text:
#import <Foundation/Foundation.h>
#import "PLClangAvailability.h"
#import "PLClangComment.h"
#import "PLClangSourceRange.h"
#import "PLClangType.h"
@class PLClangCursor;

/**
 * The kind of a PLClangCursor.
 */
typedef NS_ENUM(NSUInteger, PLClangCursorKind) {
    /* Declarations */

    /**
     * A declaration whose specific kind is not exposed via this
     * interface.
     *
     * Unexposed declarations have the same operations as any
     * other kind of declaration; one can extract their location
     * information, spelling, find their definitions, etc.
     * However, the specific kind of the declaration is not
     * reported.
     */
    PLClangCursorKindUnexposedDeclaration                     = 1,

    /**
     * A struct.
     */
    PLClangCursorKindStructDeclaration                        = 2,

    /**
     * A union.
     */
    PLClangCursorKindUnionDeclaration                         = 3,

    /**
     * A C++ class.
     */
    PLClangCursorKindClassDeclaration                         = 4,

    /**
     * An enumeration.
     */
    PLClangCursorKindEnumDeclaration                          = 5,

    /**
     * A field (in C) or non-static data member (in C++) in a
     * struct, union, or C++ class.
     */
    PLClangCursorKindFieldDeclaration                         = 6,

    /**
     * An enumerator constant.
     */
    PLClangCursorKindEnumConstantDeclaration                  = 7,

    /**
     * A function.
     */
    PLClangCursorKindFunctionDeclaration                      = 8,

    /**
     * A variable.
     */
    PLClangCursorKindVariableDeclaration                      = 9,

    /**
     * A function or method parameter.
     */
    PLClangCursorKindParameterDeclaration                     = 10,

    /**
     * An Objective-C \@interface.
     */
    PLClangCursorKindObjCInterfaceDeclaration                 = 11,

    /**
     * An Objective-C \@interface for a category.
     */
    PLClangCursorKindObjCCategoryDeclaration                  = 12,

    /**
     * An Objective-C \@protocol declaration.
     */
    PLClangCursorKindObjCProtocolDeclaration                  = 13,

    /**
     * An Objective-C \@property declaration.
     */
    PLClangCursorKindObjCPropertyDeclaration                  = 14,

    /**
     * An Objective-C instance variable.
     */
    PLClangCursorKindObjCInstanceVariableDeclaration          = 15,

    /**
     * An Objective-C instance method.
     */
    PLClangCursorKindObjCInstanceMethodDeclaration            = 16,

    /**
     * An Objective-C class method.
     */
    PLClangCursorKindObjCClassMethodDeclaration               = 17,

    /**
     * An Objective-C \@implementation.
     */
    PLClangCursorKindObjCImplementationDeclaration            = 18,

    /**
     * An Objective-C \@implementation for a category.
     */
    PLClangCursorKindObjCCategoryImplementationDeclaration    = 19,

    /**
     * A typedef.
     */
    PLClangCursorKindTypedefDeclaration                       = 20,

    /**
     * A C++ class method.
     */
    PLClangCursorKindCXXMethod                                = 21,

    /**
     * A C++ namespace.
     */
    PLClangCursorKindNamespace                                = 22,

    /**
     * A linkage specification such as 'extern "C"'.
     */
    PLClangCursorKindLinkageSpecification                     = 23,

    /**
     * A C++ constructor.
     */
    PLClangCursorKindConstructor                              = 24,

    /**
     * A C++ destructor.
     */
    PLClangCursorKindDestructor                               = 25,

    /**
     * A C++ conversion function.
     */
    PLClangCursorKindConversionFunction                       = 26,

    /**
     * A C++ template type parameter.
     */
    PLClangCursorKindTemplateTypeParameter                    = 27,

    /**
     * A C++ non-type template parameter.
     */
    PLClangCursorKindNonTypeTemplateParameter                 = 28,

    /**
     * A C++ template template parameter.
     */
    PLClangCursorKindTemplateTemplateParameter                = 29,

    /**
     * A C++ function template.
     */
    PLClangCursorKindFunctionTemplate                         = 30,

    /**
     * A C++ class template.
     */
    PLClangCursorKindClassTemplate                            = 31,

    /**
     * A C++ class template partial specialization.
     */
    PLClangCursorKindClassTemplatePartialSpecialization       = 32,

    /**
     * A C++ namespace alias declaration.
     */
    PLClangCursorKindNamespaceAlias                           = 33,

    /**
     * A C++ using directive.
     */
    PLClangCursorKindUsingDirective                           = 34,

    /**
     * A C++ using declaration.
     */
    PLClangCursorKindUsingDeclaration                         = 35,

    /**
     * A C++ alias declaration.
     */
    PLClangCursorKindTypeAliasDeclaration                     = 36,

    /**
     * An Objective-C \@synthesize declaration.
     */
    PLClangCursorKindObjCSynthesizeDeclaration                = 37,

    /**
     * An Objective-C \@dynamic declaration.
     */
    PLClangCursorKindObjCDynamicDeclaration                   = 38,

    /**
     * An access specifier.
     */
    PLClangCursorKindCXXAccessSpecifier                       = 39,

    /* References */

    /**
     * A reference to an Objective-C superclass.
     */
    PLClangCursorKindObjCSuperclassReference                  = 40,

    /**
     * A reference to an Objective-C protocol.
     */
    PLClangCursorKindObjCProtocolReference                    = 41,

    /**
     * A reference to an Objective-C class.
     */
    PLClangCursorKindObjCClassReference                       = 42,

    /**
     * A reference to a type declaration.
     *
     * A type reference occurs anywhere a type is named but not
     * declared. For example, given:
     *
     * @code
     * typedef unsigned size_type;
     * size_type size;
     * @endcode
     *
     * The typedef is a declaration of @c size_type
     * (PLClangCursorKindTypedefDeclaration), while the type of
     * the variable @c size is referenced. The cursor referenced by
     * the type of @c size is the typedef for @c size_type.
     */
    PLClangCursorKindTypeReference                            = 43,

    /**
     * A C++ base class (or struct) specifier.
     */
    PLClangCursorKindCXXBaseSpecifier                         = 44,

    /**
     * A reference to a class template, function template, template
     * template parameter, or class template partial specialization.
     */
    PLClangCursorKindTemplateReference                        = 45,

    /**
     * A reference to a namespace or namespace alias.
     */
    PLClangCursorKindNamespaceReference                       = 46,

    /**
     * A reference to a member of a struct, union, or class that
     * occurs in some non-expression context, e.g., a designated
     * initializer.
     */
    PLClangCursorKindMemberReference                          = 47,

    /**
     * A reference to a labeled statement.
     *
     * This cursor kind is used to describe the jump to @c start_over
     * in the goto statement in the following example:
     *
     * @code
     * start_over:
     *   ++counter;
     *
     *   goto start_over;
     * @endcode
     */
    PLClangCursorKindLabelReference                           = 48,

    /**
     * A reference to a set of overloaded functions or function
     * templates that has not yet been resolved to a specific function
     * or function template.
     *
     * An overloaded declaration reference cursor occurs in C++
     * templates where a dependent name refers to a function.
     * For example:
     *
     * @code
     * template<typename T> void swap(T&, T&);
     *
     * struct X { ... };
     * void swap(X&, X&);
     *
     * template<typename T>
     * void reverse(T* first, T* last) {
     *   while (first < last - 1) {
     *     swap(*first, *--last);
     *     ++first;
     *   }
     * }
     *
     * struct Y { };
     * void swap(Y&, Y&);
     * @endcode
     *
     * Here, the identifier @c swap is associated with an overloaded
     * declaration reference. In the template definition, @c swap
     * refers to either of the two @c swap functions declared above,
     * so both results will be available. At instantiation time,
     * @c swap may also refer to other functions found via
     * argument-dependent lookup (e.g., the @c swap function at the
     * end of the example).
     *
     * The @c overloadedDeclarations property can be used to
     * retrieve the definitions referenced by this cursor.
     */
    PLClangCursorKindOverloadedDeclarationReference           = 49,

    /**
     * A reference to a variable that occurs in some non-expression
     * context, e.g., a C++ lambda capture list.
     */
    PLClangCursorKindVariableReference                        = 50,

    /* Expressions */

    /**
     * An expression whose specific kind is not exposed via this
     * interface.
     *
     * Unexposed expressions have the same operations as any other kind
     * of expression; one can extract their location information,
     * spelling, children, etc. However, the specific kind of the
     * expression is not reported.
     */
    PLClangCursorKindUnexposedExpression                      = 100,

    /**
     * An expression that refers to some value declaration, such
     * as a function, varible, or enumerator.
     */
    PLClangCursorKindDeclarationReferenceExpression           = 101,

    /**
     * An expression that refers to a member of a struct, union,
     * class, Objective-C class, etc.
     */
    PLClangCursorKindMemberReferenceExpression                = 102,

    /**
     * An expression that calls a function.
     */
    PLClangCursorKindCallExpression                           = 103,

    /**
     * An expression that sends a message to an Objective-C
     * object or class.
     */
    PLClangCursorKindObjCMessageExpression                    = 104,

    /**
     * A block expression.
     */
    PLClangCursorKindBlockExpression                          = 105,

    /**
     * An integer literal.
     */
    PLClangCursorKindIntegerLiteral                           = 106,

    /**
     * A floating point number literal.
     */
    PLClangCursorKindFloatingLiteral                          = 107,

    /**
     * An imaginary number literal.
     */
    PLClangCursorKindImaginaryLiteral                         = 108,

    /**
     * A string literal.
     */
    PLClangCursorKindStringLiteral                            = 109,

    /**
     * A character literal.
     */
    PLClangCursorKindCharacterLiteral                         = 110,

    /**
     * A parenthesized expression, e.g. "(1)".
     *
     * This AST node is only formed if full location information
     * is requested.
     */
    PLClangCursorKindParenthesizedExpression                  = 111,

    /**
     * A unary operator expression.
     */
    PLClangCursorKindUnaryOperator                            = 112,

    /**
     * An array subscripting expression.
     */
    PLClangCursorKindArraySubscriptExpression                 = 113,

    /**
     * A builtin binary operation expression such as "x + y" or
     * "x <= y".
     */
    PLClangCursorKindBinaryOperator                           = 114,

    /**
     * A compound assignment such as "+=".
     */
    PLClangCursorKindCompoundAssignmentOperator               = 115,

    /**
     * The ?: ternary operator.
     */
    PLClangCursorKindConditionalOperator                      = 116,

    /**
     * An explicit cast in C or a C-style cast in C++ that uses the
     * syntax (type)expression.
     *
     * For example: (int)f.
     */
    PLClangCursorKindCStyleCastExpression                     = 117,

    /**
     * A compound literal expression.
     */
    PLClangCursorKindCompoundLiteralExpression                = 118,

    /**
     * A C or C++ initializer list.
     */
    PLClangCursorKindInitializerListExpression                = 119,

    /**
     * A GNU address of label extension, representing &&label.
     */
    PLClangCursorKindAddressLabelExpression                   = 120,

    /**
     * A GNU statement expression extension: ({int X=4; X;})
     */
    PLClangCursorKindStatementExpression                      = 121,

    /**
     * A C11 generic selection.
     */
    PLClangCursorKindGenericSelectionExpression               = 122,

    /**
     * The GNU __null extension, which is a name for a null pointer
     * constant that has integral type (e.g., int or long) and is the
     * same size and alignment as a pointer.
     *
     * The __null extension is typically only used by system headers,
     * which define NULL as __null in C++ rather than using 0 (which
     * is an integer that may not match the size of a pointer).
     */
    PLClangCursorKindGNUNullExpression                        = 123,

    /**
     * A C++ static_cast<> expression.
     */
    PLClangCursorKindCXXStaticCastExpression                  = 124,

    /**
     * A C++ dynamic_cast<> expression.
     */
    PLClangCursorKindCXXDynamicCastExpression                 = 125,

    /**
     * A C++ reinterpret_cast<> expression.
     */
    PLClangCursorKindCXXReinterpretCastExpression             = 126,

    /**
     * A C++ const_cast<> expression.
     */
    PLClangCursorKindCXXConstCastExpression                   = 127,

    /**
     * An explicit C++ type conversion that uses "functional"
     * notion (C++ [expr.type.conv]). For example:
     *
     * @code
     * x = int(0.5);
     * @endcode
     */
    PLClangCursorKindCXXFunctionalCastExpression              = 128,

    /**
     * A C++ typeid expression (C++ [expr.typeid]).
     */
    PLClangCursorKindCXXTypeidExpression                      = 129,

    /**
     * A C++ Boolean literal ([C++ 2.13.5]).
     */
    PLClangCursorKindCXXBoolLiteralExpression                 = 130,

    /**
     * A C++ nullptr literal ([C++0x 2.14.7]).
     */
    PLClangCursorKindCXXNullPtrLiteralExpression              = 131,

    /**
     * A C++ this expression.
     */
    PLClangCursorKindCXXThisExpression                        = 132,

    /**
     * A C++ throw expression.
     *
     * This handles 'throw' and 'throw' assignment-expression. When
     * assignment-expression isn't present, Op will be null.
     */
    PLClangCursorKindCXXThrowExpression                       = 133,

    /**
     * A new expression for memory allocation and constructor calls,
     * e.g., "new CXXNewExpr(foo)".
     */
    PLClangCursorKindCXXNewExpression                         = 134,

    /**
     * A delete expression for memory deallocation and destructor
     * calls, e.g. "delete[] pArray".
     */
    PLClangCursorKindCXXDeleteExpression                      = 135,

    /**
     * A unary expression.
     */
    PLClangCursorKindUnaryExpression                          = 136,

    /**
     * An Objective-C string literal i.e. @"foo".
     */
    PLClangCursorKindObjCStringLiteral                        = 137,

    /**
     * An Objective-C \@encode expression.
     */
    PLClangCursorKindObjCEncodeExpression                     = 138,

    /**
     * An Objective-C \@selector expression.
     */
    PLClangCursorKindObjCSelectorExpression                   = 139,

    /**
     * An Objective-C \@protocol expression.
     */
    PLClangCursorKindObjCProtocolExpression                   = 140,

    /**
     * An Objective-C "bridged" cast expression, which casts between
     * Objective-C pointers and C pointers, transferring ownership
     * in the process.
     *
     * @code
     * NSString *str = (__bridge_transfer NSString *)CFCreateString();
     * @endcode
     */
    PLClangCursorKindObjCBridgedCastExpression                = 141,

    /**
     * A C++0x pack expansion that produces a sequence of expressions.
     *
     * A pack expansion expression contains a pattern (which itself is
     * an expression) followed by an ellipsis. For example:
     *
     * @code
     * template<typename F, typename ...Types>
     * void forward(F f, Types &&...args) {
     *  f(static_cast<Types&&>(args)...);
     * }
     * @endcode
     */
    PLClangCursorKindPackExpansionExpression                  = 142,

    /**
     * An expression that computes the length of a parameter pack.
     *
     * @code
     * template<typename ...Types>
     * struct count {
     *   static const unsigned value = sizeof...(Types);
     * };
     * @endcode
     */
    PLClangCursorKindSizeOfPackExpression                     = 143,

    /**
     * A C++ lambda expression that produces a local function object.
     *
     * @code
     * void abssort(float *x, unsigned N) {
     *   std::sort(x, x + N,
     *             [](float a, float b) {
     *               return std::abs(a) < std::abs(b);
     *             });
     * }
     * @endcode
     */
    PLClangCursorKindLambdaExpression                         = 144,

    /**
     * An Objective-C Boolean literal.
     */
    PLClangCursorKindObjCBoolLiteralExpression                = 145,

    /**
     * An Objective-C self expression.
     */
    PLClangCursorKindObjCSelfExpression                       = 146,

    /**
     * An OpenMP array section expression.
     */
    PLClangCursorKindOMPArraySectionExpression                = 147,

    /**
     * An Objective-C an @available() check.
     */
    PLClangCursorKindObjCAvailabilityCheckExpression          = 148,

    /* Statements */

    /**
     * A statement whose specific kind is not exposed via this
     * interface.
     *
     * Unexposed statements have the same operations as any other kind of
     * statement; one can extract their location information, spelling,
     * children, etc. However, the specific kind of the statement is not
     * reported.
     */
    PLClangCursorKindUnexposedStatement                       = 200,

    /**
     * A labeled statement in a function.
     *
     * This cursor kind is used to describe the @c start_over: label
     * statement in the following example:
     *
     * @code
     * start_over:
     *   ++counter;
     * @endcode
     *
     */
    PLClangCursorKindLabelStatement                           = 201,

    /**
     * A group of statements like { stmt stmt }.
     *
     * This cursor kind is used to describe compound statements,
     * e.g. function bodies.
     */
    PLClangCursorKindCompoundStatement                        = 202,

    /**
     * A case statment.
     */
    PLClangCursorKindCaseStatement                            = 203,

    /**
     * A default statement.
     */
    PLClangCursorKindDefaultStatement                         = 204,

    /**
     * An if statement
     */
    PLClangCursorKindIfStatement                              = 205,

    /**
     * A switch statement.
     */
    PLClangCursorKindSwitchStatement                          = 206,

    /**
     * A while statement.
     */
    PLClangCursorKindWhileStatement                           = 207,

    /**
     * A do statement.
     */
    PLClangCursorKindDoStatement                              = 208,

    /**
     * A for statement.
     */
    PLClangCursorKindForStatement                             = 209,

    /**
     * A goto statement.
     */
    PLClangCursorKindGotoStatement                            = 210,

    /**
     * An indirect goto statement.
     */
    PLClangCursorKindIndirectGotoStatement                    = 211,

    /**
     * A continue statement.
     */
    PLClangCursorKindContinueStatement                        = 212,

    /**
     * A break statement.
     */
    PLClangCursorKindBreakStatement                           = 213,

    /**
     * A return statement.
     */
    PLClangCursorKindReturnStatement                          = 214,

    /**
     * An inline assembly statement.
     */
    PLClangCursorKindAsmStatement                             = 215,

    /**
     * An Objective-C overall \@try-\@catch-\@finally statement.
     */
    PLClangCursorKindObjCAtTryStatement                       = 216,

    /**
     * An Objective-C \@catch statement.
     */
    PLClangCursorKindObjCAtCatchStatement                     = 217,

    /**
     * An Objective-C \@finally statement.
     */
    PLClangCursorKindObjCAtFinallyStatement                   = 218,

    /**
     * An Objective-C \@throw statement.
     */
    PLClangCursorKindObjCAtThrowStatement                     = 219,

    /**
     * An Objective-C \@synchronized statement.
     */
    PLClangCursorKindObjCAtSynchronizedStatement              = 220,

    /**
     * An Objective-C \@autoreleasepool statement.
     */
    PLClangCursorKindObjCAutoreleasePoolStatement             = 221,

    /**
     * An Objective-C for (element in collection) statement.
     */
    PLClangCursorKindObjCForCollectionStatement               = 222,

    /**
     * A C++ catch statement.
     */
    PLClangCursorKindCXXCatchStatement                        = 223,

    /**
     * A C++ try statement.
     */
    PLClangCursorKindCXXTryStatement                          = 224,

    /**
     * A C++ for (* : *) statement.
     */
    PLClangCursorKindCXXForRangeStatement                     = 225,

    /**
     * A Windows Structured Exception Handling try statement.
     */
    PLClangCursorKindSEHTryStatement                          = 226,

    /**
     * A Windows Structured Exception Handling except statement.
     */
    PLClangCursorKindSEHExceptStatement                       = 227,

    /**
     * A Windows Structured Exception Handling finally statement.
     */
    PLClangCursorKindSEHFinallyStatement                      = 228,

    /**
     * An MS inline assembly statement extension.
     */
    PLClangCursorKindMSAsmStatement                           = 229,

    /**
     * A null statement ";": C99 6.8.3p3.
     */
    PLClangCursorKindNullStatement                            = 230,

    /**
     * An adaptor class for mixing declarations with statements and
     * expressions.
     */
    PLClangCursorKindDeclarationStatement                     = 231,

    /**
     * An OpenMP parallel directive.
     */
    PLClangCursorKindOMPParallelDirective                     = 232,

    /**
     * An OpenMP SIMD directive.
     */
    PLClangCursorKindOMPSimdDirective                         = 233,

    /**
     * An OpenMP for directive.
     */
    PLClangCursorKindOMPForDirective                          = 234,

    /**
     * An OpenMP sections directive.
     */
    PLClangCursorKindOMPSectionsDirective                     = 235,

    /**
     * An OpenMP section directive.
     */
    PLClangCursorKindOMPSectionDirective                      = 236,

    /**
     * An OpenMP single directive.
     */
    PLClangCursorKindOMPSingleDirective                       = 237,

    /**
     * An OpenMP parallel for directive.
     */
    PLClangCursorKindOMPParallelForDirective                  = 238,

    /**
     * An OpenMP parallel sections directive.
     */
    PLClangCursorKindOMPParallelSectionsDirective             = 239,

    /**
     * An OpenMP task directive.
     */
    PLClangCursorKindOMPTaskDirective                         = 240,

    /**
     * An OpenMP master directive.
     */
    PLClangCursorKindOMPMasterDirective                       = 241,

    /**
     * An OpenMP critical directive.
     */
    PLClangCursorKindOMPCriticalDirective                     = 242,

    /**
     * An OpenMP taskyield directive.
     */
    PLClangCursorKindOMPTaskyieldDirective                    = 243,

    /**
     * An OpenMP barrier directive.
     */
    PLClangCursorKindOMPBarrierDirective                      = 244,

    /**
     * An OpenMP taskwait directive.
     */
    PLClangCursorKindOMPTaskwaitDirective                     = 245,

    /**
     * An OpenMP flush directive.
     */
    PLClangCursorKindOMPFlushDirective                        = 246,

    /**
     * A Windows Structured Exception Handling's leave statement.
     */
    PLClangCursorKindSEHLeaveStatement                        = 247,

    /**
     * An OpenMP ordered directive.
     */
    PLClangCursorKindOMPOrderedDirective                      = 248,

    /**
     * An OpenMP atomic directive.
     */
    PLClangCursorKindOMPAtomicDirective                       = 249,

    /**
     * An OpenMP for SIMD directive.
     */
    PLClangCursorKindOMPForSimdDirective                      = 250,

    /**
     * An OpenMP parallel for SIMD directive.
     */
    PLClangCursorKindOMPParallelForSimdDirective              = 251,

    /**
     * An OpenMP target directive.
     */
    PLClangCursorKindOMPTargetDirective                       = 252,

    /**
     * An OpenMP teams directive.
     */
    PLClangCursorKindOMPTeamsDirective                        = 253,

    /**
     * An OpenMP taskgroup directive.
     */
    PLClangCursorKindOMPTaskgroupDirective                    = 254,

    /**
     * An OpenMP cancellation point directive.
     */
    PLClangCursorKindOMPCancellationPointDirective            = 255,

    /**
     * An OpenMP cancel directive.
     */
    PLClangCursorKindOMPCancelDirective                       = 256,

    /**
     * An OpenMP target data directive.
     */
    PLClangCursorKindOMPTargetDataDirective                   = 257,

    /**
     * An OpenMP taskloop directive.
     */
    PLClangCursorKindOMPTaskLoopDirective                     = 258,

    /**
     * An OpenMP taskloop directive.
     */
    PLClangCursorKindOMPTaskLoopSimdDirective                 = 259,

    /**
     * An OpenMP distribute directive.
     */
    PLClangCursorKindOMPDistributeDirective                   = 260,

    /**
     * An OpenMP target enter data directive.
     */
    PLClangCursorKindOMPTargetEnterDataDirective              = 261,

    /**
     * An OpenMP target exit data directive.
     */
    PLClangCursorKindOMPTargetExitDataDirective               = 262,

    /**
     * An OpenMP target parallel directive.
     */
    PLClangCursorKindOMPTargetParallelDirective               = 263,

    /**
     * An OpenMP target parallel for directive.
     */
    PLClangCursorKindOMPTargetParallelForDirective            = 264,

    /**
     * An OpenMP target update directive.
     */
    PLClangCursorKindOMPTargetUpdateDirective                 = 265,

    /**
     * An OpenMP distribute parallel for directive.
     */
    PLClangCursorKindOMPDistributeParallelForDirective        = 266,

    /**
     * An OpenMP distribute parallel for simd directive.
     */
    PLClangCursorKindOMPDistributeParallelForSimdDirective    = 267,

    /**
     * An OpenMP distribute simd directive.
     */
    PLClangCursorKindOMPDistributeSimdDirective               = 268,

    /**
     * An OpenMP target parallel for simd directive.
     */
    PLClangCursorKindOMPTargetParallelForSimdDirective        = 269,

    /**
     * An OpenMP target simd directive.
     */
    PLClangCursorKindOMPTargetSimdDirective                   = 270,

    /**
     * An OpenMP teams distribute directive.
     */
    PLClangCursorKindOMPTeamsDistributeDirective              = 271,

    /**
     * An OpenMP teams distribute simd directive.
     */
    PLClangCursorKindOMPTeamsDistributeSimdDirective          = 272,

    /**
     * An OpenMP teams distribute parallel for simd directive.
     */
    PLClangCursorKindOMPTeamsDistributeParallelForSimdDirective = 273,

    /**
     * An OpenMP teams distribute parallel for directive.
     */
    PLClangCursorKindOMPTeamsDistributeParallelForDirective   = 274,

    /**
     * An OpenMP target teams directive.
     */
    PLClangCursorKindOMPTargetTeamsDirective                  = 275,

    /**
     * An OpenMP target teams distribute directive.
     */
    PLClangCursorKindOMPTargetTeamsDistributeDirective        = 276,

    /**
     * An OpenMP target teams distribute parallel for directive.
     */
    PLClangCursorKindOMPTargetTeamsDistributeParallelForDirective = 277,

    /**
     * An OpenMP target teams distribute parallel for simd directive.
     */
    PLClangCursorKindOMPTargetTeamsDistributeParallelForSimdDirective = 278,

    /**
     * An OpenMP target teams distribute simd directive.
     */
    PLClangCursorKindOMPTargetTeamsDistributeSimdDirective    = 279,

    /**
     * The translation unit itself.
     *
     * The translation unit cursor exists primarily to act as the root
     * cursor for traversing the contents of a translation unit.
     */
    PLClangCursorKindTranslationUnit                          = 300,

    /* Attributes */

    /**
     * An attribute whose specific kind is not exposed via this
     * interface.
     */
    PLClangCursorKindUnexposedAttribute                       = 400,

    /**
     * An IBAction attribute.
     */
    PLClangCursorKindIBActionAttribute                        = 401,

    /**
     * An IBOutlet attribute.
     */
    PLClangCursorKindIBOutletAttribute                        = 402,

    /**
     * An IBOutletCollection attribute.
     */
    PLClangCursorKindIBOutletCollectionAttribute              = 403,

    /**
     * A C++ final specifier.
     */
    PLClangCursorKindCXXFinalAttribute                        = 404,

    /**
     * A C++ override specifier.
     */
    PLClangCursorKindCXXOverrideAttribute                     = 405,

    /**
     * An annotate attribute.
     */
    PLClangCursorKindAnnotateAttribute                        = 406,

    /**
     * An assembler label.
     */
    PLClangCursorKindAsmLabelAttribute                        = 407,

    /**
     * A packed attribute.
     */
    PLClangCursorKindPackedAttribute                          = 408,

    /**
     * A pure attribute.
     */
    PLClangCursorKindPureAttribute                            = 409,

    /**
     * A const attribute.
     */
    PLClangCursorKindConstAttribute                           = 410,

    /**
     * A noduplicate attribute.
     */
    PLClangCursorKindNoDuplicateAttribute                     = 411,

    /**
     * A CUDA constant attribute.
     */
    PLClangCursorKindCUDAConstantAttribute                    = 412,

    /**
     * A CUDA device attribute.
     */
    PLClangCursorKindCUDADeviceAttribute                      = 413,

    /**
     * A CUDA global attribute.
     */
    PLClangCursorKindCUDAGlobalAttribute                      = 414,

    /**
     * A CUDA host attribute.
     */
    PLClangCursorKindCUDAHostAttribute                        = 415,

    /**
     * A CUDA shared attribute.
     */
    PLClangCursorKindCUDASharedAttribute                      = 416,

    /**
     * A visibility attribute.
     */
    PLClangCursorKindVisibilityAttribute                      = 417,

    /**
     * A dllexport attribute.
     */
    PLClangCursorKindDLLExportAttribute                       = 418,

    /**
     * A dllimport attribute.
     */
    PLClangCursorKindDLLImportAttribute                       = 419,

    /* Preprocessing */

    /**
     * A preprocessing directive.
     */
    PLClangCursorKindPreprocessingDirective                   = 500,

    /**
     * A macro definition.
     */
    PLClangCursorKindMacroDefinition                          = 501,

    /**
     * A macro expansion.
     */
    PLClangCursorKindMacroExpansion                           = 502,

    /**
     * An inclusion directive.
     */
    PLClangCursorKindInclusionDirective                       = 503,

    /* Extra Declarations */

    /**
     * A module import declaration.
     */
    PLClangCursorKindModuleImportDeclaration                  = 600,

    /**
     * An alias template declaration.
     *
     * For example:
     *
     * @code
     * template \<typename T> using V = std::map<T*, int, MyCompare<T>>;
     * @endcode
     */
    PLClangCursorKindTypeAliasTemplateDeclaration             = 601,

    /**
     * A static_assert or _Static_assert node.
     */
    PLClangCursorKindStaticAssert                             = 602,

    /**
     * A friend declaration.
     */
    PLClangCursorKindFriendDeclaration                        = 603,

    /**
     * A code completion overload candidate.
     */
    PLClangCursorKindOverloadCandidate                        = 700,
};

/**
 * The linkage of an entity represented by a PLClangCursor.
 */
typedef NS_ENUM(NSUInteger, PLClangLinkage) {
    /**
     * Indicates that linkage information is not available for this entity.
     */
    PLClangLinkageInvalid        = 0,

    /**
     * No linkage, which means that the entity can only be referenced
     * from within its scope.
     */
    PLClangLinkageNone           = 1,

    /**
     * Internal linkage, which means that the entity can be referenced
     * from within its translation unit but not from other translation
     * units.
     */
    PLClangLinkageInternal       = 2,

    /**
     * External linkage within a C++ anonymous namespace.
     */
    PLClangLinkageUniqueExternal = 3,

    /**
     * External linkage, which means that the entity can be referenced
     * from other translation units.
     */
    PLClangLinkageExternal       = 4
};

/**
 * The language of an entity represented by a PLClangCursor.
 */
typedef NS_ENUM(NSUInteger, PLClangLanguage) {
    /**
     * Indicates that no language information is available.
     */
    PLClangLanguageInvalid   = 0,

    /** C */
    PLClangLanguageC         = 1,

    /** Objective-C */
    PLClangLanguageObjC      = 2,

    /** C++ */
    PLClangLanguageCPlusPlus = 3
};

/**
 * The attributes of an Objective-C property represented by a PLClangCursor.
 */
typedef NS_OPTIONS(NSUInteger, PLClangObjCPropertyAttributes) {
    /**
     * The property has no attributes, or the cursor does not
     * represent a property.
     */
    PLClangObjCPropertyAttributeNone             = 0,

    /** The property is atomic. */
    PLClangObjCPropertyAttributeAtomic           = 1UL << 0,

    /** The property is nonatomic. */
    PLClangObjCPropertyAttributeNonAtomic        = 1UL << 1,

    /** The property is readonly. */
    PLClangObjCPropertyAttributeReadOnly         = 1UL << 2,

    /** The property is readwrite. */
    PLClangObjCPropertyAttributeReadWrite        = 1UL << 3,

    /** The property has assign semantics. */
    PLClangObjCPropertyAttributeAssign           = 1UL << 4,

    /** The property has copy semantics. */
    PLClangObjCPropertyAttributeCopy             = 1UL << 5,

    /** The property has retain semantics. */
    PLClangObjCPropertyAttributeRetain           = 1UL << 6,

    /** The property has __strong semantics. */
    PLClangObjCPropertyAttributeStrong           = 1UL << 7,

    /** The property has __unsafe_unretained semantics. */
    PLClangObjCPropertyAttributeUnsafeUnretained = 1UL << 8,

    /** The property has __weak semantics. */
    PLClangObjCPropertyAttributeWeak             = 1UL << 9,

    /** The property has an explicit getter method. */
    PLClangObjCPropertyAttributeGetter           = 1UL << 10,

    /** The property has an explicit setter method. */
    PLClangObjCPropertyAttributeSetter           = 1UL << 11
};

/**
 * Describes how the traversal of the children of a PLClangCursor
 * should proceed after visiting a child cursor.
 */
typedef NS_ENUM(NSUInteger, PLClangCursorVisitResult) {
    /**
     * Ends the cursor traversal.
     */
    PLClangCursorVisitBreak    = 0,

    /**
     * Continues the cursor traversal with the next sibling of
     * the cursor just visited, without visiting its children.
     */
    PLClangCursorVisitContinue = 1,

    /**
     * Recursively traverses the children of this cursor.
     */
    PLClangCursorVisitRecurse  = 2
};

/**
 * Block used when visiting child cursors.
 *
 * @param cursor The cursor being visited.
 * @return A PLClangCursorVisitResult directing the traversal.
 * @sa visitChildrenUsingBlock:
 */
typedef PLClangCursorVisitResult (^PLClangCursorVisitorBlock)(PLClangCursor *cursor);

@interface PLClangCursor : NSObject

@property(nonatomic, readonly) PLClangCursorKind kind;
@property(nonatomic, readonly) PLClangLanguage language;
@property(nonatomic, readonly) PLClangLinkage linkage;

/**
 * The Unified Symbol Resolution (USR) for the entity represented by this cursor.
 *
 * A Unified Symbol Resolution (USR) is a string that identifies a particular
 * entity (function, class, variable, etc.) within a program. USRs can be
 * compared across translation units to determine, e.g., when references in
 * one translation refer to an entity defined in another translation unit.
 */
@property(nonatomic, readonly) NSString *USR;

/**
 * The name of the entity represented by this cursor.
 */
@property(nonatomic, readonly) NSString *spelling;

/**
 * The display name of the entity represented by this cursor.
 *
 * The display name contains extra information that helps identify the cursor,
 * such as the parameters of a function or template or the arguments of a
 * class template specialization.
 */
@property(nonatomic, readonly) NSString *displayName;

@property(nonatomic, readonly) PLClangSourceLocation *location;
@property(nonatomic, readonly) PLClangSourceRange *extent;

@property(nonatomic, readonly) BOOL isAttribute;
@property(nonatomic, readonly) BOOL isDeclaration;
@property(nonatomic, readonly) BOOL isDefinition;
@property(nonatomic, readonly) BOOL isExpression;
@property(nonatomic, readonly) BOOL isPreprocessing;
@property(nonatomic, readonly) BOOL isReference;
@property(nonatomic, readonly) BOOL isStatement;
@property(nonatomic, readonly) BOOL isUnexposed;
@property(nonatomic, readonly) BOOL isObjCOptional;
@property(nonatomic, readonly) BOOL isVariadic;

@property(nonatomic, readonly) PLClangCursor *canonicalCursor;
@property(nonatomic, readonly) PLClangCursor *semanticParent;
@property(nonatomic, readonly) PLClangCursor *lexicalParent;
@property(nonatomic, readonly) PLClangCursor *referencedCursor;
@property(nonatomic, readonly) PLClangCursor *definition;

@property(nonatomic, readonly) PLClangType *type;
@property(nonatomic, readonly) PLClangType *underlyingType;
@property(nonatomic, readonly) PLClangType *resultType;
@property(nonatomic, readonly) PLClangType *receiverType;

@property(nonatomic, readonly) PLClangType *enumIntegerType;
@property(nonatomic, readonly) long long enumConstantValue;
@property(nonatomic, readonly) unsigned long long enumConstantUnsignedValue;

/**
 * The non-variadic arguments for this cursor.
 */
@property(nonatomic, readonly) NSArray *arguments;

/**
 * The overloaded declarations for this cursor.
 */
@property(nonatomic, readonly) NSArray *overloadedDeclarations;

@property(nonatomic, readonly) int bitFieldWidth;

@property(nonatomic, readonly) PLClangObjCPropertyAttributes objCPropertyAttributes;
@property(nonatomic, readonly) int objCSelectorIndex;
@property(nonatomic, readonly) NSString *objCTypeEncoding;

@property(nonatomic, readonly) PLClangAvailability *availability;

@property(nonatomic, readonly) PLClangComment *comment;
@property(nonatomic, readonly) NSString *briefComment;

- (void) visitChildrenUsingBlock: (PLClangCursorVisitorBlock) block;

@end

redpajama_set_name: RedPajamaGithub


Image Title: Do You Have The Right Dining Room Chairs These Ideas And Tips Will In For Plans 15. Post Title: Chairs For Dining Room. Filename: do-you-have-the-right-dining-room-chairs-these-ideas-and-tips-will-in-for-plans-15.jpg. Image Dimension: 950 x 735 pixels. Images Format: jpg/jpeg. Publisher/Author: Jayson Hansen. Uploaded Date: Monday - February 11th. 2019 18:16:16 PM. Category: Architecture. Image Source: homedit.com. Dining Room Chairs Furniture Pier 1 Imports For Remodel 9. Kitchen Dining Chairs You Ll Love Wayfair With Regard To For Room Decorations 1. Dining Room Chairs Ashley Furniture HomeStore Inside For Prepare 8. Kitchen Dining Furniture You Ll Love Wayfair Regarding Chairs For Room Decorations 13. Dining Room Chairs Ashley Furniture HomeStore Within For Prepare 2. Buy Kitchen Dining Room Chairs Online At Overstock Com Our Best With Regard To For Ideas 7. Dining Room Chairs Furniture Pier 1 Imports Regarding For Designs 6. Farmhouse Dining Chairs Benches Birch Lane Within For Room Decor 11. Things To Know About Dining Room Chairs Pickndecor Com In For Plans 14. Charrell Dining Room Chair Ashley Furniture HomeStore Throughout Chairs For Ideas 12.


Entertaining alfresco forms a central element for our clients in their large Wandsworth garden, where a multilayered modern design layout caters specifically for this purpose. A sunken barbecue area, aromatic herbs and built-in concrete benches produce dynamic continua within a highly sociable outdoor space, while three linear Box hedges sculpt this spacious garden into manageable zones, leading the eye across an Iroko deck and expansive new Yorkstone paving. Irrigated raised beds sustain a diverse flora spectrum under large-scale trees.
This large back garden forms an elongated rectangle, surrounded by mature woodland trees, where a multifunctional design maximises depth pivotally – defining distinct areas, while increasing luminosity and extending continual use. Various socialising zones augment our clients' laid-back lifestyle, amid a contemporary family garden, with four individual intimate outdoor spaces which include a dining patio, an informal lounge, a sunken cooking hub and a sunbathing deck. The built-in barbecue is positioned at the garden's far end to distinguish cooking and seating zones. The exterior space is now on a par, in line and in sync with its modern residence, ready for entertaining guests.
By elevating Iroko decking to the living room's doorsteps, indoor-outdoor fluidity is fused with matching materials, patterns and levels. This outline design generates a stepped level change, layering much-needed topography into a flat garden terrain. We utilised integral Box hedging to create distinction and movement in a minimalist approach. A short and wide hedge trio forms a well-defined, relaxed matrix, and increases spatial depth. Where privacy is pivotal to seclude the dining area, smooth tall Golden bamboo canes emerge through a linear Box hedge design. This sense of enclosure humanises the outdoor space with balanced scale, in a juxtaposition we frequently integrate into our modern courtyard gardens to enhance seclusion and tactility.
The streamlined step edge defines its upper deck section, and leads to spacious patios, where bespoke sandstone, quarried at sizeable 850 x 850mm outlines, sustains optimal scale and reiterates a grand house facade. The neutral, minimalist paving tones echo the kitchen tiles' character and brighten a shaded lounge and its built-in bench. The furniture's stainless steel details enhance reflection, portrayed further with integrated recessed lights. Since the garden is shaped into four areas, its outdoor lighting is also segmented to modify the ambience according to use, while a digital software system enables managing its various settings anywhere within the home.
The deck's corner is anchored by a low patio raised bed; situated within a suntrap close to the house, fresh culinary herbs are picked while heading towards a sunken barbecue. An alfresco cooking area was carved into the garden's far corner to enable a vista of the entire space, secluded from other activities. The sun deck features a coastal planting scheme, outlined by a tall Tamarisk vale and an arid, desert Agave bed. With our clients' penchant for stylish interior design and state-of-the-art technology, this bespoke scheme forms a connective and highly liveable modern town garden – well used by its owners.


God has called us in various ways and has assigned us with various missions. The call of prophet Isaiah, Paul and the apostles assures us that God can make something out of us; that in our misery and frailty, God can still purify us and work wonderful deed through us.
Whatever means God chooses to speak to us, He hopes to receive from us the same answer that Peter gave to Jesus: "If you say so……….
Our desire should always be to pay attention to what the Lord wants of us and do our best to carry out His will.


text:
Q: Instagram API - Media returned is cut off I've searched everywhere but there is not one link explaining or giving a fix as to why this happens.
Whenever I make an endpoint request to Instagram for pictures, most of the image url's given are cut off - not the whole photo is there when compared to the original post on Instagram. It seems to me, and perhaps logically, that the images which are cut off are one's which are not exactly square.
Is there any way to get the full image, without the cropping to fit it in an exact square?
Thank you.
EDIT: Just realised there is a non-square media option in the developers console, however I have this checked but it does not seem to be working.

A: Solved. Although this does work, disappointing Instagram's non-square media feature doesn't do what it's meant to.
$image_url = $insta_liked_array['data'][$image_key]['images']
['standard_resolution']['url'];

//parse url to get last segment before image name

$segments = explode('/', parse_url($image_url, PHP_URL_PATH));
$segment_removal = $segments[5];

//New Url without the segment
$image_url_dynamic = str_replace("/" . $segment_removal,"",$image_url);

echo $image_url_dynamic;

Edit:
Sometimes the above might not perform as expected, I have gone through the trouble of making something which will...26 lines of code all because instagram can't fix a simple checkbox!
//'/e35/c' is a common string in each url, so from this we can take
//away the /c... section using this info
//whatever index [e35] is, check if the next index has c as the first
//letter, if so, remove that part

echo "Exploding url, checking for non-square media...\n\n";
$segments = explode('/', parse_url($image_url, PHP_URL_PATH));

if(in_array('e35', $segments)){
//get the index of e35
$e35_index = array_search('e35', $segments);
//if the letter 'c' is in the next seg, remove it
// to check if 'c' is in the next segment
$c_segment = $segments[$e35_index + 1];

if (strpos($c_segment, 'c') !== false) {
echo "Non square media resolve in progress...\n\n";
//get rid of that section +backslash, (replace with nothing)
$image_url = str_replace("/" . $c_segment,"",$image_url);
echo "New url has been made...\n\n\n\n" . $image_url;
}
elseif(strpos($c_segment, 'c') === false){
echo "Square media detected, no need to remove a segment...\n\n";
$image_url = $image_url;
}
else {
echo "An error occured";
}
}
else{
echo "An error occured - url should contain 'e35' string";
}

A: There is an option in your client configuration page of API to set the API to return non-square media, its in the migration tab:

redpajama_set_name: RedPajamaStackExchange


Rufus is a lightweight software for computers that enables users to create bootable USB drives. The computer program is Windows compatible, Open-source and is very easy and convenient in a way that many think that there won't any other alternatives to it.
In this post, We'll go through other computer software that you can rely on to create bootable Live USB drives.
UNetbootin will work great if you want to try and use some Linux distributions on your computer. The software is Open-source and it offers all of its features completely free of cost.
You may either search for and download your preferred Linux distribution or let the software do it for you.
UNetbootin is compatible with Windows, Mac, and Linux.
Etcher is an image burning software that is Open-source, free, and has a modern user interface.
The software enables you to easily and quickly burn ISO images to external devices like SD cards & USB drives.
Etcher is a lightweight yet powerful software that is available for Windows, Mac, and Linux.
Universal USB Installer or UUI is another tool that makes creating Live Linux Bootable USBs an easy to do task.
The software is very to use, You just select a Linux distribution, import the ISO file, and select where you would like to install Ubuntu (as an example).
Universal USB Installer works on Windows Vista, 7, 8, and 10.
LinuxLive USB Creator is a well-developed software that you can utilize to run Linux from a USB stick on your computer.
MultiBootUSB is also a nice free software that can create bootable USB drives. This Open-source software supports a wide range of Linux distributions.
Bootable USB supports (can be installed and used on) Windows and Linux both.
If you would like to bring back an old version of Windows and use it virtually, WinSetupFromUSB is a great software to do it.
WinSetupFromUSB enables you to burn images of Windows XP/Vista/2000/2003/7/8, Server 2008, Windows 8, and Server 2012 on USB drives.
WinSetupFromUSB is a complete freeware.
LIVEUSB INSTALL is a great freeware that enables you to carry your most favorite Linux distribution in your pocket by installing full operating systems into a simple USB or external Drive.
LIVEUSB INSTALL is a free software that supports Windows and Linux.
Which computer program did you like the most?
Did we forget to mention another alternative? help us adding it! comment down below.


Next Home are delighted to bring to the market this well presented and deceptively spacious 2 BEDROOM FIRST FLOOR APARTMENT situated in the highly desirable Gleneagles Village in the town of Auchterarder.
The well proportioned accommodation comprises: entrance hall, open plan lounge/diner, kitchen, 2 double bedrooms (master has an en-suite) and bathroom. There is double glazing and electric heating throughout. EPC RATING D.
The property benefits from a balcony off the lounge which affords lovely views over the Gleneagles Falconry.
The property also has excellent investment potential as it is currently marketed as a holiday rental with 2 prestigious online companies and boasts excellent reviews.
Externally the property benefits from off street parking by way of a single garage together with an allocated parking space. Additionally there is a large area of immaculately maintained garden ground to the rear.
AREA This property is located in the highly desirable town of Auchterarder which provides an abundance of local amenities and leisure facilities including an array of shops, hairdressers, Bank of Scotland, restaurants, health centre, post office and golf courses. There are primary and secondary schools within the town and the nearby A9 makes it an ideal location for commuting to Perth, Stirling, Edinburgh and Glasgow. The town is also well serviced by Gleneagles train station. The prestigious Gleneagles Hotel offers a host of unique leisure facilities and restaurants including the award winning Andrew Fairlie as well as three championship golf courses which are regarded among the best courses in the world.
ENTRANCE HALL 14' 3" x 5' 7" (4.34m x 1.7m) Entered via a secure door entry system from a well maintained communal hall, the entrance hall gives access to all accommodation on offer. Three built in cupboards. Carpet.
OPEN PLAN LOUNGE/DINER 18' 6" x 13' 7" (5.64m x 4.14m) A very bright and spacious public room with window to the rear. Sliding doors gives access to the balcony which affords magnificent views over the Gleneagles Resort Falconry. Space for a range of free standing furniture. Cornicing to the ceiling. Carpet. Electric panel heater. Open plan to kitchen.
KITCHEN 10' 1" x 7' 3" (3.07m x 2.21m) Fitted with a range of wall and base units with contrasting work surfaces and tiling to the splash back areas. Four ring electric hob with oven/grill beneath and extractor over. 1 1/2 bowl sink and drainer unit. Window to the rear. Space for washing machine.
MASTER BEDROOM 15' 0" x 13' 7" (4.57m x 4.14m) A spacious double bedroom with two front facing windows. Ample space for a range of free standing bedroom furniture. Carpet. Built in full width wardrobes finished with mirrored sliding doors.
EN-SUITE SHOWER ROOM 8' 11" x 6' 9" (2.72m x 2.06m) Fitted with a white suite comprising: W.C. with concealed cistern, wash hand basin enclosed in vanity unit with storage under and vanity mirror over and corner shower cubicle. Fully tiled walls. Carpet. Heated towel rail.
BEDROOM 2 10' 0" x 8' 11" (3.05m x 2.72m) A good sized double bedroom with window to the front. Double built in cupboard. Electric panel heater. Carpet.
BATHROOM 7' 8" x 6' 3" (2.34m x 1.91m) Fitted with a white suite comprising: W.C., pedestal wash hand basin and bath with shower over. Attractive tiling to the walls. Carpet. Extractor fan. Heater.
EXTERNAL The property has the benefit of being situated in extensive communal garden grounds which are immaculately maintained. Off street parking is provided via a single garage together with additional parking to the front.
Please note that all furniture may be available under separate negotiation.


text:
Q: save d3.map() to be able to restore it later I am creating a picture using d3, the picture is composed from node and link (arrow):
var graph = { nodes: d3.map(), edges: d3.map() };

Is there way to save nodes and edges using node.js to be able to restore it later?


The Source Car UK team use their wealth of knowledge and experience to offer advice and introductions to vehicle enthusiasts to assist them with the realisation of their dream vehicle.
Clients pay Source Car UK only for their knowledge of the industry and the advice they offer. The fee is payable once the introduction has been made or the information supplied.
Following their initial contact with Source Car UK clients will be required to enter into a binding contract before introductions or advice are supplied.
Source Car only offer advice and introductions to businesses they know and in which they have confidence. They do not deal with vehicles or services offered by private individuals.
Purchases are made by clients direct with the partner businesses and approved third party suppliers.
Source Car UK neither offers nor implies any warranty or guarantee for these transactions and will accept no liability for any issues arising.
8% of agreed value of the service.
Individual agreed rate or percentage laid out and agreed in specific contract.
All payments are due within 30 days of invoice.
Late payments will attract interest at 2% per calendar month or part thereof.
Payments may be made through our PayPal account or by direct bank transfer.


text:
Q: Fetch details of a ListItem in ListView from MySQL Database I have successfully fetched a list from a database and binded it in a ListView. If I select an item from the listView if fetches the correct details of that item. If I select another list item from the listview, it brings the same same data of the previous item selected.
How do I go about solving that? perfectly..
My code is running

A: You need to finish that process.
use finish(); method after you view the listview details. Otherwise, it will fetch the same value again and again.


2. Strong and fast anchorage of flysheet corners with ITW buckles, secured by elastic anchorage.
3. Protected vent, with tightening sleeve, can be handled from within (time-tested arrangement).
4. Sleeve ventilation of inner tent.
5. For easier pitching, especially at night, there are reflective strips sewed both on the lower corner of flysheet and on the corner of the floor.
6. Well-tried hanging of the inner tent with ropes and hooks makes set up easier.
Very durable two-entrance double-sheet two-man geodetic self-supporting dome tent of a trapezoidal floor ground-plan with two small vestibules. It is suitable for all kinds of outdoor & alpine activities even in extreme conditions (thanks to very stable frame with 3-crossing of three poles) all year round. It is completed with a snow-flap for frequent use in alpine & winter conditions. The inner tent is sewn with the floor and it is hung on the frame poles with help of hooks and suspension ropes. The sleeve vents at the sides of the inner tent top are draped with airy & dense mosquito-nets in entrances. These ones enable even better ventilation & protection against small insects. The flysheet is put over the frame and attached to the poles ends and to floor webbing with help of the ITW Nexus buckles. In front of the inner entrances the flysheet is prolong and forms two small vestibules which can be used both for storage of an equipment and for cooking (with the highest caution!). It is possible to guy a tent with help of numerous fixing points and in six flysheet edges through the sleeves directly to poles. There are two air vents at the sides of the flysheet top. Distance (ca. 6cm) between inner & outer tent improves thermal comfort & ventilation and decrements dew. It is possible to adjust this distance by shortening or elongation of the suspension ropes.


text:
Controversy brewing over holiday parking in Providence
PROVIDENCE- If you're heading out in Providence to shop local, the city is accommodating drivers with free parking for up to two hours in select districts. However, some local businesses are questioning the gesture.
"Why would the city waive those meters during this busy shopping month if they are helpful to businesses, you'd want to keep them in place?" says Harry Adler.
Adler is co-owner of Adler's hardware on Wickenden street, and has been a strong opponent to meters making their way there. He explains what waving the fee means to him.
"I think what is being said is the city needs money, this is a revenue source in their mind, presenting it any other way is disingenuous."
State representative John Lombardi says he would like to see meters eliminated all together in his district.
"It may be a gesture for downtown, I get that. But, this should be your segue for eliminating the parking meters for Atwells Avenue and the places they were installed," Lombardi says.
Not all local businesses are against meters, Con Simon at Pleasant Surprise on Thayer Street, says it would be nice to have a level playing field all year round.
"Having the meters there keeps the traffic flowing and keeps the traffic moving so everyone gets a chance to shop. But, meters only work in my opinion if the meters are everywhere, so if all shopping districts don't have the meters people tend to go to one over the other."
Emily Crowell, spokesperson for the city released a statement to abc6 news saying in part, The meters are meant to encourage turn over, that's is why there's a two hour limit to the free parking.
(c)WLNE-TV/ABC6 2016

redpajama_set_name: RedPajamaCommonCrawl


Join us for the journey of self-leadership through movement and authentication of the self through yoga.
A multifaceted immersion to help you connect the practice of yoga to yoga as a lifestyle.
Location: The North Farm 4988 West Lake Road Geneva, NY, 14456.


text:
Home / World / Asia-Pacific
Japan-US military drill raises tension
By Cai Hong in Tokyo and Zhang Yunbi in Beijing (China Daily)
A ceremony is held to mark the start of a joint exercise between the US Marine Corps and the Japan Ground Self-Defense Force at the Aibano training area in Takashima, Shiga prefecture, on Tuesday. Provided to China Daily
As a scheduled annual event since 1981, joint drills between Japan's Self-Defense Forces and US Marines are slated to be the center of attention in October, at least in the East Asia region.
Tokyo is embroiled in tensions with its neighbors over territory and history, while the Abe administration has been beefing up Japan's own military and the Japan-US alliance.
This year, for the first time, the US MV-22 Osprey — a tiltrotor aircraft with a checkered safety record — will be involved in the joint exercises, which began on Monday and run through Oct 18.
Against a simulated war scenario, the drill will take place at the ground forces' Aibano training ground in Shiga prefecture. The two militaries postponed the drill due to powerful typhoons, Japan's Kyodo News reported. As planned, MV-22s will still fly from the US Marine Corp's Futenma air base to join the drill on Oct 16.
Additional training will be carried out in Kochi prefecture on Oct 25, with troops from both sides joining to deal with a simulated massive earthquake in the Nankai trough, according to the Japanese military. MV-22s will be used to conduct searches for victims and transport patients.
Wu Huaizhong, a researcher of Japanese foreign and defense policies at the Chinese Academy of Social Sciences, said the US-Japan defense alliance is basing their so-called security on undermining the security of other stakeholders in the region.
The measures that have been taken by the two traditional allies are "actually giving rise to regional tension", Wu warned.
"Tokyo is hyping the so-called military threat from China and the Korean Peninsula to justify its rising defense expenditure and military buildup," Wu said.
At a news conference on Sept 24, Japan's Defense Ministry press secretary Masayoshi Tatsumi said it would be useful for both Japan and the US to use MV-22s to enhance joint operation capability with the US Marines in tactical aspects.
Tokyo and Washington plan to hold the drills outside Okinawa, where 23 Osprey aircrafts are stationed at Futenma. The aircraft have further inflamed public opposition to the massive US military presence in Japan's southwest island prefecture.
Japan's Defense Ministry plans to introduce the Osprey to its SDF in 2015 at the earliest.
Typhoon Danas has delayed a joint US-Japan-Republic of Korea naval exercise — involving the nuclear-powered USS George Washington aircraft carrier as well as Japanese and ROK naval ships, the Wall Street Journal's Korea Real Time quoted military officials in Seoul as saying.
The drill had been scheduled to take place from Tuesday to Thursday in waters off the Korean Peninsula. The Democratic People's Republic of Korea warned the US of a "horrible disaster" over the drill.
Observers warned the military exercises would cause tensions in the region to spike.
The US-Japan Security Consultative Committee convened a "two-plus-two meeting" in Tokyo on Thursday, with Japanese Foreign Minister Fumio Kishida, Japanese Defense Minister Itsunori Onodera, US Secretary of State John Kerry and US Defense Secretary Chuck Hagel producing a joint statement.
The document announced the two countries would revise their defense cooperation guidelines by the end of 2014 to respond to the increasingly severe situation in the Asia-Pacific region.
The US and Japan agreed to increase training outside of Okinawa, including on mainland Japan, so as to maintain the deterrence capabilities of their alliance. "Bilateral and multilateral exercises, both hosted by Japan and in areas outside Japan, have improved interoperability and sharpened our ability to deter aggression, defend Japan and maintain regional peace and security," the statement said.
The two countries agreed to deploy a second early-warning radar in Kyoto prefecture, Japan, next year to help protect Japan against threats from the DPRK. There is already one X-band radar system in north Japan.
Li Jie, a senior expert at the Naval Military Studies Research Institute of the People's Liberation Army, said Washington and Tokyo have taken years "boosting encirclement to contain China's military presence" after Washington announced its strategy to pivot to Asia-Pacific.
The traditional allies are "attempting to block the maritime routes" that allow Chinese naval vessels and civilian ships to sail into the Pacific Ocean, Li said.
Also for the first time, the allies will deploy new long-range surveillance drones in 2014 to help monitor China's Diaoyu Islands, and two or three will fly from a US base.
The US Navy's P-8 anti-submarine aircraft will also be dispatched to Japan later this year — their first deployment outside the US.
Japan's defense chief visited Iwo Jima on Sunday and declared Japan would build a communication monitoring base there as soon as possible to expand its surveillance activities to cover the Pacific Ocean off its east coast. Japan will begin the designing work in 2014 and put the facility into operation within three years.
The facility will intercept wireless communication around the island, located east of Okinawa and 1,250 km south of Tokyo.
Japan, US start joint military drill
China warns US, Japan, Australia not to gang up in sea disputes
Higgs and Englert win physics Nobel prize
US still in deadlock, but glimmers of hope emerge
Kerry hails weapons destruction
Alliances must not threaten regional peace, China says
At least 51 dead in Egypt clashes
Sun Li receives first Emmy nomination
10 miners killed in coal mine accident
Xinjiang bid to curb terrorist attacks
Painting that grabs in E China
Public opinion analysts get recognition
Animal welfare to be added in training
Rare look in Shaolin temple
Last photos of Hungarian wingsuit diver
In photos: Typhoon Fitow aftermath
In Bali, they relax in local fashions
Post office for Liaoning carrier opens
A smog-filled Beijing targets polluting cars
Officials: A matter of faith
Xi visits Indonesia, Malaysia, attends APEC Summit
National Day holidays around the world
News in review (Sept. 27- Oct.3)
It's been a panda-ful year
Obama says he'll negotiate once 'threats' end
New round of speculative fund inflows
China hits at NASA's conference ban
Bo Xilai to appeal life sentence
Japanese war stance concerns diplomats
Yellen 'to maintain continuity' at US Fed
China predicted to be largest tourist market for US
Peace is in China's DNA: says ambassador
This China Dream
More Chinese design trips by smartphone apps
Countdown to Sochi Winter Olympics
A holiday without much fun


Recently i have had the urge to get a tattoo but deciding to get a tattoo is just as hard as picking a university. It seems that placement is the hard part for me. Even then i want the best tattoo artist to actually do my tattoo as this will be on my skin for life but then if i get what i'm thinking of getting its not to complex. It seems like such a long process of thought and effort just to get a tattoo. I know what i would get... i think i want a number 7 tattooed on me.
The tattoos i've looked at either numerical forms like David Beckham's on his arm which is where i'm thinking of having it.
I dont really like that thought so i'm thinking of having it more like this. Although i would want it a bit bigger.
If i do go ahead with getting a tattoo i have to discuss it with my mother... wish me luck. She hates tattoos. Especially in places were there always going to be visible or i could just get it and get shouted at.
i do think its important to think about having tattoos and discussing them with loved ones as inking your skin is for life, not just a week or two and then washes off in the shower. Childhood tattoos.


text:
Fisheries and Marine Institute of Memorial University of Newfoundland
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To view and subscribe to the RSS feeds of the Marine Institute's news, events or cancellations, you will need to add an RSS Feed Reader, either as a browser extension or a app that will have to be manually configured.
For desktop users, Chrome, Firefox, Edge and Opera offer multiple extensions that are easily installed and configured.
Chrome: In a new browser tab, go to the 'Apps' link at the top right of the browser. Click 'Web Store'. Type 'RSS Reader' in the search. Click 'Add to Chrome'. One installed, you can add the URLs for the desired feeds.
Firefox: In a new browser tab, click the gear icon at the top right of the browser. Click the 'Extensions and Themes' link at the bottom left. Type 'RSS Reader' in the search. Click the one you want to install. Click 'Add to Firefox'. One installed, you can add the URLs for the desired feeds.
Microsoft Edge: Edge does not support RSS readers, but there are many options available in the Microsoft Store. As with other browsers, you will have to manually add the desired URLs.
Internet Explorer: As IE is an older browser, you will not need to add a separate extension. Clicking on the RSS logo of any of the MI feeds will open the page of the particular feed, with an option to subscribe.
Safari: Open the website you want to subscribe to. Click the RSS icon on the website. Click the Sidebar button. This will expand the bookmarks, reading, and shared links menus. Click the @ symbol tab and then click Subscriptions at the bottom. Click Add Feed. Click Done.
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Marine Institute Newsfeed: https://www.mi.mun.ca/news/feed/
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Fridge / Flowers Fix: There was a bug where the Fridge & Flowers household goods items were poking out through ceilings. If you pick them up and place them again, now they will correctly sort.
Draco Tutorial: Draco gives new players 10 half-sized blocks now. I suspect these will be a bit easier for new players to learn with than the full size blocks.
Shadow/outline tuning: Picking up a block should correctly adjust the outlines of remaining blocks around it now. Shadows on dirt should be more likely to show up. Also, when moving the placement preview block, shadows will only be recalculated as needed.
So I'm a genius? Yay.
Also…time to see if my fridge looks right.
I think he might mean Desktop Ed.
I accedentally placed my town stone in my Root building thing (That teleporter room thing, where its just basically a building space that no one else can get to) And it says I cannot pick up a town stone…. Can someone help me with this?
really much more well-preferred than you may be now.
so maany numerous angles. Its like men andd women aren't fascinated unless it is something to accomplish with Woman gaga!


text:
On the aging of the Canadian population
The big news today from Statistics Canada is that Canadian population ageing continues.
The number of seniors aged 65 and over increased 14.1% between 2006 and 2011. This rate of growth was more than double the 5.9% increase for the Canadian population as a whole. It was also higher than the rate of growth of children aged 14 and under (+0.5%) and people aged 15 to 64 (+5.7%).
As a result, the number of seniors has continued to converge with the number of children in Canada between 2006 and 2011. The census counted 5,607,345 children aged 14 and under, compared with 4,945,060 seniors. In the working-age population, the census counted 22,924,300 people.
The main factors behind the aging of Canada's population are the nation's below-replacement-level fertility rate over the last 40 years and an increasing life expectancy. Canada's working-age population is also growing older.
Within the working-age group, 42.4% of people were aged between 45 and 64, a record high proportion. This was well above the proportion of 28.6% in 1991, when the first baby boomers reached age 45.
In 2001, for every person aged 55 to 64, there were 1.40 people in the age group 15 to 24. By 2011, this ratio had fallen slightly below 1 (0.99) for the first time. This means that for each person leaving the working-age group in 2011, there was about one person entering it.
A second report highlights the regional divides in Canada, with relatively more rapid aging in Atlantic Canada and Québec than the Canadian average, while Alberta and British Columbia (largely owing to substantial migration, both from the rest of Canada and internationally) and the territories (largely owing to high birth rates) have resisted this tendency somewhat. Rural Canada, too, taken as a bloc, is experiencing faster aging than urban Canadian centers.
Labels: ageing, canada, migration, regions
The latest on emigration from Georgia
Back in August 2008, immediately after the South Ossetia War, I wrote at length about Georgia's demographic situation. Briefly put, with a relatively long history of below-replacement fertility, a recent tradition of mass emigration, and continuing political instability and economic underdevelopment, there were good reasons to be concerned for the future of the Georgian labour force.
Things haven't gotten better. A pair of articles by writer Mari Nikuradze, hosted at Democracy and Freedom Watch, reports on to the continuing large scale of emigration from Georgia. First comes the alarmingly-titled article "A quarter of Georgia's population are missing", which also notes that Georgians continue to have trouble in getting visas to European Union member-states.
23 per cent of Georgia's population is away from the country, 80 per cent of which are illegal labor migrants and sole bread-winners.
These are some of the findings in a new report made by Liberal Academy Tbilisi, called Visa Facilitation and Readmission: Visa Liberalization Prospects for Georgia.
The report also shows that Georgians have the most trouble with getting a visa to Europe, compared to other countries in the same region. The fraction of rejected visa applications was 17.2 and 15.1 per cent in 2009 and 2010, respectively. These numbers are higher than for Armenia with 10.8, Moldova with 6.9, Ukraine 3.4, Azerbaijan 5.0, Belarus 0.6 and Russia 1.2 per cent in 2010.
The presentation referred to, Visa Facilitation and Readmission: Visa Liberalization Prospects for Georgia, is available here. Tamara Pataraia's October 2011 policy brief suggests that Georgia still has a long way to go to demonstrate to the European Union that it would be a worthy partner.
"Nani is one of Georgia's missing 23 %", meanwhile, takes a look at the life experiences of a single migrant.
Nani (48) left Georgia about 17 years ago to work in Italy and send money to her family. She's from Samtredia, a small town in Western Georgia. Her husband works at a local theater, earning a small salary. Her daughter goes to school, while her son is getting higher education in Kutaisi, Georgia's second largest city.
When Nani's family was on the edge of hunger, she decided to leave. She tells DF Watch that at first she arrived in Italy illegally, because it was too expensive to get there with all necessary documents and procedures. For several years she gathered all necessary documents and saved money, and for now she's a citizen of Italy.
Nani works as a servant for big Italian family. Her responsibilities are to clean the house, help with the cooking and look after two children. The family is quite rich and pays her a good salary.
"It's enough for my living here and I'm sending money to my family in Samtredia. I'm also paying for my son's education. Higher education isn't free in Georgia, you know."
She manages to come to Georgia once a year, during holidays.
"I know it's not enough, but when I remember our being when I was living there I assure myself that it's better to be here and help my family from here."
She sends presents for birthday and clothes for her daughter when school starts in autumn.
Nani says she's not planning to come back yet, as she is sure she won't be able to find a proper job.
"Until I'm healthy and capable of work and do what I do here, I'll stay. But then children will grow up, have their jobs and it will be easier to come," she says, adding that she would like to spend her old age in her hometown with her grandchildren.
[. . .] According to the World Bank, net migration, which is the difference between emigration and immigration in a year, is always negative. In 1992-1996 it was -544 069; in 1997-2001 the numbers were equal to -390.036; in 2002-2006 -309.021 and in 2007-2011 number decreased to -150.000.
According to the International Organization for Migration, the Georgia's indicator for emigration of is one of the highest in Eastern Europe, Central Asia and in the group of countries, which recently joined EU.
1 058.3 thousand people are in emigration in 2009, according to World Bank data. 644 390 of this number are in Russia, which is on the top of ten countries, where Georgian emigrants go. Then it is followed by Armenia, where there are 75 792 emigrated; Ukraine – 72 410, Greece 41 817 and Israel – 26 032.
Among EU countries, Greece is on the top of the list, followed by Germany, Cyprus, Spain and Latvia.
A brief article from The Messenger Online reports $US 108 million in remittances over the last three months: "The largest amount transferred comes from Russia, at $56 million USD, followed by Greece with $12 million, Italy with $10 million, and the US with $7 million."
Some further notes.
1. The continued large scale of emigration from Georgia has implications for the long-term economic development of the country. If a high proportion of the work force is working outside the country, economic development will be problematic.
2. The presence of large Georgian migrant communities in countries like Ukraine, but also Latvia, which are themselves sources of very large numbers of migrants may indicate both the survival of Soviet-era connections and Georgia's desperate state.
3. The continued concentration of Georgian emigrants in Russia, despite strongly negative Russian-Georgian relations, is outstanding. The number of labour migrants in European Union countries might be understated owing to illegal immigrants entering despite visa restrictions, but the same factors might also be in play in Russia.
4. The location of the largest Georgian migrant community inside the European Union in Greece signals Georgia's vulnerability to the Greek economic crisis.
Posted by Randy McDonald at 11:38 PM 3 comments:
Labels: demographics, eastern europe, emigration, european union, georgia, migration, russia


The vitamin D endocrine system regulates a broad variety of independent biological processes, and its deficiency is associated with rickets, bone diseases, diabetes, cardiovascular diseases, and tuberculosis. Cellular and molecular studies have also shown that it is implicated in the suppression of cancer cell invasion, angiogenesis, and metastasis. Sunlight exposure and consequent increased circulating levels of vitamin D are associated with reduced occurrence and a reduced mortality in different histological types of cancer, including those resident in the skin, prostate, breast, colon, ovary, kidney, and bladder. The vitamin D receptor (VDR) as a steroid hormone superfamily of nuclear receptors is highly expressed in epithelial cells at risk for carcinogenesis, providing a direct molecular link by which vitamin D status impacts on carcinogenesis. Because VDR expression is retained in many human tumors, vitamin D status may be an important modulator of cancer progression in persons living with cancer. The aim of this review is to highlight the relationship between vitamin D, VDR, and cancer, summarizing several mechanisms proposed to explain the potential protective effect of vitamin D against the development and progression of cancer.
Antiangiogenic therapy is a promising strategy for cancer therapy. However, antiangiogenic therapy can induce intratumor hypoxia and hypoxia-inducible factor-1 (HIF-1) expression, which slows cancer progression. In our present study, we found that antiangiogenic therapy with sunitinib plus HIF-1 dimerization inhibitor acriflavine retarded tumor growth in a murine model of breast cancer. The combination of sunitinib with acriflavine significantly decreased vascular endothelial growth factor and TGF-βexpression and reduced tumor vasculature followed by increased intratumor necrosis and apoptosis. Moreover, decreased accumulation of myeloid-derived suppressor cells in the spleen was observed after the combinational therapy. In conclusion, the combination of HIF-1 inhibition and antiangiogenic therapy may represent a novel strategy for cancer patients.
Berberine is a clinically important natural isoquinoline alkaloid found in many medicinal herbs. Berberine has been shown to have many pharmacological effects including antimicrobial, antitumor, and anti-inflammatory activities. However, the effects and mechanism of action of berberine have not been studied in chondrosarcoma. Therefore, the effects of berberine on proliferation in a human chondrosarcoma cell line (HTB-94) were investigated. Berberine inhibited cell proliferation in a concentration-dependent manner. We also determined that inhibition of cell proliferation by berberine occurred via G2/M phase arrest in HTB-94 cells. Berberine induced cell cycle arrest at the G2/M phase by upregulation of p53 and p21 expression and suppressed cyclin B1, cyclin-dependent kinase 1 (cdc2), cdc25c, and phosphorylated retinoblastoma tumor-suppressor protein (pRb) expression. In addition, berberine stimulated phosphorylation of protein kinase B (Akt) and p38 kinase. Inhibition of phosphatidylinositol 3-kinase (PI3K)/Akt with LY294002 (LY) and p38 kinase with SB203580 (SB), respectively, decreased berberine-induced p53 and p21 expression and restored cell proliferation and expression of cyclin B1, cdc2, cdc25c, and pRb cell cycle progression proteins. These results suggest that berberine-induced inhibition of cell proliferation by cell cycle arrest at the G2/M phases was regulated through PI3K/Akt and p38 kinase pathways in HTB-94 chondrosarcoma cells.
Emerging evidence suggests a potential role of cellular inhibitor of apoptosis protein 1 (cIAP1) in the development of human ovarian cancer. However, its function in the progression of ovarian cancer has not been clearly determined. Our study aimed to investigate the effect of cIAP1 gene depletion on the chemosensitivity of ovarian cancer cells. We developed a novel short hairpin RNA (shRNA) plasmid specifically targeting cIAP1. Cell proliferation, invasion, and apoptosis of the shRNA-transfected cells were evaluated using MTT, Transwell chamber, and flow cytometric assays, respectively. The concentration of MMP-9 in the supernatant was detected by ELISA. Targeted depletion of cIAP1 by shRNA significantly reduced expression levels of cIAP1 mRNA and protein, leading to inhibition of cell proliferation and invasion capability in SKOV3 cells. At the same time, cIAP1 downregulation decreased the secretion of MMP-9. shRNA depletion of cIAP1 enhanced chemosensitivity of ovarian cancer cells to Taxol and carboplatin-induced apoptosis. cIAP1 is associated with tumor progression in human ovarian cancer. Therefore, cIAP1 might be a potential target for therapeutic anticancer drugs.


text:
Japan Stun Germany with Late Strikes at World Cup
AL KHOR, Qatar - Goals from substitutes Ritsu Doan and Takuma Asano in the last 15 minutes gave Japan a stunning 2-1 upset over four-times champions Germany in their World Cup Group E opener on Wednesday.
The Germans had dominated the contest at the Khalifa International Stadium and taken the lead with a 33rd minute penalty from Ilkay Guendogan after Japan goalkeeper Shuichi Gonda had fouled wing back David Raum.
The second goal never came, however, and Japan's raids into the German half became more and more frequent, culminating in Doan's equalizer and a brilliant finish from Asano eight minutes later.
The defeat was the third in a row in the opening match of a major championship for Germany after a loss to Mexico at the 2018 World Cup, when they bowed out in the first round as champions, and to France at Euro 2020.
Croatia, runners-up at the last World Cup, were held to a 0-0 draw by Morocco at the Al Bayt Stadium on Wednesday in their opening Group F match.
From left, Morocco's Sofiane Boufal, Croatia's Mario Pasalic, and Morocco's Selim Amallah vie for the ball during the World Cup group F soccer match between Morocco and Croatia at the Al Bayt Stadium in Al Khor, Qatar, Nov. 23, 2022.
The Croats, beaten by France in the 2018 final in Moscow, had the better of the chances, with Dejan Lovren having an effort cleared off the line and Nikola Vlasic's close shot saved by the legs of Morocco goalkeeper Yassine Bounou.
Morocco striker Youssef En-Nesryi might have given the north Africans an early lead but was unable to get a decent touch onto Hakim Ziyech's dangerous cross. In the second half Achraf Hakimi's powerful free kick was parried by Croatia goalkeeper Dominik Livakovic.
Belgium and Canada play at 1900GMT in Wednesday's other Group F match at Al Rayyan.


text:
Music Industry Is 'Criminal Enterprise' Says Jay Jay French
Martin Kielty Published: January 13, 2022
Rob Kim, Getty Images
Twisted Sister guitarist Jay Jay French called the music industry a "criminal enterprise" and compared it directly to dealing drugs.
French, who also managed the band, said he wouldn't argue against the suggestion that dealers know more about transacting business than people who teach the process in college.
"I survived the multiple ODs, I survived the multiple of almost murders," he told interviewer Dean Cramer in a recent chat. "I will take a street-person knowledge over any academic any day of the week in business, because you learn how to do a deal with people in business. … By the way, rock 'n' roll, let me be clear, is a criminal enterprise. The record labels are criminals. It's simple is that. They are just legal criminals.
"So, when you're in the cesspool of criminality, whether it's obvious criminality … whether it's blue-collar criminality, where someone is threatening your life with a gun, or it's white-collar criminality, you're dealing with criminals. You're dealing with sleaze, the lowlifes, the lying. You don't believe any of this shit because everyone lies. You kind to have to get use to it."
You can watch the interview below.
Last year, French's bandmate Dee Snider said they didn't receive any royalties for their work until 1998, and even then the payments were a "joke."
"In order to get the band to reunite , the record label wiped our debt out," he explained. "That was 1997. The band had been broken up for 10 years, we had sold tens of millions of records, and we had not gotten one royalty check. … The ones we should have gotten [for] those big ones, we never got. In 2001 Napster came out, so a few years later people stopped buying records."
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text:
As of 2022 there were 8 daily newspapers in Slovakia.
Below is a list of newspapers published in Slovakia.

Daily newspapers
{| class="sortable wikitable"
! Title
! Website
! Established
! Owner
! Notes
|-
| SME || website || 1993 || Petit Press || the best-selling Slovak political-oriented daily, centre-right in political orientation
|-
| Korzár || website || 1998 || Petit Press || political-oriented daily on East of Slovakia, the only daily regional newspaper in Slovakia
|-
| Denník N || website || 2015 || N Press || political-oriented daily, centre-right in political orientation
|-
| Pravda || website || 1920 || OUR MEDIA SR || political-oriented daily, centre-left in political orientation, the oldest daily newspaper in Slovakia
|-
| Hospodárske noviny || website || 1993 || MAFRA Slovakia || business-oriented daily
|-
| Nový Čas || website || 1991 || FPD Media || tabloid, the best-selling newspaper in Slovakia
|-
| Plus jeden deň || website || 2006 || News and Media Holding || tabloid
|-
| Šport || website ||  || Šport Press || sport-oriented daily
|}

Weekly newspapers
{| class="sortable wikitable"
! Title
! Website
! Established
! Owner
! Notes
|-
| MY || website || || Petit Press || multi-regional newspaper
|-
| Katolícke noviny || website || 1849 || 	Spolok svätého Vojtecha || Christian newspaper
|-
| Prešovský večerník || website || 1990 || || regional newspaper based in Prešov
|-
| Roľnícke noviny || website || 1930 || Profi Press|| farming and agricultural newspaper
|-
| Sninské noviny || website || 2002 || || regional newspaper based in Snina
|-
| Záhorák || website || 1960 || Záhorák || regional newspaper
|-
| Zdravotnícke noviny || website || 1952 || News and Media Holding || medical newspaper
|-
| Žilinský večerník || website || 1991 ||Publishing House || regional newspaper based in Žilina
|}

Free regional weekly newspapers
{| class="sortable wikitable"
! Title
! Website
! Owner
! Notes
|-
| ECHO || website || Petit Press || multi-regional newspapers
|-
| Pardon || website || Petit Press || multi-regional newspapers
|-
| Regionálne noviny || website || Region Press || multi-regional newspapers
|-
| Bratislavský kuriér || website || Staromešťan || regional newspaper based in Bratislava
|-
| Bratislavské noviny || website || Nivel Plus || regional newspaper based in Bratislava
|}

Other language newspapers
{| class="sortable wikitable"
! Title
! Website
! Language
! Established
! Owner
! Notes
|-
| The Slovak Spectator || website || English || 1995 || Petit Press ||
|-
| Új Szó || website || Hungarian || 1948 || DUEL - PRESS ||
|}

Defunct
{| class="sortable wikitable"
! Title
! Established
! Ceased publication
! Owner
! Notes
|-
| Košický večer || 1969 || 2004 || Petit Press || daily regional newspaper based in Košice
|-
| Národná obroda  || 1990 || 2005 || Pegas 2 Slovakia || daily newspaper
|-
| 24 hodín  || 2005|| 2006 || Pegas 2 Slovakia || daily newspaper
|-
| Kysucký večerník  || 2013 || 2017 || Publishing House || weekly regional newspaper
|-
| Noviny Poprad  || 1990 || 2019 || mesto Poprad || weekly regional newspaper based in Poprad
|-
| Podtatranské noviny || 1960 || 2020 || || weekly regional newspaper based in Poprad
|}

See also
List of newspapers

References

Slovakia
Newspapers
List

redpajama_set_name: RedPajamaWikipedia


text:
Q: Factory pattern, implementing a dynamic list of factories I'm implementing an abstract factory pattern (in c++), but there is a slight problem.
I'd like to avoid creating a place which must know at compile time what factories exist.
Usually in the examples I see something like this.
Factory * getFactory()
{
    if(/*we should make factoryA*/)
    {
        return FactoryA::instance();
    }
    else if(/*we should return FactoryB*/)
    {
        return FactoryB::instance();
    }
    else
    {
        return NULL;
    }
}

I could do something like this, but I want better!
What I have in mind is that the Factory base class would have a list of Factories, each class inherited from Factory would create a static instance and add that instance to the list, through a protected class function in Factory.
However, I can't figure out a way to do this without playing Russian Roulette with static object initialization.

A: To avoid problems with static initialization order, you can make the list a static member of a function getFactoryList().  This will then ensure that the list exists when the protected constructor needs to add a factory to the list.
You'll then want to add a virtual method to Factory to determine if a given factory should be used.  Hopefully only one factory is eligible for use at a time, so that the order that the factories got created does not change which factory is returned.

A: Somthing Simple:
class BaseFactory
{
    public:
        BaseFactory()
        {
           std::list<BaseFactory*>&  fList = getFactoryList();
           fList.push_back(this);

           // If you are feeling brave.
           // Write the destructor to remove the object from the list.
           //
           // Note C++ guarantees the list will live longer than any of the factories
           // Because the list will always be completely constructed before any
           // of the factory objects (because we get the list in the constructor).
        }

        static BaseFactory& getFactory()  // Don't return a pointer (use a reference)
        {
           std::list<BaseFactory*>&  fList = getFactoryList();
           std::list<BaseFactory*>::iterator i = selectFactory(fList);

           if (i == fList.end()
           {
               static FakeFactory  fakeFactory; // Having a fake factory that
                                                // that returns fake object
                                                // is usually a lot easier than checking for
                                                // NULL factory objects everywhere in the code
                                                //
                                                // Alternatively throw an exception.
               return fakeFactory;
           }

           return *(*i); // return reference
        }
    private:
        static std::list<BaseFactory*>& getFactoryList()
        {
            static std::list<BaseFactory*>  factoryList; // Notice the static
            return factoryList;
        }
};

A: How would you benefit form such design? I mean, even when you had that list,  you would have to select that factory somehow, based on some criteria.
Try Inversion Of Control pattern instead.
If Class A needs to create an object, pass factory to that class.
class A {
    Factory *f;
 public:
    A(Factory *f)
       : f(f)
    {  }

    void doSomething()
    {
       Object o = f->produce();
        ...
    }
}

Then you would decide which factory to use on the "higher level". Factory may came form the source, form plugin etc.

A: I use a pattern to collect instances of subclasses.  This is the bare bones of it couched in terms of a factory:
class Factory {
    public:
      virtual Foo* makeFoo()=0;
      ...
    protected:
      Factory(){
          getFactoryList().push_back(this);
      }
    private:
      FactoryList& getFactoryList();  // Returns static list
};

class FactoryA: public Factory{
      Foo* makeFoo();  // I make a Foo my way
} FACTORYINSTANCE;

You still need a way of searching the list for the correct factory to use, and my macro FACTORYINSTANCE just evaluates to a unique name in order to invoke its own constructor.


I recently had a discussion with a friend. He had been a defiant atheist in college. Later in life, as he faced many challenges and difficulties, he came to believe in God. But he believes in a God who created the world and went on vacation, leaving human beings to themselves.
3. Read about it: I could read books and articles on mechanical engineering written by mechanical engineers since they are the experts on the subject, ponder what I read, and ask questions to understand and learn. This results in a deep level of knowledge.
1. On my own: As I mentioned earlier, this would not be a wise approach, so I decided not to go this route. However, I have heard many people say, "All I need to do is follow my conscience, be a good person, and don't hurt anyone. That is all God requires of me." Or "I'll meditate and ponder over the magnificence of the creation in order to know God." Certainly we do not follow our conscience or meditate to learn about mechanical engineering, George Washington, driving laws, or anything else we want to know about. This is only logical. And who gave us our sense of logic? Of course, the One who created us. If we want to depend on our own thinking to discover who God is and why He created us, it could take a lifetime with uncertain results. If God gave us our lives, it is incumbent on us to find out why He gave us our lives, how He wants us to live, and what will happen to us after this life. Those who subscribe to such an approach are either not using their God-given faculty of reason and logic or are not serious about learning about their Creator.
2. Ask the experts: I decided to ask the experts to tell me about God. However, who are the experts? This was quite challenging. After some thinking, I concluded that I needed to ask those who claim or have claimed that they have received a message from God (that's assuming that God has sent us a message). There have been people in the past and there are people today who claim God has given them a message. The simplest and most logical approach would be to start with the five major world religions: Hinduism, Buddhism, Judaism, Christianity, and Islam. Since the original recipients of the message lived hundreds or thousands of years ago, I asked the knowledgeable followers of these faiths. Of course, it is very important to determine if the original message has remained intact after so many centuries. If I did not receive a satisfactory answer, I continued asking people of other faiths. What is amazing is to me is the number of people trying to learn about God by asking philosophers and poets, none of whom claims or has claimed to have received a message from God and who readily admit that what they say or have said is the result of their own thinking. Asking a philosopher or a poet or reading their works is like asking a genetic engineer about mechanical engineering! So asking experts is a good start to gain some knowledge and understanding of various faiths, but it does not provide a deep level of knowledge.
3. Read about it: Today we have access to the written texts of world religions. In my search for God, I have read books of many faiths, from the Bhagavad Gita to the Book of Mormon, pondered over them, and asked questions of their followers in a sincere desire to learn—not to argue and prove my own point of view. By reading, pondering, and asking, I was able to attain a deep understanding of each religion.
4. Take a class: I took a comparative religion class at the University of California at Davis and attended several others. I read the required textbooks, which covered all five major religions and many of the minor ones, such as the Baha'i faith, Unification Church, Church of Jesus Christ of Latter-Day Saints, and others. I have also visited various houses of worship.
Steps 3 and 4 are certainly the most comprehensive approaches.