Process completed with exit code 1.

62 docstrings not included in the manual: QuantumInterface.variance :: Union{Tuple{BC}, Tuple{B}, Tuple{Any, QuantumInterface.AbstractOperator{B, B}, QuantumInterface.AbstractOperator{BC, BC}}} where {B, BC<:QuantumInterface.CompositeBasis} QuantumClifford.ECC.code_n QuantumClifford.ECC.shor_ancillary_paulimeasurement :: Union{Tuple{PauliOperator}, Tuple{PauliOperator, Any}, Tuple{PauliOperator, Any, Any}} QuantumInterface.CompositeBasis Base.length :: Tuple{QuantumInterface.Basis} QuantumInterface.AbstractSuperOperator QuantumClifford.ECC.faults_matrix :: Tuple{Stabilizer} QuantumClifford.ECC.code_s QuantumInterface.basis QuantumInterface.samebases :: Tuple{QuantumInterface.Basis, QuantumInterface.Basis} QuantumClifford.ECC.naive_encoding_circuit :: Tuple{Any} QuantumInterface.AbstractOperator SparseArrays.sparse :: Tuple{QuantumInterface.AbstractOperator} LinearAlgebra.ishermitian :: Tuple{QuantumInterface.AbstractOperator} QuantumInterface.permutesystems :: Tuple{QuantumInterface.CompositeBasis, Any} QuantumClifford.ECC.shor_syndrome_circuit QuantumInterface.ptrace :: Tuple{QuantumInterface.CompositeBasis, Any} QuantumInterface.equal_shape :: Tuple{Any, Any} Base.exp :: Tuple{QuantumInterface.AbstractOperator} LinearAlgebra.norm :: Tuple{QuantumInterface.StateVector} QuantumInterface.SumBasis QuantumInterface.PauliBasis LinearAlgebra.normalize! :: Tuple{QuantumInterface.AbstractOperator} LinearAlgebra.normalize! :: Tuple{QuantumInterface.StateVector} QuantumInterface.check_indices :: Tuple{Any, Any} QuantumClifford.ECC.parity_matrix :: Tuple{QuantumClifford.ECC.AbstractECC} LinearAlgebra.tr :: Tuple{QuantumInterface.AbstractOperator} QuantumInterface.remove :: Tuple{Any, Any} QuantumInterface.@samebases :: Tuple{Any} QuantumClifford.ECC.logz_ops :: Tuple{Any} QuantumClifford.ECC.code_k :: Tuple{Any} QuantumClifford.ECC.isdegenerate QuantumInterface.StateVector QuantumInterface.equal_bases :: Tuple{Any, Any} QuantumInterface.identityoperator :: Union{Tuple{S}, Tuple{T}, Tuple{Type{T}, Type{S}, QuantumInterface.Basis, QuantumInterface.Basis}} where {T<:QuantumInterface.AbstractOperator, S} QuantumClifford.ECC.naive_ancillary_paulimeasurement :: Union{Tuple{PauliOperator}, Tuple{PauliOperator, Any}, Tuple{PauliOperator, Any, Any}} QuantumInterface.reduced :: Tuple{QuantumInterface.CompositeBasis, Any} QuantumInterface.SpinBasis QuantumInterface.directsum :: Tuple{QuantumInterface.Basis, QuantumInterface.Basis} QuantumClifford.ECC.logx_ops :: Tuple{Any} QuantumInterface.FockBasis QuantumClifford.ECC.Cleve8 QuantumClifford.ECC.rate :: Tuple{Any} LinearAlgebra.normalize :: Tuple{QuantumInterface.AbstractOperator} LinearAlgebra.normalize :: Tuple{QuantumInterface.StateVector} QuantumInterface.complement :: Tuple{Any, Any} QuantumInterface.NLevelBasis QuantumClifford.ECC.distance QuantumInterface.shiftremove :: Tuple{Any, Any} QuantumClifford.ECC.parity_checks QuantumInterface.GenericBasis QuantumInterface.check_sortedindices :: Tuple{Any, Any} QuantumInterface.identitysuperoperator QuantumInterface.check_multiplicable :: Tuple{Any, Any} QuantumInterface.embed :: Union{Tuple{T}, Tuple{QuantumInterface.CompositeBasis, QuantumInterface.CompositeBasis, Dict{<:Vector{<:Integer}, T}}} where T<:QuantumInterface.AbstractOperator QuantumInterface.embed :: Union{Tuple{T}, Tuple{QuantumInterface.CompositeBasis, QuantumInterface.CompositeBasis, Any, Vector{T}}} where T<:QuantumInterface.AbstractOperator QuantumInterface.check_samebases :: Tuple{Any, Any} QuantumInterface.IncompatibleBases QuantumInterface.Basis QuantumInterface.check_embed_indices :: Tuple{Any} QuantumClifford.ECC.naive_syndrome_circuit QuantumInterface.multiplicable :: Tuple{QuantumInterface.Basis, QuantumInterface.Basis} These are docstrings in the checked modules (configured with the modules keyword) that are not included