z iLSrSSKJr SSKrSSKrSSKrSSKJrJrJ r SSK J r SSK J r JrJrJr SSKJr SSKJrJr SS KJr SS KJr SS KJr SS KJr SS KJr SSK J!r! SSK"J#r# SSK$J%r% \"S\ \\\4S9r&"SS\5r'"SS\'5r(Sr)\RT"\'\RVS9H0ur,r-\,R]S5(aM\)"\-5r/\0"\'\,\/5 M2 SSjr1g)FManager for a set of Passes and their scheduling during transpilation.) annotationsN)IteratorIterableCallablewraps)UnionListAnyTypeVar)QuantumCircuit)circuit_to_dagdag_to_circuit) DAGCircuit)BasePassManager)Task)FlowControllerLinear)PassManagerError)BasePass)TranspilerError)TranspileLayout _CircuitsT)boundc^\rSrSrSrS SU4SjjjrSSjrSSjrSU4SjjrSU4Sjjr SS S .SU4S jjjjr SS jr Sr U=r $) PassManager%rc">[TU]UUS9 g)zInitialize an empty pass manager object. Args: passes: A pass set to be added to the pass manager schedule. max_iteration: The maximum number of iterations the schedule will be looped if the condition is not met. )tasks max_iterationN)super__init__)selfpassesr" __class__s W/home/james-whalen/.local/lib/python3.13/site-packages/qiskit/transpiler/passmanager.pyr$PassManager.__init__(s '  c [UR5VVs0sHup4XC_M snnURS'URURS'[ USS9$s snnf)Noriginal_qubit_indicesnum_input_qubitsTcopy_operations) enumeratequbits property_set num_qubitsr)r% input_programkwargsibits r(_passmanager_frontend!PassManager._passmanager_frontend9sd "+=+?+?!@7 !@vqCF!@7 231>0H0H,-mTBB 7 sAc [USS9nURSS5=nbXTl[R"XR 5=nb!XdlURUR 5 UR SUlUR SUl UR S(aA/nUR SnUR5Hn URX5 M Xtl U$)NFr. output_nameclbit_write_latencyconditional_latencynode_start_time) rgetnamerfrom_property_setr2_layoutwrite_into_property_set_clbit_write_latency_conditional_latencytopological_op_nodesappend_op_start_times) r%passmanager_ir in_programr5 out_programout_namelayouttopological_start_times start_timesdag_nodes r(_passmanager_backend PassManager._passmanager_backendDs %^UK  =$7 7H D' &77HYHYZ ZF #)   * *4+<+< =+/+<+<=R+S (+/+<+<=R+S (   . /') #++,=>K*??A'..{/DEB*A 'r*c >[TU]US9 g)zAppend a Pass Set to the schedule of passes. Args: passes: A set of transpiler passes to be added to schedule. Raises: TranspilerError: if a pass in passes is not a proper pass. r!N)r#rG)r%r&r's r(rGPassManager.appendcs V$r*c >[TU]XS9 g)zReplace a particular pass in the scheduler. Args: index: Pass index to replace, based on the position in passes(). passes: A pass set to be added to the pass manager schedule. rTN)r#replace)r%indexr&r's r(rWPassManager.replaceqs ,r*Nr2cB>Ub [U5n[TU] UUUUUS9$)aQ Run all the passes on the specified ``circuits``. Args: circuits: Circuit(s) to transform via all the registered passes. output_name: The output circuit name. If ``None``, it will be set to the same as the input circuit name. callback: A callback function that will be called after each pass execution. The function will be called with 5 keyword arguments:: pass_ (Pass): the pass being run dag (DAGCircuit): the dag output of the pass time (float): the time to execute the pass property_set (PropertySet): the property set count (int): the index for the pass execution .. note:: Beware that the keyword arguments here are different to those used by the generic :class:`.BasePassManager`. This pass manager will translate those arguments into the form described above. 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): pass_ = kwargs['pass_'] dag = kwargs['dag'] time = kwargs['time'] property_set = kwargs['property_set'] count = kwargs['count'] ... .. note:: When running transpilation with multi-processing, the callback function is invoked within the context of each sub-process, independently of the parent process. 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. Returns: The transformed circuit(s). ) in_programscallbackr; num_processesr2)_legacy_style_callbackr#runr%circuitsr;r]r^r2r's r(r`PassManager.runs;F  -h7Hw{ #'%   r*cSSKJn U"XX#S9$)aDraw the pass manager. This function needs `pydot `__, which in turn needs `Graphviz `__ to be installed. Args: filename (str): file path to save image to. style (dict): keys are the pass classes and the values are the colors to make them. An example can be seen in the DEFAULT_STYLE. An ordered dict can be used to ensure a priority coloring when pass falls into multiple categories. Any values not included in the provided dict will be filled in from the default dict. raw (bool): If ``True``, save the raw Dot output instead of the image. Returns: Optional[PassManager]: an in-memory representation of the pass manager, or ``None`` if no image was generated or `Pillow `__ is not installed. Raises: ImportError: when nxpd or pydot not installed. r)pass_manager_drawerfilenamestyleraw)qiskit.visualizationre)r%rgrhrires r(drawPassManager.draws, ="4%QQr*)ri)r&Task | list[Task]r"int)r4rreturnr)rIrrJrrorr&rmroNone)rXrnr&rmrorqNNN) rbrr; str | Noner]rr^rnr2dict[str, object] | NonerorNNF)__name__ __module__ __qualname____firstlineno____doc__r$r8rQrGrWr`rk__static_attributes__ __classcell__r's@r(rr%s P%'! !   " C% C  C"#  > %! %  % - -" -  -"#'!! L 26L L  L  L  L /L  L L \RRr*rcV^\rSrSrSr\R "S5rSSU4SjjjrSSjr SSjr \ SSj5r \ SS j5r SS jrSS jrU4S jrS S jrS!SjrS"SjrSrU4SjrSrSrS#SS.S$U4SjjjjrS%U4SjjrS&SjrSrU=r$)'StagedPassManagera A pass manager pipeline built from individual stages. This class enables building a compilation pipeline out of fixed stages. Each ``StagedPassManager`` defines a list of stages which are executed in a fixed order, and each stage is defined as a standalone :class:`~.PassManager` instance. There are also ``pre_`` and ``post_`` stages for each defined stage. This enables easily composing and replacing different stages and also adding hook points to enable programmatic modifications to a pipeline. When using a staged pass manager you are not able to modify the individual passes and are only able to modify stages. By default, instances of ``StagedPassManager`` define a typical full compilation pipeline from an abstract virtual circuit to one that is optimized and capable of running on the specified backend. The default pre-defined stages are: #. ``init`` - Initial passes to run before embedding the circuit to the backend. #. ``layout`` - Maps the virtual qubits in the circuit to the physical qubits on the backend. #. ``routing`` - Inserts gates as needed to move the qubit states around until the circuit can be run with the chosen layout on the backend's coupling map. #. ``translation`` - Translates the gates in the circuit to the target backend's basis gate set. #. ``optimization`` - Optimizes the circuit to reduce the cost of executing it. These passes will typically run in a loop until a convergence criteria is met. For example, the convergence criteria might be that the circuit depth does not decrease in successive iterations. #. ``scheduling`` - Hardware-aware passes that schedule the operations in the circuit. .. note:: For backwards compatibility the relative positioning of these default stages will remain stable moving forward. However, new stages may be added to the default stage list in between current stages. For example, in a future release a new phase, something like ``logical_optimization``, could be added immediately after the existing ``init`` stage in the default stage list. This would preserve compatibility for pre-existing ``StagedPassManager`` users as the relative positions of the stage are preserved so the behavior will not change between releases. These stages will be executed in order and any stage set to ``None`` will be skipped. If a stage is provided multiple times (i.e. at diferent relative positions), the associated passes, including pre and post, will run once per declaration. If a :class:`~qiskit.transpiler.PassManager` input is being used for more than 1 stage here (for example in the case of a :class:`~.Pass` that covers both Layout and Routing) you will want to set that to the earliest stage in sequence that it covers. z>\s|\+|\-|\*|\/|\\|\%|\<|\>|\@|\!|\~|\^|\&|\:|\[|\]|\{|\}|\(|\)Nc t>U=(d /SQnURU5 [TU] S[U55 [TU] S[UR 555 [TU]5 UR U5 [UR5H!nURUS5n[XU5 M# g)aInitialize a new StagedPassManager object Args: stages (Iterable[str]): An optional list of stages to use for this instance. If this is not specified the default stages list ``['init', 'layout', 'routing', 'translation', 'optimization', 'scheduling']`` is used. After instantiation, the final list will be immutable and stored as tuple. If a stage is provided multiple times (i.e. at diferent relative positions), the associated passes, including pre and post, will run once per declaration. kwargs: The initial :class:`~.PassManager` values for any stages defined in ``stages``. If a argument is not defined the stages will default to ``None`` indicating an empty/undefined stage. Raises: AttributeError: If a stage in the input keyword arguments is not defined. ValueError: If an invalid stage name is specified. )initrMrouting translation optimization scheduling_stages_expanded_stagesN) _validate_stagesr# __setattr__tuple_generate_expanded_stagesr$_validate_init_kwargssetexpanded_stagesr?setattr)r%stagesr5stagepmr's r(r$StagedPassManager.__init__s&   f% IuV}5 .d6T6T6V0WX  ""6*--.EE4(B D $/r*chUVs/sH"o RRU5cM UPM$ nnU(af[R"5nUR SUS35 USSHnUR SU35 M [ UR 55egs snf!,(df  g=f)Nz)The following stage names are not valid: rrz, )invalid_stage_regexsearchioStringIOwrite ValueErrorgetvalue)r%rrinvalid_stagesmsg invalid_stages r(r"StagedPassManager._validate_stagesBs% %e)A)A)H)H)OEv   # EnUVFWEXYZ%3AB%7MII=/23&8 00  sBB AB## B1c[UR5nUR5HnX2;dM [US35e g)Nz is not a valid stage.)rrkeysAttributeError)r%r5rrs r(r'StagedPassManager._validate_init_kwargsMs;d223[[]E+$w.D%EFF#r*cUR$)zPass manager stages)rr%s r(rStagedPassManager.stagesSs||r*cUR$)zEExpanded Pass manager stages including ``pre_`` and ``post_`` phases.)rrs r(r!StagedPassManager.expanded_stagesXs$$$r*c#V# URHnSU-v Uv SU-v M g7f)Npre_post_)r)r%rs r(r+StagedPassManager._generate_expanded_stages]s,[[E5. KE/ !!s')c/UlURH3n[XS5nUcMU=RUR- slM5 gN)_tasksrgetattr)r%rrs r(_update_passmanager%StagedPassManager._update_passmanagercs< ))Ed+B~ ryy( *r*c>X :XaXR;a [S5e[TU] X5 XR;aUR 5 gg)Nz5Recursive definition of StagedPassManager disallowed.)rrr#rr)r%attrvaluer's r(rStagedPassManager.__setattr__jsI =T%9%99!"YZ Z D( '' '  $ $ & (r*c[erNotImplementedError)r%r&s r(rGStagedPassManager.appendqs "!r*c[err)r%rXr&s r(rWStagedPassManager.replacews "!r*c[err)r%rXs r(removeStagedPassManager.remove!!r*ctUR5 [URS9nURUUlU$)N)r")rrr"r)r%rXnew_passmanagers r( __getitem__StagedPassManager.__getitem__s7   "&D4F4FG!%U!3r*c@>UR5 [TU] 5$r)rr#__len__r%r's r(rStagedPassManager.__len__s   "w  r*c[err)r%rXitems r( __setitem__StagedPassManager.__setitem__rr*c[err)r%others r(__add__StagedPassManager.__add__rr*rZc@>UR5 [TU] XX4S9$)N)r^)rr#r`ras r(r`StagedPassManager.runs$   "w{8({XXr*c@>UR5 [TU] 5$r)rr#to_flow_controllerrs r(r$StagedPassManager.to_flow_controllers   "w)++r*cSSKJn U"XX#S9$)zDraw the staged pass manager.r)staged_pass_manager_drawerrf)rjr)r%rgrhrirs r(rkStagedPassManager.drawsC)$XXr*)rr)rzIterable[str] | Nonerorq)rz Iterable[str]rorq)r5zdict[str, Any]rorq)roztuple[str, ...])roz Iterator[str])rorqrp)rXrnr&zBasePass | list[BasePass]rorq)rXrnrorqrr) rbrr;rsr]zCallable | Noner^rnr2rtror)rorru)rvrwrxryrzrecompilerr$rrpropertyrrrrrrGrWrrrrrr`rrkr{r|r}s@r(rrs..`**I#%#%J 1G %%" )'"!" " ""*"  ""!"" #'$(! Y26 Y Y  Y" Y  Y/ Y  Y Y,YYr*rc0^[T5U4Sj5nU$)Ncz>T"U0UD6$![a e[an[UR5UeSnAff=fr)rrmessage) meth_args meth_kwargsexmeths r(wrapper_replace_error..wrappersD 62k2 2   6!"**-2 5 6s :5:r)rrs` r(_replace_errorrs  4[66 Nr*) predicate_c^U4SjnU$)Nc>T"UUUUUS9 g)N)pass_dagtimer2countr)taskrIr2 running_timerr]s r(_wrapped_callable1_legacy_style_callback.._wrapped_callables%  r*r)r]rs` r(r_r_s  r*)r]r)2rz __future__rinspectrrcollections.abcrrr functoolsr typingr r r r qiskit.circuitrqiskit.convertersrrqiskit.dagcircuitrqiskit.passmanager.passmanagerrqiskit.passmanager.base_tasksr#qiskit.passmanager.flow_controllersrqiskit.passmanager.exceptionsr basepassesr exceptionsrrMrrrrr getmembers isfunction_name_method startswith_wrappedrr_rr*r(rsM" 88,,)<(:.D: '# \tN/C^/S)T U @R/@RFAY AYT ((@R@RSNE7  g&H K) T r*