add test scheduling timeline

add dependencies test

Author: m-fila

test/runtests.jl

@@ -11,4 +11,5 @@ using Test
 
 @testset verbose = true "FrameworkDemo.jl" begin
     include("parsing.jl")
+    include("scheduling.jl")
 end

test/scheduling.jl

@@ -0,0 +1,94 @@
+using FrameworkDemo
+using Dagger
+using Graphs
+using MetaGraphs
+
+function get_alg_timeline(logs::Dict)
+    timeline = Dict{Int,Any}()
+    Dagger.logs_event_pairs(logs) do w, start_idx, finish_idx
+        category = logs[w][:core][start_idx].category
+        if category == :compute
+            tid = logs[w][:id][start_idx].thunk_id
+            t_start = logs[w][:core][start_idx].timestamp
+            t_stop = logs[w][:core][finish_idx].timestamp
+            timeline[tid] = (start=t_start, stop=t_stop)
+        end
+    end
+    return timeline
+end
+
+function get_alg_deps(logs::Dict)
+    task_deps = Dict{Int,Set{Int}}()
+    for w in keys(logs)
+        for idx in 1:length(logs[w][:core])
+            category = logs[w][:core][idx].category
+            kind = logs[w][:core][idx].kind
+            if category == :add_thunk && kind == :start
+                (tid, deps) = logs[w][:taskdeps][idx]
+                if isa(deps, Vector{Int}) && !isempty(deps)
+                    task_deps[tid] = Set{Int}(deps)
+                end
+            end
+        end
+    end
+    return task_deps
+end
+
+
+@testset verbose = true "Scheduling" begin
+    graph = FrameworkDemo.parse_graphml(["../data/demo/datadeps/df.graphml"])
+    algorithms_count = 7
+    set_indexing_prop!(graph, :node_id)
+
+    Dagger.enable_logging!(timeline=true,
+        tasknames=true,
+        taskdeps=true,
+        taskargs=true,
+        taskargmoves=true,
+    )
+    _ = Dagger.fetch_logs!() # flush logs
+
+    FrameworkDemo.schedule_graph(graph)
+    for v in vertices(graph)
+        wait(get_prop(graph, v, :res_data))
+    end
+    logs = Dagger.fetch_logs!()
+    @test !isnothing(logs)
+
+    task_to_tid = lock(Dagger.Sch.EAGER_ID_MAP) do id_map
+        return deepcopy(id_map)
+    end
+
+    function get_tid(node_id::String)::Int
+        task = get_prop(graph, graph[node_id, :node_id], :res_data)
+        return task_to_tid[task.uid]
+    end
+
+    @testset "Timeline" begin
+        timeline = get_alg_timeline(logs)
+        @test length(timeline) == algorithms_count
+
+        get_time = (node_id) -> timeline[get_tid(node_id)]
+
+        @test get_time("ProducerA").stop < get_time("TransformerAB").start
+        @test get_time("ProducerBC").stop < get_time("TransformerAB").start
+        @test get_time("ProducerBC").stop < get_time("ConsumerBC").start
+        @test get_time("ProducerBC").stop < get_time("TransformerC").start
+        @test get_time("ProducerBC").stop < get_time("ConsumerCD").start
+        @test get_time("TransformerAB").stop < get_time("ConsumerE").start
+        @test get_time("TransformerAB").stop < get_time("ConsumerCD").start
+    end
+
+    @testset "Dependencies" begin
+        deps = get_alg_deps(logs)
+        get_deps = node_id -> deps[get_tid(node_id)]
+
+        @test get_tid("ProducerA") ∈ get_deps("TransformerAB")
+        @test get_tid("ProducerBC") ∈ get_deps("TransformerAB")
+        @test get_tid("ProducerBC") ∈ get_deps("ConsumerBC")
+        @test get_tid("ProducerBC") ∈ get_deps("TransformerC")
+        @test get_tid("ProducerBC") ∈ get_deps("ConsumerCD")
+        @test get_tid("TransformerAB") ∈ get_deps("ConsumerE")
+        @test get_tid("TransformerAB") ∈ get_deps("ConsumerCD")
+    end
+end