The code changes in `schedule_parser_test.go` enhance the parsing logic for flight schedule data. This improves the accuracy and functionality of the code when extracting information such as index, task, date, flight number, aircraft registration, waypoints, and departure/arrival times from the input line. The changes ensure more reliable and consistent parsing of flight schedule data.
The code changes in `schedule_parser.go` enhance the parsing logic for flight schedule data. This improves the accuracy and functionality of the code when extracting information such as index, task, date, flight number, and aircraft registration from the input line. The changes ensure more reliable and consistent parsing of flight schedule data.
The code changes in `sub.go` update the handling of NATS subscriptions. The `Subscribe` function now takes in a `config` parameter, allowing for more flexibility in configuring the subscription. Additionally, the `Subscribe` function now uses the `handler` and `marshaler` parameters to handle incoming messages and marshal/unmarshal data, respectively. These changes improve the modularity and extensibility of the code when working with NATS subscriptions.
The code changes in `schedule_parser.go` enhance the parsing logic for flight schedule data. This improves the accuracy and functionality of the code when extracting information such as index, task, date, flight number, and aircraft registration from the input line. The changes ensure more reliable and consistent parsing of flight schedule data.
The code changes in `config.go` update the CNL pattern to correctly match CNL messages. This update ensures accurate extraction of data from CNL messages and improves the overall functionality of the code.
The code changes introduce a new `Index` field in the `FlightSchedule` struct and update the parsers in `aviation_parser.go` and `schedule_parser.go` to handle this field. This addition allows for the extraction and parsing of the `Index` value from flight schedule messages. The changes improve the functionality and accuracy of the code when working with flight schedules.
refactor: Add schedule_parser.go and schedule_parser_test.go
The code changes introduce a new `schedule_parser.go` file and its corresponding test file `schedule_parser_test.go`. These files contain the implementation and tests for the `FindWaypoints` function, which extracts waypoints from a given message. This addition enhances the functionality of the code by providing a way to parse and retrieve specific information from messages.
The code changes in `pln.go` introduce a new `FlightSchedule` struct and validation logic. This struct represents a flight schedule and includes various fields such as date, category, flight number, aircraft registration, passenger configuration, ILS category, departure airport, departure time, schedule info, arrival time, arrival airport, comments, and reference. The `Validate` method ensures that the required fields are populated and returns an error if any field is missing. This addition improves the overall functionality and data integrity of the code.
The code changes in `aviation_parser.go` and `aviation_parser_test.go` enhance the CNL message parsing logic in the `BodyParser` module. This ensures accurate extraction of data from CNL messages, including the category, aircraft ID, departure airport, and destination airport. The improvements improve the overall functionality and accuracy of the code.
The code changes in `config.go` update the CNL pattern to correctly match CNL messages. The previous pattern did not properly capture the arrival location, resulting in incorrect parsing of CNL messages. This update ensures accurate extraction of data from CNL messages and improves the overall functionality of the code.
The code changes in `aviation_parser.go` and `aviation_parser_test.go` add CNL message parsing logic to the `BodyParser` module. This allows for the correct extraction and parsing of CNL messages, including the category, aircraft ID, departure airport, and destination airport. This enhancement improves the overall functionality and accuracy of the code.
The code changes in `aviation_parser.go` modify the `NewBodyParser` constructor to accept a `body` parameter. This allows for the initialization of `BodyParser` instances with a specific body value, improving flexibility and testability. The `body` parameter is now stored in the `body` field of the `BodyParser` struct. This change enhances the overall functionality and maintainability of the code.
The code changes in `pattern_test.go` update the ARR body parsing logic. The message body parsing now correctly handles ARR bodies with a different pattern format. This ensures accurate extraction of data based on patterns and improves the overall functionality of the code.
group of more than one alternative in fpl
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