- radioButtonRmi - Variable in class marno.client.ClientGUIConnect
-
- radioButtonSocket - Variable in class marno.client.ClientGUIConnect
-
- random - Variable in class marno.server.Server
-
The secure random value generator.
- registerSession(Session) - Method in class marno.server.Server
-
Registers a new session with the server, associating it a unique ID.
- REGISTRY_NAME - Static variable in class marno.protocol.RMIConfig
-
The name of the registry object for the server.
- removeUser(String) - Method in class marno.server.Server
-
Removes a user from the list of active users.
- rename(String, String) - Method in interface marno.protocol.RMIServerInterface
-
Changes the client's username.
- rename(String, String) - Method in class marno.server.RMIServer
-
Changes a user's username to a new, valid value.
- renameUser(String, String) - Method in class marno.server.Server
-
Changes a user's username to a new value, if the new value is valid.
- RMIClient - Class in marno.client
-
The RMI implementation of the Marno client.
- RMIClient(ClientGUI) - Constructor for class marno.client.RMIClient
-
Ties the client to its GUI window, then exports this client as a remote
RMI object, ready for the server to use.
- RMIClientInterface - Interface in marno.protocol
-
The RMI interface implemented by RMI clients.
- RMIConfig - Class in marno.protocol
-
Configuration directives common to RMI servers and clients.
- RMIConfig() - Constructor for class marno.protocol.RMIConfig
-
- RMIServer - Class in marno.server
-
The RMI implementation of the Marno server.
- RMIServer(int, String) - Constructor for class marno.server.RMIServer
-
Constructs a new server, ready to be run.
- RMIServerInterface - Interface in marno.protocol
-
The RMI interface implemented by RMI servers.
- RMISession - Class in marno.server
-
Represents a connected RMI client.
- RMISession(String, RMIClientInterface) - Constructor for class marno.server.RMISession
-
Constructs a new RMI session with a connected client.
- run() - Method in class marno.client.SocketClient
-
Listens for incoming messages from the server.
- run() - Method in class marno.server.RMIServer
-
Initializes the RMI registry and binds the server to it.
- run() - Method in class marno.server.Server
-
Makes the server run indifinitely.
- run() - Method in class marno.server.SocketServer
-
Makes the server run forever.
- run() - Method in class marno.server.SocketSession
-
Runs while the socket can still be read from or until the client quits.


Josh Miller
UX / Product Designer
I’m a UX designer with a background in UI, code, and data.
Drop me a line if you’d like to collaborate or just say hello.


Welcome!
Everything is fine.
Classy Derek
Derek. For Discord.
What Derek does:
Understands you;
Adds captions to images.
Derek is still under development, but you can keep up with him
here
.


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org.openide.options
for the relevant classes.
Options installed into the system are automatically saved to disk when changed.
SystemOption
(or one of its subclasses). The option class should be a
singleton, i.e. it does not need any per-instance state; all
variable members can be static. You should create one static member
(typically) for each property that you want to provide, and also give
it a sensible default value. Regardless, the option should have a
default constructor so that it can be instantiated.
Note that all property values must be serializable!
Conventionally, option class names are based on the module
providing them, and ought to end in Settings
: e.g.,
MyModuleSettings
. This does not affect display, however;
every option must implement
SystemOption.displayName()
to provide a reasonable name to present to users in the Control Panel.
If it makes other code in the module more convenient, you may want to have a static "get the default" method in the option which returns the singleton of the option - but this is in no way required. Keeping the singleton as a static variable in any class is discouraged as it forces the system to load the stored option's settings as soon as that class is resolved, when otherwise loading the settings might never have been required.
/** Property name for foreground color of my module, of type {@link Color}. */ public static final String PROPERTY_FOREGROUND = "foreground";Doing so makes it possible for other components to listen to changes in the option object.
Then, a nonstatic getter/setter pair should be provided
for each property, which should update the static class-wide
state. For this purpose, it is possible to manually keep static variables
with the current state, and manually fire property change events; but
it is more convenient to use the automatically-managed state provided by
SharedClassObject
:
public Color getForeground () { // Retrieves from class-wide state: return (Color) getProperty (PROPERTY_FOREGROUND); } public void setForeground (Color fg) { // make sure it is sane... if (fg == null) throw new NullPointerException (); // Stores in class-wide state and fires property changes if needed: putProperty (PROPERTY_FOREGROUND, fg, true); }Note that
getProperty
and putProperty
automatically
provide sufficient synchronization for the option as well.
Note: when using these methods, your getters and setters will not
be called during project save and restore; instead, the actual property value you
stored will be serialized and deserialized. This is convenient for some purposes, e.g.
you may make a property of declared type
ServiceType
(and have a pleasant default property editor) while actually storing the correct
ServiceType.Handle
in the project. However, it can be dangerous in some cases, e.g.
if you are associating some sort of runtime service configuration with the property
which you need the setter to immediately modify: your setter will not be used at project
restore time. To make sure the setter is used, just manually store the property without
using putProperty
.
By default,
JavaBeans introspection
is used to find the properties associated with a system option, and to
read and write them. You may want to have more control over this
process. If so, you should create a valid
BeanInfo
class for the option. The easiest way to do this is of course to
create a class named e.g. MyModuleSettingsBeanInfo
.
You might want to do this because:
If any property may take one of a set of possible values, then you of course should make public constants representing these values, and provide e.g. a tagged property editor.
ContextSystemOption
is used as the superclass, then there will appear in the Control Panel
one master option (possibly having some properties, possibly not) with
a group of children beneath it. Such an option should be written like
a regular one, but each child should also be a valid system option in
its own right, and they should be added to the parent (e.g. in the
parent's constructor) using
ContextSystemOption.addOption(...)
.
Such a cluster should be used for any system options for which one property list would be unwieldy; or if it makes sense to have multiple and separate customizer components.
VetoSystemOption
may be used for any option which desired that some or all of its
properties be constrained by listeners - i.e. if it might be impossible
for a property to be changed in a certain way when in use by a certain
other part of the module.
When such a property is set, it should fire its change using
VetoSystemOption.fireVetoableChange(...)
and be prepared to revoke the change if a veto occurs.
Options can be installed via module manifest, but are better installed as settings using the Services API.
If it necessary to access some other option, you may use:
OtherOption oo = (OtherOption) SystemOption.findObject(OtherOption.class, true);You may also use this method to obtain the default instance for local use.


We got into Moab about noon Friday and went over to do bits of Hell's Revenge. We hit Bump Dump and Bill set the tempo by blowing a hub on the obstacle. He headed into town to find a new one and we continued on, Matt was the only one to make Bump Dump in his open front and rear Defender 90. After being lost a couple times, we headed up the back side of Lion's Back. Dave and I were the only two, fool enough to take the stone step at the edge of the canyon.
This is a shot that Diane took going down Lion's Back. The little dot at the bottom is a Jeep.
The next day we headed up Poison Spider Mesa. Here's a shot of Dave catching some air on Poison Spider.
After Poison Spider, we started down Golden Spike. We didn't get too far before Bill's A-arm fell apart and his axle basically fell off. He took off the A-arm and it looked like it had been cracked for a while and just decided to give out. Matt and Bill jumped in the Defender and headed for town to get the A-arm welded up. We continued on and Bob showed us how to do Golden Crack.
I followed, it wasn't bad. We continued on and Len, in his TJ, broke his rear drive shaft. We patched it together, only to have it fall off two more times before we just removed it and he continued in front wheel drive. We stopped at Double Whammy to watch some guys from Salt Lake City break parts. Bill and Matt passed us on the way back with a repaired A-arm. We got out around 8:30 and it wasn't until 11:30 when the rest of the gang finally got off the trail. A long fun day.


| CONTENTS | PREV | NEXT | Java Remote Method Invocation |
UnicastRemoteObject
Class
The classjava.rmi.server.UnicastRemoteObject
provides support for creating and exporting remote objects. The class implements a remote server object with the following characteristics:
package java.rmi.server; public class UnicastRemoteObject extends RemoteServer { protected UnicastRemoteObject() throws java.rmi.RemoteException {...} protected UnicastRemoteObject(int port) throws java.rmi.RemoteException {...} protected UnicastRemoteObject(int port, RMIClientSocketFactory csf, RMIServerSocketFactory ssf) throws java.rmi.RemoteException {...} public Object clone() throws java.lang.CloneNotSupportedException {...} public static RemoteStub exportObject(java.rmi.Remote obj) throws java.rmi.RemoteException {...} public static Remote exportObject(java.rmi.Remote obj, int port) throws java.rmi.RemoteException {...} public static Remote exportObject(Remote obj, int port, RMIClientSocketFactory csf, RMIServerSocketFactory ssf) throws java.rmi.RemoteException {...} public static boolean unexportObject(java.rmi.Remote obj, boolean force) throws java.rmi.NoSuchObjectException {...} }
A remote object implementation (one that implements one or more remote interfaces) must be created and exported. Exporting a remote object makes that object available to accept incoming calls from clients. For a remote object implementation that is exported as aUnicastRemoteObject
, the exporting involves listening on a TCP port (note that more than one remote object can accept incoming calls on the same port, so listening on a new port is not always necessary). A remote object implementation can extend the classUnicastRemoteObject
to make use of its constructors that export the object, or it can extend some other class (or none at all) and export the object viaUnicastRemoteObject
'sexportObject
methods.The no argument constructor creates and exports a remote object on an anonymous (or arbitrary) port, chosen at runtime. The second form of the constructor takes a single argument, port, that specifies the port number on which the remote object accepts incoming calls. The third constructor creates and exports a remote object that accepts incoming calls on the specified port via a
ServerSocket
created from theRMIServerSocketFactory
; clients will make connections to the remote object viaSocket
s supplied from theRMIClientSocketFactory
.
RemoteObject
AnexportObject
method (any of the forms) is used to export a simple peer-to-peer remote object that is not implemented by extending theUnicastRemoteObject
class. The first form of theexportObject
method takes a single parameter, obj, which is the remote object that will accept incoming RMI calls; thisexportObject
method exports the object on an anonymous (or arbitrary) port, chosen at runtime. The secondexportObject
method takes two parameters, both the remote object, obj, and port, the port number on which the remote object accepts incoming calls. The thirdexportObject
method exports the object, obj, with the specifiedRMIClientSocketFactory
, csf, andRMIServerSocketFactory
, ssf, on the specified port.The
exportObject
method returns aRemote
stub which is the stub object for the remote object,obj
, that is passed in place of the remote object in an RMI call.
UnicastRemoteObject
in an RMI Call
As stated above, when an exported object of typeUnicastRemoteObject
is passed as a parameter or return value in an RMI call, the object is replaced by the remote object's stub. An exported remote object implementation remains in the virtual machine in which it was created and does not move (even by value) from that virtual machine. In other words, an exported remote object is passed by reference in an RMI call; exported remote object implementations cannot be passed by value.
UnicastRemoteObject
Information contained inUnicastRemoteObject
is transient and is not saved if an object of that type is written to a user-definedObjectOutputStream
(for example, if the object is written to a file using serialization). An object that is an instance of a user-defined subclass ofUnicastRemoteObject
, however, may have non-transient data that can be saved when the object is serialized.When a
UnicastRemoteObject
is read from anObjectInputStream
usingUnicastRemoteObject
'sreadObject
method, the remote object is automatically exported to the RMI runtime so that it may receive RMI calls. If exporting the object fails for some reason, deserializing the object will terminate with an exception.
UnicastRemoteObject
TheunexportObject
method makes the remote object, obj, unavailable for incoming calls. If the force parameter is true, the object is forcibly unexported even if there are pending calls to the remote object or the remote object still has calls in progress. If the force parameter is false, the object is only unexported if there are no pending or in-progress calls to the object. If the object is successfully unexported, the RMI runtime removes the object from its internal tables. Unexporting the object in this forcible manner may leave clients holding stale remote references to the remote object. This method throwsjava.rmi.NoSuchObjectException
if the object was not previously exported to the RMI runtime.
clone
method
Objects are only clonable using the Java programming language's default mechanism if they support thejava.lang.Cloneable
interface. The classjava.rmi.server.UnicastRemoteObject
does not implement this interface, but does implement theclone
method so that if subclasses need to implementCloneable
, the remote object will be capable of being cloned properly. Theclone
method can be used by a subclass to create a cloned remote object with initially the same contents, but is exported to accept remote calls and is distinct from the original object.


Hamilton opens up on having "positive impact" and "being the best person I can"
by Nicolás Quarles van UffordSix-time F1 champion Lewis Hamilton has opened up about how he wants to use his platform as a superstar athlete to have a "positive impact" on the people who look up to him, as the Brit's idol Ayrton Senna did back in his day.
Hamilton has become one of the world's most well-known household names because of his domination in the world of Formula 1, as well as his ventures outside of the sport.
He has been a strong advocate for causes like veganism and reducing use of plastic, as he explains he's trying to be like legendary F1 driver Ayrton Senna, a devoted Catholic who gave a lot of money away to charities, particularly in his home country Brazil.
"I am trying to have a positive impact," the 34-year-old told PA Media.
"I looked at Ayrton Senna. He was a star in the sky and I want to somehow get up there. It is important to find people like that and that is what I am trying to be."
In 2019, Hamilton became the second driver in F1 history after Michael Schumacher to win six titles, with the German alone at the top with seven. While Hamilton could be well on his way to beat der Rekordmeister's record, he is just as concerned about using his platform the right way rather than just focussing on driving.
"It is always really important to stay true to your core values, and I am really fortunate that I have this amazing platform, that I never thought I would have. I am trying to be the best person I can."


| Vendor Name | CANADIAN LINEN SERVICES |
|---|---|
| Reference Number | W0142-17A060 |
| Contract Date | 15-6-2016 |
| Description of Work | Carpet Cleaning |
| Delivery Date | 30-6-2019 |
| Contract Value | $24,647.00 |
| Comments | This contract was competitively sourced. |
| Additional Comments | Floor mat and bar towel services to assist in meeting hygienic and safety requirements. |


Now you’ve completed all the modules we recommend going into the settings tab and seeing how you can configure AEWS to your company needs
Within settings you can configure communications and edit email content.
➢ Company Branding - allows you add headers, footers and to ability to edit the text colour of your communications
➢ Letter Variables - allows you to amend the contact information, add scanned signatures and edit the Salary Sacrifice reference your communications
➢ Edit Attachments - allows you to upload attachments that need to be electronically sent with your worker communications (there is a size limit)
Within this section you can:
➢ Edit your electronic covering employee communications
➢ Add the attachments you uploaded in ‘Configure Communications’.
All of this can be applied at group or employer level.
➢ Section 8 of the user guide.


| STATE | CODE |
| Alabama | 3 |
| Alaska | 2 |
| Arizona | 5 |
| Arkansas | 4 |
| California | 6 |
| Colorado | 7 |
| Connecticut | 8 |
| Delaware | 10 |
| Florida | 11 |
| Georgia | 12 |
| Hawaii | 13 |
| Idaho | 15 |
| Illinois | 16 |
| Indiana | 17 |
| Iowa | 14 |
| Kansas | 18 |
| Kentucky | 19 |
| Louisiana | 20 |
| Maine | 51 |
| Maryland | 22 |
| Massachusetts | 21 |
| Michigan | 23 |
| Minnesota | 24 |
| Mississippi | 26 |
| Missouri | 25 |
| Montana | 27 |
| Nebraska | 30 |
| Nevada | 34 |
| New Hampshire | 31 |
| New Jersey | 32 |
| New Mexico | 33 |
| New York | 35 |
| North Carolina | 28 |
| North Dakota | 29 |
| Ohio | 36 |
| Oklahoma | 37 |
| Oregon | 38 |
| Pennsylvania | 39 |
| Rhode Island | 40 |
| South Carolina | 41 |
| South Dakota | 52 |
| Tennessee | 42 |
| Texas | 43 |
| Utah | 44 |
| Vermont | 46 |
| Virginia | 45 |
| Washington | 47 |
| West Virginia | 49 |
| Wisconsin | 48 |
| Wyoming | 50 |


Next: Compilation Semantics, Previous: Compilation, Up: Compilation
The following terminology is used in this section.
The compiler is a utility that translates code into an implementation-dependent form that might be represented or executed efficiently. The term compiler refers to both of the functions compile and compile-file.
The term compiled code refers to objects representing compiled programs, such as objects constructed by compile or by load when loading a compiled file.
The term implicit compilation refers to compilation performed during evaluation.
The term literal object refers to a quoted object or a self-evaluating object or an object that is a substructure of such an object. A constant variable is not itself a literal object.
The term coalesce is defined as follows. Suppose A and B are two literal constants in the source code, and that A' and B' are the corresponding objects in the compiled code. If A' and B' are eql but A and B are not eql, then it is said that A and B have been coalesced by the compiler.
The term minimal compilation refers to actions the compiler must take at compile time. These actions are specified in Compilation Semantics.
The verb process refers to performing minimal compilation, determining the time of evaluation for a form, and possibly evaluating that form (if required).
The term further compilation refers to implementation-dependent compilation beyond minimal compilation. That is, processing does not imply complete compilation. Block compilation and generation of machine-specific instructions are examples of further compilation. Further compilation is permitted to take place at run time.
Four different environments relevant to compilation are distinguished: the startup environment, the compilation environment, the evaluation environment, and the run-time environment.
The startup environment is the environment of the Lisp image from which the compiler was invoked.
The compilation environment is maintained by the compiler and is used to hold definitions and declarations to be used internally by the compiler. Only those parts of a definition needed for correct compilation are saved. The compilation environment is used as the environment argument to macro expanders called by the compiler. It is unspecified whether a definition available in the compilation environment can be used in an evaluation initiated in the startup environment or evaluation environment.
The evaluation environment is a run-time environment in which macro expanders and code specified by eval-when to be evaluated are evaluated. All evaluations initiated by the compiler take place in the evaluation environment.
The run-time environment is the environment in which the program being compiled will be executed.
The compilation environment inherits from the evaluation environment, and the compilation environment and evaluation environment might be identical. The evaluation environment inherits from the startup environment, and the startup environment and evaluation environment might be identical.
The term compile time refers to the duration of time that the compiler is processing source code. At compile time, only the compilation environment and the evaluation environment are available.
The term compile-time definition refers to a definition in the compilation environment. For example, when compiling a file, the definition of a function might be retained in the compilation environment if it is declared inline. This definition might not be available in the evaluation environment.
The term run time refers to the duration of time that the loader is loading compiled code or compiled code is being executed. At run time, only the run-time environment is available.
The term run-time definition refers to a definition in the run-time environment.
The term run-time compiler refers to the function compile or implicit compilation, for which the compilation and run-time environments are maintained in the same Lisp image. Note that when the run-time compiler is used, the run-time environment and startup environment are the same.
Next: Compilation Semantics, Previous: Compilation, Up: Compilation


[Temporary]
You need the Dart SDK for this framework. Download and install it from https://www.dartlang.org/tools/sdk
I would also recommend Visual Studio Code along with the dart plugin to edit dart files very conveniently.
Make a new folder that will house your project wherever you want(I would recommend datapacks folder).
And inside of that create a file named `pubspec.yaml` and another folder called `lib`.
Open the pubspec.yaml file and add
```yaml
name: [unique_namespace]
dependencies:
objd: ^0.2.4
```
Also remember to replace the `[unique_namespace]` with your own project name.
And run
```
$ pub get
```
with the console in the new folder(VS code does this automatically)
> Tip: You can also generate a full project with a console command. [read more](https://stevertus.com/objD/documentation/Global%20Commands)


As freelancers, we’re often approached by companies in need of a new website. After referring one another to projects, we decided it was time to make it official.
By teaming up, we’re able to offer start-to-finish websites, crafting captivating, accessible digital experiences. From the very beginning, we seamlessly blend the design and development processes to marry form and function, providing the best solution for your company’s unique needs.
Eléna is a hardwired optimist who believes in building approachable brands and having a lot of fun along the way. She works closely with clients to better understand their audience, using that information to elevate the brand and create meaningful experiences for the user. Eléna oversees creative direction on Busby Potter projects, coordinating a cohesive vision through design, imagery and content.
Kate enjoys collaborating with clients to create engaging, interactive web experiences with projects that bridge the intersection of design and function. She teaches front-end development at General Assembly and has had work featured in Awwwards and Communication Arts. Here at Busby Potter, Kate is in charge of development and oversees all technical direction.
No two problems have the same exact answer. We know that. That’s why we use our range of capabilities and experiences to tailor our process to come up with the best, most comprehensive solutions for each client.
Closely collaborating with both the client and developer, we design a user-focused website from the ground up that does everything you need it to do, elevates your brand, and helps your users.
Maintaining the integrity of the design, we construct scalable websites using the latest technologies to achieve your goals. We strive to make our websites easy to maintain and update so they can grow with your business.
We work directly with outside collaborators (photographers, videographers, copywriters and more) to make sure every piece of imagery and content hits the mark and elevates your brand.
Through strategic discussion and analysis we will recommend the best technical solutions to help solve your business problems. We excel in making technology easily understandable for everyone.
You know how it goes. We’re working on client projects and have no time for our own. In the meantime shoot us an email and we’ll send you some samples of our work.
Definitely not, and we pride ourselves on that. We each had clients coming to us with website work, and would need to outsource a designer or developer. So, we banded together. Strength in numbers.Working with us is like hiring freelancers to do your work, but with the added benefit of us knowing just how the other person works. Which saves you time reviewing portfolios and onboarding and saves us time in learning how the other works.
Just like any client–freelance relationship, we’ll each manage and communicate with you on our respective part of the project. However, being just two people, we work closely together throughout each and every project, making sure we’re both involved in 100% of the process.
Yes, we do!
If we don’t do it ourselves, we know someone who does. We have our own go-to freelancers for everything from copywriting to photography, content creation to strategy. We’re more than happy to make recommendations. Just ask!
- Chris Tolles, Sundots, CEO
www.getsundots.com


Hosting finished tweaks on Packix now! Speculum, Navale, Improvify, & more availible for free.
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iOS 11.0 - 12.4 Unc0ver Jailbreak (pwn20wnd & sbingner)
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Thank you to Elijah and Andrew for the depiction styles!


Compass works hard to bring you the best possible trips for your rugged lifestyle. Here you'll find our latest travel packages suited for the adventourous spirit.


virt-image
Section: Virtual Machine Install Tools (5)Updated: 2011-07-28
Index Return to Main Contents
NAME
virt-image - Format of the virtual image XML descriptorDESCRIPTION
virt-image(1) relies on an XML descriptor to create virtual machines from virtual machine images. In general, a virtual machine image consists of the XML descriptor (usually in a file image.xml) and a number of files for the virtual machine's disks.In the following explanation of the structure of the image descriptor, mandatory XML elements are marked as element, whereas optional elements are marked as element.
All file names in the image descriptor are relative to the location of the descriptor itself. Generally, disk files are either kept in the same directory as the image descriptor, or in a subdirectory.
HOST MATCHING
The image descriptor contains information on the requirements a guest has on the host platform through one or more the /image/domain/boot descriptors (see section ``BOOT''). The image can only be used if at least one of the boot descriptors is suitable for the host platform; a boot descriptor is suitable if:- *
- The CPU architecture of the boot descriptor, given by the boot/guest/arch element, is supported by the host
- *
- The host supports a guest with the features requested in the boot/guest/features element, such as providing an APIC, or having ACPI turned off
If a suitable boot descriptor is found, the guest is created and booted according to the information about booting the OS from the boot/os element and with the disks specified in the boot/drive element. If more than one suitable boot descriptor is found, one of them is chosen based on a heuristic, generally preferring paravirtualized guests over full virtualized ones, though this is an implementation detail of the tool creating the virtual machine.
STRUCTURE
The image descriptor consists of three sections, all contained in the toplevel image element:- General metadata about the image
- A number of elements like label, name, and description that give some simple information about the image. The name must be a string suitable as a name for the virtual machine, the label is a short human-readable string suitable for display in graphical UI's, and the description should be a longer, free-form description of the purpose of the image. The name is mandatory.
- Virtual machine attributes
- The domain element contains instructions on how to boot the image, and device attributes such as the number of virtual CPU's and the size of the memory. (see section ``DOMAIN'')
- Storage layout
- The storage element lists the files to back the virtual machine's disks and some information about their format and use. (see section ``STORAGE'')
DOMAIN
The domain element contains one or more boot descriptors (see section ``BOOT'') and a devices element. The Devices element lists the recommended number of virtual CPU's in the vcpu element and the recommended amount of memory in kB in the memory element. It also indicates whether the virtual machine should have a network interface through the interface element and whether the virtual machine has a graphical interface through the graphics element.BOOT
Each boot descriptor details how the virtual machine should be started on a certain hypervisor. The type attribute of the boot element, which can either be "xen" or "hvm", depending on whether the boot descriptor is for a paravirtualized Xen(tm) guest or a fully-virtualized guest.The boot element contains three subelements:
- The platform requirements of the guest
-
The platform requirements, contained in the guest element, consist of
the arch element and the features element. The arch element
indicates the CPU architecture the guest expects, e.g. "i686", "x86_64",
or "ppc".
 Currently, the platform features are pae, acpi, and apic. They can be turned on or off by giving a state attribute of either "on" or "off". When a feature is mentioned in the features element, it defaults to "on".
- The details of booting the image's operating system
-
The os element for fully-virtualized "hvm" guests contains a loader
element whose dev attribute indicates whether to boot off a hard disk
("dev='hd'") or off a CD-ROM ("dev='cdrom'")
For paravirtualized guests, the os element either contains a "<loader>pygrub</loader>" element, indicating that the guest should be booted with pygrub, or kernel, initrd and cmdline elements. The contents of the kernel and initrd elements are the names of the kernel and initrd files, whereas the cmdline element contains the command line that should be passed to the kernel on boot.
- The mapping of disk files as devices into the guest
- The mapping of disk files into the guest is performed by a list of drive elements inside the boot element. Each drive element references the name of a disk file from the ``STORAGE'' section through its disk attribute and can optionally specify as what device that disk file should appear in the guest through its target attribute. If the target is omitted, device names are assigned in the order in which the drive elements appear, skipping already assigned devices.
STORAGE
The storage element lists the disk image files that are part of the virtual machine image in a list of one or more disk elements. Each disk element can contain the following attributes:- *
- the file attribute giving the name of the disk file
- *
- an optional id attribute. The name given with that attribute is used to reference the disk from the drive element of a boot descriptor. If the id attribute is missing, it defaults to the file attribute.
- *
-
the use attribute indicating whether the disk file is a "system",
"user", or "scratch" disk. The use attribute differentiates disk files
so that an update based on replacing disk files can replace "system"
disks, but leave "user" disks untouched.
Generally, "system" disks contain application code, "user" disks contain the application's data, and "scratch" disks contain temporary state that can be erased between runs of the guest.
The virtual machine image must contain files for all "system" disks, and may contain files for the "user" and "scratch" disks. If the latter are not part of the image, they are initialized as empty files when a guest is created, with the size given by the size attribute.
- *
- the size attribute giving the size of the disk in MB.
- *
- the format attribute giving the format of the disk file. Currently, this can be one of: "raw" "iso", "qcow", "qcow2", or "vmdk".
EXAMPLE
The image descriptor below can be used to create a virtual machine running the System Rescue CD ("http://www.sysresccd.org/") Besides the descriptor, you only need the ISO image from the System Rescue CD website.
<?xml version="1.0" encoding="UTF-8"?> <image> <name>sysresccd</name> <domain> <boot type="hvm"> <guest> <arch>i686</arch> </guest> <os> <loader dev="cdrom"/> </os> <drive disk="root.raw" target="hda"/> <drive disk="sysresc"/> </boot> <devices> <vcpu>1</vcpu> <memory>262144</memory> <interface/> <graphics/> </devices> </domain> <storage> <disk file="root.raw" use="scratch" size="100" format="raw"/> <disk id="sysresc" file="isos/systemrescuecd.iso" use="system" format="iso"/> </storage> </image>
To create a virtual machine, save the above XML in image.xml and run:
# virt-image --vnc image.xml
AUTHOR
Written by David Lutterkort. See the AUTHORS file in the source distribution for the complete list of credits.BUGS
Please see "http://virt-manager.org/page/BugReporting"COPYRIGHT
Copyright (C) 2006-2007 Red Hat, Inc, and various contributors. This is free software. You may redistribute copies of it under the terms of the GNU General Public License "http://www.gnu.org/licenses/gpl.html". There is NO WARRANTY, to the extent permitted by law.SEE ALSO
virt-image(1), virt-install(1), the project website "http://virt-manager.org", the Relax-NG grammar for image XML "image.rng"
Index
This document was created by man2html, using the manual pages.
Time: 05:34:00 GMT, December 24, 2015


The field of Isotope Geology investigates the isotopic composition of major
and trace elements contained in rocks and minerals, with the aim to better
understand geological processes. Isotopic techniques are used to address a
wide range of geological problems, such as the age of the Earth,
the origin and formation of magmatic rocks, palaeotemperatures in
sedimentary basins, palaeoclimatology etc. Isotope geochemistry forms an
integral part of modern Earth Sciences and numerous important
discoveries have been made thanks to this research. Every Earth Scientist
needs to be aware of these techniques in order to understand research
reports and geological intepretations based on isotopic methods.
Isotope geochemistry plays an important role in peripheral fields
of research such as planetology (origin and evolution of the Solar
system) and archaeology (origin and age of settlements, tools and
artifacts).
The use of naturally occurring radioactive isotopes to date minerals and
rocks is the oldest and best known branch of isotope geology. The
foundations of these so-called isotopic or radiometric dating methods were
laid shortly after the turn of the XXth century with the discovery of the
laws of radioactive decay by eminent physicists such as Ernest Rutherford
and Frederick Soddy (Rutherford and Soddy, 1902a,b). The application of
these principles to the field of Geology and the calibration of the geological
time scale were pioneered by Arthur Holmes (1911, 1913, 1947). Initially,
radiometric geochronology was exclusively based on uranium and its
daughter products, but with the development of increasingly sensitive
analytical equipment, ever more isotopic ‘clocks’ were added over the course
of the century: Rb/Sr (Hahn et al., 1943), 14C (Libby, 1946), K/Ar
(Aldrich and Nier, 1948), 238U fission tracks (Price and Walker, 1963),
40Ar/39Ar (Merrihue and Turner, 1966), Sm/Nd (Lugmair, 1974),
etc.
During the 1960s, geochemists began to investigate the isotopic
composition of elements which are partly made of radiogenic isotopes with
the aim to understand the source and origin of the igneous rocks. This line
of research greatly expanded over the course of the 1970s and 80s and
nowadays the isotopic composition of elements such as Sr and Nd in rocks
and minerals is generally considered as an important petrogenetic indicator.
The discovery that the isotopes of the light elements (H, C, N, O, S) are
fractionated by physical and chemical processes dates back to the 1930s.
The isotopic composition of these elements can therefore be used to
detect and understand the hydrospheric and lithospheric processes
causing such fractionation (Urey, 1947). This has led to a better
understanding of the physiochemical conditions under which rocks
and minerals are formed. Temperature is the most important of
these conditions and the aforementioned elements are often used for
palaeothermometry.
These lecture notes cover the first half of an Isotope Geology module at UCL that deals with the geochronological aspects of the subject. The second part of the module deals with stable isotopes. It is taught by Dr. Philip Pogge Von Strandmann and covered in a separate set of notes. The core of the geochronology notes is formed by Prof. Peter van den Haute’s lecture notes (in Dutch) at the University of Ghent. This was expanded with additional material, notably on the subjects of cosmogenic nuclide geochronology (Section 8) and U-Th-He dating (Section 7.1). Some figures were modified from published sources, including Allègre (2008), Braun et al. (2006), and Galbraith (2005). These books are recommended further reading material, as is the detailed textbook by Dickin (2005), from which both Prof. van den Haute’s notes and Allègre (2008) heavily borrow. Additional lecture material, including the data files used in the Matlab practicals of Section 12, can be found at http://github.com/pvermees/geotopes.


This is my go to when I'm making a neapolitan pizza. Remember that you may need to adjust these parameters given your environment and how you plan to let the dough rise.
If you're working with a home oven, this is a common recipe I have started using to get a great pizza. The yeast amount is based on a 24 cold rise.


Laboratories
Educational and scientific laboratories:
- Lecture multimedia audience (1-121);
- 4 computer classes (1-103, 1-108, 1-114, 1-112);
- Research and development laboratory «Design of the virtual research complexes» (1-110);
- Laboratory of simulation of life support systems ОТС (1-112).
Equipment:
- Computer equipment, server equipment, visualization systems, license software:
The 3D - simulation, applications programming of real time and visualization of aerospace and organizational and technical systems on the basis of technologies of the virtual reality;
software of CALS-technologies;
- Mnogoagentny distributed system of simulation of difficult technical objects and systems.
The unit of disciplines of military (special) preparation and a row of special disciplines is implemented on the basis of laboratories of military chair of university and a trainer site «Airport».


- Not supported yet!
- Not supported yet!
- Not supported yet!
- Not supported yet!
- Not supported yet!


[contents]
The terms defined by this document are also provided in RDF Schema format.
Copyright © 2011 W3C® (MIT, ERCIM, Keio), All Rights Reserved. W3C liability, trademark and document use rules apply.
The identification of resources on the Web by a Uniform Resource Identifier (URI) alone may not be sufficient, as other factors such as HTTP content negotiation might come into play. This issue is particularly significant for quality assurance testing, conformance claims, and reporting languages like the W3C Evaluation And Report Language (EARL). This document provides a representation of the HTTP vocabulary in the Resource Description Framework (RDF), to allow quality assurance tools to record the HTTP headers that have been exchanged between a client and a server. The RDF terms defined by this document represent the core HTTP specification defined by RFC 2616, as well as additional HTTP headers registered by the Internet Assigned Numbers Authority (IANA). These terms can also be used to record HTTPS exchanges.
This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current W3C publications and the latest revision of this technical report can be found in the W3C technical reports index at http://www.w3.org/TR/.
This 10 May 2011 Working Draft of HTTP Vocabulary in RDF 1.0 is an update of the previous HTTP Vocabulary in RDF Working Draft of 29 October 2009, and it incorporates all comments received since. This document is part of the W3C Evaluation And Report Language (EARL) but can be reused in other contexts too. This document is intended to be published and maintained as a W3C Working Group Note after review and refinement.
The Evaluation and Repair Tools Working Group (ERT WG) believes it has addressed all issues brought forth through previous Working Draft iterations. The Working Group encourages feedback about this document, HTTP Vocabulary in RDF 1.0, by developers and researchers who have interest in software-supported evaluation and validation of websites, and by developers and researchers who have interest in Semantic Web technologies for content description, annotation, and adaptation. In particular, feedback from the groups involved in the W3C Semantic Web Activity, especially the Semantic Web Coordination Group, the Semantic Web Deployment Working Group, and the Semantic Web Interest Group would be greatly appreciated.
Please send comments on this HTTP Vocabulary in RDF 1.0 document by 10 June 2011 to<EMAIL_ADDRESS>(publicly visible mailing list archive).
Publication as a Working Draft does not imply endorsement by the W3C Membership. This is a draft document and may be updated, replaced or obsoleted by other documents at any time. It is inappropriate to cite this document as other than work in progress.
This document has been produced by the Evaluation and Repair Tools Working Group (ERT WG) as part of the Web Accessibility Initiative (WAI) Technical Activity.
This document was produced by a group operating under the 5 February 2004 W3C Patent Policy. The group does not expect this document to become a W3C Recommendation. W3C maintains a public list of any patent disclosures made in connection with the deliverables of the group; that page also includes instructions for disclosing a patent. An individual who has actual knowledge of a patent which the individual believes contains Essential Claim(s) must disclose the information in accordance with section 6 of the W3C Patent Policy.
This document defines a representation of the Hypertext Transfer Protocol (HTTP) using the Resource Description Framework (RDF). It defines a collection of RDF classes and properties that represent the HTTP vocabulary as defined by the HTTP specification [RFC2616]. These RDF terms can be used to record HTTP or secure HTTP request and response messages in RDF format, such as by automated Web accessibility evaluation tools that want to describe Web resources, including the various headers exchanged between the client and server during content negotiation. More usage examples for these terms are described in section 1.2 Use Cases.
Note: The version 1.0 specifies the version of the HTTP Vocabulary in RDF document and not the version of HTTP. The vocabulary defined in this specification is usable for HTTP versions up to 1.1.
This document is not intended to be a clarification or extension of the different concepts of the HTTP specification. The HTTP specification is defined by a series of Request for Comments (RFC) publications and other documentation, including [RFC 2616] and [RFC 4229]. These are listed in Appendix C: References.
Additionally this document assumes the following background knowledge:
The terms defined by this document can be used as part of the W3C Evaluation And Report Language (EARL) and in other contexts too. Developer Guide for Evaluation and Report Language (EARL) 1.0 explains how to implement and use EARL, including conformance requirements for software tools.
By default, the vocabulary introduced by this document uses names starting with upper-case letters for classes and names starting with lower-case letters for properties. The keywords must, required, recommended, should, may, and optional are used in accordance with [RFC2119].
The RDF
representation of the HTTP vocabulary defined by this
document uses the namespace http://www.w3.org/2011/http#
. The
prefix http
is used throughout this document to denote this
namespace. Table 1 presents the namespaces used by this
document. The prefix notation presents the typical conventions used in the Web
and in this document to denote a given namespace, and can be freely modified.
Table 2 presents additional
RDF data used by this document.
| Namespace prefix | Namespace URI | Description |
|---|---|---|
http |
http://www.w3.org/2011/http# |
Namespace for the core terms of HTTP vocabulary in RDF. |
cnt |
http://www.w3.org/2011/content# |
Namespace for Representing Content in RDF [Content-in-RDF]. |
dct |
http://purl.org/dc/terms/ |
Namespace for the Dublin Core Metadata Terms. |
owl |
http://www.w3.org/2002/07/owl# |
Namespace for OWL [OWL]. |
rdf |
http://www.w3.org/1999/02/22-rdf-syntax-ns# |
Namespace for RDF [RDF]. |
| URI | Description |
|---|---|
http://www.w3.org/2011/http-headers |
HTTP headers as registered by the IANA (see [RFC4229], [Permanent Headers], and [Provisional Headers]). |
http://www.w3.org/2011/http-methods |
HTTP methods for requests. |
http://www.w3.org/2011/http-statusCodes |
HTTP status codes for responses. |
The following (non-exhaustive) list of use cases aims to highlight some of the different usages of the terms provided by this document:
There are also notable schema limitations in regard to security and privacy since the content recorded by this vocabulary could potentially contain sensitive information, for example authentication information in HTTP headers or other information (login user name, passwords, and so on) within the body of the message. Since the schema of this document is limited to terms defined by the HTTP vocabulary, security and privacy considerations need to be made at the application level. For example, certain parts of the data may be restricted to appropriate user permissions or obfuscated.
This section defines RDF classes for the HTTP 1.1 specification according to [RFC2616].
A connection that is used for the HTTP transfer.
Example 2.1: A Connection
resource.
<http:Connection rdf:ID="conn"> <http:connectionAuthority>www.example.org:80</http:connectionAuthority> <http:requests rdf:parseType="Collection"> <http:Request rdf:ID="req0"/> <http:Request rdf:ID="req1"/> </http:requests> </http:Connection>
An HTTP message.
It may be appropriate to provide additional information about the Message by using the following from external vocabularies:
dct:date
Example 2.2: A Message
resource.
<http:Message rdf:ID="mess0"> <http:httpVersion>1.1</http:httpVersion> <dct:date>2007-09-13</dct:date> <http:headers rdf:parseType="Collection"> <http:MessageHeader rdf:ID="mh0"/> <http:MessageHeader rdf:ID="mh1"/> </http:headers> <http:body> <cnt:Content rdf:ID="cont0"/> </http:body> </http:Message>
There are two subclasses from the http:Message
class: http:Request
and http:Response
.
An HTTP request. The
http:Request
class is a subclass of the http:Message
class.
The dct:date
property when
used in a Request
resource represents the date the request was
sent by the client.
Example 2.3: A Request
resource.
<http:Request rdf:ID="reqs0"> <http:absolutePath>/</http:absolutePath> <http:methodName>GET</http:methodName> <http:mthd rdf:resource="http://www.w3.org/2011/http-methods#GET"/> <http:resp rdf:resource="#resp0"/> <dct:date>2007-09-13</dct:date> <http:httpVersion>1.1</http:httpVersion> <http:headers rdf:parseType="Collection"> <http:MessageHeader rdf:about="#mh0"/> <http:MessageHeader rdf:about="#mh1"/> </http:headers> </http:Request>
An HTTP response.
The http:Response
class is a subclass of the http:Message
class.
The dct:date
property when
used in a Response
resource represents the date the response was
received by the client.
Example 2.4: A Response
resource.
<http:Response rdf:ID="resp0"> <http:httpVersion>1.1</http:httpVersion> <dct:date>2008-01-11</dct:date> <http:statusCodeValue>200</http:statusCodeValue> <http:sc rdf:resource="http://www.w3.org/2011/http-statusCodes#OK"/> <http:headers rdf:parseType="Collection"> <http:MessageHeader rdf:about="#mh2"/> <http:MessageHeader rdf:about="#mh3"/> </http:headers> <http:body> <cnt:Content rdf:ID="cont0"/> </http:body> </http:Response>
A header in an HTTP message.
Example 2.5: A MessageHeader
resource.
<http:MessageHeader rdf:ID="mh0"> <http:fieldValue>text/html, image/png, image/gif;q=0.8</http:fieldValue> <http:fieldName>Accept</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#accept"/> <http:headerElements rdf:parseType="Collection"> <http:HeaderElement rdf:about="#he0"/> <http:HeaderElement rdf:about="#he1"/> <http:HeaderElement rdf:about="#he2"/> </http:headerElements> </http:MessageHeader>
A general header in an HTTP message. The
http:GeneralHeader
class is a subclass of the http:MessageHeader
class.
Example 2.6: A GeneralHeader
resource.
<http:GeneralHeader rdf:ID="gh0"> <http:fieldValue>chunked</http:fieldValue> <http:fieldName>Transfer-Encoding</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#transfer-encoding"/> </http:GeneralHeader>
A header in an HTTP
request message. The http:RequestHeader
class is a subclass of the
http:MessageHeader
class.
Example 2.7: A RequestHeader
resource.
<http:RequestHeader rdf:ID="rh0"> <http:fieldValue>text/html</http:fieldValue> <http:fieldName>Accept</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#accept"/> </http:RequestHeader>
A header in an HTTP
response message. The http:ResponseHeader
class is a subclass of
the http:MessageHeader
class.
Example 2.8: A ResponseHeader
resource.
<http:ResponseHeader rdf:ID="reh0"> <http:fieldValue>bytes</http:fieldValue> <http:fieldName>Accept-Ranges</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#accept-ranges"/> </http:ResponseHeader>
An entity header in an HTTP message. The
http:EntityHeader
class is a subclass of the http:MessageHeader
class.
Example 2.9: A EntityHeader
resource.
<http:EntityHeader rdf:ID="eh0"> <http:fieldValue>3495</http:fieldValue> <http:fieldName>Content-Length</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#content-length"/> </http:EntityHeader>
An element in a header value, if a Message Header value can be decomposed into several parts.
Example 2.10: A HeaderElement
resource.
<http:HeaderElement rdf:ID="he0"> <http:elementName>image/gif</http:elementName> <http:params rdf:parseType="Collection"> <http:Parameter rdf:ID="param0"/> </http:params> </http:HeaderElement>
A parameter in a Header Element.
Example 2.11: A Parameter
resource.
<http:Parameter rdf:ID="param0"> <http:paramName>q</http:paramName> <http:paramValue>0.8</http:paramValue> </http:Parameter>
The HTTP 1.1
specification defines eight methods: OPTIONS, GET, HEAD, POST, PUT, DELETE,
TRACE, CONNECT. Additionally [RFC5789] defines the
PATCH method. The RDF
graph available in RDF/XML at http://www.w3.org/2011/http-methods
provides http:Method
resources for each of these to be used as
objects for the http:mthd
property. A
resource of type http:Method
represents the name of a method used
with HTTP.
[HTTP Status Codes] is a registry for status
codes too be used in HTTP. The RDF graph available in
RDF/XML at http://www.w3.org/2011/http-statusCodes
provides http:StatusCode
resources for each of these to be used as
objects for the http:sc
property. A
resource of type http:StatusCode
represents a status code.
Header names to be used in HTTP are registered by the
IANA (see [RFC4229], [Permanent
Headers], and [Provisional Headers]). The
RDF graph available
in RDF/XML at http://www.w3.org/2011/http-headers
provides http:HeaderName
resources for each of these to be used as
objects for the http:hdrName
property. A resource of type http:HeaderName
represents the name
of a header used with HTTP.
Properties defined by this document:
This section defines RDF properties for the HTTP 1.1 specification according to [RFC2616].
This property relates a resource object of the type Message
to
a resource object of the type cnt:Content
or a subclass thereof to
be the Message's entity body as defined in [RFC2616]. HTTP bodies are series of bytes.
Thus for the resource object, it is appropriate to point to a
cnt:ContentAsBase64
resource (see [Content-in-RDF] for more information on content
representations using the Resource Desription Framework
(RDF)).
http:Message
cnt:ContentAsBase64
Example 3.1: The entity body of a message.
<http:Message rdf:ID="mess0"> <http:body> <cnt:ContentAsBase64 rdf:ID="cont0-bin"/> </http:body> </http:Message>
Connection authority: server, host and port for a connection.
http:Connection
Header element name (Literal).
http:HeaderElement
Header element value (Literal).
http:HeaderElement
Header name (Literal).
http:MessageHeader
Header value (Literal).
http:MessageHeader
HTTP headers sent with the message.
http:Message
Header value elements.
http:MessageHeader
This property relates a resource of type http:MessageHeader
to
a resource of type http:HeaderName
.
http:MessageHeader
http:HeaderName
Property representing the HTTP version number as a Literal (the format is 'digit.digit').
http:Message
HTTP method.
http:Request
http:Method
HTTP method name (Literal).
http:Request
Header element parameters.
http:HeaderElement
Parameter name.
http:Parameter
Parameter value.
http:Parameter
Reason phrase sent by the server.
http:Response
HTTP requests sent via the connection.
http:Connection
The request URI as specified in section 5.1.2 of [RFC2616]. This vocabulary defines the following sub-properties:
http:Request
Example 3.2: The use of the requestURI
property.
<http:Request> <http:methodName>OPTIONS</http:methodName> <http:requestURI>*</http:requestURI> ... </http:Request>
Request URI that is an absolute URI.
Example 3.3: The use of the absoluteURI
property.
<http:Request> <http:methodName>GET</http:methodName> <http:absoluteURI>http://www.example.org:80/foo/bar</http:absoluteURI> ... </http:Request>
Request URI that is an absolute path.
Example 3.4: The use of the absolutePath
property.
<http:Request> <http:methodName>GET</http:methodName> <http:absolutePath>/foo/bar</http:absolutePath> ... </http:Request>
Request URI that is an authority.
Example 3.5: The use of the authority
property.
<http:Request> <http:methodName>CONNECT</http:methodName> <http:authority>www.example.org:80</http:authority> ... </http:Request>
This property relates a resource of type http:Request
to a
resource of type http:Response
.
http:Request
http:Response
This property relates a resource of type http:Response
to a
resource of type http:StatusCode
.
http:Response
http:StatusCode
The status code value (integer) corresponding to the standardized status code value.
http:StatusCode
http://www.w3.org/2001/XMLSchema#int
The actual status code value sent by the server (Literal).
http:Response
The following example shows an RDF/XML representation of an HTTP request and response pair.
A client sends two requests to a server at www.example.org
port
80 via HTTP 1.1 GET. With each request, it sends request
headers. The first request is for a resource in the document root
(/
), the second for a resource at /image
. While
handling the second request the server performs content negotiation respecting
the request's Accept
header and so sends a PNG image. This is indicated by the
response's Vary
header.
<?xml version="1.0" encoding="utf-8"?> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#" xmlns:http="http://www.w3.org/2011/http#" xmlns:cnt="http://www.w3.org/2011/content#" xmlns:dct="http://purl.org/dc/terms/"> <http:Connection rdf:ID="conn"> <http:connectionAuthority>www.example.org:80</http:connectionAuthority> <http:requests rdf:parseType="Collection"> <http:Request rdf:about="#req0"/> <http:Request rdf:about="#req1"/> </http:requests> </http:Connection> <http:Request rdf:about="#req0"> <http:httpVersion>1.1</http:httpVersion> <http:methodName>GET</http:methodName> <http:mthd rdf:resource="http://www.w3.org/2011/http-methods#GET"/> <http:absolutePath>/</http:absolutePath> <http:headers rdf:parseType="Collection"> <http:RequestHeader> <http:fieldName>Host</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#host"/> <http:fieldValue>www.example.org</http:fieldValue> </http:RequestHeader> <http:RequestHeader> <http:fieldName>User-Agent</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#user-agent"/> <http:fieldValue>My User Agent</http:fieldValue> </http:RequestHeader> <http:RequestHeader> <http:fieldName>Accept</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#accept"/> <http:fieldValue>text/html, image/png, image/gif;q=0.8</http:fieldValue> <http:headerElements rdf:parseType="Collection"> <http:HeaderElement> <http:elementName>text/html</http:elementName> </http:HeaderElement> <http:HeaderElement> <http:elementName>image/png</http:elementName> </http:HeaderElement> <http:HeaderElement> <http:elementName>image/gif</http:elementName> <http:params rdf:parseType="Collection"> <http:Parameter> <http:paramName>q</http:paramName> <http:paramValue>0.8</http:paramValue> </http:Parameter> </http:params> </http:HeaderElement> </http:headerElements> </http:RequestHeader> </http:headers> <http:resp rdf:resource="#resp0"/> </http:Request> <http:Request rdf:about="#req1"> <http:httpVersion>1.1</http:httpVersion> <http:methodName>GET</http:methodName> <http:mthd rdf:resource="http://www.w3.org/2011/http-methods#GET"/> <http:absolutePath>/image</http:absolutePath> <http:headers rdf:parseType="Collection"> <http:RequestHeader> <http:fieldName>Host</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#host"/> <http:fieldValue>www.example.org</http:fieldValue> </http:RequestHeader> <http:RequestHeader> <http:fieldName>User-Agent</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#user-agent"/> <http:fieldValue>My User Agent</http:fieldValue> </http:RequestHeader> <http:RequestHeader> <http:fieldName>Accept</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#accept"/> <http:fieldValue>image/png, image/gif;q=0.8</http:fieldValue> <http:headerElements rdf:parseType="Collection"> <http:HeaderElement> <http:elementName>image/png</http:elementName> </http:HeaderElement> <http:HeaderElement> <http:elementName>image/gif</http:elementName> <http:params rdf:parseType="Collection"> <http:Parameter> <http:paramName>q</http:paramName> <http:paramValue>0.8</http:paramValue> </http:Parameter> </http:params> </http:HeaderElement> </http:headerElements> </http:RequestHeader> </http:headers> <http:resp rdf:resource="#resp1"/> </http:Request> <http:Response rdf:ID="resp0"> <http:httpVersion>1.1</http:httpVersion> <http:statusCodeValue>200</http:statusCodeValue> <http:sc rdf:resource="http://www.w3.org/2011/http-statusCodes#OK"/> <http:reasonPhrase>OK</http:reasonPhrase> <http:headers rdf:parseType="Collection"> <http:GeneralHeader> <http:fieldName>Date</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#date"/> <http:fieldValue>.......</http:fieldValue> </http:GeneralHeader> <http:EntityHeader> <http:fieldName>Content-Type</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#content-type"/> <http:fieldValue>text/html; charset=utf-8</http:fieldValue> <http:headerElements rdf:parseType="Collection"> <http:HeaderElement> <http:elementName>text/html</http:elementName> <http:params rdf:parseType="Collection"> <http:Parameter> <http:paramName>charset</http:paramName> <http:paramValue>utf-8</http:paramValue> </http:Parameter> </http:params> </http:HeaderElement> </http:headerElements> </http:EntityHeader> </http:headers> <http:body> <cnt:ContentAsBase64 rdf:ID="cont0-bin"> <cnt:bytes rdf:datatype="http://www.w3.org/2001/XMLSchema#base64Binary">ajrq9qguojbglj48z..........</cnt:bytes> <dct:isFormatOf rdf:resource="http://www.example.org/"/> </cnt:ContentAsBase64> </http:body> </http:Response> <http:Response rdf:ID="resp1"> <http:httpVersion>1.1</http:httpVersion> <http:statusCodeValue>200</http:statusCodeValue> <http:sc rdf:resource="http://www.w3.org/2011/http-statusCodes#OK"/> <http:reasonPhrase>OK</http:reasonPhrase> <http:headers rdf:parseType="Collection"> <http:MessageHeader> <http:fieldName>Date</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#date"/> <http:fieldValue>.......</http:fieldValue> </http:MessageHeader> <http:MessageHeader> <http:fieldName>Content-Type</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#content-type"/> <http:fieldValue>image/png</http:fieldValue> </http:MessageHeader> <http:MessageHeader> <http:fieldName>Vary</http:fieldName> <http:hdrName rdf:resource="http://www.w3.org/2011/http-headers#vary"/> <http:fieldValue>accept</http:fieldValue> <http:headerElements rdf:parseType="Collection"> <http:HeaderElement> <http:elementName>accept</http:elementName> </http:HeaderElement> </http:headerElements> </http:MessageHeader> </http:headers> <http:body> <cnt:ContentAsBase64> <cnt:bytes rdf:datatype="http://www.w3.org/2001/XMLSchema#base64Binary">qouh3908t38hohfrf..........</cnt:bytes> <dct:isFormatOf rdf:resource="http://www.example.org/image"/> </cnt:ContentAsBase64> </http:body> </http:Response> </rdf:RDF>
The following terms are defined by this specification:
| Property name | Label | Comment | Domain | Range |
|---|---|---|---|---|
http:absolutePath |
Request URI | Request URI that is an absolute path. | http:Request |
RDF Literal |
http:absoluteURI |
Request URI | Request URI that is an absolute URI | http:Request |
RDF Literal |
http:authority |
Request URI | Request URI that is an authority. | http:Request |
RDF Literal |
http:body |
Entity body | The entity body of an HTTP message. | http:Message |
cnt:ContentAsBase64 |
http:connectionAuthority |
Connection authority | The authority of a connection used for the HTTP transfer | http:Connection |
RDF Literal |
http:elementName |
Header element name | The name of a header element | http:HeaderElement |
RDF Literal |
http:elementValue |
Header element value | The value of a header element. | http:HeaderElement |
RDF Literal |
http:fieldName |
Field name | The name of an HTTP header field. | http:MessageHeader |
RDF Literal |
http:fieldValue |
Field value | The value of an HTTP header field. | http:MessageHeader |
RDF Literal |
http:hdrName |
Header name | The name of an HTTP header. | http:MessageHeader |
http:HeaderName |
http:headerElements |
Header elements | The deconstructed parts of an HTTP header value. | http:MessageHeader |
Collection of http:HeaderElement |
http:headers |
Headers | The headers in an HTTP message. | http:Message |
Collection of http:MessageHeader |
http:httpVersion |
HTTP Version | The HTTP version of an HTTP message. | http:Message |
RDF Literal |
http:methodName |
Method name | The HTTP method name used for the HTTP request. | http:Request |
RDF Literal |
http:mthd |
Method | The HTTP method used for the HTTP request. | http:Request |
http:Method |
http:paramName |
Parameter name | The name of a parameter in a part of a deconstructed HTTP header value. | http:Parameter |
RDF Literal |
http:params |
Parameters | The parameters in a part of a deconstructed HTTP header value. | http:HeaderElement |
Collection of http:Parameter |
http:paramValue |
Parameter value | The value of a parameter in a part of a deconstructed HTTP header value. | http:Parameter |
RDF Literal |
http:reasonPhrase |
Reason phrase | The reason phrase (status text) of an HTTP response. | http:Response |
RDF Literal |
http:requests |
Requests | The HTTP requests made via a connection. | http:Connection |
Collection of http:Request |
http:requestURI |
Request URI | The request URI of an HTTP request. | http:Request |
RDF Literal |
http:resp |
Response | The HTTP response sent in answer to an HTTP request. | http:Request |
http:Response |
http:sc |
Status code | The status code of an HTTP response. | http:Response |
http:StatusCode |
http:statusCodeNumber |
Status code number | The standardized status code number. | http:StatusCode |
http://www.w3.org/2001/XMLSchema#int |
http:statusCodeValue |
Status code value | The status code value of an HTTP response. | http:Response |
RDF Literal |
The following is a list of substantial changes since the 29 October 2009 Working Draft:
GeneralHeader
,
ResponseHeader
, RequestHeader
and
EntityHeader
as subclasses of MessageHeader
.statusCodeNumber
to class StatusCode
.
statusCodeValue
to class
Response
.abs_Path
to absolutePath
.


NIGHT FALLS ON MANHATTAN A film review by Michael John Legeros Copyright 1997 Michael John Legeros
(Paramount) Directed by Sidney Lumet Written by Sidney Lumet, based on the novel "Tainted Evidence" by Robert Daley Cast Andy Garcia, Ian Holm, Richard Dreyfuss, Lena Olin, James Gandolfini, Shiek Mahmud-Bey, Ron Leibman, Colm Feore MPAA Rating "R" (presumably for profanity and violence) Running Time 115 minutes Reviewed at The Colony, Raleigh, NC (14JUN97)
==
NIGHT FALLS ON MANHATTAN adapts Robert Daley's pulp novel "Tainted Evidence," about a New York City Assistant District Attorney (Andy Garcia), whose first big case is prosecuting the cop-killing drug dealer who wounded his police officer father (Ian Holm, yes, Ian Holm). If that premise is difficult to swallow, don't even bother with the later scenes, when bozo time compression makes months pass as minutes and Garcia's character is suddenly elected the new District Attorney. (And very little of which bothered me. I took offense to the abrupt addition of Lena Olin's love interest. In her scant scenes, she adds nothing.) While it plays like a three-hour movie condensed into the space of two, there are several riveting sequences, excellent acting across the board, and a tidy lesson about the grayscales of justice.
Grade: B+
--
Mike Legeros - Movie Hell http://www.nonvirtual.com/hell/
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Contents:
MUDA(MUltiple Data Accelerator) language is a short-vector SIMD language. MUDA’s syntax is almost like GLSL(OpenGL Shading Language), but the compiled code runs on CPU, because MUDA compiler outputs plain portable SIMD-C code.
// SSE code // MUDA code __m128 func(__m128 a, __m128 b) { vec func(vec a, vec b) { return _mm_add_ps( return a * a + b; _mm_mul_ps(a, a), b); } }
MUDA is designed to accelerate your performance oriented program by using CPU’s SIMD instruction.
If your program is floating point compute-intensive, it would be worth to use MUDA language. MUDA compiler emits a SIMD-C code, thus you can easily bind MUDA code and your C/C++ code.
Here is an application area.
See what is going on this project: MUDA development blog. http://mudadev.blogspot.com/


manned space flight
At 18 o'clock on September 22, 2017, the Tianzhou-1 cargo spacecraft was controlled to derail. At this point, the second step of China’s manned spaceflight project was completed, and striding into the “space station era”.
At 18 o'clock on September 22, 2017, the Tianzhou-1 cargo spacecraft was controlled to derail. At this point, the second step of China’s manned spaceflight project was completed, and striding into the “space station era”.
As the only deep-sea manned submersible being used in China, the Xiaolong has an important role in exploring the deep sea. The depth of dive is a symbol of the country's ability to explore the deep sea. Among the world-class scientific manned submersibles, only the Nine Dragons can reach a working depth of 7,000 meters.
As the world's largest single-caliber radio telescope, the completion of FAST has pushed Chinese astronomical research into a deeper world: it has created a new model for the construction of giant telescopes with independent intellectual property rights and is believed to remain in the next 10 to 20 years. World-class status.
9.3 billion times per second! This is the floating point operation speed of "Shenwei·Taihu Light". In June 2017, in the latest list of the world's top 500 supercomputers released in Germany, “Shenwei·Taihu Light” took the third place in the list with this “super speed” and achieved three consecutive championships.
Zheng Zheng, Yu surname, Qin or Zhao, Ming Zheng, also known as Zhao Zheng (political), Qin Zheng, or Zu Long, the son of Qinzhuang. The famous politician, strategist and reformer in Chinese history, the iron fist politician who completed the Chinese unification, and the first Chinese emperor to be the emperor.
The character is Fu, and the words are less Mu, Shi Lin, the old man in the late village, the retreat of the village, the return of the 72nd peak, the retreat of the bottle spring, the scattered people of the Shushe, etc., the Houguan County of Fujian, the politics of the Qing Dynasty Home, thinker and poet.
He used the name Zhou Yishou, later renamed Zhou Shuren, once renamed Yushan, later changed Yu Cai, and studied at the Japanese Sendai Medical College (肄业). "Lu Xun" is the pseudonym he used when he published "The Madman's Diary" in 1918, and he is also the most widely known pen name, Shaoxing, Zhejiang. A famous writer, thinker, democratic warrior.
Dean County, Jiujiang City, Jiangxi Province, graduated from Southwest Agricultural College, China's hybrid rice breeding expert, the pioneer of Chinese research and development of hybrid rice, known as the "father of the world's hybrid rice."
The word is run, and the pen name is used. Hunan Xiangtan people. He was one of the founders of the Communist Party of China and the main founder and leader of the Chinese People's Liberation Army and the People's Republic of China. From 1949 to 1976, Mao Zedong served as the highest leader of the People's Republic of China.
Guang'an, Sichuan, formerly known as Deng Xiansheng, was renamed Deng Xixian by the Enlightenment teacher, the second generation leadership leader of the Communist Party of China, Marxist, proletarian revolutionary, politician, strategist, diplomat, People's Liberation Army, People's Republic of China One of the main leaders.
A special astronaut, born in Huludao City, Liaoning Province, graduated from the Air Force Aviation University of the People's Liberation Army, China's first person to enter space. He was the first generation of astronauts trained in China and flew safely for 1,350 hours in the original Air Force.


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airflow-fs
0.1
airflow-fs
Installation
Concepts
Usage
API
Contributing
Credits
History
airflow-fs
Docs
»
Index
Index
A
|
C
|
D
|
E
|
F
|
G
|
H
|
I
|
L
|
M
|
O
|
P
|
R
|
S
|
W
A
airflow_fs.hooks (module)
airflow_fs.operators (module)
airflow_fs.sensors (module)
C
copy() (airflow_fs.hooks.FsHook method)
copy_fileobj() (airflow_fs.hooks.FsHook method)
CopyFileOperator (class in airflow_fs.operators)
D
DeleteFileOperator (class in airflow_fs.operators)
DeleteTreeOperator (class in airflow_fs.operators)
disconnect() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.S3Hook method)
(airflow_fs.hooks.SftpHook method)
E
exists() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.LocalHook method)
(airflow_fs.hooks.S3Hook method)
(airflow_fs.hooks.SftpHook method)
F
FileSensor (class in airflow_fs.sensors)
FsHook (class in airflow_fs.hooks)
FtpHook (class in airflow_fs.hooks)
G
glob() (airflow_fs.hooks.FsHook method)
H
HdfsHook (class in airflow_fs.hooks)
I
isdir() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.LocalHook method)
(airflow_fs.hooks.S3Hook method)
(airflow_fs.hooks.SftpHook method)
L
listdir() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.LocalHook method)
(airflow_fs.hooks.S3Hook method)
(airflow_fs.hooks.SftpHook method)
LocalHook (class in airflow_fs.hooks)
M
makedirs() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.LocalHook method)
(airflow_fs.hooks.S3Hook method)
(airflow_fs.hooks.SftpHook method)
mkdir() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.LocalHook method)
(airflow_fs.hooks.S3Hook method)
(airflow_fs.hooks.SftpHook method)
O
open() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.LocalHook method)
(airflow_fs.hooks.S3Hook method)
(airflow_fs.hooks.SftpHook method)
P
poke() (airflow_fs.sensors.FileSensor method)
R
rm() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.LocalHook method)
(airflow_fs.hooks.S3Hook method)
(airflow_fs.hooks.SftpHook method)
rmtree() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.LocalHook method)
(airflow_fs.hooks.S3Hook method)
(airflow_fs.hooks.SftpHook method)
S
S3Hook (class in airflow_fs.hooks)
SftpHook (class in airflow_fs.hooks)
W
walk() (airflow_fs.hooks.FsHook method)
(airflow_fs.hooks.FtpHook method)
(airflow_fs.hooks.HdfsHook method)
(airflow_fs.hooks.LocalHook method)
(airflow_fs.hooks.S3Hook method)


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{{ title }}
Issuers
Badges
Assertions
Bulk issue
Single issue
→ Course
{% block content %} {% endblock %}
BOOC BADGES!


Energy:
Score:
Interval:
Shop
+30 Initial Interval | 18
Slow Speed up | 15
More Bonus Time on Line Clear | 15
More Points on Line Clear | 20
Increase score to energy conversion | 19
Remove black bomb piece and enable buying new pieces
Remove Bomb | 320
Clearing multiple lines at the same time gives exponential bonus points per line
Combo Lines | 250
Randomly clear a line from time to time
Random Line Clearer | 400
The faster the game is going the more bonus points you get
Sudden Death | 440
Grows instead of rotate when up key is pressed
Play
Pause
Reset


group10.operator package¶
Submodules¶
group10.operator.crossover module¶
-
class
group10.operator.crossover.
UniformCrossover
(prob_cross)¶ Bases:
group10.operator.CrossoverOperator
A uniform crossover operator
-
apply
(genome_a, genome_b)¶ It represents an operation to cross 2 genomes in a uniform way
- Args:
genome_a (component.Genome): Genome father a genome_b (component.Genome): Genome father a
- Returns:
Genome: Genome as result to crossover genome father gen
-
-
group10.operator.crossover.
random
() → x in the interval [0, 1).¶
group10.operator.mutation module¶
-
class
group10.operator.mutation.
UniformMutation
(prob_mut)¶ Bases:
group10.operator.MutationOperator
A uniform mutation operator
-
apply
(genome)¶ It represents an operation to mutate a genome in a uniform way
- Args:
genome (component.Genome): Genome to mutate
- Returns:
Genome: New genome as result to apply mutation
-
group10.operator.replacement module¶
-
class
group10.operator.replacement.
SteadyStateReplacement
¶ Bases:
group10.operator.ReplacementOperator
A steady-state replacement operator
-
apply
(population_current, population_offspring)¶ It represents an operation to generate a new population of genomes in a steady-state way
- Args:
population_current (component.Population): The current population of genomes population_offspring (component.Population): The population with one genome as result to apply selection/crossover/mutation
- Returns:
Population: New population as result to replace the worst genome of the current population
-
group10.operator.selection module¶
-
class
group10.operator.selection.
TournamentSelection
(k)¶ Bases:
group10.operator.SelectionOperator
A tournament selection operator
-
apply
(population)¶ It represents an operation to select a genome within the population in a tournament selection way
- Args:
population (component.Population): A population of genomes
- Returns:
Genome: Genome as result of the selection of the best genome with the best fitness within the population
-
Module contents¶
-
class
group10.operator.
CrossoverOperator
¶ Bases:
abc.ABC
Crossover Operator abstract class
-
abstract
apply
(*genomes)¶
-
abstract
-
class
group10.operator.
MutationOperator
¶ Bases:
abc.ABC
Mutation Operator abstract class
-
abstract
apply
(*genomes)¶
-
abstract


 We can't start processing your new passport until we receive it.
It's up to you wether you pay for standard post or special delivery to send us your old passport
When we finish processing your new application we'll cancel your old passport and return it to you
{{#input-submit}}{{/input-submit}} {{/form}} {{/ hmpo-partials-form}} {{/content}} {{/ layout}}


1. Speed :-
The computer is very high speed electronic device. It can perform millions of operations on the data in one second. The speed is usually measured in Mega Hertz (MHz) or Giga Hertz (GHz)..
2. Accuracy :-
In addition to being very fast, computer is also very accurate device. It can give you accurate output provided you give correct input data and set of instructions to the computer.
3. Reliability :-
The modern computer can perform very complicated calculations without creating any problem. The results produced by computer are consistent (reliable).
4. Automation :-
A computer can automatically perform operations without any need for manual interference during the operations. It controls different devices attached to it.
5. Storage :-
The computer has internal storage (primary memory) as well as external or secondary storage. In secondary storage, you can store a large amount of data and programs(set of instructions) for future use.
6. Versatility :-
Through modern computer you can perform different kind of tasks one by one or simultaneously. It is the most important feature of computer. At one moment you could be playing game on computer as well as downloading songs from internet, the next moment you could be composing a letter and sending emails etc.
7. Communications :-
Today computer is mostly used to exchange messages or data through computer networks all over the world. For example, you can receive or send the information through the internet with the help of computer. It is most important feature of the modern information technology.
8. Precision and Consistency :-
Computers are not only fast and consistent but they also perform operations very accurately and precisely. For example, in complex calculations involving fractional values (where value with decimal point can change the actual result), the computer is very precise with the result.


|
|
Standalone Servers
|
Uniform Server Zeros modular architecture allows each server (Apache and MySQL) to be run independently from the main WAMP server. This requires renaming the server and controller executables. Optionally moving servers to different ports, allows you to run these servers alongside The Uniform Server Zero and IIS. This page details the changes required.
Apache
You can run Apache as an independent server running on standard ports. Alternatively run independently on none-standard ports catering for a multi-server environment. The following details configuration and modifictions required.
Apache preliminary
Create individual Apache server as follows:
- Create a new folder c:\New_UniServer2
- Download and save the latest controller file (ZeroXIII_controller_2_2_0.exe) to folder New_UniServer2
- The file is a self-extracting archive, double click on above file to run the extrater.
- A new folder C:\New_UniServer2\UniServerZ is created containing the controller application UniController.exe and support folders and files.
- Download the following plugins and save to folder C:\New_UniServer2\UniServerZ.
- ZeroXIII_apache_2_4_23_h.exe - Apache server
- Installation, double click the plugin file to run the extracter.
- If prompted allow overwriting of existing files.
- If you wish; delete the installation files, they are no longer required.
Apache Change controller name
You cannot run two instances of UniController.exe the executable name must be unique.
- Rename file C:\New_UniServer2\UniServerZ\UniController.exe to C:\New_UniServer2\UniServerZ\UniController2.exe
- Note: You can use a different name so long as the name is unique and has the file extension .exe
Apache Change Icon
To distinguish between server instances the tray icon requires changing.
The following parameters in configuration file C:\New_UniServer2\UniServerZ\home\us_config\us_config.ini allow you to change icon and hover text:
- ServerType - Set Server type valid values APS0 to APS3 sets icon - For this example use APS1
- ServerTypeText1 - First line of hover text - For this example use "Uniform Server Portable"
- ServerTypeText2 - Second line of over text - For this example use "Apache Standalone server 1"
|
Icons are shown on the right: Icons left to right APS0,APS1,APS2 and APS3
|
|
Change Apache server executable
To avoid conflicts when running multi-servers requires the Apache executable to be renamed.
- Navigate to folder C:\New_UniServer2\UniServerZ\core\apache2\bin
- Rename Apache executable file from httpd_z.exe to httpd_z2.exe
- The file name must start with httpd_ followed by any unique string and terminated with file extension .exe
- For convenience it is easier just to increment the digit.
Change Apache server ports:
To avoid conflicts when running multi-servers requires the Apache server ports to be changed. If this is the only instance of Apache skip port change and allow server to run on default standard ports.
- Start UniController2.exe
- Change standard port from 80 to 82:
- Apache > Change Apache ports > Change Apache port
- Enter 81 and click OK
- Note: Again it is easier just to increment, however you can enter a different unique port.
- Change ssl port from 443 to 445:
- Apache > Change Apache ports > Change Apache SSL port
- Enter 445 and click OK
- Note: Again it is easier just to increment, however you can enter a different unique port.
MySQL
You can run MySQL as an independent server running on standard ports. Alternatively run independently on none-standard ports catering for a multi-server environment. The following details configuration and modifictions required.
MySQL preliminary
Create individual MySQL server as follows:
- Create a new folder c:\New_UniServer3
- Download and save the latest controller file (ZeroXIII_controller_2_2_0.exe) to folder New_UniServer3
- The file is a self-extracting archive, double click on above file to run the extrater.
- A new folder C:\New_UniServer3\UniServerZ is created containing the controller application UniController.exe and support folders and files.
- Download the following plugin and save to folder C:\New_UniServer3\UniServerZ.
- ZeroXIII_mysql_5_6_31.exe - MySQL server
- Installation, double click the plugin file to run the extracter.
- If prompted allow overwriting of existing files.
- If you wish; delete the installation files, they are no longer required.
MySQL Change controller name
You cannot run two instances of UniController.exe the executable name must be unique.
- Rename file C:\New_UniServer3\UniServerZ\UniController.exe to C:\New_UniServer3\UniServerZ\UniController3.exe
- Note: You can use a different name so long as the name is unique and has the file extension .exe
MySQL Change Icon
To distinguish between server instances the tray icon requires changing.
The following parameters in configuration file C:\New_UniServer3\UniServerZ\home\us_config\us_config.ini allow you to change icon and hover text:
- ServerType - Set Server type valid values MYS0 to MYS3 sets icon - For this example use MYS1
- ServerTypeText1 - First line of hover text - For this example use "Uniform Server Portable"
- ServerTypeText2 - Second line of over text - For this example use "MySQL Standalone server 1"
|
Icons are shown on the right: Icons left to right MYS0,MYS1,MYS2 and MYS3
|
|
Change MySQL server executable
To avoid conflicts when running multi-servers requires the MySQL executable to be renamed.
- Navigate to folder C:\New_UniServer3\UniServerZ\core\mysql\bin
- Rename MySQL executable file from mysqld_z.exe to mysqld_z3.exe
- The file name must start with mysqld_ followed by any unique string and terminated with file extension .exe
- For convenience it is easier just to increment the digit.
Change MySQL server port:
To avoid conflicts when running multi-servers requires the MySQL server port to be changed. If this is the only instance of MySQL skip port change and allow server to run on default standard port.
- Start UniController3.exe
- Change standard port from 3306 to 3308:
- MySQL > Change MySQL port
- Enter 3308 and click OK
- Note: Again it is easier just to increment, however you can enter a different unique port.
Summary
With the above modifications you can run Apache and MySQL as seperate servers.
|


— Bot commands
• /examples — look through a carousel of usage examples, press arrow bottons to scroll
• /captured_image — try mask detection for your own image, which should be sent in advance (make a selfie or load from a gallery), use 🤖(detect
) botton to run a network!
Happy usage!


PLANET SICK-BOY: http://www.sick-boy.com "We Put the SIN in Cinema"
I always get directors William Friedkin (The Exorcist) and John Frankenheimer (The Manchurian Candidate) mixed up. They were both at the top of their game a few decades ago and spent most of the ‘90s making first-rate but widely ignored television movies like 12 Angry Men and George Wallace. Friedkin helmed The French Connection and Frankenheimer directed its sequel. And six weeks after Frankenheimer's mildly entertaining, big-budget bust Reindeer Games opened, Friedkin's latest feature film hits the big screen. And darned if Rules of Engagement isn't a mildly entertaining, big-budget bust as well.
Rules begins in 1968 Viet Nam, where young Marines Hayes Hodges (Tommy Lee Jones, Double Jeopardy) and Terry L. Childers (Samuel L. Jackson, Deep Blue Sea) slink through a booby-trapped jungle. You may be wondering how fifty-three-year-old Jones and fifty-one-year-old Jackson were able to pull off young soldiers.  They could have dug up some younger look-a-likes. Anyway, Hodges takes one in the knee and Childers saves his life. The scene is filled with mud, water, bullets, red mist, gruesome wounds, and some very Saving Private Ryan-esque camera work, editing and film speed.
Flash to 1996, where Hodges is retiring from the Corps and Childers has just received orders to head up a special ops unit. While he and his men are aboard the U.S.S. Wake Island in the Indian Ocean, Childers gets an assignment to rescue the U.S. Ambassador to Yemen (Ben Kingsley, What Planet Are You From?) and his family from the embassy, which is currently surrounded by hundreds of demonstrators that are growing more and more violent. Childers and his crew fly three choppers to the embassy and rescue the Americans, despite drawing heavy fire from snipers on the roofs of nearby buildings.
When several of his men are killed in action, Childers orders his troops to open fire into the crowd of demonstrators, instead of just going after the snipers.  The worldwide public outcry in the aftermath of this shooting is too deafening for the U.S. to ignore. They need a scapegoat, immediately labeling Childers as `a hotheaded miscalculation,' and subject the Major to a court martial eight days later where he is charged with murder and other assorted atrocities.
The film is really quite good through this point, at which Childers hires Hodges to represent him, playing the `Gee, I did save your life' card. Rules then becomes a run-of-the-mill courtroom bore with one of the most anti-climatic ending in recent memory. Much of Childers' case revolves around a missing videotape of the incident captured on an embassy security camera that proves the demonstrators were firing on the Marines, not just the snipers. In real life, they would have determined the origin of the gunfire from the holes in the front of the embassy, but the promise of detailed forensic analysis doesn't usually bring 'em out opening weekend.
There are a couple of bright spots in Rules, like some pretty nifty shots shown through the eyes of the sniper during the embassy siege, and a blistering, applause-inducing exchange on the stand between Childers and prosecutor Major Mark Biggs (Guy Pearce, Ravenous), who sports a wicked New Yawk accent (he's Australian). There are no opening credits, and the scenes set in Yemen (it's actually Morocco) look quite lovely. Another interesting aspect to Rules is that there really aren't any bad guys. Biggs is just doing his job (he refuses to seek the death penalty for Childers), and the National Security Advisor (Bruce Greenwood, Here on Earth) and the Ambassador are only after Childers to protect the interests of the country.
Rules was written by Stephen Gaghan (his first movie script), an executive story editor on The Practice. The film co-stars Anne Archer (Clear & Present Danger), Blair Underwood (television's soon-to-be-cancelled City of Angels), Philip Baker Hall (Magnolia) and Nicky Katt (Boiler Room).
1:58 - R for graphic violence and adult language
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rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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17-Sep-18 07:53 PM
[dscrd-hush] <Raja_MBZ> Plus I'm sorry that I'm talking about hush here
[dscrd-hush] <Berg> ^ That is exactly why I haven't reached out to them in approximately two months, we had reached out beforehand but I figured proof of progress would give us a leg up.
[dscrd-hush] <Berg> BTCH is planned to be supported by NG as well.
[dscrd-hush] <Berg> But as far as BTCH getting on Bittrex, I'd say there's no realistic chance right now. Hush has somewhat of a shot with NG and dPoW
[dscrd-hush] <Raja_MBZ> The messenger is going to be something very special
[dscrd-hush] <Berg> Much more established
[dscrd-hush] <Takoy_Nahal> @Berg I do not want to get into your sphere of work, just decided as a member of the community to write to them) I think you know better than me when you need to do this)
[dscrd-hush] <Raja_MBZ> That's what I think too... Hush has a much better chance of getting listed once the messenger is ready
[dscrd-hush] <Berg> Oh, I was just giving you my Bittrex account info if they absolutely need it and want to move forward
[dscrd-hush] <Takoy_Nahal> If you think that it's too early for BTCH to be published on Bittrex, can it wait?
[dscrd-hush] <Raja_MBZ> IMO, let's first wait for completion of messenger and then get hush listed. After that, there'll be more understanding of the messenger and btch listing application would make more sense.
[dscrd-hush] <Raja_MBZ> Just my opinion though.
[dscrd-hush] <Berg> BTCH at least needs to revitalization done in my personal opinion. Once mining and algorithms are worked out and we have some traction back it'd be worth giving a shot. We wouldn't really want to be listed just to have an instant hardfork
[dscrd-hush] <Berg> Plus I don't think BTCH is an attractive project to an exchange of that magnitude yet, we'll build up to it as the ball gets rolling on the upcoming changes.
[dscrd-hush] <Takoy_Nahal> Well, I agree that the best candidate is HUSH, probably really it is worth waiting for the release of the messenger to come to Bittrex and say: Guys see what a unique and interesting project I have, you must have to list me!)
[dscrd-hush] <Berg> Combined with dPoW I believe we honestly have a shot at it
[dscrd-hush] <Takoy_Nahal> Good, we must just wait
[dscrd-hush] <Takoy_Nahal> When I look at some coins that are traded on Bittrex, I think why are you so good that you were added here?)
[dscrd-hush] <Raja_MBZ> Bitbean
[dscrd-hush] <Takoy_Nahal> Zclassic)
[dscrd-hush] <jl777c> it is actually a lot more than only smart contracts