Template Struct Manager

Inheritance Relationships

Base Types

Struct Documentation

template<double growth_factor_ = 1.6, int32_t growth_base_ = 256>
struct Manager : public CE::Memory::AbstractBlockManager<void>, public CE::State::Singleton<Manager<1.6, 256>>

Recycles byte ranges, aligning/growing a request before checkout and tracking owners, sections, and pooled remainders through CE::Memory::AbstractBlockManager<void>.

Public operations serialize bookkeeping transitions across all collections; backing allocation, final frees, and reporting run outside those locks. Concurrent operations require a live facade or a previously retained release context. This does not synchronize user access to checked-out bytes or make raw collection edits safe.

Public Types

using release_context_type = ::CE::Memory::ByteReleaseContext

Public Functions

Manager() = default
inline ~Manager() override
inline std::weak_ptr<void> lifetime_token() const

Declaration: [[nodiscard]]

inline std::shared_ptr<release_context_type> release_context() const

Declaration: [[nodiscard]]

std::string stats()

Declaration: [[nodiscard]]

::CE::Memory::Stats diagnostics() const

Declaration: [[nodiscard]]

void report_diagnostics() const noexcept
std::string debug_info()

Declaration: [[nodiscard]]

void return_ptr(void *ptr)
void return_portion(void *ptr, std::size_t length)
void return_chunk(const ::CE::Memory::HeapBlock &returned)
::CE::Memory::HeapBlock checkout_chunk(size_t length, size_t alignment = 0, ::CE::Memory::FitPolicy fit = ::CE::Memory::exact, size_t growth_base = growth_base_, double growth_factor = growth_factor_)

Declaration: [[nodiscard]]

void preallocate(size_t blocks, size_t width, size_t gb = growth_base_, double gf = growth_factor_, std::align_val_t alignment = std::align_val_t{64})