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Web Testing:Checking web application functionality, Security, Usability, Performance etc.. with respect to Functional and Non-Functional Requirements.Web Testing Basics1. Web Functionality:1.1 Links CheckObjective is to check for all the links in the website, are they working correctly or not?1.1.1 All Internal Links (They redirect another pages or locations in the same Application)1.1.2 All External Links (They redirect to another Web Applications)1.1.3 All mail to links1.1.4 Check for orphan Pages1.1.5 Check for Broken Links1.2 Web Forms Input and and Output domains coverageTest for the integrity of submission of all forms.1.2.1 All Field Level Checks1.2.2 All Field Level Validations.1.2.3 Functionality of Create, Modify, Delete & View.1.2.4 Handling of Wrong inputs (Both client & Server)1.2.5 Default Values if any1.2.6 Optional versus Mandatory fields.1.3 Cookies TestingCheck for the cookies that has to be enabled and how it has to be expired.1.4 Web IndexingDepending on how the site is designed using Meta tags, frames, HTML syntax, dynamically created pages, passwords or different languages, our site will be searchable in different ways.1.4.1 Meta Tags1.4.2 Frames1.4.3 HTML syntax.1.5 Database Testing ChecklistTwo types of errors that may occur in Web applications:a. Data Integrity:Missing or wrong data in table.b. Output Error:Errors in writing, editing or reading operations in the tables.The issue is to test the functionality of the database, not the content and the focus here is therefore on output errors. Verify that queries, writing, retrieving or editing in the database is performed in a correct way.2. Usability Testing Checklist2.1 Navigation TestingNavigation describes the way users navigate within a page, between different user interface controls (buttons, boxes, lists, windows etc.), or between pages via e.g. links.2.1.1 Application navigation is proper through tab2.1.2 Navigation through Mouse2.1.3 Main features accessible from the main/home page.2.1.4 Any hot keys, control keys to access menus.2.2 ContentCorrectness is whether the information is truthful or contains misinformation. The accuracy of the information is whether it is without grammatical or spelling errors. Remove irrelevant information from your site. This may otherwise cause misunderstandings or confusion.2.2.1 Spellings and Grammars2.2.2 Updated information2.3 General Appearance2.3.1 Page appearance2.3.2 Color, font and size2.3.3 Frames2.3.4 Consistent design3. Server Side Interfaces:3.1 Server Interface3.1.1 Verify that communication is done correctly, Web server-application server, application server-database server and vice versa.3.1.2 Compatibility of server software, hardware, network connections.3.1.3 Database compatibility (SQL, Oracle etc.)3.2 External Interface (if any)4. Client Side Compatibility:4.1 Operating Systems CompatibilityCheck for the compatibility of Operating Systemsa. Windows (XP, Vista, Windows 7, 8 Etc...)b. Unix (different flavors)c. Macintosh (If applicable)d. Linuxe. Solaris (If applicable)4.2 Browser CompatibilityCheck for the various combinations:Internet Explorer (6, 7, 8, 9, 10 ...)Mozilla Fire Fox (2, 3....)AOLBrowser settings (security settings, graphics etc...)Frames and Cascade Style sheetsApplets, ActiveX controls, DHTML, client side scriptingHTML specifications.Graphics:Loading of images, graphics, etc.,4.3 PrintingDespite the paperless society the web was to introduce, printing is done more than ever. Verify that pages are printable with considerations on:a. Text and image alignmentb. Colours of text, foreground and backgroundc. Scalability to fit paper sized. Tables and borders5. Performance:5.1 Connection speeda. Try with Connection speed: 14.4, 28.8, 33.6, 56.6, ISDN, cable, DSL, T1, T3b. Time-out5.2 Web Load TestingCheck/Measure the following:a. What is the estimated number of users per time period and how will it be divided over the period?b. Will there be peak loads and how will the system react?c. Can your site handle a large amount of users requesting a certain page?d. Large amount of data from users.5.3 Stress TestingStress testing is done in order to actually break a site or a certain feature to determine how the system reacts. Stress tests are designed to push and test system limitations and determine whether the system recovers gracefully from crashes. Hackers often stress systems by providing loads of wrong in-data until it crash and then gain access to it during start-up.a. Typical areas to test are forms, logins or other information transaction components.b. Performance of memory, CPU, file handling etc.c. Error in software, hardware, memory errors (leakage, overwrite or pointers)5.4 Availability Testinga. Is the application or certain features going to be used only during certain periods of time or will it be used continuously 24 hours a day 7 days a week?b. Will downtime be allowed or is that out of the question?c. Verify that the application is able to meet the requirements and does not run out of memory or disk space.6. Web Application Security Testing:6.1 Valid and Invalid Login6.2 Limit defined for the number of tries.6.3 Can it be bypassed by typing URL to a page inside directly in the browser?6.4 Verify Log files are maintained to store the information for traceability.6.5 Verify encryption is done correctly if SSL is used (If applicable)6.6 No access to edit scripts on the server without authorization.-------------------------------------Related Posts:Web Testing Interview Questions

I hope this was not a homework, and still don't plan to provide you full code.You need to understand first what a 32 or 64 bit number representation means; then, what an hexadecimal printable representation means. Then basically you will reduce the problem to two conversion functions: from text input, for example an ASCII representation of an hexadecimal number, to an internal 32 or 64 bit representation; and from internal 32/64 bit representation to an hexadecimal string.Let's first understand representation, with two quick examples declared as constants (that should be declared in the data segment, I will not include segment declarations and similar syntax):ZeroAs32Bits DB 0, 0, 0 ,0 ; 4 bytes = 32 bits with 0sZeroAs64Bits DB 00h, 00h, 00h, 00h, 00h, 00h, 00h, 00hZeroAsHexString DB '0', 0 ; ASCII digit zero, then a null string terminatorZeroAsHexString2 DB 30h, 0 ; Same as above, just stressing that '0' is not stored as a 0Confused already? If so, draw each byte as a box of 8 bits, and fill it out with 0s and 1s as appropriate...Now I hope the second example makes it clearer:BigNumberAs32bits DB 0FFh, 0FFh, 0FFh, 0FFhBigNumberAs64bits DB 255, 255, 255, 255, 255, 255, 255, 255BigNumber32AsHexString DB 'FFFF', 0BigNumber64AsHexString DB 46h,46h,46h,46h,46h,46h,46h,46h, 0Hopefully now you have got it... I will stress the concept, but don't continue until you understand it:Computer memory hardware only "knows" about bits, 0s and 1s... All information stored in computer memory is converted to "internal" binary; high level languages help you forget about it, but in Assembly language, you are just one step from there, so you can "view" the data on whatever base you want (mostly binary, hex or decimal), but what you need to understand is the equivalence... a 46h stored in one byte is the same as having a 01000110 binary, a 70 decimal, or an ASCII 'F'... your code is what will interpret that! it may even be an array of 8 booleans...Step 2: Once the "problem" is understood, let's write a high level solution (variable declaration and the likes aside):Solution PROCMOV SI, OFFSET InputArray ; simple pointer, using MOV / OFFSET to stress what is behind, not necessarily the best optionMOV CX, 10 ; simple counterInputLoop:CALL Capture64BitsNumberIntoArrayADD SI, 8 ; Move the array to the upcoming 8 bytesDEC CXJNZ InputLoopMOV SI, OFFSET InputArrayMOV CX, 10 ; simple counterOutputLoop:CALL Convert64BitsNumberAndPrintADD SI, 8DEC CXJNZ OutputLoopRETSolution ENDPYou can do better and use 32 bits or 64 bits specific instructions... But understanding loops and pointers goes first!Quick questions to review progress:- How many bytes should be reserved for InputArray?- What assumption are we making about what the two procedures "Capture64BitsNumberIntoArray" and "Convert64BitsNumberAndPrint" do with SI and CX?Step 3: Implement conversion from ASCII to internal representation.Your mission on this step is to create code that passes the following tests:Test1 PROCMOV SI, OFFSET BigNumber64AsHexString ; with the initial value as aboveMOV DI, OFFSET ZeroAs64bits ;MOV CX, 8 ; the number of bytes to be converted (would be 4 for testing 32 bits)CALL ConvertHexInputToBitRepresentation; At this point, ZeroAs64bits is filled with the same data as the original BigNumberAs64bits ; in true Test Driven Development, you would add a function to compare and verify... in traditional Assembly learning, you would just examine memory from a debugger...RETTest1 ENDPTest2 PROCMOV SI, OFFSET ZeroAsHexString ; with the initial value as aboveMOV DI, OFFSET Some32BitNumber ; hope by now you know how to reserve this variable!MOV CX, 4 ; the number of bytes to be convertedCALL ConvertHexInputToBitRepresentation; At this point, Some32BitNumber is filled with... 0s!!!RETTest1 ENDPStep 4: implement the method Convert64BitsNumber (memory to memory first)Step 5: Find out the appropriate operating system calls to get your input (for example INT calls) and print your output... Hello World example for your assembler is your friend for the second one!

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