We don't neccesarily have a valid pointer to the parent lib symbol when
checking if it is a power symbol, so fall back to the local flag if this
is the case
Fixes https://gitlab.com/kicad/code/kicad/-/issues/17182
(cherry picked from commit 4481fcc75e)
This fixes all of the warnings cause by using std::weak_ptr objects when
recursing the symbol inheritance tree to retrieve the root symbol. The
issue is that the weak pointers are not guaranteed to be valid for each
recursion because the lock will go out of scope. Using a std::shared_ptr
object will ensure the lock is valid until it goes out of scope.
- Allow pins to be hidden
- Force backgrounds that overlap items to be in the background
- Include footprint information from Altium libraries
- Handle ellipses more intelligently
- Altium hairline treated as 1mil line (not 100nm)
This change allows for infinite inheritance depth so internally there is
no limit to deriving library symbols from other derived symbols. Please
note that the Flatten() method now recurses until a symbol with no parent
is found. The user interface is not hooked up at this time.
We have to draw the parent symbol on the union of all layers that
its children might reside on, but we only want to draw each child
on its layers.
And we need to make sure LAYER_PRIVATE_NOTES gets into the layers
order list.
Fixes https://gitlab.com/kicad/code/kicad/-/issues/13943
Use COMPARE_FLAGS::EQUALITY and COMPARE_FLAGS::ERC when doing
library diffs.
Also fixes a few more cases where we weren't checking for -1 when
doing a fieldID < MANDATORY_FIELDS.
Fixes https://gitlab.com/kicad/code/kicad/-/issues/14830
A sheetpath is required to correctly resolve text variables.
Depending on currentSheet is rife with bugs.
There are many places where we do *not* want to be prepending
field names to the field values, such as netlisting,
building PDF hypertext menus, etc.
Also, Find/Replace needs to work on unresolved text, as
that's what we're going to display (and if replace nuked
your variable references you wouldn't be happy).
Also simplifies the scoring algorithm so that it only
differentiates between exact-match, match-at-start and
any-match. The rest of the position-based matching
stuff is gone, as is the knowledge of the name vs the
keywords vs the description. All that is left to the
provider of the weighted search terms array.
Provides a single-point access for modifying the schematic and symbol
elements that allows chaining updates and reverting partial changes.
Standardizes the undo hierarchy between pcb and schematic editors
As this is another layer on the existing undo/redo structure, the
initial commit does not replace all undo/redo calls currently existing.
These will be handled in a series of follow-on commits
* Add check for valid symbol library link in annotation code to prevent
crash even if the symbol was not defined correctly. This will assert
in debug builds.
* Fix broken pin comparisons when library symbols have units with alternate
body style defined.
* Remove some macros from LIB_SYMBOL comparison function which made
debugging painful.
* Exit LIB_SYMBOL comparison function as soon as non-equivalent comparison
occurs.
* Fix broken library symbol comparison due to name differences when
checking for existing variants of the library symbol.
Fixes https://gitlab.com/kicad/code/kicad/-/issues/14491
This iterated over all pins to find the pin after a given item. Because
out pattern is consistently to iterate in the outer loop, this means
that we were an O(n^2) loop for the pins just to find their names. This
affected very large parts (e.g. FPGAs) when switching sheets to display
Also adds simulation model inference to Symbol Editor's Simulation Model
Editor, and adds write-back from both Simulation Model Editors to their
parent Symbol Fields Editor dialogs.
Fixes https://gitlab.com/kicad/code/kicad/issues/12505
Jeff Young
Seth Hillbrand
Yon Uriarte
Wayne Stambaugh
Mike Williams
Youbao
Jon Evans
Marek Roszko
jean-pierre charras