z i|2 SrSSKJr SSKrSSKJrJr SSKJrJ r SSK J r SSK J r SSKrSSKJrJr S S KJrJr S S KJr S S KJr S S KJrJrJr \R:"\5r"SS\5r SS.SSjjr!SSjr"g)zFManager for a set of Passes and their scheduling during transpilation.) annotationsN)ABCabstractmethod)CallableIterable)chain)Any) parallel_mapshould_run_in_parallel)Task PassManagerIR)PassManagerError)FlowControllerLinear) PropertySetWorkflowStatusPassManagerStatec\rSrSrSrSSSjjrSSjrSSjrSSjrSr Sr S r S r \ SS j5r\ SS j5rSS S.SSjjjrSSjrSSjrSrg )BasePassManager!zPass manager base class.cn/UlX l[5UlU(aUR U5 gg)zInitialize an empty pass manager object. Args: tasks: A pass set to be added to the pass manager schedule. max_iteration: The maximum number of iterations the schedule will be looped if the condition is not met. N)_tasks max_iterationr property_setappend)selftasksrs X/home/james-whalen/.local/lib/python3.13/site-packages/qiskit/passmanager/passmanager.py__init__BasePassManager.__init__$s1 *(M  KK  c[U[5(aU/n[SU55(a [S5eURR U5 g)zAppend tasks to the schedule of passes. Args: tasks: A set of pass manager tasks to be added to schedule. Raises: TypeError: When any element of tasks is not a subclass of passmanager Task. c3L# UHn[U[5(+v M g7fN) isinstancer ).0ts r )BasePassManager.append..Gs61:a&&&s"$z6Added tasks are not all valid pass manager task types.N)r%r any TypeErrorrr)rrs rrBasePassManager.append9sG eT " "GE 66 6 6TU U 5!r!cfX RU'g![an[SUS35UeSnAff=f)aFReplace a particular pass in the scheduler. Args: index: Task index to replace, based on the position in :meth:`tasks` tasks: A set of pass manager tasks to be added to schedule. Raises: TypeError: When any element of tasks is not a subclass of passmanager Task. PassManagerError: If the index is not found. Index to replace  does not existsNr IndexErrorr)rindexrexs rreplaceBasePassManager.replaceLs? X!&KK  X"%6ug=M#NOUW W Xs 0+0cdURU g![an[SUS35UeSnAff=f)zRemoves a particular pass in the scheduler. Args: index: Pass index to remove, based on the position in :meth:`passes`. Raises: PassManagerError: If the index is not found. r.r/Nr0)rr2r3s rremoveBasePassManager.remove`s? X E" X"%6ug=M#NOUW W Xs  /*/c&URX5 gr$)r4)rr2items r __setitem__BasePassManager.__setitem__ns U!r!c,[UR5$r$)lenr)rs r__len__BasePassManager.__len__qs4;;r!c`URURS9nURUUlU$)Nr) __class__rr)rr2new_passmanagers r __getitem__BasePassManager.__getitem__ts/..t7I7I.J!%U!3r!cdURURS9nURUl[XR5(a!U=RUR- slU$UR U5 U$![ a+n[ SURSUR35UeSnAff=f)NrBzunsupported operand type + for z and )rCrrr%rrr+)rotherrDr3s r__add__BasePassManager.__add__ys..t7I7I.J!% e^^ , ,  " "ell 2 "" " &&u-&&# 5dnn5EU5??J[\ s'A:: B/&B**B/c g)zqConvert input program into pass manager IR. Args: in_program: Input program. Returns: Pass manager IR. N)r input_programkwargss r_passmanager_frontend%BasePassManager._passmanager_frontends r!c g)a*Convert pass manager IR into output program. Args: passmanager_ir: Pass manager IR after optimization. in_program: The input program, this can be used if you need any metadata about the original input for the output. It should not be mutated. Returns: Output program. NrL)rpassmanager_ir in_programrNs r_passmanager_backend$BasePassManager._passmanager_backends$ r!N)rc UR(d U(dUcU$Sn[U[5(dU/nSn[U5S:Xd[ U5(d=UVs/sHn[ SUUUUS.UD6PM nn[U5S:Xa U(dUS$U$A[ [U[R"U5[R"U5US.US9$s snf) a' Run all the passes on the specified ``in_programs``. Args: in_programs: Input programs to transform via all the registered passes. A single input object cannot be a Python builtin list object. A list object is considered as multiple input objects to optimize. callback: A callback function that will be called after each pass execution. The function will be called with 4 keyword arguments:: task (GenericPass): the pass being run passmanager_ir (Any): depending on pass manager subclass property_set (PropertySet): the property set running_time (float): the time to execute the pass count (int): the index for the pass execution The exact arguments pass expose the internals of the pass manager and are subject to change as the pass manager internals change. If you intend to reuse a callback function over multiple releases be sure to check that the arguments being passed are the same. To use the callback feature you define a function that will take in kwargs dict and access the variables. For example:: def callback_func(**kwargs): task = kwargs['task'] passmanager_ir = kwargs['passmanager_ir'] property_set = kwargs['property_set'] running_time = kwargs['running_time'] count = kwargs['count'] ... num_processes: The maximum number of parallel processes to launch if parallel execution is enabled. This argument overrides ``num_processes`` in the user configuration file, and the ``QISKIT_NUM_PROCS`` environment variable. If set to ``None`` the system default or local user configuration will be used. property_set: If given, the initial value to use as the :class:`.PropertySet` for the pass manager pipeline. This can be used to persist analysis from one run to another, in cases where you know the analysis is safe to share. Beware that some analysis will be specific to the input circuit and the particular :class:`.Target`, so you should take a lot of care when using this argument. kwargs: Arbitrary arguments passed to the compiler frontend and backend. Returns: The transformed program(s). TFr )program pass_managercallbackinitial_property_setr)pass_manager_binrYrZ)values task_kwargs num_processesrL) rr%listr>r _run_workflowr _run_workflow_in_new_processdilldumps) r in_programsrYr^rrNis_listrWouts rrunBasePassManager.runsl{{6h.> +t,,&-KG { q (>}(M(M +  +G#!%%)5    +  ;1$W1v J   ($(JJt$4 JJx0(4 (  % sCc`[URUR55n[U5$)zLinearize this manager into a single :class:`.FlowControllerLinear`, so that it can be nested inside another pass manager. Returns: A linearized pass manager. )r__flatten_tasksrr)r flatten_taskss rto_flow_controller"BasePassManager.to_flow_controller s(T00=> #M22r!cj[U[5(dU/$[[URU56$)z;A helper method to recursively flatten a nested task chain.)r%rrmaprj)relementss rrjBasePassManager._flatten_taskss/(H--: c$--x899r!)rrr)rLi)rTask | list[Task]rint)rrrreturnNone)r2rsrrrrtru)r2rsrtru)rMr rtr)rRrrSr rtr )NN) rdzAny | list[Any]rYrr^rsrdict[str, object] | Nonertr )rtr)rpzIterable | Taskrtr)__name__ __module__ __qualname____firstlineno____doc__rrr4r7r;r?rErIrrOrTrgrlrj__static_attributes__rLr!rrr!s)"$&! *" " "&XX!X  X( X"            %    ,"! \ 26 \ $\ \  \ / \  \ |3:r!r)rZc RUR5n[5nUc [5O [U5nXalUR"SSU0UD6nUR U[ XQRS9URSS5S9upxURUlUR"SUUS.UD6n U $)zRun single program optimization with a pass manager. Args: program: Arbitrary program to optimize. pass_manager: Pass manager with scheduled passes. **kwargs: Keyword arguments for IR conversion. Returns: Optimized program. NrM)workflow_statusrrY)rRstaterY)rRrSrL) rlrrrrOexecutergetrT) rWrXrZrNflow_controllerinitial_statusrrR final_state out_programs rr`r`s"#557O#%N.5 ;G[;\!-!77 N#2"9"9%*9R9R J- #:#N!, 8 8L33% K r!cj[U[R"U5U[R"U5S9$)zRun single program optimization in new process. Args: program: Arbitrary program to optimize. pass_manager_bin: Binary of the pass manager with scheduled passes. Returns: Optimized program. )rWrXrZrY)r`rbloads)rWr[rZrYs rraraOs0 ZZ 011H%  r!)rWr rXrrZrvrtr ) rWr r[bytesrZrvrYrrtr )#r{ __future__rloggingabcrrcollections.abcrr itertoolsrtypingr rbqiskit.utils.parallelr r base_tasksr r exceptionsrflow_controllersrcompilation_statusrrr getLoggerrwloggerrr`rarLr!rrsM"#. F+(2MM   8 $w:cw:|6: 1 1!13 1  1h 3     r!