public async Task PostgresqlRecordCountScriptTest_Success()
{
var generator = new PostgresqlTestGenerator(options =>
{
options.AddDatabaseRecordsCountRule(
new List<RecordCountRule>()
{
new RecordCountRule()
{
TableName = "mytable",
Operator = "=",
Count = 100
}
});
});
var results = new List<Models.Test>
{
new Models.Test(
"mytable",
$@"SELECT EXISTS (SELECT * FROM ""mytable"" WHERE (SELECT COUNT(*) AS ""count"" FROM ""mytable"") = 100);",
TestType.RecordCount,
DatabaseKind.PostgreSql)
}.ToExpectedObject();
results.ShouldEqual(await generator.Generate());
Assert.Equal(DatabaseKind.PostgreSql, generator.DatabaseKind);
}
public async Task PostgresqlRecordExistScriptTest_Success()
{
var generator = new PostgresqlTestGenerator(options =>
{
options.AddDatabaseRecordExitsRule(
new List<RecordExistRule>()
{
new RecordExistRule()
{
TableName = "mytable",
ColumnName = "name",
Operator = "=",
Value = "myname"
}
});
});
var results = new List<Models.Test>
{
new Models.Test(
"mytable",
$@"SELECT EXISTS(SELECT * FROM ""mytable"" WHERE ""name"" = 'myname');",
TestType.RecordExist,
DatabaseKind.PostgreSql)
}.ToExpectedObject();
results.ShouldEqual(await generator.Generate());
Assert.Equal(DatabaseKind.PostgreSql, generator.DatabaseKind);
}
public async Task PostgresqlCreateRunnerTest_Success()
{
var generator = new PostgresqlTestGenerator(options =>
{
options.AddDatabaseObjectExitsRule(new string[] { "mytable" }, DatabaseObjectType.Table);
});
var script = await generator.Generate();
var options = Substitute.For <Action <TestRunnerOptions> >();
var runner = Substitute.For <PostgresqlTestRunnerFactory>(script, options);
Assert.NotNull(runner);
}
public async Task PostgresqlStoredProcedureExistScriptTest_Success()
{
var generator = new PostgresqlTestGenerator(options =>
{
options.AddDatabaseObjectExitsRule(new string[] { "mystoredprocedure" }, DatabaseObjectType.StoredProcedure);
});
var results = new List<Models.Test>
{
new Models.Test(
"mystoredprocedure",
$@"SELECT EXISTS(SELECT * FROM ""information_schema"".""routines"" WHERE ""routine_name"" = 'mystoredprocedure');",
TestType.ObjectExist,
DatabaseKind.PostgreSql)
}.ToExpectedObject();
results.ShouldEqual(await generator.Generate());
Assert.Equal(DatabaseKind.PostgreSql, generator.DatabaseKind);
}
public async Task PostgresqlCustomScriptTest_Success()
{
var generator = new PostgresqlTestGenerator(options =>
{
options.AddCustomSqlRule(
new List<string>()
{
@"SELECT * FROM ""mytable"" WHERE (SELECT COUNT(*) AS ""count"" FROM ""mytable"") = 10"
});
});
var results = new List<Models.Test>
{
new Models.Test(
null,
$@"SELECT EXISTS(SELECT * FROM ""mytable"" WHERE (SELECT COUNT(*) AS ""count"" FROM ""mytable"") = 10);",
TestType.CustomScript,
DatabaseKind.PostgreSql)
}.ToExpectedObject();
results.ShouldEqual(await generator.Generate());
Assert.Equal(DatabaseKind.PostgreSql, generator.DatabaseKind);
}
public async Task PostgresqlMultipleTableExistScriptTest_Success()
{
var generator = new PostgresqlTestGenerator(options =>
{
options.AddDatabaseObjectExitsRule(new string[] { "table1", "table2" }, DatabaseObjectType.Table);
});
var results = new List<Models.Test>
{
new Models.Test(
"table1",
$@"SELECT EXISTS(SELECT * FROM ""information_schema"".""tables"" WHERE ""table_name"" = 'table1');",
TestType.ObjectExist,
DatabaseKind.PostgreSql),
new Models.Test(
"table2",
$@"SELECT EXISTS(SELECT * FROM ""information_schema"".""tables"" WHERE ""table_name"" = 'table2');",
TestType.ObjectExist,
DatabaseKind.PostgreSql)
}.ToExpectedObject();
results.ShouldEqual(await generator.Generate());
Assert.Equal(DatabaseKind.PostgreSql, generator.DatabaseKind);
}