Hurricane_ (R) *** 1/2 (out of ****)
The title of _The_Hurricane_ is not only the nickname of its main character, boxer Rubin Carter, but also an apt description of the work of Carter's portrayer, Denzel Washington. Forceful, dynamic, and wholly natural, Washington's performance ranks among the very best of his illustrious career--a turn so strong that it easily smooths over the rough patches in Norman Jewison's fact-based drama.
And there a few rough patches, especially in the early stages of the film. We get to know Carter by way of one Lesra Martin (Vicellous Reon Shannon), a young American in Canada, as he reads Carter's autobiography, _The_Sixteenth_Round_. The book details Carter's rise up the middleweight ranks through the moment where it was cut short in 1966, when he and another man were wrongly convicted of the fatal shootings of three people. Racism played a major part in the conviction, in particular that of one detective (Dan Hedaya) who had been out to nail Carter since his days as a criminally-inclined youth. The events as depicted in the film have some basis in fact, but the portrayal of this detective doesn't quite ring true, for he is made into such a simplistically shady character that he appears to have wandered in from an old silent melodrama (all he's missing is a twirly moustache). Similarly over-the-top initially is Shannon's portrayal of Lesra, who originally hails from a rough American neighborhood; Shannon lays on Lesra's straight-from-the-ghetto mannerisms a bit too thick at the start to adequately engage one's sympathies.
That changes once the meat of _The_Hurricane_'s story kicks into gear. Lesra is so deeply inspired by Carter's book that he begins a correspondence with the inmate, and Lesra convinces his Canadian guardians (played by Deborah Kara Unger, John Hannah, and Liev Schreiber) to help in a campaign to clear Carter's name and free him from prison. While the efforts to free The Hurricane is a major issue in the film, of even greater importance is the relationship between Carter and Lesra. Once paired with Washington, Shannon's awkwardness disappears, and the two successfully make their characters' friendship into a most involving and touching heart for the film.
That is but one example of how greatly Washington elevates _The_Hurricane_. Although the film gets off to an imperfect start, his charisma and rapport with the audience instantly commands the audience's attention and emotional investment. When the campaign to overturn Carter's conviction takes precedence (and as such do the three Canadians) the film threatens to become one of those "white people save the black man" films, but Washington's intense presence prevents that from happening. While the Canadians do the legwork, one never forgets that it is Carter who is in charge of his own destiny.
It's easy to compliment Washington's performance strictly on the basis of its force and focus (and how could one not, when his commitment to the role is physically manifested by his sculpted boxer's physique?), but what makes his work especially memorable are his more subdued moments. In addition to the warm scenes with Lesra, particularly noteworthy are the couple of scenes where Carter's internal struggles are spelled out by having Carter being torn between two other Carters--an angry one and a weak one. The device is a variation of the time-worn gimmick of having and an angel on one shoulder and a devil on another, but it is completely effective, for Washington is able to convincingly convey all facets of Carter's personality--a feat he also manages when just playing the singular Carter.
Washington's deft handling of the tri-Carter device is analagous to the relationship between the actor and all of _The_Hurricane_: while the whole undertaking is of a conventional mold, Washington is able to make it into something more. Granted, Jewison, with the aid of screenwriters Armyan Bernstein and Dan Gordon, do put enough pressure on the right emotional buttons themselves, and Carter's true story is indeed one gripping and inspiring enough that the film could have very well worked without Washington. However, one cannot imagine it working nearly as well with someone else in the lead. _The_Hurricane_ is not a piece of cinematic greatness, but on Washington's mighty shoulders, it often flirts with becoming one.
Michael Dequina<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>Mr. Brown's Movie Site: http://welcome.to/mrbrown CinemaReview Magazine: http://www.CinemaReview.com on ICQ: #25289934 | on AOL Instant Messenger: MrBrown23
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
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Related links: index of all rec.arts.movies.reviews reviews


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HTML- HyperText Markup Language
HTML is the main type of document on the web
Major pieces of the web are: myself, computer, internet,
and servers.
This Components of the Web video gives
a perfect quick overview.

When a person goes to a web page like www.udacity.com, their computer sends
a HTTP Request to a server. The server finds the appropriate HTML document
and sends it back to the user's computer where a web browser interprets
the page and displays it on the user's screen.
HTML documents are made of HTML elements. When writing in HTML,
we tell browsers the type of each element by using HTML tags.
This Intro to HTML Tags explains everything well.
HTML elements are either inline or block. Block elements form an
"invisible box" around the content inside them.
Why are computers stupid?


Marcy Rattner wrote this polls site using CodeIgniter 3.0.0 and AngularJS 1.3.15 for SENG365 at the University of Canterbury on June 5, 2015.
resolve
property would eliminate the
flicker but the user would see a blank page while waiting for the promised data
to resolve.I referred to the AngularJS, PHP, and CodeIgniter documentation a great deal, which have many usage examples that I copied. I also referred to the Mozilla Development Network's JavaScript documentation.
All of the styling is from Skeleton except for a few rules in
polls-custom.css
. Skeleton uses external font resources from
Google.
The site favicon is from favicon.cc.
A key decision was to use CodeIgniter 3.0.0 instead of 2.x, due to the vital
new feature of being able to specify HTTP methods in the application routes.
Therefore, all of the methods in the REST API are clearly laid out in
the application/config/routes.php
file.
I decided to output a 404 error only if the database is connected to the server and the requested resource does not exist. In the case of database failure, the server throws an exception, resulting in a 500 error coming back to the client. If a request to create a poll fails, the status code is 400 rather than 404, because the error was due to a malformed request rather than not being able to find a resource. If no polls exist in the database, a call to retrieve all polls will result in an empty list and no error.
The "input" and "output" CodeIgniter libraries allow the controller methods
to access HTTP request body data (via $this->input->raw_input_stream
)
and to set HTTP response codes, headers, and data. All data is sent and
received in JSON format.
I wrote a MY_Model
class to extend the core CI_Model
because of the shared load
and checkResult
methods.
Polls and votes are stored in the MySQL database using 3 tables: Polls, Options, and Votes. The database is prepopulated with some polls and votes.
When requesting the list of all polls, results are ordered by title. The options of a poll are always presented in the order of their answer number (array index).
Foreign key constraints in the database provide built-in error checking so that a user cannot submit a vote with a poll ID or answer that don't exist. A deletion of a Poll or Option record will cascade to its children, but an update of a Poll or Option when it has children is not allowed. This behaviour never comes into play when using the API, since there are no "update" actions in the API and when a poll is deleted, all of its corresponding votes and options are deleted as well. Only direct database queries will be affected by these constraints.
AngularJS views are located in the /partials
top-level directory
and the AngularJS app module (where front-end routes are defined) is in the
/scripts
top-level directory. The Angular controllers are split
into separate files in the /scripts/ctrl
directory so that it is
easier to distinguish between the behaviour of different app views.
I prefer to use .$inject
syntax over the array dependency syntax
that the lab code demonstrated. It is much easier to read, and doesn't break
when the JavaScript is minified.
I chose to use a .catch
instead of .error
handler
for some AJAX requests so that I could display the response's status message,
which is not available in the .error
callback.
I am very glad I decided to implement the back-end API using version 3.0.0 of CodeIgniter, since it introduced the feature of specifying HTTP methods in application routes. With this feature, implementation of the REST API was fairly straightforward using normal controller methods, without any extra processing code.
Building the back-end API was the portion of the assignment that felt the most valuable and rewarding to me. The principles that I learned are applicable to building a back-end in any server-side language. Building the front-end, on the other hand, was an exercise in frustration, and I don't believe it taught me anything besides the quirks and pitfalls peculiar to AngularJS.


29 March 2007
The Ministry of Health in China has reported a new fatal case of human infection with the H5N1 avian influenza virus. The case has been confirmed by the national laboratory.
The 16-year-male from Anhui province developed fever and pneumonia-like symptoms on 17 March and was hospitalized on 20 March. He died on 27 March.
There is no initial indication to suggest he had contact with sick birds prior to becoming unwell and investigations to identify the source of his exposure are ongoing. Close contacts have been placed under medical observation and all remain well.
Of the 24 cases confirmed to date in China, 15 have been fatal.


note: What is energy?
Almost no references in this chapter
Key words: work, energy
energy is hard to pin down.
Key words:
work is both physical and mental
if the notions could be combined this could be hot/cool/energetic
ditto work and causality
Key words: Bateson, Shannon, orthograde / contragrade, efficient cause, formal cause, microscopic /macroscopic
Key words: counter-current flow, general theory of work
There may be a limit to the amount of differences available in the cosmos!!! - p342
Key words: balance, morphodynamic work, patterns
Key words: living processes, teleodynamic work, intentionally willed action, natural selection
Key words:


%-- Created by IntelliJ IDEA. User: wal31 Date: 4/27/2018 Time: 8:07 PM To change this template use File | Settings | File Templates. --%> <%@ page contentType="text/html;charset=UTF-8" language="java" %>
Nuisance offers New Yorkers a way to help each other by reporting on obstacles we all want to avoid.
Whether it's noisy parties or bad restaurants which give you food viruses, New Yorkers already have enough things to worry about. Nuisance will help people to avoid such areas where threats to your welfare are present
This is done using NYC Open Data, Google Maps api and IBM Bluemix's Natural Language Classifier


{{partial "headerstart.html" .}} {{partial "headerend.html" .}}
{{.Title}}
See the repo on GitHub for more package details.
Get this package by running:
rkt fetch {{.Site.Params.aci.prefix_match}}/aci/{{.Title}}:{{partial "latestVersion.txt" .Title}}
{{.name}}
(released {{.published_at}})


Protocols
The following protocols are available globally.
-
See moreRSDStepTextFieldCellLayoutConstants
defines the layout constants used by aRSDStepTextFieldCell
.Declaration
Swift
public protocol RSDStepTextFieldCellLayoutConstants
-
See moreRSDLoadingViewControllerProtocol
is a convenience protocol to allow UIViewControllers that do not inherit from the same subclass to show and hide a loading indicator.Declaration
Swift
public protocol RSDLoadingViewControllerProtocol
-
See moreRSDPickerViewProtocol
is a protocol for an input view that can be used to pick an answer.Declaration
Swift
public protocol RSDPickerViewProtocol : class, NSObjectProtocol
-
See moreRSDPickerObserver
is an observer of changes to the picker.Declaration
Swift
public protocol RSDPickerObserver : class, NSObjectProtocol
-
See moreRSDTableStepLayoutConstants
defines the layout constants used by theRSDTableStepViewController
.Declaration
Swift
public protocol RSDTableStepLayoutConstants
-
Constants used by the navigation view header to set up standard constraints.
See moreDeclaration
Swift
public protocol RSDNavigationHeaderLayoutConstants
-
Constants used by the navigation view footer to set up standard constraints.
See moreDeclaration
Swift
public protocol RSDNavigationFooterLayoutConstants
-
See moreRSDOptionalStepViewControllerDelegate
is a delegate protocol defined as@objc
to allow the methods to be optionally implemented. As such, these methods cannot take Swift protocols as their paramenters.Declaration
Swift
public protocol RSDOptionalStepViewControllerDelegate : class, NSObjectProtocol
-
RSDStepViewControllerDelegate
is an extension of theRSDUIActionHandler
protocol that also implements optional methods defined byRSDOptionalStepViewControllerDelegate
.Declaration
Swift
public protocol RSDStepViewControllerDelegate : RSDOptionalStepViewControllerDelegate, RSDUIActionHandler
-
Protocol to allow setting the step view controller delegate on a view controller that may not inherit directly from UIViewController.
See moreNote
Any implementation should call the delegate methods during view appearance transitions.Declaration
Swift
public protocol RSDStepViewControllerProtocol : RSDStepController
-
See moreRSDPageViewControllerProtocol
allows replacing theUIPageViewController
in the base class with a different view controller implementation. It is assumed that the implementation is for a view controller appropriate to the current device.Declaration
Swift
public protocol RSDPageViewControllerProtocol
-
See moreRSDOptionalTaskViewControllerDelegate
is a delegate protocol defined as@objc
to allow the methods to be optionally implemented. As such, these methods cannot take Swift protocols as their paramenters.Declaration
Swift
public protocol RSDOptionalTaskViewControllerDelegate : class, NSObjectProtocol
-
RSDTaskViewControllerDelegate
is an extension of theRSDTaskControllerDelegate
protocol that also implements optional methods defined byRSDOptionalTaskViewControllerDelegate
.Declaration
Swift
public protocol RSDTaskViewControllerDelegate : RSDOptionalTaskViewControllerDelegate, RSDTaskControllerDelegate
-
Optional protocol that can be used to get the step view controller from the step rather than from the task view controller or delegate.
See moreDeclaration
Swift
public protocol RSDStepViewControllerVendor : RSDUIStep
-
See moreRSDSoundPlayer
is a protocol for playing sounds intended to give the user UI feedback during the running of a task.Declaration
Swift
public protocol RSDSoundPlayer
-
See moreRSDVoiceBox
is used byRSDStepViewController
tospeak
text strings.Declaration
Swift
public protocol RSDVoiceBox
-
Utility for presenting alerts
See moreDeclaration
Swift
public protocol RSDAlertPresenter: NSObjectProtocol


Preparation time
overnight
Cooking time
10 to 30 mins
Serves
Serves 6
Dietary
Save room for a seasonal finale, try Valentine Warner's summer pudding recipe.
Bring half of the fruit and all of the sugar, lemon juice, wine and water to a simmer in a pan. Continue to simmer for 4-5 minutes, stirring regularly, until the berries have softened and the sugar has dissolved.
Transfer the cooked fruit to a sieve using a slotted spoon and strain any liquid back into the pan. Set the drained fruit aside.
Bring the fruit juice mixture to the boil and cook for 20-25 minutes, or until the volume of liquid has reduced to a syrup.
Strain the syrup mixture into a clean pan, reserving 200ml/7fl oz of the strained syrup in a separate bowl.
Return the cooked fruit to the pan containing the fruit syrup. Set aside to cool.
When the syrup and cooked fruit are completely cool, add the remaining (uncooked) fruit and stir well to combine.
Line a 1.8 litre/3 pint pudding basin with 2 large sheets of clingfilm (the edges of the clingfilm should hang over the top of the basin so that they can be used to cover the base of the pudding).
Cut 10 of the bread slices into two equal-sized rectangles. Thoroughly paint one side of each bread rectangle with the reserved 200ml/7fl oz of fruit syrup.
Using the open end of the pudding basin as a template, cut a disc from one of the remaining whole slices of bread and paint one side of it with the fruit syrup.
Using the base of the pudding basin as a template, cut a disc from the remaining whole slice of bread and paint one side of it with the fruit syrup. (Reserve any remaining fruit syrup.)
Put the small bread disc, painted-side down, into the base of the pudding basin. Arrange the bread rectangles, painted-sides down, around the insides of the basin, overlapping the slices slightly where they join.
Fill the pudding basin with the mixed fruit and top with the remaining large bread disc.
Draw the excess cling film layers over the base of the pudding until it is completely sealed. Place a small plate on top of the pudding basin and weigh down with a heavy weight.
Chill the summer pudding in the fridge overnight.
To serve, unwrap the clingfilm from the base of the summer pudding. Invert the summer pudding onto a serving plate and remove the remaining cling film. Cut the summer pudding into wedges and serve with cream (if using) and any remaining fruit syrup.


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Ribbon - application menu |
Application menu button is a big round button placed in the
top-left corner of the ribbon frame. The
Depending on custom support in current look-and-feel, the application menu button may be partially hosted in the decorated titled pane. This functionality is presently supported by A03 and Substance look-and-feels. The screenshot below shows an expanded two-level application menu under Blue Ice skin of Synthetica look-and-feel: |
|
|
|
|
Ribbon - application title bar |
Application title bar hosts two types of content - taskbar components
added by the
The application title bar is shown to the right of the application menu button, directly above the ribbon task toggle buttons. The screenshot below shows the application title bar hosting the ribbon taskbar under Metal look-and-feel: |
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Ribbon - resize policies |
The resize policy defines a single visual state of the given ribbon band. For every control in the specific ribbon band (command button, gallery etc), the resize policy defines what is its display state. The resize sequencing policy defines which ribbon band will be chosen next when the ribbon is shrinked / expanded. The base interface for the resize policies is defined in the
The base interface for the resize sequencing policies is defined
in the
The screenshot below shows the progressive collapse of different
ribbon bands under the core |
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Ribbon - scrolling shrinked content |
When you start to shrink the ribbon frame horizontally, at a certain point the content needs to be either shrinked or scrolled, depending on the minimum size of the corresponding ribbon components and the overall content of the frame. The screenshot below shows three first stages of the ribbon component at progressively smaller widths: The second step shows that the contextual task group header (in the title pane) does not overflow into the bounds of the min / max / close buttons. The third step shows what happens when there is not enough width to show the preferred content of all the task toggle buttons - they begin to shrink (note the last letters that are cut off on some of the buttons), and the area shows horizontal dividers between the buttons. At a certain point, there is not enough space to show all the task toggle buttons under the minimum width (that is still able to show the first few letters). At this point, the area that hosts the task toggle buttons becomes a scrollable panel: Finally, at some point there is not enough space to show the ribbon bands under the most restrictive resize policy. At that point, the area that hosts the ribbon bands becomes a scrollable panel as well: |
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Ribbon - rich tooltips |
The
The following APIs can be used to set rich tooltips:
When a command button is part of a ribbon band, its rich tooltips
will be shown below the ribbon. Here is a rich
tooltip of action area of the The left horizontal alignment makes sure that the tooltip is clearly associated with the command button (since there is a considerable vertical space between them). The same command button has a different rich tooltip for the popup area: You can associate a rich tooltip with the application menu button: Command buttons in the application task bar show the rich tooltip directly below: |
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Ribbon - key tips |
Key tips allow operating the ribbon with keyboard. Unlike the traditional menus-and-toolbars system, every command and control in ribbon can have associated key tip. This allows efficient access and activation of application menu items, task toggle buttons, task bar buttons, task expand buttons and other ribbon sub-components. The key tip mode is initiated with either Alt or F10 key. Key tips are shown in groups. A key tip group is associated with the specific ribbon entity. When the key tip mode is initiated, the key tip group for the entire ribbon is displayed. It contains key tips for the application menu button, taskbar components and task toggle buttons: Pressing the letter for taksbar button activates that button. Key tips for disabled buttons are painted with partial translucency. Pressing the letter for task toggle button selects the matching ribbon task. Pressing the letter for the application menu button shows the application menu. Once the next key tip group is shown, the previously shown key tip group is hidden. Pressing Esc dismisses the currently shown key tip group and shows the previous key tip group. When the initial key tip group is dismissed, the key tip mode is exited. In the screenshot above, pressing key ‘P‘ shows the key tip group for the first (and currently selected) ribbon task: The key tips are shown for ribbon buttons, task expand buttons
(look for ‘FO‘ and ‘FN‘),
ribbon gallery expand buttons (look for ‘L‘)
and buttons in button strips (in the Key tips are also shown in popup menus and for menu buttons in rich popup panels (see below): Here, in order to activate the
The sequence to activate a specific command can be quite long. As such, commands that are used often need to be identified and associated with shorter (and perhaps more memorable) sequences. The APIs to associate key tips with different ribbon components are:
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Ribbon - minimized mode |
There are three ways to minimize and un-minimize the ribbon:
Here is a screenshot of a ribbon when it is not minimized: When the ribbon is minimized in one of the three ways mentioned above, only the task bar and the task toggle button bar are shown. The ribbon bands of the currently selected ribbon task are hidden. Note how the main content of the frame (delineated with the Word-style ruler bands) gets expanded to occupy the area of the ribbon bands: When a task toggle button is single-clicked, the ribbon bands of the clicked task are shown in a popup overlay without shifting the main content area down: The ribbon tasks in the popup overlay have the same cascading popup
support as the usual (non-minimized) ribbon tasks. Here is a extended
popup menu of a |
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Ribbon - visual groups in ribbon bands |
Groups in ribbon bands allow fine-tuning the layout of larger
ribbon bands, grouping associated controls while still not
breaking the groups across multiple ribbon bands. Ribbon
band groups are separated with vertical separators and
are started with the
Here is a screenshot of another ribbon band, with two groups as well: And here is a screenshot of a ribbon band with three groups: |
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Ribbon - flow ribbon bands |
The Here is a screenshot of a flow ribbon band with enough horizontal space to host all the controls in two rows: When the ribbon is resized, the content of this band will be placed in three rows as necessary: Key tip placement on the flow ribbon band content is aligned with key tip placement of the command buttons on regular ribbon bands. Here is a screenshot of flow ribbon band keytips with two rows: The keytips for both the top row and the bottom row are aligned,
resulting in a consistent UI appearance. As a side note, to
associate a keytip with a core Swing component, wrap it
with And here is a screenshot of the same flow ribbon band with three rows: |
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Ribbon - hosting core Swing components |
Core Swing components can be placed into regular
You can also associate an icon and a caption with the core Swing
component that you want to add to the ribbon band. For this, use the
In this screenshot, the first ribbon band hosts three
Using the The For wrappers that show icons and captions, the keytips are shown between the icon and the caption, vertically aligned with the other keytips shown on the ribbon: Pressing the key sequence that leads to the specific core component will activate the relevant action. Buttons will be activated (including toggling the selection on toggle buttons, radio buttons and check boxes), comboboxes will show the popup, and other controls will acquire focus. The Here, the mouse is hovering over the |
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Ribbon - rich popup panels |
The The screenshot below shows a rich popup panel
associated with the Internally, this class is used to show popup menus of
ribbon galleries. After adding a ribbon gallery with the
The next screenshot shows an unexpanded ribbon gallery: And here is the popup menu of this gallery its expand button is activated: |
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Ribbon - help button |
The The screenshot below shows the ribbon help button with custom icon: |
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Ribbon - A03 plugin |
The A03 Flamingo plugin
provides fine-tuned visuals to some of ribbon's components. It also allows A03-powered
The screenshot below shows ribbon with two contextual task groups under A03. Note that the application menu button, taskbar panel and contextual task group headers are hosted on the decorated title pane: The screenshot below shows ribbon with activated application menu: |
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Ribbon - high fidelity Substance skins |
Release 5.1 of core Substance look-and-feel and the matching release 5.1 of Substance Flamingo plugin provide high-fidelity implementation of Office Blue and Office Silver skins for the ribbon component. The screenshot below shows a sample ribbon under the new Substance Office Blue skin: The screenshot below shows a sample ribbon under the new Substance Office Silver skin: |
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General - command button strip visuals |
Visuals of command buttons and command button strips have been polished. This is especially visible under look-and-feels that have non-zero padding around them (such as Nimbus). Here is how a sample command button strip looked under the Windows look-and-feel on Vista: and this is how it looks now: This is the same command buttons strip under Nimbus before: and now: Applications that wish to use the "segmented" appearance for command
buttons outside the command button strips (akin to the
" |
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General - command button gap scaling |
The By default, buttons in horizontal command button strips use
The following screenshot illustrates the horizontal and vertical gap scale factors on two different command button strips under Nimbus look-and-feel: The top three rows have the same vertical gap scaling, but the horizontal gap scaling is different. The bottom three rows have the same horizontal gap scaling, but the vertical gap scaling is different. The gap scaling is supported on vertical command button strips as well: |


1. Got blocked on a simple problem
What was the problem?
I got stuck on creating a variable, and was stuck on what the first question or the instruction was asking. literally creating a variable. Terms between the "object Literal" and "object constructor"
What problem solving techniques did you use?
I just asked a peer what the instruction was really about had start on solving the problem.
How did you feel throughout the process?
Not really comfortable...being out of the comfort zone was really had for me this week I had a lot of troublee, even trying to focus on the problem I have, I got distracted by binge watching on this out side the coding topic.
What did you learn?
function Person(first, last, age, eyecolor) {
this.firstName = first;
this.lastName = last;
this.age = age;
this.eyeColor = eyecolor;
this.name = function() {return this.firstName + " " + this.lastName;};
}
2. Solved a problem in an elegant way.
I mostly had to refer to MDN - Mozilladeveloper.mozilla.org for terms used.
What was the problem?
Person.nationality = "English";
What problem solving techniques did you use?
Again, going back to the study note and make the apply the same concept.
How did you feel throughout the process?
Awful.