private static async Task MainAsync()
{
// Initialize logging with the default configuration
Logging.Configure(
new LoggingConfig(),
new TestLogger()
);
using (var runtime = new Runtime(new RuntimeConfig {
NumCoreThreads = 4
}))
{
using (var server = new TcpServer(runtime, LinkErrorMode.Close, "127.0.0.1:20000"))
{
// ANCHOR: outstation_config
// create an outstation configuration with default values
var config = new OutstationConfig(
// outstation address
1024,
// master address
1
);
// override the default application decoding level
config.DecodeLevel.Application = AppDecodeLevel.ObjectValues;
// ANCHOR_END: outstation_config
var application = new TestOutstationApplication();
var information = new TestOutstationInformation();
var controlHandler = new TestControlHandler();
var addressFilter = AddressFilter.Any();
var outstation = server.AddOutstation(config, EventBufferConfig.AllTypes(10), application, information, controlHandler, addressFilter);
// Setup initial points
outstation.Transaction(new OutstationTransaction((db) =>
{
for (ushort i = 0; i < 10; i++)
{
db.AddBinary(i, EventClass.Class1, new BinaryConfig());
db.AddDoubleBitBinary(i, EventClass.Class1, new DoubleBitBinaryConfig());
db.AddBinaryOutputStatus(i, EventClass.Class1, new BinaryOutputStatusConfig());
db.AddCounter(i, EventClass.Class1, new CounterConfig());
db.AddFrozenCounter(i, EventClass.Class1, new FrozenCounterConfig());
db.AddAnalog(i, EventClass.Class1, new AnalogConfig());
db.AddAnalogOutputStatus(i, EventClass.Class1, new AnalogOutputStatusConfig());
db.AddOctetString(i, EventClass.Class1);
var restart = new Flags(Flag.Restart);
db.UpdateBinary(new Binary(i, false, restart, Timestamp.InvalidTimestamp()), new UpdateOptions());
db.UpdateDoubleBitBinary(new DoubleBitBinary(i, DoubleBit.Indeterminate, restart, Timestamp.InvalidTimestamp()), new UpdateOptions());
db.UpdateBinaryOutputStatus(new BinaryOutputStatus(i, false, restart, Timestamp.InvalidTimestamp()), new UpdateOptions());
db.UpdateCounter(new Counter(i, 0, restart, Timestamp.InvalidTimestamp()), new UpdateOptions());
db.UpdateFrozenCounter(new FrozenCounter(i, 0, restart, Timestamp.InvalidTimestamp()), new UpdateOptions());
db.UpdateAnalog(new Analog(i, 0.0, restart, Timestamp.InvalidTimestamp()), new UpdateOptions());
db.UpdateAnalogOutputStatus(new AnalogOutputStatus(i, 0.0, restart, Timestamp.InvalidTimestamp()), new UpdateOptions());
}
}));
// Start the outstation
server.Bind();
var binaryValue = false;
var doubleBitBinaryValue = DoubleBit.DeterminedOff;
var binaryOutputStatusValue = false;
var counterValue = (uint)0;
var frozenCounterValue = (uint)0;
var analogValue = 0.0;
var analogOutputStatusValue = 0.0;
while (true)
{
switch (await GetInputAsync())
{
case "x":
return;
case "bi":
{
outstation.Transaction(new OutstationTransaction((db) =>
{
binaryValue = !binaryValue;
db.UpdateBinary(new Binary(7, binaryValue, new Flags(Flag.Online), Timestamp.SynchronizedTimestamp(0)), new UpdateOptions());
}));
break;
}
case "dbbi":
{
outstation.Transaction(new OutstationTransaction((db) =>
{
doubleBitBinaryValue = doubleBitBinaryValue == DoubleBit.DeterminedOff ? DoubleBit.DeterminedOn : DoubleBit.DeterminedOff;
db.UpdateDoubleBitBinary(new DoubleBitBinary(7, doubleBitBinaryValue, new Flags(Flag.Online), Timestamp.SynchronizedTimestamp(0)), new UpdateOptions());
}));
break;
}
case "bos":
{
outstation.Transaction(new OutstationTransaction((db) =>
{
binaryOutputStatusValue = !binaryOutputStatusValue;
db.UpdateBinaryOutputStatus(new BinaryOutputStatus(7, binaryOutputStatusValue, new Flags(Flag.Online), Timestamp.SynchronizedTimestamp(0)), new UpdateOptions());
}));
break;
}
case "co":
{
outstation.Transaction(new OutstationTransaction((db) =>
{
db.UpdateCounter(new Counter(7, ++counterValue, new Flags(Flag.Online), Timestamp.SynchronizedTimestamp(0)), new UpdateOptions());
}));
break;
}
case "fco":
{
outstation.Transaction(new OutstationTransaction((db) =>
{
db.UpdateFrozenCounter(new FrozenCounter(7, ++frozenCounterValue, new Flags(Flag.Online), Timestamp.SynchronizedTimestamp(0)), new UpdateOptions());
}));
break;
}
case "ai":
{
outstation.Transaction(new OutstationTransaction((db) =>
{
db.UpdateAnalog(new Analog(7, ++analogValue, new Flags(Flag.Online), Timestamp.SynchronizedTimestamp(0)), new UpdateOptions());
}));
break;
}
case "aos":
{
outstation.Transaction(new OutstationTransaction((db) =>
{
db.UpdateAnalogOutputStatus(new AnalogOutputStatus(7, ++analogOutputStatusValue, new Flags(Flag.Online), Timestamp.SynchronizedTimestamp(0)), new UpdateOptions());
}));
break;
}
case "os":
{
outstation.Transaction(new OutstationTransaction((db) =>
{
db.UpdateOctetString(7, System.Text.Encoding.ASCII.GetBytes("Hello"), new UpdateOptions());
}));
break;
}
default:
Console.WriteLine("Unknown command");
break;
}
}
}
}
}
public AddressCompletionAdapter (Context context)
{
this.context = context;
this.filter = new AddressFilter (context, this);
}
public FilterBuilder WithAddress(Address address)
{
_address = new AddressFilter(address);
return(this);
}
public FilterBuilder WithAddresses(params Address[] addresses)
{
_address = new AddressFilter(addresses.ToHashSet());
return(this);
}
public void List(AddressFilter filter, IParser parser)
{
addressDAL.List(filter, parser);
}
public void Get(AddressFilter filter, IParser parser)
{
addressDAL.Get(filter, parser);
}
public Address Find(AddressFilter filter)
{
return(Set.FirstOrDefault(d => d.Id == filter.Id));
}
public FilterBuilder WithAddresses(IEnumerable <Address> addresses)
{
_address = new AddressFilter(addresses.ToHashSet());
return(this);
}
public async Task <IActionResult> GetAddressList([Required][FromQuery] AddressFilter filter, CancellationToken token)
{
var result = await queries.GetAddressAsync(filter, token);
return(GenerateResponse(result));
}
public async Task <IActionResult> OnGetAsync(string sortOrder, int?pageNumber)
{
AddressFilter filter = new AddressFilter();
CurrentSort = sortOrder;
ZipCodeSort = string.IsNullOrEmpty(sortOrder) ? "zip_desc" : "";
CitySort = sortOrder == "City" ? "city_desc" : "City";
StreetAddressSort = sortOrder == "Street" ? "street_desc" : "Street";
NameSort = sortOrder == "Name" ? "name_desc" : "Name";
filter.PageNumber = pageNumber ?? 0;
filter.Active = true;
if (HttpContext.User.Identity.IsAuthenticated)
{
var user = await _userManager.GetUserAsync(HttpContext.User);
if (_userManager.IsInRoleAsync(user, "Administrators").Result || _userManager.IsInRoleAsync(user, "Assistant").Result)
{
filter.Active = false;
}
}
switch (sortOrder)
{
case "zip_desc":
filter.addressOrder = AddressFilter.AddressOrder.ZipCodeDescending;
break;
case "city_desc":
filter.addressOrder = AddressFilter.AddressOrder.CityDescending;
break;
case "City":
filter.addressOrder = AddressFilter.AddressOrder.CityAscending;
break;
case "street_desc":
filter.addressOrder = AddressFilter.AddressOrder.StreetAddressDescending;
break;
case "Street":
filter.addressOrder = AddressFilter.AddressOrder.StreetAddressAscending;
break;
case "name_desc":
filter.addressOrder = AddressFilter.AddressOrder.NameDescending;
break;
case "Name":
filter.addressOrder = AddressFilter.AddressOrder.NameAscending;
break;
case "":
filter.addressOrder = AddressFilter.AddressOrder.ZipCodeAscending;
break;
default:
filter.addressOrder = AddressFilter.AddressOrder.ZipCodeAscending;
break;
}
_logger.LogInformation(LoggingEvents.ListItems, "List Addresses");
Addresses = await _addressService.GetAddresses(filter);
return(Page());
}
extern public static void SetAddressFilteringMode(AddressFilter mode);
/// <summary>
/// 分页查询Address信息
/// </summary>
public static QueryResult <Address> QueryAddressList(AddressFilter filter)
{
return(AddressDA.QueryAddressList(filter));
}
public async Task <PagedResult <AddressDto> > GetAddresses(AddressFilter filter)
{
if (filter == null)
{
filter = new AddressFilter();
}
if (filter?.PageSize < 0)
{
filter.PageSize = null;
}
if (filter?.PageNumber < 0)
{
filter.PageNumber = null;
}
IQueryable <Address> addresses = _dbContext.Addresses;
if (filter.Active)
{
addresses = addresses.Where(a => a.IsInUse == true);
}
switch (filter.addressOrder)
{
case AddressFilter.AddressOrder.ZipCodeAscending:
addresses = addresses.OrderBy(a => a.ZipCode);
break;
case AddressFilter.AddressOrder.ZipCodeDescending:
addresses = addresses.OrderByDescending(a => a.ZipCode);
break;
case AddressFilter.AddressOrder.CityAscending:
addresses = addresses.OrderBy(a => a.City);
break;
case AddressFilter.AddressOrder.CityDescending:
addresses = addresses.OrderByDescending(a => a.City);
break;
case AddressFilter.AddressOrder.StreetAddressAscending:
addresses = addresses.OrderBy(a => a.StreetAddress);
break;
case AddressFilter.AddressOrder.StreetAddressDescending:
addresses = addresses.OrderByDescending(a => a.StreetAddress);
break;
case AddressFilter.AddressOrder.NameAscending:
addresses = addresses.OrderBy(a => a.Name);
break;
case AddressFilter.AddressOrder.NameDescending:
addresses = addresses.OrderByDescending(a => a.Name);
break;
default:
addresses = addresses.OrderBy(a => a.ZipCode);
break;
}
int?Total = null;
if (((filter?.PageSize) ?? 0) != 0)
{
filter.PageNumber = filter.PageNumber ?? 0;
Total = addresses.Count();
addresses = addresses.Skip(filter.PageNumber.Value * filter.PageSize.Value).Take(filter.PageSize.Value);
}
var results = await addresses
.Select(AddressDtoSelector)
.ToListAsync();
return(new PagedResult <AddressDto>
{
Total = Total,
PageNumber = filter.PageNumber,
PageSize = filter.PageSize,
Results = results
});
}
extern public static void SetAddressFilteringMode(AddressFilter mode);
public AddressCompletionAdapter(Context context)
{
this.context = context;
this.filter = new AddressFilter(context, this);
}