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<doxygen xmlns:xsi= "http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation= "compound.xsd" version= "1.9.4" xml:lang= "en-US" >
<compounddef id= "namespacepma" kind= "namespace" language= "C++" >
<compoundname > pma</compoundname>
<innerclass refid= "classpma_1_1AlignedMemoryResource" prot= "public" > pma::AlignedMemoryResource</innerclass>
<innerclass refid= "classpma_1_1ArenaMemoryResource" prot= "public" > pma::ArenaMemoryResource</innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceCreator" prot= "public" > pma::DefaultInstanceCreator</innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceCreator_3_01dna_1_1BinaryStreamReader_01_4" prot= "public" > pma::DefaultInstanceCreator< dna::BinaryStreamReader > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceCreator_3_01dna_1_1BinaryStreamWriter_01_4" prot= "public" > pma::DefaultInstanceCreator< dna::BinaryStreamWriter > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceCreator_3_01dna_1_1JSONStreamReader_01_4" prot= "public" > pma::DefaultInstanceCreator< dna::JSONStreamReader > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceCreator_3_01dna_1_1JSONStreamWriter_01_4" prot= "public" > pma::DefaultInstanceCreator< dna::JSONStreamWriter > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceCreator_3_01dnac_1_1DNACalibDNAReader_01_4" prot= "public" > pma::DefaultInstanceCreator< dnac::DNACalibDNAReader > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceCreator_3_01trio_1_1FileStream_01_4" prot= "public" > pma::DefaultInstanceCreator< trio::FileStream > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceCreator_3_01trio_1_1MemoryMappedFileStream_01_4" prot= "public" > pma::DefaultInstanceCreator< trio::MemoryMappedFileStream > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceCreator_3_01trio_1_1MemoryStream_01_4" prot= "public" > pma::DefaultInstanceCreator< trio::MemoryStream > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceDestroyer" prot= "public" > pma::DefaultInstanceDestroyer</innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceDestroyer_3_01dna_1_1BinaryStreamReader_01_4" prot= "public" > pma::DefaultInstanceDestroyer< dna::BinaryStreamReader > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceDestroyer_3_01dna_1_1BinaryStreamWriter_01_4" prot= "public" > pma::DefaultInstanceDestroyer< dna::BinaryStreamWriter > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceDestroyer_3_01dna_1_1JSONStreamReader_01_4" prot= "public" > pma::DefaultInstanceDestroyer< dna::JSONStreamReader > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceDestroyer_3_01dna_1_1JSONStreamWriter_01_4" prot= "public" > pma::DefaultInstanceDestroyer< dna::JSONStreamWriter > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceDestroyer_3_01dnac_1_1DNACalibDNAReader_01_4" prot= "public" > pma::DefaultInstanceDestroyer< dnac::DNACalibDNAReader > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceDestroyer_3_01trio_1_1FileStream_01_4" prot= "public" > pma::DefaultInstanceDestroyer< trio::FileStream > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceDestroyer_3_01trio_1_1MemoryMappedFileStream_01_4" prot= "public" > pma::DefaultInstanceDestroyer< trio::MemoryMappedFileStream > </innerclass>
<innerclass refid= "structpma_1_1DefaultInstanceDestroyer_3_01trio_1_1MemoryStream_01_4" prot= "public" > pma::DefaultInstanceDestroyer< trio::MemoryStream > </innerclass>
<innerclass refid= "classpma_1_1DefaultMemoryResource" prot= "public" > pma::DefaultMemoryResource</innerclass>
<innerclass refid= "structpma_1_1Delete" prot= "public" > pma::Delete</innerclass>
<innerclass refid= "structpma_1_1Delete_3_01T_0f_0e_4" prot= "public" > pma::Delete< T[]> </innerclass>
<innerclass refid= "structpma_1_1FactoryCreate" prot= "public" > pma::FactoryCreate</innerclass>
<innerclass refid= "structpma_1_1FactoryDestroy" prot= "public" > pma::FactoryDestroy</innerclass>
<innerclass refid= "classpma_1_1MemoryResource" prot= "public" > pma::MemoryResource</innerclass>
<innerclass refid= "structpma_1_1New" prot= "public" > pma::New</innerclass>
<innerclass refid= "structpma_1_1New_3_01T_0f_0e_4" prot= "public" > pma::New< T[]> </innerclass>
<innerclass refid= "classpma_1_1PolyAllocator" prot= "public" > pma::PolyAllocator</innerclass>
<innerclass refid= "classpma_1_1ScopedPtr" prot= "public" > pma::ScopedPtr</innerclass>
<innernamespace refid= "namespacepma_1_1impl" > pma::impl</innernamespace>
<sectiondef kind= "typedef" >
<memberdef kind= "typedef" id= "namespacepma_1ae5d060484bbf3a0aa543d80d3f3257fb" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > typename T</type>
</param>
<param >
<type > typename Allocator</type>
<defval > PolyAllocator< T> </defval>
</param>
</templateparamlist>
<type > std::basic_string< T, std::char_traits< T > , Allocator > </type>
<definition > using pma::String = typedef std::basic_string< T, std::char_traits< T> , Allocator> </definition>
<argsstring > </argsstring>
<name > String</name>
<qualifiedname > pma::String</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" line= "26" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" bodystart= "26" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacepma_1a2d6fe21d674b98f7f9bc8dc3a2776cb9" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > typename T</type>
</param>
<param >
<type > typename Allocator</type>
<defval > PolyAllocator< T> </defval>
</param>
</templateparamlist>
<type > std::vector< T, Allocator > </type>
<definition > using pma::Vector = typedef std::vector< T, Allocator> </definition>
<argsstring > </argsstring>
<name > Vector</name>
<qualifiedname > pma::Vector</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" line= "29" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" bodystart= "29" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacepma_1a66acdf887e847cb2662b905e682b0132" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > typename T</type>
</param>
<param >
<type > typename Allocator</type>
<defval > PolyAllocator< Vector< T> > </defval>
</param>
</templateparamlist>
<type > <ref refid= "namespacepma_1a2d6fe21d674b98f7f9bc8dc3a2776cb9" kindref= "member" > Vector</ref> < <ref refid= "namespacepma_1a2d6fe21d674b98f7f9bc8dc3a2776cb9" kindref= "member" > Vector</ref> < T > , Allocator > </type>
<definition > using pma::Matrix = typedef Vector< Vector< T> , Allocator> </definition>
<argsstring > </argsstring>
<name > Matrix</name>
<qualifiedname > pma::Matrix</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" line= "32" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" bodystart= "32" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacepma_1a2b7ddbf324d74a36627c64f16b066d53" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > typename T</type>
</param>
<param >
<type > typename Allocator</type>
<defval > PolyAllocator< T> </defval>
</param>
</templateparamlist>
<type > <ref refid= "SPyUS_2CMakeLists_8txt_1a295733ec42441519c13cc7defd9c723b" kindref= "member" > std::list</ref> < T, Allocator > </type>
<definition > using pma::List = typedef std::list< T, Allocator> </definition>
<argsstring > </argsstring>
<name > List</name>
<qualifiedname > pma::List</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" line= "35" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" bodystart= "35" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacepma_1a7aa108f1780825b08131eb9ee7ff1fd2" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > typename T</type>
</param>
<param >
<type > typename Allocator</type>
<defval > PolyAllocator< T> </defval>
</param>
</templateparamlist>
<type > <ref refid= "SPyUS_2CMakeLists_8txt_1a36355bd6f100c6d8c183b00070b6f007" kindref= "member" > std::set</ref> < T, std::less< T > , Allocator > </type>
<definition > using pma::Set = typedef std::set< T, std::less< T> , Allocator> </definition>
<argsstring > </argsstring>
<name > Set</name>
<qualifiedname > pma::Set</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" line= "38" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" bodystart= "38" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacepma_1aa4a7d53c17b0073cbf7c83622dffcfd1" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > typename T</type>
</param>
<param >
<type > typename Allocator</type>
<defval > PolyAllocator< T> </defval>
</param>
</templateparamlist>
<type > std::unordered_set< T, std::hash< T > , std::equal_to< T > , Allocator > </type>
<definition > using pma::UnorderedSet = typedef std::unordered_set< T, std::hash< T> , std::equal_to< T> , Allocator> </definition>
<argsstring > </argsstring>
<name > UnorderedSet</name>
<qualifiedname > pma::UnorderedSet</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" line= "41" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" bodystart= "41" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacepma_1a0477a3dc053bdee8c8943dfcfa1352f0" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > typename K</type>
</param>
<param >
<type > typename V</type>
</param>
<param >
<type > typename Allocator</type>
<defval > PolyAllocator< std::pair< const K, V> > </defval>
</param>
</templateparamlist>
<type > std::map< K, V, std::less< K > , Allocator > </type>
<definition > using pma::Map = typedef std::map< K, V, std::less< K> , Allocator> </definition>
<argsstring > </argsstring>
<name > Map</name>
<qualifiedname > pma::Map</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" line= "44" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" bodystart= "44" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacepma_1ada0fd0f9404c2e6f4bfcf09e36428621" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > typename K</type>
</param>
<param >
<type > typename V</type>
</param>
<param >
<type > typename Allocator</type>
<defval > PolyAllocator< std::pair< const K, V> > </defval>
</param>
</templateparamlist>
<type > std::unordered_map< K, V, std::hash< K > , std::equal_to< K > , Allocator > </type>
<definition > using pma::UnorderedMap = typedef std::unordered_map< K, V, std::hash< K> , std::equal_to< K> , Allocator> </definition>
<argsstring > </argsstring>
<name > UnorderedMap</name>
<qualifiedname > pma::UnorderedMap</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" line= "47" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/TypeDefs.h" bodystart= "47" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacepma_1a8a889fca042c1a201a8c7f3c822e02ac" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > class TTarget</type>
</param>
<param >
<type > class TBase</type>
<defval > TTarget</defval>
</param>
</templateparamlist>
<type > <ref refid= "classpma_1_1impl_1_1ManagedInstance" kindref= "compound" > impl::ManagedInstance</ref> < std::unique_ptr< TBase, std::function< void(TBase *)> > , TTarget, TBase > </type>
<definition > using pma::UniqueInstance = typedef impl::ManagedInstance< std::unique_ptr< TBase, std::function< void (TBase*)> > , TTarget, TBase> </definition>
<argsstring > </argsstring>
<name > UniqueInstance</name>
<qualifiedname > pma::UniqueInstance</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/utils/ManagedInstance.h" line= "55" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/utils/ManagedInstance.h" bodystart= "55" bodyend= "-1" />
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</memberdef>
<memberdef kind= "typedef" id= "namespacepma_1ae5d5b3ccc2827874d96c73b97ade544e" prot= "public" static= "no" >
<templateparamlist >
<param >
<type > class TTarget</type>
</param>
<param >
<type > class TBase</type>
<defval > TTarget</defval>
</param>
</templateparamlist>
<type > <ref refid= "classpma_1_1impl_1_1ManagedInstance" kindref= "compound" > impl::ManagedInstance</ref> < std::shared_ptr< TBase > , TTarget, TBase > </type>
<definition > using pma::SharedInstance = typedef impl::ManagedInstance< std::shared_ptr< TBase> , TTarget, TBase> </definition>
<argsstring > </argsstring>
<name > SharedInstance</name>
<qualifiedname > pma::SharedInstance</qualifiedname>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/utils/ManagedInstance.h" line= "58" column= "1" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/utils/ManagedInstance.h" bodystart= "58" bodyend= "-1" />
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</memberdef>
</sectiondef>
<sectiondef kind= "func" >
<memberdef kind= "function" id= "namespacepma_1a0f0cc320add70f5fb6af1d2683645e97" prot= "public" static= "no" const= "no" explicit= "no" inline= "no" virt= "non-virtual" >
<templateparamlist >
<param >
<type > typename T</type>
</param>
<param >
<type > std::size_t</type>
<declname > TAlignment</declname>
<defname > TAlignment</defname>
</param>
<param >
<type > class TDefaultMemoryResource</type>
</param>
<param >
<type > typename U</type>
</param>
<param >
<type > std::size_t</type>
<declname > UAlignment</declname>
<defname > UAlignment</defname>
</param>
<param >
<type > class UDefaultMemoryResource</type>
</param>
</templateparamlist>
<type > bool</type>
<definition > bool pma::operator==</definition>
<argsstring > (const PolyAllocator< T, TAlignment, TDefaultMemoryResource > & lhs, const PolyAllocator< U, UAlignment, UDefaultMemoryResource > & rhs)</argsstring>
<name > operator==</name>
<qualifiedname > pma::operator==</qualifiedname>
<param >
<type > const <ref refid= "classpma_1_1PolyAllocator" kindref= "compound" > PolyAllocator</ref> < T, TAlignment, TDefaultMemoryResource > & </type>
<declname > lhs</declname>
</param>
<param >
<type > const <ref refid= "classpma_1_1PolyAllocator" kindref= "compound" > PolyAllocator</ref> < U, UAlignment, UDefaultMemoryResource > & </type>
<declname > rhs</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/PolyAllocator.h" line= "157" column= "6" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/PolyAllocator.h" bodystart= "157" bodyend= "161" />
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</memberdef>
<memberdef kind= "function" id= "namespacepma_1a301b1b95dbf1313ab014aa4d93004f52" prot= "public" static= "no" const= "no" explicit= "no" inline= "no" virt= "non-virtual" >
<templateparamlist >
<param >
<type > typename T</type>
</param>
<param >
<type > std::size_t</type>
<declname > TAlignment</declname>
<defname > TAlignment</defname>
</param>
<param >
<type > class TDefaultMemoryResource</type>
</param>
<param >
<type > typename U</type>
</param>
<param >
<type > std::size_t</type>
<declname > UAlignment</declname>
<defname > UAlignment</defname>
</param>
<param >
<type > class UDefaultMemoryResource</type>
</param>
</templateparamlist>
<type > bool</type>
<definition > bool pma::operator!=</definition>
<argsstring > (const PolyAllocator< T, TAlignment, TDefaultMemoryResource > & lhs, const PolyAllocator< U, UAlignment, UDefaultMemoryResource > & rhs)</argsstring>
<name > operator!=</name>
<qualifiedname > pma::operator!=</qualifiedname>
<param >
<type > const <ref refid= "classpma_1_1PolyAllocator" kindref= "compound" > PolyAllocator</ref> < T, TAlignment, TDefaultMemoryResource > & </type>
<declname > lhs</declname>
</param>
<param >
<type > const <ref refid= "classpma_1_1PolyAllocator" kindref= "compound" > PolyAllocator</ref> < U, UAlignment, UDefaultMemoryResource > & </type>
<declname > rhs</declname>
</param>
<briefdescription >
</briefdescription>
<detaileddescription >
</detaileddescription>
<inbodydescription >
</inbodydescription>
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<location file= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/PolyAllocator.h" line= "165" column= "6" bodyfile= "C:/source/MetaHuman-DNA-Calibration_clean/dnacalib/DNACalib/include/pma/PolyAllocator.h" bodystart= "165" bodyend= "169" />
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</memberdef>
<memberdef kind= "function" id= "namespacepma_1a64805040921b916b618da85c7b1b52b6" prot= "public" static= "no" const= "no" explicit= "no" inline= "no" virt= "non-virtual" >
<templateparamlist >
<param >
<type > class T</type>
</param>
<param >
<type > class TCreator</type>
</param>
<param >
<type > class TDestroyer</type>
</param>
<param >
<type > typename ...</type>
<declname > Args</declname>
<defname > Args</defname>
</param>
<param >
<type > typename Base</type>
<defval > typename std::remove_pointer < decltype(TCreator{} (std::declval< Args> ()...)) > ::type</defval>
</param>
</templateparamlist>
<type > <ref refid= "classpma_1_1ScopedPtr" kindref= "compound" > ScopedPtr</ref> < Base, TDestroyer > </type>
<definition > ScopedPtr< Base, TDestroyer > pma::makeScoped</definition>
<argsstring > (Args & & ... args)</argsstring>
<name > makeScoped</name>
<qualifiedname > pma::makeScoped</qualifiedname>
<param >
<type > Args & & ...</type>
<declname > args</declname>
</param>
<briefdescription >
<para > Syntactic sugar for creating instances wrapped in a <ref refid= "classpma_1_1ScopedPtr" kindref= "compound" > ScopedPtr</ref> . </para>
</briefdescription>
<detaileddescription >
<para > <simplesect kind= "note" > <para > The default behavior is to rely on the <ref refid= "structpma_1_1New" kindref= "compound" > New</ref> / <ref refid= "structpma_1_1Delete" kindref= "compound" > Delete</ref> pair of lifetime managers, because it' s sensible to do so. However, because a significant portion of our abstractions follow the convention of exposing a create / destroy pair of factory functions (where create always returns a raw pointer), there also exists a dedicated <ref refid= "structpma_1_1FactoryCreate" kindref= "compound" > FactoryCreate</ref> / <ref refid= "structpma_1_1FactoryDestroy" kindref= "compound" > FactoryDestroy</ref> pair of lifetime managers. To change the default behavior in order to utilize a specific lifetime manager pair, specialize the <ref refid= "structpma_1_1DefaultInstanceCreator" kindref= "compound" > DefaultInstanceCreator</ref> and <ref refid= "structpma_1_1DefaultInstanceDestroyer" kindref= "compound" > DefaultInstanceDestroyer</ref> traits for the types that need different handling. Alternately, it' s also possible to pass a custom creator / destroyer on each invocation. </para>
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<type > template< class ... > class</type>
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<type > <ref refid= "classpma_1_1ScopedPtr" kindref= "compound" > ScopedPtr</ref> < T, TDestroyerTemplate< T > > </type>
<definition > ScopedPtr< T, TDestroyerTemplate< T > > pma::makeScoped</definition>
<argsstring > (Args & & ... args)</argsstring>
<name > makeScoped</name>
<qualifiedname > pma::makeScoped</qualifiedname>
<param >
<type > Args & & ...</type>
<declname > args</declname>
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<type > <ref refid= "classpma_1_1ScopedPtr" kindref= "compound" > ScopedPtr</ref> < T, typename <ref refid= "structpma_1_1DefaultInstanceDestroyer" kindref= "compound" > DefaultInstanceDestroyer</ref> < T > ::type > </type>
<definition > ScopedPtr< T, typename DefaultInstanceDestroyer< T > ::type > pma::makeScoped</definition>
<argsstring > (Args & & ... args)</argsstring>
<name > makeScoped</name>
<qualifiedname > pma::makeScoped</qualifiedname>
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<type > std::uintptr_t</type>
<definition > std::uintptr_t pma::alignAddress</definition>
<argsstring > (std::uintptr_t address, std::size_t alignment)</argsstring>
<name > alignAddress</name>
<qualifiedname > pma::alignAddress</qualifiedname>
<param >
<type > std::uintptr_t</type>
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<referencedby refid= "namespacepma_1ae9f76d74a60814f55c77aff5c80c56e1" compoundref= "ArenaMemoryResource_8cpp" startline= "22" endline= "26" > alignPointer</referencedby>
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<definition > T * pma::alignPointer</definition>
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<name > alignPointer</name>
<qualifiedname > pma::alignPointer</qualifiedname>
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<type > T *</type>
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<references refid= "namespacepma_1a08f1bb4c76dacceca5d131ea988130c6" compoundref= "ArenaMemoryResource_8cpp" startline= "15" endline= "19" > alignAddress</references>
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