Normal people try to get the best quatifiable bang for their buck. Normal people that are willing to slam down $1400 in hard earned cash for a new MacBook Air no doubt end up getting the 13”.  You would have to be out of your mind. Wouldn’t you?
Come on, the 13 has a better, bigger screen. It has a faster processor no matter how you slice it. It has a better, longer lasting battery. It has the same 4Gig of memory for the same dinero. Let’s see - better - better - better. I’ll take the less better one please. Yep, I maxed out everything on the 11.6 incher and it priced out pretty much the same as a better spec’d 13.3.
You might say WTF - right. Maybe you are facing the same set of decisions and your highly trained auto reaction is to hit the buy button on the one that is “better. Here is some food for thought for you:
Both 11.6 and 13.3 are too too small to do “big screen” kind of work on where you need a ton of info blasted at you at the same time. This is the realm of 15”HD minium (if you like to squint to see the tiny stuff). I got that in my top of the line 15” MBP. Okay so you don’t have one of those like me. And you also don’t have a MacPro w/ 2x27” Cinemas like me. Great - get a 27” with a wireless keyboard and mouse for “big” work. Both of the MBA’s will drive it fine.
Back on point - I am going to write and code on this thing while I am actually portable. I mean really portable. Make mine the small. When I write and/or code, activities that suck down a lot of my time, I live in Terminal.app or full screen wordprocessor of the day (Pages, WriteRoom, Scrivener, etc.) These apps look great fullscreen on either MacBook Air.
For my real work pattern of work - close lid - think - open - type - close lid. The 11.6 batter will go all day. That’s good enough for me.
1.6Ghz C2D vs 1.83Ghz - for writing/codeing heck even compiling - as we all know unless you are rebuilding all of GNU over and over - anything you can buy (except and Atom) is too too fast to even catch a smoke and think before the build is done.
My MacBook Air intent is small and focused. I want the smallest and mosted focused device. So why did I max it out. Ummmm now that I think about it, maybe I shouldn’t have. Ahh what the heck - 128G is not that much storage - I do like my HD. And you just gotta have 4G so you can fire up a couple of server images using Vagrant to test on, etc. Oh and I gotta run Aperture in a pinch without out growing old.
Good luck with your decisions - I waffled on this since the annoucement and finally did the deed today.
RB :wq


Coming Soon!
Our mission statement is important to us, and we're currently in the process of writing it up, alongside other various internal documents which ensure we stick to this mission.


| 1 |
The New England Journal of Medicine |
A novel coronavirus from patients with pneumonia in China, 2019 |
January 24, 2020 |
NHC Key Laboratory of Biosafety, China, and National Institute for Viral Disease Control, Chinese Center for Disease Control and Prevention, Beijing, China
b
|
| 2 |
Lancet |
Clinical features of patients infected with 2019 novel coronavirus in Wuhan, China |
January 24, 2020 |
Department of Pulmonary and Critical Care Medicine, China-Japan Friendship Hospital, Beijing, China; NHC Key Laboratory of Systems Biology of Pathogens and Christophe Merieux Laboratory, Institute of Pathogen Biology, Chinese Academy of Medical Sciences and Peking Union Medical College, Beijing, China
b
|
| 3 |
The New England Journal of Medicine |
Early transmission dynamics in Wuhan, China, of novel coronavirus-infected pneumonia |
January 29, 2020 |
Chinese Center for Disease Control and Prevention, Beijing, China; School of Public Health, University of Hong Kong, Hong Kong; Hubei Center for Disease Control and Prevention, Wuhan, Hubei, China
b
|
| 5 |
Journal of Virology |
Receptor recognition by novel coronavirus from Wuhan: An analysis based on decade-long structural studies of SARS |
January 29, 2020 |
Department of Epidemiology, University of North Carolina, Chapel Hill, NC, USA |
| 6 |
Lancet |
Epidemiological and clinical characteristics of 99 cases of 2019 novel coronavirus pneumonia in Wuhan, China: a descriptive study |
January 30, 2020 |
Tuberculosis and Respiratory Department, Wuhan Jinyintan Hospital, Wuhan, China |
| 7 |
The New England Journal of Medicine |
First case of 2019 novel coronavirus in the United States |
January 31, 2020 |
The Washington State Department of Health Public Health Laboratories, WA, USA
b
|
| 8 |
Lancet |
Genomic characterisation and epidemiology of 2019 novel coronavirus: implications for virus origins and receptor binding |
January 30, 2020 |
NHC Key Laboratory of Biosafety, National Institute for Viral Disease Control and Prevention, Chinese Center for Disease Control and Prevention, Beijing, China, Central Theater, People’s Liberation Army General Hospital, Wuhan, China, Center for Biosafety Mega-Science, Chinese Academy of Sciences, Beijing, China
b
|
| 9 |
Lancet |
Nowcasting and forecasting the potential domestic and international spread of the 2019-nCoV outbreak originating in Wuhan, China: a modelling study |
January 31, 2020 |
School of Public Health, Li Ka Shing Faculty of Medicine, University of Hong Kong, Hong Kong, China
b
|
| 10 |
Nature |
A new coronavirus associated with human respiratory disease in China |
February 3, 2020 |
Shanghai Public Health Clinical Center & School of Public Health, Fudan University, Shanghai, China
b
|
| 11 |
Nature |
A pneumonia outbreak associated with a new coronavirus of probable bat origin |
February 3, 2020 |
Key Laboratory of Special Pathogens, Wuhan Institute of Virology, Center for Biosafety Mega-Science, Chinese Academy of Sciences, Wuhan, China
b
|
| 12 |
Lancet |
Baricitinib as potential treatment for 2019-nCoV acute respiratory disease |
February 4, 2020 |
BenevolentAI, London, UK and Department of Surgery and Cancer, Imperial College London, UK |
| 13 |
Cell Research |
Remdesivir and chloroquine effectively inhibit the recently emerged novel coronavirus (2019-nCoV) in vitro |
February 4, 2020 |
State Key Laboratory of Virology, Wuhan Institute of Virology, Center for Biosafety Mega-Science, Chinese Academy of Sciences, Wuhan, China, and National Engineering Research Center for the Emergency Drug, Beijing Institute of Pharmacology and Toxicology, Beijing, China
b
|
| 14 |
Emerging Microbes & Infections |
RNA based mNGS approach identifies a novel human coronavirus from two individual pneumonia cases in 2019 Wuhan outbreak |
February 5, 2020 |
State Key Laboratory of Virology, Modern Virology Research Center, College of Life Sciences, Wuhan University, Wuhan, China
b
|
| 15 |
The Journal of the American Medical Association |
Clinical characteristics of 138 hospitalized patients with 2019 novel coronavirus-infected pneumonia in Wuhan, China |
February 7, 2020 |
Department of Critical Care Medicine, Zhongnan Hospital of Wuhan University, Wuhan, Hubei, China |
| 16 |
Cell Host & Microbe |
Genome composition and divergence of the novel coronavirus (2019-nCoV) originating in China |
February 7, 2020 |
National Institute for Viral Disease Control and Prevention, China CDC, Beijing, China; Department of Microbiology, Immunology and Molecular Genetics, University of California, Los Angeles, USA; Center for Systems Medicine, Institute of Basic Medical Sciences & Peking Union Medical College, Beijing, China
b
|
| 17 |
Cellular & Molecular Immunology |
Fusion mechanism of 2019-nCoV and fusion inhibitors targeting HR1 domain in spike protein |
February 11, 2020 |
Key Laboratory of Medical Molecular Virology, School of Basic Medical Sciences, Fudan-Jinbo Joint Research Center, Fudan University, Shanghai, China |


A general linear parameter modulator
The EnvelopeActor stores a linear breakpoint envelope and a list of parameter update messages which
are sent out sequentially. The messages effectively take the form:
SetParamX hActor newVal1 modTime1
SetParamX hActor newVal2 modTime2
...
SetParamX hActor newValN modTimeN
so that at each stage M, parameter ParamX of hActor is smoothly modulated to
newValM, over modTimeM seconds. The graph of (time, value) pairs implied by
this list comprises the "envelope". The (time, value) points are called "Breakpoints".
An EnvelopeActor can store only one envelope but many simultaneous message lists. In this manner,
the same envelope can synchronously modulate many parameters. Each message list is stored with its
own scale and offset to allow the parameters to each be modified over a separate range.
Internally, the time values for Breakpoints are stored by the actor relative to the time that
they were sent to the actor. The EnvelopeActor sends the parameter update messages whenever it
detects that the passage of time has brought it to (or past) a breakpoint. Thus, it does not send
instantaneous parameter values with each update message. Rather, it sends each message once per
envelope segment.
The EnvelopeActor keeps a flag that it uses to determine whether to delete its message recipients
when it reaches the end of its envelope. This flag is only checked when the end of the envelope is
reached, and all recipients are treated the same. They cannot be selectively deleted.
To use the linear parameter modulator, load env.so and create an actor of type EnvelopeActor.
EnvelopeActor messages
In addition to the messages understood by all actors, the EnvelopeActor understands the following messages:
- AddMessage hActor scale offset message
- Add message to the list of parameter updates to be sent at breakpoint boundaries. If scale and offset are specified, store them with the message, and use them to compute the parameter updates as
newVal = (scale * breakpointVal) + offset
Scale and offset must be specified together or not at all. If not specified, the scale is assumed to be 1.0 and the offset 0.0.
- DeleteReceivers hActor bool
- Set the flag indicating that message recipients should be deleted at the end of the envelope to bool. If bool is not specified, assume 1.0 (true).
- Loop hActor bool
- Set the flag indicating that the envelope should automatically rewind itself when it reaches the end of its last segment to bool. If bool is not specified, assume 1.0 (true).
- Rewind hActor
- Set the envelope's index back to the beginning of the first segment of the envelope.
- SendBreakpoints hActor [ t0 v0 t1 v1 ... ]
- Send a new breakpoint envelope as (time, val) pairs. If an odd number of array values are specified, the envelope is not set and an error is reported. Times are specified as offsets in seconds from the time the message is received. If t0 is not 0.0, a segment of length t0 is created to modulate to v0. If t0 is 0.0, a segment of length 0.0 is used (i.e the value is set immediately to v0). If the EnvelopeActor encounters a segment of negative length, that segment is ignored. Bogus segments are not detected when SendBreakpoints is received.
- SendSegments hActor [ v0 t1 v1 t2 v2 ... ]
- Send a new breakpoint envelope as a sequence of alternating breakpoint amplitudes and modulation times. The first and last array items must be envelope breakpoint amplitudes. If an even number of array values are specified, the envelope is not set and an error is reported. Times are specified as offsets in seconds from the time the message is received. If t0 is not 0.0, a segment of length t0 is created to modulate to v0. If t0 is 0.0, a segment of length 0.0 is used (i.e the value is set immediately to v0). If the EnvelopeActor encounters a segment of negative length, that segment is ignored. Bogus segments are not detected when SendSegments is received.


This proposal adds a new mechanism for declaring non-virtual private class methods and static private class methods outside of the class definition.
This proposal is a core language extension. It does not require any new keywords. It proposes one additional syntax by reusing an existing keyword in a manner congruent with the keyword's original purpose. The new feature does not break any legacy code. Some expressions which used to be a compilation error are now valid C++.
Good class design follows the principle of encapsulation. The game of encapsulation is the game of hiding as many details as possible, exposing only the minimum of details required for the users to use the interface. By minimizing the exposed information, we reduce the complexity of our interface, making it easier to understand and use. We also give ourselves much more freedom and flexibility with implementation. Any class details not present in the interface can be changed without affecting the users of the interface.
We will perform an analysis of encapsulation provided by the C++ class mechanism. In C++, a system interface can take the form of a class definition. This class definition is normally written in a header file, in order to allow its use in multiple translation units. In order to maximize encapsulation, we must minimize the number of class details in the interface to the bare minimum required by the users of the class.
The following table lists all of the aspects that make up a class. It lists whether or not they are required to be in the class definition. The next 2 columns describe how each aspect is used by the programmer using the class directly and the child class inheriting from it. The last column describes when the compiler needs the aspect to be visible in order to implement the language.
| # | Aspect | Required in class definition? | User | Inheritor | Compiler |
|---|---|---|---|---|---|
| 1 | Public data member definitions | Y | use | use | sizeof(), method definitions |
| 2 | Protected data member definitions | Y | use | sizeof(), method definitions | |
| 3 | Private data member definitions | Y | sizeof(), method definitions | ||
| 4 | Public virtual method declarations | Y | call | override, call | vtable |
| 5 | Protected virtual method declarations | Y | override, call | vtable | |
| 6 | Private virtual method declarations | Y | override | vtable | |
| 7 | Public non-virtual method declarations | Y | call | call | only at call site |
| 8 | Protected non-virtual method declarations | Y | call | only at call site | |
| 9 | Private non-virtual method declarations | Y | only at call site | ||
| 10 | Public static method declarations | Y | call | call | only at call site |
| 11 | Protected static method declarations | Y | call | only at call site | |
| 12 | Private static method declarations | Y | only at call site | ||
| 13 | friend declarations | Y | only at friend definition | ||
| 14 | All member function definitions | N | only for inlining |
Let us examine this table and try to deconstruct which aspects required in the class definition are actually part of the class interface and which are implementation details. First, the public and protected aspects must be a part of the interface because they are directly exposed to class user and the child class who inherits. Private virtual methods are also part of the interface to the child class because the child class may choose to override them.
Now we are left with the following:
Private data members are not technically part of the interface as they cannot be accessed by users or child classes. Here we run into practical considerations. The compiler needs to know the size of the entire object in order to create instances of it. The size cannot be computed without seeing all of the data members, regardless of access control. Developers who wish to increase encapsulation by hiding the private data members can use the PIMPL idiom at the expense of run time efficiency.
Friend declarations also are not technically part of the interface. However, allowing friend declarations to be declared anywhere would make it very easy for users to abuse friends in order to break access control. This proposal does not address any aspects of the friend feature and we will not speak of it again.
The leaves us with the non-virtual private methods and static private methods. The direct users and child classes cannot call private methods so they do not need to see their signatures, much much less know of their existence. The compiler also does not need to aware of the private methods signatures until they are called. On all major platforms, changing the non-virtual private methods (which are not called by inline functions) does not affect the ABI of the class itself [KDEABI].
We conclude that non-virtual private method and private static member function declarations are not a part of the class interface and thus should not be required in the class definition.
High level discussions about encapsulation aside, there are some very real practical problems that arise from requiring private method declarations in the class definition.
static
and anonymous namespaces) cannot be
used in private method signatures, even if those private methods
are only called within one translation unit. This artificially
restricts the programmer from passing and returning intrnally linked
symbols to and from their private methods. Internal linkage is
another good technique for reducing the set of symbols exported by
a binary and can also enable compiler optimizations.We propose that private non-virtual methods and private static methods should be able to be declared outside of the class definition. Not only does this change not break encapsulation, it actually improves encapsulation because unessessary implementation details are being removed from the interface. Unlike PIMPL or other related encapsulation techniques, this new feature has no run time overhead. We believe the implementation of this feature could also be another step towards modules in C++.
As a side note, some programming languages provide a mixin feature which allows programmers to reopen a class and extend its interface arbitrarily. We are not proposing or even endorsing any form of mixin here. Adding, removing, or changing private methods does not change the interface of the class.
The basic idea behind this proposal is simple. Just allow the programmer to declare additional class non-virtual private methods and static private methods which are not present in the class definition. We call these additional class methods private extension methods (PEM) and private static extension member functions (PSEMF).
In order to declare a PEM, we simply declare
a new class member function outside of the class definition
and prefix it with the private
keyword:
foo.hh
class Foo {
public:
int pubf(); //<-public member function
private:
int _i;
int _privf(); //<-private member function
};
foo.cc
//Private extension method _priv_extf()
private void Foo::_priv_extf() {
_i++;
}
//Definition of pubf(). Calls our extension method.
int Foo::pubf() {
_priv_extf();
return _privf();
}
//Definition of _privf()
int Foo::_privf() {
return _i * 2;
}
We can also declare PEMs in header files. This allows us to separate the class implementation into multiple source files and share PEMs between them. The next example shows the possibilities.
foo.hh (public header file, exposed to library users)
class Foo {
public:
int pub1();
int pub2();
int pubx();
int puby();
private:
int _x;
int _y;
int _priv1();
};
//Declare a PEM in the class header file.
//In this case, the effect is the same as declaring it within the class
//definition. Using an extension method here instead of declaring in the
//class definition is merely a stylistic choice.
private int Foo::_priv2();
//pub2() is inlined and calls _priv1() and _priv2(), so we need to see
//both of them at this point. This can be accomplished by including them
//within the class definition or declaring an extension method as shown
//by the examples of _priv1() and _priv2().
inline int Foo::pub2() { return _priv1() + _priv2(); }
foo_impl.hh (private header file)
//Here our private header file defines more extension methods
private int Foo::_priv3();
inline private int Foo::_priv4() { return _priv3() + 42; }
foo_x.cc (private implementation file)
//Another PEM defined only in this translation unit.
//We should probably give this method internal linkage (see below).
private int Foo::_transform_x() {
return _x * x + 50;
}
//implementation of pubx()
int Foo::pubx() {
return _transform_x() * _priv4();
}
foo_y.cc (private implementation file)
//implementation of puby()
int Foo::puby() {
return _y + _priv4();
}
We can also declare additional private constructors:
class Foo {
public:
Foo();
};
//PEM constructor
private Foo::Foo(int i, int j) : _i(i), _j(j) {}
//Public constructor delegates to the private extension constructor
Foo::Foo() : Foo(0, 0) {}
Note that we cannot declare private extension default constructors, copy constructors, copy assignment, move constructor, move assignment, or destructors. All of the following are errors:
class Foo {};
private Foo::Foo(); //Error: Cannot declare a PEM default constructor!
private Foo::Foo(const Foo&); //Error: Cannot declare a PEM copy constructor!
private Foo& Foo::operator=(const Foo&); //Error: Cannot declare a PEM copy assignment operator!
private Foo::Foo(Foo&&); //Error: Cannot declare a PEM move constructor!
private Foo& Foo::operator=(Foo&&); //Error: Cannot declare a PEM move assignment operator!
private Foo::~Foo(); //Error: Cannot declare a PEM destructor!
Any class method which has been declared but not found in the class definition
requires the private
keyword, otherwise a compiler error will ensue.
Likewise any method definition which has been previously
declared in the class definition must not be prefixed by the private
keyword.
For this reason, all class method declarations will require the class definition
to been previously seen.
The following are compilation errors:
private void Foo::_p1(); //<-Error: class definition not visible here!
class Foo {
void _p2();
};
void Foo::_p3(); //<-Error: PEMs must use the private keyword!
private void Foo::_p2() {} //<-Error: member function definitions cannot use the private keyword!
As was discussed earlier, static private member functions are also
implementation details and do not belong in the class definition.
We can define static private extension member functions by adding the static
keyword after the private
keyword:
class Foo {
public:
static int sf();
};
private void Foo::_f1(); //<-PEM
private static int Foo::_f2() { return 42; } //<-PSEMF
int Foo::sf() { return _f2(); }
The static
keyword must appear after private
. The reason will be shown in the next section.
Most private extension methods are likely to be used only within one translation unit (TU). Symbols used within only one TU can be given internal linkage. This reduces the number of symbols in the entire application and allows more aggressive optimizations. For example, the compiler can inline all calls and completely remove the function body from the compiled binary.
We would like to enable internal linkage for PEMs. This is also
enabled by the static
keyword, in the same manner as other symbols. To give
internal linkage to a PEM, we include the static
keyword
before the private
keyword.
class Foo {
};
private void Foo::_f1(); //<-PEM
private static void Foo::_f2(); //<-PEM with internal linkage
static private void Foo::_f3(); //<-PSEMF
static private static void Foo::_f4(); //<-PSEMF with internal linkage
The other method used in C++ to enable internal linkage is the use of anonymous name spaces. The anonymous namespace presents something of a conundrum for PEMs. Class methods always exist in the same namespace as the class itself. Declaring a PEM within an anonymous namespace would seem to be defining a method of a class within a different namespace as that of the class itself. We are opting to allow this feature, but are willing to forego it should the committee decide against it. We already have the static keyword for internal linkage so it would not be a huge loss if anonymous namespaces were not supported.
class Foo {
};
namespace {
private int Foo::_f1()
};
We will require that the anonymous namespace is a member of the namespace of the class.
namespace A {
class X {};
}
namespace A {
namespace {
private X::_a(); //<-Ok, PEM for A::X.
}
namespace B {
namespace {
private X::_b(); //Error: Tried to declare a PEM for non-existent class A::B::X.
}
}
}
namespace C {
private X::_c(); //Error: Tried to declare a PEM for non-existent class C::X
}
private X::_d(); //Error: Tried to declare a PEM for non-existent class ::X
An ambiguity can result if the same name is used in the parent namespace and anonymous namespace. This can be resolved using a full qualification.
namespace A {
class X {};
namespace {
class X {};
private X::_a(); //Declares a PEM for X within the anonymous namespace, with internal linkage.
private A::X::_a(); //Declares a PEM for A::X with internal linkage.
}
}
Class templates are supported in the natural way and do not require any special rules or caveats.
template <typename T>
class X {};
template <typename T>
private void X<T>::_f1(); //<-PEM for class template X
template <>
private void X<int>::_f2(); //<-Specialization of PEM for X<int>
Explicit instantiation of a class template will instantiate all of it's member functions. This will recursively instantiate only the PEMs (and additional PEMs called by these, in a recursive manner) called by those member functions. This procedure follows the same rules as explicit instantiation of a class template which calls free function templates.
template <typename T>
class X {
public:
void f();
};
template <typename T>
private void X<T>::_f1() { //<-PEM for class template
/* stuff */
}
template <typename T>
private void X<T>::_f2() { //<-PEM for class template
/* stuff */
}
//templated f() calls both _f1() and _f2()
template <typename T>
private void X<T>::f() {
_f1();
_f2();
}
//Some specializations of f()
template <> void X<char>::f() { _f2(); }
template <> void X<int>::f() { _f1(); }
template <> void X<float>::f() { }
template <> void X<double>::f() { _f1(); }
//A specialization of _f1()
template <>
private void X<double>::_f1() { _f2(); }
//Explicit instantiations
template class X<char>; /* Will instantiate the following:
* X<char>::f();
* X<char>::_f2();
*/
template class X<short>; /* Will instantiate the following:
* X<short>::f();
* X<short>::_f1();
* X<short>::_f2();
*/
template class X<int>; /* Will instantiate the following:
* X<int>::f();
* X<int>::_f1();
*/
template class X<float>; /* Will instantiate the following:
* X<float>::f();
*/
template class X<double>;/* Will instantiate the following:
* X<double>::f();
* X<double>::_f2();
* X<double>::_f1();
*/
In summary, this proposal makes the following changes to the standard:
private
keyword.
These methods will have private access control.static
keyword after the private
keyword to declare a private static extension member function.static
keyword before the private
keyword to declare a private extension method with internal linkage.static
keyword twice, once before and once after the private
keyword to declare a private static extension member function with internal linkage.We will now address some arguments against this proposal.
One immediate and common objection to this proposal is that it may break encapsulation by allowing the programmer to subvert access control. By definition, a PEM has private access control and thus they cannot be called outside of the class scope. There is however, one exploit discovered by Richard Smith where merely the existence of an additional class method which is never called allows a violation of access control.
class A {
int n;
public:
A() : n(42) {}
};
template<typename T> struct X {
static decltype(T()()) t;
};
template<typename T> decltype(T()()) X<T>::t = T()();
int A::*p;
private int A::expose_private_member() { // note, not called anywhere
struct DoIt {
int operator()() {
p = &A::n;
return 0;
}
};
return X<DoIt>::t; // odr-use of X<DoIt>::t triggers instantiation
}
int main() {
A a;
return a.*p; // read private member
}
This example would be a newly introduced standards conforming way to violate access control if this proposal were to be accepted.
This is not actually a problem. This example is artificially contrived to exploit access control. It is not a common error that would be made by novies nor is it an obvious or easy to use tool to abuse access control and write poor interfaces. Indeed, many methods of violating access control already exist within the current language [GotW076]. We agree with the author of that article.
"The issue here is of protecting against Murphy vs. protecting against Machiavelli... that is, protecting against accidental misuse (which the language does very well) vs. protecting against deliberate abuse (which is effectively impossible). In the end, if a programmer wants badly enough to subvert the system, he'll find a way," [GotW076].
Maybe they will, maybe they won't. Modules are still not very well defined. We do not know what modules will look like when and if they finally arrive. This proposal aims to solve a real problem in language now rather than the unknown future. It has low implementation overhead. This proposal could also be seen as a step towards implementing a more complete solution with modules.
Likely the most compelling argument against the proposal is that there are already a set of current workarounds. Friends and/or nested classes can be used to implement a partial variant of PEM in the current language. For this workaround, nested classes are superior to friends because they can be further extended with additional nested sub classes where as all friends have to be declared in the original class definition. An example is provided.
Public header file:
class X {
public:
void doWork();
private:
int _i;
struct XHelper;
};
Private implementation:
struct X::XHelper {
static void doWorkHelper(X& x) { //<-PEM
x._i = 42;
}
struct XHelper2;
};
struct X::XHelper::XHelper2 {
static void doMoreWorkHelper(X& x) { //<-PEM
x._i++;
}
};
void X::doWork() {
XHelper::doWorkHelper(this);
XHelper::XHelper2::doMoreWorkHelper(this);
}
Pratically, this achieves most of the benefits of PEM, but it has some drawbacks:
XHelper
symbol (implementation) to the header file (interface).x._i = 42
instead of the more natural _i = 42
provided by the implicit this
pointer.XHelper
. We cannot arbitrarily introduce new PEMS without modifying XHelper
or creating yet another subclass of XHelper
.XHelper
and all of it's methods cannot have internal linkage.XHelper
static member function signatures cannot use symbols with internal linkage unless XHelper
itself resides in only one translation unit.The current approach uses the private keyword to declare a PEM or PSEMF. What are the consequences of this syntax?
Pros:
Cons:
Might there be a better approach? We will discuss some alternatives.
We could use a keyword other than private. Here are some possible candidates, we believe them all to be inferior to private.
Another approach is to avoid the use of a keyword entirely. This creates a problem with the double meaning of the static keyword. We resolve it by moving the static keyword after the entire function signature, similar to const.
class Foo {};
void Foo::_f1(); //<-PEM
void Foo::_f2() static; //<-PSEMF
static void Foo::_f3(); //<-PEM with internal linkage
static void Foo::_f4() static; //<-PSEMF with internal linkage
Pros:
Cons:
One possible addition to this proposal would be to allow reopening the class private scope
to add not only new member functions but also typedefs and nested types. This is somewhat
reminiscent of the style of the extern "C"
feature.
Credit goes to Péter Radics for the initial idea for the idea of reopening the class scope
and Vicente J. Botet Escriba for the handy syntax using private.
class Foo {};
private Foo { //<-Reopen Foo's private scope
void _f(); //<-PEM
static void _g(); //<-PSEMF
int _x; //<-A static data member. We cannot add data members to Foo!
//Maybe this should be a compiler error?
static int _y; //<-Another static data member.
typedef float real; //<-A typedef, which is private to Foo
class Bar; //<-Forward declaration of a nested class Foo::Bar
class Baz {}; //<-Define a nested class Foo::Baz
friend class Gaz; //<-Error: Cannot declare extended friends! This is a horrible break in encapsulation!
};
static private Foo { //<-Ropen Foo's private scope again, this time with internal linkage
/* stuff */
};
namespace {
private Foo { //<-Reopen yet again with internal linkage using anonymous namespace.
/* stuff */
};
};
Several people have suggested that perhaps PEMs should always have internal linkage by default, requiring
an extra keyword for external linkage. We could use the extern
keyword to denote external linkage.
This would also allow the static
keyword to freely move before and after the private
keyword.
We also avoid the need for anonymous namespaces.
The syntax for this idea might look like the following:
class Foo {};
private void Foo::_f1(); //<-PEM with internal linkage
extern private void Foo::_f2(); //<-PEM with external linkage
private static void Foo::_f3(); //<-PSEMF with internal linkage
static private void Foo::_f3(); //<-PSEMF with internal linkage
extern private static void Foo::_f3(); //<-PSEMF with external linkage
extern static private void Foo::_f3(); //<-PSEMF with external linkage
Thank you to everyone on the std proposals forum for feedback and suggestions.


Hi, this is where you should see some results if everything is working correctly.
If you don't, check that you are using Chrome browser, open the Javascript console for messages.


Plugin Information |
|---|
View NAnt on the plugin site for more information. |
This plugin allows for the execution of a NAnt build as a build step.
This plugin provides functionality similar to the Ant features built in to Jenkins. Windows environments and non-Windows environments, running NAnt via Mono, are supported.
Usage
Using the plugin without any configuration (recommended)
If the NAnt executable is in your system's path, then you can use the default executable without any further configuration. Unless there is a need to use multiple versions of NAnt, this approach is recommended rather than configuring an installation.
- Windows: the default executable is
NAnt.exe
- Other OS's: the default executable is
nant
Configuring a NAnt installation (optional)
- Go to the Jenkins configuration page (i.e. http(s)://<your-jenkins-url>/configure)
- Add a new NAnt installation in the NAnt Builder section
- Enter a name for the installation (i.e. nant-0.86-beta1)
- Enter the NAnt home directory.
- Windows: this must be a directory where the nant executable can be found from the relative path
.\bin\NAnt.exe
- Other OS's (Mac, Linux, etc.): this must be a directory where the NAnt executable can be found from the relative path
./bin/nant
- Windows: this must be a directory where the nant executable can be found from the relative path
Note: If you have a master-slave configuration where one node is running on Windows and the other running on a Unix-based platform, you can configure a NAnt installation based on the node you wish to target. Even if the plugin shows validation errors, you will still be able to save the configuration. There are future plans to clean this functionality up, but for now you will just have to ignore any validation errors.
Adding a NAnt build step
- Open the configuration for a new or existing Jenkins freestyle build job
- In the "Build" section, add a new "Top Level NAnt Target" build step
- Choose a NAnt installation from the dropdown
- Optionally enter a build file
- The build file path, if entered, is relative to the workspace root directory
- Optionally enter targets (separate multiple targets by a space)
- Click the "Advanced" button to enter optional property definitions.
- Property definitions are entered 1 per line, in the following format:
property1=value1 property2=value2 ... propertyN=valueN
- Use of build parameters is supported when setting property values
build.config=$buildConfiguration
- Property definitions are entered 1 per line, in the following format:
Changelog
Version 1.4.3 (Nov 1, 2012)
- integrated pull #1 allow nant plugin to be seen as a valid builder in the Conditional BuildStep Plugin
Version 1.4.2 (Aug 5, 2011)
- Update for Jenkins
Version 1.4.1 (Mar 4, 2010)
- The default executable will now be chosen based on the platform of the node that NAnt is running on. Previously, the default executable was being chosen based on the platform that the master node was running on, even if a build was being done on a slave node.
Version 1.4
- Resolved an issue regarding the configuration and execution of the NAnt plugin on non-Windows pltforms (i.e. Linux, Mac, etc.) (JENKINS-4504)
Version 1.3.1
- Changed the supported/dependent Hudson version to 1.347
Version 1.3
- Added the ability to set property values that will be passed to a NAnt build.
- This is equivalent to the functionality provided by the Ant task.
Version 1.2
- Fixed a bug in using multiple NAnt (JENKINS-1977)


--- layout: post status: publish published: true title: "涟漪" author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 594 wordpress_url: http://leaskh.wordpress.com/2006/03/17/%e6%b6%9f%e6%bc%aa date: '2006-03-17 20:09:16 +0800' date_gmt: '2006-03-17 20:09:16 +0800' categories: - Life tags: [] comments: [] ---


Latest Real Madrid Official Home Jersey for the year 2015-16. You can customize the number and the name. Genuine Official product imported from Madrid, Spain. Only for limited time!
Founded in 1902 as Madrid Football Club, the team has traditionally worn a white home kit since inception. The word Real is Spanish for Royal and was bestowed to the club by King Alfonso XIII in 1920 together with the royal crown in the emblem. The team has played its home matches in the 85,044-capacity Santiago Bernabéu Stadium in downtown Madrid since 1947. Unlike most European sporting entities, Real Madrid's members (socios) have owned and operated the club throughout its history. The club is the most valuable sports team in the world, worth €2.5 billion ($3.4 billion) and the world's highest-earning football club for 2013–14, with an annual revenue of €549.5 million.[6][7][8] The club is one of the most widely supported teams in the world.[9] Real Madrid is one of three founding members of the Primera División that have never been relegated from the top division, along with Athletic Bilbao and Barcelona. The club holds many long-standing rivalries, most notably El Clásico with Barcelona and the El Derbi madrileño with Atlético Madrid.
SFA Footballism Offer - $100.00 $68.00!!


Toggle navigation
Classical Mythology
Info
Term Project
Contact
Links
Study guide
Tisch Library Catalog
Boston Museum of Fine Arts
References
Author/Work Abbreviations
Greek
Roman
The study of Classical mythology
Heracles and Athena
Ino and Phrixus
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{% extends 'onboarding/base.html' %} {% block body %} {% load static %}
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Villa End Newcastle's Unbeaten Run
by SL InternationalEnglish Premier League
Result: Aston Villa 2-0 Newcastle United
Date: 25 November 2019
Venue: Villa Park
Aston Villa ended a three-match winless run in the Premier League with a 2-0 triumph over Newcastle United on Monday evening.
Paul Dummet earned a recall for the Magpies, replacing the injured Jamaal Lascelles as Jack McGrealish entered as one of the home side’s three key changes.
Long range shots from outside the area and a few half-chances marred the opening minutes of the encounter, as either side struggled to get clear openings through.
The Magpies though threatened the opener with a curling free-kick from Dummet on the far side of the penalty area, but the attempt was of no trouble to Tom Heaton following the 26th minute.
Conor Hourihane changed the overall context six minutes later when he curled home a free-kick from the far side of the area after a one-two with McGrealish.
Villa doubled their cushion four minutes later when Anwar El Ghazi raced onto an in-swinging free-kick from the left to rifle into the roof of the net.
Newcastle came quick out of the starting blocks in the second half and had Heaton at full stretch following a low drive outside the area from Allan Saint-Maximin. Moments later, Joelinton went close to increasing the hosts tally when his header from a corner forced Martin Dubravka to go down and parry the effort.
Newcastle went for a change following the 62nd minute and introduced Andy Carrol who entered for Dummet, as Steve Bruce threw caution to the wind.
However, the Claret and Blue remained in the ascendancy and forced the visitors to thorough defending after threatening deliveries and attempts close to the area.
This brought an end to Villa's three-match losing run in the league, as the Magpies continue their inconsistent run of results.


Block words
The block interface is written for the STM32F746 DISCOVERY board and the Raspberry Pico (along with other RP2040 boards with Quad SPI flash compatible with the Winbond Quad SPI flash used by the Raspberry Pi Pico). It provides a convenient interface for turning the Quad SPI flash functionality into a map of block id’s to 1K blocks of memory.
Note that block ids start from zero, unlike on many Forths where they traditionally started from one.
forth
The following words are in forth
:
load
( id – )
Evaluate each 64-byte line in a block with the given id from first to last; if the block does not exist x-block-not-found
is raised.
load-range
( start-id end-id – )
Evaluate each 64-byte line from first to last in each block, if it exists, in the range from start-id
to end-id
.
list
( id – )
Display each 64-byte line in a block with the given id from first to last; if the block does not exist x-block-not-found
is raised.
list-range
( start-id end-id – )
Display each 64-byte line from first to last in each block, if it exists, in the range from start-id
to end-id
.
block
The following words are in block
:
block-size
( – bytes )
The block size in bytes, currently 1024 bytes.
x-invalid-block-id
( – )
Exception raised when an invalid block id (presently only $FFFFFFFF) is used.
x-block-write-fail
Exception when block!
is unable to write a given block, due to no free space being available and not being unable to free up space due to no completely used sectors existing.
x-block-not-found
Exception when attempting to delete, load, or list a nonexistent block.
find-block
( id – addr | 0 )
Find a block in the memory-mapped Quad SPI flash space by id, or return 0 if no such block can be found.
block?
( id – flag )
Return whether a block by a given id exists.
block!
( addr id – )
Attempt to write a the 1K buffer at the specified address to a block with a given id; this may fail and raise x-block-write-fail
. Note that this is not friendly to realtime performance, especially when it has to reclaim existing used sectors
copy-block
( src-id dest-id – )
Copy the block with id src-id
to dest-id
; if the block does not exist, delete dest-id
copy-blocks
( src-id dest-id count – )
Copy count-blocks
from the sequence of blocks starting with id src-id
to the sequence of blocks starting with id dest-id
; note that nonexistent blocks in the first range resulting in the corresponding blocks in the second range being deleted, and overlapping ranges of blocks are treated correctly.
insert-blocks
( start-id count – )
Insert count
nonexistent blocks starting at id start-id
, displacing any extant blocks in that range to higher ids (note that nonexistent blocks are ignored and may be eliminated in the process).
delete-block
( id – )
Attempt to delete a block with the given id; if the block does not exist, x-block-not-found
is raised.
delete-blocks
( start-id count – )
Delete count
blocks starting with id start-id
ascending; note that non-existent blocks are ignored.
erase-all-blocks
( – )
Erase all blocks. Note that this is not friendly to realtime performance.


Photo Gallery
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I spent some time and got a good start on implemented Webware (the WebKit portion) for WSGI. It's missing a number of things, but it works for a basic servlet.
I'm excited about this, because I've been feeling frustrated with Webware for the last year or two.  At the same time, the whole thing felt way too coupled, and it was hard to test or feel confident about changes.
I had considered various ways to improve Webware more incrementally, with an eye to decoupling. Standalone WebKit (in CVS) was one idea. It broke off a big chunk of Webware (WebKit), and cleaned up some portions (mostly configuration and installation). But there was a lot left. I could redo the entire thing, but I wasn't so in love with the Webware interfaces that I'd want to reimplement something that was entirely compatible. Yet backward compatibility (at least without major application modifications) was important to me.
Enter WSGI. I wrote before about a WSGI stack that would break WebKit into smaller, reusable chunks. Mostly by fidding with Transaction, HTTPRequest, and HTTPResponse I can get Webware working, with a small addition to Servlet as well. It's in svn://colorstudy.com/trunk/WSGI/ in WSGIWebKit (also viewable via viewcvs, but that can be flaky; install Subversion!) It ended up being easier than I expected. The servlets themselves become WSGI applications, which is cool; I can imagine WebKit servlets living side-by-side with a Quixote script, Spyce pages, etc. Not just peacefully coexisting, but as complete peers.
There's still probably quite a few bits of the WebKit API (informal though it is) that I'm missing, and some larger features (like sessions and a persistent, threaded appserver). I'm hoping to handle some of these features in a layered way, maybe using other people's work instead of implementing it myself. I feel optimistic about reusing code across projects.
It would be great if someone had a significant Webware application that also had good functional/system/acceptance tests; it would be a way to flesh out much of the API, and could provide a migration model (complete, seamless backward compatibility isn't my initial goal). Anyone? (No, I'm afraid I've never done complete automated system tests on any of my applications.)
In other WSGI news, the spec seems close to 1.0. I think Phillip wants to write some reference code as part of the spec, and there's still some asynchronous issues that haven't been resolved.
That's a good news. I've read the WSGI draft and perceive this as a next major step in maturing of Pythonic web platform. I was also a bit frustrated with WebKit as I feel "this could be done cleaner". While I doubt I could made any significant contribution to your efforts I wish you a good luck!
Personally, for my latest project, I abstracted the portion of WebKit's API I actually use into a facade class to decouple application code as much from WebKit as possible.
Ian,
You seem to have some url problems eg http://blog.colorstudy.com/ianIan%20Bicking/weblog/2004/09/29.html gives a 404.
Anyway this is good news.
Sorry Ian, the autodiscovery links are out too, e.g.
http://blog.colorstudy.com/ianIan Bicking/weblog/rss.xml
How annoying, the blog just spontaneously broke on me. My PyCS installation scares me, too...# Ian Bicking
While browsing the SVN, i really understand how WSGI can be used with the Webware API. But i'm wondering how to do the same w/ mod_python + apache
Someone has a URL ?
Bye Bye# Jkx
mod_python should be a fairly easy server to implement. WSGI would probably be a handler, similar to the publisher handler. Code written for mod_python is another matter. I don't think there's any way to support that, because you'd essentially have to recreate an apache-like environment without using Apache. Hopefully anyone who has programmed directly to the mod_python API realizes they have eschewed any portability; though many frameworks built on top of mod_python could be ported to WSGI, since most of those don't really use many mod_python-specific features.# Ian Bicking


--- layout: page category: spec title: "HTML Accessibility API Mappings 1.0" ---
| Current Status: | Working Draft (WD) |
|---|---|
| Canonical URI: |
http://www.w3.org/TR/html-aam-1.0
|
| Abstract: | HTML Accessibility API Mappings (HTML-AAM) defines how user agents map HTML 5.1 elements and attributes to platform accessibility application programming interfaces (APIs). It leverages and extends the Core Accessibility API Mappings 1.1 and the Accessible Name and Description: Computation and API Mappings 1.1 for use with the HTML 5.1 host language. Documenting these mappings promotes interoperable exposure of roles, states, properties, and events implemented by accessibility APIs and helps to ensure that this information appears in a manner consistent with author intent. |
HTML Accessibility API Mappings 1.0Updates:


| {{ k }} | {{ v.label }} | {{ v }} |
| local upload task {{ upload_key }} | {{ upload_value }} |
| Score ID | Value | Normalized Value |
|---|---|---|
| {{ name }} | {{ data.score_original }} | {{ data.score_normalized }} |
| Census Blocks | ESRI Shapefile |
| Connected Census Blocks | Zipped CSV |
| Overall Scores | CSV |
| Score Inputs | CSV |
| Ways | ESRI Shapefile |
| Destination: {{ layer.name }} | GeoJSON |


B.Tech. III (CO) Semester – 5 |
L |
T |
P |
C |
CO318 : ADVANCED MICROPROCESSORS (EIS – II) |
3 |
0 |
0 |
3 |
(12 Hours) |
||||
(04 Hours) |
||||
(06 Hours) |
||||
(03 Hours) |
||||
(03 Hours) |
||||
(05 Hours) |
||||
(05 Hours) |
||||
(04 Hours) |
||||
(Total Contact Time: 42 Hours) |
||||
BOOKS RECOMMENDED |
||||
1). Brey and Sarma, “The Intel Microprocessors 8086/8088, 808186/80188 … Pentium-IV: Architecture, Programming and Interfacing”, 7/E, Pearson Education, 2005. |


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Trump says he went through ‘very routine physical’
Mr Trump’s weekend hospital visit was not on his public schedule.
President Donald Trump has said he went through a “very routine physical” when he visited a hospital over the weekend.
The president complained that first lady Melania Trump and some of his staff members expressed concern about his health based on media reports about Saturday’s trip to the Walter Reed National Military Medical Centre.
Mr Trump’s weekend hospital visit was not on his public schedule.
It raised questions about his health in part because the trip did not follow protocols the White House has used for previous physicals, including advance public notice.
Mr Trump brought up the hospital visit on Tuesday while meeting with his Cabinet.
He complained that when he returned from Walter Reed, the first lady asked him “Darling, are you OK? What’s wrong?”
He said false reports about a health problem caused her to worry.
The White House released a statement late on Monday from the president’s personal doctor, US Navy Commander Sean Conley.
He said Saturday’s visit was a “routine, planned interim check-up”.
He said that due to scheduling uncertainties, the trip was “kept off the record”.
“Despite some of the speculation, the President has not had any chest pain, nor was he evaluated or treated for any urgent or acute issues,” Dr Conley wrote.
Dr Conley added that Trump consented to sharing his cholesterol level, now at 165, down from 196.
A total below 170 is considered good.
He said a more thorough exam will be conducted next year and a full summary of the president’s physical on Saturday will be incorporated into next year’s report.


Instance Methods
The following instance methods are available globally.
-
Shows a notification if one is available.
Note
You do not need to call this method on the main thread.Declaration
Swift
open func showNotification()
-
Sets the distinct ID of the current user.
Mixpanel uses the IFV String (
UIDevice.current().identifierForVendor
) as the default distinct ID. This ID will identify a user across all apps by the same vendor, but cannot be used to link the same user across apps from different vendors. If we are unable to get the IFV, we will fall back to generating a random persistent UUIDFor tracking events, you do not need to call
identify:
if you want to use the default. However, Mixpanel People always requires an explicit call toidentify:
. If calls are made toset:
,increment
or otherPeople
methods prior to callingidentify:
, then they are queued up and flushed onceidentify:
is called.If you’d like to use the default distinct ID for Mixpanel People as well (recommended), call
identify:
using the current distinct ID:mixpanelInstance.identify(mixpanelInstance.distinctId)
.Declaration
Swift
open func identify(distinctId: String)
Parameters
distinctId
string that uniquely identifies the current user
-
Creates a distinctId alias from alias to the current id.
This method is used to map an identifier called an alias to the existing Mixpanel distinct id. This causes all events and people requests sent with the alias to be mapped back to the original distinct id. The recommended usage pattern is to call both createAlias: and identify: when the user signs up, and only identify: (with their new user ID) when they log in. This will keep your signup funnels working correctly.
This makes the current id and ‘Alias’ interchangeable distinct ids. Mixpanel. mixpanelInstance.createAlias(
Alias
, mixpanelInstance.distinctId)Precondition
You must call identify if you haven’t already (e.g. when your app launches)
Declaration
Swift
open func createAlias(_ alias: String, distinctId: String)
Parameters
alias
the new distinct id that should represent the original
distinctId
the old distinct id that alias will be mapped to
-
Shows a notification with the given ID
Note
You do not need to call this method on the main thread.Declaration
Swift
open func showNotification(ID: Int)
Parameters
ID
The notification ID you want to present
-
Writes current project info including the distinct Id, super properties, and pending event and People record queues to disk.
This state will be recovered when the app is launched again if the Mixpanel library is initialized with the same project token. The library listens for app state changes and handles persisting data as needed.
Important
You do not need to call this method.**Declaration
Swift
open func archive()
-
Starts a timer that will be stopped and added as a property when a corresponding event is tracked.
This method is intended to be used in advance of events that have a duration. For example, if a developer were to track an
Image Upload
event she might want to also know how long the upload took. Calling this method before the upload code would implicitly cause thetrack
call to record its duration.Precondition
// begin timing the image upload: mixpanelInstance.time(event:
Image Upload
) // upload the image: self.uploadImageWithSuccessHandler() { _ in // track the event mixpanelInstance.track(Image Upload
) }Declaration
Swift
open func time(event: String)
Parameters
event
the event name to be timed
-
Clears all stored properties including the distinct Id. Useful if your app’s user logs out.
Declaration
Swift
open func reset()
-
Uploads queued data to the Mixpanel server.
By default, queued data is flushed to the Mixpanel servers every minute (the default for
flushInterval
), and on background (sinceflushOnBackground
is on by default). You only need to call this method manually if you want to force a flush at a particular moment.Declaration
Swift
open func flush(completion: (() -> Void)? = nil)
Parameters
completion
an optional completion handler for when the flush has completed.
-
Returns the payload of a notification if available
Note
You do not need to call this method on the main thread.Declaration
Swift
open func fetchNotificationPayload(completion: @escaping ([String: AnyObject]?) -> Void)
-
Removes a previously registered super property.
As an alternative to clearing all properties, unregistering specific super properties prevents them from being recorded on future events. This operation does not affect the value of other super properties. Any property name that is not registered is ignored. Note that after removing a super property, events will show the attribute as having the value
undefined
in Mixpanel until a new value is registered.Declaration
Swift
open func unregisterSuperProperty(_ propertyName: String)
Parameters
propertyName
array of property name strings to remove
-
Shows a notification with the given type if one is available.
Note
You do not need to call this method on the main thread.Declaration
Swift
open func showNotification(type: String)
Parameters
type
The type of notification to show, either “mini” or “takeover”
-
Returns the currently set super properties.
Declaration
Swift
open func currentSuperProperties() -> [String: Any]
Return Value
the current super properties
-
Registers super properties without overwriting ones that have already been set, unless the existing value is equal to defaultValue. defaultValue is optional.
Property keys must be String objects and the supported value types need to conform to MixpanelType. MixpanelType can be either String, Int, UInt, Double, Float, Bool, [MixpanelType], [String: MixpanelType], Date, URL, or NSNull.
Declaration
Swift
open func registerSuperPropertiesOnce(_ properties: Properties,
Parameters
properties
properties dictionary
defaultValue
Optional. overwrite existing properties that have this value
-
Join any experiments (A/B tests) that are available for the current user.
Mixpanel will check for A/B tests automatically when your app enters the foreground. Call this method if you would like to to check for, and join, any experiments are newly available for the current user.
Declaration
Swift
open func joinExperiments(callback: (() -> Void)? = nil)
Parameters
callback
Optional callback for after the experiments have been loaded and applied
-
Clears all currently set super properties.
Declaration
Swift
open func clearSuperProperties()
-
Registers super properties, overwriting ones that have already been set.
Super properties, once registered, are automatically sent as properties for all event tracking calls. They save you having to maintain and add a common set of properties to your events. Property keys must be String objects and the supported value types need to conform to MixpanelType. MixpanelType can be either String, Int, UInt, Double, Float, Bool, [MixpanelType], [String: MixpanelType], Date, URL, or NSNull.
Declaration
Swift
open func registerSuperProperties(_ properties: Properties)
Parameters
properties
properties dictionary
-
Clears all current event timers.
Declaration
Swift
open func clearTimedEvents()
-
Track a push notification using its payload sent from Mixpanel.
To simplify user interaction tracking, Mixpanel automatically sends IDs for the relevant notification of each push. This method parses the standard payload and queues a track call using this information.
Declaration
Swift
open func trackPushNotification(_ userInfo: [AnyHashable: Any],
Parameters
userInfo
remote notification payload dictionary
event
optional, and usually shouldn’t be used, unless the results is needed to be tracked elsewhere.
-
Tracks an event with properties. Properties are optional and can be added only if needed.
 Property keys must be String objects and the supported value types need to conform to MixpanelType. MixpanelType can be either String, Int, UInt, Double, Float, Bool, [MixpanelType], [String: MixpanelType], Date, URL, or NSNull. If the event is being timed, the timer will stop and be added as a property.
Declaration
Swift
open func track(event: String?, properties: Properties? = nil)
Parameters
event
event name
properties
properties dictionary


I am a student web developer who loves learning. I am currently studying at Code School and Team Treehouse, and working on my first theme for the Tumblr platform.
Skills
I enjoy writing front-end code with these technologies
HTML
CSS
JavaScript
Drop me a line
I can be reached via e-mail or on Twitter. I don't bite, so please don't hesitate to reach out!


Late last year, I started experiencing some unusual intermittent connection issues on my Desktop. In general, I had a stable connection with average latency; however, at (seemingly) random times throughout the week, I would start experiencing sudden 2000ms+ latency spikes every couple of seconds.
This made all audio/video calling software unusable and most online games unplayable.
This issue appeared to line up with my cross-country move from Washington State to South Carolina, so there were too many factors to easily pinpoint the issue. However, as it mainly only effected gaming and audio/video calls, I didn’t put too much focus on it.
Over the past couple of months I have (slowly) tried to figure out why this was happening, with little luck until today.
Initially, the only thing that was clear about the issue was that it was limited to my desktop computer only. My laptop and other devices connected to the wifi did not have this issue, even when placed in the exact same spot as the desktop.
First, I purchased a new, highly-reviewed, wifi adapter on Amazon. It didn’t resolve the issue. It did, however, come with an offer for a free 64GB flash drive in exchange for a good reviews.
(That was a pretty terrible purchase overall)
Later, (for unrelated reasons) I built an entirely new desktop computer, not using anything from the old one, except the new wifi adapter. This included a fresh install of Windows 10.
It was great, this new computer had no issues! I had suspected that my old motherboard’s USB ports might have been damaged during the move to SC, so that must have been the case. Everything is good now, right?
No. Everything is not good now.
A few weeks later, and the issue suddenly began happening on the new computer also, and I had no idea what the cause could be.
I tried using multiple different wifi adapters that I owned.
I tried changing the wifi channel, as it appeared to overlap a neighbors.
I tried turning off Windows Update Delivery Optimization (p2p update sharing). After turning this off and restarting, the issue appeared to be resolved, but then reappeared later.
At one point, my wifi issue even annoyed one of my brothers so badly, due to dropping Skype calls, that he bought me another (slightly less sketchy) wifi adapter on Amazon. This appeared to temporarily resolve the issue after installing the Realtek driver and restarting, but then it came back.
Nothing seemed to work.
Today, in a last-ditch desperate attempt at fixing the issue, I:
The issue stopped.
I immediately suspected interference from the wireless drawing tablet or box fan, so tried those again, but they were not the cause.
I couldn’t possibly imagine how a web browser or drawing application could cause this, but I tried anyway.
First I ran FireFox, opened multiple tabs on different sites, and waited…
Nothing
Then I ran MediBang Paint Pro.

As it turns out, there are multiple instances of people complaining about this issue with MBPP.
If we take a quick look with ProcMon, we can see that it’s definitely doing something odd.
At the exact same time the lag spikes occur, MBPP starts querying the registry keys for all of you network interfaces.
To dig a bit deeper into why this is happening, we can attach to the process with a debugger (x64dbg here), and set breakpoints on the Win32 Reg* APIs.
Eventually, our RegOpenKeyExInternalW
breakpoint is hit, and we can take a look at the call stack to determine where this is being called.
Looking at the call stack, we can see that first non-system library in the callstack is qt5network.
Surprisingly, no more debugging is needed, as a quick google search for “q5network ping issue” will lead you to QTBUG-40332.
If I understand correctly, any Qt5 (<5.14) application using QNetworkAccessManager
will check for wifi interface changes every 10 seconds for the purpose of bearer management, causing massive lag spikes and/or packet drops entirely. Even if QNetworkAccessManager
is instantiated internally for something simple, like an HTTP request.
I suppose the workaround is simple enough, set the environment variable QT_BEARER_POLL_TIMEOUT
to -1
.
I just wish I knew that around 8 months ago.
Qt5 has been crippling my wifi system-wide for past 7-8 months, just by running MediBang Paint Pro. I stupidly attributed it to many other things, because, honestly, who would expect Qt to be the cause of their system-wide wifi problems?


My name is Gaël Porteu, and I'm a web developer.
Are you looking to get a website? Let me explain to you how this works. It begins with a simple question, do you want do you want to suffer or it to be a simple process. If you're more interested in the latter then please contact me. I have built a solid foundation with months of experience with code.
I live and work in Toronto, Ontario, Canada. The great thing about the web is that even if you are kilometers away we can collaborate and produce a website that is exactly what you are looking for.
I am an avid photographer and always try to allow myself some time to play. It helps me see the world through a different lens, literally. Also, it allows me to continue my desire to always be learning.
While I do like spending time at home. Once the weather warms up a little I can't wait to drop my boat in the water. This is where I can focus on things less digital while being immersed in nature.


org.gs4tr.gcc.restclient.request
Classes
GCRequest
JobListRequest
JobRequest
PageableRequest
SubmissionCreateRequest
SubmissionRequest
SubmissionsListRequest
SubmissionSubmitRequest
TaskListRequest
TaskRequest
UploadContentReferenceRequest
UploadFileContextRequest
UploadFileRequest
Enums
UploadFileContextRequest.ContextType


Opportunities Don't Happen, You Create Them!
Please select my Curriculum Vitae in your preferred language.
© Designed by Leonardo Mussi Lullio


{% extends "base.html" %} {% import 'bootstrap/wtf.html' as wtf %} {% block app_content %}
In order to fetch the content from closed repositories, we need a SSH key which is authorized to retrieve the contents from such repositories.
As in the previous case, the SSH key is composed by a public and private part.
If do not have yet a SSH key, you can generate it by running the following command (make sure you have installed the openssh-client
package):
ssh-keygen -b 4096 -t rsa
This command will create two files in the ~/.ssh/
folder:
~/.ssh/id_rsa
file contains the private key.~/.ssh/id_rsa.pub
file contains the public key.Tip
Use cat ~/.ssh/id_rsa
to print out the private key, and
cat ~/.ssh/id_rsa.pub
to print out the public key.
Make sure that this key has access to the repository. Different platforms have different ways of performing such step. For example, in GitHub you should go into the Settings -> SSH and GPG keys section, and add the new SSH key.
The Buildfarm also needs to know the hostkey of the server hosting the closed git repository.
To retrieve the hostkey for the server (e.g. gitlab.mycompany.com
) run the following command:
ssh-keyscan gitlab.mycompany.com
The output will be similar to:
gitlab.mycompany.com ssh-ed25519 AAAAC3NzaC1lZDI1NTE5AAAAIA+bpD1Hf9LB+VFN6V6xdRsTi05gPHd0l7LhWbDZpAQM
Paste the full output of the command in the corresponding field below.


Free Guy stars Ryan Reynolds as a sentient NPC
by Steve WrightTime to become the hero.
Free Guy is a film in which Ryan Reynolds (Deadpool) will star as a sentient NPC in a long-running open world multiplayer game.
Reynolds will play a bank teller who discovers he’s an NPC in a video game… and worse yet, that the video game is scheduled for closure soon. He’ll be joined by Joe Keery (Stranger Things), Jodie Cormer (Killing Eve) and Takia Waititi (Thor: Ragnorok, Jojo Rabbit).
“In a world where there are no limits, he is determined to be the guy who saves his world his way… before it is too late,” reads the film’s synopsis.
Directed by Shawn Levy, Free Guy will head to theatres in July 2020.


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Llull, Ramon
This topic referenced in:


Baghdad bomb kills two, injures 12: security sources
BAGHDAD (Reuters) - An improvised explosive device went off in Baghdad’s Tayaran Square, killing two people and injuring 12, Iraqi security sources said late on Friday.
It was not immediately clear if the incident was related to anti-government protests going on in the capital’s nearby Tahrir Square.


Essentialism is an application that allows users to build and modify a profile based on their personal values. The application then assists users in optimal decision making and productivity based on those personal values optimizing time management and fulfillment.


When we trigger the button, the JavaScript will try to work out the 43rd Fibonacci sequence.
Without workers, The UI is Blocked。


We’re really proud to have released last week our redesigned OpenTable site, the culmination of months of hard work from many talented people here in London and in San Francisco.
However despite killing off our old site and its 2004 design, 2.8% of our visitors could have been crying into their keyboard as a far worse opentable.co.uk filled their screen.
That version of OpenTable was our new responsive site viewed in Internet Explorer 8.
The fundamental issue is that IE8 doesn’t support media queries so the age-old browser would try to stretch our mobile-first responsive design as wide as it could go – not great across a 27” Thunderbolt.
To solve the problem we first tried the Respond.js polyfill but this didn’t work as we’d hoped. The main issue appeared to be that because we serve our CSS and JS on a separate sub-domain we fell foul of the browser’s cross-domain security. We followed the Respond.js instructions to solve this but having no luck we looked for alternatives.
Legacssy
Further Googling lead us to Legacssy. With this Grunt task we could create a IE8-only stylesheet and not have to serve extra JS and cross-domain proxy files to all visitors.
Our existing process is to create our core CSS with an app.scss
file and grunt-sass. Our additional step was to create an app_ie8.scss
file, parse it with grunt-sass
like before, but then also run it through Legacssy.
Our app.scss file
@import 'normalize';
@import 'components/global';
@import
'components/icons',
'components/buttons',
'components/calendar',
'components/forms',
'components/pagination',
'components/star-rating';
@import
'partials/footer',
'partials/header',
'partials/location-picker';
And our app_ie8.scss file
@import ‘app';
@import 'browsers/_ie8.scss';
This process left us with a duplicate of the main site CSS that would be IE8 friendly – and as you can see we are also able to merge in an IE8 specific stylesheet with further overrides. All we now needed to was serve this inside conditional comments after the main stylesheet, and CSS specificity would ensure our IE rules overwrite the media queries.
1 2 3 |
|
Drawbacks
We are very happy with this solution as it generates the IE8 fixes as part of our automated build with no extra effort. The only obvious negative is for the IE8 visitors who will effectively be downloading the same stylesheet twice, but if they are routinely browsing the web with IE8 this could be the least of their worries.
Conclusion
We’re really proud of our new site; we’re still ironing out some kinks but we hope that it’s good enough for those of you who visit us with Internet Explorer 8 (probably through no fault of your own).
For the record, here a couple of other issues we found which may help other intrepid developers with their IE debugging in 2015 and beyond.
Other IE8 issues
- The other unsupported CSS values were rem units and RGBA colours. After running Legacssy we used pixrem.js to replace rems with pixels and a custom task to replace RGBA values with their HEX equivalents.
- IE11’s F12 developer tools don’t render identically to native IE8. We used Microsoft’s excellent modern.ie site to download virtual machines with Windows 7 and IE8.
- We only tested on Windows 7 as this makes up 66% of our IE8 visitors. The remainder are on different operating systems which collectively only make up 0.95% of our total visitors; this is below our threshold for support.


Melissa Riedel, born on the 19th of December 1994 in Berlin, is a Pianist and Composer. When she was 4 years old she began to play violin. In the age of 5 she had her first concerts. She immediately fell in love with music. Music is her great passion and she just knew that music will be her future. In the age of 9 she started to play in the orchestra and one year later she fell in love with the piano.  In that time she improvised a lot and composed her first music.When she was 11 years old she got her first piano lesson. Willing to learn everything she was immersed in the sound world of her piano. Her piano teacher gave her intensiv lessons and inspired her to become a pianist. When she was 12 years old she gave her first piano concert and in the age of 14 she participated the first time in Germany`s biggest competition for young musicians ’’Jugend musiziert’’. Since then she won several first prizes. When she was 18 years old she won the highest prize for the best interpretation of Beethoven's Sonata for Piano and Violincello op.5 no. 2 in g-minor. As a composer she writes music for orchestra, piano and violin.


{% extends "public/base.htm" %} {% block result %} {% if result %}
There are many advantages to having a password.ly account. We'll be able to check the master password you enter for typo's, keep a record of all the sites you enter, enter comments with each password (so you can remember usernames/etc), and more.


Work in progress: email<EMAIL_ADDRESS>with corrections (or send a pull request on Github)
(all lst)
Test whether all of the values in a list are true
lst | list | List of boolean values |
(and [b ...])
Logical conjunction
[b ...] | boolean | Boolean values |
(append [lst ...])
Merge an arbitrary number of lists
(apply fn lst)
If lst is (x1 x2 x3 ...), returns the function call (fn x1 x2 x3 ...)
(assoc x alist)
Lookup a value in an association list
(atan2 y x)
Arctangent (quotient version)
(bang-bang x)
Coerce an object to a boolean
(beta a b [conditionedValue])
Sample from the beta distribution B(a,b). Returns only the first element.
a | positive real | |
b | positive real | |
[conditionedValue] | | |
(boolean->number b)
Convert a boolean to a number
(bootstrap fn fileName n)
fn | function | |
fileName | string | |
n | nat | |
(but-last lst)
Aliases: initial
Get everything except the last item in a list
(ceil x)
Aliases: ceiling
Ceiling of a number
(compose [f ...])
Aliases: o
compose functions: ((o f g) a) == (f (g a))
(condition-equal comp value)
(condition-repeat-equal comp values)
(conditional comp params)
comp | function | |
params | list | List where the first element is the sampling strategy, one of ("enumeration", "rejection, "mh"), if "mh", second element is the lag |
(console-log [s ...])
Print arguments to Javascript console
(curry f)
Aliases: c
curry function: (f::a)::b -> f::a,b
(difference lst [lst ...])
difference of sets
(dirichlet alpha [conditionedValue])
Sample from the Dirichlet distribution Dir(alpha).
alpha | list | |
[conditionedValue] | | |
(display [s ...])
Aliases: print,pn
(div [x] [y ...])
Aliases: /
Divide numbers. Returns x / (y1 * y2 * ... )
[x] | real | Numerator |
[y ...] | real | Denominator values |
(DPmem alpha f)
Stochastic memoization using the Dirichlet Process
alpha | positive real | Concentration parameter of the DP |
f | function | Function to stochastically memoize |
(drop lst n)
Drop the first n items from a list. If there are fewer than n items in the list, return the empty list.
(enumeration-query comp)
Do enumeration query on a model
(eq [x ...])
Aliases: =
Test whether all (numeric) arguments are equal
(eq? x y)
Type-strict and reference-based equality check (e.g., (eq? '(1 2) '(1 2)) returns #f)
(equal? x y)
Less strict and value-based equality check (e.g., (equal? '(1 2) '(1 2)) returns #f)
(eval lst)
Evaluate a list representing a Church s-expression, e.g., (eval (list + 1 2))
returns 3
(exponential rate [conditionedValue])
Sample from the exponential distribution with parameter rate
rate | positive real | |
[conditionedValue] | | |
(expt x y)
Aliases: pow
Compute x raised to the power y
(fifth lst)
Get the fifth item of a list
(filter pred lst)
Select subset of elements of a list that satisfy a predicate pred
(first lst)
Aliases: car
Get the first item of a list (or pair)
(flip [p] [conditionedValue])
Flip a weighted coin. Returns true or false
[p] | real | |
[conditionedValue] | | |
(floor x)
Floor of a number
(fold f init [lst ...])
Accumulate the result of applying a function to a list
f | function | Function to apply |
init | | Seed value for function |
[lst ...] | list | List to apply the fold over |
(foldl f init lst)
Accumulate the result of applying a function to a list left to right
f | function | Function to apply |
init | | Seed value for function |
lst | list | List to apply the fold over |
(foldr f init lst)
Accumulate the result of applying a function to a list right to left
f | function | Function to apply |
init | | Seed value for function |
lst | list | List to apply the fold over |
(for-each fn lst)
Apply a function to every member of a list, but don't return anything
(fourth lst)
Get the fourth item of a list
(gamma a b [conditionedValue])
Sample from the gamma distribution G(a,b)
a | real | |
b | real | |
[conditionedValue] | | |
(gaussian [mu] [sigma] [isStructural] [conditionedValue])
Sample from the Gaussian distribution N(mu, sigma)
[mu] | real | |
[sigma] | real | |
[isStructural] | | |
[conditionedValue] | | |
(gensym )
A default gensym (prefix is g)
(geq x [y ...])
Aliases: >=
Test whether x is greater than or equal to all y's
(greater x [y ...])
Aliases: >
Test whether x is greater than all y's
(identity v)
Aliases: id
The Identity function
(intersection [lst ...])
intersection of sets
(iota count [start] [step])
Create list based on arithmetic progressions
count | nat | Number of items |
[start] | real | First item in list |
[step] | real | Difference between successive items in the list |
(js-debug )
Trigger the javascript debugger
(last lst)
Get the last item in a list
(length lst)
Get the length of a list
(leq x [y ...])
Aliases: <=
Test whether x is less than or equal to all y's
(less x [y ...])
Aliases: <
Test whether x is less than all y's
(list [...])
List constructor
(list-elt lst n)
Get the nth item of a list (1-indexed)
(list-index lst x)
Aliases: position
(list-ref lst n)
Get the nth item of a list (0-indexed)
(list? x)
Test whether x is a list
(load-url path)
Load a remote url
(log x)
Natural logarithm
(make-gensym [prefix])
Returns a gensym, which is a function that returns a new string value every time you call it (i.e., you're guaranteed to never get the same return value twice). You can specify an optional prefix for these values (default is 'g')
(make-list n x)
Make a list of length n where all elements are x
(map fn [lst ...])
Apply a function to every element of a list
(map-at lst i f)
Aliases: f-at
(max [x ...])
Maximum of arguments
(mean lst)
Mean of a list
(member x list [cmp])
Test whether x is in a list according to some optional comparator function cmp
(mh-query comp samples lag)
(mh-query-scored comp samples lag)
(min [x ...])
Minimum of arguments
(minus [x ...])
Aliases: -
Subtract numbers
[x ...] | real | Numbers to subtract |
(mod x y)
Aliases: modulo
Modulo. Returns x mod y
(mult [x ...])
Aliases: *
Multiply numbers
[x ...] | real | Numbers to multiply |
(multi-equals-condition fn n value)
fn | function | |
n | nat | |
value | list | |
(multinomial lst probs [conditionedValue])
Sample an element from lst with the probability specified in probs
lst | list | |
probs | list | |
[conditionedValue] | | |
(none lst)
Test whether none of the values in a list are true
lst | list | List of boolean values |
(nub lst)
Remove duplicates with equality as ===
(null? x)
Test whether x is null
(number->boolean x)
Convert a number to a boolean
(number->string x)
Convert a number to a string
(or [b ...])
Logical disjunction
[b ...] | boolean | Boolean values |
(pair head tail)
Aliases: cons
Pair constructor
(pair? x)
Test whether x is a pair
(partition pred lst)
Partition elements of a list into those that satisfy a predicate and those that don't
(plus [x ...])
Aliases: +
Add numbers
[x ...] | real | Numbers to add |
(prod lst)
Multiply a list of numbers
lst | list | List of numbers to multiply |
(pw-geq x [y ...])
Aliases: .>=.
Test whether greater than or equal to applies transitively
(pw-greater x [y ...])
Aliases: .>.
Test whether greater applies transitively
(pw-leq x [y ...])
Aliases: .<=.
Test whether less than or equal to applies transitively
(pw-less x [y ...])
Aliases: .<.
Test whether less than applies transitively
(random-integer n [conditionedValue])
Aliases: sample-integer
(range start end)
Create list based on a range
(read-csv fileName [sep])
fileName | string | |
[sep] | string | |
(regexp-split s sep)
Aliases: string-split
Split a string into a list of substrings based on a separator
(repeat n f)
Repeat a function n times
n | nat | Number of times to repeat |
f | function | Function to repeat |
(rest x)
Aliases: cdr
Get everything after the first item in a pair or list
(reverse lst)
Reverse a list
(sample thunk)
apply a thunk
(sample-discrete weights)
Takes a list of weights and samples an index between 0 and (number of weights - 1) with probability proportional to the weights.
(second lst)
Get the second item of a list
(set-seed seed)
Seed a seed for the PRNG
(seventh lst)
Get the seventh item of a list
(sixth lst)
Get the sixth item of a list
(soft-equal y x tol)
Aliases: soft=
Check whether y is in the interval [x - tol, x + tol]
(some lst)
Aliases: any
Test whether some of the values in a list are true
lst | list | List of boolean values |
(sort lst [cmp])
Sort a list according to a comparator function cmp(a,b) that returns a number greater than 0 if a > b, 0 if a == b, and a number less than 0 if a < b
(string->number s)
Convert a string to a number
(string->symbol s)
Convert a string to a symbol
(string-append [x ...])
Concatenates the given strings
[x ...] | string | Strings to concatenate |
(string-append [s ...])
Append an arbitrary number of strings
(string-length string)
Get the length of string
(string-slice string start [end])
Extract a substring from a string
string | string | |
start | nat | |
[end] | nat | |
(stringify x)
Convert an object to a string
(sum lst)
Sum a list of numbers
lst | list | List of numbers to sum |
(take lst n)
Get the first n items in a list. If there are fewer than n items in the list, returns just the list.
(third lst)
Get the third item of a list
(transpose mat)
Transpose list of lists
(uncurry f)
Aliases: uc
uncurry function: f::a,b -> (f::a)::b
(uniform a b [conditionedValue])
Sample a random real uniformly from the interval [a,b]
a | real | |
b | real | |
[conditionedValue] | | |
(uniform-draw items [conditionedValue])
Uniformly sample an element from a list
items | list | |
[conditionedValue] | | |
(union [lst ...])
union of sets
(unique lst [eq])
Get the unique items in a list
lst | list | |
[eq] | function | Optional equality comparison function |
(update-list lst n value)
(variance lst)
Aliases: var
Population variance
(write-csv data fileName [sep])
data | list
| |
fileName | string | |
[sep] | string | |
(zip [lst ...])
Zip together lists using longest list as base -- is invertable
(zipT [lst ...])
Zip together lists using shortest list as base -- not invertable as it truncates


Frank Behrens
@bluse1995
github.com/fbehrens
- Developer at Bayer Leverkusen
- Languages: Lotus Script, Ruby, (Python, C, Java,Javascript, Coffescript)
- Tools: Sublime, Oracle, Git, Gitlab, Lotus Notes, Redis, CouchDb
“Docker is an open-source project to easily create lightweight, portable, self-sufficient containers from any application.”
Docker is build ..
- in Go - Programming Language
- on AUFS - advanced multi layered unification filesystem
- on LXC - Linux Containers
- on CGROUPS - Control Groups
Containers vs VMs
installation
- natively on Ubuntu (Windows and OSX requires vagrant)
- docker service (HTTP api)
- CLI interface
Docker 101
- Registry with public images is accessible (SEARCH PUSH PULL)
- Images can be RUN -> Container
- Port Forwarding Host -> Container
- Containers can be START, STOP, KILL, ATTACH
- Images can be BUILD from (base) images using a Dockerfile


The community hub is able to provide pick ups for local residents. Leave a message below and one of our volenteers will be in touch.
Please include the pharmacy you want your items picked up from and if they are paid for or free and how many items.
Please note: You will need to get your Doctor to send your perscription electronically to your pharmacy of choice.


| 接口 | 说明 |
|---|---|
| MasterFaultDetection.Listener | |
| MembershipAction.JoinCallback | |
| MembershipAction.MembershipListener | |
| NodeJoinController.ElectionCallback | |
| PingContextProvider | |
| PublishClusterStateAction.IncomingClusterStateListener | |
| UnicastHostsProvider |
A pluggable provider of the list of unicast hosts to use for unicast discovery.
|
| ZenPing |
| 类 | 说明 |
|---|---|
| ElectMasterService | |
| ElectMasterService.MasterCandidate |
a class to encapsulate all the information about a candidate in a master election
that is needed to decided which of the candidates should win
|
| FaultDetection |
A base class for
MasterFaultDetection & NodesFaultDetection ,
making sure both use the same setting. |
| MasterFaultDetection |
A fault detection that pings the master periodically to see if its alive.
|
| MasterFaultDetection.MasterPingRequest | |
| MembershipAction | |
| MembershipAction.JoinRequest | |
| MembershipAction.LeaveRequest | |
| NodeJoinController |
This class processes incoming join request (passed zia
ZenDiscovery ). |
| NodesFaultDetection |
A fault detection of multiple nodes.
|
| NodesFaultDetection.Listener | |
| NodesFaultDetection.PingRequest | |
| PendingClusterStatesQueue |
A queue that holds all "in-flight" incoming cluster states from the master.
|
| PendingClusterStateStats |
Class encapsulating stats about the PendingClusterStatsQueue
|
| PublishClusterStateAction | |
| PublishClusterStateAction.CommitClusterStateRequest | |
| PublishClusterStateStats |
Class encapsulating stats about the PublishClusterStateAction
|
| UnicastZenPing | |
| UnicastZenPing.UnicastPingRequest | |
| ZenDiscovery | |
| ZenDiscovery.RejoinClusterRequest | |
| ZenPing.PingCollection |
a utility collection of pings where only the most recent ping is stored per node
|
| ZenPing.PingResponse |


What’s new on the NME 1 and NME 2 playlists this week?
ICYMI: we now have two radio channels here at NME! You can tune into NME 1 for a selection of stone-cold classics and indie anthems, while NME 2 will bring you the best of the past decade — from alternative bops to grime and leftfield dance.
Each week Team NME carefully handpick a selection of tunes to add to both playlists — here are the NME 1 & 2 playlist additions for this week.
On the A List
Caroline Polachek – ‘So Hot You’re Hurting My Feelings’
First up on the playlist we’ve got Caroline Polachek’s brilliant ‘So Hot You’re Hurting My Feelings’. Taken from the Chairlift’s co-founder’s first solo release under her own name ‘Pang’, the slinky cut of squelchy electro-pop is a beauty. Fusing twinkling synth lines, a funk-flecked bass line and Polachek’s trilling vocals, it’s a standout track from her recent record.
On the B List
Beck – ‘Dark Places’
Mixing whirring, spacey electronics with jangling acoustic guitar riffs, ‘Dark Places’ is a gorgeous example of Beck’s stratospheric songwriting.
Jessie Ware – ‘Mirage (Don’t Stop)’
The new one from Jessie Ware sees her get her groove on. Her soaring vocals float over lilting, house-flecked instrumentals and a jazzy bassline, in an excitingly unusual release for the musician.
Omar Apollo, Dominic Fike & Kenny Beats – ‘Hit Me Up’
With its driving, earworm bass line and the skittering vocals, ‘Hit Me Up’ is a total slapper.
Princess Nokia – ‘Balenciaga’
This chilled-out tune from Princess Nokia sees her rapping about frugal fashion over frosty instrumentals. She’s explained that the song is about: “weird, off-kilter fashion and the blurred lines between fashion and style. It’s not anti-designer at all…it’s just a song about practicality and comfortability with one’s self.”
Silverbacks – ‘Sirens’
One for fans of The Strokes or Parquet Courts, the growling slice by Dublin quintet Silverbacks is a stonker.
On the C List
Confidence Man – ‘Does It Make You Feel Good?’
Confidence Man’s latest absolutely does make you feel good. Combining massive ’90s dance breakdowns with Donna Summer-flecked vocals and a pounding bassline that’ll get you on your feet, it’s a welcome return from the party starting Aussie quartet.
Grimes – ‘So Heavy I Fell Through the Earth’
With its ethereal vocals and ghostly instrumentals, Grimes’ latest is weirdly beautiful.
- READ MORE: Grimes’ ‘So Heavy I Fell Through The Earth’ is an otherworldly meander through the galaxy
Harry Styles – ‘Watermelon Sugar’
The second glimpse we’ve had of Harry Styles’ upcoming album ‘Fine Line’ is a belter. Mixing jangling ‘70s guitars with bolshy brass and breezy vocals, it’s a sweet slice of sunshine.
Mark Ronson & Anderson .Paak – ‘Then There Were Two’
Taken from the soundtrack for animated film Spies in Disguise, this new collaboration from Mark Ronson & Anderson .Paak combines the brazenness of a Bond song with Ronson’s stylish production and .Paak’s trademark charm, and it’s brilliant.
Slowdaze – ‘Today’
This one from Hull based collective Slowdaze is a bit like if Tame Impala teamed up with Anderson .Paak. Filled with hazy instrumentals, kaleidoscopic guitar lines and woozy vocals, it’s a total treat.


This custom element defines multiple surrogate behaviors, such as attributes, data-bound attributes, and data-bound events, which are projected on the following element:


--- title: Fabricator - Build your UI toolkit --- {{> header-bar}} {{> hero}}
Organize your design system the way you want. Components, Structures, Elements, Atoms, Molecules, whatever - the taxonomy is up to you!
Generate a style guide from your toolkit code. Write documentation in markdown to make your toolkit easy for other developers to use.
Uses gulp.js as a super-fast, highly-optimized build system to compress images, CSS, and JavaScript.
Highly-portable local development environment with Handlebars and BrowserSync built-in for a fast, efficient workflow.
$ curl -L https://github.com/fbrctr/fabricator/archive/master.tar.gz | tar zx --strip 1
$ npm start


--- layout: null subject: Home redirect_to: http://beta.jasonsclassroom.com/ --- {% include head.html %}


This is dashboard page. If you see this, than routing running fine. Try to use personal cabinet link to check this.