g(dZddlZddlZddlmZdZdZGddej Z Gddej Z Gd d ej Z Gd d ej Z Gd dej Z dS)aq Compatibility classes for changes to save instruction return types. These subclasses include a `__getattr__` method that allows existing code which used numpy.ndarray attributes to continue functioning with a deprecation warning. Numpy functions that consumed these classes should already work due to them having an `__array__` method for implicit array conversion. Nc.|dddks|dvrdSdS)z9Return True if attribute should be passed to legacy classN__)_data _op_shapeFT)attrs W/granary/edev/quantum/lib/python3.11/site-packages/qiskit_aer/backends/compatibility.py _forward_attrr s,  BQBx44#999u 4cd|jj}tjd|d|dtddS)NzThe return type of saved zC has been changed from a `numpy.ndarray` to a `qiskit.quantum_info.z` as of qiskit-aer 0.10. Accessing numpy array attributes is deprecated and will result in an error in a future release. To continue using saved result objects as arrays you can explicitly cast them using `np.asarray(object)`. stacklevel) __class____name__warningswarnDeprecationWarning)instanceinstances_name class_names r _deprecation_warningr&s[#,J M !N ! !8B ! ! !       r cFeZdZdZfdZdZdZdZdZdZ dZ xZ S) StatevectorzBAer result backwards compatibility wrapper for qiskit Statevector.ct|r:t|j|r%t|dt |j|St t |SN statevectorsr hasattrrrgetattrsuperselfr rs r __getattr__zStatevector.__getattr__7s\    -74:t#<#< - ~ 6 6 64:t,, ,uww%%%r ct|t|o;|j|jko+tj|j|j|j|jSN)rtolatol isinstancetypernpallclosedatar(r)r$others r __eq__zStatevector.__eq__=P tT%[[ ) ) S%/1 S DIuz  RRR r cdSNTrr$s r __bool__zStatevector.__bool__D tr cTt|d|jSrrr__len__r6s r r;zStatevector.__len__Ns&T>222z!!###r cTt|d|jSrrr__iter__r6s r r>zStatevector.__iter__Rs&T>222z""$$$r cVt|d|j|Srrr __contains__r$values r rAzStatevector.__contains__Vs(T>222z&&u---r cTt|d|jSrrr __reversed__r6s r rFzStatevector.__reversed__Zs&T>222z&&(((r ) r __module__ __qualname____doc__r%r2r7r;r>rArF __classcell__rs@r rr4sLL&&&&&    $$$%%%...)))))))r rcLeZdZdZfdZdZdZdZdZdZ dZ d Z xZ S) DensityMatrixzDAer result backwards compatibility wrapper for qiskit DensityMatrix.ct|r:t|j|r%t|dt |j|St t |SNzdensity matricesrr#s r r%zDensityMatrix.__getattr__bs]    -74:t#<#< - '9 : : :4:t,, ,uww%%%r ct|t|o;|j|jko+tj|j|j|j|jSr'r*r0s r r2zDensityMatrix.__eq__hr3r cTt|d|jSrOr:r6s r r;zDensityMatrix.__len__os'T#5666z!!###r cTt|d|jSrOr=r6s r r>zDensityMatrix.__iter__ss'T#5666z""$$$r cVt|d|j|SrOr@rBs r rAzDensityMatrix.__contains__ws)T#5666z&&u---r cTt|d|jSrOrEr6s r rFzDensityMatrix.__reversed__{s'T#5666z&&(((r cVt|d|j|SrOrr __getitem__r$keys r rWzDensityMatrix.__getitem__s)T#5666z%%c***r cXt|d|j||SrOrr __setitem__r$rYrCs r r\zDensityMatrix.__setitem__s+T#5666z%%c5111r ) rrGrHrIr%r2r;r>rArFrWr\rJrKs@r rMrM_sNN&&&&&    $$$%%%...)))+++2222222r rMcReZdZdZfdZdZdZdZdZdZ dZ d Z d Z xZ S) Operatorz?Aer result backwards compatibility wrapper for qiskit Operator.ct|r:t|j|r%t|dt |j|St t |SN unitariesrr#s r r%zOperator.__getattr__s\    -74:t#<#< - { 3 3 34:t,, ,uww%%%r ct|t|o;|j|jko+tj|j|j|j|jSr'r*r0s r r2zOperator.__eq__r3r cdSr5rr6s r r7zOperator.__bool__r8r cTt|d|jSrar:r6s r r;zOperator.__len__s&T;///z!!###r cTt|d|jSrar=r6s r r>zOperator.__iter__s&T;///z""$$$r cVt|d|j|Srar@rBs r rAzOperator.__contains__s(T;///z&&u---r cTt|d|jSrarEr6s r rFzOperator.__reversed__s&T;///z&&(((r cVt|d|j|SrarVrXs r rWzOperator.__getitem__s(T;///z%%c***r cXt|d|j||Srar[r]s r r\zOperator.__setitem__s*T;///z%%c5111r rrGrHrIr%r2r7r;r>rArFrWr\rJrKs@r r_r_sII&&&&&     $$$%%%...)))+++2222222r r_cReZdZdZfdZdZdZdZdZdZ dZ d Z d Z xZ S) SuperOpz>Aer result backwards compatibility wrapper for qiskit SuperOp.ct|r:t|j|r%t|dt |j|St t |SNsuperoperatorsrr#s r r%zSuperOp.__getattr__s]    -74:t#<#< - '7 8 8 84:t,, ,uww%%%r ct|t|o;|j|jko+tj|j|j|j|jSr'r*r0s r r2zSuperOp.__eq__r3r cdSr5rr6s r r7zSuperOp.__bool__r8r cTt|d|jSror:r6s r r;zSuperOp.__len__s'T#3444z!!###r cTt|d|jSror=r6s r r>zSuperOp.__iter__s'T#3444z""$$$r cVt|d|j|Sror@rBs r rAzSuperOp.__contains__s)T#3444z&&u---r cTt|d|jSrorEr6s r rFzSuperOp.__reversed__s'T#3444z&&(((r cVt|d|j|SrorVrXs r rWzSuperOp.__getitem__s)T#3444z%%c***r cXt|d|j||Sror[r]s r r\zSuperOp.__setitem__s+T#3444z%%c5111r rkrKs@r rmrmsHH&&&&&     $$$%%%...)))+++2222222r rmcXeZdZdZdZfdZdZdZdZdZ dZ d Z d Z d Z xZS) StabilizerStatezFAer result backwards compatibility wrapper for qiskit StabilizerState.c>tjdtddS)NaIThe return type of saved stabilizers has been changed from a `dict` to a `qiskit.quantum_info.StabilizerState` as of qiskit-aer 0.10. Accessing dict attributes is deprecated and will result in an error in a future release. Use the `.clifford.to_dict()` methods to access the stored Clifford operator and convert to a dictionary.rr)rrrr6s r __deprecation_warningz%StabilizerState.__deprecation_warnings3  I       r ct|rPtt|r;|t |j|St t|SN)r r dict%_StabilizerState__deprecation_warningr!rto_dictr"r#s r r%zStabilizerState.__getattr__sh    774#6#6 7  & & ( ( (4:--//66 6uww%%%r c|dvr;tjdtd|j|St d)N) stabilizer destabilizeraDThe return type of saved stabilizers has been changed from a `dict` to a `qiskit.quantum_info.StabilizerState` as of qiskit-aer 0.10. Accessing dict items is deprecated and will result in an error in a future release. Use the `.clifford.to_dict()` methods to access the stored Clifford operator and convert to a dictionary.rrz-'StabilizerState object is not subscriptable')rrrrr TypeError)r$items r rWzStabilizerState.__getitem__s_ 1 1 1 MM #    :%%''- -GHHHr cdSr5rr6s r r7zStabilizerState.__bool__r8r c||jSr~)rrrr;r6s r r;zStabilizerState.__len__ s4 ""$$$z!!##++---r c||jSr~)rrrr>r6s r r>zStabilizerState.__iter__s4 ""$$$z!!##,,...r c||j|Sr~)rrrrArBs r rAzStabilizerState.__contains__s6 ""$$$z!!##00777r c||jSr~)rrrrFr6s r rFzStabilizerState.__reversed__s4 ""$$$z!!##00222r c@tt|d)Nz does not support additionNotImplementedErrorr,r0s r _addzStabilizerState._adds!T$ZZ"K"K"KLLLr c@tt|d)Nz' does not support scalar multiplicationrr0s r _multiplyzStabilizerState._multiplys!T$ZZ"X"X"XYYYr )rrGrHrIrr%rWr7r;r>rArFrrrJrKs@r rzrzsPP    &&&&& I I I ...///888333MMMZZZZZZZr rz)rIrnumpyr-qiskit.quantum_info quantum_infoqir rrrMr_rmrzrr r rsL      ()()()()()".()()()V&2&2&2&2&2B$&2&2&2R+2+2+2+2+2r{+2+2+2\+2+2+2+2+2bj+2+2+2\;Z;Z;Z;Z;Zb(;Z;Z;Z;Z;Zr