Files
chaisql/internal/sql/parser/insert_test.go
2021-12-10 11:55:46 +05:30

229 lines
8.8 KiB
Go

package parser_test
import (
"context"
"testing"
"github.com/genjidb/genji/internal/expr"
"github.com/genjidb/genji/internal/query"
"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.TableValidate("test")).
Pipe(stream.TableInsert("test")),
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.TableValidate("test")).
Pipe(stream.TableInsert("test")),
false},
{"Documents / Positional Param", "INSERT INTO test VALUES ?, ?",
stream.New(stream.Expressions(
expr.PositionalParam(1),
expr.PositionalParam(2),
)).
Pipe(stream.TableValidate("test")).
Pipe(stream.TableInsert("test")),
false},
{"Documents / Named Param", "INSERT INTO test VALUES $foo, $bar",
stream.New(stream.Expressions(
expr.NamedParam("foo"),
expr.NamedParam("bar"),
)).
Pipe(stream.TableValidate("test")).
Pipe(stream.TableInsert("test")),
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.TableValidate("test")).
Pipe(stream.TableInsert("test")),
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.TableValidate("test")).
Pipe(stream.TableInsert("test")),
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.TableValidate("test")).
Pipe(stream.TableInsert("test")).
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.TableValidate("test")).
Pipe(stream.HandleConflict(stream.New(stream.NoOp()))).
Pipe(stream.TableInsert("test")),
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.TableValidate("test")).
Pipe(stream.HandleConflict(stream.New(stream.NoOp()))).
Pipe(stream.TableInsert("test")),
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.TableValidate("test")).
Pipe(stream.HandleConflict(stream.New(stream.TableReplace("test")))).
Pipe(stream.TableInsert("test")),
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.TableValidate("test")).
Pipe(stream.HandleConflict(stream.New(stream.TableReplace("test")))).
Pipe(stream.TableInsert("test")),
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.TableScan("foo")).
Pipe(stream.TableValidate("test")).
Pipe(stream.TableInsert("test")),
false},
{"Select / Without fields / With projection", "INSERT INTO test SELECT a, b FROM foo",
stream.New(stream.TableScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "a"), testutil.ParseNamedExpr(t, "b"))).
Pipe(stream.TableValidate("test")).
Pipe(stream.TableInsert("test")),
false},
{"Select / With fields", "INSERT INTO test (a, b) SELECT * FROM foo",
stream.New(stream.TableScan("foo")).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableValidate("test")).
Pipe(stream.TableInsert("test")),
false},
{"Select / With fields / With projection", "INSERT INTO test (a, b) SELECT a, b FROM foo",
stream.New(stream.TableScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "a"), testutil.ParseNamedExpr(t, "b"))).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableValidate("test")).
Pipe(stream.TableInsert("test")),
false},
{"Select / With fields / With projection / different fields", "INSERT INTO test (a, b) SELECT c, d FROM foo",
stream.New(stream.TableScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "c"), testutil.ParseNamedExpr(t, "d"))).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableValidate("test")).
Pipe(stream.TableInsert("test")),
false},
{"Select / With fields / With projection / different fields / Returning", "INSERT INTO test (a, b) SELECT c, d FROM foo RETURNING a",
stream.New(stream.TableScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "c"), testutil.ParseNamedExpr(t, "d"))).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableValidate("test")).
Pipe(stream.TableInsert("test")).
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.TableScan("foo")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "c"), testutil.ParseNamedExpr(t, "d"))).
Pipe(stream.IterRename("a", "b")).
Pipe(stream.TableValidate("test")).
Pipe(stream.HandleConflict(stream.New(stream.NoOp()))).
Pipe(stream.TableInsert("test")).
Pipe(stream.Project(testutil.ParseNamedExpr(t, "a"))),
false},
}
for _, test := range tests {
t.Run(test.name, func(t *testing.T) {
db, cleanup := testutil.NewTestDB(t)
defer cleanup()
testutil.MustExec(t, db, nil, "CREATE TABLE test; CREATE TABLE foo;")
q, err := parser.ParseQuery(test.s)
if test.fails {
assert.Error(t, err)
return
}
assert.NoError(t, err)
err = q.Prepare(&query.Context{
Ctx: context.Background(),
DB: db,
})
assert.NoError(t, err)
require.Len(t, q.Statements, 1)
require.EqualValues(t, &statement.PreparedStreamStmt{Stream: test.expected}, q.Statements[0].(*statement.PreparedStreamStmt))
})
}
}