Struct MemoryRegistryRuntime 

pub struct MemoryRegistryRuntime;

MemoryRegistryRuntime

Substrate runtime controller responsible for initializing the global memory registry.

This type performs mechanical coordination only:

• ordering
• conflict detection
• idempotent initialization

It encodes no application semantics.

Implementations

impl MemoryRegistryRuntime

pub fn init( initial_range: Option<(&str, u8, u8)>, ) -> Result<MemoryRegistryInitSummary, MemoryRegistryError>

Initialize the memory registry.

• Optionally reserves an initial range for the caller.
• Applies all deferred range reservations.
• Applies all deferred ID registrations.

This function is idempotent for the same initial range.

pub fn is_initialized() -> bool

Return whether the memory registry has completed initialization.

pub fn snapshot_entries() -> Vec<(u8, MemoryRegistryEntry)>

Snapshot all registry entries.

pub fn snapshot_ranges() -> Vec<(String, MemoryRange)>

Snapshot all reserved memory ranges.

pub fn snapshot_range_entries() -> Vec<MemoryRangeEntry>

Snapshot all reserved memory ranges with owners.

pub fn snapshot_ids_by_range() -> Vec<MemoryRangeSnapshot>

Snapshot registry entries grouped by range.

pub fn get(id: u8) -> Option<MemoryRegistryEntry>

Retrieve a single registry entry by ID.

pub fn validated_allocations() -> Result<ValidatedAllocations, MemoryRegistryError>

Return the sealed validated allocation set published by bootstrap.

pub fn commit_pending_if_initialized() -> Result<(), MemoryRegistryError>

Apply any newly deferred registrations/ranges after runtime init.

This is a no-op until initialization has completed. Once initialized, this drains pending range/ID registrations so lazily touched statics can become visible during the same request.