Remove rational_function_field wrapper #4215
Triggered via pull request
October 6, 2023 17:39
Status
Failure
Total duration
1h 22m 39s
Artifacts
–
CI.yml
on: pull_request
Documentation
14m 52s
Matrix: test
Annotations
4 errors and 1 warning
test (~1.10.0-0, ubuntu-latest)
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test (~1.10.0-0, ubuntu-latest)
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test (nightly, ubuntu-latest)
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test (nightly, ubuntu-latest)
Process completed with exit code 143.
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Documentation:
../../../.julia/packages/Documenter/bYYzK/src/Utilities/Utilities.jl#L34
2318 docstrings not included in the manual:
has_algebra :: Tuple{Hecke.ModAlgAss}
isnorm_divisible_pp
divisor_lenstra :: Tuple{ZZRingElem, ZZRingElem, ZZRingElem}
isrationally_equivalent
istriangular
ZZModPolyRingElem
torsion_structure :: Tuple{EllCrv{QQFieldElem}}
torsion_structure :: Tuple{EllCrv{nf_elem}}
HessQRModule
exp_pi_i :: Tuple{qqbar}
fmpz
inertia_field :: Tuple{ClassField, NfOrdIdl}
endomorphism_ring :: Tuple{Hecke.EndAlgMap, Hecke.ModAlgAssLat}
identity_isogeny :: Tuple{EllCrv}
dual_of_frobenius :: Tuple{Any}
quartic_rational_point_search :: Union{NTuple{7, Any}, NTuple{8, Any}, NTuple{9, Any}}
FqNmodPolyRing
is_equal_abs_real :: Tuple{qqbar, qqbar}
tates_algorithm_global :: Tuple{EllCrv{QQFieldElem}}
EvalEnv
local_height :: Union{Tuple{EllCrvPt{QQFieldElem}, Any}, Tuple{EllCrvPt{QQFieldElem}, Any, Int64}}
isregular
lattice :: Tuple{Hecke.JorDec}
lattice :: Tuple{Hecke.ModAlgAss{QQField}, Hecke.AlgAssAbsOrd, MatElem}
lattice :: Tuple{Hecke.QuadSpace{QQField, QQMatrix}, MatElem{<:Union{Integer, QQFieldElem, ZZRingElem, Rational}}}
FqPolyRepMatrix
fqPolyRepFieldElem
torsion_unit_order :: Tuple{NfOrdElem, Int64}
chain_complex :: Tuple{Vararg{Map{GrpAbFinGen, GrpAbFinGen}}}
support :: Tuple{Divisor}
sin :: Tuple{ca}
fpMatrixSpace
isfinite :: Tuple{ComplexFieldElem}
isfinite :: Tuple{arb}
isfinite :: Tuple{RealFieldElem}
isfinite :: Tuple{acb}
quadratic_space :: Tuple{Field, MatElem}
quadratic_space :: Tuple{Field, Int64}
order_via_exhaustive_search :: Union{Tuple{EllCrv{T}}, Tuple{T}} where T<:FinFieldElem
real_field
fmms! :: NTuple{5, ZZRingElem}
bessel_j :: Tuple{acb, acb}
bessel_j :: Union{Tuple{ComplexFieldElem, ComplexFieldElem}, Tuple{ComplexFieldElem, ComplexFieldElem, Int64}}
locally_isometric_sublattice :: Tuple{HermLat, HermLat, Any}
next_minimal :: Tuple{QQFieldElem}
zzModMPolyRingElem
embeddings :: Tuple{InfPlc}
reduce_mod! :: Union{Tuple{T}, Tuple{MatElem{T}, MatElem{T}}} where T<:FieldElem
has_complement :: Tuple{TorQuadModuleMor}
has_complement :: Union{Tuple{GrpAbFinGenMap}, Tuple{GrpAbFinGenMap, Bool}}
rising_factorial :: Tuple{acb, Int64}
rising_factorial :: Tuple{QQFieldElem, Int64, ArbField}
rising_factorial :: Union{Tuple{RealFieldElem, Int64}, Tuple{RealFieldElem, Int64, Int64}}
rising_factorial :: Tuple{ZZRingElem, ZZRingElem}
rising_factorial :: Tuple{ZZRingElem, Int64}
rising_factorial :: Union{Tuple{QQFieldElem, Int64, RealField}, Tuple{QQFieldElem, Int64, RealField, Int64}}
rising_factorial :: Tuple{arb, Int64}
rising_factorial :: Tuple{ComplexFieldElem, Int64}
hilbert :: Tuple{QQMatrixSpace}
isdiscriminant
divisible :: Tuple{ZZRingElem, ZZRingElem}
divisible :: Tuple{ZZRingElem, Int64}
common_eigenspaces :: Union{Tuple{Vector{<:MatElem{T}}}, Tuple{T}} where T<:FieldElem
round :: Tuple{Type{ZZRingElem}, ZZRingElem, ZZRingElem}
height :: Tuple{QQFieldElem}
height :: Tuple{ZZPolyRingElem}
height :: Tuple{qqbar}
_improper_spinor_generators :: Tuple{ZZGenus}
group_structure :: Tuple{NfOrdQuoRing}
GFPRelSeriesRing
find_morphism :: Union{Tuple{T}, Tuple{T, T}} where T<:FinField
polylog :: Tuple{Union{Int64, arb}, arb}
polylog :: Tuple{Union{Int64, acb}, acb}
polylog :: Tuple{Union{Int64, RealFieldElem}, RealFieldElem}
polylog :: Tuple{Union{Int64, ComplexFieldElem}, ComplexFieldElem}
anti_uniformizer :: Tuple{NumFieldOrdIdl}
ismaximal_known_and_maximal
nmod
isstable
isprincipal_non_maximal
picard_group :: Union{Tuple{Hecke.AlgAssAbsOrd}, Tuple{Hecke.AlgAssAbsOrd, Bool}}
GrpAbFinGen :: Union{Tuple{AbstractVector{T}}, Tuple{T}} where T<:Integer
GrpAbFinGen :: Tuple{TorQuadModuleElem}
factorial :: Tuple{arb}
factorial :: Union{Tuple{RealFieldElem}, Tuple{RealFieldElem, Int64}}
factorial :: Union{Tuple{Int64, RealField}, Tuple{Int64, RealField, Int64}}
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