mount() attaches the filesystem specified by source (which is
often a pathname referring to a device, but can also be the pathname of a
directory or file, or a dummy string) to the location (a directory or file)
specified by the pathname in target.
Appropriate privilege (Linux: the CAP_SYS_ADMIN capability)
is required to mount filesystems.
Values for the filesystemtype argument supported by the
kernel are listed in /proc/filesystems (e.g., "btrfs",
"ext4", "jfs", "xfs", "vfat",
"fuse", "tmpfs", "cgroup", "proc",
"mqueue", "nfs", "cifs", "iso9660").
Further types may become available when the appropriate modules are
loaded.
The data argument is interpreted by the different
filesystems. Typically it is a string of comma-separated options understood
by this filesystem. See mount(8) for details of the options available
for each filesystem type.
A call to mount() performs one of a number of general types
of operation, depending on the bits specified in mountflags. The
choice of which operation to perform is determined by testing the bits set
in mountflags, with the tests being conducted in the order listed
here:
- Remount an existing mount: mountflags includes
MS_REMOUNT.
- Create a bind mount: mountflags includes MS_BIND.
- Change the propagation type of an existing mount: mountflags
includes one of MS_SHARED, MS_PRIVATE, MS_SLAVE, or
MS_UNBINDABLE.
- Move an existing mount to a new location: mountflags includes
MS_MOVE.
- Create a new mount: mountflags includes none of the above
flags.
Each of these operations is detailed later in this page. Further
flags may be specified in mountflags to modify the behavior of
mount(), as described below.
The list below describes the additional flags that can be specified in
mountflags. Note that some operation types ignore some or all of these
flags, as described later in this page.
- MS_DIRSYNC (since Linux 2.5.19)
- Make directory changes on this filesystem synchronous. (This property can
be obtained for individual directories or subtrees using
chattr(1).)
- MS_LAZYTIME (since Linux 4.0)
- Reduce on-disk updates of inode timestamps (atime, mtime, ctime) by
maintaining these changes only in memory. The on-disk timestamps are
updated only when:
- (a)
- the inode needs to be updated for some change unrelated to file
timestamps;
- (b)
- the application employs fsync(2), syncfs(2), or
sync(2);
- (c)
- an undeleted inode is evicted from memory; or
- (d)
- more than 24 hours have passed since the inode was written to disk.
- This mount option significantly reduces writes needed to update the
inode's timestamps, especially mtime and atime. However, in the event of a
system crash, the atime and mtime fields on disk might be out of date by
up to 24 hours.
- Examples of workloads where this option could be of significant benefit
include frequent random writes to preallocated files, as well as cases
where the MS_STRICTATIME mount option is also enabled. (The
advantage of combining MS_STRICTATIME and MS_LAZYTIME is
that stat(2) will return the correctly updated atime, but the atime
updates will be flushed to disk only in the cases listed above.)
- MS_MANDLOCK
- Permit mandatory locking on files in this filesystem. (Mandatory locking
must still be enabled on a per-file basis, as described in
fcntl(2).) Since Linux 4.5, this mount option requires the
CAP_SYS_ADMIN capability and a kernel configured with the
CONFIG_MANDATORY_FILE_LOCKING option.
- MS_NOATIME
- Do not update access times for (all types of) files on this
filesystem.
- MS_NODEV
- Do not allow access to devices (special files) on this filesystem.
- MS_NODIRATIME
- Do not update access times for directories on this filesystem. This flag
provides a subset of the functionality provided by MS_NOATIME; that
is, MS_NOATIME implies MS_NODIRATIME.
- MS_NOEXEC
- Do not allow programs to be executed from this filesystem.
- MS_NOSUID
- Do not honor set-user-ID and set-group-ID bits or file capabilities when
executing programs from this filesystem.
- MS_RDONLY
- Mount filesystem read-only.
- MS_REC (since Linux 2.4.11)
- Used in conjunction with MS_BIND to create a recursive bind mount,
and in conjunction with the propagation type flags to recursively change
the propagation type of all of the mounts in a subtree. See below for
further details.
- MS_RELATIME (since Linux 2.6.20)
- When a file on this filesystem is accessed, update the file's last access
time (atime) only if the current value of atime is less than or equal to
the file's last modification time (mtime) or last status change time
(ctime). This option is useful for programs, such as mutt(1), that
need to know when a file has been read since it was last modified. Since
Linux 2.6.30, the kernel defaults to the behavior provided by this flag
(unless MS_NOATIME was specified), and the MS_STRICTATIME
flag is required to obtain traditional semantics. In addition, since Linux
2.6.30, the file's last access time is always updated if it is more than 1
day old.
- MS_SILENT (since Linux 2.6.17)
- Suppress the display of certain (printk()) warning messages in the
kernel log. This flag supersedes the misnamed and obsolete
MS_VERBOSE flag (available since Linux 2.4.12), which has the same
meaning.
- MS_STRICTATIME (since Linux 2.6.30)
- Always update the last access time (atime) when files on this filesystem
are accessed. (This was the default behavior before Linux 2.6.30.)
Specifying this flag overrides the effect of setting the MS_NOATIME
and MS_RELATIME flags.
- MS_SYNCHRONOUS
- Make writes on this filesystem synchronous (as though the O_SYNC
flag to open(2) was specified for all file opens to this
filesystem).
From Linux 2.4 onward, some of the above flags are settable on a
per-mount basis, while others apply to the superblock of the mounted
filesystem, meaning that all mounts of the same filesystem share those
flags. (Previously, all of the flags were per-superblock.)
The per-mount-point flags are as follows:
- Since Linux 2.4: MS_NODEV, MS_NOEXEC, and MS_NOSUID
flags are settable on a per-mount-point basis.
- Since Linux 2.6.16: MS_NOATIME and MS_NODIRATIME.
- Since Linux 2.6.20: MS_RELATIME.
The following flags are per-superblock: MS_DIRSYNC,
MS_LAZYTIME, MS_MANDLOCK, MS_SILENT, and
MS_SYNCHRONOUS. The initial settings of these flags are determined on
the first mount of the filesystem, and will be shared by all subsequent
mounts of the same filesystem. Subsequently, the settings of the flags can
be changed via a remount operation (see below). Such changes will be visible
via all mount points associated with the filesystem.
Since Linux 2.6.16, MS_RDONLY can be set or cleared on a
per-mount-point basis as well as on the underlying filesystem superblock.
The mounted filesystem will be writable only if neither the filesystem nor
the mountpoint are flagged as read-only.
An existing mount may be remounted by specifying MS_REMOUNT in
mountflags. This allows you to change the mountflags and
data of an existing mount without having to unmount and remount the
filesystem. target should be the same value specified in the initial
mount() call.
The source and filesystemtype arguments are
ignored.
The mountflags and data arguments should match the
values used in the original mount() call, except for those parameters
that are being deliberately changed.
The following mountflags can be changed:
MS_LAZYTIME, MS_MANDLOCK, MS_NOATIME, MS_NODEV,
MS_NODIRATIME, MS_NOEXEC, MS_NOSUID,
MS_RELATIME, MS_RDONLY, MS_STRICTATIME (whose effect is
to clear the MS_NOATIME and MS_RELATIME flags), and
MS_SYNCHRONOUS. Attempts to change the setting of the
MS_DIRSYNC and MS_SILENT flags during a remount are silently
ignored. Note that changes to per-superblock flags are visible via all mount
points of the associated filesystem (because the per-superblock flags are
shared by all mount points).
Since Linux 3.17, if none of MS_NOATIME,
MS_NODIRATIME, MS_RELATIME, or MS_STRICTATIME is
specified in mountflags, then the remount operation preserves the
existing values of these flags (rather than defaulting to
MS_RELATIME).
Since Linux 2.6.26, the MS_REMOUNT flag can be used with
MS_BIND to modify only the per-mount-point flags. This is
particularly useful for setting or clearing the "read-only" flag
on a mount point without changing the underlying filesystem. Specifying
mountflags as:
MS_REMOUNT | MS_BIND | MS_RDONLY
will make access through this mountpoint read-only, without
affecting other mount points.
If mountflags includes MS_BIND (available since Linux 2.4), then
perform a bind mount. A bind mount makes a file or a directory subtree visible
at another point within the single directory hierarchy. Bind mounts may cross
filesystem boundaries and span chroot(2) jails.
The filesystemtype and data arguments are
ignored.
The remaining bits (other than MS_REC, described below) in
the mountflags argument are also ignored. (The bind mount has the
same mount options as the underlying mount point.) However, see the
discussion of remounting above, for a method of making an existing bind
mount read-only.
By default, when a directory is bind mounted, only that directory
is mounted; if there are any submounts under the directory tree, they are
not bind mounted. If the MS_REC flag is also specified, then a
recursive bind mount operation is performed: all submounts under the
source subtree (other than unbindable mounts) are also bind mounted
at the corresponding location in the target subtree.
If mountflags includes one of MS_SHARED, MS_PRIVATE,
MS_SLAVE, or MS_UNBINDABLE (all available since Linux 2.6.15),
then the propagation type of an existing mount is changed. If more than one of
these flags is specified, an error results.
The only other flags that can be specified while changing the
propagation type are MS_REC (described below) and MS_SILENT
(which is ignored).
The source, filesystemtype, and data
arguments are ignored.
The meanings of the propagation type flags are as follows:
- MS_SHARED
- Make this mount point shared. Mount and unmount events immediately under
this mount point will propagate to the other mount points that are members
of this mount's peer group. Propagation here means that the same mount or
unmount will automatically occur under all of the other mount points in
the peer group. Conversely, mount and unmount events that take place under
peer mount points will propagate to this mount point.
- MS_PRIVATE
- Make this mount point private. Mount and unmount events do not propagate
into or out of this mount point.
- MS_SLAVE
- If this is a shared mount point that is a member of a peer group that
contains other members, convert it to a slave mount. If this is a shared
mount point that is a member of a peer group that contains no other
members, convert it to a private mount. Otherwise, the propagation type of
the mount point is left unchanged.
- When a mount point is a slave, mount and unmount events propagate into
this mount point from the (master) shared peer group of which it was
formerly a member. Mount and unmount events under this mount point do not
propagate to any peer.
- A mount point can be the slave of another peer group while at the same
time sharing mount and unmount events with a peer group of which it is a
member.
- MS_UNBINDABLE
- Make this mount unbindable. This is like a private mount, and in addition
this mount can't be bind mounted. When a recursive bind mount
(mount() with the MS_BIND and MS_REC flags) is
performed on a directory subtree, any unbindable mounts within the subtree
are automatically pruned (i.e., not replicated) when replicating that
subtree to produce the target subtree.
By default, changing the propagation type affects only the
target mount point. If the MS_REC flag is also specified in
mountflags, then the propagation type of all mount points under
target is also changed.
For further details regarding mount propagation types (including
the default propagation type assigned to new mounts), see
mount_namespaces(7).
If mountflags contains the flag MS_MOVE (available since Linux
2.4.18), then move a subtree: source specifies an existing mount point
and target specifies the new location to which that mount point is to
be relocated. The move is atomic: at no point is the subtree unmounted.
The remaining bits in the mountflags argument are ignored,
as are the filesystemtype and data arguments.
If none of MS_REMOUNT, MS_BIND, MS_MOVE, MS_SHARED,
MS_PRIVATE, MS_SLAVE, or MS_UNBINDABLE is specified in
mountflags, then mount() performs its default action: creating a
new mount point. source specifies the source for the new mount point,
and target specifies the directory at which to create the mount point.
The filesystemtype and data arguments are employed,
and further bits may be specified in mountflags to modify the
behavior of the call.
Since Linux 2.4 a single filesystem can be mounted at multiple mount points, and
multiple mounts can be stacked on the same mount point.
The mountflags argument may have the magic number 0xC0ED
(MS_MGC_VAL) in the top 16 bits. (All of the other flags discussed in
DESCRIPTION occupy the low order 16 bits of mountflags.) Specifying
MS_MGC_VAL was required in kernel versions prior to 2.4, but since
Linux 2.4 is no longer required and is ignored if specified.
The original MS_SYNC flag was renamed MS_SYNCHRONOUS
in 1.1.69 when a different MS_SYNC was added to
<mman.h>.
Before Linux 2.4 an attempt to execute a set-user-ID or
set-group-ID program on a filesystem mounted with MS_NOSUID would
fail with EPERM. Since Linux 2.4 the set-user-ID and set-group-ID
bits are just silently ignored in this case.
Starting with kernel 2.4.19, Linux provides mount namespaces. A mount namespace
is the set of filesystem mounts that are visible to a process. Mount
namespaces can be (and usually are) shared between multiple processes, and
changes to the namespace (i.e., mounts and unmounts) by one process are
visible to all other processes sharing the same namespace. (The pre-2.4.19
Linux situation can be considered as one in which a single namespace was
shared by every process on the system.)
A child process created by fork(2) shares its parent's
mount namespace; the mount namespace is preserved across an
execve(2).
A process can obtain a private mount namespace if: it was created
using the clone(2) CLONE_NEWNS flag, in which case its new
namespace is initialized to be a copy of the namespace of the process
that called clone(2); or it calls unshare(2) with the
CLONE_NEWNS flag, which causes the caller's mount namespace to obtain
a private copy of the namespace that it was previously sharing with other
processes, so that future mounts and unmounts by the caller are invisible to
other processes (except child processes that the caller subsequently
creates) and vice versa.
For further details on mount namespaces, see
mount_namespaces(7).
Each mount point has a parent mount point. The overall parental relationship of
all mount points defines the single directory hierarchy seen by the processes
within a mount namespace.
The parent of a new mount point is defined when the mount point is
created. In the usual case, the parent of a new mount is the mount point of
the filesystem containing the directory or file at which the new mount is
attached. In the case where a new mount is stacked on top of an existing
mount, the parent of the new mount is the previous mount that was stacked at
that location.
The parental relationship between mount points can be discovered
via the /proc/[pid]/mountinfo file (see below).
The Linux-specific /proc/[pid]/mounts file exposes the list of mount
points in the mount namespace of the process with the specified ID. The
/proc/[pid]/mountinfo file exposes even more information about mount
points, including the propagation type and mount ID information that makes it
possible to discover the parental relationship between mount points. See
proc(5) and mount_namespaces(7) for details of this file.


WITNESS LIST
Public Education Committee
May 14, 2014 - 10:00 AM
Interim Charge #2
On:
Aquino Garza, Priscilla (Educate Texas)
Armour, Rowan (Self)
Boone, Daniel (Self)
Bosse, Portia (Texas State Teachers Assn)
Brown, Jonathan Grant (Self)
Byer, Von (Texas Education Agency)
Canaday, Jennifer (Association of Texas Professional Educators (ATPE))
Carlin, Chrysta (Comal ISD)
Eaton, Holly (Texas Classroom Teacher Association)
Floyd, Robert (Self; Texas Music Educators Association)
Friese, Jan (Texas Counseling Association)
Hill, Patty (Austin ISD)
Hooker, Carl (Eanes Independent School District)
Joseph, Zenobia (Self)
Kim, Andrew (Comal isd)
Linn, Julie (Texans for Education Reform)
Litzinger, Linda (Self)
Melina Raab, Ted (Texas American Federation of Teachers)
Moore, Michele (Texas Education Agency)
Nelson, Jim (Self)
Oeser, Kelvey (Self; TNTP)
Prewett, Matt (Texas Parents Union)
Sanders, Jolene (Self)
Stoebe, Stephanie (Self)
Swanson, Steve (Self)
Vinson, David (Wylie ISD)
West, Sandra (Science Teachers Association of Texas)
Westerlund, Julie (Self)
Westerlund, Richard (Self)
Registering, but not testifying:
On:
Baxter, Mark (Texas Education Agency)
Estrada, Sandra (Self; IDEA College Prep)
Ford, Stacy (Self; CHRPA-Coalition of Human Rights Policy Advocates)
Leandro, Jill (SAS Institute Inc.)
Marder, Michael (Self)
Ramirez-Ford, Aurora (Self)
Saxton, Josette (Texans Care for Children)
1


The Gallery
An Operatic Life
Social
My Muses
Kim Kierkegaardashian
The Legendary Bo
My Soundtrack
Homepage
Carey Phelps
Red Hair Don't Care
The wanderings


This feature compares the values of certain metrics from the loaded cc.json file with metric values of 241 Open Source Java
projects. Based on this data suspicious and inconspicuous metrics are identified and corresponding suggestions can be clicked to
view them. Be aware that metrics for other programming languages might not be comparable to Java Reference metric values. More
information can be found here:
link to How-To article.
{{
data.analyzedProgrammingLanguage?.length
? "Unsuspicious Metrics in " + data.analyzedProgrammingLanguage + " code"
: "Unsuspicious Metrics"
}}
No programming language was found for analyzing suspicious metrics.


Module ringo/worker
A Worker API based on the W3C Web Workers.
Class Worker
Instance Methods
- postMessage(data, [syncCallbacks])
- terminate()
Class WorkerPromise
Instance Methods
Worker (moduleId)
A Worker thread loosely modeled after the W3C Web Worker API.
The moduleId
argument must be the fully resolved id of the module
to load in the worker. In order to be able to send messages to the worker
using the postMessage method the module must
define (though not necessarily export) a onmessage
function.
Workers operate on their own set of modules, so a new instance of the module will be created even if the module is already loaded in the current thread or is the same as the currently executing module. Thus, each worker operates in its private module environment, making concurrent programming much more predictable than with shared state multithreading.
Event listeners for callbacks from the worker can be registered by
assigning them to the onmessage
and onerror
properties of the worker.
To free the worker's thread and other resources once the worker is no longer needed its terminate method should be called.
Parameters
| String | moduleId | the id of the module to load in the worker. |
Worker.prototype.postMessage (data, [syncCallbacks])
Post a message to the worker. This enqueues the message
in the worker's input queue and returns immediately. The worker thread
will then pick up the message and pass it to its onmessage
function.
The argument passed to onmessage
is an object with a data
property containing the message and a source
property containing an
object with postMessage
and postError
methods allowing the worker
to post messages or report errors back to the original caller.
If syncCallbacks
is true
, callbacks from the worker will run on the
worker's own thread instead of our local event loop thread. This
allows callbacks to be delivered concurrently while the local thread is
busy doing something else.
Note that in contrast to the Web Workers specification this worker implementation does not require JSON serialization of messages.
Parameters
| Object | data | the data to pass to the worker |
| Boolean | [syncCallbacks] | flag that indicates whether callbacks from the worker should be called synchronously in the worker's own thread rather than in our own local event loop thread. |
Worker.prototype.terminate ()
Release the worker, returning it to the engine's worker pool. Note that this does not terminate the worker thread, or remove any current or future scheduled tasks from its event loop.
WorkerPromise (moduleId, message, [syncCallbacks])
This creates a new Worker with the given moduleId
and calls its postMessage
function with the message
argument. The first message or error received
back from the worker will be used to resolve the promise.
The worker is terminated immediately after it resolves the promise.
Parameters
| String | moduleId | the id of the module to load in the worker. |
| Object | message | the message to post to the worker. |
| Boolean | [syncCallbacks] | flag that indicates whether callbacks from the worker should be called synchronously in the worker's own thread rather than in our own local event loop thread. |
WorkerPromise.prototype.then (callback, errback)
Registers callback and errback functions that will be invoked when the promise is resolved by the worker. See documentation for Promise.then().
Parameters
| function | callback | called if the promise is resolved as fulfilled |
| function | errback | called if the promise is resolved as failed |
Returns
| Object | a new promise that resolves to the return value of the callback or errback when it is called. |
WorkerPromise.prototype.wait (timeout)
Wait for the worker to resolve the promise. See documentation for Promise.wait().
Parameters
| Number | timeout | optional time in milliseconds to wait for. If timeout is undefined wait() blocks forever. |
Returns
| Object | the value if the promise is resolved as fulfilled |


Job list
List of all the jobs. In list until result_ttl has expired
Reports
State
Job Id
Result
Actions
{% for job in joblist %}
{{job.get_status()}}
{{ job.id }}
Result
Delete
{% endfor %}


You better watch out, You better not cry, You better not pout, I'm telling you why: Santa Claus is coming to town!  Santa Claus is coming to town! He sees you when you're sleeping, He knows when you're awake. He knows when you've been bad or good, So be good for goodness sake!
OH!...You better watch out, You better not cry You better not pout, I'm Telling you why. Santa Claus is coming to town. He sees you when you're sleeping, He knows when you're awake. He knows when you've been bad or good, So be good for goodness sake!
Chestnuts roasting on an open fire. Jack Frost nipping at your nose. Yuletide carols being sung by a choir. And folks dressed up like Eskimos.
Everybody knows a turkey and some. Mistletoe help to make the season bright. Tiny tots with their eyes all aglow. Will find it hard to sleep tonight. They know that Santa’s on his way. He's loaded lots of toys and goodies. On his sleigh And every mother's Child is gonna spy to see if Reindeer really know how to fly. And so, I'm offering this Simple phrase to kids from One to ninety-two Altho' it's been said many times Many ways “Merry Christmas to you”.


Zozibini Tunzi's reaction to winning Miss Universe: 'Tonight a door was opened, and I could not be more grateful to have been the one to have walked through it'
Alex Isaacs
Cape Town – Zozibini Tunzi is Miss Universe 2019!
The woman, who made history as South Africa's first black Miss Universe, has posted her moving reaction on social media in which she reflects on making history.
The two previous winners from South Africa were Margaret Gardiner in 1978 and Demi-Leigh Nel-Peters in 2017.
Zozibini who hails from the Eastern Cape – and later moved to the Mother City - thanked her parents in a moving message just hours before taking the incredible title.
She said in her caption, posted on Monday morning: "Tonight a door was opened, and I could not be more grateful to have been the one to have walked through it. May every little girl who witnessed this moment forever believe in the power of her dreams and may they see their faces reflected in mine. I proudly state my name Zozibini Tunzi, Miss Universe 2019!"
SEE THE FULL POST – INCLUDING A PICTURE OF HER WEARING THE CROWN AND SASH – HERE:
Photo: Getty/Gallo


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|
|
| UnOpExpr (GCMain &gc, const TokenPos &pos, Operator op, Expr *expr) |
| |
|
Operator | getOperator () const noexcept |
| |
|
const Expr & | getExpression () const noexcept |
| |
|
virtual void | mark (GCMain &gc) noexcept override |
| | If not marked mark itself and children.
|
| |
| virtual Expr * | eval (GCMain &gc, Environment &env) noexcept override |
| | Evaluates expression one time. More...
|
| |
| virtual bool | equals (const Expr *expr, bool exact=false) const noexcept override |
| | Checks if this expression and expr have the same structure, Every expression has the same structure as '_' (it's called ANY after all). More...
|
| |
| virtual Expr * | optimize (GCMain &gc) noexcept override |
| |
|
virtual UnOpExpr * | optimize (GCMain &gc, std::vector< Expr * > &exprs) noexcept |
| |
|
| Expr (GCMain &gc, ExprType type, const TokenPos &pos) |
| |
|
std::size_t | getDepth () const noexcept |
| |
| bool | hasLastEval () const noexcept |
| |
| const TokenPos & | getTokenPos () const noexcept |
| |
| virtual std::string | toString () const noexcept |
| |
| ExprType | getExpressionType () const noexcept |
| |
| Expr * | evalWithLookup (GCMain &gc, Environment &env) noexcept |
| |
| virtual Expr * | replace (GCMain &gc, const std::string &name, Expr *expr) const noexcept |
| | Replace all identifiers equal to name with expr. More...
|
| |
| virtual std::vector< std::string > | getIdentifiers () const noexcept |
| |
|
| GCObj (GCMain &main) noexcept |
| | Initialize as not marked.
|
| |
| virtual bool | isMarked (GCMain &main) const noexcept |
| |


Majestic Warrior and Storm Breaker please
Majestic Warrior and Storm Breaker pleased when the horses were exercised here on Wednesday (Nov. 20) morning.
Inner sand:
600m: Makati (Aniket) 39. Urged. 2/y/o Glory Days (Pradeep), Periwinkle (Nazil) 40. Pair level.
800m: Arc Shine (Merchant) 50.5, 600/38. Moved freely. Fencing (Malam) 53, 600/40. Moved freely. Joplin (rb) 51, 600/39. Moved well.
1000m: 2/y/o Ashwa Chintz (Merchant), Alpine Dancer (rb) 1-4, 800/49.5, 600/37.5. Former made up two lengths and easily finished one length ahead. Mount Moriah (Pradeep), Hidden Gold (Sandesh) 1-4.5, 600/37.5. Former was well in hand and they finished level. Don’t Mess With Me (Baria), Lucky Luciano (Nirmal) 1-5, 800/50, 600/37.5. Former was superior. Pure Zinc (Santosh) 1-11, 600/42. Easy. Sachertorte (Kamble), 2/y/o Decaprio (Yash) 1-5, 800/50, 600/38. Former was easy while the latter was pushed to end level. Sandman (Neeraj) 1-10, 600/41. Easy. Storm Breaker (Yash), Saltbae (Kamble) 1-5, 800/50, 600/38. Former started two lengths behind and easily finished three lengths ahead. Note former.
1200m: King Khalil (Kamble) 1-17.5, 600/39. Shaped well. Majestic Warrior (Dashrath) 1-17, 1000/1-3, 800/50, 600/37. Moved impressively. Guarneriz (Daman) 1-20, 1000/1-5, 800/51.5, 600/38. Urged in the last part. 2/y/os Royalty (Zervan), Hioctane (Leigh Roche) 1-20, 1000/1-5, 800/51, 600/38. They were urged and ended level.
1400m: Frivolous (Yash), Kunwari (Kamble) 1-35.5, 1200/1-21, 1000/1-7, 800/53, 600/40.5. Former easily finished two lengths ahead. Latter was urged.


Deploy scripts in action
Testing the deploy scripts to view changes Let's change this line a few times to watch the changes.


JE HA environments log files contain information and data used only by replication. Non-replicated environments are lacking this information, so in order to use a previously-existing non-replicated environment in an HA application, it must undergo a one time conversion.
If you try to open a non-replicated environment as a replicated environment, the operation will throw an UnsupportedOperationException. This is the only way your code can tell if an environment needs to be converted.
You use the DbEnableReplication class to perform this one-time conversion. This class is particularly useful if you want to prototype a standalone transactional application, and then add in replication after the transactional application is working as desired.
The conversion process is one-way; once an environment directory is converted, the rules that govern ReplicatedEnvironment apply. This means the environment can no longer be opened for writes by a standalone Environment handle (however, it still can be opened by a standalone Environment handle in read-only mode).
Note that DbEnableReplication only adds a minimum amount of replication metadata. The conversion process is not in any way dependent on the size of the environment you are converting.
The converted environment can be used to start a new replication group. After conversion, the environment can be opened as a ReplicatedEnvironment. Additional nodes that join the group are then populated with data from the converted environment.
For example:
// Create the first node using an existing environment DbEnableReplication converter = new DbEnableReplication(envDirMars, // env home dir "UniversalRepGroup", // group name "nodeMars", // node name "mars:5001"); // node host,port converter.convert(); ReplicatedEnvironment nodeMars = new ReplicatedEnvironment(envDirMars, ...); // Bring up additional nodes, which will be initialized from // nodeMars. ReplicationConfig repConfig = new ReplicationConfig(); try { repConfig.setGroupName("UniversalRepGroup"); repConfig.setNodeName("nodeVenus"); repConfig.setNodeHostPort("venus:5008"); repConfig.setHelperHosts("mars:5001"); nodeVenus = new ReplicatedEnvironment(envDirVenus, repConfig, envConfig); } catch (InsufficientLogException insufficientLogEx) { // log files will be copied from another node in the group NetworkRestore restore = new NetworkRestore(); restore.execute(insufficientLogEx, new NetworkRestoreConfig()); // try opening the node now nodeVenus = new ReplicatedEnvironment(envDirVenus, repConfig, envConfig); }


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