aamos-ledger-rust/target/debug/deps/libsqlx-398d6aa4ebcdeedd.rmeta

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query_builderÁ$ÄõQueryBuilderÁdÊ„ __query_scalar_with_resultÁÔ¥ª!ð=dãŸ#ð=kquery_scalar_withÁŒñ¤$raw_sqlÁ<¢	È&RawSqlÁ4«	Ä'RowÁÌ	ù(	StatementÁLï	Ã	)TransactionÁ\›
ù+TransactionManagerÁ”¨
ñ,TypeInfoÁDÛ
Ž-ó$ÿ
È.ó	FValueÁ, œ0ValueRefÁD§1EitherÁ4Å „2errorÁ$ø]4ErrorÁ,þ´5Í4…f6Ú><¾³7Ú>opostgresÁD˜r9PgConnectionÁd¢rú:
PgExecutorÁT°rÑ;PgPoolÁ4¼rÏ<
PgTransactionÁlÄrÖ=PostgresÁDÓræ>»Œrç>AnyÁ¡Ï%ANæŒÐ%ANAnyExecutorÁ\¦ÜBQÄ\‰C‚$É
GtestingÁ<ŽåH
test_block_onÁl¾ÎIÔ<|‘„dê<T¼’eû<¤Þ–f¥=lðÚh¹=”ßßiÒ=¼øäjƒ>Œ�ól›>´‡ùm¸>Ü¦ÿnÄFdÁé__rtÁ$Ñ–êEncodeÁ4Øµóð¾�óòDecodeÁ4Å!É÷õï�÷öAnyPoolÁ<†Ú@]
AnyConnectionÁl°Ë%@^ü«&øþü' þThe async SQL toolkit for Rust, built with â�¤ï¸� by [the LaunchBadge team].

See our [README] to get started or [browse our example projects].
Have a question? [Check our FAQ] or [open a discussion].

### Runtime Support

SQLx supports both the [Tokio] and [async-std] runtimes.

You choose which runtime SQLx uses by default by enabling one of the following features:

* `runtime-async-std`
* `runtime-tokio`

The `runtime-actix` feature also exists but is an alias of `runtime-tokio`.

If more than one runtime feature is enabled, the Tokio runtime is used if a Tokio context exists on the current
thread, i.e. [`tokio::runtime::Handle::try_current()`] returns `Ok`; `async-std` is used otherwise.

Note that while SQLx no longer produces a compile error if zero or multiple runtime features are enabled,
which is useful for libraries building on top of it,
**the use of nearly any async function in the API will panic without at least one runtime feature enabled**.

The chief exception is the SQLite driver, which is runtime-agnostic, including its integration with the query macros.
However, [`SqlitePool`][crate::sqlite::SqlitePool] _does_ require runtime support for timeouts and spawning
internal management tasks.

### TLS Support

For securely communicating with SQL servers over an untrusted network connection such as the internet,
you can enable Transport Layer Security (TLS) by enabling one of the following features:

* `tls-native-tls`: Enables the [`native-tls`] backend which uses the OS-native TLS capabilities:
  * SecureTransport on macOS.
  * SChannel on Windows.
  * OpenSSL on all other platforms.
* `tls-rustls`: Enables the [rustls] backend, a cross-platform TLS library.
  * Only supports TLS revisions 1.2 and 1.3.
  * If you get `HandshakeFailure` errors when using this feature, it likely means your database server does not support
    these newer revisions. This might be resolved by enabling or switching to the `tls-native-tls` feature.
  * rustls supports several providers of cryptographic primitives. The default
    (enabled when you use the `tls-rustls` feature or `tls-rustls-ring`) is the
    `ring` provider, which has fewer build-time dependencies but also has fewer
    features. Alternatively, you can use `tls-rustls-aws-lc-rs` to use the
    `aws-lc-rs` provider, which enables additional cipher suite support at the cost
    of more onerous build requirements (depending on platform support).

If more than one TLS feature is enabled, the `tls-native-tls` feature takes precedent so that it is only necessary to enable
it to see if it resolves the `HandshakeFailure` error without disabling `tls-rustls`.

Consult the user manual for your database to find the TLS versions it supports.

If your connection configuration requires a TLS upgrade but TLS support was not enabled, the connection attempt
will return an error.

The legacy runtime+TLS combination feature flags are still supported, but for forward-compatibility, use of the separate
runtime and TLS feature flags is recommended.

[the LaunchBadge team]: https://www.launchbadge.com
[README]: https://www.github.com/launchbadge/sqlx/tree/main/README.md
[browse our example projects]: https://www.github.com/launchbadge/sqlx/tree/main/examples
[Check our FAQ]: https://www.github.com/launchbadge/sqlx/tree/main/FAQ.md
[open a discussion]: https://github.com/launchbadge/sqlx/discussions/new?category=q-a
[Tokio]: https://www.tokio.rs
[async-std]: https://www.async.rs
[`tokio::runtime::Handle::try_current()`]: https://docs.rs/tokio/latest/tokio/runtime/struct.Handle.html#method.try_current
[`native-tls`]: https://docs.rs/native-tls/latest/native_tls/
[rustls]: https://docs.rs/rustls/latest/rustls/
ÁøJbpÈëîôþÀŒG�˜	§bŒ¡ªƒªÈƒy«	ßƒn°	ûƒ`Ü
š„V½µ„Nˆ

Î„F”
ç„>Ë €…7÷
˜…/Ê
±…(�±…9
EÙ…%¸î…!íƒ†ˆ	È<
‚	È<cÅ†„	–=Ù–=gþ†÷Þœ‡êõº‡Þ„ ×‡Äª!ð=ÃŸ#ð=Ók ˆ³¤$Âˆ¬È&Úˆ¦Ä'ñˆ£ù(…‰šÃ	)Ÿ‰�ù+»‰}ñ,Þ‰uŽ-ótÈ.ó„	F—Špœ0Šh1ÆŠb „2ÝŠ]]4òŠX´5ÍWf6Ú>V³7Ú>fo¶‹Or9Î‹Crú:ë‹9rÑ;†Œ3rÏ<�Œ&rÖ=»Œræ>»Œ/rç>æŒÏ%ANæŒ0Ð%AN’�ÜBQÄC‚
GÒ�	åHê�üÎIÔ<ûdê<ùeû<÷f¥=õh¹=óiÒ=ñjƒ>ïl›>ím¸>ënÄFéé¨�å–ê¾�ßµóð¾�õóòï�ÚÉ÷õï�ð÷ö �ÔÚ@]»�ÇË%@^¦©¬Ü³¤¤Øš�‚…Ì’uôµ`¬ÝHK36œš$D¥ìÉœðòõßâä¢Ñ|È³$Ó¥¨üþ#Œ„Â‚…`cœñY\47Ä© l´

üð1ê¼Éàã·º”�	©¬˜›œ¼	ŽüÙ	|´‚
gjJMôÅ
;´í
1„�Œºó„åä,ðÖÙËÎ”³Ålû$�ª‘”|knSV@CT†L“(+úýäøð\Ô<â$ëŒ¼÷”ƒæä¯Ï\æüFC **SEE DOCUMENTATION BEFORE USE**. Runtime-generic database driver.Áø
©üG1©  
The underlying database drivers are chosen at runtime from the list set via
[`install_drivers`][crate::any::install_drivers]. Any use of [`AnyConnection`] or [`AnyPool`]
without this will panic.

It is recommended to use [`install_default_drivers`][crate::any::install_default_drivers] to activate all currently compiled-in drivers.  

[`AnyConnection`]: sqlx_core::any::AnyConnection
[`AnyPool`]: sqlx_core::any::AnyPool
Á»º|Ô¼Îî\_OnceÁ$‰ï8JKinstall_driversÁ|°”LæŒàÏ%NæŒÐ%NAnyArgumentsÁdåÌOAnyConnectOptionsÁŒóß%P’�\†ÜQAnyPoolOptionsÁt“ÛRAnyQueryResultÁt£æ%SAnyRowÁ4³í%TAnyStatementÁd¿òUAnyTransactionManagerÁ¬Í’V”Â“VAnyTypeInfoÁ\ä‡&WAnyTypeInfoKindÁ|ñ�&XAnyValueÁD‚Ñ&YAnyValueRefÁ\Œ×&ZAnyKindÁ<ÊÓ%[|~Ûü˜'ÁtÊ¶¹��qtehLO36"%ëíÁÃ¥§�’xz¼ºhÄÔLã �Ú]»�Ë%^¼ö9ì ü¤	 üÂKH Install all currently compiled-in drivers for [`AnyConnection`] to use.ÁŽúü’\Y May be called multiple times; only the first call will install drivers, subsequent callsÁÄï will have no effect.ÁˆútŒ ### PanicsÁü›OL If [`install_drivers`] has already been called *not* through this function.Áëúüï41 [`AnyConnection`]: sqlx_core::any::AnyConnectionÁ¼«	Ž`
_ŒË	$Ò	Jï8ï8ö¿ð8innerÁé8ãTPàVçaB€
_<closure_kind>Áa<closure_signature>Áa<upvars>Áaa_aŽ`Ž`Ž`T�»»<”úÔô4“””zü@= Statically checked SQL query with `println!()` style syntax.ÁAúüEeb This expands to an instance of [`query::Map`][crate::query::Map] that outputs an ad-hoc anonymousÁü«jg struct type, if the query has at least one output column that is not `Void`, or `()` (unit) otherwise:Á–ú”š ```rust,ignoreÁÄ # use sqlx::Connect;ÁüÆ?< # #[cfg(all(feature = "mysql", feature = "_rt-async-std"))]ÁÄ† # #[async_std::main]ÁüŸ*' # async fn main() -> sqlx::Result<()>{ÁüÊSP # let db_url = dotenvy::var("DATABASE_URL").expect("DATABASE_URL must be set");Á,ž #Áü¤ZW # if !(db_url.starts_with("mysql") || db_url.starts_with("mariadb")) { return Ok(()) }ÁüÿC@ # let mut conn = sqlx::MySqlConnection::connect(db_url).await?;ÁüÃ,) // let mut conn = <impl sqlx::Executor>;ÁüðLI let account = sqlx::query!("select (1) as id, 'Herp Derpinson' as name")Áì½     .fetch_one(&mut conn)Á„Û
     .await?;Áìúüð>; // anonymous struct has `#[derive(Debug)]` for convenienceÁä¯ println!("{account:?}");ÁüÌ1. println!("{}: {}", account.id, account.name);Áþúd‚	 # Ok(())Á<� # }Á,—ÔÏü�IF # #[cfg(any(not(feature = "mysql"), not(feature = "_rt-async-std")))]Á”ç # fn main() {}Á<ú ```Á‚	úü†	HE The output columns will be mapped to their corresponding Rust types.ÁüÏ	85 See the documentation for your database for details:Áˆ
úüŒ
(% * Postgres: [crate::postgres::types]Áüµ
" * MySQL: [crate::mysql::types]ÁüØ
SP     * Note: due to wire protocol limitations, the query macros do not know whenÁü¬WT       a column should be decoded as `bool`. It will be inferred to be `i8` instead.Áü„)&       See the link above for details.Áü®$! * SQLite: [crate::sqlite::types]ÁÓúü×\Y **The method you want to call on the result depends on how many rows you're expecting.**Á´
úü¸
ro | Number of Rows | Method to Call*             | Returns                                             | Notes |Áü«ro |----------------| ----------------------------|-----------------------------------------------------|-------|Áüž¢Ÿ | Noneâ€           | `.execute(...).await`       | `sqlx::Result<DB::QueryResult>`                     | For `INSERT`/`UPDATE`/`DELETE` without `RETURNING`. |ÁüÁ„� | Zero or One    | `.fetch_optional(...).await`| `sqlx::Result<Option<{adhoc struct}>>`              | Extra rows are ignored. |ÁüÆÂ¿ | Exactly One    | `.fetch_one(...).await`     | `sqlx::Result<{adhoc struct}>`                      | Errors if no rows were returned. Extra rows are ignored. Aggregate queries, use this. |Áü‰�š | At Least One   | `.fetch(...)`               | `impl Stream<Item = sqlx::Result<{adhoc struct}>>`  | Call `.try_next().await` to get each row result. |Áü§]Z | Multiple   | `.fetch_all(...)`               | `sqlx::Result<Vec<{adhoc struct}>>`  | |Á…úü‰[X \* All methods accept one of `&mut {connection type}`, `&mut Transaction` or `&Pool`.  Áüåvs â€  Only callable if the query returns no columns; otherwise it's assumed the query *may* return at least one row.ÁœÜ ## RequirementsÁüð^[ * The `DATABASE_URL` environment variable must be set at build-time to point to a databaseÁüÏKH   server with the schema that the query string will be checked against.Áü›b_   All variants of `query!()` use [dotenv]<sup>1</sup> so this can be in a `.env` file instead.Áþúü‚vs     * Or, `.sqlx` must exist at the workspace root. See [Offline Mode](#offline-mode-requires-the-offline-feature)Á„ù
       below.ÁŠúüŽ_\ * The query must be a string literal, or concatenation of string literals using `+` (usefulÁüîda   for queries generated by macro), or else it cannot be introspected (and thus cannot be dynamicÁüÓ&#   or the result of another macro).Áúúüþ_\ * The `QueryAs` instance will be bound to the same database type as `query!()` was compiledÁüÞ_\   against (e.g. you cannot build against a Postgres database and then run the query againstÁÄ¾   a MySQL database).Á×úüÛ[X     * The schema of the database URL (e.g. `postgres://` or `mysql://`) will be used toÁü·&#       determine the database type.ÁÞúüâ�~ <sup>1</sup> The `dotenv` crate itself appears abandoned as of [December 2021](https://github.com/dotenv-rs/dotenv/issues/74)ÁüäKH so we now use the [dotenvy] crate instead. The file format is the same.Á° úü´ -* [dotenv]: https://crates.io/crates/dotenvÁüâ /, [dotenvy]: https://crates.io/crates/dotenvyÁ´’! ## Query ArgumentsÁü©!^[ Like `println!()` and the other formatting macros, you can add bind parameters to your SQLÁüˆ"MJ and this macro will typecheck passed arguments and error on missing ones:ÁÖ"ú”Ú"�ÍÄí"¸Íü†#?ÚÍÄÆ#¢Îüß#*ÄÎüŠ$SøÎ,Þ$ÔÏüä$ZãÏü¿%JG # let mut conn = sqlx::mysql::MySqlConnection::connect(db_url).await?;ÁüŠ&,”Ñü·& let account = sqlx::query!(Áü×&63         // just pretend "accounts" is a real tableÁüŽ'_\         "select * from (select (1) as id, 'Herp Derpinson' as name) accounts where id = ?",Á„î'
         1i32ÁLÿ'     )Áì‰(ŸÒ„§(ÅÒ¸(úä¼(²ÓüÙ(1ØÓd‹)žÔ<˜)³Ô, )ÔÏü¦)IÑÔ”ð)£Õ<ƒ*¾Õ‹*úü�*KH B
G¡„ž†§„³„,¨„8È<,©„&®„8›$¯„*µ„¸„�…¹„Œ…,Ã„8,Ä„'É„8Ä\Ë„'Ö„8ÌÒdØ„	ä„å„†…8÷Ò4æ„í„,ï„8È<,ð„$õ„8checkedÁ<÷„ÿ„8,�…%Ž…”…®…,•…8È<,–…&›…8›$œ…$ …,¢…£…¬…,¤…8À$¥…&©…8¯ª…
…*°…³…œ†´…›†,¾…8,¿…'Ä…8Ä\Æ…'Ñ…8ÌÒdÓ…	ß…à…•†8÷Ò4á…è…,ê…8È<,ë…$ð…8À$ò…÷…ù…ƒ†,ú…û…�†,ü…8À$ý…
‚†$„†8‘Ú<††Ž†8,�†¼¯’ü¢†^[ A variant of [`query!`][`crate::query!`] where the SQL query is stored in a separate file.Á�‡úü…‡LI Useful for large queries and potentially cleaner than multiline strings.ÁÒ‡úüÖ‡]Z The syntax and requirements (see [`query!`][`crate::query!`]) are the same except the SQLÁü´ˆ&# string is replaced by a file path.ÁÛˆúüßˆZW The file must be relative to the project root (the directory containing `Cargo.toml`),Áüº‰^[ unlike `include_str!()` which uses compiler internals to get the path of the file where itÁ„™Š
 was invoked.ÁªŠúL®Š -----Á¸Šúü¼Š)& `examples/queries/account-by-id.sql`:Á\æŠ ```textÁüòŠGD select * from (select (1) as id, 'Herp Derpinson' as name) accountsÁ„º‹
 where id = ?Á<Ë‹¾ÕÓ‹ú´×‹ `src/my_query.rs`:Á”î‹�ÍÄ�Œ¸ÍüšŒ?ÚÍÄÚŒ¢ÎüóŒ*ÄÎüž�SøÎ,ò�ÔÏüø�ZãÏüÓŽCÇÐü—�OL let account = sqlx::query_file!("tests/test-query-account-by-id.sql", 1i32)Áìç�ŸÒ„…�ÅÒ–�úäš�²Óü·�1ØÓé�údí�žÔ<ú�³Ô,‚‘ÔÏüˆ‘IÑÔ”Ò‘£Õ<å‘¾Õ(|í‘GÇ’®”Í’Û’,Î’8õ
$Ï’&Ó’8«<Ô’*Ý’à’¨“á’§“,ë’8,ì’'ñ’8Ä\ó’'þ’8ÌÒd€“	Œ“�“¡“8source_fileÁ\Ž“š“,œ“8õ
$�“%©“¯“Ë“,°“8õ
$±“&µ“8«<¶“$½“,¿“À“É“,Á“8À$Â“&Æ“8¯Ç“
Ê“*Í“Ð“¬”Ñ“«”,Û“8,Ü“'á“8Ä\ã“'î“8ÌÒdð“	ü“ý“¥”8Æé\þ“Š”,Œ”8õ
$�”$‘”8À$“”˜”š”¤”,›”œ”¢”,�”8À$ž”
£”üÑ–!ü²”_\ A variant of [`query_file!`][`crate::query_file!`] which does not check the input or outputÁü’•^[ types. This still does parse the query to ensure it's syntactically and semantically validÁìñ• for the current database.Á(|�–*Gó–ü˜ù–‡—,ú–8õ
$û–&ÿ–8«<€—*‰—Œ—å—�—ä—,——8,˜—'�—8Ä\Ÿ—'ª—8ÌÒd¬—	¸—¹—Þ—8Æé\º—Æ—,È—8õ
$É—$Í—8‘Ú<Ï—×—8,Ù—%æ—ì—ˆ˜,í—8õ
$î—&ò—8«<ó—$ú—,ü—ý—†˜,þ—8À$ÿ—&ƒ˜8¯„˜
‡˜*Š˜�˜ú˜Ž˜ù˜,˜˜8,™˜'ž˜8Ä\ ˜'«˜8ÌÒd˜	¹˜º˜ó˜8Æé\»˜Ç˜,É˜8õ
$Ê˜$Î˜8À$Ð˜Õ˜×˜á˜,Ø˜Ù˜ß˜,Ú˜8À$Û˜
à˜$â˜8‘Ú<ä˜ì˜8,î˜¬–Ïü€™_\ A variant of [`query!`][`crate::query!`] which takes a path to an explicitly defined structÁ¼à™ as the output type.Áø™úüü™ZW This lets you return the struct from a function or add your own trait implementations.Á×šúüÛšb_ **This macro does not use [`FromRow`][crate::FromRow]**; in fact, no trait implementations areÁü¾›?< required at all, though this may change in future versions.Áþ›úü‚œc` The macro maps rows using a struct literal where the names of columns in the query are expectedÁüæœ\Y to be the same as the fields of the struct (but the order does not need to be the same).ÁüÃ�c` The types of the columns are based on the query and not the corresponding fields of the struct,Áü§ž! so this is type-safe as well.ÁÉžúüÍž This enforces a few things:Áüíž0- * The query must output at least one column.ÁüžŸMJ * The column names of the query must match the field names of the struct.ÁüìŸb_ * The field types must be the Rust equivalent of their SQL counterparts; see the correspondingÁüÏ ,)   module for your database for mappings:Áüü ,)     * Postgres: [crate::postgres::types]Áü©¡&#     * MySQL: [crate::mysql::types]ÁüÐ¡WT         * Note: due to wire protocol limitations, the query macros do not know whenÁü¨¢[X           a column should be decoded as `bool`. It will be inferred to be `i8` instead.Áü„£-*           See the link above for details.Áü²£(%     * SQLite: [crate::sqlite::types]ÁüÛ£_\ * If a column may be `NULL`, the corresponding field's type must be wrapped in `Option<_>`.Áü»¤>; * Neither the query nor the struct may have unused fields.Áú¤úüþ¤b_ The only modification to the `query!()` syntax is that the struct name is given before the SQLÁ\á¥ string:Á”í¥�ÍÄ€¦¸Íü™¦?ÚÍÄÙ¦¢Îüò¦*ÄÎü�§SøÎ,ñ§ÔÏü÷§ZãÏüÒ¨CÇÐ¤–© #[derive(Debug)]Á¤«© struct Account {Á„À©
     id: i32,Á¤Ñ©     name: StringÁ,æ© }Áì©úüð©,”Ñü�ª" let account = sqlx::query_as!(Á¤Àª         Account,ÁüÕª_¢õ„µ«ŠöLÆ«£öìÐ«ŸÒ„î«ÅÒÿ«úäƒ¬²Óü ¬1ØÓÒ¬údÖ¬žÔ<ã¬³Ô,ë¬ÔÏüñ¬IÑÔ”»£Õ<Î¾ÕÖúüÚNK **The method you want to call depends on how many rows you're expecting.**Á©®úü®eb | Number of Rows | Method to Call*             | Returns (`T` being the given struct)   | Notes |Áü“¯eb |----------------| ----------------------------|----------------------------------------|-------|Áüù¯wt | Zero or One    | `.fetch_optional(...).await`| `sqlx::Result<Option<T>>`              | Extra rows are ignored. |Áüñ°µ² | Exactly One    | `.fetch_one(...).await`     | `sqlx::Result<T>`                      | Errors if no rows were returned. Extra rows are ignored. Aggregate queries, use this. |Áü§²�� | At Least One   | `.fetch(...)`               | `impl Stream<Item = sqlx::Result<T>>`  | Call `.try_next().await` to get each row result. |Áü¸³PM | Multiple       | `.fetch_all(...)`           | `sqlx::Result<Vec<T>>`  | |Á‰´úü�´YV \* All methods accept one of `&mut {connection type}`, `&mut Transaction` or `&Pool`.Áüç´XU (`.execute()` is omitted as this macro requires at least one column to be returned.)ÁÀµúüÄµ52 ### Column Type Override: Infer from Struct FieldÁüúµVS In addition to the column type overrides supported by [`query!`][`crate::query!`],ÁüÑ¶30 [`query_as!()`][`crate::query_as!`] supports anÁü…· additional override option:Á¥·úü©·_\ If you select a c
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8û¯4—ÑžÑ, Ñ8¨®T¡Ñ$«Ñ8÷Ò4Ñ´Ñ,¶Ñ8È<,·Ñ$¼Ñ8À$¾ÑÃÑÅÑÏÑ,ÆÑÇÑÍÑ,ÈÑ8À$ÉÑ