1⟩ How much does Symbian Signed testing and certification cost?
Test houses have their own prices for Symbian Signed testing. You can check the prices by searching over the internet.
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Test houses have their own prices for Symbian Signed testing. You can check the prices by searching over the internet.
TC Trustcenter Publisher ID is needed if you want to get your application Symbian Signed (freeware developers excluded). Publisher ID identifies you as the source of the application. Before submitting the application to Symbian Signed, you need to sign it with a Publisher ID. The test house checks the signature and verifies that the application hasn’t been tampered with on the way to Symbian signing and that the application is coming from you.
Accessibility testing for web sites is a service that can provide much more than the standard point-by-point testing techniques of most automated services.
Because signing is mandatory in S60 3rd Edition, all applications must be signed with a certificate to be able to install the application to a device. If the application doesn’t need any capabilities, it can be signed with a self-created certificate, which can be created with the S60 3rd Edition SDK. If capabilities are needed, a Symbian developer certificate is required in the testing and development phase to be able to test the application on a real device. For final applications, some capabilities are granted only through Symbian Signed, so the application must be Symbian Signed to gain access to certain capabilities. Also, Symbian Signed may be a requirement for getting the application to a manufacturer or operator sales channels, for example.
TC Trustcenter Publisher ID is valid for one year. Developer certificate is valid for six months. When requesting developer certificate, check that your Publisher ID is valid. When signing an application with developer certificate, Publisher ID (.key) and developer certificate (.cer) must both be valid. You can check the certificate expiration date by double-clicking the .cer file in Windows explorer.
The Nokia VID is used to protect sensitive areas of the System. These areas may affect the type approval of the device. That is the reason why Nokia VID use cannot be granted to anyone.
Yes, signing is mandatory. Be aware that signing is not the same as certification, which is NOT mandatory in S60 3rd Edition. An application can be signed with a self-created certificate, which you can make with the SDK. Or, if you want to get your application tested and certified by a common testing program, you can submit your application to Symbian Signed.
There shouldn't be any problem with the installation itself. However, if the application has only been tested with one device, there's no guarantee that it will work in other devices. Therefore, retesting at least with target lead devices is recommended. Java Verified supported devices can be found at www.javaverified.com -> Table of supported devices.
The Help documentation in the S60 3rd Edition SDKs provides general guidance on which platform security capabilities are required for various APIs. The capabilities that an application requires can be confirmed in the S60 emulator. When the option "Enable EPOCWIND,OUT Logging" is selected in the emulator and the PlatSecDiagnostics is set ON in epoc.ini, a log file is created in the Windows "temp" folder called epocwind.out that includes information about the capabilities required. The information is a warning message indicating that a capability is needed.
Yes it is. This functionality is allowed only for certified applications.
The Unique Identifier (UID) is a unique identification for the binary (EXE or DLL) within the system. Its purpose is to prevent executables from interfering with each other. For S60 3rd Edition applications UIDs have to be reapplied.
Yes. Symbian has introduced a model for freeware applications. Detailed information can be search at google.
There shouldn't be any problem with the installation itself. However, if the application has only been tested with one device, there's no guarantee that it will work in other devices. Therefore, retesting with other target devices is recommended. Also, be aware that applications developed for S60 1st and 2nd Editions cannot be installed to an S60 3rd Edition device as such. At minimum, it will be necessary to recompile the application with the corresponding SDK.
If your application is Symbian Signed and the installation fails, check that
o Symbian B root certificate can be found (S60 device: Tools -> Settings -> Security -> Certif. Management) .
o Date and time are correct o SIM card is in place
If installation fails: o Make sure that the "Geotrust CA for UTI" root certificate can be found (Tools -> Settings -> Security -> Certif. Management). o Check that the date and time are correct. o Make sure that the Subscriber Identity Module (SIM) card is in the device.
If installation fails:
o Make sure that the "Geotrust CA for UTI" root certificate can be found (Tools -> Settings -> Security -> Certif. Management).
o Check that the date and time are correct.
o Make sure that the Subscriber Identity Module (SIM) card is in the device.
Third-party testing labs will conduct the compatibility testing. Exactly what will be tested will differ from application to application, but generally, testing will cover the following:
► How the application interacts with core phone functionality. For example, how the application handles scenarios such as an instant message or other system alerts being pushed to the device while the user is in another application.
► Core application stability over time. Numerous events will be sent into the event queue to see how the application handles them and to look for instability (i.e. crashes), memory usage (i.e. leaks), etc.
► Major application functionality. Testing will be conducted to make sure the major functionality you claim for your application actually is in the application. Qualcomm will not test this functionality for "correctness" from an end-user perspective.
► A standard set of tests for each area of BREW functionality used by the application. For example, we will use a standard file system test suite if the application uses the BREW file system calls. Similarly, if an application uses the BREW networking calls, we will test this with a standard networking test suite.
► Any operator or manufacturer-specific look and feel requirements.
► Compatibility with the target device(s).
► Interaction with required accessories.
Your internal QA department has done all it can to ensure that your software functions as designed. The light is shining at the end of the development tunnel; your product is nearing completion, and the release deadline is rapidly approaching. You know that the application functions on all of your in-house computers. What about the myriad of computer systems of your target users? Nothing upsets your customers more than breaking open that shrink-wrap (or downloading the software from your site) only to find that a conflict exists with the software or hardware they have installed on their computer, rendering your product inoperable. Compatibility testing can help you avoid that dangerous and expensive pitfall
There are several types of whitespace characters that can be used in HTML pages: “usual” spaces (with ASCII code 32), non-breaking spaces ( , code 160), end spaces ( , code 8194) and others. For more information on these characters, see the Whitespace and Formatting Characters article. The Utilities.Trim function only removes the “usual” spaces from the string. To remove other whitespaces, you can use the Utilities.StringReplace function to replace them with empty strings. For example, the code snippet below demonstrates how to remove non-breaking spaces from a string
To find an image within a web page, you can use one of the following approaches:
► Search for the IMG element whose SRC attribute contains the file name of the desired image. To perform the search, use the Page.NativeWebObject.Find method (see the method’s description above).
► Use TestComplete’s image-search capabilities. You can call the Picture method of the web browser window to obtain a Picture object holding the window image, and then use the Find method of this object to search for the desired image. This method returns a rectangle that specifies coordinates of the image within the web browser window. To obtain the scripting object corresponding to the found image, you can use the Sys.ObjectFromPoint method. Both approaches are equally valid, however, finding the image by name works much faster. For more information and code examples, see the TestComplete Tips: Finding an Image on a Web Page blog on our AQCommunity site or the “Finding an Image on a Web Page” help topic.