failed to run `@example` block in src/tutorial/message_queues.md:137-211 ```@example messagechannel sim = Simulation() communication_delay = 1.0 channel_1to2 = DelayQueue{Bool}(sim, communication_delay) channel_2to1 = DelayQueue{Bool}(sim, communication_delay) channel_ready = DelayQueue{Bool}(sim, communication_delay) global_log = [] @Resumable function do_random_measurement_transmit_receive_compare(sim, channel_out, channel_in) @yield timeout(sim, 2+rand()) # wait for the measurement to take place local_measurement = rand() < 0.4 # simulate a random measurement result put!(channel_out, local_measurement) other_measurement = @yield take!(channel_in) succeeded = local_measurement == other_measurement == true return succeeded end @Resumable function reset_system(sim) s = now(sim) reset_duration = 2.0 @yield timeout(sim, reset_duration) put!(channel_ready, true) push!(global_log, (:reset_system, s, now(sim))) end @Resumable function process_node1(sim) while true s = now(sim) succeeded = @yield @process do_random_measurement_transmit_receive_compare(sim, channel_1to2, channel_2to1) if succeeded throw(StopSimulation("Success!")) end push!(global_log, (:node_1_meas_tx_rx, s, now(sim))) s2 = now(sim) @yield @process reset_system(sim) push!(global_log, (:node_1_wait_for_reset, s2, now(sim))) end end @Resumable function process_node2(sim) while true s = now(sim) succeeded = @yield @process do_random_measurement_transmit_receive_compare(sim, channel_2to1, channel_1to2) if succeeded throw(StopSimulation("Success!")) end push!(global_log, (:node_2_meas_tx_rx, s, now(sim))) s2 = now(sim) @yield take!(channel_ready) push!(global_log, (:node_2_wait_for_reset, s2, now(sim))) end end @process process_node1(sim) @process process_node2(sim) ConcurrentSim.run(sim) fig = Figure() ax = Axis(fig[1,1],xlabel="time") hideydecorations!(ax) for (i, symbol) in enumerate([:node_1_meas_tx_rx,:node_2_meas_tx_rx,:reset_system,:node_1_wait_for_reset,:node_2_wait_for_reset]) x_coords = [(x₀, x₁) for (s, x₀, x₁) in global_log if s==symbol] coords = [(Point(x₀,y+i/5),Point(x₁,y+i/5)) for (y,(x₀, x₁)) in enumerate(x_coords)] linesegments!(coords,color=Cycled(i),label=string(symbol),linewidth=10) flat_coords = collect(Iterators.flatten(coords)) scatter!(flat_coords,color=Cycled(i)) end axislegend(ax) fig ``` exception = `Makie.convert_arguments` for the plot type MakieCore.LineSegments and its conversion trait MakieCore.PointBased() was unsuccessful. The signature that could not be converted was: ::Vector{Any} Makie needs to convert all plot input arguments to types that can be consumed by the backends (typically Arrays with Float32 elements). You can define a method for `Makie.convert_arguments` (a type recipe) for these types or their supertypes to make this set of arguments convertible (See http://docs.makie.org/stable/documentation/recipes/index.html). Alternatively, you can define `Makie.convert_single_argument` for single arguments which have types that are unknown to Makie but which can be converted to known types and fed back to the conversion pipeline. Stacktrace: [1] error(s::String) @ Base ./error.jl:35 [2] convert_arguments(T::Type{MakieCore.LineSegments}, args::Vector{Any}; kw::@kwargs{}) @ Makie ~/.julia/packages/Makie/VRavR/src/conversions.jl:17 [3] convert_arguments(T::Type{MakieCore.LineSegments}, args::Vector{Any}) @ Makie ~/.julia/packages/Makie/VRavR/src/conversions.jl:7 [4] (MakieCore.LineSegments)(args::Tuple{Vector{Any}}, plot_attributes::Dict{Symbol, Any}) @ Makie ~/.julia/packages/Makie/VRavR/src/interfaces.jl:139 [5] _create_plot!(F::Function, attributes::Dict{Symbol, Any}, args::Vector{Any}) @ Makie ~/.julia/packages/Makie/VRavR/src/figureplotting.jl:282

Process completed with exit code 1.

7 docstrings not included in the manual: QuantumSavory.tag_types QuantumSavory.CircuitZoo.StringentBody QuantumSavory.CircuitZoo.StringentHeadNode QuantumSavory.CircuitZoo.StringentHead QuantumSavory.CircuitZoo.inputqubits QuantumSavory.CircuitZoo.StringentBodyNode QuantumSavory.Wildcard These are docstrings in the checked modules (configured with the modules keyword) that are not included in canonical @docs or @autodocs blocks.