core/math/modexp - Modular exponentiation core

Age	Commit message (Collapse)	Author
2015-04-24	(1) Adding auto generated testbench for verilog. (2) Update of the test ↵	Joachim Strömbergson
	generator. (3) Update of the Makefile to run test generator.
2015-04-23	Adding a generator for tests to the modexp model and core.	Joachim Strömbergson

2015-04-21	Fixed incorrect types.	Joachim Strömbergson

2015-04-21	Adding more targets for building, linting and simulating submodules.	Joachim Strömbergson

2015-04-21	Update of modexp to include more of the integration of residue calculator. ↵	Joachim Strömbergson
	Update of shl and shr to simplify code. shl and shr could be replaced by functions.
2015-04-20	Adding testbench for the residue calculator.	Joachim Strömbergson

2015-04-20	(1) Modexp with better API. (2) Adding working residue module. (3) Adding ↵	Joachim Strömbergson
	new shift32 with carry module needed by the residue module.
2015-04-20	Updated to correct license file.	Joachim Strömbergson

2015-04-20	Updated Makefile with residue module targets. Updated the license info.	Joachim Strömbergson

2015-04-20	Updated README with more info about the modexp core and status.	Joachim Strömbergson

2015-04-20	Adding gitignore to cleanup status checks.	Joachim Strömbergson

2015-04-13	Adding testbenches for montprod and modexp. The montprod tb has testcases ↵	Joachim Strömbergson
	for up to 1024 bit values.
2015-04-13	Adding makefile for linting and for building sim targets.	Joachim Strömbergson

2015-04-13	Adding initial versions of rtl for modexp. Montgomery multiplication works ↵	Joachim Strömbergson
	for 8192 bit operands. Modexp can build, but lacks proper control and residue generator. Memories has been tested to match block memories in Xilinx and Altera FPGAs.
2015-03-13	Adding java rsa functional model.	Joachim Strömbergson

2015-03-13	Adding c model for the modexp core.	Joachim Strömbergson

2015-03-13	Adding license and initial readme for the modexp core. Provides at least a ↵	Joachim Strömbergson
	high level intro to the core and current status.