Job portal in java code | Assignments Java Programming

                                                                                ONLINE JOB PORTAL
INTRODUCTION
Architecturally, JSP may be viewed as a high-level abstraction of Java servlets. JSP 
pages are loaded in the server and are operated from a structured special installed Java
server packet called a Java EE Web Application, often packaged as a .war or .ear file 
archive.
JSP allows Java code and certain pre-defined actions to be interleaved with static web 
markup content, with the resulting page being compiled and executed on the server to 
deliver an HTML or XML document. The compiled pages and any dependent Java 
libraries use Java bytecode rather than a native software format, and must therefore be
executed within a Java virtual machine (JVM) that integrates with the host operating 
system to provide an abstract platform-neutral environment.
JSP syntax is a fluid mix of two basic content forms: scriptlet elements and markup. 
Markup is typically standard HTML or XML, while scriptlet elements are delimited 
blocks of Java code which may be intermixed with the markup. When the page is 
requested the Java code is executed and its output is added, in situ, with the 
surrounding markup to create the final page. JSP pages must be compiled to Java 
bytecode classes before they can be executed, but such compilation is needed only 
when a change to the source JSP file has occurred.
Java code is not required to be complete (self contained) within its scriptlet element 
block, but can straddle markup content providing the page as a whole is syntactically 
correct (for example, any Java if/for/while blocks opened in one scriptlet element 
must be correctly closed in a later element for the page to successfully compile). This 
system of split inline coding sections is called step over scripting because it can wrap 
around the static markup by stepping over it. Markup which falls inside a split block 
of code is subject to that code, so markup inside an if block will only appear in the 
output when the if condition evaluates to true; likewise markup inside a loop construct
may appear multiple times in the output depending upon how many times the loop 
body runs.
The JSP syntax adds additional XML-like tags, called JSP actions, to invoke built-in 
functionality. Additionally, the technology allows for the creation of JSP tag libraries 
that act as extensions to the standard HTML or XML tags. JVM operated tag libraries 
provide a platform independent way of extending the capabilities of a web server. 
Note that not all commercial Java servers are Java EE specification compliant.
MySQL is a relational database management system (RDBMS)[2] that runs as a server
providing multi-user access  to   a   number   of   databases.   The  SQL  phrase  stands   for
Structured Query Language. 
The software components used in our project are as under:
1. Eclipse
2. MySQL database
                                                                            
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INTRODUCTION

Architecturally, JSP may be viewed as a high-level abstraction of Java servlets. JSP

pages are loaded in the server and are operated from a structured special installed Java

server packet called a Java EE Web Application, often packaged as a .war or .ear file

archive.

JSP allows Java code and certain pre-defined actions to be interleaved with static web

markup content, with the resulting page being compiled and executed on the server to

deliver an HTML or XML document. The compiled pages and any dependent Java

libraries use Java bytecode rather than a native software format, and must therefore be

executed within a Java virtual machine (JVM) that integrates with the host operating

system to provide an abstract platform-neutral environment.

JSP syntax is a fluid mix of two basic content forms: scriptlet elements and markup.

Markup is typically standard HTML or XML, while scriptlet elements are delimited

blocks of Java code which may be intermixed with the markup. When the page is

requested the Java code is executed and its output is added, in situ, with the

surrounding markup to create the final page. JSP pages must be compiled to Java

bytecode classes before they can be executed, but such compilation is needed only

when a change to the source JSP file has occurred.

Java code is not required to be complete (self contained) within its scriptlet element

block, but can straddle markup content providing the page as a whole is syntactically

correct (for example, any Java if/for/while blocks opened in one scriptlet element

must be correctly closed in a later element for the page to successfully compile). This

system of split inline coding sections is called step over scripting because it can wrap

around the static markup by stepping over it. Markup which falls inside a split block

of code is subject to that code, so markup inside an if block will only appear in the

output when the if condition evaluates to true; likewise markup inside a loop construct

may appear multiple times in the output depending upon how many times the loop

body runs.

The JSP syntax adds additional XML-like tags, called JSP actions, to invoke built-in

functionality. Additionally, the technology allows for the creation of JSP tag libraries

that act as extensions to the standard HTML or XML tags. JVM operated tag libraries

provide a platform independent way of extending the capabilities of a web server.

Note that not all commercial Java servers are Java EE specification compliant.

MySQL is a relational database management system (RDBMS)[2]^ that runs as a server

providing multi-user access to a number of databases. The SQL phrase stands for

Structured Query Language.

The software components used in our project are as under:

1. Eclipse

2. MySQL database

OVERVIEW

The importace of placement system is increasing day by day. Thousands of applicants are

depending placement cell. But the applicants are facing so many problems. This project is an

attempt to minimize the problems of an applicant to find a correct job. If we can make it an

online computerized and a mobile alert process it will be so fast and convenient for the

applicants.Far from upsetting matters, however, new technologies have predominantly made

life better and considerably easier for most 0people, and so it must be concluded that they

should be welcomed.

Software does not require a dedicated computer and can be run on almost any PC running

Windows OS The package includes the MOB JOBS software and a normal cell phone and

data cable. It uses a normal SIM card from a GSM operator with a local mobile number. In

functionality it is similar to the four digit short codes but unlike short codes that is billed

according to the agreement between the content provider and the service provider and can

only be reached from certain networks a long code (Local GSM number) can be accessed

from almost anywhere in the world for the price of an Normal SMS depending on location

and tariff of the Local GSM operator. Receiving the response is an incoming SMS and is free.

The existing system is a manual system of limitations like accuracy, expense, low

speed and efficiency and unformatted outputs. In the existing system, all data

processing is done manually. All the files and record books are replaced by the

software system. When there are a lot of issues such as retrieval and storage of the

information and keeping track of them becomes a tedious task. By implementing a

computerized system, the limitation in the present system will be reduced. Manpower

can be reduced to a great extent and efficiency and accuracy can be increased to

manifold. More over consumption of time can be reduced to far greater extend by the

implementation of the proposed system.

In the proposed system we propose to computerize the above-mentioned activities. In the

existing system, all data processing is done manually. When there are a lot of issues such as

retrieval and storage of the information and keeping track of them becomes a tedious task.

By implementing a computerized system, the limitation in the present system will be

5). Message

1) Applicant registration:

The applicant can register into the site by providing his details and he can set his

username and password for logging in later.

2) Company registration:

The authority of the company can register into the site by providing its details

and they can set its username and password for logging in. They can also specify their

requirements for each vacancy.