Content providers allow processes to share structured data by providing a common interface to find and access the data. They encapsulate the data and define security mechanisms. The Calendar and Contacts providers that are part of Android allow accessing a user's calendar events and contact information. Content providers expose URIs that uniquely identify data sets and require permission declarations to access protected data.
A content provider allows data to be shared across applications. It encapsulates the data and provides methods for querying and modifying the data. There are built-in Android content providers for common data types like contacts, audio, images. A custom content provider can be created by extending the ContentProvider class. It must implement methods like query(), insert(), update(), delete() and return a Uri or number of rows affected. The provider is declared in the manifest and permissions can control access at the provider or URI level.
Content providers allow data to be shared across applications and provide a common interface to query or modify this data. Android includes several built-in content providers for common data types like audio and images. To make your own data accessible, you can create a custom ContentProvider subclass and declare it in the manifest. Content providers use URIs and a ContentResolver to allow querying, modifying, adding, or deleting records in a provider's data set.
This document discusses how to retrieve and display data from a content provider using a content resolver and cursor adapter. It explains that a content provider manages access to a central data repository and exposes data through a uniform interface. It then provides steps to query the provider, retrieve the cursor, use a cursor adapter to bind it to a list view, and populate the view with the data.
The document discusses content providers in Android. It describes content providers as a way to share data across applications by exposing it through a common interface. It covers the built-in content providers that come with Android, how to query and modify data in a content provider, how to create a custom content provider, and details on how the Android contacts content provider is structured and used.
Day 15: Content Provider: Using Contacts APIAhsanul Karim
This document discusses content providers in Android application development. It explains that content providers allow applications to share data by making application data available to other apps. A content provider is a class that implements methods to store and retrieve the type of data it handles. It also describes how to query, modify, and add data to content providers. Examples are provided of querying contact data from the device's contacts content provider and updating contact details by modifying the content provider data.
Secure Sharing PHI/PII/PCI data in Andorid Apps Using Content Provider
Content providers allow sharing of data across Android applications in a secure manner by encapsulating the data and defining access permissions. There are two types of content providers - private content providers which are only accessible within a single application, and public content providers which are accessible to other applications. When creating either type of content provider, developers must handle received data carefully to prevent vulnerabilities like SQL injections, data leakage, and path traversal attacks.
Content providers allow processes to share structured data by providing a common interface to find and access the data. They encapsulate the data and define security mechanisms. The Calendar and Contacts providers that are part of Android allow accessing a user's calendar events and contact information. Content providers expose URIs that uniquely identify data sets and require permission declarations to access protected data.
A content provider allows data to be shared across applications. It encapsulates the data and provides methods for querying and modifying the data. There are built-in Android content providers for common data types like contacts, audio, images. A custom content provider can be created by extending the ContentProvider class. It must implement methods like query(), insert(), update(), delete() and return a Uri or number of rows affected. The provider is declared in the manifest and permissions can control access at the provider or URI level.
Content providers allow data to be shared across applications and provide a common interface to query or modify this data. Android includes several built-in content providers for common data types like audio and images. To make your own data accessible, you can create a custom ContentProvider subclass and declare it in the manifest. Content providers use URIs and a ContentResolver to allow querying, modifying, adding, or deleting records in a provider's data set.
This document discusses how to retrieve and display data from a content provider using a content resolver and cursor adapter. It explains that a content provider manages access to a central data repository and exposes data through a uniform interface. It then provides steps to query the provider, retrieve the cursor, use a cursor adapter to bind it to a list view, and populate the view with the data.
The document discusses content providers in Android. It describes content providers as a way to share data across applications by exposing it through a common interface. It covers the built-in content providers that come with Android, how to query and modify data in a content provider, how to create a custom content provider, and details on how the Android contacts content provider is structured and used.
Day 15: Content Provider: Using Contacts APIAhsanul Karim
This document discusses content providers in Android application development. It explains that content providers allow applications to share data by making application data available to other apps. A content provider is a class that implements methods to store and retrieve the type of data it handles. It also describes how to query, modify, and add data to content providers. Examples are provided of querying contact data from the device's contacts content provider and updating contact details by modifying the content provider data.
Secure Sharing PHI/PII/PCI data in Andorid Apps Using Content Provider
Content providers allow sharing of data across Android applications in a secure manner by encapsulating the data and defining access permissions. There are two types of content providers - private content providers which are only accessible within a single application, and public content providers which are accessible to other applications. When creating either type of content provider, developers must handle received data carefully to prevent vulnerabilities like SQL injections, data leakage, and path traversal attacks.
Create an android app for database creation using.pptxvishal choudhary
1) This document describes how to create an Android app to perform CRUD (create, read, update, delete) operations on a SQLite database.
2) It involves creating a SQLiteOpenHelper subclass to manage the database, along with methods to insert, query, update and delete data from the database table.
3) The Android app includes layout elements like buttons and text fields, and Java code to handle button clicks and call the appropriate database methods. Validation is also added to ensure required fields are populated.
Day 8: Dealing with Lists and ListViewsAhsanul Karim
The document discusses ListViews and ListActivities in Android. It covers:
- How ListViews display scrollable lists using an Adapter to provide data and layouts
- How ListActivities simplify list handling by predefining list interaction methods
- Implementing ArrayAdapters with standard or custom layouts
- Improving performance by recycling list item views
- Creating custom adapters to define flexible row layouts
- Allowing row views to interact with the underlying data model
The document describes various aspects of ASP.NET including:
1. The roles of inetinfo.exe, aspnet_isapi.dll and aspnet_wp.exe in processing ASP.NET requests.
2. The difference between Response.Write() and Response.Output.Write().
3. The page lifecycle methods that are fired during page loading.
4. The .NET Framework class hierarchy that System.Web.UI.Page belongs to.
The document discusses how to add filtering to a custom ListView in Android. It describes creating a custom adapter class that implements the Filterable interface and overrides the getFilter() method. This returns a private inner class that extends Filter and performs the filtering. The filtering compares the search text to item names in the ListView. When text changes, the filter repopulates the list. This allows users to easily search within a long ListView to find specific items.
Styles, templates, triggers, and storyboards in WPF allow for a consistent and shared appearance within and across applications. Styles define a set of properties that can be applied to multiple elements, enabling centralized management of designs. Templates replace parts of controls and reduce custom control needs. Triggers modify properties or start animations based on conditions. Resource dictionaries package UI resources as reusable themes.
This document provides an overview of ADO.NET compared to ADO and describes the main objects used in ADO.NET for data access like the Connection, Command, DataReader, DataAdapter, DataSet and DataView objects. It discusses how ADO.NET uses a disconnected data model with the DataSet object to cache and manage data across tiers compared to ADO's coupled model. The document also includes code examples of creating a DataReader and populating a DataSet using a DataAdapter.
Data binding establishes a connection between UI elements and data objects so that when data changes, UI updates automatically and vice versa. It involves binding object properties to UI controls using interfaces like INotifyPropertyChanged. For example, a TextBlock's Text property could be bound to a Person object's Name property so that if name changes, text updates. Data binding saves coding effort to manually synchronize data and UI.
Resources allow objects to be reused throughout a WPF application. Resources are managed through a ResourceDictionary and can have different scopes like system, application, window, or element. Settings allow application preferences to be stored and loaded using the ApplicationSettingsBase class and can be integrated with WPF data binding.
This document discusses several advanced web programming tasks in ASP.NET, including handling exceptions at the page and application level, programming asynchronous web pages, creating custom HTTP handlers, and accessing intrinsic objects and page headers. It provides code examples for handling errors in pages and applications, creating asynchronous pages, registering a custom image handler in IIS, and setting the page title and style dynamically.
Visible Governance: How to set up data governance using Visible Analyst Comme...Michael Cesino
The PowerPoint presentation shows you how to setup a relatively simple and straightforward data governance program in the Visible Analyst Commercial Edition. It doesn't matter what your subject matter or domain may be that you are modelling. The example used in this presentation for setting up data governance will be useful for you to use in your governance project. See how using two little known features in the Visible Analyst called "User Defined Objects" and "User Defined Attributes" enable you to setup a data governance program in a simple and straightforward manner.
For more details or to arrange for a more in depth presentation please email sales@visible.com
The document discusses efficient Spring Data REST development. It defines REST as a software architectural style using HTTP to access and manipulate web resources represented as text. It describes the REST architectural style of using stateless operations like GET, POST, PUT, PATCH and DELETE on a resource's URL. It also discusses ETags for caching and conditional requests, generating REST events through annotated handlers or application listeners, using projections and excerpts for customized views of resources, and reactive access to repositories for streaming results.
This document discusses using Firebase services for backendless mobile apps. It covers using Firebase Authentication to allow anonymous and social logins. It also covers using Firebase Cloud Firestore for content storage and realtime data, Firebase Cloud Functions for backend logic, and Firebase Cloud Messaging for push notifications. Code snippets in Kotlin demonstrate integrating these services, such as authenticating users anonymously, uploading and downloading files, listening to database changes, and writing Cloud Functions with Kotlin.
This document discusses different options for saving application data in Android. It covers SharedPreferences for saving key-value pairs, internal and external file storage, and SQLite databases. For SharedPreferences, it shows how to get a SharedPreferences object, write and read preferences. For files, it explains internal and external storage and permissions. For SQLite databases, it discusses the SQLiteOpenHelper class, content values for inserting data, and querying data. It also briefly introduces the ObjectBox ORM library as an alternative to SQLite.
This document provides an example of how to create a splash screen in Android that is displayed for a set period of time before redirecting to the main application screen. It describes two methods for implementing a splash screen: 1) Using a thread to sleep for the set time before redirecting, and 2) Using a Handler and postDelayed to call a Runnable after the set time to redirect. The example project structure is also outlined.
The document provides an overview of SAP Webi (Web Intelligence) reporting tools. It describes the history and architecture of Webi, how to create reports using various data sources, and how to use features like filters, formulas, and sending reports to other users. The document also discusses related tools like the Business Explorer (BEx) for strategic analysis and query functions.
Semantically Reconnecting Fragmented Information through User Activity Monito...Hinnerk Brügmann
Today information items on user’s workstations are usually stored in separate collections depending on their format.
This results in a disconnect between information systems and user needs leading to high lookup times during task related information retrieval. This paper presents an approach to reduce document based information fragmentation by semantically
reconnecting electronic documents to each other
without imposing additional training or tagging workload on the user.
To this end the actions knowledge workers perform
on their desktop are transparently monitored to analyze the user’s interaction with his computer system. These action metadata are further clustered by superordinate activities performed by the user. Finally documents attached to window instances within the identified activity clusters
are semantically related to each other reducing the fragmentation of their contained information.
This allows a subsequent associative information discovery navigating from one document instance to other related document instances. A prototypical implementation and evaluation in a small scale
testing setup indicates the validity of the approach.
Shared Preferences allow you to save and retrieve data in the form of key,value pair. In these slides you will know what is shared preference, its function, methods and example.
This document discusses how to use Shared Preferences in Android to save form data when an application is closed prematurely. Shared Preferences provides a simple way to store key-value pairs of primitive data that can be retrieved even if an app is closed. The document demonstrates creating an app with an EditText field, using Shared Preferences to save the text on app close, and retrieve the saved text to populate the field again when the app reopens. It provides code examples for getting Shared Preferences, saving data on close, and retrieving the saved data on app open.
Mobile Application Development -Lecture 11 & 12.pdfAbdullahMunir32
This document provides an overview of different techniques for saving and storing data in mobile applications, including shared preferences, files, SQLite databases, and content providers. It discusses how shared preferences and activity instance state can be used to save simple application data. It also covers how to directly read from and write to files in Android and provides an introduction to using SQLite databases and content providers for more complex data needs.
This tutorial provides an overview of Android and covers the basics of Android programming. It discusses what Android is, its architecture and main components. The key points are:
- Android is an open-source operating system used in mobile devices. It is based on the Linux kernel.
- The Android architecture consists of five sections - Linux kernel, libraries, Android runtime, application framework and applications.
- There are four main components that make up an Android application - activities, services, broadcast receivers and content providers.
- The tutorial provides examples of implementing activities, services and broadcast receivers and explains what they are used for. It then discusses starting development with a basic "Hello World" example.
Android is an open source software platform and operating system for mobile devices based on the Linux kernel. It was developed by Android Inc which was purchased by Google in 2005. The Android environment requires Java, the Android SDK, an IDE like Eclipse, and the Android Development Tools plugin. Key Android application components include Activities, Services, Broadcast Receivers, and Content Providers. Intents allow communication between components and can be explicit, specifying a component class, or implicit, specifying an action.
Create an android app for database creation using.pptxvishal choudhary
1) This document describes how to create an Android app to perform CRUD (create, read, update, delete) operations on a SQLite database.
2) It involves creating a SQLiteOpenHelper subclass to manage the database, along with methods to insert, query, update and delete data from the database table.
3) The Android app includes layout elements like buttons and text fields, and Java code to handle button clicks and call the appropriate database methods. Validation is also added to ensure required fields are populated.
Day 8: Dealing with Lists and ListViewsAhsanul Karim
The document discusses ListViews and ListActivities in Android. It covers:
- How ListViews display scrollable lists using an Adapter to provide data and layouts
- How ListActivities simplify list handling by predefining list interaction methods
- Implementing ArrayAdapters with standard or custom layouts
- Improving performance by recycling list item views
- Creating custom adapters to define flexible row layouts
- Allowing row views to interact with the underlying data model
The document describes various aspects of ASP.NET including:
1. The roles of inetinfo.exe, aspnet_isapi.dll and aspnet_wp.exe in processing ASP.NET requests.
2. The difference between Response.Write() and Response.Output.Write().
3. The page lifecycle methods that are fired during page loading.
4. The .NET Framework class hierarchy that System.Web.UI.Page belongs to.
The document discusses how to add filtering to a custom ListView in Android. It describes creating a custom adapter class that implements the Filterable interface and overrides the getFilter() method. This returns a private inner class that extends Filter and performs the filtering. The filtering compares the search text to item names in the ListView. When text changes, the filter repopulates the list. This allows users to easily search within a long ListView to find specific items.
Styles, templates, triggers, and storyboards in WPF allow for a consistent and shared appearance within and across applications. Styles define a set of properties that can be applied to multiple elements, enabling centralized management of designs. Templates replace parts of controls and reduce custom control needs. Triggers modify properties or start animations based on conditions. Resource dictionaries package UI resources as reusable themes.
This document provides an overview of ADO.NET compared to ADO and describes the main objects used in ADO.NET for data access like the Connection, Command, DataReader, DataAdapter, DataSet and DataView objects. It discusses how ADO.NET uses a disconnected data model with the DataSet object to cache and manage data across tiers compared to ADO's coupled model. The document also includes code examples of creating a DataReader and populating a DataSet using a DataAdapter.
Data binding establishes a connection between UI elements and data objects so that when data changes, UI updates automatically and vice versa. It involves binding object properties to UI controls using interfaces like INotifyPropertyChanged. For example, a TextBlock's Text property could be bound to a Person object's Name property so that if name changes, text updates. Data binding saves coding effort to manually synchronize data and UI.
Resources allow objects to be reused throughout a WPF application. Resources are managed through a ResourceDictionary and can have different scopes like system, application, window, or element. Settings allow application preferences to be stored and loaded using the ApplicationSettingsBase class and can be integrated with WPF data binding.
This document discusses several advanced web programming tasks in ASP.NET, including handling exceptions at the page and application level, programming asynchronous web pages, creating custom HTTP handlers, and accessing intrinsic objects and page headers. It provides code examples for handling errors in pages and applications, creating asynchronous pages, registering a custom image handler in IIS, and setting the page title and style dynamically.
Visible Governance: How to set up data governance using Visible Analyst Comme...Michael Cesino
The PowerPoint presentation shows you how to setup a relatively simple and straightforward data governance program in the Visible Analyst Commercial Edition. It doesn't matter what your subject matter or domain may be that you are modelling. The example used in this presentation for setting up data governance will be useful for you to use in your governance project. See how using two little known features in the Visible Analyst called "User Defined Objects" and "User Defined Attributes" enable you to setup a data governance program in a simple and straightforward manner.
For more details or to arrange for a more in depth presentation please email sales@visible.com
The document discusses efficient Spring Data REST development. It defines REST as a software architectural style using HTTP to access and manipulate web resources represented as text. It describes the REST architectural style of using stateless operations like GET, POST, PUT, PATCH and DELETE on a resource's URL. It also discusses ETags for caching and conditional requests, generating REST events through annotated handlers or application listeners, using projections and excerpts for customized views of resources, and reactive access to repositories for streaming results.
This document discusses using Firebase services for backendless mobile apps. It covers using Firebase Authentication to allow anonymous and social logins. It also covers using Firebase Cloud Firestore for content storage and realtime data, Firebase Cloud Functions for backend logic, and Firebase Cloud Messaging for push notifications. Code snippets in Kotlin demonstrate integrating these services, such as authenticating users anonymously, uploading and downloading files, listening to database changes, and writing Cloud Functions with Kotlin.
This document discusses different options for saving application data in Android. It covers SharedPreferences for saving key-value pairs, internal and external file storage, and SQLite databases. For SharedPreferences, it shows how to get a SharedPreferences object, write and read preferences. For files, it explains internal and external storage and permissions. For SQLite databases, it discusses the SQLiteOpenHelper class, content values for inserting data, and querying data. It also briefly introduces the ObjectBox ORM library as an alternative to SQLite.
This document provides an example of how to create a splash screen in Android that is displayed for a set period of time before redirecting to the main application screen. It describes two methods for implementing a splash screen: 1) Using a thread to sleep for the set time before redirecting, and 2) Using a Handler and postDelayed to call a Runnable after the set time to redirect. The example project structure is also outlined.
The document provides an overview of SAP Webi (Web Intelligence) reporting tools. It describes the history and architecture of Webi, how to create reports using various data sources, and how to use features like filters, formulas, and sending reports to other users. The document also discusses related tools like the Business Explorer (BEx) for strategic analysis and query functions.
Semantically Reconnecting Fragmented Information through User Activity Monito...Hinnerk Brügmann
Today information items on user’s workstations are usually stored in separate collections depending on their format.
This results in a disconnect between information systems and user needs leading to high lookup times during task related information retrieval. This paper presents an approach to reduce document based information fragmentation by semantically
reconnecting electronic documents to each other
without imposing additional training or tagging workload on the user.
To this end the actions knowledge workers perform
on their desktop are transparently monitored to analyze the user’s interaction with his computer system. These action metadata are further clustered by superordinate activities performed by the user. Finally documents attached to window instances within the identified activity clusters
are semantically related to each other reducing the fragmentation of their contained information.
This allows a subsequent associative information discovery navigating from one document instance to other related document instances. A prototypical implementation and evaluation in a small scale
testing setup indicates the validity of the approach.
Shared Preferences allow you to save and retrieve data in the form of key,value pair. In these slides you will know what is shared preference, its function, methods and example.
This document discusses how to use Shared Preferences in Android to save form data when an application is closed prematurely. Shared Preferences provides a simple way to store key-value pairs of primitive data that can be retrieved even if an app is closed. The document demonstrates creating an app with an EditText field, using Shared Preferences to save the text on app close, and retrieve the saved text to populate the field again when the app reopens. It provides code examples for getting Shared Preferences, saving data on close, and retrieving the saved data on app open.
Mobile Application Development -Lecture 11 & 12.pdfAbdullahMunir32
This document provides an overview of different techniques for saving and storing data in mobile applications, including shared preferences, files, SQLite databases, and content providers. It discusses how shared preferences and activity instance state can be used to save simple application data. It also covers how to directly read from and write to files in Android and provides an introduction to using SQLite databases and content providers for more complex data needs.
This tutorial provides an overview of Android and covers the basics of Android programming. It discusses what Android is, its architecture and main components. The key points are:
- Android is an open-source operating system used in mobile devices. It is based on the Linux kernel.
- The Android architecture consists of five sections - Linux kernel, libraries, Android runtime, application framework and applications.
- There are four main components that make up an Android application - activities, services, broadcast receivers and content providers.
- The tutorial provides examples of implementing activities, services and broadcast receivers and explains what they are used for. It then discusses starting development with a basic "Hello World" example.
Android is an open source software platform and operating system for mobile devices based on the Linux kernel. It was developed by Android Inc which was purchased by Google in 2005. The Android environment requires Java, the Android SDK, an IDE like Eclipse, and the Android Development Tools plugin. Key Android application components include Activities, Services, Broadcast Receivers, and Content Providers. Intents allow communication between components and can be explicit, specifying a component class, or implicit, specifying an action.
The document discusses the key building blocks of Android applications. These include Activities, which represent visible screens; Intents, which are used to invoke components like starting services or launching activities; Services, which are background processes that can run for a long time; Broadcast Receivers, which receive and respond to broadcast announcements; and Content Providers, which expose and manage access to application data. Additional components include Views, Layouts, and the Manifest file. The document also covers notifications and resources in Android.
Personium - Open Source PDS envisioning the Web of MyData暁生 下野
How can we citizens maximize the benefits of the new right to data portability, which is now rapidly being recognized globally?
Personal Data Store is a technology that will receive all “My Data” from hundreds of services. It aggregates and integrates them, and at times discloses a portion of them to others under user’s control for creating new values.
This talk will introduce an open-source Personal Data Store (PDS) server “Personium”, providing details on its technical implementation, the underpinning business models, and the actual implemented and future use cases.
Mediating Applications on the Android SystemNizar Maan
This document discusses mediating applications on the Android system to improve user privacy and security. It explores flaws in existing "AppLocker" access control applications and proposes modifying the Android operating system and improving existing solutions. The document provides background on the Android architecture, including its software stack, security model using permissions, and inter-process communication methods like Binder and Intents. It aims to present an alternative solution to better protect users' sensitive data from unauthorized access by applications.
This document provides an overview of the key components and architecture of the Android operating system. It discusses that Android is built on the Linux kernel and uses Java for application development. It also summarizes the main components of the Android software stack including the libraries, runtime environment, application framework, and applications. Additionally, it describes some important Android concepts like activities, intents, broadcast receivers, content providers, and services.
This document provides an overview of Android development basics including what Android is, its components, security and permissions model, and how to develop Android applications. Some key points:
- Android is an operating system based on Linux with a Java programming interface and uses the Dalvik virtual machine. It allows background processing and rich user interfaces.
- Google Play is used to distribute Android apps. Apps declare required permissions which users must approve during installation.
- Main Android app components include Activities, Services, ContentProviders, BroadcastReceivers, and widgets.
- The Android Development Tools in Eclipse provide tools for app development including compiling, debugging and deploying apps to emulators and devices.
- Apps are written
Android is an open source operating system based on Linux that is primarily developed by Google. It allows developers to create mobile applications using Java code and resources defined in XML files. The Android SDK provides tools for developing, debugging, and deploying Android apps. Apps are distributed through Google Play and consist of activities, services, content providers and other components. Permissions must be defined and granted for apps to access device features. The Android manifest file defines app components and permissions. Activities have a lifecycle managed by Android. Resources like strings, layouts, images are kept separate from code and accessed via unique IDs.
The document discusses the basics of developing Android applications, including the four main components (activities, services, content providers, and broadcast receivers) that make up Android apps. It explains that activities represent screens with user interfaces, services run in the background, content providers manage shared app data, and broadcast receivers respond to system-wide broadcasts. The document also covers how apps are packaged in an APK file and run in a secure sandbox on Android devices.
Android open-source operating System for mobile devicesIOSR Journals
This document provides an overview of the Android operating system and its security features. It discusses Android's architecture, including its use of the Linux kernel and Dalvik virtual machine. Key security aspects are summarized, such as the permission model and limitations of running apps within a sandbox. The document also introduces an exploit execution framework that can test Android devices for vulnerabilities. It concludes by discussing how malware may propagate on Android devices and potential future threats.
Optimization Of Storage Management In Android - S3CAVivek Raj Agarwal
This document summarizes a paper about optimizing storage management in Android through a technique called Single/Inter app Shareable Storage for Common Developer Apps (S3CA). S3CA aims to reduce data redundancy by allowing common developer apps to share stored data. It works by having developers declare their apps as "friends" so they can access each other's stored data. This is estimated to reduce phone memory usage by 50-75% and reduce app sizes after expansion. The document provides background on Android architecture and storage, and then describes how S3CA would allow apps to connect, send users between apps, and share stored data in order to optimize storage.
Remote Exploitation of the Dropbox SDK for AndroidIBM Security
The IBM X-Force Application Security Research Team has discovered a vulnerability in the Dropbox SDK for Android (CVE-2014-8889) which allows attackers to connect applications on mobile devices to a Dropbox account controlled by the attacker without the victim's knowledge or authorization. This is a serious flaw in the authentication mechanism within any Android app using a Dropbox SDK Version 1.5.4 through 1.6.1
ABSTRACT
Shoreline monitoring is important to overcome the problems in the measurement of the shoreline. Recently,
many researchers have directed attention to methods of predicting shoreline changes by the use of
multispectral images. However, the images being captured tend to have several problems due to the weather.
Therefore, identification of multi class features which includes vegetation and shoreline using multispectral
satellite image is one of the challenges encountered in the detection of shoreline. An efficient framework
using the near infrared–histogram equalisation and improved filtering method is proposed to enhance the
detection of the shoreline in Tanjung Piai, Malaysia, by using SPOT-5 images. Sub-pixel edge detection and
the Wallis filter are used to compute the edge location with the subpixel accuracy and reduce the noise. Then,
the image undergoes image classification process by using Support Vector Machine. The proposed method
performed more effectively and reliable in preserving the missing line of the shoreline edge in the SPOT-5
images.
ABSTRACT
Smartphones are used by billions of people that means the applications of the smartphone is increasing, it is out of control for applications marketplaces to completely validate if an application is malicious or legitimate. Therefore, it is up to users to choose for themselves whether an application is safe to use or not. It is important to say that there are differences between mobile devices and PC machines in resource management mechanism, the security solutions for computer malware are not compatible with mobile devices. Consequently, the anti-malware organizations and academic researchers have produced and proposed many security methods and mechanisms in order to recognize and classify the security threat of the Android operating system. By means of the proposed methods are different from one to another, they can be arranged into various classifications. In this review paper, the present Android security threats is discussed and present security proposed solutions and attempt to classify the proposed solutions and evaluate them.
Introduction to everything around Android:-
Android mobile operating system
Android app
Android app sandboxing
Android app development platform
Android emulators and advance techniques
Android device administration
Sample App
The document discusses an introduction to Android development. It covers topics like what Android is, its features, architecture, and how to set up the Android Development Tools (ADT) plugin for Eclipse. It describes Android applications and their fundamental components like activities, services, broadcast receivers, and content providers. It also explains how to start an activity and work with views and view groups to define a user interface.
This document provides an overview of the Android operating system architecture and development process. It describes Android's core components including activities, content providers, intents, and services. It also outlines the basic steps for setting up an Android development environment in Eclipse, including downloading the Android SDK and plugins, configuring the IDE, and creating a new Android project. Key aspects of the Android system like storage, networking, and multimedia capabilities are also summarized.
Android uses a permission model and sandboxing to isolate apps and their data. Each app runs as a separate Linux user and has its own permissions and filesystem area. SharedPreferences and SQLite databases are also isolated by app in private storage areas. Developers must specify any permissions needed in the app manifest and use the principle of least privilege to only request necessary permissions.
Similar to Android content provider explained (20)
Kotlin/Native, and the difference between cross mobile languages, Flutter, Jetpack Compose, and SwiftUI, which to select and what is the benefits of each approach and why to consider using Kotlin/Native, plus references, resources, and code-labs.
The document introduces mobile development and provides an overview of programming languages, environments, operating systems, and cross-platform tools. It discusses languages like Swift, Kotlin, and Java and platforms like iOS and Android. It also covers cross-platform options like Flutter that allow building mobile apps using one codebase. The presentation concludes with specifications for an ideal mobile development machine and opening the floor for questions.
How can you create games and how can you do it with Flutter, and what are the available Flutter games engines, a session delivered in the Global Game Jam at ITI
This document summarizes Android updates that were discussed at I/O 2019. It covers announcements about Kotlin being the first language for Android, improvements to the Android Jetpack libraries including CameraX and Navigation, updates to Android Studio for memory management and layout editing, using machine learning for face detection and power efficiency, and delivering dynamic feature modules and in-app updates on demand or immediately. The speaker is introduced as an official Google speaker and founder of Kotlin user groups who is a mobile technology expert.
What's new in android 2018, a content created by Google, and conducted by Shady Selim, for developers attending DevFest all across Egypt.
It combines all the latest Android for Developers updates
Intro to Google Flutter, its difference with other mobile cross programming languages, with some samples, conducted for the Flutter Study Jam, as a GDG Helwan activity, by Shady Selim
Updating the skills of new Android developers with what they need to start their first application in Kotlin and update their knowledge with Google I/O 2018 latest update announcement.
A session delivered by @amahdy7 from Finland over Hangout in GDG Helwan DevFest16 that toke place in the Modern Academy in Maadi
The slides discuss the power of Flutter and how to start develop with it
Why you should starting programming in Kotlin for Android?
Some might think that Kotlin is new.
I will demonstrate Kotlin history, who is behind it, and why is it a must to learn.
With some links and good references.
This slides were conducted in GDG Minia and GDG Helwan Devefest16.
The document introduces Kotlin, a statically typed programming language that targets the JVM. It was created by JetBrains, the developers of IntelliJ IDEA. Kotlin supports both functional and object-oriented paradigms and is designed to be pragmatic, safe, concise and interoperable with Java. It aims to reduce boilerplate code and avoid errors like null pointer exceptions. The document highlights Kotlin's strengths like modeling data concisely, creating reusable abstractions, and expressing domain-specific languages. It provides examples of modeling data in Java and Kotlin. In addition, the document discusses reactive programming in Kotlin and ensuring support for existing Java frameworks and libraries. It ends with resources for learning
Kotlin for Frontend & Backend Web developmentShady Selim
This session was delievered by Mohamed Hegazy
https://www.facebook.com/mkhegazy1
It is about using Kotlin for frontend and backend web development
This slides were conducted in the 1st kotlin nights event in MENA
Why you should starting programming in Kotlin for Android
Some might think that Kotlin is new.
I will demonstrate Kotlin history, who is behind it, and why is it a must to learn.
With some links and good references
This slides were conducted in GDG 6 October Google i/o event
Some might think that Kotlin is new.
I will demonstrate Kotlin history, who is behind it, and why is it a must to learn.
With some links and good references
This slides were conducted in the 1st kotlin nights event in MENA
Slides for the presentation given in Fekra'17 on 2/2/2017
These slides talking about design for web and mobile, Jakob Nielsen, Jony Ive, Usability and User Experience, UI/UX, Responsive Vs. Adaptive design, Current design schools, Material design, Android and iOS
3. THE BEST DESCRIPTION
When the android system or another application wants to do a specific
task, it will broadcast an intent saying “can anyone do this for me“
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4. SO IT NEEDS
Intent to describe the “mime-type” for sharing content
Broadcasting listener to answer and serve, or broadcast sender for the
content to be shared
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5. IT CAN BE USED TO ….
Allow to collect data from different sources, and send one dataset
result
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6. IT CAN BE USED TO ….
Support other apps, widgets, search, and others, with the same results
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7. IT CAN BE USED TO ….
Control single app roles access
Control different apps access permissions to the same data source
Control apps data source, so if the host data server was changed, you
won’t have to update all the apps, only the content provider data
source
Help implementing new trends and security controls like, Android for
Work, Android for Education, BYOD, MDM, MAM, and MCM.
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8. IN THE LATEST ANDROID VERSION
With Android 7.1 (API level 25), the Android SDK includes the Commit
Content API, which provides a universal way for IMEs to send images
and other rich content directly to a text editor in an app. The API is also
available in v13 Support Library as of revision 25.0.0.
In English you can use images in your keyboard
https://developer.android.com/guide/topics/text/image-keyboard.html
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