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java.lang.Object org.webcurator.core.util.LockManager
public class LockManager
The LockManager is responsible for managing Pessimistic locks. This has not been used in version 1.0 of the Web Curator Tool and must be thoroughly tested before use.
| Constructor Summary | |
|---|---|
LockManager()
|
| Method Summary | |
|---|---|
boolean |
acquireLock(java.lang.Class clazz,
java.lang.Long oid)
Acquire a lock on the object with the given classname and OID. |
boolean |
acquireLock(Lockable target,
java.lang.String username)
Acquire a lock on the given object. |
boolean |
acquireLock(LockSubject subject)
Acquire the lock on the populated LockSubject object. |
boolean |
acquireLock(LockSubject subject,
java.lang.String username)
Acquire a lock for the given subject. |
java.lang.String |
getLockOwner(java.lang.Class clazz,
java.lang.Long oid)
Get the user who currently has the object locked. |
java.lang.String |
getLockOwner(Lockable target)
Get the user who currently has the object locked. |
void |
releaseLock(Lockable target)
Release the lock on the target. |
void |
releaseLocksForOwner(java.lang.String owner)
Release all locks held by the user. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public LockManager()
| Method Detail |
|---|
public boolean acquireLock(LockSubject subject, java.lang.String username)
subject
- A populated LockSubject for the object on which to acquire the lock.username
- The name of the user wanting to acquire the lock.
public boolean acquireLock(Lockable target, java.lang.String username)
target
- The item to lock.username
- The name of the use who wants the lock.
public boolean acquireLock(LockSubject subject)
subject
- A LockSubject representing the object to be locked.
AuthUtil.getRemoteUser()
public boolean acquireLock(java.lang.Class clazz, java.lang.Long oid)
clazz
- The class on which to acquire the lock.oid
- The OID of which to acquire the lock.
public java.lang.String getLockOwner(Lockable target)
target
- The locked object.
public java.lang.String getLockOwner(java.lang.Class clazz, java.lang.Long oid)
clazz
- The classname of the locked object.oid
- The OID of the locked object.
public void releaseLocksForOwner(java.lang.String owner)
owner
- The user to release the locks for.public void releaseLock(Lockable target)
target
- The object on which to release the lock.
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|
MitchRankChecker
|
The model class that captures information pertaining to a user request for a rank check. More...
Properties | |
| int | Id [get, set] |
| The unique identifier acting as the primary key. More... | |
| string | SearchUrl [get, set] |
| The Search Url to begin the rank check with. More... | |
| int | MaximumRecords [get, set] |
| Maximum number of search records to go through. If you only specify 100, it means the rank check only uses the top 100 results. More... | |
| int | StatusId [get, set] |
| Represents the status in the job queue. More... | |
| RankCheckRequestStatus | Status [get, set] |
| Represents the status in the job queue. More... | |
| string | ErrorMessage [get, set] |
| string | TermToSearch [get, set] |
| string | WebsiteUrl [get, set] |
| List< SearchEntry > | SearchEntries [get, set] |
| The associated search rank entries. More... | |
| DateTime? | CreatedAt [get, set] |
| The date and time this entry was created. More... | |
| DateTime? | LastUpdatedAt [get, set] |
| The date and time this entry was last updated. More... | |
| Properties inherited from MitchRankChecker.Model.Interfaces.ITrackable | |
| DateTime? | CreatedAt [get, set] |
| The date and time this entry was created. More... | |
| DateTime? | LastUpdatedAt [get, set] |
| The date and time this entry was last updated. More... | |
The model class that captures information pertaining to a user request for a rank check.
Definition at line 15 of file RankCheckRequest.cs.
|
getset |
The date and time this entry was created.
Definition at line 92 of file RankCheckRequest.cs.
|
getset |
The error message.
Definition at line 66 of file RankCheckRequest.cs.
|
getset |
The unique identifier acting as the primary key.
Definition at line 21 of file RankCheckRequest.cs.
|
getset |
The date and time this entry was last updated.
Definition at line 99 of file RankCheckRequest.cs.
|
getset |
Maximum number of search records to go through. If you only specify 100, it means the rank check only uses the top 100 results.
Definition at line 39 of file RankCheckRequest.cs.
|
getset |
The associated search rank entries.
Definition at line 84 of file RankCheckRequest.cs.
|
getset |
The Search Url to begin the rank check with.
Definition at line 29 of file RankCheckRequest.cs.
|
getset |
Represents the status in the job queue.
Definition at line 51 of file RankCheckRequest.cs.
|
getset |
Represents the status in the job queue.
Definition at line 45 of file RankCheckRequest.cs.
|
getset |
The term to search
Definition at line 72 of file RankCheckRequest.cs.
|
getset |
The Website URL to check rankings for.
Definition at line 78 of file RankCheckRequest.cs.


Settings QML Type
Provides persistent platform-independent application settings. More...
| Import Statement: | import Qt.labs.settings 1.0 |
Properties
- category : string
Detailed Description
The Settings type provides persistent platform-independent application settings.
Note: This type is made available by importing the Qt.labs.settings module. Types in the Qt.labs module are not guaranteed to remain compatible in future versions.
Users normally expect an application to remember its settings (window sizes and positions, options, etc.) across sessions. The Settings type enables you to save and restore such application settings with the minimum of effort.
Individual setting values are specified by declaring properties within a Settings element. All basic type properties are supported. The recommended approach is to use property aliases in order to get automatic property updates both ways. The following example shows how to use Settings to store and restore the geometry of a window.
import QtQuick.Window 2.1 import Qt.labs.settings 1.0 Window { id: window width: 800 height: 600 Settings { property alias x: window.x property alias y: window.y property alias width: window.width property alias height: window.height } }
At first application startup, the window gets default dimensions specified as 800x600. Notice that no default position is specified - we let the window manager handle that. Later when the window geometry changes, new values will be automatically stored to the persistent settings. The second application run will get initial values from the persistent settings, bringing the window back to the previous position and size.
A fully declarative syntax, achieved by using property aliases, comes at the cost of storing persistent settings whenever the values of aliased properties change. Normal properties can be used to gain more fine-grained control over storing the persistent settings. The following example illustrates how to save a setting on component destruction.
import QtQuick 2.1 import Qt.labs.settings 1.0 Item { id: page state: settings.state states: [ State { name: "active" // ... }, State { name: "inactive" // ... } ] Settings { id: settings property string state: "active" } Component.onDestruction: { settings.state = page.state } }
Notice how the default value is now specified in the persistent setting property, and the actual property is bound to the setting in order to get the initial value from the persistent settings.
Application Identifiers
Application specific settings are identified by providing application name, organization and domain.
#include <QGuiApplication> #include <QQmlApplicationEngine> int main(int argc, char *argv[]) { QGuiApplication app(argc, argv); app.setOrganizationName("Some Company"); app.setOrganizationDomain("somecompany.com"); app.setApplicationName("Amazing Application"); QQmlApplicationEngine engine("main.qml"); return app.exec(); }
These are typically specified in C++ in the beginning of main()
, but can also be controlled in QML via the following properties:
Categories
Application settings may be divided into logical categories by specifying a category name via the category property. Using logical categories not only provides a cleaner settings structure, but also prevents possible conflicts between setting keys.
Item { id: panel visible: true Settings { category: "OutputPanel" property alias visible: panel.visible // ... } }
Instead of ensuring that all settings in the application have unique names, the settings can be divided into unique categories that may then contain settings using the same names that are used in other categories - without a conflict.
Notes
The current implementation is based on QSettings. This imposes certain limitations, such as missing change notifications. Writing a setting value using one instance of Settings does not update the value in another Settings instance, even if they are referring to the same setting in the same category.
The information is stored in the system registry on Windows, and in XML preferences files on macOS. On other Unix systems, in the absence of a standard, INI text files are used. See QSettings documentation for more details.
See also QSettings.
Property Documentation
This property holds the name of the settings category.
Categories can be used to group related settings together.


Cloudbleed Domain Checker
Cloudbleed is a data leak in Cloudflare Proxys from 2016-09-22 to 2017-02-21
Learn more on the Cloudflare Blog or Google issue tracker
Post your Domain in the field below, including the ending like .de, .com, .co.uk etc....
a small example: cloudflare.com
NOT: https://cloudflare.com
If you click on "Check URL" your requested URL and your IP will logged to prevent abuse
The Database used is THIS ONE. Thanks to the Team for updating the database regulary.
My server syncs the database every 30 minutes to provide up-to-date data


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My name is Omar Taha. I am a civil engineer.
I graduated from Al-Balqa Applied University with a specialization in civil engineering in 2017
I worked in this field for four years in many projects :
- Samra Power Plant Phase III (MAIN PORT OF JORDAN)
- JAPANESE GARDEN MARINA AQABA
- REVOLUTION MAST PROJECT (AS A SUB- CONTRACTOR WITH THE ARAB COMPANY)
- ENGINEER MAHMOUD RABABAA CONSULTANT OFFICE
. I learned a lot from my professional career and I am curious to learn everything that is new. Big and now I know one of her specialties
training courses:
- Autocad
- prokon
- etaps
- civil 3d
- safe


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Yes, we know how to have fun. :D
--------------------------------------------------------------
Hacker Feud
Are you ready for the 4th Annual Hacker Family Feud!???
The game is simple. During the After Party on Thursday night teams name the most popular responses to our surveys of random hackers and people. Get something wrong, pay the penalty.
Not for the easily offended or those without a sense of humor and a strong alcohol tolerance.
NO PICTURES OR VIDEO WILL BE ALLOWED OR TOLERATED
1st place team: $$$
2nd place team: $$
Help be part of the problem and answer the survey questions that will be used during the game!
--------------------------------------------------------------
Open Hacking Village (OHV)
The newly pronounced Open Hacking Village is completely free and available for all to attend (noob to expert). In its first year opening, the OHV will be hosting a list of environments for hackers to tinker around in. The main area’s the
OHV will be focusing on include, Enterprise, Automotive and IoT (More info on these below). The thought of this village is to give people a free, legal environment to learn the tricks of the trade in hacking, test exploits out in, identify
new exploits, learn from others, etc. The possibilities are endless and GrrCON is happy to announce the first environment of its kind. Come check us out in the vendor area!
--------------------------------------------------------------
Open Hacking Village (OHV)
The newly pronounced Open Hacking Village is completely free and available for all to attend (noob to expert). In its first year opening, the OHV will be hosting a list of environments for hackers to tinker around in. The main area’s the
OHV will be focusing on include, Enterprise, Automotive and IoT (More info on these below). The thought of this village is to give people a free, legal environment to learn the tricks of the trade in hacking, test exploits out in, identify
new exploits, learn from others, etc. The possibilities are endless and GrrCON is happy to announce the first environment of its kind. Come check us out in the vendor area!
--------------------------------------------------------------
Enterprise Hacking Village
Ever want the chance to tinker with enterprise related networks, architectures, platforms, etc? Well the enterprise hacking village is for you! In this village there will be a simulated “enterprise” network setup for conference attendees
to connect into and play around with. This environment is the old GrrCON CTF setup, so you may see something familiar, but we’ve also added a few more openly vulnerable systems to the network for conference attendees to play around with.
--------------------------------------------------------------
Car Hacking Village
Brought to you by CANBUSHACK team, conference attendees will get hands on experience in hacking automotive technologies. Not only will this village be openly available to the public, but there will also be a huge opportunity to learn the
art of hacking vehicles. There is no formal agenda setup, rather a table with a few automotive components and benches for attendees to interact with.
--------------------------------------------------------------
IoT Hacking Village
Toasters, refrigerators, watches, shoes are all being connected to the Internet, but majority of these devices do so very insecurely. Interested in playing around with the devices people are labeling as the Internet of Things? If so, come
check out this village, connect in your laptop and grab shell on that newly developed “smart” device to make it do things it’s not supposed to.