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Avoid copying the vector of symbols where possible. When no filter
string is applied we no longer copy the entire vector symbols by having
the symbols used for display be indirected via a pointer. It points
either to the unfiltered symbols or the filtered symbols.
Some unncessary copies have been removed by using `std::move` where
appropriate.
Filtering has been updated to avoid `std::vector::reserve` /
`std::vector::shrink_to_fit` in favor of letting the filtered vector
control its own growth and reuse its buffer. This avoids allocating a
~100MB buffer every time we update the filter only to later reallocate
and move the contents into a smaller buffer. Instead the buffer grows
via `std::vector`'s usual growth algorithm and it is preserved across
filter calls to avoid unnecessarily reallocating it, and only shrink the
buffer if it has shrunk significantly vs previous iterations.
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This is enabled as is, there might need to be some restrictions later on, does not seem to have an unreasonable impact analysis time
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Also update minimum CMake version.
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This disables the filter for already added images, there is another check when we go to apply so that it fails early but the real issue is the fact this happened at all.
Within the Objective-C processor there is a call to `BeginUndoActions` which calls `ExecuteOnMainThreadAndWait`, while the objective-c processor is holding the lock to the controller.
To fix this we really need to make the undo action system not call `ExecuteOnMainThreadAndWait` which is deadlock city, to do that really the only solution is to make the `UndoBuffer` thread-safe and remove the calls to execute undo related stuff on the main thread, this will make it so that when a call to `BeginUndoActions` there is no requirement to wait on pending undo actions as they are all submitted immediately.
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added in the background through the UI
We set some model data after the fact that didn't exist because the qt object was destructed on tab close.
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Simple change that means an image's dependencies can be loaded via the DSC triage view whether the primary image has already been loaded or not. Sometimes I've already loaded an image and then later on decide I want to load its dependencies. Currently there is no easy way to do that in the UI.
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Required adding an API to determine if an image is loaded.
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1. Crash on kernel cache image load
2. Duplicate Load Image buttons in kernel cache view
3. Improper selection behavior in both views
4. Address column should no longer resize to be smaller than contents
5. Symbol tables should now be properly sortable
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Allows us to display the user friendly name of the cache entry in the triage view
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One day, these will share more code, but today is not quite that day.
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Slight reimplementation of PR #6517 since the PR was from before our
refactor.
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- Fix the inconsistent column sizing
- Stop trying to show cross reference at 0
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Also addresses some lints that I thought were possibly worth it.
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rows
Before this we would load all images between the end and beginning because the model is does not have a filter proxy, but just hides the rows instead, we should move to a proxy
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Any update to the model should only happen on the UI thread now. This also fixes the other issue here: https://github.com/Vector35/binaryninja-api/issues/6300
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In absence of a better name, this commit refactors the shared cache code.
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editable
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issue, dont prompt on loading from symbol, auto-navigate to symbol when clicked, loading first if required
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Using `-t install` currently doesn't install the plugin into the Binary Ninja user plugin directory. This commit fixes that.
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robust system for out-of-date databases
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This is an early release of our DSC processing plugin. We're still hard at work improving this feature. You should be able to just drop in a dyld_shared_cache and use the 'Shared Cache Triage' view to load and analyze images.
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