When we define positional arguments for the argument parser, we usually
use upper case letters only. However, there are some code locations that
use lower case letters. Let's translate those to capital letters to
have a consistent appeariance.
Related: OS#6531
Change-Id: Iec1ff8262bc6e9cf87c3cbf7b32fa5f753b7e574
The command cardinfo also displays the AIDs of the card applications.
However, on classic GSM sim cards there are no applications. In this
case cardinfo will still display the string 'AIDs:', but it will of
course not list any AIDs under this string.
Related: OS#6531
Change-Id: Ifb111ce43fdebe85d30857dfc61ab570380b68d1
The tutorial describes how SUCI calculation in the UE is configured,
let's now add a section about SUCI calculation by the USIM.
Related: OS#6531
Change-Id: I45d47f9278b30d99ebde6891de0ba8cc74b1a0a0
When pySim-shell is used in a scripted environment, we may easily get trapped in
the pySim-shell prompt. This may happen in particular in case the script file
is not executed due to problem with the reader initialization. In such a case
pySim-shell will not exit automatically and the shellscript that was calling
pySim-shell will stall indefinetly.
To make the use of pySim-shell more reliable in scripted environments, let's
add a --noprompt option that ensures the interactive mode is never entered.
Let's also exit with an appropriate return code in case of initialization
errors, so that the calling script can know that something went wrong.
Related: OS#6531
Change-Id: I07ecb27b37e2573629981a0d032cc95cd156be7e
The SimCardCommands has a cla_byte @property method, which automatically
returns the lchan patched CLA byte. We use cla_byte property to build
the UICC command APDUs inside SimCardCommands and then we hand the APDU
over to the send_apdu* methods. The cla_byte @property method as well
as the send_apdu* methods perform the lchan patching. This means the CLA
byte gets patched twice, which is technically not an issue, but can be
confusing when trying to understand the code.
To fix this, let's remove the @property methods and turn cla_byte into
a normal property again. This is also more accurate since the cla_byte
property originally was introduced to switch between UICC and classic
SIM APDU commands, which have almost identcal APDUs.
Related: OS#6531
Change-Id: I420f8a5f7ff8d9e5ef94d6519fb3716d6c7caf64
When probing for cards, the probing might fail in case the terminal
is empty. This results into lengthy error log output that is not
of interest.
Related: OS#6532
Change-Id: I1d44f9458a05992d79b0152d3affcfeb783cccff
When the test detects a card, but does not find the .data faile for
it, then it fails. This can be a problem in case we want to intentionally
exclude a specific card model.
Related: OS#6532
Change-Id: Iba196ada0076385de7bffcb157a85fda0a6c1852
The test currently expects all reader slots to be populated. This means
the cards may plugged into a random order, but there may not be any empty
slots in the system at all. This requirement is easy to meet when each
card has its own single-slot USB PCSC-reader, but as soon as multislot
readers are used there may be some empty slots.
Related: OS#6532
Change-Id: I7ba1d1350b6998d65e90408184accdb212556a7c
The section Technical References has direct download links for the relevant specs.
Then later in th Key Provisioning section another download link follows and another
one is redundant. Let's put all download links into the Technical References section
and then only use the spec numbers in the following. This way we have all download
links in one location.
Related: OS#6531
Change-Id: Ibcbc6bb5d836d32c381922a35afa3b73b5f90621
We currently have the shell script that performs the test in the
tests directory and the related data in pysim-testdata directory.
This is confusing, let's have evrything in a dedicated sub directory
Change-Id: Ic995a7f600d164fc0be3c2eb8255dbe043429bea
Related: OS#6531
We currently have the test data for pySim-trace in pysim-testdata.
This means we mix the test data with the data from our original
pySim integration tests. This is very confusing. Let's put the
test data and the testcase for pySim-trace into a dedicated
sub directory.
Change-Id: I565b4268a05c1a1334b5e7d3fbcd9ef2ef0f0c4c
Related: OS#6531
We currently mix the unit-tests with the shell script based integration
tests. Let's put them into a dedicated sub directory.
Related: OS#6531
Change-Id: I0978c5353d0d479a050bbb6e7ae5a63db5e08d24
The first hnet_pubkey value with the identifier 27 seems to be incorrect.
It differs from the value suggested in 3GPP TS 31.121, section 4.9.4 and
also does not work with the on card SUCI calculation.
The tutorial also contains a reference to 3GPP TS 33.501, Annex C.4. This
spec specifies an ECIES Profile A and an ECIES Profile B. The tutorial
recommends to use a key from profile B, but it actually uses a key from
profile A.
Related: OS#6531
Change-Id: I6fddf8a6efc28ad0d40b1715973429904e00d2b2
When creating the DES cipher object with DES.new, we use the property
card_keys.dek. This property may hold a 16 byte key, but DES uses
an 8 byte key (56 bit + 8 bit integrity). Pycryptodome does not
automatically ignore excess key bytes. Instead it throws an
exception. This means we need to make sure to supply only the first
8 bytes of card_keys.dek
See also: https://pycryptodome.readthedocs.io/en/latest/src/cipher/des.html
Related: OS#6531
Change-Id: I92e0dc6a6196b532bd8b53fca7b9e78070d6903f
The send_apdu* methods now support lchan patching, so there is no longer
a need for computing the class byte manually (which is prone get forgotten)
before calling a send_apdu*. It is now enough to supply an APDU that has
a class byte with the default channel selected. This also means we do not
need cla4lchan anymore, so let's restruture the code and get rid of it
completely.
Related: OS#6531
Change-Id: Ia795f3c16a8875484fce3b44e61497d5aa52b447
The ara_m commands use APDUs with a fix class byte (0x80). This means
that all ARA-M related features only work in the basic logical channel.
To fix this, let's compute the class byte for the current logical channel
dynamically inside the send_apdu methods of SimCardCommands. This will
fix the problem globally.
Related: OS#6531
Change-Id: Ie3e48678f178a488bfaea6cc2b9a3e18145a8d10
The argument parser object for establish_scp03 (est_scp03_parser) is
copied from est_scp02_parser. This object still has the .description
property set, which is the description for establish_scp02. To get
the description string that is defined in do_establish_scp03, we must
remove the old description string first.
Related: OS#6531
Change-Id: Ibb26bddf88b2e644a7f0c6b2a06bde228aa8afc7
The basic logical channel 0 is always present. It cannot be created or
closed. Let's restrict the value range of chan_nr, so that only valid
lchan numbers can be passed.
Related: OS#6531
Change-Id: I4eebd9f15fadd18e1caeb033fda36c59446fcab8
When we define command arguments using the ArgumentParser, we sometimes
define the positional arguments first. However, since positional arguments
usually follow after the optional (--xyz) arguments, we should define the
positional arguments last.
Related: OS#6531
Change-Id: I2412eb6e7dc32ae95a575f31d4489ce210d85ea0
When working with BER-TLF files, we can only delete one tag at a time.
There is no way to delete all tags at once. This may make working with
BER-TLV files difficult, in particular when scripting is used and the
script needs to start with an empty file. Also export has problems,
since it does not reset the file before setting the new values there
may be unexpected results in case there still tags in the file that
are not set during import. To fill the gap, let's add a commandd that
deletes all tags in a BER-TLV EF at once.
Related: OS#6531
Change-Id: I5d6bcfe865df7cb8fa6dd0052cab3b364d929f94
The CardKeyProvider support for the commands enable_chv, disable_chv,
verify_chv, change_chv and unblock_chv is broken. The reason for this
is the annotation "type=is_decimal" in the argument parser. This annotation
prevents the usage of string placeholders ("PIN1", "PUK1", etc).
Let's fix this by finding a better solution. We can also replace any
missing PIN/PUK code by checking if it is supplied or not. If not,
we query the CardKeyProvider. This also makes the usage of the *_chv
commands more uniform with the verify_adm command.
Related: OS#6531
Change-Id: I565b56ac608e801c67ca53d337bdec9efa3f3817
The method get_file_by_name compares the selectable directly with the
given file name. This is not correct. The comparison should be with the
path element from the pathlist.
Related: OS#6092
Change-Id: Id2d0704678935d9b9e2f1aeb6eaccbff6fa9d429
In the previous patch we have improved the export command. Since
the implementation of the fsdump command is very similar to the
implementation of the export command we can now apply the same
improvements to the fsdump command as well.
Change-Id: I4d2ef7b383025a5bbf122f18ecd51b7d73aaba14
Related: OS#6092
Since we now have the ability to provide export methods for all file
types in the file system (this also includes DF and ADF files), we need
to support this at shell command level as well. Let's also renovate the
walk method and the action method that does the actual exporting.
Related: OS#6092
Change-Id: I3ee661dbae5c11fec23911775f352ac13bc2c6e5
In some cases it might come in handy to be able to lookup a random file
in the file system tree before actually selecting it. This would be
very useful in situations where we need to check the presence of the
file or if we need to check certain file attributes before performing
some task.
Related: OS#6092
Change-Id: I6b6121e749cea843163659e1a26bb3893c032e29
the select_parent method in RuntimeLchan currently implements a way
to escape from an application that has no filesystem support. However,
this escape route can be integrated directly into the select_file
method. This will give us the benefit that it will work transparently
in all code locations.
(This also means we can get rid of the select_parent method again)
Related: OS#6120
Change-Id: Ie6f37d13af880d24a9c7a8a95cef436b603587c7
This patch adds an export method to the CardApplicationARAM class.
This method reads the ARA-M configuration and transforms it into
executeable command lines, which can be executed as a script later
to restore an ARA-M configuration.
Related: OS#6092
Change-Id: I811cb9d25cb8ee194b4ead5fb2cabf1fdc0c1c43
This patch adds an export method to CardADF, which calls the application
specific export method in CardApplication class
Related: OS#6092
Change-Id: I8129656096ecaf41b36e5f2afbbfbebcd0587886
We add export methods in subclasses of CardFile but the base class
itself lacks an export method. To make the code more readable and
to avoid unnecessary exceptions, les's add a default export method
that just returns a comment.
Related: OS#6092
Change-Id: Ife2a9bad14750db84a87fab907297028c33f1f7d
The code for the --apdu-filter commandline option is not yet finished.
Let's finish it and make it work.
Related: OS#6092
Change-Id: Ib5fb388972fde0d50c3db0082ebf40bcca404681
The function do_switch_channel method calls methods in RuntimeLchan
that should be private. There is also a code duplication in
RuntimeLchan that should be cleaned up.
Related: OS#6092
Change-Id: Ie5e5f45787abaaf032e1b49f51d447653cf2c996
The reset command resets the card using the card object. This unfortunately
leaves the RuntimeState uninformed about the event. However, the RuntimeState
class also has a reset method that resets the card and the RuntimeState. Let's
use this reset method. Also fix this method so that it ensures that the SCP is
also no longer present.
Related: OS#6092
Change-Id: I1ad29c9e7ce7d80bebc92fa173ed7a44ee4c2998
When we traverse the file system using the command "export" we will
also select all ADFs but not all ADFs may have UICC file system support.
This makes it impossible to exit those ADFs again. To exit anyway we
select an application with filesystem support first and then the parent
EF we wanted to select originally. This method may not only be useful
when traversing the filesystem, so let's put it into the RuntimeLchan
class and change it a little so that it would also work if the ADF in
question is an a sub DF.
Related: OS#6092
Change-Id: I72de51bc7519fafbcc71d829719a8af35d774342
The code that generates the filesystem export lines for the various
different file structures can be moved into the filesystem class model.
This simplifies the code since we do not need any extra logic to
distinguish between the different file structures.
Related: OS#6092
Change-Id: Icc2ee60cfc4379411744ca1033d79a1ee9cff5a6
EF_WebRTCURI should inherit from LinFixedEF intead of TransparentEF.
(See also 3gpp TS 31.103, section 4.2.20)
Related: OS#6092
Change-Id: I903c483a8553fbe599fa7b5a2aefb28bc85b5078
Let's rename get_file_for_selectable to get_file_for_filename so that it
is immediately clear what the method does.
Related: OS#6092
Change-Id: Ifed860814229857ad8b969e50849debbf5d8918f
The hex string of the generated transactionId contains lowercase hex
digits. However SGP.22 explicitly spcifies to use uppercase hex digits
when using JSON fromatted messages. See section 6.5.2.6 for example.
Related: SYS#6720
Change-Id: I8439aa9d70f6fe798fa88b623bac13debdc19ca1
The implementation of the methods select and select_file of class
RuntimeLchan is a bit complex. We access the card directly in several
places which makes it difficult to track the state changes. We should
clean this up so that we call self.rs.card.select_adf_by_aid/
self.scc.select_file from a single place only.
This means that the method select uses the method select_file. This
results in a much cleaner implementation. We also should take care
that the important states that we track (selected_file, selected_adf,
etc.) are updated by a single private method. Since the update always
must happen after a select _select_post is a good place to do this.
Related: OS#5418
Change-Id: I9ae213f3b078983f3e6d4c11db38fdbe504c84f2
The method build_select_path_to uses the internal file system tree model
to find the path to a given file. This works the same for applications
(ADF) as it works for normal files (EF/DF). However, an application can
be selected anytime from any location in the filesystem tree. There is
no need to select a specific path leading to that application first.
This means that if there is an ADF somewhere in the resulting
inter_path, we may clip everything before that ADF.
Related: OS#5418
Change-Id: I838a99bb47afc73b4274baecb04fff31abf7b2e2
We use a trick to probe a file (that does not exist in the local file
model yet). Let's explain further how that works, in particular why we
do not have to upate any state if probing fails.
Change-Id: I2a8af73654251d105af8de1c17da53dfa10dc669
Related: OS#5418
When we traverse the file system, we may also end up selecting
applications (ADF), which do not support an USIM/ISIM like file system.
This will leave us without the ability to select the MF (or any other
file) again. The only way out is to select the ISIM or USIM application
again to get the access to the file system again.
Change-Id: Ia2fdd65f430c07acb1afdaf265d24c6928b654e0
Related: OS#5418
One of the most important properties of the RuntimeLchan are the
selected_file/adf properties. Let's reformat the code so that those
properties are more pronounced.
Change-Id: I4aa028f66879b7d6c2a1cd102cda8d8ca5ff48b1
Related: OS#5418
When we are in the constructor of RuntimeState, we may/must access the
card object directly. Let's explain why, since it may not be immediately
obvious.
Change-Id: I01f74d5f021d46679d1c9fa83fb8753382b0f88f
Related: OS#5418
The constructor of the RuntimeState object selects the MF befor it does
some other steps. However it does this through the _scc object of the
card object. This method is before we had lchan abstraction, so we
should now use the lchan object like in all other places.
Related: OS#5418
Change-Id: I9a751c0228c77077e3fabb50a9a68e4489e7151c
An ADF may or may not support a file system. For example ADF.ARA-M does
not have any filesystem support, which means the SELECT we may use from
this ADF is limited and an can only select a different application. To
know about this in advance let's add a flag that we set when we
instantiate an ADF.
Change-Id: Ifd0f7c34164685ea18d8a746394e55416fa0aa66
Related: OS#5418
When sending raw APDUs, we access the scc (SimCardCommands) object via
the scc member in the lchan object. Unfortunately self.lchan will not be
populated when the rs (RuntimeState) object is missing. This is in
particular the case when no profile could be detected for the card,
which is a common situation when we boostrap an unprovisioned card.
So let's access the scc object through the card object. This is also
more logical since when we send raw APDUs we work below the level of
logical channels.
Change-Id: I6bbaebe7d7a2013f0ce558ca2da7d58f5e6d991a
Related: OS#6278
When there is an error on initialization (e.g. card not present), we
should not continue to execute a startup script that was passed with the
pySim-shell commandline. Instead we should print a message that the
startup script was ignored due to errors.
Related: OS#6271
Change-Id: I61329988e0e9021b5b0ef8e0819fb8e23cabf38b
The function init_card catches all exceptions and then returns None
objects for card or rs in case of an error. This does not fit in the
style we pursue in pySim. This is in particular true for library
functions. We want those functions to raise exceptions when something is
wrong, so that we can catch the exception at top level. Let's fix this
for init_card now.
Related: OS#6271
Change-Id: I581125d8273ef024f6dbf3a5db6116be15c5c95d
The class property selected_adf is not updated in all locations where an
ADF is selected, this means that we may loose track of the currently
selected ADF in some locations
Change-Id: I4cc0c58ff887422b4f3954d35c8380ddc00baa1d
Related: OS#5418
The method build_select_path_to chops off the first element of the
current path. This is done to prevent re-selection of the first file in
the current path.
Unfortunately chopping off the first element in the current path does
not work properly in a situation when the current path points to the MF.
This would chop off the first and last element in the list and the for
loop below would run 0 times.
To fix this, let's keep the first element and chop it off from the
resulting path.
Related: OS#5418
Change-Id: Ia521a7ac4c25fd3a2bc8edffdc45ec89ba4b16eb
When we initialize the reader, we currently tell only which type of
interface we are using, but we do not print the reader number or the
device path.
Let's extend the messages so that the path is printed. To prevent
problems with integration-tests, let's also add an environment variable
that we can use to detect when pySim runs inside a integration-test.
Related: OS#6210
Change-Id: Ibe296d51885b1ef5f9c9ecaf1d28da52014dcc4b
The argument parser is set up globally for all LinkBase objects in
__init__.py. Since we tend to have only platform independed code in
__init__.py, we should move the argument parser setup into the
specific LinkBase classes.
Related: OS#6210
Change-Id: I22c32aa81ca0588e3314c3ff4546f6e5092c11df
In in the module __init__.py we print an init message (which type of
LinkBase class is providing the SimLink). However in __init__.py we tend
to have only platform independed code but the message string can already
be categorized as platform depened. Let's put the init message into the
constructor of the concrete classes of LinkBase.
Related: OS#6210
Change-Id: I0a6dd7deb79a5f3e42b29094a1cf2535075fa430
An eUICC that has no active eSIM profile does not have an ICCID. (The
reason for this is that EF.ICCID is part of the eSIM profile).
Unfortunately pySim-shell insists on reading the ICCID from EF.ICCID on
startup in order to use it as a lookup key for verify_adm later.
To solve the problem, let's add a try/except block around the section
where EF.ICCID is read. In case of failure we set the ICCID to None,
Related: OS#5636
Change-Id: I8d18c5073946c5a6bb1f93be0ce692a599f46f8c
We currently catch any exceptions that may occur when the card reader is
initialized. Then we print the exception string or the exception type
when no string is available. However, a failure during the reader
initialization is usually a severe problem, so a traceback would provde
a lot of helpful information to debug the issue. So lets not catch any
exceptions at this level so that we get the full backtrace.
Related: OS#6210
Change-Id: I4c4807576fe63cf71a7d33b243a3f8fea0b7ff23
When an exception occurs while initializing or handling the card we
print a traceback, but we do not print any info that allows us to
identify the device that was involved when the exception occurred. Let's
include the device path or number in the error message before we print
the traceback.
In order to make it easier to print the device information, let's add a
__str__() method to all of our devices. This method shall return the
device number or path.
Related: OS#6210
Change-Id: I200463e692245da40ea6d5b609bfc0ca02d15bdb
When the try block in which we also call init_card() fails, there may be
no card object, so we must not pass the card object to PysimApp in the
except block. This is also no problem, PysimApp will run without the
card object until the user executes do_equip for a second attempt.
Related: OS#6210
Change-Id: I28195f442ce007f05f7610c882bbc4a6520a8ce6
When __main__ runs different variables get assigned. In particular opts,
scc, sl and ch. Those variables are available in any scope and
technically it is possible to access them. However, lets not do this
since it leads to confusion. Also, pylint will complain about those code
locations.
In pySim-shell.py
- Let's use the proper locations (sl and ch are stored in PysimApp.
- Scc can be assigned in init_card.
- In method walk, the use of the variable opts to call ection_df is wrong,
lets use **kwargs (see also usage of action_ef).
- The constructor of Cmd2ApduTracer has a parameter cmd2_app, but usese
the global variable app. Let's use cmd2_app instead.
In pySim-prog.py
- Do not use opts.num in find_row_in_csv_file, use num instead.
- Pass scc to process_card as parameter so that it won't access scc
in the global scope.
Change-Id: I7f09e9a6a6bfc658de75e86f7383ce73726f6666
Related: OS#6210
In some cases, the specs do not specify an absolute record length.
Instead there may be only a minimum record length specified. The card
vendor may then chose to use larger record length at will. This usually
is no problem since the data is usually written from the left and the
remaining bytes are padded at the end (right side) of the data. However
in some rare cases (EF.MSISDN, see also 3GPP TS 51.011, section 10.5.5)
the data must be written right-aligned towards the physical record
length. This means that the data is padded from the left in this case.
To fix this: Let's add a "leftpad" flag to LinFixedEF, which we set to
true in those corner cases. The code that updates the record in
commands.py must then check this flag and padd the data accordingly.
Change-Id: I241d9fd656f9064a3ebb4e8e01a52b6b030f9923
Related: OS#5714
The methods verify_binary and verify_record are only used internally
in class SimCardCommands, they can be both private methods. Also lets
move them above the method that uses them.
Related: OS#5714
Change-Id: I57c9af3d6ff45caa4378c400643b4ae1fa42ecac
The commandline option -a, which does an ADM verification on startup,
does no longer work since the verify_adm method is no longer available
in the card base classes (cards.py). Let's use the verify_chv method
from SimCardCommands instead.
Related: RT#68294
Change-Id: Ic1e54d0e9e722d64b3fbeb044134044d47946f7c
In the last line of the if,elif,else branch, when we print the ApiError
object, we pass the variable sw to str() instead passing it to
ApiError() like we do it in the lines above. This is not correct and
causes strange exceptions.
Related: OS#67094
Change-Id: I5a1d19abeb00c2c9dc26517abc44a5c916f2d658
The REST megthd info uses deprecated methods to read the ICCID and the
IMSI from the card. However, we can replace those methods by selecting
the files we are interested in manually and then reading them.
Related: RT#67094
Change-Id: Ib0178823abb18187404249cfed71cfb3123d1d74
The class UsimCard is deprecated and only still used in very old
legacy applications. let's use the more modern UiccCardBase class
instead.
Related: RT#67094
Change-Id: I3676f033833665751c0d953176eafe175b20c14a
When the function connect_to_card is done, it selects ADF.USIM. This
might be contraproductive in case someone needs to access files on MF
level in one of the REST methods. Instead fo ADF.USIM, let's use MF as a
common ground to start from.
At the moment the only existing REST (info, auth) immediately select
ADF.USIM after calling connect_to_card already, so there are no further
modifications necessary.
Related: RT#67094
Change-Id: I16e7f3c991c83f81989ecc4e4764bb6cc799c01d
The method read_iccid in class CardBase should be put back to
legacy/cards.py. The reason for this is that it falls in the same
category like read_imsi, read_ki, etc. We should not use those old
methods in future programs since we have a more modern infrastructure
(lchan) now.
Also pySim-shell.py is the only caller of this method now. It is not
used in any other place.
Related: RT#67094
Change-Id: Ied3ae6fd107992abcc1b5ea3edb0eb4bdcd2f892
When the command equip (do_equip) is executed, it accesses
self.rs.profile to see if there are any commands that need to be
unregistered before moving on with the card initialization.
However, it may be the case that no runtime state exists at this point.
This is in particular the case when the card is completely empty and
hence no profile is picked and no runtime state exists.
Change-Id: I0a8be66a69b630f1f2898b62dc752a8eb5275301
At the moment we only verify that no exceptions occurred but the output
is not yet verfied.
Related: OS#6094
Change-Id: I3aaa779b5bd8f30936c284a80dbdcb2b0e06985c
When we print the profile applications. which are not registered in
EF.DIR, we use python sets to subtract the applications which were part
of EF.DIR and hence already listed. Since we use sets the order may be
arbitrary. This is so far not a problem, since the output is meant to be
read by humans, but as soon as we try to use the output for unit-test
verifications we need a consistent order (sorted)
Related: OS#6094
Change-Id: Ie75613910aaba14c27420c52b6596ab080588273
We now have pySim-shell and pySim-trace. Let's give pysim-test.sh a more
distinctive name so that it is clear to which program it refers.
Related: OS#6094
Change-Id: I438f63f9580ebd3c7cc78cc5dab13c9937ac6e3a
pySim-trace has no test coverage yet. Let's use a script to run a
GSAMTAP pcacp through it and check that no exceptions are raised.
Related: OS#6094
Change-Id: Icfabfa7c59968021eef0399991bd05b92467d8d2
When the trace file end is reaced, pyShark raises a StopIteration
exception. Let's catch this exception and exit gracefully.
Related: OS#6094
Change-Id: I6ab5689b909333531d08bf46e5dfea59b161a79e
The trace log currently does not contain any information about card
resets. This makes the trace difficult to follow. Let's use the
CardReset object to display the ATR in the trace.
Related: OS#6094
Change-Id: Ia550a8bd2f45d2ad622cb2ac2a2905397db76bce
TLV fields holding an address may still be uninitialized and hence
filled with 0xff bytes. Lets interpret those fields in the same way as
we interpret empty fields.
Related: OS#6094
Change-Id: Idc0a92ea88756266381c8da2ad62de061a8ea7a1
The trace log currently only shows the parsed APDU. However, depending
on the problem to investigate it may be required to see the raw APDU
string as well. Let's add an option for this.
Related: OS#6094
Change-Id: I1a3bc54c459e45ed3154479759ceecdc26db9d37
Uninitialized Files, File records or fields in a File record or File
usually contain a string of 0xff bytes. This becomes a problem when the
content is normally encoded/decoded as utf8 since by the construct
parser. The parser will throw an expection when it tries to decode the
0xff string as utf8. This is especially a serious problem in pySim-trace
where an execption stops the parser.
Let's fix this by interpreting a string of 0xff as an empty string.
Related: OS#6094
Change-Id: Id114096ccb8b7ff8fcc91e1ef3002526afa09cb7
When we perform a reset while multiple channels are open (this is in
particular the case when parsing real world traces with pySim-trace). To
delete those channels during the reset we iterate over the dictionary
using the keys and delete the channels one by one. However, this must
not be done using the keys as index directly. Python will then throw an
exception: "RuntimeError: dictionary changed size during iteration".
Instead using the keys directly we should cast them into a list and then
using that list for the iteration.
Related: OS#6094
Change-Id: I430ef216cf847ffbde2809f492ee9ed9030343b6
When the method del_lchan is called, closed_channel_nr still contains a dict
that contains the channel number under the key 'logical_channel_number'.
This will lead to an exception. We must extact the channel number from
the dict before we can use it with del_lchan. (See also
created_channel_nr)
Related: OS#6094
Change-Id: I399856bc227f17b66cdb4158a69a35d50ba222a7
The comman verify_adm does no longer work since the verify_adm method is
no longer available in the card base classes (cards.py). Let's use the
verify_chv method from SimCardCommands instead.
Change-Id: Ic87e1bff221b10d33d36da32b589e2737f6ca9cd
The API of the lchan object has changed. It no longer features the reset
method used by the pySim-shell reset command. Let's fix this by using
the reset method of the card object.
Change-Id: I55511d1edb97e8fa014724598ec173dd47fe25c1
Philipp Maier