Preparation time
less than 30 mins
Cooking time
over 2 hours
Serves
Serves 4
For the pork belly, preheat the oven to 100C/200F/Gas ½.
Season the pork belly with salt and freshly ground black pepper.
Heat one tablespoon of the oil in a large ovenproof casserole over a medium heat. When the oil is hot, add the pork belly and fry for 3-4 minutes, turning regularly, until golden-brown on all sides.
Remove the pork belly from the casserole and set aside on a plate.
Add the finely chopped mixed vegetables, garlic, bay leaf, thyme and rosemary to the casserole and fry for 2-3 minutes, or until softened and turning golden-brown.
Add the tomato purée and stir well. Continue to fry the ingredients for a further minute.
Meanwhile, heat a frying pan until hot, then add the cardamom pods, star anise, peppercorns and cinnamon and toast for 20-30 seconds, or until fragrant.
Add the toasted spices, apple juice and beef or veal stock to the casserole and bring the mixture to a simmer. Return the pork belly to the casserole. (NB: The liquid in the casserole should completely cover the pork belly. If not, add more water or stock.)
 Lay the cartouche over the liquid in the casserole, then place into the oven and cook for 5-6 hours, or until very tender.
When the pork is cooked, remove it from the oven and set aside to rest for one hour, still in the cooking liquid.
When the pork belly has rested, discard the cartouche, remove the pork belly from the cooking liquid and place into a roasting tray (reserve the cooking liquid). Place another, smaller roasting tray on top of the pork and weigh it down with a bag of sugar or some tinned beans. Chill in the fridge for one hour.
Meanwhile, strain the reserved cooking liquid through a fine sieve into a saucepan and bring to the boil. Reduce the heat to a simmer and continue to simmer until the volume of liquid has reduced and is thick enough to coat the back of a spoon. Set aside.
Meanwhile, for the salad, in a bowl, mix together the water, white wine vinegar, sugar and salt until well combined. Add the turnip slices and mix well to coat them in the pickling liquid. Set aside to pickle for two hours, then drain off the pickling liquid.
Add the pickled turnip slices to the remaining salad ingredients and mix well.
For the glaze, increase the oven temperature to 200C/400F/Gas 6.
Bring all of the glaze ingredients, including the reserved reduced braising liquid, to a simmer in a pan. Continue to simmer until the mixture is smooth and well combined and has thickened slightly.
When the pork belly has chilled, carve it into thick slices.
Heat the remaining tablespoon of oil in a frying pan over a medium heat. Add the pork belly slices, in batches if necessary, and fry for 1-2 minutes on each side, or until golden-brown on both sides.
Add the glaze to the pan and stir until the pork slices are completely coated. Transfer the glazed pork belly slices to the oven for 2-3 minutes, or until heated through.
To serve, divide the salad equally among four serving plates. Arrange three slices of glazed pork belly alongside each portion of salad. Drizzle over any remaining glaze.


Language Compatibility
Clang strives to both conform to current language standards (C99, C++98) and also to implement many widely-used extensions available in other compilers, so that most correct code will "just work" when compiler with Clang. However, Clang is more strict than other popular compilers, and may reject incorrect code that other compilers allow. This page documents common compatibility and portability issues with Clang to help you understand and fix the problem in your code when Clang emits an error message.
- C compatibility
- Objective-C compatibility
- C++ compatibility
- Variable-length arrays
- Initialization of non-integral static const data members within a class definition
- Unqualified lookup in templates
- Unqualified lookup into dependent bases of class templates
- Incomplete types in templates
- Templates with no valid instantiations
- Default initialization of const variable of a class type requires user-defined default constructor
- Objective-C++ compatibility
C compatibility
C99 inline functions
By default, Clang builds C code according to the C99 standard, which provides different inlining semantics than GCC's default behavior. For example, when compiling the following code with no optimization:
inline int add(int i, int j) { return i + j; } int main() { int i = add(4, 5); return i; }
In C99, this is an incomplete (incorrect) program because there is
no external definition of the add
function: the inline
definition is only used for optimization, if the compiler decides to
perform inlining. Therefore, we will get a (correct) link-time error
with Clang, e.g.:
Undefined symbols: "_add", referenced from: _main in cc-y1jXIr.o
There are several ways to fix this problem:
- Change
add
to astatic inline
function. Static inline functions are always resolved within the translation unit, so you won't have to add an external, non-inline definition of the function elsewhere in your program. - Provide an external (non-inline) definition of
add
somewhere in your program. - Compile with the GNU89 dialect by adding
-std=gnu89
to the set of Clang options. This option is only recommended if the program source cannot be changed or if the program also relies on additional C89-specific behavior that cannot be changed.
Lvalue casts
Old versions of GCC permit casting the left-hand side of an assignment to a different type. Clang produces an error on similar code, e.g.,
lvalue.c:2:3: error: assignment to cast is illegal, lvalue casts are not supported (int*)addr = val; ^~~~~~~~~~ ~
To fix this problem, move the cast to the right-hand side. In this example, one could use:
addr = (float *)val;
Jumps to within __block variable scope
Clang disallows jumps into the scope of a __block variable, similar to the manner in which both GCC and Clang disallow jumps into the scope of variables which have user defined constructors (in C++).
Variables marked with __block require special runtime initialization before they can be used. A jump into the scope of a __block variable would bypass this initialization and therefore the variable cannot safely be used.
For example, consider the following code fragment:
int f0(int c) { if (c) goto error; __block int x; x = 1; return x; error: x = 0; return x; }
GCC accepts this code, but it will crash at runtime along the error path, because the runtime setup for the storage backing the x variable will not have been initialized. Clang rejects this code with a hard error:
t.c:3:5: error: goto into protected scope goto error; ^ t.c:5:15: note: jump bypasses setup of __block variable __block int x; ^
Some instances of this construct may be safe if the variable is never used after the jump target, however the protected scope checker does not check the uses of the variable, only the scopes in which it is visible. You should rewrite your code to put the __block variables in a scope which is only visible where they are used.
Objective-C compatibility
Cast of super
GCC treats the super
identifier as an expression that
can, among other things, be cast to a different type. Clang treats
super
as a context-sensitive keyword, and will reject a
type-cast of super
:
super.m:11:12: error: cannot cast 'super' (it isn't an expression) [(Super*)super add:4]; ~~~~~~~~^
To fix this problem, remove the type cast, e.g.
[super add:4];
Size of interfaces
When using the "non-fragile" Objective-C ABI in use, the size of an
Objective-C class may change over time as instance variables are added
(or removed). For this reason, Clang rejects the application of the
sizeof
operator to an Objective-C class when using this
ABI:
sizeof.m:4:14: error: invalid application of 'sizeof' to interface 'NSArray' in non-fragile ABI int size = sizeof(NSArray); ^ ~~~~~~~~~
Code that relies on the size of an Objective-C class is likely to
be broken anyway, since that size is not actually constant. To address
this problem, use the Objective-C runtime API function
class_getInstanceSize()
:
class_getInstanceSize([NSArray class])
C++ compatibility
Variable-length arrays
GCC and C99 allow an array's size to be determined at run time. This extension is not permitted in standard C++. However, Clang supports such variable length arrays in very limited circumstances for compatibility with GNU C and C99 programs:
- The element type of a variable length array must be a POD ("plain old data") type, which means that it cannot have any user-declared constructors or destructors, base classes, or any members if non-POD type. All C types are POD types.
- Variable length arrays cannot be used as the type of a non-type template parameter.
If your code uses variable length arrays in a manner that Clang doesn't support, there are several ways to fix your code:
- replace the variable length array with a fixed-size array if you can determine a reasonable upper bound at compile time; sometimes this is as simple as changing int size = ...; to const int size = ...; (if the definition of size is a compile-time integral constant);
- use an std::string instead of a char [];
- use std::vector or some other suitable container type; or
- allocate the array on the heap instead using new Type[] - just remember to delete[] it.
Initialization of non-integral static const data members within a class definition
The following code is ill-formed in C++'03:class SomeClass { public: static const double SomeConstant = 0.5; }; const double SomeClass::SomeConstant;Clang errors with something similar to:
.../your_file.h:42:42: error: 'SomeConstant' can only be initialized if it is a static const integral data member static const double SomeConstant = 0.5; ^ ~~~Only integral constant expressions are allowed as initializers within the class definition. See C++'03 [class.static.data] p4 for the details of this restriction. The fix here is straightforward: move the initializer to the definition of the static data member, which must exist outside of the class definition:
class SomeClass { public: static const double SomeConstant; }; const double SomeClass::SomeConstant = 0.5;Note that the forthcoming C++0x standard will allow this.
Unqualified lookup in templates
Some versions of GCC accept the following invalid code:
template <typename T> T Squared(T x) { return Multiply(x, x); } int Multiply(int x, int y) { return x * y; } int main() { Squared(5); }
Clang complains:
my_file.cpp:2:10: error: use of undeclared identifier 'Multiply' return Multiply(x, x); ^ my_file.cpp:10:3: note: in instantiation of function template specialization 'Squared<int>' requested here Squared(5); ^
The C++ standard says that unqualified names like Multiply
are looked up in two ways.
First, the compiler does unqualified lookup in the scope where the name was written. For a template, this means the lookup is done at the point where the template is defined, not where it's instantiated. Since Multiply hasn't been declared yet at this point, unqualified lookup won't find it.
Second, if the name is called like a function, then the compiler also does argument-dependent lookup (ADL). (Sometimes unqualified lookup can suppress ADL; see [basic.lookup.argdep]p3 for more information.) In ADL, the compiler looks at the types of all the arguments to the call. When it finds a class type, it looks up the name in that class's namespace; the result is all the declarations it finds in those namespaces, plus the declarations from unqualified lookup. However, the compiler doesn't do ADL until it knows all the argument types.
In our example, Multiply is called with dependent arguments, so ADL isn't done until the template is instantiated. At that point, the arguments both have type int, which doesn't contain any class types, and so ADL doesn't look in any namespaces. Since neither form of lookup found the declaration of Multiply, the code doesn't compile.
Here's another example, this time using overloaded operators, which obey very similar rules.
#include <iostream> template<typename T> void Dump(const T& value) { std::cout << value << "\n"; } namespace ns { struct Data {}; } std::ostream& operator<<(std::ostream& out, ns::Data data) { return out << "Some data"; } void Use() { Dump(ns::Data()); }
Again, Clang complains about not finding a matching function:
my_file.cpp:5:13: error: invalid operands to binary expression ('ostream' (aka 'basic_ostream<char>') and 'ns::Data const') std::cout << value << "\n"; ~~~~~~~~~ ^ ~~~~~ my_file.cpp:17:3: note: in instantiation of function template specialization 'Dump<ns::Data>' requested here Dump(ns::Data()); ^
Just like before, unqualified lookup didn't find any declarations with the name operator<<. Unlike before, the argument types both contain class types: one of them is an instance of the class template type std::basic_ostream, and the other is the type ns::Data that we declared above. Therefore, ADL will look in the namespaces std and ns for an operator<<. Since one of the argument types was still dependent during the template definition, ADL isn't done until the template is instantiated during Use, which means that the operator<< we want it to find has already been declared. Unfortunately, it was declared in the global namespace, not in either of the namespaces that ADL will look in!
There are two ways to fix this problem:
- Make sure the function you want to call is declared before the template that might call it. This is the only option if none of its argument types contain classes. You can do this either by moving the template definition, or by moving the function definition, or by adding a forward declaration of the function before the template.
- Move the function into the same namespace as one of its arguments so that ADL applies.
For more information about argument-dependent lookup, see [basic.lookup.argdep]. For more information about the ordering of lookup in templates, see [temp.dep.candidate].
Unqualified lookup into dependent bases of class templates
Some versions of GCC accept the following invalid code:template <typename T> struct Base { void DoThis(T x) {} static void DoThat(T x) {} }; template <typename T> struct Derived : public Base<T> { void Work(T x) { DoThis(x); // Invalid! DoThat(x); // Invalid! } };Clang correctly rejects it with the following errors (when Derived is eventually instantiated):
my_file.cpp:8:5: error: use of undeclared identifier 'DoThis' DoThis(x); ^ this-> my_file.cpp:2:8: note: must qualify identifier to find this declaration in dependent base class void DoThis(T x) {} ^ my_file.cpp:9:5: error: use of undeclared identifier 'DoThat' DoThat(x); ^ this-> my_file.cpp:3:15: note: must qualify identifier to find this declaration in dependent base class static void DoThat(T x) {}Like we said above, unqualified names like DoThis and DoThat are looked up when the template Derived is defined, not when it's instantiated. When we look up a name used in a class, we usually look into the base classes. However, we can't look into the base class Base<T> because its type depends on the template argument T, so the standard says we should just ignore it. See [temp.dep]p3 for details.
The fix, as Clang tells you, is to tell the compiler that we want a class member by prefixing the calls with this->:
void Work(T x) { this->DoThis(x); this->DoThat(x); }Alternatively, you can tell the compiler exactly where to look:
void Work(T x) { Base<T>::DoThis(x); Base<T>::DoThat(x); }This works whether the methods are static or not, but be careful: if DoThis is virtual, calling it this way will bypass virtual dispatch!
Incomplete types in templates
The following code is invalid, but compilers are allowed to accept it:class IOOptions; template <class T> bool read(T &value) { IOOptions opts; return read(opts, value); } class IOOptions { bool ForceReads; }; bool read(const IOOptions &opts, int &x); template bool read<>(int &);The standard says that types which don't depend on template parameters must be complete when a template is defined if they affect the program's behavior. However, the standard also says that compilers are free to not enforce this rule. Most compilers enforce it to some extent; for example, it would be an error in GCC to write opts.ForceReads in the code above. In Clang, we feel that enforcing the rule consistently lets us provide a better experience, but unfortunately it also means we reject some code that other compilers accept.
We've explained the rule here in very imprecise terms; see [temp.res]p8 for details.
Templates with no valid instantiations
The following code contains a typo: the programmer meant init() but wrote innit() instead.template <class T> class Processor { ... void init(); ... }; ... template <class T> void process() { Processor<T> processor; processor.innit(); // <-- should be 'init()' ... }Unfortunately, we can't flag this mistake as soon as we see it: inside a template, we're not allowed to make assumptions about "dependent types" like Processor<T>. Suppose that later on in this file the programmer adds an explicit specialization of Processor, like so:
template <> class Processor<char*> { void innit(); };Now the program will work — as long as the programmer only ever instantiates process() with T = char*! This is why it's hard, and sometimes impossible, to diagnose mistakes in a template definition before it's instantiated.
The standard says that a template with no valid instantiations is ill-formed. Clang tries to do as much checking as possible at definition-time instead of instantiation-time: not only does this produce clearer diagnostics, but it also substantially improves compile times when using pre-compiled headers. The downside to this philosophy is that Clang sometimes fails to process files because they contain broken templates that are no longer used. The solution is simple: since the code is unused, just remove it.
Default initialization of const variable of a class type requires user-defined default constructor
If a class or struct has no user-defined default constructor, C++ doesn't allow you to default construct a const instance of it like this ([dcl.init], p9):class Foo { public: // The compiler-supplied default constructor works fine, so we // don't bother with defining one. ... }; void Bar() { const Foo foo; // Error! ... }To fix this, you can define a default constructor for the class:
class Foo { public: Foo() {} ... }; void Bar() { const Foo foo; // Now the compiler is happy. ... }
Objective-C++ compatibility
Implicit downcasts
Due to a bug in its implementation, GCC allows implicit downcasts (from base class to a derived class) when calling functions. Such code is inherently unsafe, since the object might not actually be an instance of the derived class, and is rejected by Clang. For example, given this code:
@interface Base @end @interface Derived : Base @end void f(Derived *); void g(Base *base) { f(base); }
Clang produces the following error:
downcast.mm:6:3: error: no matching function for call to 'f' f(base); ^ downcast.mm:4:6: note: candidate function not viable: cannot convert from superclass 'Base *' to subclass 'Derived *' for 1st argument void f(Derived *); ^
If the downcast is actually correct (e.g., because the code has already checked that the object has the appropriate type), add an explicit cast:
f((Derived *)base);
Use of class as method name
Use of 'class' name to declare a method is allowed in objective-c++ mode to be compatible with GCC. However, use of property dot syntax notation to call this method is not allowed in clang++, as [I class] is a suitable syntax that will work. So, this test will fail in clang++.
@interface I { int cls; } + (int)class; @end @implementation I - (int) Meth { return I.class; } @end


---
layout: page
status: publish
published: true
title: Processes & Threads
author:
display_name: Tomas Restrepo
login: tomasr
email<EMAIL_ADDRESS>url: http://winterdom.com/
author_login: tomasr
author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/
wordpress_id: 1127
wordpress_url: http://winterdom.com/?page_id=1127
date: '2009-04-28 02:51:13 +0000'
date_gmt: '2009-04-28 02:51:13 +0000'
categories:
- Uncategorized
tags: []
comments: []
---
Here you'll find a set of utilities and samples I've written on processes, threads, concurrency and general kernel stuff on Win9x and WinNT-derived systems.
- A better Thread class
- My personal Thread wrapper class.
- A few Synchronization classes
- Grab a few classes I use to simplify the use of sync objects.
- Enumerating 16-bit Processes under WinNT
- With some explanations of the process.
- Getting the command line for any process on NT
- Title says it all.
- Using EnumPrinters()
- A sample app on this API.
- A simple media-locking program for Win95
- sample code.
- Set File Version
- A small command line application that can
change the version number on an existing exe/dll by directly
manipulating the binary image. It will change both the file version directly
as well as the main version resource on it. Written with VC++ 6.0 a
long time ago
- Process Info
- A simple windows app that can show various information about running
processes. Shows how to use several of the process-related functions in the
Win32 API. Written with VC++ 6.0 a long time ago.
- PE Checksum
- A sample console line application that show how to use the
CheckSumMappedFile() API to recompute a PE file's checksum value in
the NT header.
- PEEntry
- A sample console line application that can display the virtual
address of a specific DLL's entry point.


{% extends "global/Page.html" %}
{% load staticfiles otree %}
{% block title %}
Questionnaire
{% endblock %}
{% block content %}
{% formfield player.q1 label="1. I prefer not to show a partner how I feel deep down." %}
{% formfield player.q2 label="2. I worry about being abandoned." %}
{% formfield player.q3 label="3. I am very comfortable being close to romantic partners." %}
{% formfield player.q4 label="4. I worry a lot about my relationships." %}
{% formfield player.q5 label="5. Just when my partner starts to get close to me I find myself pulling away." %}
{% formfield player.q6 label="6. I worry that romantic partners won’t care about me as much as I care about them." %}
{% formfield player.q7 label="7. I get uncomfortable when a romantic partner wants to be very close." %}
{% formfield player.q8 label="8. I worry a fair amount about losing my partner." %}
{% formfield player.q9 label="9. I don’t feel comfortable opening up to romantic partners." %}
{% formfield player.q10 label="10. I often wish that my partner’s feelings for me were as strong as my feelings for him/her." %}
{% formfield player.q11 label="11. I want to get close to my partner, but I keep pulling back." %}
{% formfield player.q12 label="12. I often want to merge completely with romantic partners, and this sometimes scares them away." %}
{% next_button %}
{% endblock %}


| Name | {{model.name}} |
| Version | {{model.version}} |
| Label | {{model.label}} |
| Description | {{model.shortDescription}} |
| Execution Type | {{model.executionType}} |
| Execution System | {{model.executionSystem}} |
| Parallelism | {{model.parallelism}} |
| Deployment System | {{model.deploymentSystem}} |
| Deployment Path | {{model.deploymentPath}} |


click to
change
texture
nearest
linear
nearest
mipmap
nearest
nearest
mipmap
linear
linear
mipmap
nearest
linear
mipmap
linear


MOTHER TERESA
APOSTLE OF LOVE
This page is dedicated to Mother Teresa of Calcutta,
the Catholic nun and saint.A small tribute to her for her tireless services.
- Birth: 08/26/1910
- Mother Teresa was born in Macedonnia
- Baptised: 08/27/1910
- First Call to Religious Life: 1922 - 1923
- Became a Roman Catholic Nun (Sister Teresa): 09/25/1928
- Becomes a Teacher After Moving to Kolkata: 1929
- Takes Final Vows of a Nun, Becomes Mother Teresa: 1937
- Call to serve the poor: 1946
- Founded Missionaries of Charity: 7/10/1950
- Begins Work with Lepers: 1957
- Receives Popes Peace Prize: 1971
- Wins Nobel Peace Prize: 1979
- Awarded with the Bharat Ratna: March, 1980
- Rescues 37 Disabled Children: 1982
- Receives Medal of Freedom (Highest US Honor): 1985
- Death 5/9/1997
For more info you can view this link provided Click Here


You should see a total of
6
placeholder images below.
The
Lava
placeholder is missing! AAAAAAGH! Zombies?
Sky
Vine
Lava
Grey
Industrial
Social


Arsenal defender William Saliba facing lengthy spell out after suffering broken foot
The on-loan centre-back broke his fifth metatarsal in Saint-Etienne's 1-0 win against Monaco on Sunday
by Alex MilneWilliam Saliba faces yet another spell on the sidelines after suffering a broken foot in his Saint-Etienne side's 1-0 victory over Monaco at the weekend.
The 18-year-old centre-back joined Arsenal for a fee of £27m from the French club during the summer but was immediately sent back on a season-long loan.
He has suffered a frustrating campaign so far, missing the start of the season while he recovered from an abductor muscle injury.
He has been an ever-present in the team since returning from that injury at the end of September, helping his side keep three clean sheets and move to eighth in Ligue 1.
But after the match against Monaco St Etienne released a statement on their official website confirming Saliba had broken his fifth metatarsal, an injury which could keep him out for a number of weeks.
The statement read: "William Saliba, victim of an injury against Monaco last Sunday, suffered a crack in his fifth metatarsal and will miss the confrontation against Oleksandriya in the Europa League."
The news will come as a blow to Arsenal manager Unai Emery, who had decided Saliba could benefit with gaining extra experience in France before progressing to his first-team squad.
Speaking about the decision to be sent back to Saint-Etienne, Saliba said: "Well, it was important first of all because I wanted to prove myself for another year at Saint-Etienne, before I come to try and establish myself here at Arsenal.

"So I'm going to try and have a great season with the club that developed me in order to be ready for Arsenal."
The Gunners next face a tricky-looking trip to Leicester City in the Premier League, and may have to do so without Dani Ceballos , who went off holding his hamstring during his side's 1-1 draw with Vitoria in the Europa League on Wednesday.


const Package = require("../../package.json");
const browser = exports.browser = typeof window !== "undefined";
exports.UserAgent = browser
? null
: `Mozilla/5.0 (${process.platform}) AppleWebKit/537.36 (KHTML, like Gecko) jsdom/${Package.version}`;
/**
* URLs to access specific endpoints. These are:
* * https://warthunder.com/en
* * https://warthunder.com/en/community/userinfo/
* * https://warthunder.com/en/community/claninfo/
* * https://warthunder.com/news3-en.html/
* @typedef {string} WTEndPointURL
*/
exports.URLs = {
main: "https://warthunder.com/en",
user: "https://warthunder.com/en/community/userinfo/",
clan: "https://warthunder.com/en/community/claninfo/",
news: "https://warthunder.com/news3-en.html"
};
/**
* Endpoints to access the War Thunder site. These are:
* * main
* * user
* * clan
* * news
* * changelog
* @typedef {string} WTEndPoint
*/
exports.EndPoints = keyMirror([
"main",
"user",
"clan",
"news"
]);
function keyMirror(arr) {
const tmp = Object.create(null);
for (const value of arr) tmp[value] = value;
return tmp;
}


US lawmakers preparing for next phase of impeachment process
WASHINGTON (AP) — Lawmakers in the United States (US) appear to have heard enough.
With nearly two weeks of public testimony largely completed, the US House of Representatives, the Senate and President Donald Trump are now moving on to next steps in the historic impeachment inquiry.
“Frankly, I want a trial,” Trump declared yesterday.
It appears he is going to get one.
Already, employees for Democratic House Intelligence Committee Chairman Adam Schiff and others are compiling the findings of the inquiry.
It is expected that by early December, the Judiciary Committee will launch its own high-wire hearings to consider articles of impeachment and a formal recommendation of charges.
A vote by the full House could come by Christmas. A Senate trial would follow next year.
The impeachment inquiry, only the fourth in US history, has stitched together what Democrats argue is a relatively simple narrative, of Trump leveraging his office for personal political gain.
But Republican say the claim is complex, contradictory and unsupported by first hand testimony.
House Democrats may still call additional witnesses including Trump’s former national security advisor John Bolton.
However, Senate Republicans are already looking ahead to their turn, the January trial that would follow House approval of impeachment charges.
The impeachment inquiry was triggered by a July 25 phone call Trump had with Ukraine’s newly-elected president Volodymyr Zelenskiy.
During the conversation, Trump asked Zelenskiy for “a favour,” which involved investigating Democrat presidential candidate Joe Biden, his son Hunter and a theory — debunked by US intelligence — that Ukraine, not Russia, interfered in the US 2016 presidential election.
In return, Democrats say, it was made clear to Zelenskiy by others that he would get a coveted Oval Office visit.
At the same time, Trump was holding up $US400 million in military aid the East European ally relies on to counter Russian aggression at its border.


Consultation or follow ups over the chat through Whatsapp.
Recommended, consultation will be done through audio calls. Reports and diet plans will be shared to mail/whatsapp.
We also support Video consultations/personal monitoring. Reports and diet plans will be shared to mail/whatsapp.


SEMANTIC SEGMENTATION OF IMAGES WITH PIXELLIB USING PASCAL VOC MODEL¶
PixelLib is implemented with Deeplabv3+ framework to perform semantic segmentation. Xception model trained on pascalvoc dataset is used for semantic segmentation.
Download the xception model from here.
Code to implement semantic segmentation:
import pixellib
from pixellib.semantic import semantic_segmentation
segment_image = semantic_segmentation()
segment_image.load_pascalvoc_model("deeplabv3_xception_tf_dim_ordering_tf_kernels.h5")
segment_image.segmentAsPascalvoc("path_to_image", output_image_name = "path_to_output_image")
We shall take a look into each line of code.
import pixellib
from pixellib.semantic import semantic_segmentation
#created an instance of semantic segmentation class
segment_image = semantic_segmentation()
The class for performing semantic segmentation is imported from pixellib and we created an instance of the class.
segment_image.load_pascalvoc_model("deeplabv3_xception_tf_dim_ordering_tf_kernels.h5")
We called the function to load the xception model trained on pascal voc.
segment_image.segmentAsPascalvoc("path_to_image", output_image_name = "path_to_output_image")
This is the line of code that performs segmentation on an image and the segmentation is done in the pascalvoc’s color format. This function takes in two parameters:
path_to_image: the path to the image to be segemented.
path_to_output_image: the path to save the output image. The image will be saved in your current working directory.
Sample1.jpg
Image’s source: Pinterest
import pixellib
from pixellib.semantic import semantic_segmentation
segment_image = semantic_segmentation()
segment_image.load_pascalvoc_model("deeplabv3_xception_tf_dim_ordering_tf_kernels.h5")
segment_image.segmentAsPascalvoc("sample1.jpg", output_image_name = "image_new.jpg")
Your saved image with all the objects present segmented.
You can obtain an image with segmentation overlay on the objects with a modified code below.
segment_image.segmentAsPascalvoc("sample1.jpg", output_image_name = "image_new.jpg", overlay = True)
We added an extra parameter overlay and set it to true, we produced an image with segmentation overlay.
You can check the inference time required for performing segmentation by modifying the code below..
import pixellib
from pixellib.semantic import semantic_segmentation
import time
segment_image = semantic_segmentation()
segment_image.load_pascalvoc_model("pascal.h5")
start = time.time()
segment_image.segmentAsPascalvoc("sample1.jpg", output_image_name= "image_new.jpg")
end = time.time()
print(f"Inference Time: {end-start:.2f}seconds")
Inference Time: 8.19seconds
It took 8.19 seconds to run semantic segmentation on the image.
Specialised uses of PixelLib may require you to return the array of the segmentation’s output.
Obtain the array of the segmentation’s output by using this code,
output, segmap = segment_image.segmentAsPascalvoc()
You can test the code for obtaining arrays and print out the shape of the output by modifying the semantic segmentation code below.
import pixellib
from pixellib.semantic import semantic_segmentation
import cv2
segment_image = semantic_segmentation()
segment_image.load_pascalvoc_model("pascal.h5")
output, segmap = segment_image.segmentAsPascalvoc("sample1.jpg")
cv2.imwrite("img.jpg", output)
print(output.shape)
Obtain both the output and the segmentation overlay’s arrays by using this code,
output, segoverlay = segment_image.segmentAsPascalvoc(overlay = True)
import pixellib
from pixellib.semantic import semantic_segmentation
import cv2
segment_image = semantic_segmentation()
segment_image.load_pascalvoc_model("pascal.h5")
segmap, segoverlay = segment_image.segmentAsPascalvoc("sample1.jpg", overlay= True)
cv2.imwrite("img.jpg", segoverlay)
print(segoverlay.shape)
This xception model is trained on pascal voc dataset, a dataset with 20 object categories.
Objects and their corresponding colormaps.


Money Play. How should Red play 22?
pips Red=156 White=156
(CorrectAnswer= 0/0, ErrorScore= 0)
This position came up in a lesson this week and we discussed the merits of (a) 13/5 (b) 24/18, 5/3 (c) 18/16, 11/5 and (d) 24/18, 13/11.
There was no clear favourite and 13/5 was played.
In fact, all four moves are within 0.010 equity points of each other so the decision should rest on your playing style and that of your opponent.
Sometimes in backgammon there is no clearly correct play. This position is a good example of that concept.
There was no clear favourite and 13/5 was played.
In fact, all four moves are within 0.010 equity points of each other so the decision should rest on your playing style and that of your opponent.
Sometimes in backgammon there is no clearly correct play. This position is a good example of that concept.
1. Cubeful 2-ply 24/18 5/3 Eq.: +0.116 0.540 0.068 0.001 - 0.460 0.070 0.001 2. Cubeful 2-ply 24/18 13/11 Eq.: +0.104 (-0.011) 0.535 0.087 0.002 - 0.465 0.084 0.002 3. Cubeful 2-ply 13/5 Eq.: +0.102 (-0.014) 0.537 0.096 0.003 - 0.463 0.100 0.003 4. Cubeful 2-ply 18/16 11/5 Eq.: +0.097 (-0.018) 0.537 0.094 0.002 - 0.463 0.101 0.003 5. Cubeful 2-ply 24/18 8/6 Eq.: +0.060 (-0.056) 0.521 0.084 0.002 - 0.479 0.084 0.002


While building the racing game I needed to access the racing cars automatically using a looping function. I had the variable that the race cars were stored to but I needed a way access them using a index.
To solve this problem went back to some of the course material. I knew it could be done as I remember seeing a very similar solution.
Coming across this problem I initially felt pretty frustrated that I couldn’t remember something I saw done just a few days ago. But after finding the example that I remembered and solving the problem I felt pretty good about myself.
I learnt more than I gained from the course material originally, a learnt not only how to apply the solution but also when a why the solution is needed.
In the racer game again I had a problem where I needed to store the same set of variable for multiple race cars and having different variables for each variable and for each car seemed like an inelegant way of solving the problem.
Again I remembered seeing a similar example. I went back though the course material and found the example and modified it suit race cars rather than contacts.
As I had already solved the problem but wanted to improve upon it I didn’t feel that frustrated, I was interested in how the problem could be solved in a simpler way.
I learnt that spending a bit more time to find the simplest solution will often pay off in the long run. By spending a bit more time in the beginning I made the code a lot easier to work with and improve upon latter on.
When working on a difficult problem or if I get stuck I will use this technique either on paper or comments in the code itself.
This is usually my starting point. Getting some code written and test a simplified version as soon as possible I find to be the most effective problem solving method for me.
Talking to an inanimate object is something I would have trouble taking seriously but I do find it useful to explain my problem to someone, I often find that by the time I have finished my explanation I’ve either solved the problem in my head or have a good idea how to proceed.
Reading error messages is a good way to identify typos or syntax errors.
I find logging to the console is a very helpful debugging tool, this give the ability to track key variables and also can give some information on the flow and operation of the code.
Googling is a key part of my problem solving process. I find that if I am having a problem and can word the search correctly I can usually find an example of someone with the same problem along with a solution.
Asking for help would usually be a last resort, mostly because I find that having the answer given to me takes the fun out of solving the problem and means I wouldn’t learn as much as I would of if I’d solved the problem on my own.
I haven’t yet had ask the coaches for help, I wouldn’t hesitate if I needed to but as for above I prefer to try and solve the problem myself first.
Having the self-control to slow down and apply lessons learnt when in problem solving mode is usual my biggest hurdle to changing my habits. The process of writing down my reflections from the week has been a help to identify and reinforce improvements to my process.
The map function will take a copy of an array of variables and it will perform a specified task on each value in the array.
The filter function will make a copy of an array and will remove the values that don’t meet the specified requirements.
The reduce function can be used to perform operations on the array that involve reducing the array to a single value, such as sum the total or join the separate letters into a word ect.


3292
32.45%
0
Metric & Sparkline
Gauge
Single value pie chart
Single metric & change
RSS Feed
Time & date
Monday
1st October, 2013
RAG Bars
30%
60%
20%
Success
Bounce
Abandoned
Single metric & change


OptimEyes: now
You're on your way to better eye health - leave this page open in the background and we'll take care of the rest.
00:00
Loading...
Tips:
- Prevent glare on your screen to minimize eye itchiness
- Position the top of your screen with the bottom of your chin to reduce strain
- Blink often to prevent your eyes drying out
- Adjust screen brightness and contrast to the most comfortable setting
- Closing your eyes for 20 seconds can rehydrate your eyes
- Keeping a clean screen makes eases strain on eyes
- Humidifiers and eye drops can counteract dry eyes
- Be sure to wear your glasses when using your electronic device
- Take a break and stare at an object far away for a few seconds
- Proper posture improves


Roberto Baldizon
About
Portfolio
Contact
Portfolio
s
Word Guess
RPG Game
Trivia Game
PSU Info Widget
Rock Paper Scissors


[Note that
|
| (301) |
where ∂δA⊥∕∂t is of O(λ2). This means that δE⊥ + ∇⊥δϕ is of O(λ2) although both δE⊥ and δϕ are of O(λ).]
Note that
where use has been made of ⟨v⊥⋅∇δϕ⟩≈ 0, This indicates that ⟨v⊥⋅ δE⟩α is of O(λ1)δE. Using Eq. (302), the coeﬃcient before ∂F0∕∂𝜀 in Eq. (138) can be further written as Using Eq. (303) and (), gyrokinetic equation (138) is ﬁnally written as


Hey! I'm a fun, adventurous & outgoing published model that aspires to be a social worker for mental health one day. Besides modelling I enjoy spending time & having fun with my dog Karma! I love tattoos and wish to be covered in them one day! My work ethic and energy are key values to me so that one day I can reach my goals! I absolutely love photography & modelling with a passion, so in that being do what you love and what makes you happy!


class: center, middle # .center[SoftLayer API] ### .center[How it works, and what to do when it doesn't] Christopher Gallo, Senior API Developer --- # .center[Anatomy of an API Call] .center[The SoftLayer API has two main urls to send requests to.] - Public: https://api.softlayer.com - Private: https://api.service.softlayer.com Only big difference is the SoftLayer_Resource_Metadata service only exists on the private network API. --- Specify the endpoint type and version ## api.softlayer.com/
rest
/
v3.1
.columnA[ ### Types - REST - SOAP - XMLRPC ### Versions - v3 - v3.1 (Includes the SoftLayer_Search service, and some objectMask improvements) ] .columnB[
] --- API is broken down into "Services", which contain a collection of methods that perform some action.
## api.softlayer.com/rest/v3.1/
SoftLayer_Service
Data returned by the API is broken down into "Datatypes". Services usually have a matching datatype, but not all datatypes have a matching service. - https://sldn.softlayer.com/reference --- .center[
] --- Methods tell the API which action to actually run in a class/service. ## api.softlayer.com/rest/v3.1/SoftLayer_Service/
method
- https://sldn.softlayer.com/reference/services/SoftLayer_Account/getObject/ ```bash $ curl -s -u $SL_USER:$SL_APIKEY \ 'https://api.softlayer.com/rest/v3.1/SoftLayer_Account/getObject.json' {"accountManagedResourcesFlag":false,"accountStatusId":1001,"address1":"4849 Alpha Rd","allowedPptpVpnQuantity":0,"brandId":2,"city":"Dallas", LOTS OF DATA} ``` For XML and SOAP requests, the method, and all other parameters will go into the request payload envelope. --- Some methods require an InitParamter, listed in the documentation. For REST calls, this goes between the Service and Method. For SOAP/XML requests, this is set in the header. ## api.softlayer.com/rest/v3.1/SoftLayer_Service/
initParameter
/method - https://sldn.softlayer.com/reference/services/SoftLayer_Virtual_Guest/getObject/ ```bash $ curl -s -u $SL_USER:$SL_APIKEY \ 'https://api.softlayer.com/rest/v3.1/SoftLayer_Virtual_Guest/100317048/getObject' {"accountId":307608,"createDate":"2020-04-07T04:01:49-06:00","dedicatedAccountHostOnlyFlag":false,"domain":"chechu.com", OTHER DATA} ``` The documentation for this API method says it requires a `SoftLayer_Virtual_GuestInitParameters` header, which means we need to send in a Virtual Guest id as the init parameter. If you get a 404 error on these sort of API calls, check your user has access to the resource, and the resource is active. Cancelled resources are usually not available from the API. --- .center[
] ```bash curl -u $SL_USER:$SL_APIKEY -X POST \ -d '{"parameters": [{"hostname": "testingEdit"}]}' 'https://api.softlayer.com/rest/v3.1/SoftLayer_Virtual_Guest/999999999/editObject.json' ``` --- You can control the format of the returned data by adding .FORMAT to the end of the URI for REST requests. XML requests will return XML data, SOAP requests will return SOAP data. ## api.softlayer.com/SoftLayer_Service/ initParameter/method
.json
### Available formats - json (default for REST) - txt - xml --- # Authentication 1. .lightPurple[Classic API Key: ] - 64 Characters, associated with a SoftLayer user (Your VPN username in the cloud.ibm.com portal) 2. .lightPurple[Cloud.ibm.com: ] - API Key 32 Characters, associated with an IBMid account 3. .lightPurple[Token from Username / Password: ] - Temporary, associated with a SoftLayer user 4. .lightPurple[Bearer Token: ] - Temporary, retrieved from the IBMCloud IAM service Read [Authenticating to the SoftLayer API](https://sldn.softlayer.com/article/authenticating-softlayer-api/) for full details. --- # Metadata service [SoftLayer_Resource_Metadata](https://sldn.softlayer.com/reference/services/SoftLayer_Resource_Metadata/) - Only useable on the https://api.service.softlayer.com endpoint. - No authentication needed. - Only provides basic information about the resource making the API call + `getUserMetadata()` + `getTags()` + `getHostname()` + `getDatacenter` + etc... --- # API Errors 1. .lightPurple[Authentication Headers not found] + Make sure your authentication headers are correctly being sent. 2. .lightPurple[SoftLayer_Exception_ObjectNotFound (404)] + Make sure the user making the API request has access to the resource + Make sure the resource exists, and hasn't been cancelled 3. .lightPurple[SoftLayer_Exception_Public Internal Error] + Requesting too much data can result in this error. Try removing some items from the objectMask or a resultLimit + Some other unexpected error happened. 4. .lightPurple[SoftLayer_Exception_WebService_BadRequest] + The API was not able to parse your request. Make sure there are no odd characters or mismatching brackets. --- # XML Example ```bash $ curl -d @SoftLayer_Account-getObject.xml https://api.softlayer.com/xmlrpc/v3.1/SoftLayer_Account ``` ```xml *SoftLayer_Account-getObject.xml
*
getObject
headers
authenticate
*
username
SL123456
*
apiKey
APIKEYGOESHERE
SoftLayer_ObjectMask
*
mask
mask[id,companyName]
``` --- # XML Response ```xml
companyName
SoftLayer Internal - Development Community
id
307608
``` --- # SOAP Example ```bash curl -d @soapAccountGetObject.soap https://api.softlayer.com/soap/v3.1/SoftLayer_Account ``` ```xml *soapAccountGetObject.soap
*
SL123456
*
APIKEYGOESHERE
*
mask[id,companyName]
*
``` --- # SOAP Response ```xml
SoftLayer Internal - Development Community
307608
``` --- # REST Example ### Basic Template ```bash $> curl -u [username]:[apiKey] \ -d '{"parameters": ["first", "second"]}' \ https://api.[service.]softlayer.com/rest/v3.1/[serviceName]/[initializationParameter]/[methodName]? objectMask=mask[]& objectFilter={} &resultLimit=[offsetValue],[limitValue] ``` ### Real Example ```bash $> curl -u $SL_USER:$SL_APIKEY 'https://api.softlayer.com/rest/v3.1/SoftLayer_Account/getObject.json? objectMask=mask%5Bid%2CcompanyName%5D' {"companyName":"SoftLayer Internal - Development Community","id":307608} ``` *line breaks added for readability only* --- # Simple API calls with CLI tools #### [SLCLI](https://github.com/softlayer/softlayer-python) https://github.com/softlayer/softlayer-python ```bash $ slcli call-api --help Usage: slcli call-api [OPTIONS] SERVICE METHOD [PARAMETERS]... $ slcli call-api SoftLayer_Account getObject --mask="mask[id,companyName]" :.............:............................................: : name : value : :.............:............................................: : companyName : SoftLayer Internal - Development Community : : id : 307608 : :.............:............................................: ``` --- #### [IBMCLOUD SL](https://www.ibm.com/cloud/cli) https://www.ibm.com/cloud/cli ```bash $ ibmcloud.exe sl call-api --help USAGE: ibmcloud.exe sl call-api SERVICE METHOD [OPTIONS] $ ibmcloud.exe sl call-api SoftLayer_Account getObject --mask="mask[id,companyName]" { "companyName": "SoftLayer Internal - Development Community", "id": 307608 } ``` --- # API Gotchas - Sending in method parameters requires the following format for REST requests ```json {"parameters": ["first", {"second_is_object":{"id":1234}}]} ``` - Paramters are NOT NAMED in the request, they go in order as listed on sldn.softlayer.com - XMLRPC returns integers as signed 32 bit, so some large numbers might overflow - Adding a LOCAL property to an object mask removes all default properties - Its very easy to request too much data from the API. Be mindful of how many properties you are asking for in a single request. - Its better to make a lot of small API requests than one large request. --- # .center[The End] .center[for more detailed information and documentation] ## .center[https://sldn.softlayer.com/article/]


Hello there! This project was built using the Stello Demo Board board, a simple Trello board meant for Stello demos. The demo board is available to the public board for viewing, but private boards will work with Stello too.
For more information on Stello see the docs on the GitHub repo.


Question 1: 8 Points
The program is in
q1.cpp if you want to run it yourself.
- Part A: cerr goes to the screen, so the screen will print "Binky\n".
- Part B: cout goes to standard output, which has been redirected to the
file out1.txt. Therefore, out1.txt will print "LuigiThor\n".
- Part C: The command line argument is ignored. All statements go to the screen:
"LuigiBinkyThor\n\n"
- Part D: The program does nothing to out1.txt. Therefore, if it doesn't
exist, it will not exist, and if it does exist, then it will be unchanged by the program.
Grading
2 points for A and B. Three points for C. One point for D.
Question 2: 12 points
The programs are in
q2a.cpp, q2b.cpp and
q2c.cpp, and the input files are in
a.txt,
b.txt,
c.txt and
d.txt, so you can run them yourselves:
UNIX> q2a < a.txt
7 8
UNIX> q2a < b.txt
10 11 - Cin reads words -- it doesn't care about lines.
UNIX> q2a < c.txt
1 6 - The second cin failed, so j was unchanged.
UNIX> q2a < d.txt
5 6 - The first cin failed, so both i and j were unchanged.
UNIX> q2b < a.txt
7.0 8.7
UNIX> q2b < b.txt
10.0 11.0
UNIX> q2b < c.txt
1.2 4.0
UNIX> q2b < d.txt
5.9 6.0 - printf() does rounding
UNIX> q2c < a.txt
7 8.7 9.7
UNIX> q2c < b.txt
10 11 21
UNIX> q2c < c.txt
1.2 4 5
UNIX> q2c < d.txt
Tyler 3 4
UNIX>
Grading
- Part AA, First word: .5 points
- Part AA, Second word: .5 points
- Part AB, First word: .5 points
- Part AB, Second word: .5 points
- Part AC, First word: .5 points
- Part AC, Second word: .5 points
- Part AD, First word: .5 points (.3 if you said there was an error)
- Part AD, Second word: .5 points (0 if you said there was an error)
- Part BA, First word: .5 points. (.3 if you forgot the trailing .0)
- Part BA, Second word: .5 points. (.3 if you forgot the trailing .0)
- Part BB, First word: .5 points. (.3 if you forgot the trailing .0)
- Part BB, Second word: .5 points. (.3 if you forgot the trailing .0)
- Part BC, First word: .5 points
- Part BC, Second word: .5 points (.3 if you forgot the trailing .0)
- Part BD, First word: .5 points (.3 if you said there was an error)
- Part BD, Second word: .5 points (0 if you said there was an error)
- Part CA: .4/.3/.3 for the three words.
- Part CB: .4/.3/.3 for the three words.
- Part CC: .4/.3/.3 for the three words.
- Part CD: .4/.3/.3 for the three words.
You lost a point overall with multiple lines, commas, or extra decimal spaces.
Question 3: 8 points
This is a nuts-and-bolts stringstream problem. Obviously, the logic of your program
can be slightly different from mine, but only slightly. In
q3.cpp, I've included a main() that tests it by reading
lines from standard input and passing them to stoivec(), then printing the resulting
vector. The code below just implements stiovec:
vector <int> stoivec(string &s)
{
vector <int> v;
istringstream ss;
int i;
string dummy;
ss.clear(); // This line is not necessary.
ss.str(s);
while (1) {
if (ss >> i) {
v.push_back(i);
} else {
ss.clear(); // This one is necessary.
if (!(ss >> dummy)) return v;
}
}
}
|
Given the wording of the question, returning a vector of strings would have been fine too, as
long as you return only the words that convert successfully to integers.
Grading
- Prototype: 1 point
- Reference variable for the argument: 1 point
- Logic of the answer: 3 points
- Details of the answer: 3 point
In particular, if you simply did "ss >> i" without any checking, you lost 3-4 points.
Question 4: 8 points
This tests your string arithmetic, and character arithmetic.
q4.cpp has a main() with it that reads
lines from standard input, creates a vector from the words, and prints out
the return value of svectos.
string svectos(vector <string> &v)
{
string s;
int i;
for (i = 0; i < v.size(); i++) {
if (i != 0) s += " ";
s += v[i];
}
for (i = 0; i < s.size(); i++) {
if (s[i] >= 'A' && s[i] <= 'Z') s[i] += ('a' - 'A');
}
return s;
}
|
I was appalled by the number of students who used numbers like 97 for 'a'. Evidently I need to do a better
job of teaching that you should use 'a' -- it is more readable and keeps you from making mistakes, which happened
almost inevitably when you used numerical constants.
Grading
Same as question 3.
Question 5: 8 points
You should all be seasoned veterans at averaging numbers. Even though you
are averaging integers, you should use doubles to compute the averages.
q5.cpp uses the answer from question three to
create the vector of integers from each line of standard input. When it
is done reading, it calls avg():
typedef vector <int> IVec;
void avg(vector <IVec> &v)
{
double n;
double t;
int i, j;
for (i = 0; i < v.size(); i++) {
if (v[i].size() == 0) {
printf("Bad\n");
} else {
t = 0;
n = v[i].size();
for (j = 0; j < v[i].size(); j++) t += v[i][j];
printf("%.3lf\n", t/n);
}
}
}
|
Grading
- Prototype: 1 point
- Printing "Bad" (correctly): 1 point
- Using .3lf to print: 1 point
- Logic of the solution: 2 points
- Details: 3 points
Question 6: 8 points (2 per part)
- Part A: 37 = 2*16 + 5: 0x25
- Part B: Remember every two hex digits is a byte, and bytes represent
values from
0 to 255. Thus, the third digit from the right in hexadecimal is the 162,
or the 256 digit: 0x50f.
- Part C: 1 * 16 + 10 = 26.
- Part D: 256.
Question 7: 12 points
- Statement A: The constructor takes a parameter. Thus, you cannot
declare an Airplane without a parameter to the constructor: False.
- Statement B: This is true, because pilot is public --
anyone can mess with it: True.
- Statement C: Since N is protected, it may only be accessed
within Airplane's method implementations: False.
- Statement D: The order of declaration has nothing to do with
the order in which you call the methods: False.
- Statement E: The method implementations in airplane.cpp have
free reign over N: False.
- Statement F: Same as above: False.
- Statement G: Again, same description as E: True.
- Statement H: Sure, it can modify pilot, altitude or N.
It can also print stuff out or read/write files: False.
- Statement I: So true -- make it a return value -- declaring a small
value like time to be a reference parameter is an abomination. True.
- Statement J: Not at all -- since pilot is public, anything
can happen to it: False.
- Statement K: See Statement C: True.
- Statement L: Ditto: False.
- Statement M: See Statement A: True.
- Statement N: This is similar -- if you declare a to be a pointer
to an Airplane, then you need to call new to create an instance.
Since the constructor takes a parameter, you need to give it a parameter: True.
- Statement O: See Statement I: False.
- Statement P: This one is going to fail, because the constructor is
defined to take an integer, not a float or a double: False.
- Statement Q: That is exactly how you read command line arguments: True.
- Statement R: See Statement Q: False.
Grading
Each statement was .75 points with the exeception of C, E, F, G, K, and L which were .5 points.
Question 8: 8 points
This is from SRM 297, Division 2, 250-pointer. A solution
is in q8.cpp. Obviously, yours can differ
somewhat, but most solutions will look something like the one below:
#include "q8.h"
int PackingParts::pack(vector <int> partSizes, vector <int> boxSizes)
{
int p, b, max;
max = 0;
b = 0;
for (p = 0; p < partSizes.size(); p++) {
while (b < boxSizes.size() && boxSizes[b] < partSizes[p]) b++;
if (b == boxSizes.size()) return max;
b++;
max++;
}
return max;
}
|
I've put the class definition into q8.h, and
I've written a main() routine that takes the example number as a
command line arguments and prints the return value of pack().
That is in q8-Main.cpp.
Here's how they compile and run:
UNIX> g++ -o q8 q8.cpp q8-Main.cpp
UNIX> q8 0
3
UNIX> q8 1
2
UNIX> q8 2
3
UNIX> q8 3
4
UNIX> q8 4
3
UNIX> q8 5
6
UNIX>
Many of you gave a solution like the following:
int PackingParts::pack(vector <int> partSizes, vector <int> boxSizes)
{
int p, b, max;
max = 0;
for (p = 0; p < partSizes.size(); p++) {
for (b = 0; b < boxSizes.size(); b++) {
if (boxSizes[b] >= partSizes[p]) {
boxSizes[b] = 0;
max++;
b = boxSizes.size(); // Or "break"
}
}
}
return max;
}
|
I gave full credit to this, because the size of the vectors is small (< 50 each). However,
this solution is not the best, because the running time will be roughly
partSizes.size()*boxSizes.size().
My solution will be max(partSizes.size(),boxSizes.size()), which is much faster.
This is an example of code that will work with topcoder, but isn't "good" code. Hence why I bring
it up.
Grading
4 points for logic. 4 points for details.


My name is John D and I like Einstürzende Neubauten.
My favorite book is the inspiring Weaving the Web by Tim Berners-Lee.


Monty's
World
Subheading goes here
Features
-
Create your own adventures in this game by building your own
scene using backgrounds, characters, music and props from your
favourite Kazoops episode.
- Tap each asset to trigger sounds and animations
-
Take photos and videos of your adventure and share with family
and friends
-
Save these scenes in your scrapbook and build on your
creations
- Earn stickers and coins by completing challenges
-
Purchase new adventure packs from your favourite episodes
About Us
-
Create your own adventures in this game by building your own
scene using backgrounds, characters, music and props from your
favourite Kazoops episode
- Tap each asset to trigger sounds and animations
-
Take photos and videos of your adventure and share with family
and friends
-
Save these scenes in your scrapbook and build on your
creations


How can we help?
Become a vendor (sell to us)
Become a client (buy from us)
Press (write about us)
Careers (work with us)
Other
What types of products are you interested in?
Full Package Production
Contract Embellishment
Warehousing & Fulfillment
Promotional Merchandise
Other
Send


MPI datatype objects allow users to specify an arbitrary layout of data in memory. There are several cases where accessing the layout information in opaque datatype objects would be useful. The opaque datatype object has found a number of uses outside MPI. Furthermore, a number of tools wish to display internal information about a datatype. To achieve this, datatype decoding functions are provided. The two functions in this section are used together to decode datatypes to recreate the calling sequence used in their initial definition. These can be used to allow a user to determine the type map and type signature of a datatype.
| MPI_TYPE_GET_ENVELOPE(datatype, num_integers, num_addresses, num_datatypes, combiner) | |
| IN datatype | datatype to access (handle) |
| OUT num_integers | number of input integers used in the call constructing combiner (non-negative integer) |
| OUT num_addresses | number of input addresses used in the call constructing combiner (non-negative integer) |
| OUT num_datatypes | number of input datatypes used in the call constructing combiner (non-negative integer) |
| OUT combiner | combiner (state) |
int MPI_Type_get_envelope(MPI_Datatype datatype, int *num_integers, int *num_addresses, int *num_datatypes, int *combiner)
MPI_TYPE_GET_ENVELOPE(DATATYPE, NUM_INTEGERS, NUM_ADDRESSES, NUM_DATATYPES, COMBINER, IERROR)
INTEGER DATATYPE, NUM_INTEGERS, NUM_ADDRESSES, NUM_DATATYPES, COMBINER, IERROR
{ void MPI::Datatype::Get_envelope(int& num_integers, int& num_addresses, int& num_datatypes, int& combiner) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
For the given datatype,
MPI_TYPE_GET_ENVELOPE returns information on the
number and type of input arguments used in the call that created the
datatype. The number-of-arguments values returned can be
used to provide sufficiently large arrays in the decoding routine
MPI_TYPE_GET_CONTENTS. This call and the meaning of the
returned values is described below. The combiner reflects
the MPI datatype constructor call that was used in creating
datatype.
By requiring that the combiner reflect the constructor used
in the creation
of the datatype, the decoded information can be used
to effectively recreate the calling sequence used in the original
creation.
One call is effectively the same as another when the information obtained
from MPI_TYPE_GET_CONTENTS may be used with either to produce
the same outcome. C calls MPI_Type_hindexed and MPI_Type_create_hindexed are
always effectively the same while the Fortran call MPI_TYPE_HINDEXED will
be different than either of these in some MPI implementations.
This is the most useful information and
was
felt to be reasonable even though it constrains implementations to
remember the original constructor sequence even if the internal
representation is different.
The decoded information keeps track of datatype duplications. This is
important as one needs to distinguish between a predefined datatype
and a dup of a predefined datatype. The former is a constant object
that cannot be freed, while the latter is a derived datatype that can
be freed.
( End of rationale.)
Rationale.
The list below has the values that can be returned in
combiner on the left and the call associated with them on the
right.
If combiner is MPI_COMBINER_NAMED then datatype is a named predefined datatype.
For deprecated calls with address arguments, we sometimes need to differentiate whether the call used an integer or an address size argument. For example, there are two combiners for hvector: MPI_COMBINER_HVECTOR_INTEGER and MPI_COMBINER_HVECTOR. The former is used if it was the MPI-1 call from Fortran, and the latter is used if it was the MPI-1 call from C or C++. However, on systems where MPI_ADDRESS_KIND = MPI_INTEGER_KIND (i.e., where integer arguments and address size arguments are the same), the combiner MPI_COMBINER_HVECTOR may be returned for a datatype constructed by a call to MPI_TYPE_HVECTOR from Fortran. Similarly, MPI_COMBINER_HINDEXED may be returned for a datatype constructed by a call to MPI_TYPE_HINDEXED from Fortran, and MPI_COMBINER_STRUCT may be returned for a datatype constructed by a call to MPI_TYPE_STRUCT from Fortran. On such systems, one need not differentiate constructors that take address size arguments from constructors that take integer arguments, since these are the same. The preferred calls all use address sized arguments so two combiners are not required for them.
Rationale.
For recreating the original call, it is important to know if address
information may have been truncated. The
deprecated
calls from Fortran for a few
routines could be
subject to truncation in the case where the default INTEGER size is
smaller than the size of an address.
( End of rationale.)
The actual arguments used in the creation call for a datatype
can be obtained from the call:
| MPI_TYPE_GET_CONTENTS(datatype, max_integers, max_addresses, max_datatypes, array_of_integers, array_of_addresses, array_of_datatypes) | |
| IN datatype | datatype to access (handle) |
| IN max_integers | number of elements in array_of_integers (non-negative integer) |
| IN max_addresses | number of elements in array_of_addresses (non-negative integer) |
| IN max_datatypes | number of elements in array_of_datatypes (non-negative integer) |
| OUT array_of_integers | contains integer arguments used in constructing datatype (array of integers) |
| OUT array_of_addresses | contains address arguments used in constructing datatype (array of integers) |
| OUT array_of_datatypes | contains datatype arguments used in constructing datatype (array of handles) |
int MPI_Type_get_contents(MPI_Datatype datatype, int max_integers, int max_addresses, int max_datatypes, int array_of_integers[], MPI_Aint array_of_addresses[], MPI_Datatype array_of_datatypes[])
MPI_TYPE_GET_CONTENTS(DATATYPE, MAX_INTEGERS, MAX_ADDRESSES, MAX_DATATYPES, ARRAY_OF_INTEGERS, ARRAY_OF_ADDRESSES, ARRAY_OF_DATATYPES, IERROR)
INTEGER DATATYPE, MAX_INTEGERS, MAX_ADDRESSES, MAX_DATATYPES, ARRAY_OF_INTEGERS(*), ARRAY_OF_DATATYPES(*), IERROR
INTEGER(KIND=MPI_ADDRESS_KIND) ARRAY_OF_ADDRESSES(*)
{ void MPI::Datatype::Get_contents(int max_integers, int max_addresses, int max_datatypes, int array_of_integers[], MPI::Aint array_of_addresses[], MPI::Datatype array_of_datatypes[]) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
datatype must be a predefined unnamed or a derived datatype;
the call is erroneous if datatype is a predefined named
datatype.
The values given for max_integers, max_addresses, and
max_datatypes must be at least as large as the value
returned in num_integers, num_addresses, and
num_datatypes, respectively, in the call MPI_TYPE_GET_ENVELOPE
for the same datatype argument.
The arguments max_integers, max_addresses, and
max_datatypes allow for error checking in the
call.
( End of rationale.)
The committed state of returned derived datatypes is undefined,
i.e., the datatypes may or
may not be committed. Furthermore, the content of attributes of
returned datatypes is undefined.
Note that MPI_TYPE_GET_CONTENTS can be invoked with a
datatype argument that was constructed using
MPI_TYPE_CREATE_F90_REAL,
MPI_TYPE_CREATE_F90_INTEGER, or
MPI_TYPE_CREATE_F90_COMPLEX (an unnamed predefined datatype).
In such a case, an empty array_of_datatypes is returned.
The definition of datatype equivalence implies that equivalent
predefined datatypes are equal.
By requiring the same handle for named predefined datatypes, it is
possible to use the == or .EQ. comparison operator to determine the
datatype involved.
( End of rationale.)
The datatypes returned in array_of_datatypes must appear to the
user as if each is an equivalent copy of the datatype used in the type
constructor call.
Whether this is done by
creating a new datatype or via another mechanism such as a reference
count mechanism is up to the implementation as long as the semantics
are preserved.
( End of advice to implementors.)
The committed state and attributes of the returned datatype is
deliberately left vague. The datatype used in the original
construction may have been modified since its use in the constructor
call. Attributes can be added, removed, or modified as well as having
the datatype committed. The semantics given allow for a
reference count implementation without having to track these changes.
( End of rationale.)
In the
deprecated
datatype constructor calls, the address arguments in Fortran are of
type INTEGER. In the
preferred
calls, the address arguments are of
type INTEGER(KIND=MPI_ADDRESS_KIND). The call
MPI_TYPE_GET_CONTENTS returns all addresses in an argument
of type INTEGER(KIND=MPI_ADDRESS_KIND). This is true even if the
deprecated
calls were used. Thus, the location of values returned can
be thought of as being returned by the C bindings. It can also be
determined by examining the
preferred
calls for datatype constructors
for the
deprecated
calls that involve addresses.
By having all address arguments returned in the
array_of_addresses argument, the result from a C and Fortran
decoding of a datatype gives the result in the same
argument. It is assumed that an integer
of type INTEGER(KIND=MPI_ADDRESS_KIND) will be at least as large as
the INTEGER argument used in datatype construction with the old MPI-1
calls so no loss of information will occur.
( End of rationale.)
or in C the analogous calls of:
In the descriptions that follow, the lower case name
of arguments
is used.
If combiner is MPI_COMBINER_NAMED then
it is erroneous to call MPI_TYPE_GET_CONTENTS.
If combiner is MPI_COMBINER_DUP then
Rationale.
The datatypes returned in array_of_datatypes are handles to
datatype objects that are equivalent to the datatypes used in the
original construction call. If these were derived datatypes, then
the returned datatypes are new datatype objects, and the
user is responsible for freeing these datatypes with
MPI_TYPE_FREE.
If these were predefined datatypes, then
the returned datatype is equal to that (constant) predefined datatype
and cannot be freed.
Rationale.
Advice
to implementors.
Rationale.
Rationale.
The following defines what values are placed in each entry of the
returned arrays depending on the datatype constructor used for
datatype. It also specifies the size of the arrays needed
which is the values returned by MPI_TYPE_GET_ENVELOPE.
In Fortran, the following calls were made:
#define LARGE 1000
int ni, na, nd, combiner, i[LARGE];
MPI_Aint a[LARGE];
MPI_Datatype type, d[LARGE];
/* construct datatype type (not shown) */
MPI_Type_get_envelope(type, &ni, &na, &nd, &combiner);
if ((ni > LARGE) || (na > LARGE) || (nd > LARGE)) {
fprintf(stderr, "ni, na, or nd = %d %d %d returned by ", ni, na, nd);
fprintf(stderr, "MPI_Type_get_envelope is larger than LARGE = %d\n",
LARGE);
MPI_Abort(MPI_COMM_WORLD, 99);
};
MPI_Type_get_contents(type, ni, na, nd, i, a, d);
The C++ code is in analogy to the C code above with the same values returned.
| Constructor argument | C & C++ location | Fortran location |
| oldtype | d[0] | D(1) |
If combiner is MPI_COMBINER_CONTIGUOUS then
| Constructor argument | C & C++ location | Fortran location |
| count | i[0] | I(1) |
| oldtype | d[0] | D(1) |
If combiner is MPI_COMBINER_VECTOR then
| Constructor argument | C & C++ location | Fortran location |
| count | i[0] | I(1) |
| blocklength | i[1] | I(2) |
| stride | i[2] | I(3) |
| oldtype | d[0] | D(1) |
If combiner is MPI_COMBINER_HVECTOR_INTEGER or MPI_COMBINER_HVECTOR then
| Constructor argument | C & C++ location | Fortran location |
| count | i[0] | I(1) |
| blocklength | i[1] | I(2) |
| stride | a[0] | A(1) |
| oldtype | d[0] | D(1) |
If combiner is MPI_COMBINER_INDEXED then
| Constructor argument | C & C++ location | Fortran location |
| count | i[0] | I(1) |
| array_of_blocklengths | i[1] to i[i[0]] | I(2) to I(I(1)+1) |
| array_of_displacements | i[i[0]+1] to i[2*i[0]] | I(I(1)+2) to I(2*I(1)+1) |
| oldtype | d[0] | D(1) |
If combiner is MPI_COMBINER_HINDEXED_INTEGER or MPI_COMBINER_HINDEXED then
| Constructor argument | C & C++ location | Fortran location |
| count | i[0] | I(1) |
| array_of_blocklengths | i[1] to i[i[0]] | I(2) to I(I(1)+1) |
| array_of_displacements | a[0] to a[i[0]-1] | A(1) to A(I(1)) |
| oldtype | d[0] | D(1) |
If combiner is MPI_COMBINER_INDEXED_BLOCK then
| Constructor argument | C & C++ location | Fortran location |
| count | i[0] | I(1) |
| blocklength | i[1] | I(2) |
| array_of_displacements | i[2] to i[i[0]+1] | I(3) to I(I(1)+2) |
| oldtype | d[0] | D(1) |
If combiner is MPI_COMBINER_STRUCT_INTEGER or MPI_COMBINER_STRUCT then
| Constructor argument | C & C++ location | Fortran location |
| count | i[0] | I(1) |
| array_of_blocklengths | i[1] to i[i[0]] | I(2) to I(I(1)+1) |
| array_of_displacements | a[0] to a[i[0]-1] | A(1) to A(I(1)) |
| array_of_types | d[0] to d[i[0]-1] | D(1) to D(I(1)) |
If combiner is MPI_COMBINER_SUBARRAY then
| Constructor argument | C & C++ location | Fortran location |
| ndims | i[0] | I(1) |
| array_of_sizes | i[1] to i[i[0]] | I(2) to I(I(1)+1) |
| array_of_subsizes | i[i[0]+1] to i[2*i[0]] | I(I(1)+2) to I(2*I(1)+1) |
| array_of_starts | i[2*i[0]+1] to i[3*i[0]] | I(2*I(1)+2) to I(3*I(1)+1) |
| order | i[3*i[0]+1] | I(3*I(1)+2] |
| oldtype | d[0] | D(1) |
If combiner is MPI_COMBINER_DARRAY then
| Constructor argument | C & C++ location | Fortran location |
| size | i[0] | I(1) |
| rank | i[1] | I(2) |
| ndims | i[2] | I(3) |
| array_of_gsizes | i[3] to i[i[2]+2] | I(4) to I(I(3)+3) |
| array_of_distribs | i[i[2]+3] to i[2*i[2]+2] | I(I(3)+4) to I(2*I(3)+3) |
| array_of_dargs | i[2*i[2]+3] to i[3*i[2]+2] | I(2*I(3)+4) to I(3*I(3)+3) |
| array_of_psizes | i[3*i[2]+3] to i[4*i[2]+2] | I(3*I(3)+4) to I(4*I(3)+3) |
| order | i[4*i[2]+3] | I(4*I(3)+4) |
| oldtype | d[0] | D(1) |
If combiner is MPI_COMBINER_F90_REAL then
| Constructor argument | C & C++ location | Fortran location |
| p | i[0] | I(1) |
| r | i[1] | I(2) |
If combiner is MPI_COMBINER_F90_COMPLEX then
| Constructor argument | C & C++ location | Fortran location |
| p | i[0] | I(1) |
| r | i[1] | I(2) |
If combiner is MPI_COMBINER_F90_INTEGER then
| Constructor argument | C & C++ location | Fortran location |
| r | i[0] | I(1) |
If combiner is MPI_COMBINER_RESIZED then
| Constructor argument | C & C++ location | Fortran location |
| lb | a[0] | A(1) |
| extent | a[1] | A(2) |
| oldtype | d[0] | D(1) |


More damage with pistols. Gunslinger has ranks that up the range of pistols, add a chance to disarm enemies, and even instant limb crippling shots
More damage done by Automatic weapons
Become harder to detect when in sneak mode
Kill humans or humanoid creatures in their sleep for bonus XP.
TBC
TBC
TBC
TBC
TBC
TBC


Homesday Tech Test
Enter a github user below, then choose a repo to see the contributions
Start typing the name of a Github contributor
Please select


Team
Our team members started with only 10 people. We're Website developer, Security engineer,
Graphic
Designer, Information Architect , But before the company scaled up, we're all wears more
than
one hat. We provide different kinds of
Project management, Security and Data Storage solution package for our
customers
Location
We're based in Taipei Taiwan. There are several international branch offices in Hong Kong,
New York,
Albuquerque, Dublin and GuangDong. You could contact the nearest office for you, or if
you're
interested to work with us. please follow our recruit news
Environment
We have a cozy office environment not just create casual atmosphere for daily working
time, but also
encourage our employee stay for the internal self-learning project hosted by our HR and
Software
teams. It’s fun to learn challenging new things. We provide lots of courses in the
topic of
Languages learning, Software skill and Negotiation skill trainings.
Check out more details
Philosophy
We always keep our bussiness and products simple. So it will always be easy to learn and
use. Our
goal is making it simple but effective. Even though it might be the first time to use
that kinds
of product, we'll try to make sure every steps will be clear to understand for you. If
needs
any helps, our technical support team will be always standing by.


Music 101½
It's been said before by others, but I hadn't realised how insidious it is: When musicians talk about 'theory', they actually mean 'notation'. With reference to my previous whinging about music notation, I notice that the Music Notation Modernization Association are suggesting a number of revisions to make notation more useful and consistent. One of the more prominent suggestions is a change to the use of staves to make them compatible with the octave-offset principle I mentioned earlier, thus making the appearance of notes consistent across all staves, and making the use of clefs of any kind redundant.
The above idea especially comes into its own when combined with their other proposals:
Chromatic staves to indicate intervals in a proportional manner (rather than the current bonkers '♯' and '♭' notation)
Twinline staves, which only require two horizontal lines, rather than the conventional five, provides a significant increase in readability, in keeping with Tufte's principle of maximising data-ink ratio.
Note color or shape used to discriminate pitch, rather than the current quirky use of partially indicating note length. This is perhaps my favourite, as it massively increases the ease of rapidly identifying notes on sight. Since note colour is currently used to distinguish between a minim and a crotchet, then some other way of making them distinct would have to be found. A unique flag on the note stem would seem to suffice, and would be more in keeping with the other note duration symbology.
After what looks like years of painstaking brainstorming, research, focus testing and refinement, the only thing left for the MNMA to do is to decide on one single notation that unambiguously combines all the above ideas, and promote its use with the aim of gradually supplanting conventional notation. Unfortunately, this seems to be something they have singularly failed to do. By failing to adopt and recommend a single notation, they seem to be ensuring that none of their ideas will ever gain any traction.


Loading listening history from Last.fm...
There is no weekly listening history for Last.fm user {{lastfm_user.user_name}}.
← Choose a different Last.fm user


Style Guide
Use this as a toolkit for the most commonly used UI elements. This collection is curated from the underlying Evo Framework of the design system. Elements may be modified or combined with functional CSS, brand CSS classes, or very rarely inline styles.
Use these style elements by simply copy/pasting the referenced code. You may need to connect to the evo-elements and/or the evo-brand style sheets.
<link rel="stylesheet" href="../css/evo-elements.css">
<link rel="stylesheet" href="../css/evo-brand.css">
Black and White
- Black
- HEX#000000
- RGB( 0, 0, 0 )
- SASS$evo_black
- CSSevo-black
- CSSevo-black-bg
- CSSline-black
- CSSevo-box box-black
- White
- HEX#ffffff
- RGB( 255, 255, 255 )
- SASS$evo_white
- CSSevo-white
- CSSevo-white-bg
- CSSline-white
- CSSevo-box box-white
Grays
- Gray 18
- HEX#595959
- RGB( 89, 89, 89 )
- SASS$gray_18
- CSSgray-18
- CSSgray-18-bg
- CSSline-gray-18
- CSSevo-box box-gray-18
- Gray 12
- HEX#A6A6A6
- RGB( 166, 166, 166 )
- SASS$gray_12
- CSSgray-12
- CSSgray-12-bg
- CSSline-gray-12
- CSSevo-box box-gray-12
- Gray 8
- HEX#D9D9D9
- RGB( 217, 217, 217 )
- SASS$gray_8
- CSSgray-8
- CSSgray-8-bg
- CSSline-gray-8
- CSSevo-box box-gray-8
Typography
Use combinations of CSS classes to create type styling such as text-size-11 evo-font brand-color-1
.
Our Work 10
Our Work 8
Our Work 6
Our Work 4
Our Work 3
- Red Headers
Water Quality 10
Water Quality 8
Water Quality 6
Water Quality 4
Water Quality 3
- Gray Headers
10
Water Quality 6
Water Quality 4
- Gray Subheaders
Submit Proposal 3
Submit Proposal 0
- Red Eyebrow Subheaders
Lorem ipsum dolor sit amet.
- White Hero Copy
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna.
- Intro Copy
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
- Body Copy
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
- Small Body Copy
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
- Smallest Body Copy
Icons
- Icons
- Gray Icons
- White Icons
Images
Use combinations of CSS classes to create image styles and behaviors evo-image image-square image-fpo evo-box box-
.
- Image
- Square Background Image
- Half Hero Parallax Background Image
- Image Fixed Height Experiment
Graphics
Use combinations of CSS classes to contain graphics evo-image brand-graphic-1-bg image-size-25 bg-contain
.
- Graphic
- Graphic Background
Boxes and Lines
Use combinations of CSS classes to create lines and box borders image-size-15 evo-box box-1
.
- Box Borders
- HR Lines
Lists
List elements evo-list
.
- Breadcrumb List
- Icons List
- Bulleted List
- Ordered List With Lines
Tables
Table elements.
| Name of Document | Size |
|---|---|
| Hudson River | 3.1 mb |
| Raritan Bay | 183 kb |
| Arthur Kill | 17 mb |
| Mohawk River | 264 kb |
| Passaic River | 314 kb |
- Small Table
| Organization | Project | Amount |
|---|---|---|
| America Rows and Swims Newburgh | To continue and expand projects in connection with the Student Ambassador Program founded by the Newburgh Rowing Club in Newburgh | $10,000 |
| Arms-of-the-Sea Productions | To purchase equipment for a new Arm-of-the-Sea production dealing with fish advisories for the Hudson River | $2,000 |
| The Battery Conservancy | To create a moveable waterfront classroom and to develop a Hudson River/NY Harbor ecology themed curriculum for students visiting Battery Park, Manhattan | $10,000 |
| Brooklyn Bridge Park Conservancy | To fabricate, construct, and install the Discovery Station in the Conservancy's Environmental Education Center in Brooklyn | $7,000 |
| City Parks Foundation | For education programs and to improve and maintain park trails along the Hudson River in Inwood Hill Park and Riverdale Park in NYC | $5,000 |
- Large Table
Links
Link elements evo-link
.
- Link
- Inverse Link
- Link with icon
- Inverse Link With Icon
Buttons
Button elements #
.
- Button
- Inverse Button
- Inverse Button with Icon
Forms
Form elements #
.
- Mega Search
- Mega Search with Link
- Large Email
Stay Informed
- Sign up with your email address and stay up to date on the latest Hudson + Harbor news.
- Footer Email
- Text Input
- Dropdown Input
- TextArea Input
- Checkbox Input
- File Upload
- Custom File Upload Button
8 characters or more
- Sample Error Message
- Disabled Input States
Videos
Video elements #
.
- Video


Welcome To Javascript
06
Follow Me On
Github
let`s write today code.
Users
Company Name:
Name:
Email:


|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |
| Packages that use Digester | |
|---|---|
| org.apache.commons.digester | The xmlrules package provides for XML-based definition of
rules for Digester . |
| org.apache.commons.digester.annotations | The annotations package provides for Java5 Annotations
meta data-based definition of rules for Digester . |
| org.apache.commons.digester.plugins | The plugins package provides an easy mechanism whereby new
digestion rules can be added dynamically during a digestion. |
| org.apache.commons.digester.plugins.strategies | The plugins.strategies package contains "rule-finding" strategy
classes, and their associated "helper" loader classes. |
| org.apache.commons.digester.xmlrules | The Digester package lets you configure an XML -> Java object mapping module, which triggers certain actions called rules whenever a particular pattern of nested XML elements is recognized. |
| Uses of Digester in org.apache.commons.digester |
|---|
| Fields in org.apache.commons.digester declared as Digester | |
|---|---|
protected Digester |
RulesBase.digester
The Digester instance with which this Rules instance is associated. |
protected Digester |
Rule.digester
The Digester with which this Rule is associated. |
protected Digester |
AbstractObjectCreationFactory.digester
The associated Digester instance that was set up by
FactoryCreateRule upon initialization. |
| Methods in org.apache.commons.digester that return Digester | |
|---|---|
Digester |
WithDefaultsRulesWrapper.getDigester()
Gets digester using these Rules |
Digester |
RulesBase.getDigester()
Return the Digester instance with which this Rules instance is associated. |
Digester |
Rules.getDigester()
Return the Digester instance with which this Rules instance is associated. |
Digester |
Rule.getDigester()
Return the Digester with which this Rule is associated. |
Digester |
ObjectCreationFactory.getDigester()
Returns the Digester that was set by the
FactoryCreateRule upon initialization. |
Digester |
AbstractRulesImpl.getDigester()
Return the Digester instance with which this Rules instance is associated. |
Digester |
AbstractObjectCreationFactory.getDigester()
Returns the Digester that was set by the
FactoryCreateRule upon initialization. |
| Methods in org.apache.commons.digester with parameters of type Digester | |
|---|---|
abstract void |
RuleSetBase.addRuleInstances(Digester digester)
Add the set of Rule instances defined in this RuleSet to the specified Digester instance, associating them with
our namespace URI (if any). |
void |
RuleSet.addRuleInstances(Digester digester)
Add the set of Rule instances defined in this RuleSet to the specified Digester instance, associating them with
our namespace URI (if any). |
Object |
StackAction.onPop(Digester d,
String stackName,
Object o)
Invoked just after an object has been popped from a digester stack. |
Object |
StackAction.onPush(Digester d,
String stackName,
Object o)
Invoked just before an object is to be pushed onto a digester stack. |
void |
WithDefaultsRulesWrapper.setDigester(Digester digester)
Sets digeseter using these Rules |
void |
SetNestedPropertiesRule.setDigester(Digester digester)
Invoked when rule is added to digester. |
void |
RulesBase.setDigester(Digester digester)
Set the Digester instance with which this Rules instance is associated. |
void |
Rules.setDigester(Digester digester)
Set the Digester instance with which this Rules instance is associated. |
void |
Rule.setDigester(Digester digester)
Set the Digester with which this Rule is associated. |
void |
ObjectCreationFactory.setDigester(Digester digester)
Set the Digester to allow the implementation to do logging,
classloading based on the digester's classloader, etc. |
void |
CallMethodRule.setDigester(Digester digester)
Set the associated digester. |
void |
AbstractRulesImpl.setDigester(Digester digester)
Set the Digester instance with which this Rules instance is associated. |
void |
AbstractObjectCreationFactory.setDigester(Digester digester)
Set the Digester to allow the implementation to do logging,
classloading based on the digester's classloader, etc. |
| Uses of Digester in org.apache.commons.digester.annotations |
|---|
| Methods in org.apache.commons.digester.annotations that return Digester | |
|---|---|
Digester |
DigesterLoader.createDigester(Class<?> target)
Creates a new digester which rules are defined by analyzing the digester annotations in the target class. |
| Methods in org.apache.commons.digester.annotations with parameters of type Digester | |
|---|---|
void |
FromAnnotationsRuleSet.addRuleInstances(Digester digester)
Add the set of Rule instances defined in this RuleSet to the specified Digester instance, associating them with
our namespace URI (if any). |
void |
DigesterLoader.addRules(Class<?> target,
Digester digester)
Add rules to an already created Digester instance, analyzing the digester annotations in the target class. |
| Uses of Digester in org.apache.commons.digester.plugins |
|---|
| Fields in org.apache.commons.digester.plugins declared as Digester | |
|---|---|
protected Digester |
PluginRules.digester
The Digester instance with which this Rules instance is associated. |
| Methods in org.apache.commons.digester.plugins that return Digester | |
|---|---|
Digester |
PluginRules.getDigester()
Return the Digester instance with which this instance is associated. |
| Methods in org.apache.commons.digester.plugins with parameters of type Digester | |
|---|---|
abstract void |
RuleLoader.addRules(Digester d,
String path)
Configures the digester with custom rules for some plugged-in class. |
void |
Declaration.configure(Digester digester,
String pattern)
Attempt to load custom rules for the target class at the specified pattern. |
static void |
PluginDeclarationRule.declarePlugin(Digester digester,
Properties props)
|
abstract RuleLoader |
RuleFinder.findLoader(Digester d,
Class<?> pluginClass,
Properties p)
Apply the finder algorithm to attempt to locate a source of digester rules for the specified plugin class. |
RuleLoader |
PluginManager.findLoader(Digester digester,
String id,
Class<?> pluginClass,
Properties props)
Given a plugin class and some associated properties, scan the list of known RuleFinder instances until one detects a source of custom rules for this plugin (aka a RuleLoader). |
void |
Declaration.init(Digester digester,
PluginManager pm)
Must be called exactly once, and must be called before any call to the configure method. |
abstract Rules |
RulesFactory.newRules(Digester d,
Class<?> pluginClass)
Return an instance of some Rules implementation that the plugged-in class shall use to match its private parsing rules. |
void |
PluginRules.setDigester(Digester digester)
Set the Digester instance with which this Rules instance is associated. |
| Uses of Digester in org.apache.commons.digester.plugins.strategies |
|---|
| Methods in org.apache.commons.digester.plugins.strategies with parameters of type Digester | |
|---|---|
void |
LoaderSetProperties.addRules(Digester digester,
String path)
Just add a SetPropertiesRule at the specified path. |
void |
LoaderFromStream.addRules(Digester d,
String path)
Add the rules previously loaded from the input stream into the specified digester. |
void |
LoaderFromClass.addRules(Digester d,
String path)
Just invoke the target method. |
RuleLoader |
FinderSetProperties.findLoader(Digester d,
Class<?> pluginClass,
Properties p)
Returns a RuleLoader unless the properties contain an entry with the name matching constructor param propsAttr, and the value matching what is in falseval. |
RuleLoader |
FinderFromResource.findLoader(Digester d,
Class<?> pluginClass,
Properties p)
If there exists a property with the name matching constructor param resourceAttr, then load that file, run it through the xmlrules module and return an object encapsulating those rules. |
RuleLoader |
FinderFromMethod.findLoader(Digester d,
Class<?> pluginClass,
Properties p)
If there exists a property with the name matching constructor param methodAttr, then locate the appropriate Method on the plugin class and return an object encapsulating that info. |
RuleLoader |
FinderFromFile.findLoader(Digester d,
Class<?> pluginClass,
Properties p)
If there exists a property with the name specified in the constructor, then load that file, run it through the xmlrules module and return an object encapsulating those rules. |
RuleLoader |
FinderFromDfltResource.findLoader(Digester d,
Class<?> pluginClass,
Properties p)
If there exists a resource file whose name is equal to the plugin class name + the suffix specified in the constructor, then load that file, run it through the xmlrules module and return an object encapsulating those rules. |
RuleLoader |
FinderFromDfltMethod.findLoader(Digester d,
Class<?> pluginClass,
Properties p)
If there exists on the plugin class a method with name matching the constructor's methodName value then locate the appropriate Method on the plugin class and return an object encapsulating that info. |
RuleLoader |
FinderFromDfltClass.findLoader(Digester digester,
Class<?> pluginClass,
Properties p)
If there exists a class whose name is the plugin class name + the suffix specified to the constructor, then load that class, locate the appropriate rules-adding method on that class, and return an object encapsulating that info. |
RuleLoader |
FinderFromClass.findLoader(Digester digester,
Class<?> pluginClass,
Properties p)
If there exists a property with the name matching constructor param ruleClassAttr, then load the specified class, locate the appropriate rules-adding method on that class, and return an object encapsulating that info. |
static RuleLoader |
FinderFromResource.loadRules(Digester d,
Class<?> pluginClass,
InputStream is,
String resourceName)
Open the specified resource file (ie a file in the classpath, including being within a jar in the classpath), run it through the xmlrules module and return an object encapsulating those rules. |
| Uses of Digester in org.apache.commons.digester.xmlrules |
|---|
| Fields in org.apache.commons.digester.xmlrules declared as Digester | |
|---|---|
protected Digester |
DigesterRuleParser.targetDigester
This is the digester to which we are adding the rules that we parse from the Rules XML document. |
| Methods in org.apache.commons.digester.xmlrules that return Digester | |
|---|---|
static Digester |
DigesterLoader.createDigester(InputSource rulesSource)
Creates a new digester and initializes it from the specified InputSource |
static Digester |
DigesterLoader.createDigester(InputSource rulesSource,
Digester rulesDigester)
Creates a new digester and initializes it from the specified InputSource. |
static Digester |
DigesterLoader.createDigester(URL rulesXml)
Creates a new digester and initializes it from the specified XML file |
static Digester |
DigesterLoader.createDigester(URL rulesXml,
Digester rulesDigester)
Creates a new digester and initializes it from the specified XML file. |
| Methods in org.apache.commons.digester.xmlrules with parameters of type Digester | |
|---|---|
void |
FromXmlRuleSet.addRuleInstances(Digester digester)
Adds to the digester the set of Rule instances defined in the XML file for this rule set. |
void |
DigesterRuleParser.addRuleInstances(Digester digester)
Add to the given digester the set of Rule instances used to parse an XML document defining Digester rules. |
void |
FromXmlRuleSet.addRuleInstances(Digester digester,
String basePath)
Adds to the digester the set of Rule instances defined in the XML file for this rule set. |
static Digester |
DigesterLoader.createDigester(InputSource rulesSource,
Digester rulesDigester)
Creates a new digester and initializes it from the specified InputSource. |
static Digester |
DigesterLoader.createDigester(URL rulesXml,
Digester rulesDigester)
Creates a new digester and initializes it from the specified XML file. |
void |
DigesterRulesSource.getRules(Digester digester)
Creates and adds Digester Rules to a given Rules object |
void |
DigesterRuleParser.setTarget(Digester d)
Sets the digester into which to add the parsed rules |
| Constructors in org.apache.commons.digester.xmlrules with parameters of type Digester | |
|---|---|
DigesterRuleParser(Digester targetDigester)
Constructs a rule set for converting XML digester rule descriptions into Rule objects, and adding them to the given Digester |
|
FromXmlRuleSet(InputSource inputSource,
Digester rulesDigester)
Constructs a FromXmlRuleSet using the default DigesterRuleParser and a ruleDigester for loading the rules xml. |
|
FromXmlRuleSet(InputSource inputSource,
DigesterRuleParser parser,
Digester rulesDigester)
|
|
FromXmlRuleSet(URL rulesXml,
Digester rulesDigester)
Constructs a FromXmlRuleSet using the default DigesterRuleParser and a ruleDigester for loading the rules xml. |
|
FromXmlRuleSet(URL rulesXml,
DigesterRuleParser parser,
Digester rulesDigester)
|
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


|
ECS160Android
FortNitta Android platform team
|
The animation played while a wall or floor burns. More...
Public Member Functions | |
| CShipExplosionAnimation (CGame game, Vector2 position, Vector2 index, SDirection.EValue direction) | |
| Makes a new animation at a position. More... | |
| void | Draw (CGame game) |
| Draws the animation using the ship explosion tileset. More... | |
| void | Update (CGame game) |
| Updates the animation slowly. More... | |
| Public Member Functions inherited from game.animations.CAnimation | |
| CAnimation (Vector2 position, Vector2 index, int base_frame_index, int frame_count) | |
| Makes a new animation at a position and frame parameters. More... | |
| void | dispose () |
| Virtual destructorr. | |
| void | Update (CGame game) |
| Moves to the next frame. More... | |
| abstract void | Draw (CGame game) |
| Pure virtual implemented by subclasses to specify which tileset to use. More... | |
| final boolean | ShouldContinuePlaying () |
| Determines if animation should continue or has reached the end based on the current frame and the frame count. More... | |
| final Vector2 | Position () |
| final Vector2 | Index () |
Public Attributes | |
| int | DAnimationStep |
| Used to slow down the animation. More... | |
| Public Attributes inherited from game.animations.CAnimation | |
| int | tileType = 0 |
Additional Inherited Members | |
| Protected Member Functions inherited from game.animations.CAnimation | |
| final void | Draw (CGame game, CGraphicTileset tileset) |
| Internal drawing that draws the frame at the position given the tileset. More... | |
| Protected Attributes inherited from game.animations.CAnimation | |
| int | DBaseFrameIndex |
| The index of the first frame in the tileset. | |
| int | DFrameIndex |
| Which frame the animation is currently at. | |
| int | DFrameCount |
| The number of frames in the animation. | |
| Vector2 | DPosition = new Vector2() |
| The position of the animation. | |
| Vector2 | DIndex = new Vector2() |
| The tile index for the animation. | |
The animation played while a wall or floor burns.
| game.animations.CShipExplosionAnimation.CShipExplosionAnimation | ( | CGame | game, |
| Vector2 | position, | ||
| Vector2 | index, | ||
| SDirection.EValue | direction | ||
| ) |
Makes a new animation at a position.
| game | The game playing |
| position | The position to play at |
| direction | The direction the ship is facing |
| void game.animations.CShipExplosionAnimation.Draw | ( | CGame | game | ) |
Draws the animation using the ship explosion tileset.
| game | The game drawing |
| void game.animations.CShipExplosionAnimation.Update | ( | CGame | game | ) |
Updates the animation slowly.
| game | The game updating |
| int game.animations.CShipExplosionAnimation.DAnimationStep |
Used to slow down the animation.


Hello World!
myForexApp is an Android App project of mine to help users get their latest Forex related data in one place
Coming soon.
Till then you can view my profile on Linkedin
Drop me a message if you like, I'd love to update you on it's progress!