java-decompiler: post-import cleanup (unneeded files dropped)

1 files changed, 0 insertions, 92 deletions

diff --git a/dist/docs/readme.txt b/dist/docs/readme.txt
deleted file mode 100644
index daf05cf..0000000
--- a/dist/docs/readme.txt
+++ /dev/null
@@ -1,92 +0,0 @@
-1. About the decompiler 
-
-Fernflower is the first actually working analytical decompiler for Java and 
-probably for a high-level programming language in general. Naturally it is still 
-under development, please send your bug reports and improvement suggestions at 
-fernflower.decompiler@gmail.com
-
-
-2. License
-
-See license_en.txt 
-
-
-3. Running from the command line
-
-java -jar fernflower.jar [-<option>=<value>]* [<source>]+ <destination>
-
-* means 0 or more times
-+ means 1 or more times
-
-<source>: file or directory with files to be decompiled. Directories are recursively scanned. Allowed file extensions are class, zip and jar.
-          Sources prefixed with -e= mean "library" files that won't be decompiled, but taken into account when analysing relationships between 
-          classes or methods. Especially renaming of identifiers (s. option 'ren') can benefit from information about external classes.          
-<destination>: destination directory 
-<option>,<value>: command line option with the corresponding value, see 4.
-
-Examples:
-
-java -jar fernflower.jar -hes=0 -hdc=0 c:\Temp\binary\ -e=c:\Java\rt.jar c:\Temp\source\
-
-java -jar fernflower.jar -dgs=1 c:\Temp\binary\library.jar c:\Temp\binary\Boot.class c:\Temp\source\
-
-
-4. Command line options
-
-With the exception of mpm and urc the value of 1 means the option is activated, 0 - deactivated. Default 
-value, if any, is given between parentheses.
-
-Typically, the following options will be changed by user, if any: hes, hdc, dgs, mpm, ren, urc 
-The rest of options can be left as they are: they are aimed at professional reverse engineers.
-
-rbr (1): hide bridge methods
-rsy (0): hide synthetic class members
-din (1): decompile inner classes
-dc4 (1): collapse 1.4 class references
-das (1): decompile assertions
-hes (1): hide empty super invocation
-hdc (1): hide empty default constructor
-dgs (0): decompile generic signatures
-occ (0): ouput copyright comment
-ner (1): assume return not throwing exceptions
-den (1): decompile enumerations
-rgn (1): remove getClass() invocation, when it is part of a qualified new statement
-lit (0): output numeric literals "as-is"
-asc (0): encode non-ASCII characters in string and character literals as Unicode escapes
-bto (1): interpret int 1 as boolean true (workaround to a compiler bug)
-nns (1): allow for not set synthetic attribute (workaround to a compiler bug)
-uto (1): consider nameless types as java.lang.Object (workaround to a compiler architecture flaw)
-udv (1): reconstruct variable names from debug information, if present
-rer (1): remove empty exception ranges
-fdi (1): deinline finally structures
-asc (0): allow only ASCII characters in string literals. All other characters will be encoded using Unicode escapes (JLS 3.3). Default encoding is UTF8.  
-mpm (0): maximum allowed processing time per decompiled method, in seconds. 0 means no upper limit.
-ren (0): rename ambiguous (resp. obfuscated) classes and class elements
-urc    : full name of user-supplied class implementing IIdentifierRenamer. It is used to determine which
-         class identifiers should be renamed and provides new identifier names. For more information 
-         s. section 5    
-inn (1): check for IntelliJ IDEA-specific @NotNull annotation and remove inserted code if found
-lac (0): decompile lambda expressions to anonymous classes
-nls (0): define new line character to be used for output. 0 - '\r\n' (Windows), 1 - '\n' (Linux) 
-ind    : indentation string (default is "   " (3 spaces))
- 
-The default logging level is INFO. This value can be overwritten by setting the option 'log' as follows:
-
-log (INFO): possible values TRACE, INFO, WARN, ERROR  
-
-
-5. Renaming identifiers
-
-Some obfuscators give classes and their member elements short, meaningless and above all ambiguous names. Recompiling of such
-code leads to a great number of conflicts. Therefore it is advisable to let the decompiler rename elements in its turn, 
-ensuring uniqueness of each identifier.
-
-Option 'ren' (i.e. -ren=1) activates renaming functionality. Default renaming strategy goes as follows:
-- rename an element if its name is a reserved word or is shorter than 3 characters
-- new names are built according to a simple pattern: (class|method|field)_<consecutive unique number>  
-You can overwrite this rules by providing your own implementation of the 4 key methods invoked by the decompiler while renaming. Simply 
-pass a class that implements de.fernflower.main.extern.IIdentifierRenamer in the option 'urc' (e.g. -urc=com.mypackage.MyRenamer) to 
-Fernflower. The class must be available on the application classpath.
-
-The meaning of each method should be clear from naming: toBeRenamed determine whether the element will be renamed, while the other three
-provide new names for classes, methods and fields respectively.