BloombergLP::bslalg::ScalarPrimitives::construct

Synopses

Declared in <bslalg_scalarprimitives.h>

Construct a TARGET_TYPE at address, optionally with arguments.

template<class TARGET_TYPE>
static
void
construct(
    TARGET_TYPE* address,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<class TARGET_TYPE>
static
void
construct(
    TARGET_TYPE* address,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    bslma::Allocator* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10,
    class ARG11>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    ARG11 const& a11,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10,
    class ARG11>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    ARG11 const& a11,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10,
    class ARG11,
    class ARG12>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    ARG11 const& a11,
    ARG12 const& a12,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10,
    class ARG11,
    class ARG12>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    ARG11 const& a11,
    ARG12 const& a12,
    void* allocator);

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Construct a TARGET_TYPE at address from thirteen constructor arguments.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10,
    class ARG11,
    class ARG12,
    class ARG13>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    ARG11 const& a11,
    ARG12 const& a12,
    ARG13 const& a13,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10,
    class ARG11,
    class ARG12,
    class ARG13>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    ARG11 const& a11,
    ARG12 const& a12,
    ARG13 const& a13,
    void* allocator);

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Same as the preceding overload.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10,
    class ARG11,
    class ARG12,
    class ARG13,
    class ARG14>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    ARG11 const& a11,
    ARG12 const& a12,
    ARG13 const& a13,
    ARG14 const& a14,
    bslma::Allocator* allocator);

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Same as the preceding overload, ignoring allocator.

template<
    class TARGET_TYPE,
    class ARG1,
    class ARG2,
    class ARG3,
    class ARG4,
    class ARG5,
    class ARG6,
    class ARG7,
    class ARG8,
    class ARG9,
    class ARG10,
    class ARG11,
    class ARG12,
    class ARG13,
    class ARG14>
static
void
construct(
    TARGET_TYPE* address,
    ARG1 const& a1,
    ARG2 const& a2,
    ARG3 const& a3,
    ARG4 const& a4,
    ARG5 const& a5,
    ARG6 const& a6,
    ARG7 const& a7,
    ARG8 const& a8,
    ARG9 const& a9,
    ARG10 const& a10,
    ARG11 const& a11,
    ARG12 const& a12,
    ARG13 const& a13,
    ARG14 const& a14,
    void* allocator);

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