[RTADPA BW Tests] Introducing an Hlt1-bandwidth test via Moore_in_Allen

goes with: lhcb-datapkg/PRConfig!330 (merged) and lhcb-core/LHCbPR2HD!263 (merged) and lhcb-core/LHCbNightlyConf!1094 (merged)

Adds 3 files necessary for hlt1_BW tests nightlies and the ci-test function. (A job script and two input files).
Runs sequence hlt1_pp_forward_then_matching_no_ut_no_gec via Moore.

ToDo:

• Decide on input file.
  • Confirm .yaml information for the chosen input file.

Hlt/Hlt1Conf/tests/options/bandwidth/hlt1_bandwidth_streamless_streams.py

@@ -32,30 +32,21 @@ from inspect import signature
 fname_helper = FileNameHelper(process="hlt1")
 fname_helper.make_tmp_dirs()
 options.output_file = fname_helper.mdf_fname_for_Moore(
-    stream_config="production")
+    stream_config="streamless").format(stream="streamless")
 options.output_type = 'MDF'
-options.output_manifest_file = fname_helper.tck(stream_config="production")
+options.output_manifest_file = fname_helper.tck(stream_config="streamless")
 
 
 def name(linedefn):
     return signature(linedefn).parameters['name'].default
 
 
-def make_module_streams():
-    linedict = {  # stream per line to calculate line-similarity
-        name(line): [line]
-        for line in all_lines_functions()
-    }
-
-    # Write out stream configuration to JSON file for use later in the test
+def make_lines():
     with open(
-            fname_helper.stream_config_json_path(stream_config="production"),
+            fname_helper.stream_config_json_path(stream_config="streamless"),
             'w') as f:
-        json.dump({k: [name(line) for line in v]
-                   for k, v in linedict.items()},
-                  f)  #trivial json {name(line): [name(line)]}
-    return linedict
-
+        json.dump({"streamless": [name(line) for line in all_lines_functions()]}, f)
+    return [line() for line in all_lines_functions()]
 
 options.scheduler_legacy_mode = False
-run_moore(options, make_streams=make_module_streams)
+run_moore(options, make_lines)