Less‐than‐or‐equal operators

Synopses

Declared in <llvm/ADT/DynamicAPInt.h>

Return true if L is less than or equal to R.

template<class DigitsT>
bool
operator<=(
    ScaledNumber<DigitsT> const& L,
    uint64_t R);

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Returns true if A is less than or equal to B.

bool
operator<=(
    DynamicAPInt const& A,
    int64_t B);

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Returns true if A is less than or equal to B.

bool
operator<=(
    int64_t A,
    DynamicAPInt const& B);

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Order wrappers by raw location metadata pointer address.

bool
operator<=(
    RawLocationWrapper const& A,
    RawLocationWrapper const& B);

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Return true if L is less than or equal to R.

template<class DigitsT>
bool
operator<=(
    int32_t L,
    ScaledNumber<DigitsT> const& R);

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Return true if L is less than or equal to R.

template<class DigitsT>
bool
operator<=(
    ScaledNumber<DigitsT> const& L,
    int32_t R);

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Return true if L is less than or equal to R.

template<class DigitsT>
bool
operator<=(
    int64_t L,
    ScaledNumber<DigitsT> const& R);

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Return true if L is less than or equal to R.

template<class DigitsT>
bool
operator<=(
    ScaledNumber<DigitsT> const& L,
    int64_t R);

» more...

Return true if L is less than or equal to R.

template<class DigitsT>
bool
operator<=(
    uint32_t L,
    ScaledNumber<DigitsT> const& R);

» more...

Return true if L is less than or equal to R.

template<class DigitsT>
bool
operator<=(
    ScaledNumber<DigitsT> const& L,
    uint32_t R);

» more...

Return true if L is less than or equal to R.

template<class DigitsT>
bool
operator<=(
    uint64_t L,
    ScaledNumber<DigitsT> const& R);

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Return true if LHS is lexicographically less than or equal to RHS.

bool
operator<=(
    StringRef LHS,
    StringRef RHS);

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Deleted; LLVM atomic orders form a lattice, not a total order.

bool
operator<=(
    AtomicOrdering Lhs,
    AtomicOrdering Rhs) = delete;

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Deleted; CABI atomic orders form a lattice, not a total order.

bool
operator<=(
    AtomicOrderingCABI Lhs,
    AtomicOrderingCABI Rhs) = delete;

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Compare a signed 64‐bit value with an APSInt for less‐or‐equal.

bool
operator<=(
    int64_t V1,
    APSInt const& V2);

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Determine whether one version number precedes or is equivalent to another.

bool
operator<=(
    VersionTuple const& X,
    VersionTuple const& Y);

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Relational less‐or‐equal is deleted for MaybeAlign vs MaybeAlign.

bool
operator<=(
    MaybeAlign Lhs,
    MaybeAlign Rhs) = delete;

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Relational less‐or‐equal is deleted for MaybeAlign vs Align.

bool
operator<=(
    MaybeAlign Lhs,
    Align Rhs) = delete;

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Relational less‐or‐equal is deleted for Align vs MaybeAlign.

bool
operator<=(
    Align Lhs,
    MaybeAlign Rhs) = delete;

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Return true if alignment Lhs is less than or equal to byte count Rhs.

bool
operator<=(
    Align Lhs,
    uint64_t Rhs);

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Return true if LHS is lexicographically less than or equal to RHS.

template<typename T>
bool
operator<=(
    ArrayRef<T> LHS,
    ArrayRef<T> RHS);

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Return true if alignment Lhs is less than or equal to Rhs.

bool
operator<=(
    Align Lhs,
    Align Rhs);

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Return Value

  • True if L is less than or equal to R.

  • True if A is less than or equal to B.

  • True if A orders before or equal to B by raw location metadata pointer address.

  • True if LHS is lexicographically less than or equal to RHS.

  • true if V1 is less than or equal to V2

  • true if X is less than or equal to Y.

  • True if Lhs is less than or equal to Rhs bytes.

  • True if Lhs is less than or equal to Rhs.

Parameters

Name

Description

L

Left‐hand operand.

R

Right‐hand operand.

A

Left‐hand operand.

B

Right‐hand operand.

LHS

Left‐hand StringRef.

RHS

Right‐hand StringRef.

Lhs

Left‐hand LLVM atomic ordering.

Rhs

Right‐hand LLVM atomic ordering.

V1

signed 64‐bit left‐hand operand

V2

APSInt right‐hand operand

X

Left‐hand version.

Y

Right‐hand version.

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