public async Task IncorrectDatabaseConnectionStringWithSchemaLogShouldThrowException()
{
const string SchemaName = "Logs4";
const string TableName = "LogsWithSchema4";
var testObject = new TestObjectType1 {
IntProp = 42, StringProp = "Test"
};
var testObject2 = new TestObjectType2 {
DateProp = DateTime.Now, NestedProp = testObject
};
var columnProps = new Dictionary <string, ColumnWriterBase>();
var invalidConnectionString = ConnectionString.Replace("Port=", "Port=1");
var logger = new LoggerConfiguration().AuditTo.PostgreSQL(
invalidConnectionString,
TableName,
columnProps,
schemaName: SchemaName,
needAutoCreateTable: true).Enrich.WithMachineName().CreateLogger();
logger.Information(
"Test{testNo}: {@testObject} test2: {@testObject2} testStr: {@testStr:l}",
1,
testObject,
testObject2,
"stringValue");
Log.CloseAndFlush();
await Task.Delay(1000);
}
public async Task AutoCreateTableIsTrueShouldCreateTable()
{
const string SchemaName = "Logs1";
const string TableName = "LogsWithSchema1";
this.databaseHelper.RemoveTable(SchemaName, TableName);
var testObject = new TestObjectType1 {
IntProp = 42, StringProp = "Test"
};
var testObject2 = new TestObjectType2 {
DateProp = DateTime.Now, NestedProp = testObject
};
var columnProps = new Dictionary <string, ColumnWriterBase>
{
{ "Message", new RenderedMessageColumnWriter() },
{ "MessageTemplate", new MessageTemplateColumnWriter() },
{ "Level", new LevelColumnWriter(true, NpgsqlDbType.Varchar) },
{ "RaiseDate", new TimestampColumnWriter() },
{ "Exception", new ExceptionColumnWriter() },
{ "Properties", new LogEventSerializedColumnWriter() },
{ "PropertyTest", new PropertiesColumnWriter(NpgsqlDbType.Text) },
{
"IntPropertyTest",
new SinglePropertyColumnWriter("testNo", PropertyWriteMethod.Raw, NpgsqlDbType.Integer)
},
{ "MachineName", new SinglePropertyColumnWriter("MachineName", format: "l") }
};
var logger = new LoggerConfiguration().WriteTo.PostgreSQL(
ConnectionString,
TableName,
columnProps,
schemaName: SchemaName,
needAutoCreateTable: true).Enrich.WithMachineName().CreateLogger();
const long RowsCount = 50;
for (var i = 0; i < RowsCount; i++)
{
logger.Information(
"Test{testNo}: {@testObject} test2: {@testObject2} testStr: {@testStr:l}",
i,
testObject,
testObject2,
"stringValue");
}
Log.CloseAndFlush();
await Task.Delay(10000);
var actualRowsCount = this.databaseHelper.GetTableRowsCount(SchemaName, TableName);
Assert.AreEqual(RowsCount, actualRowsCount);
}
public void AutoCreateTableIsTrueShouldCreateTableInsert()
{
this.dbHelper.RemoveTable(TableName);
var testObject = new TestObjectType1 {
IntProp = 42, StringProp = "Test"
};
var testObj2 = new TestObjectType2 {
DateProp = DateTime.Now, NestedProp = testObject
};
var columnProps = new Dictionary <string, ColumnWriterBase>
{
{ "Message", new RenderedMessageColumnWriter() },
{ "MessageTemplate", new MessageTemplateColumnWriter() },
{ "Level", new LevelColumnWriter(true, NpgsqlDbType.Varchar) },
{ "RaiseDate", new TimestampColumnWriter() },
{ "Exception", new ExceptionColumnWriter() },
{ "Properties", new LogEventSerializedColumnWriter() },
{ "PropertyTest", new PropertiesColumnWriter(NpgsqlDbType.Text) },
{
"IntPropertyTest",
new SinglePropertyColumnWriter(
"testNo",
PropertyWriteMethod.Raw,
NpgsqlDbType.Integer)
},
{ "MachineName", new SinglePropertyColumnWriter("MachineName", format: "l") }
};
var logger = new LoggerConfiguration().WriteTo
.PostgreSql(ConnectionString, TableName, columnProps, needAutoCreateTable: true, useCopy: false).Enrich
.WithMachineName().CreateLogger();
const int RowsCount = 1;
for (var i = 0; i < RowsCount; i++)
{
logger.Information(
"Test{testNo}: {@testObject} test2: {@testObj2} testStr: {@testStr:l}",
i,
testObject,
testObj2,
"stringValue");
}
logger.Dispose();
var actualRowsCount = this.dbHelper.GetTableRowsCount(TableName);
Assert.Equal(RowsCount, actualRowsCount);
}
public void ColumnsAndTableWithDifferentCaseName_ShouldCreateTableAndIsertEvents()
{
const string tableName = "LogsAutoCreatedWithSchema";
const string schemaName = "Logs";
var fullTableName = $"\"{schemaName}\".\"{tableName}\"";
_dbHelper.RemoveTable(fullTableName);
var testObject = new TestObjectType1 {
IntProp = 42, StringProp = "Test"
};
var testObj2 = new TestObjectType2 {
DateProp1 = DateTime.Now, NestedProp = testObject
};
var columnProps = new Dictionary <string, ColumnWriterBase>
{
{ "Message", new RenderedMessageColumnWriter() },
{ "MessageTemplate", new MessageTemplateColumnWriter() },
{ "Level", new LevelColumnWriter(true, NpgsqlDbType.Varchar) },
{ "RaiseDate", new TimestampColumnWriter() },
{ "\"Exception\"", new ExceptionColumnWriter() },
{ "Properties", new LogEventSerializedColumnWriter() },
{ "PropsTest", new PropertiesColumnWriter(NpgsqlDbType.Text) },
{ "IntPropTest", new SinglePropertyColumnWriter("testNo", PropertyWriteMethod.Raw, NpgsqlDbType.Integer) },
{ "MachineName", new SinglePropertyColumnWriter("MachineName", format: "l") }
};
const int rowsCount = 50;
using (var logger =
new LoggerConfiguration().WriteTo.PostgreSQL(
_connectionString,
tableName,
columnProps,
schemaName: schemaName,
needAutoCreateTable: true,
respectCase: true)
.Enrich.WithMachineName()
.CreateLogger())
{
for (var i = 0; i < rowsCount; i++)
{
logger.Information("Test{testNo}: {@testObject} test2: {@testObj2} testStr: {@testStr:l}", i, testObject, testObj2, "stringValue");
}
}
var actualRowsCount = _dbHelper.GetTableRowsCount(fullTableName);
Assert.Equal(rowsCount, actualRowsCount);
}
public void AutoCreateTableIsTrue_ShouldCreateTable()
{
const string tableName = "logs_auto_created_w_schema";
var fullTableName = $"{_schemaName}.{tableName}";
_dbHelper.RemoveTable(fullTableName);
var testObject = new TestObjectType1 {
IntProp = 42, StringProp = "Test"
};
var testObj2 = new TestObjectType2 {
DateProp1 = DateTime.Now, NestedProp = testObject
};
var columnProps = new Dictionary <string, ColumnWriterBase>
{
{ "message", new RenderedMessageColumnWriter() },
{ "message_template", new MessageTemplateColumnWriter() },
{ "level", new LevelColumnWriter(true, NpgsqlDbType.Varchar) },
{ "raise_date", new TimestampColumnWriter() },
{ "exception", new ExceptionColumnWriter() },
{ "properties", new LogEventSerializedColumnWriter() },
{ "props_test", new PropertiesColumnWriter(NpgsqlDbType.Text) },
{ "int_prop_test", new SinglePropertyColumnWriter("testNo", PropertyWriteMethod.Raw, NpgsqlDbType.Integer) },
{ "machine_name", new SinglePropertyColumnWriter("MachineName", format: "l") }
};
var logger =
new LoggerConfiguration().WriteTo.PostgreSQL(
_connectionString,
tableName,
columnProps,
schemaName: _schemaName,
needAutoCreateTable: true)
.Enrich.WithMachineName()
.CreateLogger();
const int rowsCount = 50;
for (var i = 0; i < rowsCount; i++)
{
logger.Information("Test{testNo}: {@testObject} test2: {@testObj2} testStr: {@testStr:l}", i, testObject, testObj2, "stringValue");
}
logger.Dispose();
var actualRowsCount = _dbHelper.GetTableRowsCount(fullTableName);
Assert.Equal(rowsCount, actualRowsCount);
}
public void Write50Events_ShouldInsert50EventsToDb()
{
_dbHelper.ClearTable(_tableName);
var testObject = new TestObjectType1 {
IntProp = 42, StringProp = "Test"
};
var testObj2 = new TestObjectType2 {
DateProp1 = DateTime.Now, NestedProp = testObject
};
var columnProps = new Dictionary <string, ColumnWriterBase>
{
{ "message", new RenderedMessageColumnWriter() },
{ "message_template", new MessageTemplateColumnWriter() },
{ "level", new LevelColumnWriter(true, NpgsqlDbType.Varchar) },
{ "raise_date", new TimestampColumnWriter() },
{ "exception", new ExceptionColumnWriter() },
{ "properties", new LogEventSerializedColumnWriter() },
{ "props_test", new PropertiesColumnWriter(NpgsqlDbType.Text) },
{ "machine_name", new SinglePropertyColumnWriter("MachineName", format: "l") }
};
var logger =
new LoggerConfiguration().WriteTo.PostgreSQL(_connectionString, _tableName, columnProps)
.Enrich.WithMachineName()
.CreateLogger();
int rowsCount = 50;
for (int i = 0; i < rowsCount; i++)
{
logger.Information("Test{testNo}: {@testObject} test2: {@testObj2} testStr: {@testStr:l}", i, testObject, testObj2, "stringValue");
}
logger.Dispose();
var actualRowsCount = _dbHelper.GetTableRowsCount(_tableName);
Assert.Equal(rowsCount, actualRowsCount);
}
public void Write50Events_ShouldInsert50EventsToDb()
{
_dbHelper.RemoveTable(_tableFullName);
var testObject = new TestObjectType1 {
IntProp = 42, StringProp = "Test"
};
var testObj2 = new TestObjectType2 {
DateProp1 = DateTime.Now, NestedProp = testObject
};
var columnProps = new Dictionary <string, ColumnWriterBase>
{
{ "message", new RenderedMessageColumnWriter() },
{ "message_template", new MessageTemplateColumnWriter() },
{ "level", new LevelColumnWriter(true, NpgsqlDbType.Varchar) },
{ "raise_date", new TimestampColumnWriter() },
{ "exception", new ExceptionColumnWriter() },
{ "properties", new LogEventSerializedColumnWriter() },
{ "props_test", new PropertiesColumnWriter(NpgsqlDbType.Text) },
{ "machine_name", new SinglePropertyColumnWriter("MachineName") }
};
using (var logger =
new LoggerConfiguration().WriteTo.PostgreSQL(
_connectionString,
_tableName,
columnProps,
schemaName: _schemaName,
needAutoCreateTable: true)
.Enrich.WithMachineName()
.CreateLogger())
{
for (var i = 0; i < 50; i++)
{
logger.Information("Test{testNo}: {@testObject} test2: {@testObj2}", i, testObject, testObj2);
}
}
var rowsCount = _dbHelper.GetTableRowsCount(_tableFullName);
Assert.Equal(50, rowsCount);
}
public void Write50EventsShouldInsert50EventsToDb()
{
this.dbHelper.ClearTable(SchemaName, TableName);
var testObject = new TestObjectType1 {
IntProp = 42, StringProp = "Test"
};
var testObj2 = new TestObjectType2 {
DateProp = DateTime.Now, NestedProp = testObject
};
var columnProps = new Dictionary <string, ColumnWriterBase>
{
{ "Message", new RenderedMessageColumnWriter() },
{ "MessageTemplate", new MessageTemplateColumnWriter() },
{ "Level", new LevelColumnWriter(true, NpgsqlDbType.Varchar) },
{ "RaiseDate", new TimestampColumnWriter() },
{ "Exception", new ExceptionColumnWriter() },
{ "Properties", new LogEventSerializedColumnWriter() },
{ "PropertyTest", new PropertiesColumnWriter(NpgsqlDbType.Text) },
{ "MachineName", new SinglePropertyColumnWriter("MachineName") }
};
var logger = new LoggerConfiguration().WriteTo
.PostgreSql(ConnectionString, TableName, columnProps, schemaName: SchemaName).Enrich.WithMachineName()
.CreateLogger();
for (var i = 0; i < 50; i++)
{
logger.Information("Test{testNo}: {@testObject} test2: {@testObj2}", i, testObject, testObj2);
}
logger.Dispose();
var rowsCount = this.dbHelper.GetTableRowsCount(SchemaName, TableName);
Assert.Equal(50, rowsCount);
}
