Format all the let chains in compiler
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@@ -159,11 +159,12 @@ impl CoverageSpan {
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/// If the span is part of a macro, and the macro is visible (expands directly to the given
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/// body_span), returns the macro name symbol.
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pub fn visible_macro(&self, body_span: Span) -> Option<Symbol> {
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if let Some(current_macro) = self.current_macro() && self
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.expn_span
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.parent_callsite()
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.unwrap_or_else(|| bug!("macro must have a parent"))
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.eq_ctxt(body_span)
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if let Some(current_macro) = self.current_macro()
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&& self
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.expn_span
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.parent_callsite()
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.unwrap_or_else(|| bug!("macro must have a parent"))
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.eq_ctxt(body_span)
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{
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return Some(current_macro);
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}
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@@ -460,7 +461,9 @@ impl<'a> CoverageSpansGenerator<'a> {
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/// In either case, no more spans will match the span of `pending_dups`, so
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/// add the `pending_dups` if they don't overlap `curr`, and clear the list.
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fn check_pending_dups(&mut self) {
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if let Some(dup) = self.pending_dups.last() && dup.span != self.prev().span {
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if let Some(dup) = self.pending_dups.last()
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&& dup.span != self.prev().span
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{
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debug!(
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" SAME spans, but pending_dups are NOT THE SAME, so BCBs matched on \
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previous iteration, or prev started a new disjoint span"
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