beautify ``([['Answer the given query: What is the purpose of the deletePauseOption method?\n with top five relevant code snippets:public JSONObject deletePauseOption(HttpServletRequest request, HttpServletResponse response, JSONObject jsonObject) {\n        PauseOptionCache pauseOptionCache = StaticContextAccessor.getBean(PauseOptionCache.class);\n        JSONObject responseJsonObject = new JSONObject();\n        try {\n            int pauseOptionId = TicketConfigurationUtility.getIntegerFromJSONObject(jsonObject, "id", 0);\n            String message = " ERROR-MESSAGE";\n            responseJsonObject = new JSONObject();\n            PauseOption pauseOption = pauseOptionCache.getById(pauseOptionId);\n            if (pauseOption != null) {\n                if (pauseOptionDao.deletePauseOption(pauseOption.getId(), pauseOption.getCmId()))\n                    kafkaPauseOptionListner.send(deletePauseOptionTopic, pauseOption);\n                monolithicSyncUtil.sendObjectToMonolith(pauseOption, "delete");\n                responseJsonObject.put("status", "success");\n                message = "PauseOption succesfully Deleted";\n\n            } else {\n                responseJsonObject.put("status", "error");\n                message = "Invalid pauseoptionId";\n            }\n            responseJsonObject.put("response", message);\n        } catch (Exception e) {\n            responseJsonObject.put("status", "error");\n            LOGGER.error("Error in deletePauseOption() method !! ", e);\n        }\n        return responseJsonObject;\n    }\n@PostMapping("delete-pause-option")\n    public ResponseEntity<JSONObject> deletePauseOption(@RequestBody JSONObject jsonObject) {\n        JSONObject responseJsonObject = null;\n        try {\n            responseJsonObject = pauseOptionService.deletePauseOption(request, response, jsonObject);\n        } catch (Exception e) {\n            LOGGER.error("Error in addOrUpdatePauseOption() method!! ", e);\n        }\n        return new ResponseEntity<JSONObject>(responseJsonObject, HttpStatus.OK);\n\n    }\npublic JSONObject deleteEmailCredential(HttpServletRequest request, HttpServletResponse response, JSONObject jsonObject) {\n        JSONObject responseObject = TicketConfigurationUtility.getResponseJSONObject();\n        try {\n            PartnerUser partnerUser = SessionManager.getPartnerUser(request);\n            int cmId = partnerUser.getCmId();\n            int emailCredentialId = TicketConfigurationUtility.getIntegerFromJSONObject(jsonObject, "id", 0);\n            EmailCredential emailCredential = emailCredentialCache.chechkEmailCredentialInCache(cmId, emailCredentialId);\n            if (emailCredential != null) {\n                if (emailCredentialDao.removeEmailCredential(emailCredential.getId(), emailCredential.getCmId())) {\n                    kafkaEmailCredentialListener.send(deleteEmailCredentialTopic, emailCredential);\n                    monolithicSyncUtil.sendObjectToMonolith(emailCredential, "delete");\n                    responseObject.put("status", "success");\n                    responseObject.put("reason", "Email Credential Delete Successfully");\n                }\n            } else {\n                responseObject.put("reason", "Invalid credential Id");\n            }\n        } catch (Exception e) {\n            LOGGER.error("Error in deleteEmailCredential() method !!", e);\n        }\n        return responseObject;\n    }\npublic JsonNode deleteEmailCredentialConfigForId(String configId, HttpServletRequest request) {\n        ObjectNode responseNode = objectMapper.createObjectNode();\n        responseNode.put("status", "failure");\n        int id = NumberUtils.toInt(configId);\n        if (id <= 0) {\n            responseNode.put("reason", "config id is not a real number");\n            return responseNode;\n        }\n        int cmId = SessionManager.getPartner(request).getCmId();\n        EmailCredential emailCredential = emailCredentialCache.chechkEmailCredentialInCache(cmId, id);\n        if (emailCredential != null && emailCredential.getCmId() == cmId) {\n            if (emailCredentialDao.removeEmailCredential(emailCredential.getId(), emailCredential.getCmId())) {\n                kafkaEmailCredentialListener.send(deleteEmailCredentialTopic, emailCredential);\n                monolithicSyncUtil.sendObjectToMonolith(emailCredential, "DELETE");\n                responseNode.put("status", "success");\n                responseNode.put("reason", "email credential with id " + id + " deleted successfully");\n            }\n        } else {\n            responseNode.put("reason", "invalid email credential");\n        }\n        return responseNode;\n    }\npublic JsonNode deletePlayStoreConfigForId(String configId, HttpServletRequest request) {\n        ObjectNode responseNode = objectMapper.createObjectNode();\n        responseNode.put("status", "failure");\n        int id = NumberUtils.toInt(configId);\n        if (id <= 0) {\n            responseNode.put("reason", "config id is not a real number");\n            return responseNode;\n        }\n        int cmId = SessionManager.getPartner(request).getCmId();\n        PlayStoreConfig config = playStoreConfigCache.getIdToObjMap(id);\n        if (config != null && cmId == config.getCmId()) {\n            if (playStoreConfigDao.removePlayStoreConfig(config.getId(), config.getCmId())) {\n                kafkaPlayStoreConfigListener.send(deletePlayStoreConfigTopic, config);\n                monolithicSyncUtil.sendObjectToMonolith(config, "DELETE");\n                responseNode.put("status", "success");\n                responseNode.put("reason", "playstore config with id " + id + " deleted successfully");\n            }\n        } else {\n            responseNode.put("reason", "invalid playstore config");\n        }\n        return responseNode;\n    }', 'The `deletePauseOption` method is designed to handle the deletion of a `PauseOption` entity within an application. Its primary purpose is to remove a specified `PauseOption` based on the provided ID and ensure that all related systems are updated accordingly. Here\'s a breakdown of its functionality:\n\n1. **Retrieve PauseOption ID**:\n   - The method extracts the `id` from the input `JSONObject` (`jsonObject`) received in the request.\n   - It uses a utility function to safely parse the integer ID from the JSON object.\n\n2. **Fetch PauseOption from Cache**:\n   - It accesses the `PauseOptionCache` to retrieve the `PauseOption` object associated with the provided ID.\n   - This ensures that the method operates on the most recent data and reduces unnecessary database calls.\n\n3. **Delete Operation**:\n   - **Validation**: Checks if the `PauseOption` exists.\n     - If it doesn\'t exist, it responds with an error message indicating an invalid ID.\n   - **Deletion**: If the `PauseOption` exists, it proceeds to delete it.\n     - Calls `pauseOptionDao.deletePauseOption()` to remove the entry from the database.\n     - Ensures that the deletion is specific to the `PauseOption`\'s ID and associated `cmId` (possibly a client or company ID).\n\n4. **Inter-Service Communication and Synchronization**:\n   - **Kafka Messaging**:\n     - Utilizes `kafkaPauseOptionListener.send()` to send a message to the `deletePauseOptionTopic`.\n     - This likely notifies other services or microservices that the `PauseOption` has been deleted, allowing them to update their data accordingly.\n   - **Monolithic System Synchronization**:\n     - Calls `monolithicSyncUtil.sendObjectToMonolith()` with the `pauseOption` object and an action of `"delete"`.\n     - This method ensures that any monolithic systems or legacy applications that need to be in sync with the current system are updated about the deletion.\n\n5. **Response Construction**:\n   - **Success Response**:\n     - If the deletion is successful, it constructs a `JSONObject` with:\n       - `"status": "success"`\n       - `"response": "PauseOption successfully Deleted"`\n   - **Error Handling**:\n     - If the `PauseOption` doesn\'t exist, it responds with:\n       - `"status": "error"`\n       - `"response": "Invalid pauseoptionId"`\n     - In case of any exceptions during the process, it catches them, logs the error, and sets the response status to `"error"`.\n\n6. **Return Response**:\n   - The method returns the constructed `JSONObject` which informs the client about the result of the delete operation.\n\n**In Summary**:\n\nThe `deletePauseOption` method serves to:\n\n- Delete a `PauseOption` entity from the system based on a provided ID.\n- Update the cache and ensure that the deletion is reflected in all relevant parts of the system.\n- Communicate the deletion event to other services using Kafka messaging.\n- Synchronize with any monolithic or legacy systems to maintain data consistency.\n- Provide a clear and informative response to the client about the success or failure of the deletion operation.\n\nThis method is crucial for maintaining data integrity and ensuring that all components of the application remain in sync when a `PauseOption` is deleted.']], 1, '<Response [200]>', {'interactive': True, '__type__': 'update'})``