Add debug info support for inlined and specialized generic variables. #18366
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This patch adds SIL-level debug info support for variables whose static type is rewritten by an optimizer transformation. When a function is (generic-)specialized or inlined, the static types of inlined variables my change as they are remapped into the generic environment of the inlined call site. With this patch all inlined SILDebugScopes that point to functions with a generic signature are recursively rewritten to point to clones of the original function with new unique mangled names. The new mangled names consist of the old mangled names plus the new substituions, similar (or exactly, respectively) to how generic specialization is handled. On libSwiftCore.dylib (x86_64), this yields a 17% increase in unique source vars and a ~24% increase in variables with a debug location. rdar://problem/28859432 rdar://problem/34526036
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This patch adds SIL-level debug info support for variables whose
static type is rewritten by an optimizer transformation. When a
function is (generic-)specialized or inlined, the static types of
inlined variables my change as they are remapped into the generic
environment of the inlined call site. With this patch all inlined
SILDebugScopes that point to functions with a generic signature are
recursively rewritten to point to clones of the original function with
new unique mangled names. The new mangled names consist of the old
mangled names plus the new substituions, similar (or exactly,
respectively) to how generic specialization is handled.
On libSwiftCore.dylib (x86_64), this yields a 17% increase in unique
source vars and a ~24% increase in variables with a debug location.
rdar://problem/28859432
rdar://problem/34526036
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Resolves SR-NNNN.