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WikiPage Home modified by SimonG

SimonG — Thu, 25 Aug 2011 16:12:21 -0000

--- v11 
+++ v12 
@@ -7,8 +7,6 @@
 
 LLVM (http://llvm.org) compilation system (e.g. Clang or llvm-gcc/g++/gfortran) can be used to generate LLVM intermediate representation and apply various optimisations to the output. This output can then be passed to Proteus to generate Java(tm) source code and ultimately java executables. It provides implementation of some but not all C, C++ and Fortran runtime libraries. 
 
-Proteus has been written with a view to producing Java executables that run with comparable performance to the native code. Acheiving upto 50% of native speed without intervention. Proteus provides a simple ability to provide alternative implementations of any function and this feature has been used to increase performance to 85% of native speed (running on 64bit linux).
-
+Proteus has been written with a view to producing Java executables that run with comparable performance to the native code. Acheiving upto 85% of native speed (running on 64bit linux).
+
 [Programs succesfully compiled with Proteus]
-
-Release: Proteus 2.0 is scheduled for open release at the end of September 2011

WikiPage Home modified by SimonG

SimonG — Thu, 25 Aug 2011 15:32:05 -0000

--- v10 
+++ v11 
@@ -3,19 +3,11 @@
 
 Proteus Web Site: http://proteuscc.sf.net
 
-Proteus Cross Compiler is a system that allows the generation of Java 
-executables from C/C++ and fortran code.
-
-LLVM (http://llvm.org) compilation system (e.g. Clang or llvm-gcc/g++/gfortran) can be used to generate LLVM intermediate representation and apply various optimisations to 
-the output. This output can then be passed to Proteus to generate Java(tm) 
-source code and ultimately java executables. It provides implementation of some 
-but not all C, C++ and Fortran runtime libraries. 
-
-Proteus has been written with a view to producing Java executables that run with
-comparable performance to the native code. Acheiving upto 50% of native speed 
-without intervention. Proteus provides a simple ability to provide alternative
-implementations of any function and this feature has been used to increase 
-performance to 85% of native speed (running on 64bit linux).
+Proteus Cross Compiler is a system that allows the generation of Java executables from C/C++ and fortran code.
+
+LLVM (http://llvm.org) compilation system (e.g. Clang or llvm-gcc/g++/gfortran) can be used to generate LLVM intermediate representation and apply various optimisations to the output. This output can then be passed to Proteus to generate Java(tm) source code and ultimately java executables. It provides implementation of some but not all C, C++ and Fortran runtime libraries. 
+
+Proteus has been written with a view to producing Java executables that run with comparable performance to the native code. Acheiving upto 50% of native speed without intervention. Proteus provides a simple ability to provide alternative implementations of any function and this feature has been used to increase performance to 85% of native speed (running on 64bit linux).
 
 [Programs succesfully compiled with Proteus]

WikiPage Home modified by SimonG

SimonG — Thu, 25 Aug 2011 15:30:58 -0000

--- v9 
+++ v10 
@@ -6,8 +6,7 @@
 Proteus Cross Compiler is a system that allows the generation of Java 
 executables from C/C++ and fortran code.
 
-LLVM http://llvm.org compilation system (e.g. Clang or llvm-gcc/g++/gfortran) can be used to 
-generate LLVM intermediate representation and apply various optimisations to 
+LLVM (http://llvm.org) compilation system (e.g. Clang or llvm-gcc/g++/gfortran) can be used to generate LLVM intermediate representation and apply various optimisations to 
 the output. This output can then be passed to Proteus to generate Java(tm) 
 source code and ultimately java executables. It provides implementation of some 
 but not all C, C++ and Fortran runtime libraries.

WikiPage Home modified by SimonG

SimonG — Thu, 25 Aug 2011 15:30:40 -0000

--- v8 
+++ v9 
@@ -1,10 +1,12 @@
-Proteus Cross Compiler http://proteuscc.sf.net
+Proteus Cross Compiler 
 =======================
 
+Proteus Web Site: http://proteuscc.sf.net
+
 Proteus Cross Compiler is a system that allows the generation of Java 
 executables from C/C++ and fortran code.
 
-LLVM compilation system (e.g. Clang or llvm-gcc/g++/gfortran) can be used to 
+LLVM http://llvm.org compilation system (e.g. Clang or llvm-gcc/g++/gfortran) can be used to 
 generate LLVM intermediate representation and apply various optimisations to 
 the output. This output can then be passed to Proteus to generate Java(tm) 
 source code and ultimately java executables. It provides implementation of some

WikiPage Home modified by SimonG

SimonG — Thu, 25 Aug 2011 15:30:08 -0000

--- v7 
+++ v8 
@@ -1,21 +1,21 @@
-Proteus Cross Compiler
-======================
-
-
-
-Proteus Cross Compiler generates executable Java Code from C, C++ and fortran sources. 
-
-Cross Compiling can be summarised as a 3 step process
-
-1. Compile source language using llvm-gcc(g++/gfortran) (http://llvm.org) to produce LLVM intermediate representation.
-
-* Pass the output ll file as input into the Proteus system
-
-* Run the generated java jar file
-
-
+Proteus Cross Compiler http://proteuscc.sf.net
+=======================
+
+Proteus Cross Compiler is a system that allows the generation of Java 
+executables from C/C++ and fortran code.
+
+LLVM compilation system (e.g. Clang or llvm-gcc/g++/gfortran) can be used to 
+generate LLVM intermediate representation and apply various optimisations to 
+the output. This output can then be passed to Proteus to generate Java(tm) 
+source code and ultimately java executables. It provides implementation of some 
+but not all C, C++ and Fortran runtime libraries. 
+
+Proteus has been written with a view to producing Java executables that run with
+comparable performance to the native code. Acheiving upto 50% of native speed 
+without intervention. Proteus provides a simple ability to provide alternative
+implementations of any function and this feature has been used to increase 
+performance to 85% of native speed (running on 64bit linux).
+
 [Programs succesfully compiled with Proteus]
 
-
-Release Notice
-The release of Proteus 2.0 is scheduled for the end of September 2011. 
+Release: Proteus 2.0 is scheduled for open release at the end of September 2011

WikiPage Home modified by SimonG

SimonG — Thu, 25 Aug 2011 15:26:39 -0000

--- v6 
+++ v7 
@@ -1,20 +1,21 @@
 Proteus Cross Compiler
 ======================
 
-Release Notice
---------------
-The release of Proteus 2.0 is scheduled for the end of September 2011. 
-
-
+
+
 Proteus Cross Compiler generates executable Java Code from C, C++ and fortran sources. 
 
 Cross Compiling can be summarised as a 3 step process
 
 1. Compile source language using llvm-gcc(g++/gfortran) (http://llvm.org) to produce LLVM intermediate representation.
 
 * Pass the output ll file as input into the Proteus system
 
 * Run the generated java jar file
 
 
 [Programs succesfully compiled with Proteus]
+
+
+Release Notice
+The release of Proteus 2.0 is scheduled for the end of September 2011.

WikiPage Home modified by SimonG

SimonG — Thu, 25 Aug 2011 15:26:04 -0000

--- v5 
+++ v6 
@@ -1,10 +1,9 @@
 Proteus Cross Compiler
 ======================
 
-Important
----------
-This site is currently being developed and the initial release prepared. 
-It is expected to be available by end September 2011
+Release Notice
+--------------
+The release of Proteus 2.0 is scheduled for the end of September 2011. 
 
 
 Proteus Cross Compiler generates executable Java Code from C, C++ and fortran sources.

WikiPage Home modified by SimonG

SimonG — Thu, 25 Aug 2011 15:24:49 -0000

--- v4 
+++ v5 
@@ -1,6 +1,12 @@
 Proteus Cross Compiler
 ======================
 
+Important
+---------
+This site is currently being developed and the initial release prepared. 
+It is expected to be available by end September 2011
+
+
 Proteus Cross Compiler generates executable Java Code from C, C++ and fortran sources. 
 
 Cross Compiling can be summarised as a 3 step process

WikiPage Home modified by SimonG

SimonG — Wed, 24 Aug 2011 16:09:36 -0000

--- v3 
+++ v4 
@@ -12,4 +12,4 @@
 * Run the generated java jar file
 
 
-Programs compiled with Proteus Cross Compiler [Successes]
+[Programs succesfully compiled with Proteus]

WikiPage Home modified by SimonG

SimonG — Wed, 24 Aug 2011 16:07:37 -0000

--- v2 
+++ v3 
@@ -10,3 +10,6 @@
 * Pass the output ll file as input into the Proteus system
 
 * Run the generated java jar file
+
+
+Programs compiled with Proteus Cross Compiler [Successes]