Examples of using String encryption in English and their translations into Japanese
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The build performs method/field removal, renaming, control flow, string encryption, optimization, and writing and packaging of the final classes.
This is in contrast to other DashO features, such as renaming or string encryption, which allow explicit control over which methods and classes are changed.
It downloads codes from a remote server, executes them, and uses a string encryption, Internet data encryption, emulator detection, and a self-protect mechanism to cover its tracks.
If your decryption class uses other classes in your input, you may need to manually exclude them from string encryption to avoid an infinite recursive call at runtime.
A String Encryption Map File is used to document which decrypters were placed and where they were placed in a previous run of DashO.
The String Encryption- Options page allows you to enable or disable DashO's String Encryption, control the strength of the encryption techniques, and allows you to control the location where the decryption methods are placed.
Note: String Encryption Map Files are not supported in Android Mode, and this setting will not appear in the Android Mode GUI.
A string encryption map file contains information about the algorithms used by DashO to encrypt strings and the locations and algorithms used when injecting the decrypters(decryption methods).
String Encryption has a cost in terms of size and runtime performance, so you may want to apply it only to more sensitive parts of your application.
If you configure string encryption include/exclude rules at the method-level, in some cases strings reused by methods with different rules may not be encrypted as expected.
To provide an effective barrier against this type of attack, string encryption hides strings in the executable and only restores their original value when needed.
String Encryption Map File- A String Encryption Map File contains information about the algorithms used by DashO to encrypt strings and the locations and algorithms used when injecting the decrypters decryption methods.
Compiling with-XDstringConcat=indy, as described in JEP-280, will allow DashO string encryption to work as it does for Java 8 and earlier.
Note: Many of the Checks inject code which uses reflection, so it is recommended that you enable String Encryption to further hide the Checks.
The<stringencrypt> section allows the user to specify options that are specific to string encryption obfuscation including fine-grained rules for including and excluding items.
When the option attribute is set to off, DashO skips string encryption altogether, regardless of what is in the rest of the section.
If an output map file location is specified, then DashO will produce a String Encryption map file containing information about the decrypters produced during that build.
Since String Encryption adds a size and runtime performance cost, you can selectively include parts of your application where sensitive string information is located or exclude sections where performance may be impacted by the runtime decryption.
String Encryption- PreEmptive Protection DashO for Android& Java 10.0 String Encryption String Encryption is the process by which PreEmptive ProtectionTM DashOTM for Android& Java replaces strings in the constant pools of processed classes with encrypted values that are then decrypted in the running application, making it more difficult to read the string constants via static analysis of the code.
disable DashO's String Encryption, control the strength of the encryption techniques, and allows you to control the location where the decryption methods are placed.