The patch introducing the is_hexstr type into the argparser was
accidentially also introduce in two locations where we actually don't
expect a hex-string.
This is a partial revert of I6426ea864bec82be60554dd125961a48d7751904
Change-Id: I3c3d2a2753aa7a2566a3b1add7ba70c86499d293
Closes: #6331
If we are not 'equipped' as we could not detect any known applications
on the card, we used to only permit the 'apdu' command. However, we
should also permit the 'reset' command, as it also is something that's
possible with ever card, even of unknown types.
Change-Id: I23199da727973d7095ac18031f49e1e8423aa287
Some specs call it 'invalidated', others call it 'deactivated'. If the
user is unfamiliar with this, the error message about "invalidated"
might not be obvious enough; let's also mention 'deactivated' in the
message and explicitly mention that it needs to be activated before use.
Change-Id: I91488b0e7dc25a8970022b09e575485a4165eefa
With the definitions from this commit, we can build key loading
TLVs, which is used to load ECC keys into eUICCs.
Change-Id: I853c94d37939ef3dd795f893232b0276a5a4af81
The DGI encoding is specified in Annex B of the
"GlobalPlatform Systems Scripting Language Specification v1.1.0"
which is an "archived" specification that is no longer published
by GlobalPlatform, despite it being referenced from the GlobalPlatform
Card Specification v2.3, which is the basis of the GSMA eSIM
specifications.
For some reason it was the belief of the specification authors that
yet another format of TLV encoding is needed, in addition to the BER-TLV
and COMPREHENSION-TLV used by the very same specifications.
The encoding of the tag is not really specified anywhere, but I've only
seen 16-bit examples. The encoding of the length is specified and
implemented here accordingly.
Change-Id: Ie29ab7eb39f3165f3d695fcc1f02051338095697
Actually, the GSMA eUICC is a kind of derivative of a GlobalPlatform
card, and the ECASD and ISD-R are security domains. As such, we
should make them derived classes of global_platform.CardApplicationSD
which means they inherit some of the shared shell_commands etc.
Change-Id: I660e874d9bcbb8c28a64e4ef82dc53bee97aacfc
We do have an is_hexstr function which we should use anywhere
where we expect the user to input a string of hex digits. This way
we validate the input before running in some random exception.
Change-Id: I6426ea864bec82be60554dd125961a48d7751904
This commit introduces the capability to parse and encode
SimAlliance/TCA "Interoperable Profiles" and apply personalization
operations on them.
Change-Id: I71c252a214a634e1bd6f73472107efe2688ee6d2
This commit introduces
* the osmo-smdpp.py program implementing the main procedures and the
HTTP/REST based ES9+
* python modules for ES8+ and non-volatile RSP Session State storage
* the ASN.1 source files required to parse/encode RSP
* 3GPP test certificates from SGP.26
* an unsigned profile package (UPP) of a SAIP v2.3 TS48 test profile
As I couldn't get the 'Klein' tls support to work, the SM-DP+ code
currently does not support HTTPS/TLS but plan HTTP, so you either have
to modify your LPA to use HTTP instead of HTTPS, or put a TLS proxy in
front.
I have successfully installed an eSIM profile on a test eUICC that
contains certificate/key data within the test CI defined in GSMA SGP.26
Change-Id: I6232847432dc6920cd2bd08c84d7099c29ca1c11
Contrary to {enable,disable}_profile, the delete_profile does not use
the ProfileIdentifier TLV, but directly the Iccid / IsdpAid.
Change-Id: I43e298524048703264e16cbdd0b76d82ba976985
This tool is a replacement for asn1c 'unber' program with a much more
useful/readable output:
* contains hexadecimal raw tag values
* contains hexdump of value, rather than HTML entities in pseudo-XML
Change-Id: I22c1a461ccba04c2c8caaab7ca29ea6ae76e2ea3
This is the protocol used for the ES8+ interface between SM-DP+ and the
eUICC in the GSMA eSIM system.
Change-Id: Ic461936f2e68e1e6f7faab33d06acf3063e261e7
The definitions are not used yet, as one would have to add that
dynamically based on which EF.DIR entries contain the 0x73 discretionary
template. As I don't have any cards implementing this so far, I'll skip
that part.
Change-Id: I532ff2c94021ab1b4520fe2b6988c8960319d208
In smart cards, files/records containing all-ff means they are simply
not used/initialized. Let's avoid raising exceptions when interpreting
0xff as length value and reading less bytes as value.
Change-Id: I09c3cb82063fc094eb047749996a6eceff757ea2
We cannot fully switch to construct for all of it easily due to
the priority value and the ordering/sorting by priority implemented
in the hand-coded version. But we can at least migrate the
encode/decode of the hnet_pubkey_list via construct.
Change-Id: I4ad5ea57bab37c2dc218e7752d538aa4cdc36ee3
If we are reading a file to check if we can skip the write to conserve
writes, don't treat exceptions as fatal. The file may well have the
access mode in a way that permits us to UPDATE but not to READ. Simply
fall-back to unconditional UPDATE in this case.
Change-Id: I7bffdaa7596e63c8f0ab04a3cb3ebe12f137d3a8
this has the advantage of getting the encoder for free (so far we only
had the decoder). While at it, also add some tests data for the unit
tests.
Change-Id: Ifb8caf5cd96706d7fb6b452d6552b115c0828797
It's customary in the SIM card universe to right-pad data with ff bytes.
So far we only test decoders without such padding, which is unrealistic.
Let's also tests the decoders with extra 'ff' padding present.
For some files this doesn't make sense, so we add a _test_no_pad class
attribute that can be spcified to prevent this new "test with ff-padding"
from being executed for the test data of the class.
Change-Id: I7f5cbb4a6f91040fe9adef9da0a1f30f9f156dae
The existing code used to produce an empty output in situations where a
TLV_IE_Collection would be parsed from a single TLV only with some
additional trailing padding:
>>> from pySim.utils import h2b
>>> from pySim.ts_31_102 import EF_CSGT
>>> t = EF_CSGT.Csgt_TLV_Collection()
>>> t.from_tlv(h2b('8906810300666f6fff'))
[TextCsgType(foo)]
>>> t.to_dict()
[]
This was caused by an early return (actually returning the decoded
result) but *without updating self.children*.
Change-Id: I1c84ccf698c6ff7e7f14242f9aaf7d15ac2239f4
These files are mostly related to CSG (Closed Subscriber Group)
in the context of HomeNodeB (HNB), aka femtocells.
Change-Id: Ie57963381e928e2c1da408ad46549a780056242a
Now that we have support for the UCS-2 encoding as per TS 102 221 Annex A,
we can start to make use of it from various file constructs.
As some specs say "Either 7-bit GSM or UCS-2" we also introduce
a related automatic GsmOrUcs2Adapter and GsmOrUcs2String class.
Change-Id: I4eb8aea0a13260a143e2c60fca73c3c4312fd3b2
TS 102 221 Annex A defines three variants of encoding UCS-2 characters
into byte streams in files on UICC cards: One rather simplistic one, and
two variants for optimizing memory utilization on the card.
Let's impelement a construct "Ucs2Adapter" class for this.
Change-Id: Ic8bc8f71079faec1bf0e538dc0dfa21403869c6d
The human representation of a PLMN is usually MCC-MNC like 262-01
or 262-001. Let's add a PlmnAdapter for use within construct, so we
can properly decode that.
Change-Id: I96f276e6dcdb54a5a3d2bcde5ee6dbaf981ed789
We used __subclasses__(), but this only returns the immediate
subclasses and not all further/nested subclasses. Instead, we must
use the pySim.utils.all_subclasses() function to really get all of them.
The hack to use the method signature of the constructor to determine if
it's an intermediate class didn't work, as even GlobbalPlatformISDR
has a optional argument for non-default AIDs. So let's introduce an
explicit class attribute for that purpose.
Change-Id: I7fb1637f8f7a149b536c4d77dac92736c526aa6c
This adds some first test data for the new unitdata driven test cases
for the TLV encoder/decoder.
It also fixes a bug in the ts_102_221.FileDescriptor decoder for BER-TLV
structured files which was found and fixed while introducing the test
data.
Related: OS#6317
Change-Id: Ief156b7e466a772c78fb632b2fa00cba2eb1eba5
While we do have the _test_de_encode data driven tests for file
definitions, we don't yet have something similar for derived classes of
BER_TLV_IE. This means that TLVs used outside of the filesystem context
(for example, decoding the SELECT/STATUS response, but also eUICC and
other stuff) do not yet have test coverage.
This commit just adds the related test code, but no test data yet.
Related: OS#6317
Change-Id: Ied85f292bb57fde11dc188be84e3384dc3ff1601
the to_dict() method generates a {class_name: value} dictionary,
for both the nested and non-nested case. However, before this patch,
the from_dict() method expects a plain list of child IE dicts
in the nested case. This is illogical.
Let's make sure from_dict always expectes a {class_name: value} dict
for both nested and non-nested situations.
Change-Id: I07e4feb3800b420d8be7aae8911f828f1da9dab8
We recently introduced a pySim.utils.build_construct() wrapper around
the raw call of the construct.build() method. So far, this wrapper
was only used from pySim.tlv, but let's also use it from
pySim.filesystem.
Basically, whenever we use parse_construct(), we should use
build_construct() as the inverse operation.
Change-Id: Ibfd61cd87edc72882aa66d6ff17861a3e918affb
