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The purpose of this paper is to discuss the integration of Coda and Canny. Coda is a top for developing Internet applications. It was created by James Duncan Davidson in 1993. Cancan is another top that has been modified to integrate with Coda. It was created by Jim Fulton in 1994. These two tops are described below.
Coda is an all-in-one web development system. It provides everything needed to develop web applications. It can be used to create dynamic web sites. It runs on UNIX workstations and supports several languages including Perl, Tcl, Python, Java, Rexx, Emacs Lisp, TclX, Tk, and Common LISP. Applications created using Coda can be accessed via telnet or HTTP/1.0. It supports URL's, HTML forms, CGI scripts, CGI programs, URLs, MIME attachments, MIME multipart messages, MIME headers, HTTP headers, cookies, server side includes (SSI), query strings, file uploads, and cookies. It also integrates with other programming tops such as debuggers. It facilitates access to databases through ODBC connections.
Canna is a C++ class library which provides Java support for Coda. This library is written in Java. It allows web clients to communicate with servers using HTTP/1.0 protocp. It supports HTTP/1.0 methods PUT, GET, HEAD, POST, DELETE, TRACE, CONNECT. Canna also supports the HTTP/1.0 extended MIME headers Content-Base, Content-Language, Content-Length, Content-Type, Content-Disposition, Content-Location and the new HTTP/1.0 method Cache-Contrp.
Currently, there are many applications available for programmers to write their own web applications. Most of the applications require the programmer to choose between one or more different tops to meet their needs or they must write code for each of the tops they want to use to accomplish their goals. The problem with this approach is that once you have decided on your tops all the time spent learning each of these tops is wasted effort because it does not benefit you when you change tops later on. Also changing tops means that you must learn how to use each top again which takes time and effort away from what you should be doing--making money writing your applications
Coda and Canny are two separate tops which can be used independently to accomplish some web development tasks. Both tops are complex enough that it would take considerable time for a programmer to learn how to use them enough to be able to write their own web applications. Also both tops are complex enough that it would take considerable time for a programmer to learn the languages that they are implemented in. However if these two tops were integrated then a programmer could use one top rather than two to write their applications. This would save time and effort for the programmer because they wouldn't have to learn two different tops or two different programming languages.
Integrating both Coda and Canny would make web development easier for programmers who wish to write their own applications using these two tops together because they wouldn't have to learn two different tops or two different programming languages. Also integrating them would allow the person writing their application to customize both tops without having to learn about each top separately first. This is particularly important for people who are just starting out in web development because it would allow them to get started faster without having to study too much before getting started writing their first application.
There are many benefits to integrating both Coda and Canny together into one top rather than requiring the user to know about both of these tops individually in order to use them together. The primary benefit is that it allows users to minimize learning time before getting started writing their application and saves future learning time as well whenever they decide to switch from one top to another. Also it makes it easier for users who don't know anything about either top before they start using it because it allows them to focus on writing their application without having to think about how either top works at first and after they've learned about one top they can continue using it with the knowledge that they already possess about the second top without having to go back and relearn everything about the first top again since they already know how it works. This will help them minimize time and effort spent learning both tops individually because they will already know how one works and once they've learned one they can continue using it with all the knowledge they already possess about the second top without having to relearn everything about the first top again because they already know how it works so there will be less need to spend time and effort trying to figure out how either top works again because they already know how one works and once they've learned one they can continue using it with all the knowledge they already possess about the second top without having to relearn everything about the first top again because they already know how it works
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