Files
chaisql/internal/sql/parser/insert_test.go
Jean Hadrien Chabran 4a6e68439a Refactor to handle errors with internal/errors (#432)
All new error handling code now rely on internal/errors package
which provides a compilation time toggle that enables to capture
stacktraces for easier debugging while developing.

It also comes with a new testutil/assert package which replaces the require
package when it comes to checking or comparing errors and printing the
stack traces if needed.

Finally, the test target of the Makefile uses the debug build tag by default. 
A testnodebug target is also provided for convenience and to make sure no
tests are broken due to not having used the internal/errors or testutil/assert package.

See #431 for more details
2021-08-22 11:47:54 +03:00

189 lines
7.9 KiB
Go

package parser_test
import (
"testing"
"github.com/genjidb/genji/internal/database"
"github.com/genjidb/genji/internal/expr"
"github.com/genjidb/genji/internal/query/statement"
"github.com/genjidb/genji/internal/sql/parser"
"github.com/genjidb/genji/internal/stream"
"github.com/genjidb/genji/internal/testutil"
"github.com/genjidb/genji/internal/testutil/assert"
"github.com/stretchr/testify/require"
)
func TestParserInsert(t *testing.T) {
tests := []struct {
name string
s string
expected *stream.Stream
fails bool
}{
{"Documents", `INSERT INTO test VALUES {a: 1, "b": "foo", c: 'bar', d: 1 = 1, e: {f: "baz"}}`,
stream.New(stream.Expressions(
&expr.KVPairs{SelfReferenced: true, Pairs: []expr.KVPair{
{K: "a", V: testutil.IntegerValue(1)},
{K: "b", V: testutil.TextValue("foo")},
{K: "c", V: testutil.TextValue("bar")},
{K: "d", V: expr.Eq(testutil.IntegerValue(1), testutil.IntegerValue(1))},
{K: "e", V: &expr.KVPairs{SelfReferenced: true, Pairs: []expr.KVPair{
{K: "f", V: testutil.TextValue("baz")},
}}},
}},
)).Pipe(stream.TableInsert("test", nil)),
false},
{"Documents / Multiple", `INSERT INTO test VALUES {"a": 'a', b: -2.3}, {a: 1, d: true}`,
stream.New(stream.Expressions(
&expr.KVPairs{SelfReferenced: true, Pairs: []expr.KVPair{
{K: "a", V: testutil.TextValue("a")},
{K: "b", V: testutil.DoubleValue(-2.3)},
}},
&expr.KVPairs{SelfReferenced: true, Pairs: []expr.KVPair{{K: "a", V: testutil.IntegerValue(1)}, {K: "d", V: testutil.BoolValue(true)}}},
)).Pipe(stream.TableInsert("test", nil)),
false},
{"Documents / Positional Param", "INSERT INTO test VALUES ?, ?",
stream.New(stream.Expressions(
expr.PositionalParam(1),
expr.PositionalParam(2),
)).Pipe(stream.TableInsert("test", nil)),
false},
{"Documents / Named Param", "INSERT INTO test VALUES $foo, $bar",
stream.New(stream.Expressions(
expr.NamedParam("foo"),
expr.NamedParam("bar"),
)).Pipe(stream.TableInsert("test", nil)),
false},
{"Values / With fields", "INSERT INTO test (a, b) VALUES ('c', 'd')",
stream.New(stream.Expressions(
&expr.KVPairs{Pairs: []expr.KVPair{
{K: "a", V: testutil.TextValue("c")},
{K: "b", V: testutil.TextValue("d")},
}},
)).Pipe(stream.TableInsert("test", nil)),
false},
{"Values / With too many values", "INSERT INTO test (a, b) VALUES ('c', 'd', 'e')",
nil, true},
{"Values / Multiple", "INSERT INTO test (a, b) VALUES ('c', 'd'), ('e', 'f')",
stream.New(stream.Expressions(
&expr.KVPairs{Pairs: []expr.KVPair{
{K: "a", V: testutil.TextValue("c")},
{K: "b", V: testutil.TextValue("d")},
}},
&expr.KVPairs{Pairs: []expr.KVPair{
{K: "a", V: testutil.TextValue("e")},
{K: "b", V: testutil.TextValue("f")},
}},
)).Pipe(stream.TableInsert("test", nil)),
false},
{"Values / Returning", "INSERT INTO test (a, b) VALUES ('c', 'd') RETURNING *, a, b as B, c",
stream.New(stream.Expressions(
&expr.KVPairs{Pairs: []expr.KVPair{
{K: "a", V: testutil.TextValue("c")},
{K: "b", V: testutil.TextValue("d")},
}},
)).Pipe(stream.TableInsert("test", nil)).
Pipe(stream.Project(expr.Wildcard{}, testutil.ParseNamedExpr(t, "a"), testutil.ParseNamedExpr(t, "b", "B"), testutil.ParseNamedExpr(t, "c"))),
false},
{"Values / With fields / Wrong values", "INSERT INTO test (a, b) VALUES {a: 1}, ('e', 'f')",
nil, true},
{"Values / Without fields / Wrong values", "INSERT INTO test VALUES {a: 1}, ('e', 'f')",
nil, true},
{"Values / ON CONFLICT DO NOTHING", "INSERT INTO test (a, b) VALUES ('c', 'd') ON CONFLICT DO NOTHING RETURNING *",
stream.New(stream.Expressions(
&expr.KVPairs{Pairs: []expr.KVPair{
{K: "a", V: testutil.TextValue("c")},
{K: "b", V: testutil.TextValue("d")},
}},
)).Pipe(stream.TableInsert("test", database.OnInsertConflictDoNothing)).
Pipe(stream.Project(expr.Wildcard{})),
false},
{"Values / ON CONFLICT IGNORE", "INSERT INTO test (a, b) VALUES ('c', 'd') ON CONFLICT IGNORE RETURNING *",
stream.New(stream.Expressions(
&expr.KVPairs{Pairs: []expr.KVPair{
{K: "a", V: testutil.TextValue("c")},
{K: "b", V: testutil.TextValue("d")},
}},
)).Pipe(stream.TableInsert("test", database.OnInsertConflictDoNothing)).
Pipe(stream.Project(expr.Wildcard{})),
false},
{"Values / ON CONFLICT DO REPLACE", "INSERT INTO test (a, b) VALUES ('c', 'd') ON CONFLICT DO REPLACE RETURNING *",
stream.New(stream.Expressions(
&expr.KVPairs{Pairs: []expr.KVPair{
{K: "a", V: testutil.TextValue("c")},
{K: "b", V: testutil.TextValue("d")},
}},
)).Pipe(stream.TableInsert("test", database.OnInsertConflictDoReplace)).
Pipe(stream.Project(expr.Wildcard{})),
false},
{"Values / ON CONFLICT REPLACE", "INSERT INTO test (a, b) VALUES ('c', 'd') ON CONFLICT REPLACE RETURNING *",
stream.New(stream.Expressions(
&expr.KVPairs{Pairs: []expr.KVPair{
{K: "a", V: testutil.TextValue("c")},
{K: "b", V: testutil.TextValue("d")},
}},
)).Pipe(stream.TableInsert("test", database.OnInsertConflictDoReplace)).
Pipe(stream.Project(expr.Wildcard{})),
false},
{"Values / ON CONFLICT BLA", "INSERT INTO test (a, b) VALUES ('c', 'd') ON CONFLICT BLA RETURNING *",
nil, true},
{"Values / ON CONFLICT DO BLA", "INSERT INTO test (a, b) VALUES ('c', 'd') ON CONFLICT DO BLA RETURNING *",
nil, true},
{"Select / Without fields", "INSERT INTO test SELECT * FROM foo",
stream.New(stream.SeqScan("foo")).
Pipe(stream.Project(expr.Wildcard{})).
Pipe(stream.TableInsert("test", nil)),
false},
{"Select / Without fields / With projection", "INSERT INTO test SELECT a, b FROM foo",
stream.New(stream.SeqScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "a"), testutil.ParseNamedExpr(t, "b"))).
Pipe(stream.TableInsert("test", nil)),
false},
{"Select / With fields", "INSERT INTO test (a, b) SELECT * FROM foo",
stream.New(stream.SeqScan("foo")).
Pipe(stream.Project(expr.Wildcard{})).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableInsert("test", nil)),
false},
{"Select / With fields / With projection", "INSERT INTO test (a, b) SELECT a, b FROM foo",
stream.New(stream.SeqScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "a"), testutil.ParseNamedExpr(t, "b"))).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableInsert("test", nil)),
false},
{"Select / With fields / With projection / different fields", "INSERT INTO test (a, b) SELECT c, d FROM foo",
stream.New(stream.SeqScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "c"), testutil.ParseNamedExpr(t, "d"))).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableInsert("test", nil)),
false},
{"Select / With fields / With projection / different fields / Returning", "INSERT INTO test (a, b) SELECT c, d FROM foo RETURNING a",
stream.New(stream.SeqScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "c"), testutil.ParseNamedExpr(t, "d"))).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableInsert("test", nil)).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "a"))),
false},
{"Select / With fields / With projection / different fields / On conflict / Returning", "INSERT INTO test (a, b) SELECT c, d FROM foo ON CONFLICT DO NOTHING RETURNING a",
stream.New(stream.SeqScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "c"), testutil.ParseNamedExpr(t, "d"))).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableInsert("test", database.OnInsertConflictDoNothing)).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "a"))),
false},
}
for _, test := range tests {
t.Run(test.name, func(t *testing.T) {
q, err := parser.ParseQuery(test.s)
if test.fails {
assert.Error(t, err)
return
}
assert.NoError(t, err)
require.Len(t, q.Statements, 1)
require.EqualValues(t, test.expected.String(), q.Statements[0].(*statement.StreamStmt).Stream.String())
})
}
}