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v/vlib/toml/any.v

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// Copyright (c) 2021 Lars Pontoppidan. All rights reserved.
// Use of this source code is governed by an MIT license
// that can be found in the LICENSE file.
module toml
import time
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// Pretty much all the same builtin types as the `json2.Any` type plus `time.Time`
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pub type Any = Null
| []Any
| bool
| f32
| f64
| i64
| int
| map[string]Any
| string
| time.Time
| u64
// string returns `Any` as a string.
pub fn (a Any) string() string {
match a {
string { return a as string }
time.Time { return a.format_ss_micro() }
else { return a.str() }
}
}
// int returns `Any` as an 32-bit integer.
pub fn (a Any) int() int {
match a {
int { return a }
i64, f32, f64, bool { return int(a) }
// time.Time { return int(0) } // TODO
else { return 0 }
}
}
// i64 returns `Any` as a 64-bit integer.
pub fn (a Any) i64() i64 {
match a {
i64 { return a }
int, f32, f64, bool { return i64(a) }
// time.Time { return i64(0) } // TODO
else { return 0 }
}
}
// u64 returns `Any` as a 64-bit unsigned integer.
pub fn (a Any) u64() u64 {
match a {
u64 { return a }
int, i64, f32, f64, bool { return u64(a) }
// time.Time { return u64(0) } // TODO
else { return 0 }
}
}
// f32 returns `Any` as a 32-bit float.
pub fn (a Any) f32() f32 {
match a {
f32 { return a }
int, i64, f64 { return f32(a) }
// time.Time { return f32(0) } // TODO
else { return 0.0 }
}
}
// f64 returns `Any` as a 64-bit float.
pub fn (a Any) f64() f64 {
match a {
f64 { return a }
int, i64, f32 { return f64(a) }
// time.Time { return f64(0) } // TODO
else { return 0.0 }
}
}
// array returns `Any` as an array.
pub fn (a Any) array() []Any {
if a is []Any {
return a
} else if a is map[string]Any {
mut arr := []Any{}
for _, v in a {
arr << v
}
return arr
}
return [a]
}
// as_map returns `Any` as a map (TOML table).
pub fn (a Any) as_map() map[string]Any {
if a is map[string]Any {
return a
} else if a is []Any {
mut mp := map[string]Any{}
for i, fi in a {
mp['$i'] = fi
}
return mp
}
return {
'0': a
}
}
// bool returns `Any` as a boolean.
pub fn (a Any) bool() bool {
match a {
bool { return a }
string { return a.bool() }
else { return false }
}
}
// date returns `Any` as a date encoded in a `time.Time` struct.
pub fn (a Any) date() time.Time {
mut time := time.Time{}
match a {
// string { } // TODO
time.Time { return a }
else { return time }
}
}
// date returns `Any` as a time encoded in a `time.Time` struct.
pub fn (a Any) time() time.Time {
mut time := time.Time{}
match a {
// string { } // TODO
time.Time { return a }
else { return time }
}
}
// date returns `Any` as a date+time encoded in a `time.Time` struct.
pub fn (a Any) datetime() time.Time {
mut time := time.Time{}
match a {
// string { } // TODO
time.Time { return a }
else { return time }
}
}
pub fn (m map[string]Any) value(key string) ?Any {
// return m[key] ?
key_split := key.split('.')
// util.printdbg(@MOD + '.' + @STRUCT + '.' + @FN, ' getting "${key_split[0]}"')
if key_split[0] in m.keys() {
value := m[key_split[0]] or {
return error(@MOD + '.' + @STRUCT + '.' + @FN + ' key "$key" does not exist')
}
// `match` isn't currently very suitable for these types of sum type constructs...
if value is map[string]Any {
nm := (value as map[string]Any)
next_key := key_split[1..].join('.')
if next_key == '' {
return value
}
return nm.value(next_key)
}
return value
}
return error(@MOD + '.' + @STRUCT + '.' + @FN + ' key "$key" does not exist')
}
pub fn (a []Any) as_strings() []string {
mut sa := []string{}
for any in a {
sa << any.string()
}
return sa
}
// to_json returns `Any` as a JSON encoded string.
pub fn (a Any) to_json() string {
match a {
Null {
return 'null'
}
string {
return '"$a.str()"'
}
bool, f32, f64, i64, int, u64 {
return a.str()
}
map[string]Any {
mut str := '{'
for key, val in a {
str += ' "$key": $val.to_json(),'
}
str = str.trim_right(',')
str += ' }'
return str
}
[]Any {
mut str := '['
for val in a {
str += ' $val.to_json(),'
}
str = str.trim_right(',')
str += ' ]'
return str
}
time.Time {
return '"$a.format_ss_micro()"'
}
}
}