Update other tests to use 2023 data

tests/particle/test_generation.py

@@ -33,19 +33,19 @@
     three_charge,
 )
 
-FILES = ["particle2021.csv", "particle2022.csv"]
+FILES = ["particle2022.csv", "particle2023.csv"]
 
 
 def test_generate(tmp_path):
     "This verifies that the input and output files match."
 
-    particle2021 = tmp_path / "particle2021.csv"
     particle2022 = tmp_path / "particle2022.csv"
+    particle2023 = tmp_path / "particle2023.csv"
 
-    produce_files(particle2021, particle2022, "DUMMY", "2022")
+    produce_files(particle2022, particle2023, "DUMMY", "2023")
 
-    particle2022_data = data.basepath / "particle2022.csv"
-    with particle2022.open() as src, particle2022_data.open() as res:
+    particle2023_data = data.basepath / "particle2023.csv"
+    with particle2023.open() as src, particle2023_data.open() as res:
         src_filtered = [line for line in src.readlines() if not line.startswith("#")]
         res_filtered = [line for line in res.readlines() if not line.startswith("#")]
         assert src_filtered == res_filtered

tests/particle/test_performance.py

@@ -4,19 +4,19 @@
 
 
 def test_load_particle_table(benchmark):
-    benchmark(Particle.load_table, data.basepath / "particle2022.csv")
+    benchmark(Particle.load_table, data.basepath / "particle2023.csv")
 
 
 def test_load_nuclei_append(benchmark):
     def load_two():
-        Particle.load_table(data.basepath / "particle2022.csv")
+        Particle.load_table(data.basepath / "particle2023.csv")
         Particle.load_table(data.basepath / "nuclei2022.csv", append=True)
 
     benchmark(load_two)
 
 
 def test_from_pdgid(benchmark):
-    Particle.load_table(data.basepath / "particle2022.csv")
+    Particle.load_table(data.basepath / "particle2023.csv")
     table = [int(s.pdgid) for s in Particle.all()]
 
     def get_all(listing):