Try fixes

CliMA · Nov 8, 2024 · 92e8acb · 92e8acb
1 parent 61272d8
commit 92e8acb
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Showing 2 changed files with 8 additions and 6 deletions.
diff --git a/.buildkite/gpu_pipeline/pipeline.yml b/.buildkite/gpu_pipeline/pipeline.yml
@@ -61,7 +61,7 @@ steps:
             --config_file ${GPU_CONFIG_PATH}target_gpu_implicit_baroclinic_wave.yml
             --job_id target_gpu_implicit_baroclinic_wave
 
-            nsys stats --report cuda_gpu_trace report.nsys-rep --output target_gpu_implicit_baroclinic_wave/output_active/ --format csv
+            nsys stats --report cuda_gpu_trace target_gpu_implicit_baroclinic_wave/output_active/report.nsys-rep --output target_gpu_implicit_baroclinic_wave/output_active/ --format csv
             julia --project=.buildkite/analysis .buildkite/nsight_analysis.jl --out_dir target_gpu_implicit_baroclinic_wave/output_active/
         artifact_paths: "target_gpu_implicit_baroclinic_wave/output_active/*"
         env:

diff --git a/.buildkite/nsight_analysis.jl b/.buildkite/nsight_analysis.jl
@@ -22,7 +22,7 @@ output_dir = get_params()
 @time "Load CSV file" begin
     if !@isdefined(data_and_init)
         data_and_init = cd(output_dir) do
-            CSV.read("report_cuda_gpu_trace.csv", DataFrame)
+            CSV.read("_cuda_gpu_trace.csv", DataFrame)
         end
     end
 end
@@ -53,7 +53,9 @@ function filter_out_initialization(
         n -> occursin("CUDA memcpy Host-to-Device", n),
         data[!, "Name"],
     )
-    data = data[(last_Host_to_Device + 1):end, :]
+    if !isnothing(last_Host_to_Device)
+        data = data[(last_Host_to_Device + 1):end, :]
+    end
 
     # filter until maximum kernel duration is in the
     # distribution of the remaining kernels:
@@ -176,10 +178,10 @@ function unicode_barchart(data)
     N = length(data[:, "Name"])
     @info "Statistics across $N total kernels"
 
-    sorted_barplot(names, bar_data; title = "Kernel duration percentage")
-    sorted_barplot(names, n_kernels; title = "Number of kernels")
+    sorted_barplot(names₀, bar_data; title = "Kernel duration percentage")
+    sorted_barplot(names₀, n_kernels; title = "Number of kernels")
     sorted_barplot(
-        names,
+        names₀,
         average_kernel_cost;
         title = "Average kernel duration (μs)",
     )