reviewdog: Too many results (annotations) in diff. You may miss some annotations due to GitHub limitation for annotation created by logging command. Please check GitHub Actions log console to see all results. Limitation: - 10 warning annotations and 10 error annotations per step - 50 annotations per job (sum of annotations from all the steps) - 50 annotations per run (separate from the job annotations, these annotations aren't created by users) Source: https://github.community/t5/GitHub-Actions/Maximum-number-of-annotations-that-can-be-created-using-GitHub/m-p/39085

Process completed with exit code 1.

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: src/ITensorNetworks.jl:109:-include(joinpath("solvers","eigsolve.jl")) src/ITensorNetworks.jl:110:-include(joinpath("solvers","exponentiate.jl")) src/ITensorNetworks.jl:109:+include(joinpath("solvers", "eigsolve.jl")) src/ITensorNetworks.jl:110:+include(joinpath("solvers", "exponentiate.jl"))

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: src/ITensorNetworks.jl:112:-include(joinpath("solvers","applyexp.jl")) src/ITensorNetworks.jl:113:-include(joinpath("solvers","dmrg_x_solver.jl")) src/ITensorNetworks.jl:112:+include(joinpath("solvers", "applyexp.jl")) src/ITensorNetworks.jl:113:+include(joinpath("solvers", "dmrg_x_solver.jl"))

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: src/solvers/applyexp.jl:2:- function solver( src/solvers/applyexp.jl:3:- init; src/solvers/applyexp.jl:4:- psi_ref!, src/solvers/applyexp.jl:5:- PH_ref!, src/solvers/applyexp.jl:6:- region, src/solvers/applyexp.jl:7:- sweep_regions, src/solvers/applyexp.jl:8:- sweep_step, src/solvers/applyexp.jl:9:- solver_krylovdim=30, src/solvers/applyexp.jl:10:- solver_outputlevel=0, src/solvers/applyexp.jl:11:- solver_tol=1E-8, src/solvers/applyexp.jl:12:- substep, src/solvers/applyexp.jl:13:- time_step, src/solvers/applyexp.jl:14:- normalize, src/solvers/applyexp.jl:15:- ) src/solvers/applyexp.jl:16:- H=PH_ref![] src/solvers/applyexp.jl:17:- #applyexp tol is absolute, compute from tol_per_unit_time: src/solvers/applyexp.jl:18:- tol = abs(time_step) * tol_per_unit_time src/solvers/applyexp.jl:19:- psi, exp_info = applyexp( src/solvers/applyexp.jl:20:- H, time_step, init; tol, maxiter=solver_krylovdim, outputlevel=solver_outputlevel src/solvers/applyexp.jl:21:- ) src/solvers/applyexp.jl:22:- return psi, (; info=exp_info) src/solvers/applyexp.jl:23:- end src/solvers/applyexp.jl:24:- return solver src/solvers/applyexp.jl:2:+ function solver( src/solvers/applyexp.jl:3:+ init; src/solvers/applyexp.jl:4:+ psi_ref!, src/solvers/applyexp.jl:5:+ PH_ref!, src/solvers/applyexp.jl:6:+ region, src/solvers/applyexp.jl:7:+ sweep_regions, src/solvers/applyexp.jl:8:+ sweep_step, src/solvers/applyexp.jl:9:+ solver_krylovdim=30, src/solvers/applyexp.jl:10:+ solver_outputlevel=0, src/solvers/applyexp.jl:11:+ solver_tol=1E-8, src/solvers/applyexp.jl:12:+ substep, src/solvers/applyexp.jl:13:+ time_step, src/solvers/applyexp.jl:14:+ normalize, src/solvers/applyexp.jl:15:+ ) src/solvers/applyexp.jl:16:+ H = PH_ref![] src/solvers/applyexp.jl:17:+ #applyexp tol is absolute, compute from tol_per_unit_time: src/solvers/applyexp.jl:18:+ tol = abs(time_step) * tol_per_unit_time src/solvers/applyexp.jl:19:+ psi, exp_info = applyexp( src/solvers/applyexp.jl:20:+ H, time_step, init; tol, maxiter=solver_krylovdim, outputlevel=solver_outputlevel src/solvers/applyexp.jl:21:+ ) src/solvers/applyexp.jl:22:+ return psi, (; info=exp_info) src/solvers/applyexp.jl:23:+ end src/solvers/applyexp.jl:24:+ return solver

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: src/solvers/applyexp.jl:26:- src/solvers/applyexp.jl:27:-

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: src/solvers/dmrg_x_solver.jl:2:- init; src/solvers/dmrg_x_solver.jl:3:- psi_ref!, src/solvers/dmrg_x_solver.jl:4:- PH_ref!, src/solvers/dmrg_x_solver.jl:5:- normalize=nothing, src/solvers/dmrg_x_solver.jl:6:- region, src/solvers/dmrg_x_solver.jl:7:- sweep_regions, src/solvers/dmrg_x_solver.jl:8:- sweep_step, src/solvers/dmrg_x_solver.jl:9:- half_sweep, src/solvers/dmrg_x_solver.jl:10:- step_kwargs... src/solvers/dmrg_x_solver.jl:11:- ) src/solvers/dmrg_x_solver.jl:2:+ init; src/solvers/dmrg_x_solver.jl:3:+ psi_ref!, src/solvers/dmrg_x_solver.jl:4:+ PH_ref!, src/solvers/dmrg_x_solver.jl:5:+ normalize=nothing, src/solvers/dmrg_x_solver.jl:6:+ region, src/solvers/dmrg_x_solver.jl:7:+ sweep_regions, src/solvers/dmrg_x_solver.jl:8:+ sweep_step, src/solvers/dmrg_x_solver.jl:9:+ half_sweep, src/solvers/dmrg_x_solver.jl:10:+ step_kwargs..., src/solvers/dmrg_x_solver.jl:11:+)

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: src/solvers/dmrg_x_solver.jl:13:- D, U = eigen(H; ishermitian=true) src/solvers/dmrg_x_solver.jl:13:+ D, U = eigen(H; ishermitian=true)

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: src/solvers/dmrg_x_solver.jl:19:-end src/solvers/dmrg_x_solver.jl:19:+end

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: src/solvers/eigsolve.jl:3:- solver_which_eigenvalue=:SR, #TODO: settle on pattern to pass solver kwargs src/solvers/eigsolve.jl:4:- ishermitian=true, src/solvers/eigsolve.jl:5:- solver_tol=1e-14, src/solvers/eigsolve.jl:6:- solver_krylovdim=3, src/solvers/eigsolve.jl:7:- solver_maxiter=1, src/solvers/eigsolve.jl:8:- solver_verbosity=0, src/solvers/eigsolve.jl:3:+ solver_which_eigenvalue=:SR, #TODO: settle on pattern to pass solver kwargs src/solvers/eigsolve.jl:4:+ ishermitian=true, src/solvers/eigsolve.jl:5:+ solver_tol=1e-14, src/solvers/eigsolve.jl:6:+ solver_krylovdim=3, src/solvers/eigsolve.jl:7:+ solver_maxiter=1, src/solvers/eigsolve.jl:8:+ solver_verbosity=0, src/solvers/eigsolve.jl:9:+) src/solvers/eigsolve.jl:10:+ function solver( src/solvers/eigsolve.jl:11:+ init; src/solvers/eigsolve.jl:12:+ psi_ref!, src/solvers/eigsolve.jl:13:+ PH_ref!, src/solvers/eigsolve.jl:14:+ normalize, src/solvers/eigsolve.jl:15:+ region, src/solvers/eigsolve.jl:16:+ sweep_regions, src/solvers/eigsolve.jl:17:+ sweep_step, src/solvers/eigsolve.jl:18:+ sweep_kwargs..., src/solvers/eigsolve.jl:19:+ # slurp solver_kwargs? #TODO: homogenize how the solver kwargs are passed

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: src/solvers/eigsolve.jl:10:- src/solvers/eigsolve.jl:11:- function solver( src/solvers/eigsolve.jl:12:- init; src/solvers/eigsolve.jl:13:- psi_ref!, src/solvers/eigsolve.jl:14:- PH_ref!, src/solvers/eigsolve.jl:15:- normalize, src/solvers/eigsolve.jl:16:- region, src/solvers/eigsolve.jl:17:- sweep_regions, src/solvers/eigsolve.jl:18:- sweep_step, src/solvers/eigsolve.jl:19:- sweep_kwargs... src/solvers/eigsolve.jl:20:- # slurp solver_kwargs? #TODO: homogenize how the solver kwargs are passed src/solvers/eigsolve.jl:21:- ) src/solvers/eigsolve.jl:22:- howmany = 1 src/solvers/eigsolve.jl:23:- which = solver_which_eigenvalue src/solvers/eigsolve.jl:24:- vals, vecs, info = eigsolve( src/solvers/eigsolve.jl:25:- PH_ref![], src/solvers/eigsolve.jl:26:- init, src/solvers/eigsolve.jl:27:- howmany, src/solvers/eigsolve.jl:28:- which; src/solvers/eigsolve.jl:29:- ishermitian, src/solvers/eigsolve.jl:30:- tol=solver_tol, src/solvers/eigsolve.jl:31:- krylovdim=solver_krylovdim, src/solvers/eigsolve.jl:32:- maxiter=solver_maxiter, src/solvers/eigsolve.jl:33:- verbosity=solver_verbosity, src/solvers/eigsolve.jl:34:- ) src/solvers/eigsolve.jl:35:- phi = vecs[1] src/solvers/eigsolve.jl:36:- return phi, (; solver_info=info, energies=vals) src/solvers/eigsolve.jl:37:- end src/solvers/eigsolve.jl:38:- return solver src/solvers/eigsolve.jl:21:+ howmany = 1 src/solvers/eigsolve.jl:22:+ which = solver_which_eigenvalue src/solvers/eigsolve.jl:23:+ vals, vecs, info = eigsolve( src/solvers/eigsolve.jl:24:+ PH_ref![], src/solvers/eigsolve.jl:25:+ init, src/solvers/eigsolve.jl:26:+ howmany, src/solvers/eigsolve.jl:27:+ which; src/solvers/eigsolve.jl:28:+ ishermitian, src/solvers/eigsolve.jl:29:+ tol=solver_tol, src/solvers/eigsolve.jl:30:+ krylovdim=solver_krylovdim, src/solvers/eigsolve.jl:31:+ maxiter=solver_maxiter, src/solvers/eigsolve.jl:32:+ verbosity=solver_verbosity, src/solvers/eigsolve.jl:33:+ ) src/solvers/eigsolve.jl:34:+ phi = vecs[1] src/solvers/eigsolve.jl:35:+ return phi, (; solver_info=info, energies=vals)