Changes

esim.saip: Implement ProfileElement.header_name for more PE types

We now cover all PE types as of PE_Definitions-3.3.1.asn

Change-Id: I37951a0441fe53fce7a329066aebd973389cb743

pySim.esim.saip: Meaningful constructors for [I]SD + SSD

So far the main use case was to read a ProfileElement-SD from
a DER file.  But when we want to construct one from scratch,
we need to have the constructor put some meaningful [default]
values into the class members.

Change-Id: I69e104f1d78165c12291317326dbab05977a1574

document the CardKeyProvider

Change-Id: Ie6fc24695dd956a4f9fd6f243d3b0ef66acf877b

CardKeyProvider: Implement support for column-based transport key encryption

It's generally a bad idea to keep [card specific] key material lying
around unencrypted in CSV files.  The industry standard solution in the
GSMA is a so-called "transport key", which encrypts the key material.

Let's introduce support for this in the CardKeyProvider (and
specifically, the CardKeyProviderCSV) and allow the user to specify
transport key material as command line options to pySim-shell.

Different transport keys can be used for different key materials, so
allow specification of keys on a CSV-column base.

The higher-level goal is to allow the CSV file not only to store
the ADM keys (like now), but also global platform key material for
establishing SCP towards various security domains in a given card.

Change-Id: I13146a799448d03c681dc868aaa31eb78b7821ff

global_platform/euicc: Implement obtaining SCP keys from CardKeyProvider

Now that CardKeyProvider is capable of storing key materials
transport-key-encrypted, we can use this functionality to look up the
SCP02 / SCP03 key material for a given security domain.

This patch implements this for the ISD-R and ECASD using a look-up by
EID inside the CSV.

Change-Id: I2a21f031ab8af88019af1b8390612678b9b35880