16291712671

Committed 15 Jul 2025 11:13AM UTC coverage: 66.727% (-0.6%) from 67.338%

Build # 16291712671

Build Type

Pull #9822

github

Committed by

web-flow

Commit Message

Merge 467bd1952 into df6c02e3a

Pull Request Pull Request #9822: Refactor Payments Code (Head PR for refactor to make sure the itest pass)

Run Details

805 of 2899 new or added lines in 27 files covered. (27.77%)

60 existing lines in 17 files now uncovered.

135520 of 203097 relevant lines covered (66.73%)

21508.71 hits per line

Source File
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64.29

/sqldb/sqlutils.go

package sqldb

import (
        "database/sql"
        "time"

        "golang.org/x/exp/constraints"
)

// NoOpReset is a no-op function that can be used as a default
// reset function ExecTx calls.
var NoOpReset = func() {}

// SQLInt16 turns a numerical integer type into the NullInt16 that sql/sqlc
// uses when an integer field can be permitted to be NULL.
//
// We use this constraints.Integer constraint here which maps to all signed and
// unsigned integer types.
func SQLInt16[T constraints.Integer](num T) sql.NullInt16 {
        return sql.NullInt16{
                Int16: int16(num),
                Valid: true,
        }
}

// SQLInt32 turns a numerical integer type into the NullInt32 that sql/sqlc
// uses when an integer field can be permitted to be NULL.
//
// We use this constraints.Integer constraint here which maps to all signed and
// unsigned integer types.
func SQLInt32[T constraints.Integer](num T) sql.NullInt32 {
        return sql.NullInt32{
                Int32: int32(num),
                Valid: true,
        }
}

// SQLInt64 turns a numerical integer type into the NullInt64 that sql/sqlc
// uses when an integer field can be permitted to be NULL.
//
// We use this constraints.Integer constraint here which maps to all signed and
// unsigned integer types.
func SQLInt64[T constraints.Integer](num T) sql.NullInt64 {
        return sql.NullInt64{
                Int64: int64(num),
                Valid: true,
        }
}

// SQLStr turns a string into the NullString that sql/sqlc uses when a string
// can be permitted to be NULL.
func SQLStr(s string) sql.NullString {
        if s == "" {
                return sql.NullString{}
        }

        return sql.NullString{
                String: s,
                Valid:  true,
        }
}

// SQLTime turns a time.Time into the NullTime that sql/sqlc uses when a time
// can be permitted to be NULL.
func SQLTime(t time.Time) sql.NullTime {
        return sql.NullTime{
                Time:  t,
                Valid: true,
        }
}

// ExtractSqlInt16 turns a NullInt16 into a numerical type. This can be useful
// when reading directly from the database, as this function handles extracting
// the inner value from the "option"-like struct.
func ExtractSqlInt16[T constraints.Integer](num sql.NullInt16) T {
        return T(num.Int16)
}

// SQLBool turns a boolean into the NullBool that sql/sqlc uses when a boolean
// field can be permitted to be NULL.
func SQLBool(b bool) sql.NullBool {
        return sql.NullBool{
                Bool:  b,
                Valid: true,
        }
}

1	package sqldb
2
3	import (
4	"database/sql"
5	"time"
6
7	"golang.org/x/exp/constraints"
8	)
9
10	// NoOpReset is a no-op function that can be used as a default
11	// reset function ExecTx calls.
12	var NoOpReset = func() {}	22,435✔
13
14	// SQLInt16 turns a numerical integer type into the NullInt16 that sql/sqlc
15	// uses when an integer field can be permitted to be NULL.
16	//
17	// We use this constraints.Integer constraint here which maps to all signed and
18	// unsigned integer types.
19	func SQLInt16[T constraints.Integer](num T) sql.NullInt16 {	×
20	return sql.NullInt16{	×
21	Int16: int16(num),	×
22	Valid: true,	×
23	}	×
24	}	×
25
26	// SQLInt32 turns a numerical integer type into the NullInt32 that sql/sqlc
27	// uses when an integer field can be permitted to be NULL.
28	//
29	// We use this constraints.Integer constraint here which maps to all signed and
30	// unsigned integer types.
31	func SQLInt32[T constraints.Integer](num T) sql.NullInt32 {	20,592✔
32	return sql.NullInt32{	20,592✔
33	Int32: int32(num),	20,592✔
34	Valid: true,	20,592✔
35	}	20,592✔
36	}	20,592✔
37
38	// SQLInt64 turns a numerical integer type into the NullInt64 that sql/sqlc
39	// uses when an integer field can be permitted to be NULL.
40	//
41	// We use this constraints.Integer constraint here which maps to all signed and
42	// unsigned integer types.
43	func SQLInt64[T constraints.Integer](num T) sql.NullInt64 {	31,257✔
44	return sql.NullInt64{	31,257✔
45	Int64: int64(num),	31,257✔
46	Valid: true,	31,257✔
47	}	31,257✔
48	}	31,257✔
49
50	// SQLStr turns a string into the NullString that sql/sqlc uses when a string
51	// can be permitted to be NULL.
52	func SQLStr(s string) sql.NullString {	20,592✔
53	if s == "" {	20,992✔
54	return sql.NullString{}	400✔
55	}	400✔
56
57	return sql.NullString{	20,192✔
58	String: s,	20,192✔
59	Valid: true,	20,192✔
60	}	20,192✔
61	}
62
63	// SQLTime turns a time.Time into the NullTime that sql/sqlc uses when a time
64	// can be permitted to be NULL.
65	func SQLTime(t time.Time) sql.NullTime {	70,924✔
66	return sql.NullTime{	70,924✔
67	Time: t,	70,924✔
68	Valid: true,	70,924✔
69	}	70,924✔
70	}	70,924✔
71
72	// ExtractSqlInt16 turns a NullInt16 into a numerical type. This can be useful
73	// when reading directly from the database, as this function handles extracting
74	// the inner value from the "option"-like struct.
75	func ExtractSqlInt16[T constraints.Integer](num sql.NullInt16) T {	×
76	return T(num.Int16)	×
77	}	×
78
79	// SQLBool turns a boolean into the NullBool that sql/sqlc uses when a boolean
80	// field can be permitted to be NULL.
NEW 81	func SQLBool(b bool) sql.NullBool {	×
NEW 82	return sql.NullBool{	×
NEW 83	Bool: b,	×
NEW 84	Valid: true,	×
NEW 85	}	×
NEW 86	}	×

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