tmp/tmpavcmnp0x/{from.md → to.md}
RENAMED
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@@ -18,12 +18,14 @@ left operand.
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The value of `E1 << E2` is `E1` left-shifted `E2` bit positions; vacated
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bits are zero-filled. If `E1` has an unsigned type, the value of the
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result is $\mathrm{E1}\times2^\mathrm{E2}$, reduced modulo one more than
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the maximum value representable in the result type. Otherwise, if `E1`
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has a signed type and non-negative value, and
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-
$\mathrm{E1}\times2^\mathrm{E2}$ is representable in the
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-
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The value of `E1 >> E2` is `E1` right-shifted `E2` bit positions. If
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`E1` has an unsigned type or if `E1` has a signed type and a
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non-negative value, the value of the result is the integral part of the
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quotient of $\mathrm{E1}/2^\mathrm{E2}$. If `E1` has a signed type and a
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The value of `E1 << E2` is `E1` left-shifted `E2` bit positions; vacated
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bits are zero-filled. If `E1` has an unsigned type, the value of the
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result is $\mathrm{E1}\times2^\mathrm{E2}$, reduced modulo one more than
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the maximum value representable in the result type. Otherwise, if `E1`
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has a signed type and non-negative value, and
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+
$\mathrm{E1}\times2^\mathrm{E2}$ is representable in the corresponding
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unsigned type of the result type, then that value, converted to the
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result type, is the resulting value; otherwise, the behavior is
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undefined.
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The value of `E1 >> E2` is `E1` right-shifted `E2` bit positions. If
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`E1` has an unsigned type or if `E1` has a signed type and a
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non-negative value, the value of the result is the integral part of the
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quotient of $\mathrm{E1}/2^\mathrm{E2}$. If `E1` has a signed type and a
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