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lmdb-rs
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Bump bitflags to 0.9

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without.crypto
Dan Burkert 7 years ago
parent f6343a283a
commit 8d23b1acca
2 changed files with 26 additions and 26 deletions
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  1. 2
      Cargo.toml
  2. 50
      src/flags.rs

2
Cargo.toml
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@ -17,7 +17,7 @@ travis-ci = { repository = "danburkert/lmdb-rs" }
appveyor = { repository = "danburkert/lmdb-rs" }
[dependencies]
bitflags = "0.7"
bitflags = "0.9"
libc = "0.2"
lmdb-sys = { path = "lmdb-sys" }

50
src/flags.rs
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@ -4,7 +4,7 @@ use ffi::*;
bitflags! {
#[doc="Environment Options"]
pub flags EnvironmentFlags: c_uint {
pub struct EnvironmentFlags: c_uint {
#[doc="Use a fixed address for the mmap region. This flag must be specified"]
#[doc="when creating the environment, and is stored persistently in the environment."]
@ -13,25 +13,25 @@ bitflags! {
#[doc="across multiple invocations. This option may not always work, depending on"]
#[doc="how the operating system has allocated memory to shared libraries and other uses."]
#[doc="The feature is highly experimental."]
const FIXED_MAP = MDB_FIXEDMAP,
const FIXED_MAP = MDB_FIXEDMAP;
#[doc="By default, LMDB creates its environment in a directory whose pathname is given in"]
#[doc="`path`, and creates its data and lock files under that directory. With this option,"]
#[doc="`path` is used as-is for the database main data file. The database lock file is the"]
#[doc="`path` with `-lock` appended."]
const NO_SUB_DIR = MDB_NOSUBDIR,
const NO_SUB_DIR = MDB_NOSUBDIR;
#[doc="Use a writeable memory map unless `READ_ONLY` is set. This is faster and uses"]
#[doc="fewer mallocs, but loses protection from application bugs like wild pointer writes"]
#[doc="and other bad updates into the database. Incompatible with nested transactions."]
#[doc="Processes with and without `WRITE_MAP` on the same environment do not cooperate"]
#[doc="well."]
const WRITE_MAP = MDB_WRITEMAP,
const WRITE_MAP = MDB_WRITEMAP;
#[doc="Open the environment in read-only mode. No write operations will be allowed."]
#[doc="When opening an environment, LMDB will still modify the lock file - except on"]
#[doc="read-only filesystems, where LMDB does not use locks."]
const READ_ONLY = MDB_RDONLY,
const READ_ONLY = MDB_RDONLY;
#[doc="Flush system buffers to disk only once per transaction, omit the metadata flush."]
#[doc="Defer that until the system flushes files to disk, or next non-`READ_ONLY` commit"]
@ -39,7 +39,7 @@ bitflags! {
#[doc="system crash may undo the last committed transaction. I.e. it preserves the ACI"]
#[doc="(atomicity, consistency, isolation) but not D (durability) database property."]
#[doc="\n\nThis flag may be changed at any time using `Environment::set_flags`."]
const NO_META_SYNC = MDB_NOMETASYNC,
const NO_META_SYNC = MDB_NOMETASYNC;
#[doc="Don't flush system buffers to disk when committing a transaction. This optimization"]
#[doc="means a system crash can corrupt the database or lose the last transactions if"]
@ -52,13 +52,13 @@ bitflags! {
#[doc="system with no hint for when to write transactions to disk, unless"]
#[doc="`Environment::sync` is called. (`MAP_ASYNC | WRITE_MAP`) may be preferable."]
#[doc="\n\nThis flag may be changed at any time using `Environment::set_flags`."]
const NO_SYNC = MDB_NOSYNC,
const NO_SYNC = MDB_NOSYNC;
#[doc="When using `WRITE_MAP`, use asynchronous flushes to disk. As with `NO_SYNC`, a"]
#[doc="system crash can then corrupt the database or lose the last transactions. Calling"]
#[doc="`Environment::sync` ensures on-disk database integrity until next commit."]
#[doc="\n\nThis flag may be changed at any time using `Environment::set_flags`."]
const MAP_ASYNC = MDB_MAPASYNC,
const MAP_ASYNC = MDB_MAPASYNC;
#[doc="Don't use thread-local storage. Tie reader locktable slots to transaction objects"]
#[doc="instead of to threads. I.e. `RoTransaction::reset` keeps the slot reserved for the"]
@ -68,20 +68,20 @@ bitflags! {
#[doc="threads over individual OS threads need this option. Such an application must also"]
#[doc="serialize the write transactions in an OS thread, since LMDB's write locking is"]
#[doc="unaware of the user threads."]
const NO_TLS = MDB_NOTLS,
const NO_TLS = MDB_NOTLS;
#[doc="Do not do any locking. If concurrent access is anticipated, the caller must manage"]
#[doc="all concurrency themself. For proper operation the caller must enforce"]
#[doc="single-writer semantics, and must ensure that no readers are using old"]
#[doc="transactions while a writer is active. The simplest approach is to use an exclusive"]
#[doc="lock so that no readers may be active at all when a writer begins."]
const NO_LOCK = MDB_NOLOCK,
const NO_LOCK = MDB_NOLOCK;
#[doc="Turn off readahead. Most operating systems perform readahead on read requests by"]
#[doc="default. This option turns it off if the OS supports it. Turning it off may help"]
#[doc="random read performance when the DB is larger than RAM and system RAM is full."]
#[doc="The option is not implemented on Windows."]
const NO_READAHEAD = MDB_NORDAHEAD,
const NO_READAHEAD = MDB_NORDAHEAD;
#[doc="Do not initialize malloc'd memory before writing to unused spaces in the data file."]
#[doc="By default, memory for pages written to the data file is obtained using malloc."]
@ -98,73 +98,73 @@ bitflags! {
#[doc="with reserve; the caller is expected to overwrite all of the memory that was"]
#[doc="reserved in that case."]
#[doc="\n\nThis flag may be changed at any time using `Environment::set_flags`."]
const NO_MEM_INIT = MDB_NOMEMINIT,
const NO_MEM_INIT = MDB_NOMEMINIT;
}
}
bitflags! {
#[doc="Database Options"]
pub flags DatabaseFlags: c_uint {
pub struct DatabaseFlags: c_uint {
#[doc="Keys are strings to be compared in reverse order, from the end of the strings"]
#[doc="to the beginning. By default, Keys are treated as strings and compared from"]
#[doc="beginning to end."]
const REVERSE_KEY = MDB_REVERSEKEY,
const REVERSE_KEY = MDB_REVERSEKEY;
#[doc="Duplicate keys may be used in the database. (Or, from another perspective,"]
#[doc="keys may have multiple data items, stored in sorted order.) By default"]
#[doc="keys must be unique and may have only a single data item."]
const DUP_SORT = MDB_DUPSORT,
const DUP_SORT = MDB_DUPSORT;
#[doc="Keys are binary integers in native byte order. Setting this option requires all"]
#[doc="keys to be the same size, typically 32 or 64 bits."]
const INTEGER_KEY = MDB_INTEGERKEY,
const INTEGER_KEY = MDB_INTEGERKEY;
#[doc="This flag may only be used in combination with `DUP_SORT`. This option tells"]
#[doc="the library that the data items for this database are all the same size, which"]
#[doc="allows further optimizations in storage and retrieval. When all data items are"]
#[doc="the same size, the `GET_MULTIPLE` and `NEXT_MULTIPLE` cursor operations may be"]
#[doc="used to retrieve multiple items at once."]
const DUP_FIXED = MDB_DUPFIXED,
const DUP_FIXED = MDB_DUPFIXED;
#[doc="This option specifies that duplicate data items are also integers, and"]
#[doc="should be sorted as such."]
const INTEGER_DUP = MDB_INTEGERDUP,
const INTEGER_DUP = MDB_INTEGERDUP;
#[doc="This option specifies that duplicate data items should be compared as strings"]
#[doc="in reverse order."]
const REVERSE_DUP = MDB_REVERSEDUP,
const REVERSE_DUP = MDB_REVERSEDUP;
}
}
bitflags! {
#[doc="Write Options"]
pub flags WriteFlags: c_uint {
pub struct WriteFlags: c_uint {
#[doc="Insert the new item only if the key does not already appear in the database."]
#[doc="The function will return `LmdbError::KeyExist` if the key already appears in the"]
#[doc="database, even if the database supports duplicates (`DUP_SORT`)."]
const NO_OVERWRITE = MDB_NOOVERWRITE,
const NO_OVERWRITE = MDB_NOOVERWRITE;
#[doc="Insert the new item only if it does not already appear in the database."]
#[doc="This flag may only be specified if the database was opened with `DUP_SORT`."]
#[doc="The function will return `LmdbError::KeyExist` if the item already appears in the"]
#[doc="database."]
const NO_DUP_DATA = MDB_NODUPDATA,
const NO_DUP_DATA = MDB_NODUPDATA;
#[doc="For `Cursor::put`. Replace the item at the current cursor position. The key"]
#[doc="parameter must match the current position. If using sorted duplicates (`DUP_SORT`)"]
#[doc="the data item must still sort into the same position. This is intended to be used"]
#[doc="when the new data is the same size as the old. Otherwise it will simply perform a"]
#[doc="delete of the old record followed by an insert."]
const CURRENT = MDB_CURRENT,
const CURRENT = MDB_CURRENT;
#[doc="Append the given item to the end of the database. No key comparisons are performed."]
#[doc="This option allows fast bulk loading when keys are already known to be in the"]
#[doc="correct order. Loading unsorted keys with this flag will cause data corruption."]
const APPEND = MDB_APPEND,
const APPEND = MDB_APPEND;
#[doc="Same as `APPEND`, but for sorted dup data."]
const APPEND_DUP = MDB_APPENDDUP,
const APPEND_DUP = MDB_APPENDDUP;
}
}

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