skip html preview key

Author: joshua-benchling

src/allotropy/parsers/cytiva_biacore_t200_evaluation/cytiva_biacore_t200_evaluation_structure.py

@@ -308,8 +308,10 @@ def create(
             os_type=system_info_data.get(str, "OSType"),
             os_version=system_info_data.get(str, "OSVersion"),
             measurement_time=measurement_time,
-            unread_system_data=system_info_data.get_unread(),
-            unread_application_properties=app_props_data.get_unread(),
+            unread_system_data=system_info_data.get_unread(skip={"HtmlPreview"}),
+            unread_application_properties=app_props_data.get_unread(
+                skip={"HtmlPreview"}
+            ),
         )
 
 

tests/parsers/cytiva_biacore_t200_evaluation/testdata/biacore_evaluation_module_example.json

@@ -2994,12 +2994,11 @@
                 "operating system version": "6.2.9200.0",
                 "Timestamp": "06/11/2025 12:38:26",
                 "TemplateExtension": "Method",
-                "HtmlPreview": "General settings\n\nTemperature after run used                   \t\tNo\nSample compartment temperature               \t\t25C\nSample compartment temperature varies        \t\tNo\nData collection rate                         \t\t10Hz\nConcentration unit                           \t\tnM\nA                                            \t\tHBS-EP+\nB                                            \t\t[No buffer name specified]\nC                                            \t\t[No buffer name specified]\nD                                            \t\t[No buffer name specified]\nDetection                                    \t\tMulti\nFlow path                                    \t\t2-1,3-1,4-1\n\nCycle Types\n\nKinetics\n\nCommands in cycle type Kinetics\n\nSample1\nType                                         \tHigh Performance\nSample solution                              \tIs Variable\t\nContact time (s)                             \t250\nDissociation time (s)                        \t500\nFlow rate (l/min)                           \t30\nFlow path                                    \t1,2,3,4\nConc                                         \tIs variable\nMW                                           \tIs variable\n\nRegeneration1\nRegeneration solution                        \t0.75M NaCl\nContact time (s)                             \t30\nFlow rate (l/min)                           \t30\nFlow path                                    \t2\nHigh viscosity                               \tNo\n\nRegeneration3\nRegeneration solution                        \t1M NaCl\nContact time (s)                             \t30\nFlow rate (l/min)                           \t30\nFlow path                                    \t4\nHigh viscosity                               \tNo\n\nRegeneration2\nRegeneration solution                        \tGlycine pH 1.5\nContact time (s)                             \t30\nFlow rate (l/min)                           \t30\nFlow path                                    \t1\nHigh viscosity                               \tNo\n\nRegeneration4\nRegeneration solution                        \tGlycine pH 2\nContact time (s)                             \t30\nFlow rate (l/min)                           \t30\nFlow path                                    \t3\nHigh viscosity                               \tNo\n\nCarry-over control1\n\n\nReport points in cycle type Kinetics\n\nName = baseline\nSec = 10\nBefore/After = before\nStart of/End of = start of\nInjection = Sample 1\nWindow (s) = 5\nBaseline = Yes\n\nName = binding\nSec = 5\nBefore/After = before\nStart of/End of = end of\nInjection = Sample 1\nWindow (s) = 5\nBaseline = No\n\nName = stability\nSec = 10\nBefore/After = after\nStart of/End of = end of\nInjection = Sample 1\nWindow (s) = 5\nBaseline = No\n\nName = co_baseline\nSec = 10\nBefore/After = before\nStart of/End of = start of\nInjection = Carry-over control 1\nWindow (s) = 5\nBaseline = Yes\n\nName = co_binding\nSec = 5\nBefore/After = before\nStart of/End of = end of\nInjection = Carry-over control 1\nWindow (s) = 5\nBaseline = No\n\nName = co_stability\nSec = 10\nBefore/After = after\nStart of/End of = end of\nInjection = Carry-over control 1\nWindow (s) = 5\nBaseline = No\n\n\nAssay Step \"Startup\"\n\nPurpose                                      \tStartup\nCycle                                        \tKinetics\nRepeat                                       \t1\nRun order                                    \tas entered\nTemperature                                  \t25  C\nBuffer                                       \tA\n\nSample and Assay Setup for \"Startup\"\n\nSample 1\n\nSample solution = HBS EP+\nConc(nM) = 0\nMW = 0\n\n\n\nAssay Step \"Sample\"\n\nPurpose                                      \tSample\nCycle                                        \tKinetics\nRepeat                                       \t1\nRun order                                    \tas entered\nTemperature                                  \t25  C\nBuffer                                       \tA\n\nSample and Assay Setup for \"Sample\"\n\nSample 1\n\nSample solution = ZP13792\nConc(nM) = 0\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 10\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 31.62\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 100\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 316.2\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 1000\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 3162\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 10000\nMW = 1989.3\n\nSample solution = ZP15857\nConc(nM) = 0\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 1\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 3.162\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 10\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 31.62\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 100\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 316.2\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 1000\nMW = 2930.3\n\nSample solution = ZP16743\nConc(nM) = 0\nMW = 3122.7\n\nSample solution = ZP16743\nConc(nM) = 1\nMW = 3122.7\n\nSample solution = ZP16743\nConc(nM) = 3.162\nMW = 3122.7\n\nSample solution = ZP16743\nConc(nM) = 10\nMW = 3122.7\n\nSample solution = ZP16743\nConc(nM) = 31.62\nMW = 3122.7\n\nSample solution = ZP16743\nConc(nM) = 100\nMW = 3122.7\n\nSample solution = ZP16743\nConc(nM) = 316.2\nMW = 3122.7\n\nSample solution = ZP16743\nConc(nM) = 1000\nMW = 3122.7\n\nSample solution = ZP16743\nConc(nM) = 1\nMW = 3122.7\n\nSample solution = ZP17322\nConc(nM) = 0\nMW = 3884.6\n\nSample solution = ZP17322\nConc(nM) = 1\nMW = 3884.6\n\nSample solution = ZP17322\nConc(nM) = 3.162\nMW = 3884.6\n\nSample solution = ZP17322\nConc(nM) = 10\nMW = 3884.6\n\nSample solution = ZP17322\nConc(nM) = 31.62\nMW = 3884.6\n\nSample solution = ZP17322\nConc(nM) = 100\nMW = 3884.6\n\nSample solution = ZP17322\nConc(nM) = 316.2\nMW = 3884.6\n\nSample solution = ZP17322\nConc(nM) = 1000\nMW = 3884.6\n\nSample solution = ZP17322\nConc(nM) = 1\nMW = 3884.6\n\nSample solution = ZP17323\nConc(nM) = 0\nMW = 3797.6\n\nSample solution = ZP17323\nConc(nM) = 1\nMW = 3797.6\n\nSample solution = ZP17323\nConc(nM) = 3.162\nMW = 3797.6\n\nSample solution = ZP17323\nConc(nM) = 10\nMW = 3797.6\n\nSample solution = ZP17323\nConc(nM) = 31.62\nMW = 3797.6\n\nSample solution = ZP17323\nConc(nM) = 100\nMW = 3797.6\n\nSample solution = ZP17323\nConc(nM) = 316.2\nMW = 3797.6\n\nSample solution = ZP17323\nConc(nM) = 1000\nMW = 3797.6\n\nSample solution = ZP17323\nConc(nM) = 1\nMW = 3797.6\n\nSample solution = ZP17324\nConc(nM) = 0\nMW = 3942.7\n\nSample solution = ZP17324\nConc(nM) = 1\nMW = 3942.7\n\nSample solution = ZP17324\nConc(nM) = 3.162\nMW = 3942.7\n\nSample solution = ZP17324\nConc(nM) = 10\nMW = 3942.7\n\nSample solution = ZP17324\nConc(nM) = 31.62\nMW = 3942.7\n\nSample solution = ZP17324\nConc(nM) = 100\nMW = 3942.7\n\nSample solution = ZP17324\nConc(nM) = 316.2\nMW = 3942.7\n\nSample solution = ZP17324\nConc(nM) = 1000\nMW = 3942.7\n\nSample solution = ZP17324\nConc(nM) = 1\nMW = 3942.7\n\nSample solution = ZP17325\nConc(nM) = 0\nMW = 3827.5\n\nSample solution = ZP17325\nConc(nM) = 1\nMW = 3827.5\n\nSample solution = ZP17325\nConc(nM) = 3.162\nMW = 3827.5\n\nSample solution = ZP17325\nConc(nM) = 10\nMW = 3827.5\n\nSample solution = ZP17325\nConc(nM) = 31.62\nMW = 3827.5\n\nSample solution = ZP17325\nConc(nM) = 100\nMW = 3827.5\n\nSample solution = ZP17325\nConc(nM) = 316.2\nMW = 3827.5\n\nSample solution = ZP17325\nConc(nM) = 1000\nMW = 3827.5\n\nSample solution = ZP17325\nConc(nM) = 1\nMW = 3827.5\n\nSample solution = ZP17326\nConc(nM) = 0\nMW = 3933.7\n\nSample solution = ZP17326\nConc(nM) = 1\nMW = 3933.7\n\nSample solution = ZP17326\nConc(nM) = 3.162\nMW = 3933.7\n\nSample solution = ZP17326\nConc(nM) = 10\nMW = 3933.7\n\nSample solution = ZP17326\nConc(nM) = 31.62\nMW = 3933.7\n\nSample solution = ZP17326\nConc(nM) = 100\nMW = 3933.7\n\nSample solution = ZP17326\nConc(nM) = 316.2\nMW = 3933.7\n\nSample solution = ZP17326\nConc(nM) = 1000\nMW = 3933.7\n\nSample solution = ZP17326\nConc(nM) = 1\nMW = 3933.7\n\nSample solution = ZP17327\nConc(nM) = 0\nMW = 3900.6\n\nSample solution = ZP17327\nConc(nM) = 1\nMW = 3900.6\n\nSample solution = ZP17327\nConc(nM) = 3.162\nMW = 3900.6\n\nSample solution = ZP17327\nConc(nM) = 10\nMW = 3900.6\n\nSample solution = ZP17327\nConc(nM) = 31.62\nMW = 3900.6\n\nSample solution = ZP17327\nConc(nM) = 100\nMW = 3900.6\n\nSample solution = ZP17327\nConc(nM) = 316.2\nMW = 3900.6\n\nSample solution = ZP17327\nConc(nM) = 1000\nMW = 3900.6\n\nSample solution = ZP17327\nConc(nM) = 1\nMW = 3900.6\n\nSample solution = ZP17363\nConc(nM) = 0\nMW = 7105.9\n\nSample solution = ZP17363\nConc(nM) = 1\nMW = 7105.9\n\nSample solution = ZP17363\nConc(nM) = 3.162\nMW = 7105.9\n\nSample solution = ZP17363\nConc(nM) = 10\nMW = 7105.9\n\nSample solution = ZP17363\nConc(nM) = 31.62\nMW = 7105.9\n\nSample solution = ZP17363\nConc(nM) = 100\nMW = 7105.9\n\nSample solution = ZP17363\nConc(nM) = 316.2\nMW = 7105.9\n\nSample solution = ZP17363\nConc(nM) = 1000\nMW = 7105.9\n\nSample solution = ZP17363\nConc(nM) = 1\nMW = 7105.9\n\nSample solution = ZP17253\nConc(nM) = 0\nMW = 2100.4\n\nSample solution = ZP17253\nConc(nM) = 10\nMW = 2100.4\n\nSample solution = ZP17253\nConc(nM) = 31.62\nMW = 2100.4\n\nSample solution = ZP17253\nConc(nM) = 100\nMW = 2100.4\n\nSample solution = ZP17253\nConc(nM) = 316.2\nMW = 2100.4\n\nSample solution = ZP17253\nConc(nM) = 1000\nMW = 2100.4\n\nSample solution = ZP17253\nConc(nM) = 3162\nMW = 2100.4\n\nSample solution = ZP17253\nConc(nM) = 10000\nMW = 2100.4\n\nSample solution = ZP17253\nConc(nM) = 10\nMW = 2100.4\n\nSample solution = ZP17258\nConc(nM) = 0\nMW = 1616.8\n\nSample solution = ZP17258\nConc(nM) = 10\nMW = 1616.8\n\nSample solution = ZP17258\nConc(nM) = 31.62\nMW = 1616.8\n\nSample solution = ZP17258\nConc(nM) = 100\nMW = 1616.8\n\nSample solution = ZP17258\nConc(nM) = 316.2\nMW = 1616.8\n\nSample solution = ZP17258\nConc(nM) = 1000\nMW = 1616.8\n\nSample solution = ZP17258\nConc(nM) = 3162\nMW = 1616.8\n\nSample solution = ZP17258\nConc(nM) = 10000\nMW = 1616.8\n\nSample solution = ZP17258\nConc(nM) = 10\nMW = 1616.8\n\nSample solution = ZP13792\nConc(nM) = 0\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 10\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 31.62\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 100\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 316.2\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 1000\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 3162\nMW = 1989.3\n\nSample solution = ZP13792\nConc(nM) = 10000\nMW = 1989.3\n\nSample solution = ZP15857\nConc(nM) = 0\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 1\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 3.162\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 10\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 31.62\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 100\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 316.2\nMW = 2930.3\n\nSample solution = ZP15857\nConc(nM) = 1000\nMW = 2930.3",
-                "TypeName": "Method Builder",
-                "EvaluationMethodIsOptional": "false",
                 "SoftwareVersion": "3.2.1",
-                "User": "BiacoreT200",
                 "Software": "Biacore T200 Control Software",
+                "EvaluationMethodIsOptional": "false",
+                "TypeName": "Method Builder",
+                "User": "BiacoreT200",
                 "AllowPublish": "true"
             }
         },