- use hex-trailer
- while here, convert DebugRow to use a copy rather than a reference,
to avoid dangling references when applied to temporaries
- convert *partition* module to use the RedactedNames
- document a bit more of the methods
- provide convenience method enableOutputProcessing() alongside
an explicit setter; adjust tests to the changed API.
- add an executable() information method.
- this was an internal class for logging commands, let's lift
it up to the Logger framework where it might be more generally
useful (or not .. everything needs special-casing for actual
redaction).
This is an experiment in Python API that will allow a callback
function in the Python module to be called for each output line.
It builds on the run-a-process extensions that are being built
simultaneously.
The background idea is that, while CalamaresUtils::System::runCommand()
is a useful general API, it is
- still missing flexibility
- lacking a way to process output from the command "as it happens"
Waiting until the process ends, and then reading all stdout, is
inconvenient for processes that produce a **lot** of output,
and also makes it impossible to report progress. One module
in calamares-extensions has its own run-a-process implementation
for reading output, and this branch aims to introduce something
similar into Calamares core.
Nothing beyond the example module was ever built with the
PythonQt bindings, as far as I can tell. They have been
deprecated, defaulting OFF for over two years now.
QML modules fill the gap with customizable, run-time
interpreted UI and stronger support from the C++ side
of Calamares.
- Make clear that the @ is a string-location, and how long the
pre-script is (although in practice, it will be either null
and 0, or the values set in the loadmodule executable).
This class doesn't really set a pointer -- it is a scoped assignment
through a pointer, which **can** set a value on destruction (when
it leaves scope). Rename it.
While here, extend the API so that it can do an assignment to the
underlying object **now**, while also doing a scoped assignment
later when it leaves scope. This makes some code a bit easier
to read ("in this scope, X is now <v> and then it becomes <v'>")
This class was used only once, and is confusing because
the assignment happens always, but to the opposite value
as what was visible. It can be replaced with other
scoped assignment, instead.
Removes the tests for it, too.
- when an emergency strikes, log the modules that are skipped
with a Once, but if an emergency module runs, refresh that
Once so that the function header is printed again -- to
distinguish JobQueue debugging from the logging from the
emergency module.
- Transifex tools complain about missing Q_OBJECT (which makes
some sense -- you end up with a different context for calls
to tr(), of the base class).
Prompted by Linlinger, I've reconsidered the names of languages
in the drop-down in the welcome page. We already have the
infrastructure for assigning specific names / locales to
"Calamares locale names" (which match Transifex names, not
necessarily Qt names). Use that to put exactly two Chinese-
language translations in the drop-down:
- Simplified Chinese (code zh_CN)
- Traditional Chinese (code zh_TW)
Drop zh (which is a peculiar locale name anyway) and zh_HK
(which is Traditional Chinese, but using the geographic
boundary is a bit weird; we're going to ignore the
minor orthographic differences with Traditional Chinese
written elsewhere for now).
Note that this makes the drop-down show "Chinese"
in the English column, twice; the difference is visible
only in the native-language representation.
SEE #1741
With old Qt, Calamares could only run one check on a thread,
because the NAM would be switched to NotAccessible --
subsequent checks would fail because the NAM is already
hard-set to NotAccessible, so it could never be turned back
on by Calamares code.
Reset the accessible flag for the NAM while checking if
the internet is there.
- was filtering out the wrong URLs
- was not actually removing the invalid URLs
- extend API to make it possible to count / confirm the settings
- extend tests to demonstrate that API and the issues
QString -> Id for translations in the external API, to avoid
accidentally converting a QLocale name (e.g. ca_ES) into a
Calamares translation name. This preserves special-cases
like ca@valencia and sr@latin.
- enforce consistent [PYTHON JOB]
- use CDebug() constructor, because the convenience macro's
introduce the function name -- that's the C++ function, so
it isn't useful for logging.
Just have **one** Retranslator object, and install it as event-filter
(this needs to be done manually on a top-level widget) and use
signals / slots to do the actual work, rather than filtering
in multiple places and doing our own mediocre version of binding-
signal-to-lambda.
Sending a Once to a logger that isn't enabled should not "consume"
that Once; it's still available for a subsequent logger that **is**
enabled (useful if you're using more than one log-level in a function).
This allows injecting arbitrary Python code before
the script of a module is even run. For testing
purposes, that gives us a chance to modify existing
(internal) modules before the script (e.g. to test
subprocess calls).
- The log **file** got every QDebug object, while stdout only
got the ones of sufficient logging level. A CDebug object checks the
logging level before writing anything -- so those already were
consistent, but any qDebug() in the program (not cDebug()!) would
reach the writing-function anyway, and so log to the file.
Fix this weird inconsistency by checking log-level just once,
for both writes.
- Map QtMsgType -- used by qDebug() and qWarning() -- to levels used
by Calamares in a consistent fashion.
- Drop unused log levels (INFO, EXTRA unused in any Calamares code).
