alloc_phase.PhaseViolations

1/// Represents a by-value snapshot of four operation counters: allocations,2/// resizes, remaps, and frees. Each field is an unsigned 64-bit integer3/// recording the number of times caller code attempted that raw allocator4/// operation outside the permitted lifecycle phase. These values count5/// attempted operations rather than allocated byte quantities or successful6/// allocations. Because the underlying control block maintains these counts in7/// native atomic variables that are read individually, a snapshot retrieved8/// during concurrent operations does not represent a single coherent point in9/// time across all four fields.10pub const PhaseViolations = struct {11    allocations: u64 = 0,12    resizes: u64 = 0,13    remaps: u64 = 0,14    frees: u64 = 0,1516    /// Returns the combined count of allocations, resizes, remaps, and frees as17    /// an unsigned 64-bit integer. The calculation uses standard addition, so18    /// integer overflow follows Zig build safety rules rather than saturating19    /// or reporting an error.20    pub fn total(self: PhaseViolations) u64 {21        return self.allocations + self.resizes + self.remaps + self.frees;22    }23};

1/// Represents a by-value snapshot of four operation counters: allocations,2/// resizes, remaps, and frees. Each field is an unsigned 64-bit integer3/// recording the number of times caller code attempted that raw allocator4/// operation outside the permitted lifecycle phase. These values count5/// attempted operations rather than allocated byte quantities or successful6/// allocations. Because the underlying control block maintains these counts in7/// native atomic variables that are read individually, a snapshot retrieved8/// during concurrent operations does not represent a single coherent point in9/// time across all four fields.10pub const PhaseViolations = allocator.PhaseViolations;