Download Aplikasi Penjualan Tiket Berbasis Web
:en allows you send lightweight messages from the backend server to all the devices whenever there is new data available. This saves lot of user’s battery by avoiding poll request to server for new data. Using GCM you can build powerful multi platform (iOS, Android & Web) apps like real time chat, news feed, cloud storage and lot more.
Tutorial Php Source Code Aplikasi Pemesanan Tiket Bus Online Gratis. News; Videos; Related; Chat. Download source code pemesanan tiket dan tempat duduk bus berbasis web dengan php dan mysqli. Download Sourcecode Aplikasi Penjualan buku Berbasis Web (PHP&MySQL) – Halo hai semuanya, Pada kesempatan kali ini akan kembali lagi berbagi sourcecode aplikasi berbasis web gratis, sourcecode yang akan saya bagikan kali ini adalah Sourcecode Aplikasi Penjualan Baju Berbasis Web (PHP&MySQL).Aplikasi dibuat menggunakan bahasa pemrograman PHP dan database yang digunakan yaitu database mysql.
On top of everything, GCM is completely free and there are no limitations. As announced their recently, GCM is the only best option even though it won’t comes with an admin interface.
But don’t worry, we’ll build a simple admin panel in this article. VIDEO DEMO As this article is pretty lengthy, I have divided it into 3 parts.
Each part covers a unique part in building the final realtime chat app.: Covers building the REST API for chat app including the GCM server app.: Explains integrating GCM into your android app including a test message.: Building Simple Realtime Chat App. Google Cloud Messaging Typically GCM implementation involves three components. Google cloud messaging server, the app server and the client app. We should take care of writing the app server and the client app. In order to make calls from the app server to GCM server, you can follow or protocol.
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HTTP supports downstream (gcm to client) messages only. XAMP supports both downstream and upstream (device to gcm, then from gcm to server) messages. Below is the pictorial representation of the overall architecture. First the app connects to GCM server and register itself.
Upon successful registration, GCM issues gcm registration token to device. This registration token uniquely identifies each device. The device sends the registration token to our server to store it in MySQL. Whenever app server wants to send push notification, it sends a request to GCM server sending the push message along with the registration token.
GCM server identifies the device using the registration token and initiates the push message. The device receives the push messages and further action takes place. Obtaining Google API Key Google API key is necessary to interact with GCM server. GCM uses this key to identify your server app.
Follow the below steps to obtain your API key. Note that the developer console interface is changing more frequently.
So, the below steps may vary in future. Goto Google and create a new app.
If you have already created one, select the app. Give a name to your new project. Once the project is created, goto project’s dashboard and click on Use Google APIs 3. Under Mobile APIs, click on Cloud Messaging for Android and enable the API by clicking on top enable API button. Once enabled, click on Credentials on the left.
You will be asked to create new credentials by showing multiple options. Choose API Key and then Server Key. After choosing Server Key, your API key will be displayed on the dashboard. Note down the API keyas we need to use it in our PHP project. This part of the article involves building the server app including designing the MySQL database, REST API for mobile app and an admin panel to send push notifications. I am using IDE to develop the PHP code and / server to create the php, mysql environment.
Now let’s start designing the database first. Designing MySQL Database For this app we need only three tables. Users, chat rooms and messages. Users – This table holds the user information like name, email and other profile information along with gcm registration id. Chatrooms – Contains the chat room information.
Messages – Contains the messages sent in the chat rooms. Include – Contains the database classes to perform CRUD operations on the database.
Libs – Contains the libraries needed for the app (slim, gcm) v1 – Root directory of the REST API index.php, demo.php, styles.css – Required to create the admin interface. Goto your WAMP/MAMP installation location and open the web directory. On windows, it will be c:/wamp/www directory. On Mac, the path will be /Applications/MAMP/htdocs. Inside the web directory ( www or htdocs), create a directory named gcmchat. This will be the root directory of our project.
Inside gcmchat folder, create the remaining directories as shown in the above image. Create folders named include, libs and v1. Inside libs, create another folder named gcm. Slim framework and paste it inside libs folder. Create a file named config.php in include. This file contains the app configuration like database credentials, google API Key and other information. Replace GOOGLEAPIKEY with your API Key which you obtained in 2nd section.
Also keep the correct database credentials. REST API EndpointsThe index.php inside v1 folder providers the below endpoints. $gcm -send( $user 'gcmregistrationid' , $push -getPush); By far we have successfully built the proper REST API client and a simple admin panel. Now let’s start building the android app in.
If you are facing any issue in this part, please comment in below discussions. Referensi allows you send lightweight messages from the backend server to all the devices whenever there is new data available. This saves lot of user’s battery by avoiding poll request to server for new data.
Using GCM you can build powerful multi platform (iOS, Android & Web) apps like real time chat, news feed, cloud storage and lot more. On top of everything, GCM is completely free and there are no limitations. As announced their recently, GCM is the only best option even though it won’t comes with an admin interface.
But don’t worry, we’ll build a simple admin panel in this article. VIDEO DEMO As this article is pretty lengthy, I have divided it into 3 parts.
Each part covers a unique part in building the final realtime chat app.: Covers building the REST API for chat app including the GCM server app.: Explains integrating GCM into your android app including a test message.: Building Simple Realtime Chat App. Google Cloud Messaging Typically GCM implementation involves three components. Google cloud messaging server, the app server and the client app. We should take care of writing the app server and the client app. In order to make calls from the app server to GCM server, you can follow or protocol. HTTP supports downstream (gcm to client) messages only.
XAMP supports both downstream and upstream (device to gcm, then from gcm to server) messages. Below is the pictorial representation of the overall architecture. First the app connects to GCM server and register itself. Upon successful registration, GCM issues gcm registration token to device. This registration token uniquely identifies each device. The device sends the registration token to our server to store it in MySQL. Whenever app server wants to send push notification, it sends a request to GCM server sending the push message along with the registration token.
GCM server identifies the device using the registration token and initiates the push message. The device receives the push messages and further action takes place. Obtaining Google API Key Google API key is necessary to interact with GCM server. GCM uses this key to identify your server app. Follow the below steps to obtain your API key. Note that the developer console interface is changing more frequently. So, the below steps may vary in future.
Goto Google and create a new app. If you have already created one, select the app.
Give a name to your new project. Once the project is created, goto project’s dashboard and click on Use Google APIs 3. Under Mobile APIs, click on Cloud Messaging for Android and enable the API by clicking on top enable API button. Once enabled, click on Credentials on the left. You will be asked to create new credentials by showing multiple options. Choose API Key and then Server Key. After choosing Server Key, your API key will be displayed on the dashboard.
Note down the API keyas we need to use it in our PHP project. This part of the article involves building the server app including designing the MySQL database, REST API for mobile app and an admin panel to send push notifications. I am using IDE to develop the PHP code and / server to create the php, mysql environment. Now let’s start designing the database first.
Designing MySQL Database For this app we need only three tables. Users, chat rooms and messages. Users – This table holds the user information like name, email and other profile information along with gcm registration id.
Chatrooms – Contains the chat room information. Messages – Contains the messages sent in the chat rooms. Include – Contains the database classes to perform CRUD operations on the database. Libs – Contains the libraries needed for the app (slim, gcm) v1 – Root directory of the REST API index.php, demo.php, styles.css – Required to create the admin interface.
Goto your WAMP/MAMP installation location and open the web directory. On windows, it will be c:/wamp/www directory. On Mac, the path will be /Applications/MAMP/htdocs. Inside the web directory ( www or htdocs), create a directory named gcmchat. This will be the root directory of our project. Inside gcmchat folder, create the remaining directories as shown in the above image. Create folders named include, libs and v1.
Inside libs, create another folder named gcm. Slim framework and paste it inside libs folder. Create a file named config.php in include. This file contains the app configuration like database credentials, google API Key and other information.
Replace GOOGLEAPIKEY with your API Key which you obtained in 2nd section. Also keep the correct database credentials.
REST API EndpointsThe index.php inside v1 folder providers the below endpoints. $gcm -send( $user 'gcmregistrationid' , $push -getPush); By far we have successfully built the proper REST API client and a simple admin panel.
Now let’s start building the android app in. If you are facing any issue in this part, please comment in below discussions. Referensi allows you send lightweight messages from the backend server to all the devices whenever there is new data available. This saves lot of user’s battery by avoiding poll request to server for new data. Using GCM you can build powerful multi platform (iOS, Android & Web) apps like real time chat, news feed, cloud storage and lot more.
On top of everything, GCM is completely free and there are no limitations. As announced their recently, GCM is the only best option even though it won’t comes with an admin interface. But don’t worry, we’ll build a simple admin panel in this article. VIDEO DEMO As this article is pretty lengthy, I have divided it into 3 parts. Each part covers a unique part in building the final realtime chat app.: Covers building the REST API for chat app including the GCM server app.: Explains integrating GCM into your android app including a test message.: Building Simple Realtime Chat App.
Google Cloud Messaging Typically GCM implementation involves three components. Google cloud messaging server, the app server and the client app. We should take care of writing the app server and the client app. In order to make calls from the app server to GCM server, you can follow or protocol. HTTP supports downstream (gcm to client) messages only. XAMP supports both downstream and upstream (device to gcm, then from gcm to server) messages.
Below is the pictorial representation of the overall architecture. First the app connects to GCM server and register itself.
Upon successful registration, GCM issues gcm registration token to device. This registration token uniquely identifies each device. The device sends the registration token to our server to store it in MySQL.
Whenever app server wants to send push notification, it sends a request to GCM server sending the push message along with the registration token. GCM server identifies the device using the registration token and initiates the push message. The device receives the push messages and further action takes place. Obtaining Google API Key Google API key is necessary to interact with GCM server.
GCM uses this key to identify your server app. Follow the below steps to obtain your API key. Note that the developer console interface is changing more frequently. So, the below steps may vary in future.
Goto Google and create a new app. If you have already created one, select the app. Give a name to your new project. Once the project is created, goto project’s dashboard and click on Use Google APIs 3. Under Mobile APIs, click on Cloud Messaging for Android and enable the API by clicking on top enable API button. Once enabled, click on Credentials on the left. You will be asked to create new credentials by showing multiple options.
Choose API Key and then Server Key. After choosing Server Key, your API key will be displayed on the dashboard. Note down the API keyas we need to use it in our PHP project. This part of the article involves building the server app including designing the MySQL database, REST API for mobile app and an admin panel to send push notifications.
I am using IDE to develop the PHP code and / server to create the php, mysql environment. Now let’s start designing the database first. Designing MySQL Database For this app we need only three tables. Users, chat rooms and messages.
Users – This table holds the user information like name, email and other profile information along with gcm registration id. Chatrooms – Contains the chat room information. Messages – Contains the messages sent in the chat rooms. Include – Contains the database classes to perform CRUD operations on the database. Libs – Contains the libraries needed for the app (slim, gcm) v1 – Root directory of the REST API index.php, demo.php, styles.css – Required to create the admin interface. Goto your WAMP/MAMP installation location and open the web directory.
On windows, it will be c:/wamp/www directory. On Mac, the path will be /Applications/MAMP/htdocs. Inside the web directory ( www or htdocs), create a directory named gcmchat. This will be the root directory of our project.
Inside gcmchat folder, create the remaining directories as shown in the above image. Create folders named include, libs and v1. Inside libs, create another folder named gcm. Slim framework and paste it inside libs folder. Create a file named config.php in include. This file contains the app configuration like database credentials, google API Key and other information. Replace GOOGLEAPIKEY with your API Key which you obtained in 2nd section.
Download Aplikasi Penjualan Ticket Berbasis Webcam
Also keep the correct database credentials. REST API EndpointsThe index.php inside v1 folder providers the below endpoints.
Abstract Making the program application Surakarta ticket sales web-based Museum is to help staff workers from the Palace Museum to perform transaction processing ticket sales and report generation by using a computerized system. The methodology used in the making of this application program is using SDLC (System Development Life Cycle), where the method consists of the Planning Phase, Analysis Phase, Design Phase and Implementation Phase.
Aplikasi Untuk Membuat Web
Drafting the application program uses multiple helper applications, such as Microsoft Visio 2007 to draft such as Data Flow Diagrams (DFD), Entity Relation Diagram (ERD), Interpersonal Table, Page Hypertest Preprosessor (PHP) as a programming language and MySQL as database, The result of making this application program can assist the Surakarta Palace Museum to facilitate ticket sales transaction process and in preparing reports sales are becoming more efficient and effective.