docstr: Whether the implementation is able to release memory deterministically.
  
  Here, "release memory" means that, after the `release` callback of
  a C Data Interface export is called, `run_gc` is able to trigger
  the deallocation of the memory underlying the export (such as buffer data).
  
  If false, then `record_allocation_state` is allowed to raise
  NotImplementedError.
docstr_tok: ["Whether","the","implementation","is","able","to","release","memory","deterministically",".","Here",",","``","release","memory","''","means","that",",","after","the","`","release","`","callback","of","a","C","Data","Interface","export","is","called",",","`","run_gc","`","is","able","to","trigger","the","deallocation","of","the","memory","underlying","the","export","(","such","as","buffer","data",")",".","If","false",",","then","`","record_allocation_state","`","is","allowed","to","raise","NotImplementedError","."]
code: def supports_releasing_memory(self) -> bool:
      """
      Whether the implementation is able to release memory deterministically.
  
      Here, "release memory" means that, after the `release` callback of
      a C Data Interface export is called, `run_gc` is able to trigger
      the deallocation of the memory underlying the export (such as buffer data).
  
      If false, then `record_allocation_state` is allowed to raise
      NotImplementedError.
      """
  
imports: from abc import ABC, abstractmethod
  import os
  import subprocess
  import typing
  from .util import log
label_desc: Use image node_id 3 for calling the CDataExporter obj's underlying member method code with example usage: obj.supports_releasing_memory() without return types