using S7NetCpuType = global::S7.Net.CpuType; namespace ZB.MOM.WW.OtOpcUa.Driver.S7.IntegrationTests.S7_1500; /// /// Driver-side configuration matching what Docker/profiles/s7_1500.json seeds /// into the simulator's DB1 + MB areas. Tag names here become the full references /// the smoke tests read/write against; addresses map 1:1 to the JSON profile's /// seed offsets so a seed drift in the JSON surfaces as a driver-side read /// mismatch, not a mystery test failure. /// public static class S7_1500Profile { public const string ProbeTag = "ProbeProbeWord"; public const int ProbeSeedValue = 4242; public const string SmokeI16Tag = "SmokeI16"; public const short SmokeI16SeedValue = -12345; public const string SmokeI32Tag = "SmokeI32"; public const int SmokeI32SeedValue = 1234567890; public const string SmokeF32Tag = "SmokeF32"; public const float SmokeF32SeedValue = 3.14159f; public const string SmokeBoolTag = "SmokeBool"; public const string WriteScratchTag = "WriteScratch"; public static S7DriverOptions BuildOptions(string host, int port) => new() { Host = host, Port = port, CpuType = S7NetCpuType.S71500, Rack = 0, Slot = 0, Timeout = TimeSpan.FromSeconds(5), // Disable the probe loop — the integration tests run their own reads + // a background probe would race with them for the S7netplus mailbox // gate, injecting flakiness that has nothing to do with the code // under test. Probe = new S7ProbeOptions { Enabled = false }, Tags = [ new S7TagDefinition(ProbeTag, "DB1.DBW0", S7DataType.UInt16), new S7TagDefinition(SmokeI16Tag, "DB1.DBW10", S7DataType.Int16), new S7TagDefinition(SmokeI32Tag, "DB1.DBD20", S7DataType.Int32), new S7TagDefinition(SmokeF32Tag, "DB1.DBD30", S7DataType.Float32), new S7TagDefinition(SmokeBoolTag, "DB1.DBX50.3", S7DataType.Bool), new S7TagDefinition(WriteScratchTag, "DB1.DBW100", S7DataType.UInt16), ], }; }