text:
El desarrollo de programas para Android se hace habitualmente con el lenguaje de programación similar a Java y el conjunto de herramientas de desarrollo SDK ( SDK, SoftwareDevelopment Kit ), pero hay otras opciones disponibles. En julio de 2013 existían más de  de aplicaciones contabilizadas para Android, con aproximadamente 25 mil millones de descargas. La plataforma Android ha crecido hasta ser una de las preferidas por los desarrolladores para plataformas móviles. Un estudio de junio de 2011 indica que el 67% de los desarrolladores para móviles utilizaban la plataforma en el
momento de su publicación. En el segundo trimestre de 2012, se habían vendido alrededor de 105 millones de  teléfonos Android, un 68% de las ventas de teléfonos inteligentes hasta esa fecha.

Herramientas oficiales

Android SDK

El SDK (Software Development Kit) de Android incluye un conjunto de herramientas de desarrollo. Comprende un depurador de código, una biblioteca, un simulador de teléfono basado en QEMU, documentación, ejemplos de código y tutoriales. Las plataformas de desarrollo soportadas incluyen GNU/Linux, Mac OS X 10.5.8 o posterior, y Windows XP o posterior. También puede utilizarse el propio sistema Android para desarrollos utilizando las aplicaciones AIDE - Android IDE - Java, C++(app) [AIDE - Android IDE - Java, C++] y el editor de Java. La plataforma integral de desarrollo (IDE, Integrated
Development Environment) soportada oficialmente es Android Studio junto con el complemento ADT (Android Development Tools plugin). Además, los programadores pueden usar un editor de texto para escribir ficheros Java y XML, y utilizar comandos en un terminal (se necesitan los paquetes JDK, Java Development Kit y Apache Ant) para crear y depurar aplicaciones, así como controlar dispositivos Android que estén conectados (es decir, reiniciarlos, instalar aplicaciones en remoto, etc.).

Las actualizaciones del SDK están coordinadas con el desarrollo general de Android. El SDK soporta también versiones antiguas de Android, por si los programadores necesitan instalar aplicaciones en dispositivos ya obsoletos o más antiguos. Las herramientas de desarrollo son componentes descargables, de modo que una vez instalada la última versión pueden instalarse versiones anteriores y hacer pruebas de compatibilidad.

Una aplicación Android está compuesta por un conjunto de ficheros empaquetados en formato .apk y guardada en el directorio /data/app del sistema operativo Android (este directorio necesita permisos de superusuario, root, por razones de seguridad). Un paquete APK incluye ficheros .dex  (ejecutables Dalvik, un código intermedio compilado), recursos, etc.

Android Debug Bridge - Conector de Depuración de Android
Android Debug Bridge (Conector o puente para depuración de Android ), o ADB, es un juego de herramientas incluido en el paquete SDK de Android. Consiste en programas con funciones tanto de cliente como de servidor, que se comunican entre ellos. El uso normal del ADB se realiza desde la línea de comandos, aunque existen numerosas interfaces gráficas para controlarlo.

La forma de enviar comandos por medio del ADB es normalmente

 adb [-d|-e|-s <NúmeroDeSerie>] <comando>

En un problema de seguridad, publicado en marzo del 2011, ADB fue utilizado como un vector para tratar de instalar programas como superusuario (root) en teléfonos conectados, por medio de un ataque de saturación de recursos ('resource exhaustion attack').

Fastboot - Arranque rápido
Fastboot es un protocolo de diagnóstico incluido en el SDK cuya función principal consiste en modificar el sistema de ficheros flash mediante una conexión USB desde un ordenador. Para ello el dispositivo ha de arrancarse en modo boot loader (carga de inicio) o modo Second Program Loader (segundo cargador de programa) donde sólo se realiza una inicialización de hardware básica. Después de habilitar el protocolo en el dispositivo, este acepta un juego específico de instrucciones que recibe por medio de la conexión USB utilizando la línea de comandos. Algunos de los comandos más usados son:

 flash reescribe una partición con una imagen binaria almacenada en el ordenador.
 erase  borra una partición específica.
 reboot reinicia el dispositivo con el sistema principal, la partición de recuperación del sistema o de vuelta al bootloader.
 devices  muestra una lista de dispositivos (con su número de serie) conectados al ordenador.
 format  formatea una partición específica. El sistema de ficheros de la partición tiene que ser compatible con el dispositivo.

Native development kit - Sistema de desarrollo nativo

El NDK permite instalar bibliotecas escritas en C, C++ y otros lenguajes, una vez compiladas para ARM, MIPS o código nativo x86. Los programas Java corriendo en la máquina virtual Dalvik (Dalvik VM) pueden llamar a clases nativas por medio de la funciónSystem.loadLibrary, que forma parte de las clases estándares Java en Android.

Se pueden compilar e instalar aplicaciones completas utilizando las herramientas de desarrollo tradicionales. Sin embargo, según la documentación de Android, NDK no debe utilizarse para desarrollo simplemente porque el programador prefiera programar en C/C++, ya que la utilización del NDK aumenta la complejidad sin que la mayor parte de las aplicaciones obtengan ningún beneficio por ello.

El depurador ADB proporciona un shell root en el simulador de Android que permite cargar y ejecutar código nativo ARM, MIPS o x86. Este código puede compilarse con GCC, o el compilador C++ de Intel en un ordenador personal normal.  La ejecución de código nativo es difícil porque Android utiliza una biblioteca de C propia (libc, llamada Bionic). La biblioteca gráfica que utiliza Android para controlar el acceso a este dispositivo se llama Skia Graphics Library (SGL), disponible con licencia de código abierto. Skia tiene implementaciones en Win32 y Unix, permitiendo el desarrollo multiplataforma de aplicaciones, y es el motor de gráficos que soporta al navegador web Google Chrome.

NDK está basado en la línea de comandos, y, al contrario que el desarrollo con Eclipse, requiere la invocación manual de comandos para construir, cargar y depurar las aplicaciones. Hay herramientas de terceros que integran el NDK con Eclipse y Visual Studio.

Android Open Accessory Development Kit
La plataforma Android 3.1 (también actualizada en la plataforma Android 2.3.4) introduce soporte para Android Open Accessory, que permite que equipos USB externos (y Android USB Accesory) puedan interactuar con dispositivos Android en un modo especial llamado "accessory" (accesorio). Cuando un dispositivo Android está en modo "accessory", el accesorio conectado actúa como un centro (host) USB (proporciona potencia al bus y enumera los dispositivos) mientras que el dispositivo Android funciona como un dispositivo USB. Los accesorios Android USB están diseñados específicamente para unirse a dispositivos Android mediante un protocolo sencillo (protocolo "Android accessory") que les permite detectar los dispositivos Android compatibles con este modo.

Herramientas de desarrollo de terceros

Android APIMiner
Android APIMiner es una plataforma que complementa automáticamente la documentación Javadoc con ejemplos de uso, extraídos de aplicaciones Android de código abierto. Para mejorar la calidad de los ejemplos, APIMiner utiliza un algoritmo de rebanamiento estático dentro de los procedimientos.

AndroWish
AndroWish es un intérprete de Tcl/Tk en el dispositivo, que proporciona una interfaz gráfica (GUI) multiventana, y acceso a Bluetooth, USB, network sockets, text-to-speech, speech recognition, sensores, localización (GPS o información de la red), gestor de actividad ("activity manager"), SQLite y sonido. La capa GUI está basada en SDL2. AndroWish se incluye con 337 paquetes Tcl.

App Inventor for Android

El 12 de julio de 2010 Google anunció la disponibilidad de App Inventor para Android, un entorno de desarrollo visual, basado en Web, para programadores principiantes, basado en la librería Java Open Blocks del MIT y proporcionando acceso, en los dispositivos Android, al GPS, datos de orientación y acelerómetro, funciones del teléfono, mensajes de texto, conversión voz a texto, datos de contacto, almacenamiento permanente y servicios Web, incluyendo inicialmente Amazon y Twitter. [[Hal
Abelson]], director de proyecto en el MIT, dijo: "Sólo hemos podido hacerlo porque la arquitectura Android es tan abierta". Después de un año de desarrollo, la herramienta de edición de bloques se ha utilizado para enseñanza a principiantes en ciencias de computación en Harvard, MIT, Wellesley, Trinity College (Hartford) y en la Universidad de San Francisco, donde
el profesor David Wolber, desarrolló un curso de introducción a la
ciencia de los ordenadores y un libro de enseñanza para estudiantes
que no estudian computación, basado en App Inventor para Android.

En la segunda mitad de 2011, Google liberó el código fuente, terminó su servicio Web,
y proporcionó fondos para la creación en el MIT del "Center for Mobile Learning" ( Centro
de Aprendizaje para Móviles ) dirigido por el creador de App Inventor Hal Abelson y
los compañeros y profesores del MIT Eric Klopfer y Mitchel Resnick. La última versión
creada como resultado de la colaboración entre el MIT y Google fue liberada en febrero del
2012, y la primera versión exclusiva del MIT en marzo del mismo año actualizada en
App Inventor 2 en diciembre del 2013. Actualmente (2014) el MIT se ocupa de
su mantenimiento.

Basic4android
Basic4android es un producto comercial similar a Simple. Está inspirado
en Microsoft Visual Basic 6 y Microsoft Visual Studio. Hace la programación
Android mucho más sencilla para programadores habituales de Visual Basic que
encuentran dificultades en el uso de Java. Basic4android cuenta con una fuerte
y activa comunidad en línea de desarrolladores.

HyperNext Android Creator
HyperNext Android Creator (HAC) es un sistema de desarrollo de
programas dirigido a programadores que empiezan, permitiéndoles crear
sus propias aplicaciones sin necesitar conocimientos de Java y del SDK
de Android. Está basado en HyperCard, que gestiona el software como
una pila de tarjetas en la que sólo una de ellas es visible en un
momento dado y por tanto encaja bien en aplicaciones para teléfonos
móviles, con una sola ventana disponible a la vez. El lenguaje
principal de desarrollo se llama simplemente HyperNext y está
relacionado con el lenguaje de HyperCards HyperTalk. HyperNext es un
intérprete de un lenguaje similar al Inglés y tiene muchas funciones
para crear aplicaciones Android. Soporta un subconjunto creciente del
SDK de Android incluyendo sus propias versiones de controles gráficos
de interfaz de usuario (GUIs) y ejecuta autómaticamente su propio
servicio, de forma que las aplicaciones pueden continuar ejecutándose
y procesando información, sin estar en el frontal del usuario.

Kivy
Kivy es una librería Python de código abierto, para desarrollar
programas multitáctil  con una interfaz natural de usuario
(NUI, natural user interface) para una amplia gama de dispositivos.
Kivy da la posibilidad de mantener una sola aplicación para numerosos
sistemas operativos ("programar una vez, ejecutar en todas partes"). Kivy
tiene una herramienta incorporada para distribuir aplicaciones móviles llamada
Buildozer, sólo disponible en Linux. Buildozer está todavía en fase alpha,
pero es mucho más sencilla que los sistemas de instalación anteriores de Kivy. Las
aplicaciones programadas con Kivy pueden enviarse a la plataforma de distribución
de aplicaciones móviles de Android.

Processing
El entorno Processing, que también utiliza el lenguaje Java, ha soportado
un modo Android desde la versión 1,5. Puede integrarse con la cámara y los
sensores del dispositivo utilizando la librería Ketai.

Qt para Android

Qt para Android permite a las aplicaciones Qt 5 funcionar en dispositivos
Android V2.3.3 ( nivel de API 10) o posteriores.  Qt es una infraestructura multiplataforma para aplicaciones que puede abarcar a Android, Linux, iOS, Sailfish OS y Windows.
El desarrollo de aplicaciones Qt se hace en C++ standard y JavaScript. El desarrollo
de aplicaciones en Qt necesita de Android NDK y JDK. Qt Creator es el entorno de
desarrollo integrado proporcionado por Qt para desarrollo de aplicaciones multiplataforma.

RFO Basic!
RFO Basic ( un dialecto del Basic Dartmouth) es un intérprete libre en el dispositivo,
que proporciona acceso a hardware, sensores, sonido, gráficos, multitactil, sistema
de ficheros, SQLite, network sockets, FTP, HTTP, Bluetooth, HTML ÇGUI, encryption, SMS,
teléfono, correo, texto a voz, reconocimiento de voz, GPS, funciones matemáticas,
funciones de cadenas de caracteres, listas y otras utilidades esenciales. Es un proyecto
de código abierto que produce ficheros apk de Android independientes.  El desarrollo
de RFO Basic está activo y tiene una fuerte comunidad en línea de desarrolladores.

RubyMotion
RubyMotion es una herramienta para desarrollar aplicaciones móviles en Ruby. En la versión
3.0, soporta Android. Las aplicaciones RubyMotion pueden interactuar con el juego
completo de Java Android APIs de Ruby, utilizar librerías Java de terceros y
están compiladas estáticamente en el código máquina.

Saphir
Saphir es una rama del intérprete de código abierto Rebol 3 (R3). Toda la
funcionalidad de R3, incluyendo la interfaz gráfica, gráficos, acceso a red,
acceso a ficheros, análisis sintáctico, y otras funciones principales son
portables entre Android, Windows, Mac y Linux, sin cambios en el código fuente.
Saphir utiliza plantillas de "concise dialect" (DSL) para construir interfaces
gráficas de usuario y realizar operaciones comunes, usando una sintaxis breve y
legible. El pequeño tamaño del intérprete ( 0,5 - 1,5 megabytes ) complementa el
diseño utilitario de Saphir.

SDL
La librería SDL ofrece también una opción de desarrollo, al lado de Java,
permitiendo desarrollar en C y portar de una forma sencilla aplicaciones nativas
existentes SDL y C. Mediante la inyección de una pequeña librería Java (shim) y de JNI,
puede utilizarse código SDL nativo, permitiendo portabilidad a Android como
por ejemplo el videojuego Jagged Alliance 2.

El proyecto Simple
El objetivo de Simple es ser un lenguaje fácil de aprender para la
plataforma Android. Simple es un dialecto de BASIC para Android. Sirve
tanto para programadores profesionales como aficionados permitiendo
escribir rápidamente aplicaciones que utilizan los componentes de ejecución de Android.

Parecido a Visual Basic 6 de Microsoft, los programas Simple consisten
en definiciones de formularios ( que contienen componentes ) y código
( con la lógica del programa ). La interacción entre ellos se hace por
medio de eventos lanzados por los componentes. La lógica del programa
consiste en gestores de eventos, que ejecutan código dependiendo del
evento.

El proyecto Simple no tiene mucha actividad. La última actualización
de código se realizó en agosto de 2009.

WinDev Mobile
WinDev Mobile es un entorno de desarrollo propietario, creado por
PC SOFT y utilizado para crear interfaces gráficas de usuario en
aplicaciones para teléfonos inteligentes y tabletas ( incluyendo Android ).
Utiliza WLanguage como lenguaje de programación, disponible en inglés,
francés y chino.

El Concurso de Desarrollo Android
El Concurso de Desarrollo Android (ADC Android Developer Challenge )
fue una competición a la aplicación más innovadora para
Android. Google ofreció premios por valor de 10 millones de dólares,
distribuidos en dos fases ADC 1 y ADC 2. ADC 1 aceptaba subscripciones
entre el 2 de enero y el 14 de abril de 2008. Las 50 aplicaciones más
prometedoras, seleccionadas el 12 de mayo del 2008, recibieron
dólares para soporte a su desarrollo. A principios de septiembre diez
equipos recibieron  dólares, y otros diez,  dólares.

ADC II empezó el 27 de mayo de 2009. La primera ronda concluyó el 6 de
octubre. Los ganadores, 200 aplicaciones, se publicaron el 5 de
noviembre. La votación de la segunda ronda empezó ese mismo día y
acabó el 25 de noviembre. Google publicó los ganadores el 30, con
SweetDreams, What the Doodle!? y WaveSecure como los ganadores totales
del concurso.

Firmware de Comunidad
Hay una comunidad de apoyo al código abierto que construye y comparte
firmware basado en Android con modificaciones y funciones adicionales,
por ejemplo, soporte para audio FLAC y la capacidad de guardar
aplicaciones en la tarjeta microSD. Normalmente, esto implica acceso
como superusuario al dispositivo ("rooting"). "Rooting" permite al
superusuario acceder al sistema operativo con un control completo del
teléfono. "Rooting" también tiene el inconvenientes, al aumentar
el peligro de intrusiones de software maligno, pérdida de garantía del dispositivo,
altas posibilidades de inutilizarlo, peligro de virus, etc.
Sin embargo hacer "Rooting" permite instalar firmwares adaptados, aunque
hay que desbloquear también el cargador de arranque (bootloader) del dispositivo.
Sistemas modificados permiten a los usuarios de teléfonos antiguos utilizar
aplicaciones sólo disponibles en versiones nuevas.

Los paquetes de firmware se actualizan con frecuencia, incorporan
funciones a Android que no se distribuyen oficialmente dentro del
firmware autorizado por un operador, y suelen tener menos
limitaciones. Como ejemplo están CyanogenMod y OMFGB.

El 24 de septiembre de 2009, Google envió una carta solicitando el
cese de estas actividades a Cyanogen, mencionando problemas con la
redistribución de aplicaciones Google con código cerrado en el
firmware modificado. Aunque la mayor parte del S.O. Android es código
abierto, los teléfonos incorporan código propietario de Google para
aplicaciones como Android Market y navegación GPS. Google ha declarado
que estas aplicaciones sólo pueden distribuirse a través de canales de
distribución aprobados con su correspondiente licencia. Cyanogen ha
cumplido los deseos de Google y continúa distribuyendo sus
modificaciones sin código propietario, proporcionando un método para
copiar las aplicaciones con licencia Google durante la instalación y
recuperarlas al finalizar la misma.

Estándares de Java
Android no utiliza los estándares establecidos de Java, i.e. Java SE y ME, lo cual es un problema para el desarrollo. Esto impide la compatibilidad entre aplicaciones Java escritas para otras plataformas. Android sólo utiliza la sintaxis y la semántica de Java, pero no incorpora en su totalidad las bibliotecas de clases de Java y APIs ( Application Programming Interface ) que acompañan a Java SE o ME. Sin embargo, hay diversas herramientas en el mercado de empresas como Myriad Group y UpOnTek que dan un servicio de conversión entre J2ME y Android.

Historia

La Open Handset Alliance, liderada por Google, es la creadora de Android. Los primeros
informes de desarrollo de aplicaciones para la plataforma Android era
confusa. Entre los temas expuestos se incluían errores, falta de
documentación, infraestructura de control de calidad inadecuada,
inexistencia de un sistema de seguimiento de problemas. ( Google
anunció un sistema de seguimiento de incidencias el 18 de enero de
2008 ). En diciembre del 2007, Adam MacBeth, fundador de MergeLab
mobile, expresó "No hay funcionalidad, está mal documentada o no
funciona... desde luego no está lista para el lanzamiento". A pesar de
todo, las aplicaciones dirigidas a Android empezaron aparecer a la
semana siguiente de su aparición. La primera aplicación publicada fue
el juego de la serpiente. El Teléfono de Desarrollo Android es un
dispositivo con el SIM y el hardware desbloqueados, orientado a
desarrolladores avanzados. Así como pueden usarse dispositivos de
consumo normales para probar y utilizar aplicaciones, algunos
programadores prefieren dispositivos desbloqueados y sin contrato.

El 12 de noviembre de 2007 se lanzó una versión de prueba de Android
SDK. El 15 de julio de 2008, El equipo del Concurso de Desarrollo
Android envió accidentalmente un correo electrónico a todos los
participantes anunciando una nueva versión de SDK en el área
restringida de descargas. El correo debía dirigirse únicamente a los
ganadores de la primera ronda. El hecho de que Google proporcionara
una nueva versión de SDK a unos desarrolladores y no a otros, mediante
una acuerdo privado, originó un gran descontento en la comunidad de
desarrolladores de Android.

El 19 de agosto apareció la versión Beta de Android 0.9
SDK. Proporcionaba una API mejorada extendida, mejoras en la
herramientas y un diseño actualizado de la pantalla principal. Hay
instrucciones detalladas de actualización para aquellos que todavía
utilicen versiones anteriores. Android 1.0 SDK ( versión 1) aparece el
23 de septiembre de 2008. Según las notas de la versión, incluía
fundamentalmente correcciones de errores, aunque incorporaba pequeñas
novedades. Incluso incluía varios cambios en el API sobre la versión
0.9. Desde esa fecha, se han distribuido múltiples versiones.

Referencias

Bibliografía

Enlaces externos
 Android Developers
 Tutoriales Android
 Blog dedicado a los desarrolladores de Adobe Flex de habla hispana
 Android Training
 Android Developers Blog
 Android training courses
 Google Projects for Android from Google Code
 Diagram of Android internals
 Página web de Appcelerator Titanium
 Hypertext map of Android API classes
 JavocSoft - Blog
 Factores tiempo en el desarrollo - Blog

Teléfonos inteligentes
Linux embebido
Google
Android
Comunidades de desarrolladores de software


text:
You can set your house on fire in Pennsylvania and not be charged with arson
By Daniel Craig
PhillyVoice Staff
Laws Fires
A Pennsylvania lawmaker wants to close a loophole in state law that may allow someone to set their own house on fire and not be charged with arson.
State Sen. Lisa Boscola, D-Lehigh/Northampton, said Monday she recently came across a case in which a man intentionally set his house on fire for the sole reason he hated the home.
The person was charged with four counts of arson, but two counts were dismissed after the defense argued the wording of state law doesn't make the sole act of setting a structure ablaze a crime when the building is owned by the individual setting the fire and the flames don't put others in harm's way.
Are outdoor fire pits legal in Philadelphia?
Video: Bucks County man's turkey fryer bursts into flames on Thanksgiving
Why are wildfires concentrated in the west?
Under state law, arson is defined as intentionally setting a fire or starting an explosion if the structure is occupied or the fire "recklessly places another person in danger of death or bodily injury, including but not limited to a firefighter, police officer or other person actively engaged in fighting the fire."
There are other classifications of arson under Pennsylvania law, such as setting someone else's property on fire and aggravated arson. But the base act of torching one's own home is not technically a crime.
"Whether an individual may feel that it is within their right to set fire to a structure because they own it and want to be rid of it, there are processes and safer options available to the homeowner, including proper demolition of a structure," Boscola wrote in a memo to other lawmakers.
Boscola noted there are plenty of alternatives to someone burning their house down, such as renovation, selling it or even just abandoning the home.
"Setting a home ablaze for no other purpose other than to get rid of it does not constitute an appropriate or rational choice," she wrote.
The senator intends to introduce legislation in the near future that would change the wording of the law.
Read more Laws Fires Pennsylvania Arson Harrisburg Legislation Odd News
Philly man killed in industrial accident at South Jersey food processing facility

redpajama_set_name: RedPajamaCommonCrawl


text:
Hao oder Hào steht für:
 Hao (Tuamotu-Inseln), ein Atoll der Tuamotu-Inseln in Französisch-Polynesien
 Hao (Gemeinde), eine Gemeinde in Französisch-Polynesien
 号 / 號, hào, einen chinesischen Ehrennamen, siehe Chinesischer Name
 ein altes Volumenmaß, siehe Hao (Einheit)
 Hào, ein Zehntel des Vietnamesischer Đồng, der vietnamesischen Währung

Hao ist der Name folgender Personen:

 Chen Hao 陈好 (* 1979), chinesische Schauspielerin und Model
 Fu Hao 妇好 / 婦好, Fù Hǎo, auch Mǔ Xīn (ca. 1200–1181 v. Chr.), Gemahlin des Königs Wu Ding
 Huang Hao 黄皓 / 黃皓, Huáng Hào (2. Jh.), Eunuch zur Zeit der Drei Reiche im alten China

 Ning Hao 宁浩, Níng Hào (* 1977), chinesischer Regisseur und Drehbuchautor
 Sun Hao 孙皓 Sun Hào (242–284), vierter und letzter Kaiser der Wu-Dynastie

 Zhang Hao (Eiskunstläufer) 張昊 (* 1984), chinesischer Eiskunstläufer

Hao ist der Familienname folgender Personen:
 Andrew Hao Jinli (1916–2011), chinesischer Geistlicher, Bischof von Xiwanzi
 Leo Hao (* 1973), russischer Maler, Illustrator und Grafikdesigner
 Hao Haidong (* 1970), chinesischer Fußballspieler

 Hao Jialu (* 1987), chinesische Fechterin
 Hao Jingfang (* 1984), chinesische Autorin
 Hao Junmin (* 1987), chinesischer Fußballspieler
 Hao Long Bin 郝龍斌, Bürgermeister von Taipeh
 Hao Shuai (* 1983), chinesischer Tischtennisspieler
 Hao Shuai (Leichtathletin) (* 1987), chinesische Hammerwerferin

HAO ist die Abkürzung für:
 Hydrologischer Atlas Österreichs, das amtliche Kartenwerk des BMLFUW
 High Altitude Observatory, eine amerikanische Observatoriumsplattform
 Handelsaufbau Ost, ein deutsches Unternehmen zur Verwaltung polnischen Besitzes von 1939 bis 1945

HAO

redpajama_set_name: RedPajamaWikipedia


Below is a class with four class properties which will be transformed.
//Property initializers are not on the prototype.
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This week, guest speaker Logan Gentry came to share on what he refers to as the "rhythms of redemption."
Cellus Hamilton shared his thoughts and reflections from Sunday's message.
In Sunday's sermon, Logan taught that even in complex conversations with non-believers, our response to that opportunity is always simple.
Our challenge is to become anchored in Jesus as the unwavering stone that will keep us firm in our rapid changing culture. Logan referred to scripture in Acts 18 to show that Paul's interactions with God or people didn't change despite the circumstances that changed in his life.
Logan highlighted that the idea of reasoning is defined as mingling thought with thought; and that Christ calls us to values other people's ideas. Though we may not agree with them, we must humbly listen and value them as humans who are valuable to God like ourselves. Jesus did this and even responded to people's questions with questions of His own. In the same way that Jesus asked questions that pushed past the surface and engaged people on a deeper level, we have the same responsibility.
Ultimately, Sunday's message reminds us to extend the same grace to others as we have ourselves received. We all need to be strengthened by God and one of the most powerful ways to show the strength of Christ is to be vulnerable and steer clear of "calculated openness". As broken people who have been put back together by the Potter, Logan taught that we must only respond to people with the same words Jesus said to us..."I Love You Anyways."


text:
package jp.co.ctc_g.jfw.core.util;

import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertFalse;
import static org.junit.Assert.assertNotNull;
import static org.junit.Assert.assertTrue;

import java.math.BigDecimal;
import java.math.BigInteger;
import java.util.List;

import org.junit.Test;

public class BeansTest {

    @Test
    public void capitalizeテスト() {
        final String[] suspects = Arrays.gen(
                "",
                "a", "A",
                "ab", "Ab", "aB", "AB",
                "abc", "Abc", "aBc", "abC", "ABc", "AbC", "aBC",
                "a_b", "a_b_c", "A_b_c", "A_BC", "AB_C");
        final String[] expected = Arrays.gen(
                "",
                "A", "A",
                "Ab", "Ab", "aB", "AB",
                "Abc", "Abc", "aBc", "AbC", "ABc", "AbC", "aBC",
                "A_b", "A_b_c", "A_b_c", "A_BC", "AB_C");
        Arrays.each(suspects, new EachCall<String>() {
            public void each(String element, int index, int total) {
                String result = Beans.capitalize(element);
                assertEquals(expected[index], result);
            }
        });
    }

    @Test
    public void decapitalizeテスト() {
        final String[] suspects = Arrays.gen(
                "",
                "a", "A",
                "ab", "Ab", "aB", "AB",
                "abc", "Abc", "aBc", "abC", "ABc", "AbC", "aBC",
                "a_b", "a_b_c", "A_b_c", "A_BC", "AB_C");
        final String[] expected = Arrays.gen(
                "",
                "a", "a",
                "ab", "ab", "aB", "AB",
                "abc", "abc", "aBc", "abC", "ABc", "abC", "aBC",
                "a_b", "a_b_c", "a_b_c", "a_BC", "AB_C");
        Arrays.each(suspects, new EachCall<String>() {
            public void each(String element, int index, int total) {
                String result = Beans.decapitalize(element);
                assertEquals(expected[index], result);
            }
        });
    }

    // プロパティリード -----------------------------------------------------------------

    @Test
    public void readPropertyValueNamedシンプルテスト() {
        String value = (String) Beans.readPropertyValueNamed("prop", new Object() {
            @SuppressWarnings("unused")
            public String getProp() {
                return "prop";
            }
        });
        assertNotNull(value);
        assertEquals("prop", value);
    }

    @Test
    public void readPropertyValueNamedネストテスト() {
        Object target = new Object() {
            private Object prop = new Object() {
                @SuppressWarnings("unused")
                public String getNested() {
                    return "nested";
                }
            };
            @SuppressWarnings("unused")
            public Object getProp() {
                return prop;
            }
        };
        String value = (String) Beans.readPropertyValueNamed("prop.nested", target);
        assertNotNull(value);
        assertEquals("nested", value);
    }

    // プロパティ配列リードテスト -------------------------------------------------------------------------

    @Test
    public void readPropertyValueNamedネスト配列テスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object getProp() {
                return new Object[] {"0", "1", "2"};
            }
        };
        String value = (String) Beans.readPropertyValueNamed("prop[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPropertyValueNamed("prop[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPropertyValueNamed("prop[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void readPropertyValueNamedネストネスト配列テスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object getProp() {
                return new Object() {
                    public Object[] getNested() {
                        return new Object[] {"0", "1", "2"};
                    }
                };
            }
        };
        String value = (String) Beans.readPropertyValueNamed("prop.nested[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPropertyValueNamed("prop.nested[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPropertyValueNamed("prop.nested[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void readPropertyValueNamedネスト配列ネスト配列テスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object[] getProp() {
                return new Object[] {
                    new Object() {
                        public Object[] getNested() {
                            return new Object[] {"0", "1", "2"};
                        }
                    },
                    new Object() {
                        public Object[] getNested() {
                            return new Object[] {"0", "1", "2"};
                        }
                    },
                    new Object() {
                        public Object[] getNested() {
                            return new Object[] {"0", "1", "2"};
                        }
                    }
                };
            }
        };
        for (int i = 0; i < 3; i++) {
            String value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[0]", target);
            assertNotNull(value);
            assertEquals("0", value);
            value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[1]", target);
            assertNotNull(value);
            assertEquals("1", value);
            value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[2]", target);
            assertNotNull(value);
            assertEquals("2", value);
        }
    }

    // プロパティリストテスト -----------------------------------------------------------------------------

    @Test
    public void readPropertyValueNamedネストリストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object getProp() {
                return Lists.gen("0", "1", "2");
            }
        };
        String value = (String) Beans.readPropertyValueNamed("prop[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPropertyValueNamed("prop[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPropertyValueNamed("prop[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void readPropertyValueNamedネストネストリストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object getProp() {
                return new Object() {
                    public List<String> getNested() {
                        return Lists.gen("0", "1", "2");
                    }
                };
            }
        };
        String value = (String) Beans.readPropertyValueNamed("prop.nested[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPropertyValueNamed("prop.nested[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPropertyValueNamed("prop.nested[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void readPropertyValueNamedネストリストネストリストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object[] getProp() {
                return new Object[] {
                    new Object() {
                        public List<String> getNested() {
                            return Lists.gen("0", "1", "2");
                        }
                    },
                    new Object() {
                        public List<String> getNested() {
                            return Lists.gen("0", "1", "2");
                        }
                    },
                    new Object() {
                        public List<String> getNested() {
                            return Lists.gen("0", "1", "2");
                        }
                    }
                };
            }
        };
        for (int i = 0; i < 3; i++) {
            String value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[0]", target);
            assertNotNull(value);
            assertEquals("0", value);
            value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[1]", target);
            assertNotNull(value);
            assertEquals("1", value);
            value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[2]", target);
            assertNotNull(value);
            assertEquals("2", value);
        }
    }

    // スードプロパティリード -----------------------------------------------------------------

    @Test
    public void readPseudoPropertyValueNamedシンプルテスト() {
        String value = (String) Beans.readPseudoPropertyValueNamed("prop", new Object() {
            @SuppressWarnings("unused") public String prop = "prop";
        });
        assertNotNull(value);
        assertEquals("prop", value);
    }

    @Test
    public void readPseudoPropertyValueNamedネストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = new Object() {
                public String nested = "nested";
            };
        };
        String value = (String) Beans.readPseudoPropertyValueNamed("prop.nested", target);
        assertNotNull(value);
        assertEquals("nested", value);
    }

    // スードプロパティ配列テスト -------------------------------------------------------------------------

    @Test
    public void readPseudoPropertyValueNamedネスト配列テスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = new Object[] {"0", "1", "2"};
        };
        String value = (String) Beans.readPseudoPropertyValueNamed("prop[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void readPseudoPropertyValueNamedネストネスト配列テスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = new Object() {
                    public Object[] nested = new Object[] {"0", "1", "2"};
            };
        };
        String value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void readPseudoPropertyValueNamedネスト配列ネスト配列テスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object[] prop = new Object[] {
                new Object() {
                    public Object[] nested = new Object[] {"0", "1", "2"};
                },
                new Object() {
                    public Object[] nested = new Object[] {"0", "1", "2"};
                },
                new Object() {
                    public Object[] nested = new Object[] {"0", "1", "2"};
                }
            };
        };
        for (int i = 0; i < 3; i++) {
            String value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[0]", target);
            assertNotNull(value);
            assertEquals("0", value);
            value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[1]", target);
            assertNotNull(value);
            assertEquals("1", value);
            value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[2]", target);
            assertNotNull(value);
            assertEquals("2", value);
        }
    }

    // スードプロパティリストテスト -----------------------------------------------------------------------------

    @Test
    public void readPseudoPropertyValueNamedネストリストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = Lists.gen("0", "1", "2");
        };
        String value = (String) Beans.readPseudoPropertyValueNamed("prop[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void readPseudoPropertyValueNamedネストネストリストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = new Object() {
                public List<String> nested = Lists.gen("0", "1", "2");
            };
        };
        String value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void readPseduoPropertyValueNamedネストリストネストリストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object[] prop = new Object[] {
                new Object() {
                    public List<String> nested = Lists.gen("0", "1", "2");
                },
                new Object() {
                    public List<String> nested = Lists.gen("0", "1", "2");
                },
                new Object() {
                    public List<String> nested =Lists.gen("0", "1", "2");
                }
            };
        };
        for (int i = 0; i < 3; i++) {
            String value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[0]", target);
            assertNotNull(value);
            assertEquals("0", value);
            value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[1]", target);
            assertNotNull(value);
            assertEquals("1", value);
            value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[2]", target);
            assertNotNull(value);
            assertEquals("2", value);
        }
    }

    // プロパティライト -----------------------------------------------------------------

    @Test
    public void writePropertyValueNamedシンプルテスト() {
        Object target = new Object() {
            private String prop;
            @SuppressWarnings("unused")
            public String getProp() {
                return prop;
            }
            @SuppressWarnings("unused")
            public void setProp(String prop) {
                this.prop = prop;
            }
        };
        Beans.writePropertyValueNamed("prop", target, "prop");
        String value = (String) Beans.readPropertyValueNamed("prop", target);
        assertNotNull(value);
        assertEquals("prop", value);
    }

    @Test
    public void writePropertyValueNamedネストテスト() {
        Object target = new Object() {
            private Object prop = new Object() {
                private String nested;
                @SuppressWarnings("unused")
                public String getNested() {
                    return nested;
                }
                @SuppressWarnings("unused")
                public void setNested(String nested) {
                    this.nested = nested;
                }
            };
            @SuppressWarnings("unused")
            public Object getProp() {
                return prop;
            }
        };
        Beans.writePropertyValueNamed("prop.nested", target, "nested");
        String value = (String) Beans.readPropertyValueNamed("prop.nested", target);
        assertNotNull(value);
        assertEquals("nested", value);
    }

    // プロパティ配列ライトテスト -------------------------------------------------------------------------

    @Test
    public void writePropertyValueNamedネスト配列テスト() {
        Object target = new Object() {
            private String[] prop = new String[3];
            @SuppressWarnings("unused")
            public Object getProp() {
                return prop;
            }
        };
        Beans.writePropertyValueNamed("prop[0]", target, "0");
        Beans.writePropertyValueNamed("prop[1]", target, "1");
        Beans.writePropertyValueNamed("prop[2]", target, "2");
        String value = (String) Beans.readPropertyValueNamed("prop[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPropertyValueNamed("prop[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPropertyValueNamed("prop[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void writePropertyValueNamedネストネスト配列テスト() {
        Object target = new Object() {
            private String[] nested = new String[3];
            @SuppressWarnings("unused")
            public Object getProp() {
                return new Object() {
                    public Object[] getNested() {
                        return nested;
                    }
                };
            }
        };
        Beans.writePropertyValueNamed("prop.nested[0]", target, "0");
        Beans.writePropertyValueNamed("prop.nested[1]", target, "1");
        Beans.writePropertyValueNamed("prop.nested[2]", target, "2");
        String value = (String) Beans.readPropertyValueNamed("prop.nested[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPropertyValueNamed("prop.nested[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPropertyValueNamed("prop.nested[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void writePropertyValueNamedネスト配列ネスト配列テスト() {
        Object target = new Object() {
            private String[] nested1 = new String[3];
            private String[] nested2 = new String[3];
            private String[] nested3 = new String[3];
            @SuppressWarnings("unused")
            public Object[] getProp() {
                return new Object[] {
                    new Object() {
                        public Object[] getNested() {
                            return nested1;
                        }
                    },
                    new Object() {
                        public Object[] getNested() {
                            return nested2;
                        }
                    },
                    new Object() {
                        public Object[] getNested() {
                            return nested3;
                        }
                    }
                };
            }
        };
        for (int i = 0; i < 3; i++) {
            Beans.writePropertyValueNamed("prop[" + i + "].nested[0]", target, "0");
            Beans.writePropertyValueNamed("prop[" + i + "].nested[1]", target, "1");
            Beans.writePropertyValueNamed("prop[" + i + "].nested[2]", target, "2");
        }
        for (int i = 0; i < 3; i++) {
            String value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[0]", target);
            assertNotNull(value);
            assertEquals("0", value);
            value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[1]", target);
            assertNotNull(value);
            assertEquals("1", value);
            value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[2]", target);
            assertNotNull(value);
            assertEquals("2", value);
        }
    }

    // プロパティリストテスト -----------------------------------------------------------------------------

    @Test
    public void writePropertyValueNamedネストリストテスト() {
        Object target = new Object() {
            private List<String> prop = Lists.gen("", "", "");
            @SuppressWarnings("unused")
            public Object getProp() {
                return prop;
            }
        };
        Beans.writePropertyValueNamed("prop[0]", target, "0");
        Beans.writePropertyValueNamed("prop[1]", target, "1");
        Beans.writePropertyValueNamed("prop[2]", target, "2");
        String value = (String) Beans.readPropertyValueNamed("prop[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPropertyValueNamed("prop[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPropertyValueNamed("prop[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void writePropertyValueNamedネストネストリストテスト() {
        Object target = new Object() {
            private List<String> nested = Lists.gen("", "", "");
            @SuppressWarnings("unused")
            public Object getProp() {
                return new Object() {
                    public List<String> getNested() {
                        return nested;
                    }
                };
            }
        };
        Beans.writePropertyValueNamed("prop.nested[0]", target, "0");
        Beans.writePropertyValueNamed("prop.nested[1]", target, "1");
        Beans.writePropertyValueNamed("prop.nested[2]", target, "2");
        String value = (String) Beans.readPropertyValueNamed("prop.nested[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPropertyValueNamed("prop.nested[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPropertyValueNamed("prop.nested[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void writePropertyValueNamedネストリストネストリストテスト() {
        Object target = new Object() {
            private List<String> nested1 = Lists.gen("", "", "");
            private List<String> nested2 = Lists.gen("", "", "");
            private List<String> nested3 = Lists.gen("", "", "");
            @SuppressWarnings("unused")
            public Object[] getProp() {
                return new Object[] {
                    new Object() {
                        public List<String> getNested() {
                            return nested1;
                        }
                    },
                    new Object() {
                        public List<String> getNested() {
                            return nested2;
                        }
                    },
                    new Object() {
                        public List<String> getNested() {
                            return nested3;
                        }
                    }
                };
            }
        };
        for (int i = 0; i < 3; i++) {
            Beans.writePropertyValueNamed("prop[" + i + "].nested[0]", target, "0");
            Beans.writePropertyValueNamed("prop[" + i + "].nested[1]", target, "1");
            Beans.writePropertyValueNamed("prop[" + i + "].nested[2]", target, "2");
        }
        for (int i = 0; i < 3; i++) {
            String value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[0]", target);
            assertNotNull(value);
            assertEquals("0", value);
            value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[1]", target);
            assertNotNull(value);
            assertEquals("1", value);
            value = (String) Beans.readPropertyValueNamed("prop[" + i +"].nested[2]", target);
            assertNotNull(value);
            assertEquals("2", value);
        }
    }

    // スードプロパティライト -----------------------------------------------------------------

    @Test
    public void writePseudoPropertyValueNamedシンプルテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused") public String prop;
        };
        Beans.writePseudoPropertyValueNamed("prop", target, "prop");
        String value = (String) Beans.readPseudoPropertyValueNamed("prop", target);
        assertNotNull(value);
        assertEquals("prop", value);
    }

    @Test
    public void writePseudoPropertyValueNamedネストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = new Object() {
                public String nested;
            };
        };
        Beans.writePseudoPropertyValueNamed("prop.nested", target, "nested");
        String value = (String) Beans.readPseudoPropertyValueNamed("prop.nested", target);
        assertNotNull(value);
        assertEquals("nested", value);
    }

    // スードプロパティ配列ライトテスト -------------------------------------------------------------------------

    @Test
    public void writePseudoPropertyValueNamedネスト配列テスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = new Object[] {"", "", ""};
        };
        Beans.writePseudoPropertyValueNamed("prop[0]", target, "0");
        Beans.writePseudoPropertyValueNamed("prop[1]", target, "1");
        Beans.writePseudoPropertyValueNamed("prop[2]", target, "2");
        String value = (String) Beans.readPseudoPropertyValueNamed("prop[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void writePseudoPropertyValueNamedネストネスト配列テスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = new Object() {
                    public Object[] nested = new Object[] {"", "", ""};
            };
        };
        Beans.writePseudoPropertyValueNamed("prop.nested[0]", target, "0");
        Beans.writePseudoPropertyValueNamed("prop.nested[1]", target, "1");
        Beans.writePseudoPropertyValueNamed("prop.nested[2]", target, "2");
        String value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void writePseudoPropertyValueNamedネスト配列ネスト配列テスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object[] prop = new Object[] {
                new Object() {
                    public Object[] nested = new Object[] {"", "", ""};
                },
                new Object() {
                    public Object[] nested = new Object[] {"", "", ""};
                },
                new Object() {
                    public Object[] nested = new Object[] {"", "", ""};
                }
            };
        };
        for (int i = 0; i < 3; i++) {
            Beans.writePseudoPropertyValueNamed("prop[" + i + "].nested[0]", target, "0");
            Beans.writePseudoPropertyValueNamed("prop[" + i + "].nested[1]", target, "1");
            Beans.writePseudoPropertyValueNamed("prop[" + i + "].nested[2]", target, "2");
        }
        for (int i = 0; i < 3; i++) {
            String value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[0]", target);
            assertNotNull(value);
            assertEquals("0", value);
            value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[1]", target);
            assertNotNull(value);
            assertEquals("1", value);
            value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[2]", target);
            assertNotNull(value);
            assertEquals("2", value);
        }
    }

    // スードプロパティリストライトテスト -----------------------------------------------------------------------------

    @Test
    public void writePseudoPropertyValueNamedネストリストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = Lists.gen("", "", "");
        };
        Beans.writePseudoPropertyValueNamed("prop[0]", target, "0");
        Beans.writePseudoPropertyValueNamed("prop[1]", target, "1");
        Beans.writePseudoPropertyValueNamed("prop[2]", target, "2");
        String value = (String) Beans.readPseudoPropertyValueNamed("prop[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void writePseudoPropertyValueNamedネストネストリストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object prop = new Object() {
                public List<String> nested = Lists.gen("", "", "");
            };
        };
        Beans.writePseudoPropertyValueNamed("prop.nested[0]", target, "0");
        Beans.writePseudoPropertyValueNamed("prop.nested[1]", target, "1");
        Beans.writePseudoPropertyValueNamed("prop.nested[2]", target, "2");
        String value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[0]", target);
        assertNotNull(value);
        assertEquals("0", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[1]", target);
        assertNotNull(value);
        assertEquals("1", value);
        value = (String) Beans.readPseudoPropertyValueNamed("prop.nested[2]", target);
        assertNotNull(value);
        assertEquals("2", value);
    }

    @Test
    public void writePseduoPropertyValueNamedネストリストネストリストテスト() {
        Object target = new Object() {
            @SuppressWarnings("unused")
            public Object[] prop = new Object[] {
                new Object() {
                    public List<String> nested = Lists.gen("", "", "");
                },
                new Object() {
                    public List<String> nested = Lists.gen("", "", "");
                },
                new Object() {
                    public List<String> nested =Lists.gen("", "", "");
                }
            };
        };
        for (int i = 0; i < 3; i++) {
            Beans.writePseudoPropertyValueNamed("prop[" + i + "].nested[0]", target, "0");
            Beans.writePseudoPropertyValueNamed("prop[" + i + "].nested[1]", target, "1");
            Beans.writePseudoPropertyValueNamed("prop[" + i + "].nested[2]", target, "2");
        }
        for (int i = 0; i < 3; i++) {
            String value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[0]", target);
            assertNotNull(value);
            assertEquals("0", value);
            value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[1]", target);
            assertNotNull(value);
            assertEquals("1", value);
            value = (String) Beans.readPseudoPropertyValueNamed("prop[" + i +"].nested[2]", target);
            assertNotNull(value);
            assertEquals("2", value);
        }
    }

    // スードプロパティリストライトテスト -----------------------------------------------------------------------------

    @Test
    public void detectDeclaredPropertyTypeテスト() {
        Class<?> s = Beans.detectDeclaredPropertyType("stringField", BeansBean.class);
        Class<?> i = Beans.detectDeclaredPropertyType("integerField", BeansBean.class);
        Class<?> bi = Beans.detectDeclaredPropertyType("bigIntegerField", BeansBean.class);
        Class<?> f = Beans.detectDeclaredPropertyType("floatField", BeansBean.class);
        Class<?> d = Beans.detectDeclaredPropertyType("doubleField", BeansBean.class);
        Class<?> bd = Beans.detectDeclaredPropertyType("bigDecimalField", BeansBean.class);
        assertEquals(String.class, s);
        assertEquals(Integer.class, i);
        assertEquals(BigInteger.class, bi);
        assertEquals(Float.class, f);
        assertEquals(Double.class, d);
        assertEquals(BigDecimal.class, bd);
    }

    // スードプロパティ一覧テスト ----------------------------------------------------------------------------------

    @Test
    public void listPseudoPropertyNamesテスト() {
        String[] props = Beans.listPseudoPropertyNames(BeansBeanAlternative.class);
        assertEquals("プロパティの数", 7, props.length);
    }

    @Test
    public void isPropertyReaderテスト() {
        assertTrue(Beans.isPropertyReader("getHoge"));
        assertTrue(Beans.isPropertyReader("isHoge"));
        assertFalse(Beans.isPropertyReader(null));
        assertFalse(Beans.isPropertyReader(""));
        assertFalse(Beans.isPropertyReader("getClass"));
        assertFalse(Beans.isPropertyReader("hasHoge"));
    }

    @Test
    public void isPropertyWriterテスト() {
        assertTrue(Beans.isPropertyWriter("setHoge"));
        assertFalse(Beans.isPropertyWriter(null));
        assertFalse(Beans.isPropertyWriter(""));
        assertFalse(Beans.isPropertyWriter("getClass"));
        assertFalse(Beans.isPropertyWriter("hasHoge"));
    }
}

redpajama_set_name: RedPajamaGithub


text:
@interface ARArtworkViewController (ButtonActions)

@end


Brian Martin will present an introduction to Linux containers. The presentation will discuss when to use Linux containers vs. virtualization, installation, host set-up, network configuration options, gotchas and workarounds, container configuration, and container start-up. A 15-minute demonstration will cover complete container creation and launch. The ideal attendee will have basic system administration knowledge (e.g. package installation, basic network configuration), but have little or no familiarity with Linux containers.
Past presenter at OSCON 2011 (disaster recovery), LinuxFest Northwest (VMWare, Production Grade Scripting), the Portland Linux Unix Group (multiple presentations on various topics), and the IBM SHARE conference. Past associate instructor and contract instructor for Portland Community College.
Founded Martin Consulting Services, Inc., providing system administration consulting services in the greater Portland Oregon area since 1996.


Do you know about Ramachandrapuram, S.s.i.area, Dayananda Nagar?. write information about this place, history,origin . how to reach there ?. Share complete info about Ramachandrapuram, S.s.i.area, Dayananda Nagar Let world discover this place.
Ramachandrapuram, S.s.i.area, Dayananda Nagar is a Locality in Bangalore City in Karnataka State, India. It is belongs to Bangalore Division .
Ramachandrapuram, S.s.i.area, Dayananda Nagar Pin code is 560010 and postal head office is Rajajinagar .
S.s.i.area , Ramachandrapuram , Ramchandrapuram , Ram Mohan Puram , New Kalappa Block are the nearby Localities to Ramachandrapuram S.s.i.area Dayananda Nagar.
Malleswaram Rail Way Station , Ksr Bengaluru City Junction Rail Way Station are the very nearby railway station to Ramachandrapuram, S.s.i.area, Dayananda Nagar.
Bandireddy Circle Bus Station , Prakashnagar Bus Station , Ramachandrapura Market (Prakashnagar) Bus Station , Ayyappa Temple (Lakshminarayanapura) Bus Station , Prakashnagar Ayyappa Temple Bus Station are the nearby by Local Bus Stops to Ramachandrapuram, S.s.i.area, Dayananda Nagar . runs Number of busses from Ramachandrapuram, S.s.i.area, Dayananda Nagar to different Places.


Kristie L. Mouney - Perrier & Lacoste, L.L.C.
Kristie Mouney was born in Lafayette, Louisiana and grew up in the New Orleans area. Kristie has been practicing law for over 10 years, which included the defense of numerous insurance clients who represented a national insurance industry. Kristie is well-versed in federal court practice, as well as interpretation of federal policies and regulations relating to the National Flood Insurance Program.
Kristie attended Louisiana State University where she graduated with a Bachelor of Science in 1999. After receiving her undergraduate degree, she moved to New Orleans to pursue a career as an Algebra teacher. After teaching Algebra for 3 years, she attended law school where she earned her Juris Doctorate from Tulane University Law School in 2005. Kristie has two certifications from the National Institute of Trial Advocacy for Building Trial Skills and for Deposition Skills.
In addition to Louisiana state courts, Kristie is admitted to practice in the United States Court of Appeals for the Fifth Circuit, the United States District Court for the Eastern, Middle and Western Districts of Louisiana, the United States District Court for the Northern, Eastern and Southern Districts of Texas, and is currently admitted Pro Hac Vice in numerous federal jurisdictions across the nation.
Kristie is a member of the Louisiana State Bar Association, Louisiana Association of Defense Counsel, New Orleans Association of Defense Counsel, Defense Research Institute and National Business Institute. She has also received Martindale-Hubbell's highest AV rating with a 4.8/5.0 peer rating.
Kristie enjoys spending time with her family, including her husband, Clayton, and her two children, Carter and Grace.


Recommended Guidelines For The Care Of Power Boilers is good choice for you that looking for nice reading experience. We hope you glad to visit our website. Please read our description and our privacy and policy page.
Finally I get this ebook, thanks for all these Recommended Guidelines For The Care Of Power Boilers can get now!


We show that whether trade is one-way or two-way depends on wage strategies adopted by trade unions. The union's wage strategy choices themselves depend upon the conditions under which trade takes place, as well as upon the characteristics of both the labour and the product markets in the trading countries. The impact of economic integration on union choices and therefore upon both labour market and trade outcomes is shown to vary according to the nature of the prevailing trade regime. We generate testable hypotheses and discuss the implications for the development of econometric tests of these hypotheses.


text:
Susan Fox Shearer, 73
Published 7:40 pm Saturday, September 24, 2016
Susan Fox Shearer, 73, passed away at her home on her birthday, September 15. She was the 2nd daughter of Mary Eleanor "Bebe" Fox and the late Eldon Fox. She was a graduate of George Rogers Clark. She is survived by her husband, David Shearer; her two step-children, Mary (Tony) Burgess and Andrea Clemons, two step-grandchildren, Toni Marie (Andrew) Puckett and Jayne Burgess; a great-grandson Addyn Burgess; sister Eleanor (Tom) Kelly, a brother BGen Charles "Sonny" Eldon (Sharon) Fox, Jr. Susan had seven nieces and nephews, 17 great nieces and nephews and a great-great niece and nephew. She also had seven first cousins. Susan genuinely cared about people, especially those who were hurting and disadvantaged. She believed that faith in God was the key to the meaning of life. The family is especially grateful for her cousin Candace Fox Quisenberry, who was a faithful caregiver. Visitation will be held onMonday, September 26th at 11am followed by a memorial service at 12 noon at the Rolan G. Taylor Funeral Home, 289 S .Main St. he family requests that in lieu of flowers, contributions to Hospice East of Winchester, 407 Shoppers Dr, Winchester, KY 40391.
Robert C. Perkins, 78
Sue Inez Perry, 66
Roger L Muncie, 71
Patricia L. Atkins, 83
Leonard D. Cobb, 72


At Restonic, we're guided by the principle that getting a healthy night's sleep is a right, not a privilege. We've been supporting dreams for more than 75 years with manufacturing facilities throughout the world, including North America, the Far East, Europe, India, Brazil, Middle East and South Africa.
Recently the owner of our Brazil factory, Rogerio Coelho, traveled to Buffalo with his family. He reached out to our marketing manager, Brooke Kibrick, and they spent the day with their families exploring the falls, getting to know each other and overcoming communication barriers.
In 2010, I had the privilege of meeting Rogerio Coelho from Brazil. A few weeks ago, Rogerio emailed me to let me know he'd be back in Buffalo and asked if I'd like to spend some time with his wife and son. Rogerio has twin boys, one who is an exchange student living in Ohio – his other son is an exchange student in Norway. I was thrilled for the opportunity to meet his wife and son, whom I've heard so much about.
We met at Niagara Falls State Park and I brought my two-year-old daughter, Shea, who immediately became the center of attention. Shea helped us overcome the language barrier by showing us how simple it is to communicate without words, putting her hand in Rogerio's when she wanted to show him something, bringing sticks and using her own words. Rogerio and his wife enjoyed teaching Shea Portuguese words as well.
When it was time to say goodbye, Shea hugged and kissed Rogerio, his wife and son goodbye. It was incredible to have that day to experience being a tourist in my own city and be able to meet Rogerio's family.
I started with Restonic in July of 2009 and distinctly remember getting a phone call telling me my first day of work would be in Las Vegas.
Most days, I work from our office in Buffalo, New York and my day can range from processing and shipping orders to producing videos. I might run to the printer for a press check on banners or brochures or help a retailer or sales rep access our online catalogue of brand assets. I love being able to help our factories with special requests that allow me to stretch my creative brain.
When I am not in my office, my second home is the Restonic showroom in Las Vegas. I know the space backwards and forwards and have been through many changes with the space over the past six years. I like going to Las Vegas because it gives me a chance to reconnect face to face with everyone I talk to on the phone all the time.
When I am not in the office, I'm home with my husband Sean, who is a 6th grade teacher and high school track coach. Our daughter Shea will be a big sister in September this year when we welcome a little boy into our family.
As a busy mom, my crock pot is my saving grace. Before I leave for work in the morning I throw a bunch of stuff in the pot and we arrive home at night to a yummy dinner waiting for us. Right now, my favorite crock pot meal is a Tater Tot Crock Pot Casserole (see recipe at the end of this post).
I have a love for photography and am saving for a camera and hope to take courses in the near future. I also enjoy running and have completed 2 half marathons – one in 2010 and one last year, 7 months after having Shea.
We spend our summers camping and renting a house with friends and family in Cape Cod. Sean and I love to travel and our bucket list includes Ireland, New Orleans and the Baseball Hall of Fame in Cooperstown New York.
To finish this post, we asked Brooke one last question. If you won a million dollars and could only keep $100 for yourself, what would you do with the rest of it?
With the $100, I'd get a pedicure since I can't reach my toes or get my husband a massage or take Shea to the toy store.
Buy sneakers for the kids on my husband's track team who can't afford them.
Place raw ground beef in bottom of slow cooker – break it up as you put it in. Sprinkle with salt and pepper.
Layer remaining ingredients on beef in the order they appear in ingredient list.
Cover and cook on high for 1 hour. Reduce heat to low and cook for 3 hours. Alternately cook on low all day while you're at work.


Koko club is a versatile space that can adequately host almost any act imaginable. In fact, gigs at Koko run the musical gamut from effervescent indie rock bands to international pop superstars. Check out their website to see who they have on the bill — it usually doesn't disappoint.


text:
Chris Pratt Cheers Iraqi MMA Fighter, a Former Marine Convoy Driver
Chris Pratt and Adel Al-Tamimi (Bellator MMA/Paramount Network)
Fox News | By Ryan Gaydos
Actor Chris Pratt was pictured in an unfamiliar spot Saturday night – a cornerman for mixed martial arts fighter Adel Altamimi in his Bellator 214 bout at The Forum in Los Angeles.
Pratt and Altamimi became friends at FOX Sports football analyst Jay Glazer's gym in West Hollywood and their friendship evolved into the "Avengers" actor backing Altamimi up.
Altamimi won his fight against Brandon McMahan and Pratt was seen going crazy for his buddy. Pratt eventually jumped into the octagon to celebrate with Altamimi.
Altamimi's back story is interesting.
He was born and raised in Iraq and was contracted to be a convoy driver for the U.S. Marines Corp., according to TMZ Sports. He was later captured by Al Qaeda and threatened with death until U.S. Marines saved him.
After the rescue, Altamimi moved to the U.S. and began training in MMA. He happened to meet Glazer and Pratt at the gym.
Altamimi praised Pratt as a good person to train with.
"He's really good. He has really good wrestling – he has a background in wrestling in high school. The guy has really good experience wrestling, and I work with him a lot with striking and I train him in striking. We roll a lot. He likes to roll, and he's strong," he said of Pratt, according to MMA Junkie.
"I was trying to warm up with him (before the fight) and I was like, 'I want another guy' because he's heavy. He has really strong hips. I know he's a really famous actor, but he trains every day. This guy is always training. He's very, very strong. He comes to fight."
Altamimi now has eight professional wins.
Under the Radar - Entertainment News Sports
© Copyright 2019 Fox News. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.
The 8 Most Useless Pieces of Gear Ever Issued
Not every piece of gear issued to the troops works as planned.
The Taste of Space: Buzz Says, 'Tang Sucks'
Tang was not made for space travel, but space travel made Tang famous.
Here's What Music Apollo 11 Astronauts Enjoyed for Their Walk on the Moon
NASA began equipping astronauts with small Sony TC-50 cassette recorders on the Apollo 7 mission. They used them to play mixt...
The Essential Gear for Your Raid on Area 51
What the dickens is going on at Area 51?
Military Trivia Game
Outdoor Guide


Take your work-out a step further and work out with Maya, your virtual personal trainer, in an accessible, convenient and intense fitness program designed to meet your needs. First, Maya tests your fitness level in order to establish your goals and set up a commitment calendar for you. Maya will guide you through dynamic workouts featuring over 500 unique exercises – this ensures that no two workouts are ever the same. Choose your music, your mood, areas you want to focus on and Maya will take care of the rest. Maya provides you fitness advice and motivational pep talks during workouts that help keep you moving and on the way to meet your fitness goals.
Evaluate your current fitness level in order to determine your baseline fitness.
Fitness goals and workout calendar: decide if your fitness goal is weight loss, upper body strength, lower body strength, core body strength, cardio fitness, or flexibility. Then choose the length of your program and establish how often you plan to workout.
Training sessions with over 500 unique exercises featuring Yoga, Pilates, Kickboxing, Cardio fitness, Strength Training, Flexibility, and Weight Loss Routine.
Tutorials: during the workout you can pause the action and watch the model demonstrate exactly how a move is done correctly.
Charting progress: see your success tracked and displayed graphically as you work out. Maya will takes you through a similar evaluation after every 10th workout to measure your progress (e.g. push-ups, squats, crunches, etc.).
Settings: 9 different workout environments and 4 types of music (Hip Hop, 80's, Latin and Dance).
Meditation garden: the perfect place to practice stretching, Yoga and complete relaxation.


Ep 55 – Behind the story with Brian Moran from Get10000Fans.com and how he runs his million dollar business.
– How he started his first online business TrainBaseball.com and grew it from struggling his first year and a half into $4K – $5K / mo in sales.
Be sure to listen to this entire interview because in the last 10 min (or so) Brian shares exactly what he would do if he were starting his business again from scratch. He also answers what advice he would give himself when he was just starting out.


Business: Artisan chocolate maker with its head office in Puyricard. With a network of 19 shops and unrivalled expertise, this SME is one of the leading names in artisan chocolate and confectionery.
In keeping with the company's sales and human resources policies, you will lead a team of 3 people and monitor economic indicators to achieve qualitative and quantitative goals.
As shop manager, you are responsible for developing the trading performance of your shop.
You will recruit seasonal sales assistants for the Christmas and Easter periods.
You are responsible for applying the company's rules (its charter), legal regulations and health and safety regulations.
You are responsible to the store network manager.
A minimum of 3 years' experience in a similar post essential.
"We are looking for a sales assistant for one of our shops. Greet the customer (with a smile) - Advise customers about our products - Sell chocolates and confectionery (luxury) - Manual packaging, preparation of (luxury) ballotin boxes of chocolates"
Excellent customer service skills required - Painstaking and repetitive manual work - Requires standing for long periods - Involves working in a small team from Monday to Saturday.
A very flexible business which has a pressing need for dynamic and motivated staff to cope with the considerable increase in demand during the Christmas period.
Manual packaging of boxes and (luxury) ballotin boxes of chocolates.
Mainly organising events throughout 2017 to mark the Chocolaterie's 50th anniversary.
*Via external communications: press, digital media, radio, events, posters... Development of publicity and information materials (POS advertising, brochures, leaflets, press releases).
Please follow the recruitment procedure and make your application via Indeed. Applications must not be sent directly to the company through other email addresses. Should you fail to follow the procedure, your application will not be considered.
We are currently setting up our export department and are looking for an organised and self-reliant person who can make a significant contribution to this process.


text:
Script::Script() {
	filesystem = NULL;
}

Script::~Script() {
    if (filesystem) {
        delete filesystem;
        filesystem = NULL;
	}
}

void Script::Run(const std::string& filename, lua_Hook hook) {
	lua_State* L = luaL_newstate();

    if (L == NULL) {
        throw std::exception("Failed to create Lua state");
    }

	luaL_openlibs(L);

	Register(L, "LoadDriver", LoadDriver);
    Register(L, "Mount", Mount);
    Register(L, "Dismount", Dismount);
    Register(L, "ChDir", ChDir);
    Register(L, "RawWrite", RawWrite);
    Register(L, "CopyIn", CopyIn);
    Register(L, "CopyOut", CopyOut);
    Register(L, "Delete", Delete);
    Register(L, "Rename", Rename);
    Register(L, "DirCreate", DirCreate);
    Register(L, "DirDelete", DirDelete);
    Register(L, "Format", Format);
    Register(L, "Exists", Exists);

    if (hook)
        lua_sethook(L, hook, LUA_MASKLINE, 0);

	if (luaL_dofile(L, filename.c_str())) {
        std::exception e(lua_tostring(L, 1));
		lua_close(L);
        throw e;
	}

	lua_close(L);
}

void Script::Register(lua_State* L, const std::string& name, lua_CFunction func) {
    lua_pushlightuserdata(L, this);
    lua_pushcclosure(L, func, 1);
    lua_setglobal(L, name.c_str());
}

void Script::LoadFilesystem(const std::string& filename) {
    UnloadFilesystem();

    filesystem = new Filesystem(filename);
    if (!filesystem->IsLoaded()) {
        throw std::exception("Failed to load filesystem driver");
    }
}

void Script::UnloadFilesystem() {
    if (filesystem) {
        delete filesystem;
        filesystem = NULL;
    }
}

Script* GetScript(lua_State* L) {
    if (!lua_islightuserdata(L, lua_upvalueindex(1)))
        throw std::exception("broken the luas");

    return (Script*)lua_touserdata(L, lua_upvalueindex(1));
}

// LoadDriver("RAW.dll")
int LoadDriver(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 1 || !lua_isstring(L, 1)) {
        throw std::exception("LoadDriver: invalid parameters");
	}

    script->LoadFilesystem(lua_tostring(L, 1));
	return 0;
}

// Mount("RAW.img")
int Mount(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 1 || !lua_isstring(L, 1)) {
		throw std::exception("Mount: invalid parameters");
	}

	unsigned int partitionOffset, partitionLength;
	Mbr mbr(lua_tostring(L, 1));

	if (mbr.Exists()) {
		const PartitionEntry* partitionEntry = mbr.GetActivePartition();

		if (partitionEntry == NULL) {
			throw std::exception("Mount: MBR is active but no partition is active!");
		}

		partitionOffset = partitionEntry->lbaFirst;
		partitionLength = partitionEntry->length;
	} else {
		partitionOffset = 0;

		std::ifstream f(lua_tostring(L, 1), std::ios::in | std::ios::binary);

		if (!f.is_open()) {
            throw std::exception("Mount: Failed to open disk");
		}

		f.seekg(0, std::ios::end);
		partitionLength = (size_t)f.tellg() / 512;
		f.close();
	}

	script->filesystem->Open(lua_tostring(L, 1), partitionOffset, partitionLength);
	return 0;
}

// Dismount()
int Dismount(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 0) {
        throw std::exception("Dismount: invalid parameters");
	}

	script->filesystem->Close();
	return 0;
}

// ChDir("/system/")
int ChDir(lua_State* L) {
    Script* script = GetScript(L);
    Filesystem* fsys = script->filesystem;

	if (lua_gettop(L) != 1 || !lua_isstring(L, 1)) {
        throw std::exception("ChDir: invalid parameters");
	}

	Path p(lua_tostring(L, 1));
	mountId m = p.GetMountId();

	if (!p.IsValid() || p.IsFile() || m == err) {
        throw std::exception("ChDir: invalid path");
	}

	switch (m) {
		case curr:
			break;

		case boot:
			fsys->DirOpenRoot();
			break;

		default:
			// multiple drives not supported, Path returns err, so we don't need anything here.
			break;
	}

	for (size_t i = 0; i < p.DirectoryCount(); ++i) {
		if (p.GetDirectory(i) == "..") {
			fsys->DirUp();
		} else {
			fsys->DirOpen(p.GetDirectory(i).c_str());
		}
	}

	return 0;
}

// RawWrite("boot_old", 0, 0, 512)		// writes from file into filesystem
int RawWrite(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 4 || !lua_isstring(L, 1) || !lua_isnumber(L, 2) || !lua_isnumber(L, 3) || !lua_isnumber(L, 4)) {
        throw std::exception("RawWrite: invalid parameters");
	}

    script->filesystem->RawWrite(lua_tostring(L, 1), lua_tointeger(L, 2), lua_tointeger(L, 3), lua_tointeger(L, 4));
	return 0;
}

// CopyIn("hello.txt", "hello.txt")
int CopyIn(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 2 || !lua_isstring(L, 1) || !lua_isstring(L, 2)) {
        throw std::exception("CopyIn: invalid parameters");
	}

    script->filesystem->CopyIn(lua_tostring(L, 1), lua_tostring(L, 2));
	return 0;
}

// CopyOut("hello.txt", "hello.txt")
int CopyOut(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 2 || !lua_isstring(L, 1) || !lua_isstring(L, 2)) {
        throw std::exception("CopyOut: invalid parameters");
	}

    script->filesystem->CopyOut(lua_tostring(L, 1), lua_tostring(L, 2));
	return 0;
}

// Delete("datfile.dat")
int Delete(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 1 || !lua_isstring(L, 1)) {
        throw std::exception("Delete: invalid parameters");
	}

    script->filesystem->Delete(lua_tostring(L, 1));
	return 0;
}

// Rename("OHU.mgt", "datu.mgt")
int Rename(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 2 || !lua_isstring(L, 1) || !lua_isstring(L, 2)) {
        throw std::exception("Rename: invalid parameters");
	}

    script->filesystem->Rename(lua_tostring(L, 1), lua_tostring(L, 2));
	return 0;
}

// DirCreate("disnewdir")
int DirCreate(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 1 || !lua_isstring(L, 1)) {
        throw std::exception("DirCreate: invalid parameters");
	}

    script->filesystem->DirCreate(lua_tostring(L, 1));
	return 0;
}

// DirDelete("datdir")
int DirDelete(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 1 || !lua_isstring(L, 1)) {
        throw std::exception("DirDelete: invalid parameters");
	}

    script->filesystem->DirDelete(lua_tostring(L, 1));
	return 0;
}

// Format("MOFODRIVE")
int Format(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 1 || !lua_isstring(L, 1)) {
        throw std::exception("Format: invalid parameters");
	}

	script->filesystem->Format(lua_tostring(L, 1));
	return 0;
}

// Exists("file.dat")
int Exists(lua_State* L) {
    Script* script = GetScript(L);

	if (lua_gettop(L) != 1 || !lua_isstring(L, 1)) {
        throw std::exception("Exists: invalid parameters");
	}

    lua_pushboolean(L, script->filesystem->Exists(lua_tostring(L, 1)));
	return 1;
}


text:
Margaret is a nurse in England during WW2, and married to a secret agent. Things get complicated when she falls for David, an American pilot.
Genre: Action, Adventure, Drama, Romance, War
Actors: Alec McCowen, Christopher Plummer, Harrison Ford, Lesley-Anne Down, Max Wall, Patsy Kensit, Shane Rimmer
Watch Hanover Street Online Free Movie Full » Best site to watch movies free and TV shows online is CipFlix
When an unknown military force invades Bushwick, a Brooklyn neighborhood, young student Lucy and war veteran Stupe must rely on each other to escape and survive.
Genre: Action, Adventure, Drama, Romance, Thriller
Sinners and Saints
In lawless storm ravaged New Orleans, eleaguered Detective Sean Riley is trying to cope with the death of his young son and the abandonment of his wife. Facing a probable…
In a world in which Great Britain has become a fascist state, a masked vigilante known only as "V" conducts guerrilla warfare against the oppressive British government. When V rescues…
P Storm
Liu Yue Ping reports to the ICAC about a rich 2G Cao Yuen Yuen who bribed officers of the Hong Kong Correctional Services (HKCS) from inside the prison. William Luk…
Country: China, Hong Kong
Genre: Action, Crime
The story follows the adventures of Aang, a young successor to a long line of Avatars, who must put his childhood ways aside and stop the Fire Nation from enslaving…
The Dogs of War
Mercenary James Shannon, on a reconnaissance job to the African nation of Zangaro, is tortured and deported. He returns to lead a coup.
Ratchet and Clank tells the story of two unlikely heroes as they struggle to stop a vile alien named Chairman Drek from destroying every planet in the Solana Galaxy. When…
Country: Canada, Hong Kong, USA
Archaeologist Rick O'Connell travels to China, pitting him against an emperor from the 2,000-year-old Han dynasty who's returned from the dead to pursue a quest for world domination. This time,…
Country: Canada, China, Germany, USA
Genre: Action, Adventure, Fantasy, Horror, Thriller
After a bloody invasion of the BOPE in the High-Security Penitentiary Bangu 1 in Rio de Janeiro to control a rebellion of interns, the Lieutenant-Colonel Roberto Nascimento and the second…
Righting Wrongs
Yuen Biao plays Jason Chan a lawyer, angry at the way the law seems to protect the bad guys, he decides to take the law into his own hands when…
As Kevin Flynn searches for proof that he invented a hit video game, he is 'digitalized' by a laser and finds himself inside 'The Grid', where programs suffer under the…
Trailer: Hanover Street


Dano Johnson, the animator of the NY Dolls video, which featured the Flying Spaghetti Monster, just let me know that their video "Dance Like a Monkey" won Best Music Video at the Bradford Animation Festival in the UK (their biggest animation fest). Congratulations!
My holiday has officially begun. It's monkey time!
Gotta say the Dolls video might be the best I've seen ever. Not sure what the one guy was saying about "allowing" David Jo "back" in the band….Umm, he's the only lead singer they ever had. And as for them, unfortunately, even if every other living member voted him out, it would be a 1-1 tie, and something tells me he and Syl Sylvain get along pretty well. Whole album's a winner, and Dano, take a curtain call man, it's deserved!
Gotta go, looking for my pretty little creationist, especially if she can stomp her hands and clap her feet!
what is the link to the vidio? i am confused. help. why not just post the video here on this page?
Sean – we've had server problems and some of the old links got fucked up.


While some very high profile athletes were recognized at the 2013 House of Kin Sports Celebrity Dinner on Wednesday night at the Caruso Club, it was also a chance for some lesser lights to shine, those who are involved with sports that perhaps fly under the radar, just a touch.
Long-time wrestling mentor Andy Lalonde took home the honours as the recipient of the Joe Drago Coach of the Year Award, noting his work both with the flegling OUA program at Laurentian University as well as his involvement with the Sudbury Regional Wrestling Club.
The Confederation Chargers Midget Boys Basketball team took the nod as Dr Fred Sheridan High School Team of the Year, edging a pair of squads from Lockerby Composite.
Preparing to start her freshman season with the Fairfield Stags (Connecticut), Samantha Cooper defended her crown as High School Female Athlete of the Year. On the boys side, a pair of track & field athletes shared the nod, with Brandon Mask (Lasalle - high jump and basketball) and Keegan Moore (Lo-Ellen - javelin, football and volleyball) grabbing the spotlight.
Canadian rowing sensation Carling Zeeman (Import Athlete of the Year) of Laurentian, figure skater Meagan Duhamel (Elite Athlete of the Year) and Valley East hockey administrator Jim McLoughlin (Bill Roman Award) were also honoured for their contributions both on the local sports scene as well as across the country and beyond.
The Amateur Male Athlete of the Year accolades went to graduating Voyageurs basketball star Georges Serresse, though the Valley East native is currently France, pursuing potential professional options.
Mixed Martial Arts specialist Mitch Gagnon was named Professional Athlete of the Year, with OCAA record-setting volleyball graduate Shawna Metcalf breaking through for her first win as Amateur Female Athlete of the Year.
Metcalf also joined with all of her teammates from the Cambrian College Golden Shield Women's Volleyball team in earning the title as Sheridan Family Team of the Year.
Joe MacDonald Youth Football League: established in 1993 in honour of Constable Joe MacDonald, killed in the line of duty, close to 2600 young athletes have participated in "Joe Mac football"


You can find more Pascack Valley alumni who participated in activities at Classmates.com®. Click here to join Classmates.com® for free and to view PVHS profiles.
Choose an activity that students at Pascack Valley High could particpate during their time in high school in Hillsdale to view the names of the students who participated in that sport or activity. You can also add yourself to the list.	The main activities at Pascack Valley that have members on this site were Art Club, Band, Baseball, Basketball, Cheerleading, Cross Country, Dance, Drama, Football, Golf, Gymnastics, Hockey, Music, Newspaper, Rugby, Soccer, Softball, Student Council, Swimming, Tennis, Track, Wrestling and Yearbook.
Don't forget to upload your Pascack Valley High School pictures and check on the latest info about any Pascack Valley High School reunion.


↑ Koshie, Nihal (5 May 2015). "Running with the best, 16-year-old Jisna Mathew holds her own". द इंडियन एक्सप्रेस. अभिगमन तिथि १३ अगस्त २०१६.
↑ Express Web Desk (1 August 2016). "Jisna Mathew Profile: Women's 4x400m Relay". द इंडियन एक्सप्रेस. अभिगमन तिथि १३ अगस्त २०१६.
↑ P. K. Kumar, Ajith (13 May 2015). "Jisna Mathew — Another star rises from Usha's stable". द हिन्दू. अभिगमन तिथि 13 अगस्त 2016.
↑ Rajan, Adwaidh (24 December 2014). "A Perfectionist Who chases time". द इंडियन एक्सप्रेस. अभिगमन तिथि 13 अगस्त 2016.


text:
Q: How to insert and retrieve Android code on this Firebase structure? I am from PHP and MySQL background and I haven't worked with JSON based DB like Firebase.
I am looking for sample code to insert data in firebase "Realtime database". I am already done with authentication stage.

A: To insert some data in your Firebase Database, you have to set the reference to the node you want to insert the data to and then use setValue() method.
Suppose you want to change age of the admins node, in your database in the question.
In code it looks something like this:
DatabaseReference ref = FirebaseDatabase.getInstance().getReference().child("users").child("admins");

ref.child("age").setValue(76);

The above code will replace 42 with 76, in your admins node's age child.
Read more about this here.
Getting data from Firebase Database is a bit more work, as you have to use listeners for that. There are 3 different event listeners at your disposal, that are valueEventListener childEventListener and singleValueEventListener.
These three eventListeners have different properties and you can use them as you like.
Suppose you want to retrieve age of your admins node from your database, then you may use a code like this to help. Note ref in this code is same as in above code.
ref.addSingleValueEventListener(new ValueEventListener() {
    @Override
    public void onDataChange(DataSnapshot dataSnapshot) {

        int age = dataSnapshot.child("age").getValue(String.class);
        // this will store value of age from database to the variable age

    }

@Override
public void onCancelled(DatabaseError error) {
    // Failed to read value
    Log.d("TAG:", "Couldn't read data ", error.toException());
}
});

Read more about this here.

A: Refer to this link, https://firebase.google.com/docs/database/android/start/
Write a message to the database
// Write a message to the database
FirebaseDatabase database = FirebaseDatabase.getInstance();
DatabaseReference myRef = database.getReference("message");

myRef.setValue("Hello, World!");

Read a message from the database
// Read from the database
myRef.addValueEventListener(new ValueEventListener() {
    @Override
    public void onDataChange(DataSnapshot dataSnapshot) {
        // This method is called once with the initial value and again
        // whenever data at this location is updated.
        String value = dataSnapshot.getValue(String.class);
        Log.d(TAG, "Value is: " + value);
    }

@Override
public void onCancelled(DatabaseError error) {
    // Failed to read value
    Log.w(TAG, "Failed to read value.", error.toException());
}
});

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