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Migrate logic from specific test to common reader module, notably parsing the
wakeup message containing the reply-pump name.
Make test script post to Result struct to communicate success/failure to C++
TUT test, rather than just writing to log.
Make test script insensitive to key order in serialized LLSD::Map.
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Instantiating LLLeap with a command to execute a particular child process sets
up machinery to speak LLSD Event API Plugin protocol with that child process.
LLLeap is an LLInstanceTracker subclass, so the code that instantiates need
not hold the pointer. LLLeap monitors child-process termination and deletes
itself when done.
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Of course, given the way the log machinery works, it's really "everything at
that level or stronger."
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appear off screen until user repositions the floaters manually
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This arises, for instance, if you want to be able to create a temporary Python
module you can import from test scripts. The Python module file MUST have the
.py extension.
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All known callers were using ensure(! withMessage(...).empty()). Centralize
that logic. Make failure message report the string being sought and the log
messages in which it wasn't found.
In case someone does want to permit the search to fail, add an optional
'required' parameter, default true.
Leverage new functionality in llprocess_test.cpp.
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We were using uniform macro to report the APR function and its C++ parameter
expressions. But specifically for apr_proc_create() failure, better to report
the command we're attempting to execute.
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Giving more unit tests the ability to capture and examine log output is
generally useful. Renaming the class just makes it less ambiguous: what's a
TestRecorder? Something that records tests?
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We can't count on every child process reading everything we try to write to
it. And if the child terminates with WritePipe data still pending, unless we
explicitly suppress it, Posix will hit us with SIGPIPE. That would terminate
the calling process, boom. "Ignoring" it means APR gets the correct errno,
passes it back to us, we log it, etc.
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Previously one might get process-terminated notification but still have to
wait for the child process's final data to arrive on one or more ReadPipes.
That required complex consumer timing logic to handle incomplete pending
ReadPipe data, e.g. a partial last line with no terminating newline. New code
guarantees that by the time LLProcess sends process-terminated notification,
all pending pipe data will have been buffered in ReadPipes.
Document LLProcess::ReadPipe::getPump() notification event; add "eof" key.
Add LLProcess::ReadPipe::getline() and read() convenience methods.
Add static LLProcess::getline() and basename() convenience methods, publishing
logic already present elsewhere.
Use ReadPipe::getline() and read() in unit tests.
Add unit test for "eof" event on ReadPipe::getPump().
Add unit test verifying that final data have been buffered by termination
notification event.
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calling this done, although tweaks will be ongoing
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deferred rendering targets.
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EXP-1919 FIX Resizing viewer window with minimized floaters can result in floaters appearing off screen when un-minimized
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build configuration.
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rendering cost
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positions using relative coordinates
store and load floater relative positions
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We want to verify the sequence:
LLInstanceTracker constructor adds instance to underlying container
Subclass constructor throws exception
LLInstanceTracker destructor removes instance from underlying container.
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fixed not unmaximizing properly on Windows
put in error logging on Mac
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For the T* specialization (no string, or whatever, key), the original
getInstance() method simply returned the passed-in T* value. It was defined,
as the comments noted, for completeness of the analogy with the keyed
LLInstanceTracker specialization.
It turns out, though, that getInstance(T*) can still be useful to ask whether
the T* you have in hand still references a valid T instance. Support that
usage.
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Lacking time to properly test new LLStringUtil::getTokens() against the
present (different!) command-line scanners in LLExternalEditor::tokenize() and
LLCommandLineParser::parseCommandLineString(), just annotate as future work
the goal of unifying them... SIGH.
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This is an important differentiator between getTokens() and the present
LLCommandLineParser::parseCommandLineString() logic: you cannot currently
--set SomeVar to an empty string value because parseCommandLineString()
discards empty strings.
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positions using relative coordinates
fixed bug where resizing window would cause stacked floaters to move relative to each other
renamed positioning enums to reflect the fact that they apply all the time now, not just when opening floaters
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positions using relative coordinates
floaters given specified positions will stay in that location
floaters that stack will treat that as a specified position
moving any floater will switch to relative positioning mode
cleaned up some XUI where widgets were relying on a default height of 10 pixels
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