public void updateLabSetup(Map<String, String> params) {
Map<String, String> configProperties = new HashMap<String, String>();
BloodTypingMechanism bloodTypingMechanism =
BloodTypingMechanism.valueOf(params.get("bloodTypingMechanism"));
switch (bloodTypingMechanism) {
case BLOODTYPING_TEST_RESULTS_ELISA:
configProperties.put(
"bloodTypingContext", BloodTestContext.RECORD_BLOOD_TYPING_TESTS.toString());
bloodTestingRepository.activateTests(BloodTestContext.RECORD_BLOOD_TYPING_TESTS);
bloodTestingRepository.deactivateTests(BloodTestContext.RECORD_BLOOD_TYPING_OUTCOMES);
configProperties.put("bloodTypingElisa", "true");
configProperties.put("bloodTypingWorksheets", "false");
break;
case BLOODTYPING_TEST_RESULTS_WORKSHEETS:
configProperties.put(
"bloodTypingContext", BloodTestContext.RECORD_BLOOD_TYPING_TESTS.toString());
bloodTestingRepository.activateTests(BloodTestContext.RECORD_BLOOD_TYPING_TESTS);
bloodTestingRepository.deactivateTests(BloodTestContext.RECORD_BLOOD_TYPING_OUTCOMES);
configProperties.put("bloodTypingElisa", "false");
configProperties.put("bloodTypingWorksheets", "true");
break;
case BLOODTYPING_OUTCOMES_WORKSHEETS:
configProperties.put(
"bloodTypingContext", BloodTestContext.RECORD_BLOOD_TYPING_OUTCOMES.toString());
bloodTestingRepository.activateTests(BloodTestContext.RECORD_BLOOD_TYPING_OUTCOMES);
bloodTestingRepository.deactivateTests(BloodTestContext.RECORD_BLOOD_TYPING_TESTS);
configProperties.put("bloodTypingElisa", "false");
configProperties.put("bloodTypingWorksheets", "true");
break;
}
configProperties.put("bloodTypingMechanism", bloodTypingMechanism.toString());
TTIMechanism ttiMechanism = TTIMechanism.valueOf(params.get("ttiMechanism"));
switch (ttiMechanism) {
case TTI_ELISA:
configProperties.put("ttiElisa", "true");
configProperties.put("ttiWorksheets", "false");
configProperties.put("recordMachineReadingsForTTI", "true");
break;
case TTI_WORKSHEETS:
configProperties.put("ttiElisa", "false");
configProperties.put("ttiWorksheets", "true");
configProperties.put("recordMachineReadingsForTTI", "false");
break;
}
if (configProperties.get("ttiWorksheets").equals("false")
&& configProperties.get("bloodTypingWorksheets").equals("false")) {
configProperties.put("useWorksheets", "false");
} else {
configProperties.put("useWorksheets", "true");
}
configProperties.put("ttiMechanism", ttiMechanism.toString());
configProperties.put("recordUsage", params.get("recordUsage"));
if (params.get("recordUsage").equals("false")) configProperties.put("usageTabEnabled", "false");
else configProperties.put("usageTabEnabled", "true");
CrossmatchProcedure crossmatchProcedure =
CrossmatchProcedure.valueOf(params.get("crossmatchProcedure"));
switch (crossmatchProcedure) {
case CROSSMATCH_NOT_DONE:
configProperties.put("showCrossmatchConfirmation", "false");
configProperties.put("allowSkipCrossmatch", "true");
break;
case CROSSMATCH_DONE_CAN_SKIP:
configProperties.put("showCrossmatchConfirmation", "true");
configProperties.put("allowSkipCrossmatch", "true");
break;
case CROSSMATCH_DONE_CANNOT_SKIP:
configProperties.put("showCrossmatchConfirmation", "true");
configProperties.put("allowSkipCrossmatch", "false");
break;
}
configProperties.put("crossmatchProcedure", crossmatchProcedure.toString());
genericConfigRepository.updateConfigProperties("labsetup", configProperties);
}
