| @@ -41,8 +41,8 @@ python setup.py install | |||
| ### Create a new simulation project | |||
| What is a _simulation project_ ? It is a project to simulate the traces of _one_ binary program. It includes | |||
| - A Python class which enable to generate traces in Python; | |||
| What is a _simulation project_ ? It is a project to simulate the power traces of _one_ binary program. It includes | |||
| - A Python class to manage the project; | |||
| - The C program which will be compile to have the binary program for the analysis; | |||
| - A linker script where the configuration of the simulated device are defined. | |||
| @@ -73,7 +73,7 @@ So, the classical form of ```project.c``` is the following one: | |||
| - Eventually output some data with ```printbyte```. | |||
| - Indicate to ELMO tool that the simulation is finished with ```endprogram```. | |||
| The file ```projectclass.py``` contains a subclass of ```SimulationProject```. It contains the description of the ```project.c``` file for the ELMO tool, in order to correctly realise the simulation. | |||
| The file ```projectclass.py``` contains a subclass of ```SimulationProject```. It is the description of the ```project.c``` file for the ELMO tool, in order to correctly realise the simulation. It also provides methods to manage the simulation (see following sections). | |||
| - The classmethod ```get_binary_path(cl)``` must return the relative path of the leakage binary (```project.c``` correctly compiled). | |||
| - The method ```set_input_for_each_challenge(self, input, challenge)``` must write a ```challenge``` in ```input``` using the function ```write```. | |||