Module events
Events are callbacks defined by the user of Servicekit.
These do the actual work of the service. All recieve no arguments and are not expected to return values.
Functions
| _events.start () | Called once the service has detached and is ready to run. |
| _events.run () | Called to enter the service's main loop. |
| _events.reload () | Called to gracefully reload configuration. |
| _events.beginstop () | Called BEFORE a service begins it's shutdown. |
| _events.stop () | Called after the main loop has exited. |
Functions
- _events.start ()
- Called once the service has detached and is ready to run. Optional. If not present, it is silently ignored.
- _events.run ()
- Called to enter the service's main loop. Manditory. Service will automatically shut down if not present.
- _events.reload ()
- Called to gracefully reload configuration. Optional. If not given, reload requests will be silently ignored. On Posix systems, this is fired when the daemon recieves a SIGHUP.
- _events.beginstop ()
- Called BEFORE a service begins it's shutdown. Don't cleanup here, just trigger the main loop to exit. You MUST define this event, and it MUST not call os.exit(). Otherwise, ServiceKit will not know how to gracefully shutdown your main event loop! On Posix systems, this is fired when the daemon recieves SIGTERM or SIGINT.
- _events.stop ()
- Called after the main loop has exited. Optional. If not present, it is silently ignored.


(Ms. Cathey<EMAIL_ADDRESS>(Valerie Blankenship<EMAIL_ADDRESS>Twitter: @SGCFBLA
Instagram: @SGCFBLA
Facebook: SGCFBLA
Sign up for reminders on remind 101 by downloading the app and entering the code____or texting the code____to 81010


Subject of the work presented here is the web deployment, expansion and validation of a model for the reconstruction of monthly aggregated areal temperature data from historical sources, as it is described by Riemann, (2010).
To this end, the model has been programmed in R-Statistics and linked on an Ubuntu server to a PostgreSQL database with PostGIS extensions. The raster data which is calculated by the model is loaded into the database by using GDAL, where they are stored in WKB format. Based on this, a web application has been developed, which dynamically retrieves the calculated data using PHP and JavaScript from the database and uses leaflet.js for map visualization. In addition, individual elements have been created which inform the user directly about the underlying data and offer him the opportunity to make spatial and temporal selections. A direct validation of the calculated data is ensured by the provision and integration of the GHCNMV3 record (GHCNV3, 2015). The recalculation of the model by part selecting individual events of a month is made possible by linking the web application with a Python-Skript, which process the requested data on the fly. Moreover, additional interfaces have been developed in R and Python for the further development and collaborative cooperation.
The entire source code of the work can be viewed at github.


Airbnb Price Prediction guests: bath: 1.0 1.5 2.0 rooms: 0.0 1.0 2.0 3.0 security_deposit: 0.0 1.0 2.0 3.0 4.0 accomodation: Townhome Cabin Apartment Hotel House booking No Yes Minimum Nights: city: Nairobi Mombasa Kisumu Nakuru room of type: Private room Entire home/apt Shared room wifi?: No Yes Submit


| Method | Path | Public | Description | Tests |
|---|---|---|---|---|
| POST | /auth/signup | Y | register a new user | :heavy_check_mark: |
| GET | /auth/signin | Y | login | :heavy_check_mark: |
| POST | /auth/forgot_password | Y | request recovery token | 👎 |
| - | - | - | - | - |
| GET | /users/photo/:id | N | get user's photo | 👎 |
| POST | /users/photo/ | N | upload user's photo (<= 2mb, png/jpeg/jpg/gif) | 👎 |
| - | - | - | - | - |
| PUT | /users | N | update user's name and/or email and/or password | 👎 |
| - | - | - | - | - |
| GET | /groups | N | List all groups for the authenticated user (as onwer or participant) | :heavy_check_mark: |
| POST | /groups | N | create a new group (the authenticated user as owner) | :heavy_check_mark: |
| PATCH | /groups/:id | N | update the group's name, the authenticated user must be the owner | :heavy_check_mark: |
| DELETE | /groups/:id | N | delete a group. All associations to the group will be lost. | :heavy_check_mark: |
| - | - | - | - | - |
| GET | /groups/:id/projects | N | List all projects for a group | :heavy_check_mark: |
| POST | /groups/:id/projects | N | create a new project in a group | :heavy_check_mark: |
| - | - | - | - | - |
| PUT | /projects/:id | N | update the title or description of a project (the authenticated must be the owner or a participant) | :heavy_check_mark: |
| DELETE | /projects/:id | N | delete a project | :heavy_check_mark: |
| - | - | - | - | - |
| GET | /groups/:id/invitations | N | List all invitations for a group (only the owner) | :heavy_check_mark: |
| POST | /groups/:id/invitations | N | create a new invitation for a user to get into a group | :heavy_check_mark: |
| - | - | - | - | - |
| GET | /invitations | N | List all invitations to participate in a group for the authenticated user | :heavy_check_mark: |
| PATCH | /invitations/:id/accept | N | update the invitation to mark as accepted | :heavy_check_mark: |
| DELETE | /invitations/:id | N | delete an invitation not accepted | :heavy_check_mark: |
This project is focused on integration tests. We performing the test sequentially, in order to do not mock the Database (Postgres).
All emails are added to a queue using Redis and Bull. The execution of the job will run in another process (different of the main app), to accomplish this feature we use the WebSocket feature to provide the communication between the main app and the Bull execution environment.
For the templates of the email, we use the handlebars
For a more simple example see this repo: nestjs-queue-email-example
MIT © mourabraz@hotmail.com


--- title: Web Auth keywords: fastai sidebar: home_sidebar summary: "Handles user registration and authentication." description: "Handles user registration and authentication." nb_path: "50b_web_auth.ipynb" ---
from nbdev.export import notebook2script
notebook2script()


Fatalities in Long Run Perspective
Adjusted to Yearly Death
Death Ratio In Recent History
Military Personnel and Population
Military Expenses
Correlation with Resources Production & Consumption
Relationships among Wars, Trades and Religious
Transformation in Types of Wars
Endings of Wars
The End.


A Platform of Sharing News, Resources and Our Projects About Containers
As a lightweight virtualization technology, containers are attracting much attention and widely deployed in the cloud data centers. Compared to virtual machines(VMs), containers have the following three advantages:
We are the container team from Laboratory of Cluster and Grid Computing(CGCL), Huazhong University of Science and Technology. We have done a lot of research work in the field of containers. In the future, we will post more research work of our team to jointly promote the development of container technology.


node module (begin code exploration from here!)¶
-
class
pyrlang.node.
Node
(node_name: str, cookie: str, hidden: bool = False)¶ Bases:
object
Implements an Erlang node which has a network name, a dictionary of processes and registers itself via EPMD. Node handles the networking asynchronously.
This is the root object of an Erlang node, it must be created first and must outlive all other objects it manages, for them to be accessible over the network.
Example:
- Create an async engine adapter:
e = GeventEngine() # located in import Pyrlang
- Create a node class with a name and a cookie
node =<EMAIL_ADDRESS>"COOKIE", engine=e)
Start it via the engine adapter
e.start(node)
- Now anything that you do (for example an infinite loop with
e.sleep(1)
in it, will give CPU time to the node.
-
demonitor_process
(origin_pid, target, ref)¶ Locate the process
target
and remove theorigin
from itsmonitors_
collection. This does not trigger any notifications or signals to theorigin
.- Parameters
ref (term.reference.Reference) -- Reference which you received when setting up a monitor.
origin_pid (Pid) -- The process who was monitoring the target before
target (Pid or Atom) -- Name or pid of a monitor target process, possibly it does not exist
- Raises
ProcessNotFound -- if target does not exist
-
destroy
()¶ Closes incoming and outgoing connections and destroys the local node. This is Python, so some refs from running async handlers may remain.
-
async
dist_command
(receiver_node: str, message: tuple) → None¶ Locate the connection to the given node (a string). Place a tuple crafted by the caller into message box for Erlang dist_proto socket. It will pick up and handle the message whenever possible.
- Parameters
receiver_node -- Name of a remote node
message -- A crafted tuple with command name and some more values
- Raises
NodeException -- if unable to find or connect to the node
-
exit_process
(sender, receiver, reason)¶ Delivers exit message to a local or remote process.
Get string cookie value for this node. TODO: Cookie per connection?
-
get_loop
()¶
-
async
handle_signals
()¶
-
inbox_
= None¶ Contains Pyrlang's own messages to the local node.
-
async
link
(pid1, pid2, local_only=False)¶ Check each of processes pid1 and pid2 if they are local, mutually link them. Assume remote process handles its own linking.
- Parameters
pid1 (term.pid.Pid) -- First pid
pid2 (term.pid.Pid) -- Second pid
local_only -- If set to True, linking to remote pids will send LINK message over dist_proto protocol
-
link_nowait
(pid1, pid2, local_only=False)¶ unsafe casting of link
you can't assume it has got effect when this function returns Convinience methot for being able to call it outside a async function
-
monitor_process
(origin_pid: term.pid.Pid, target, ref=None)¶ Locate the process referenced by the target and place the origin pid into its
monitors_
collection. When something happens to thetarget
, a special message will be sent to theorigin
. Remote targets are supported.- Parameters
ref (None or term.reference.Reference) -- If not None, will be reused, else a new random ref will be generated.
origin_pid (term.pid.Pid) -- The (possibly remote) process who will be monitoring the target from now and wants to know when we exit.
target (term.pid.Pid or term.atom.Atom) -- Name or pid of a monitor target process.
- Return type
term.reference.Reference
- Raises
pyrlang.node.ProcessNotFoundError -- if target does not exist.
-
node_db
= <pyrlang.node_db.NodeDB object>¶ All existing local Node objects indexed by node_name: str
-
node_name_
= None¶ Node name as seen on the network. Use full node names here:
name@hostname
-
node_opts_
= None¶ Distribution options object with feature support flags packed into an integer. The remote node will receive these flags to know what features we can support.
-
on_exit_process
(exiting_pid, reason)¶
-
pid_counter_
= None¶ An internal counter used to generate unique process ids
-
processes_
= None¶ Process dictionary which stores all the existing
Process
objects adressable by a pid.Note
This creates a python reference to an object preventing its automatic garbage collection. In the end of its lifetime an object must be explicitly removed from this dictionary using
Process.exit
method on the process.
-
reg_names_
= None¶ Registered objects dictionary, which maps atoms to pids
-
register_dist_node
(addr, proto)¶ add the protocol to dist nodes so that we can use it :param addr: :param proto: :return:
-
register_name
(proc, name) → None¶ Add a name into registrations table (automatically removed when the referenced process is removed)
- Parameters
proc (Process) -- The process to register
name (Atom) -- The name to register with
-
register_new_process
(proc=None) → term.pid.Pid¶ Generate a new pid and add the process to the process dictionary.
- Parameters
proc (Process or None) -- A new process which needs a pid, or None if you only need a fake pid
- Returns
A new pid (does not modify the process in place, so please store the pid!)
-
run
()¶
-
async
send
(sender, receiver, message) → None¶ Deliver a message to a pid or to a registered name. The pid may be located on another Erlang node.
- Parameters
sender (term.pid.Pid or None) -- Message sender
receiver (term.pid.Pid or term.atom.Atom or Tuple[Atom, Pid or Atom]) -- Message receiver, a pid, or a name, or a tuple with node name and a receiver on the remote node.
message -- Any value which will be placed into the receiver inbox. Pyrlang processes use tuples but that is not enforced for your own processes.
-
send_link_exit_notification
(sender, receiver, reason)¶
-
send_nowait
(sender, receiver, message) → None¶ Create task that sends the message
-
signal_wake_up
(pid)¶
-
async
unlink
(pid1, pid2, local_only=False)¶ Mutually unlink two processes.
- Parameters
pid1 (term.pid.Pid) -- First pid
pid2 (term.pid.Pid) -- Second pid
local_only -- If set to True, linking to remote pids will send UNLINK message over dist_proto protocol
-
unregister_dist_node
(addr)¶ remove dist node (disconnected most likley) :param addr: :return:
-
where_is
(ident)¶ Look up a registered name or pid.
- Parameters
ident (term.atom.Atom or term.pid.Pid) -- an Atom or a Pid to convert to a Pid
- Return type
term.pid.Pid
-
where_is_process
(ident)¶ Look up a registered name or pid.
- Return type
pyrlang.process.Process or None


Fantasy | English
High-school student Bella Swan (Kristen Stewart), always a bit of a misfit, doesn't expect life to change much when she moves from sunny Arizona to rainy Washington state. Then she meets Edward Cullen (Robert Pattinson), a handsome but mysterious teen whose eyes seem to peer directly into her soul. Edward is a vampire whose family does not drink blood, and Bella, far from being frightened, enters into a dangerous romance with her immortal soulmate.
Fantasy | English
After the abrupt departure of Edward (Robert Pattinson), her vampire love, Bella (Kristen Stewart) finds comfort in her deepening friendship with Jacob Black (Taylor Lautner). However Bella's loyalties are put to the test as she becomes drawn into the world of werewolves, ancient enemies of vampires...
The Twilight Saga: New Moon, commonly referred to as New Moon, is a 2009 American romantic fantasy film based on Stephenie Meyer's 2006 novel New Moon. It is the second film in The Twilight Saga film series and is the sequel to 2008's Twilight. Summit Entertainment greenlit the sequel in late November 2008, following the early success of Twilight.[2] Directed by Chris Weitz, the film stars Kristen Stewart, Robert Pattinson, and Taylor Lautner,[3] reprising their roles as Bella Swan, Edward Cullen, and Jacob Black, respectively. Melissa Rosenberg, who handed in a draft of the film script during the opening weekend of Twilight, returned as screenwriter for New Moon as well
Fantasy | English
Danger once again surrounds Bella (Kristen Stewart), as a string of mysterious killings terrorizes Seattle and a malicious vampire continues her infernal quest for revenge. Amid the tumult, Bella must choose between her love for Edward (Robert Pattinson) and her friendship with Jacob (Taylor Lautner), knowing that her decision may ignite the long-simmering feud between vampire and werewolf..
Fantasy | English
At last, Bella (Kristen Stewart) and Edward (Robert Pattinson) are getting married. When Jacob (Taylor Lautner) finds out that Bella wants to spend her honeymoon as a human, he is horrified -- for Edward's passion could accidentally kill her. Bella does indeed survive her honeymoon, but a new complication arises when she discovers that she's pregnant -- and the child is growing at an alarming rate. The pregnancy sets the wolves against Bella and Edward, but Jacob vows to protect his friend.
Fantasy | English
Harry Potter and the Philosopher's Stone is a fantasy novel written by British author J. K. Rowling. It is the first novel in the Harry Potter series and Rowling's debut novel, first published in 1997 by Bloomsbury. It was published in the United States as Harry Potter and the Sorcerer's Stone by Scholastic Corporation in 1998. The plot follows Harry Potter, a young wizard who discovers his magical heritage as he makes close friends and a few enemies in his first year at the Hogwarts School of Witchcraft and Wizardry.
The novel won most of the British book awards that were judged by children and other awards in the US. The book reached the top of the New York Times list of best-selling fiction in August 1999 and stayed near the top of that list for much of 1999 and 2000. It has been translated into at least seventy three other languages and has been made into a feature-length film of the same name, as have all six of its sequels.
Fantasy | English
Harry Potter and the Chamber of Secrets is a fantasy novel written by British author J. K. Rowling and the second novel in the Harry Potter series. The plot follows Harry's second year at Hogwarts School of Witchcraft and Wizardry, during which a series of messages on the walls of the school's corridors warn that the "Chamber of Secrets" has been opened and that the "heir of Slytherin" would kill all pupils who do not come from all-magical families. These threats are found after attacks which leave residents of the school "petrified" (frozen like stone). Throughout the year, Harry and his friends Ron and Hermione investigate the attacks.
The book was published in the United Kingdom on 2 July 1998 by Bloomsbury and in the United States on 2 June 1999 by Scholastic Inc. Although Rowling found it difficult to finish the book, it won high praise and awards from critics, young readers and the book industry, although some critics thought the story was perhaps too frightening for younger children. Much like with other novels in the series, Harry Potter and the Chamber of Secrets triggered religious debates; some religious authorities have condemned its use of magical themes, while others have praised its emphasis on self-sacrifice and on the way in which a person's character is the result of the person's choices.
Fantasy | English
Harry Potter and the Prisoner of Azkaban is a 2004 British-American[4] fantasy film directed by Alfonso Cuarón and distributed by Warner Bros. Pictures.[3] It is based on the novel of the same name by J. K. Rowling. The film, which is the third instalment in the Harry Potter film series, was written by Steve Kloves and produced by Chris Columbus (director of the first two instalments), David Heyman, and Mark Radcliffe. The story follows Harry Potter's third year at Hogwarts as he is informed that a prisoner named Sirius Black has escaped from Azkaban intending to kill him.
The film stars Daniel Radcliffe as Harry Potter, alongside Rupert Grint and Emma Watson as Harry's best friends Ron Weasley and Hermione Granger. It also features well-known actors in supporting roles, including Gary Oldman, David Thewlis, Michael Gambon (in his debut in the role of Albus Dumbledore), Emma Thompson and Timothy Spall. It is the sequel to Harry Potter and the Chamber of Secrets and is followed by Harry Potter and the Goblet of Fire..
Fantasy | English
The fourth movie in the Harry Potter franchise sees Harry (Daniel Radcliffe) returning for his fourth year at Hogwarts School of Witchcraft and Wizardry, along with his friends, Ron (Rupert Grint) and Hermione (Emma Watson). There is an upcoming tournament between the three major schools of magic, with one participant selected from each school by the Goblet of Fire. When Harry's name is drawn, even though he is not eligible and is a fourth player, he must compete in the dangerous contest.
Fantasy | English
Now in his fifth year at Hogwarts, Harry (Daniel Radcliffe) learns that many in the wizarding community do not know the truth of his encounter with Lord Voldemort. Cornelius Fudge, minister of Magic, appoints his toady, Dolores Umbridge, as Defense Against the Dark Arts teacher, for he fears that professor Dumbledore will take his job. But her teaching is deficient and her methods, cruel, so Harry prepares a group of students to defend the school against a rising tide of evil.
Fantasy | English
As Death Eaters wreak havoc in both Muggle and Wizard worlds, Hogwarts is no longer a safe haven for students. Though Harry (Daniel Radcliffe) suspects there are new dangers lurking within the castle walls, Dumbledore is more intent than ever on preparing the young wizard for the final battle with Voldemort. Meanwhile, teenage hormones run rampant through Hogwarts, presenting a different sort of danger. Love may be in the air, but tragedy looms, and Hogwarts may never be the same again
Fantasy | English
Without the guidance and protection of their professors, Harry (Daniel Radcliffe), Ron (Rupert Grint) and Hermione (Emma Watson) begin a mission to destroy the Horcruxes, the sources of Voldemort's immortality. Though they must rely on one another more than ever, dark forces threaten to tear them apart. Voldemort's Death Eaters have seized control of the Ministry of Magic and Hogwarts, and they are searching for Harry -- even as he and his friends prepare for the ultimate showdown.


Hi {{profile_name}} {{profile_surname}},
{{daycare_name}} would like you to join it's network on Kindzy.com. Please follow the link bellow to register:
{{invite_url}}
Thank you, {{daycare_name}}


value
child_added
child_removed
child_changed
createUserWithEmailAndPassword()
signInWithEmailAndPassword()
signOut()


Sexual assault is a horrible thing, and no two people react the same way. Therefore, there is no right way to help your loved ones after being assaulted. The best thing you can do is adapt to their unique circumstances by carefully reading the situation and acting accordingly. This page details possible actions you can take. Choose the steps that seem best, and follow them in your own way.
It takes a lot of courage to tell another person about being assaulted therefore when someone does confide in you you should take it seriously and be open and part of listening is hearing what they want and let them be in control.
It is very important to trust the person and hear what they are telling you because every detail is important.
You should encourage the person to go to the police and report but person may not want to go to the police and you should respect that decision and not force them.
They may just need someone there for them, someone to lean on, and if they chose you to be one of those people then be that person as well as you can.
This person has just been through a traumatic experience and may get uncomfortable with things like contact and everyone is different but when this is the case, respect that and find ways that make them feel comfortable.
Not only should you make sure your loved one is eating and caring for themselves properly but you should make sure you are at you best so you can properly help them.


This generic port I/O device driver sample shows how to reserve I/O ports for a non plug-n-play device with an INF file, and read and write to it from an user application.
The driver building and installation instructions given here applies to Windows® 2000 and later operating systems.
Note: This sample provides an example of a minimal driver. Neither it nor its sample programs are intended for use in a production environment. Rather, they are intended for educational purposes and as a skeleton driver.
Click the Free Build Environment or Checked Build Environment icon under your Development Kits program group to set basic environment variables needed by the build utility.
Change to the directory containing the device source code, such as CD Src\General\Portio.
Run build -ceZ, or use the macro BLD. This behavior invokes the Microsoft make routines that produce log files called Buildxxx.log, and also Buildxxx.wrn and Buildxxx.err if there are any warnings or errors. Where xxx stands for fre or chk depending on the environment chosen. If the build succeeds, the driver Genport.sys and two application GpdRead.exe and GpdWrite will be placed in the binary output directory specified for the build environment. You can get the output path from the buildxxx.log file.
To install the driver on Windows 2000:
Alternatively, you can use the DEVCON.EXE from the DDK to install the driver programmatically.
c:\>DEVCON.EXE INSTALL genport.inf "root\portio"The system copies the genport.sys file to %systemroot%\system32\drivers directory and loads the driver. The INF file specifies two logical configuartion for the device.
[PortIO.LC0]
ConfigPriority=DESIRED
IOConfig=300-303(3ff::) ; 10 bit decode ranging from 300 - 303
[PortIO.LC1]
ConfigPriority=NORMAL
IOConfig=4@300-3ff(3ff::) ; 4 ports starting anywhere between 300 and 3fc
The system will first try to assing the DESIRED configuration. If there is conflict then it will try to assign any 4 consecutive ports between 300 and 3fc as specified in the LC1 configuration. Please note that priorities "NORMAL", "DESIRED", and "SUBOPTIMAL" imply that the device can be software reconfigured and so will accept the factory defaults. "HARDRECONFIG" means that the user has to manually change the jumper settings on the board, so the system will prompt user to select the resources during install.
To test your GENPORT driver, do the following.
GpdRead -b 1 {This reads a byte from assingned 'base port address + 1' }
GpdWrite -b 2 1 {This writes 1 to assigned 'base port address + 2' }
For the latest release of the Windows NT device driver kit, see http://www.microsoft.com/whdc/devtools/ddk.
For information about driver and hardware development, see http://www.microsoft.com/whdc.
File DescriptionPortio.htm Sample Tour documentation for this sample (this file). Sources Generic file for building the code sample. genport.inf File for installing the driver. Gpioctl.h Include file for defining IOCTL codes used by driver and test applications. Gpdread.c Source file that shows how to read a byte from a port using the genport driver. Gpdwrite.c Source file that shows how to write a byte to a port using the genport driver. Genport.h Include file for Generic Port I/O Driver. Genport.c Source file for Generic Port I/O Driver.
© 1998 Microsoft Corporation


Welcome to the Stager Ticket Sales Visualizer
There is not much to see here, to see some real magic, click on a link in the menu :)
I don't like this page so empty, so here's some dummy content!
Like I said, there is nothing much to see here. To see some actual stuff, go to Organizers or Sales.


Boy, 15, charged with murdering two teenagers at Milton Keynes house party
The teen was charged with murdering 17-year-olds Dom Ansah and Ben Gillham-Rice in Milton Keynes - three others have also been charged with the killings, along with two attempted murders
by Matthew Dresch, https://www.mirror.co.uk/authors/matthew-dresch/Police have charged a 15-year-old boy over the murder of two teenagers at a house party in Milton Keynes.
The boy, from Milton Keynes, who cannot be named for legal reasons, was arrested on Thursday and has subsequently been charged with two counts of murder and two counts of attempted murder.
He will appear before Milton Keynes Magistrates’ Court on Friday.
Two other people arrested on suspicion of assisting an offender, have been released under investigation.
The charges are in connection with the deaths of 17-year-olds Dom Ansah and Ben Gillham-Rice, who were stabbed to death at a house party in Archford Croft, Emerson Valley, Milton Keynes, on October 19.
Dom died from a stab wound to the back while Ben was knifed in the chest. One of the boys died at the scene and the other in hospital several hours later.
Charlie Chandler, aged 21, of Bletchley, and Earl Bevans, aged 22, of no fixed abode, have been charged with two counts of murder and two counts of attempted murder.
A 16-year-old boy, from Milton Keynes, also faces the charges - and all of three have been remanded in custody to appear at Luton Crown Court on January 27.
Ryan Brown, 23, and a 17-year-old boy, who cannot be named for legal reasons, were left with serious but non-life-threatening injuries.
Thames Valley Police Detective Chief Superintendent Ian Hunter previously said there were still "very important" witnesses who had not yet come forward with vital information about the incident - and some who were "refusing to assist".
He said: “I know there will be various reasons for being reluctant to get involved but please, please think about the fact that Dom and Ben have been killed and how you would feel if this was your family.
“I imagine you would want justice and you wouldn’t want people to get away with what they have done. I am sure you would want justice for your own family.
“I would ask therefore for you to think about this and do the right thing."


public final class WeakIdentityMapextends Object
WeakHashMap
and
IdentityHashMap
.
Useful for caches that need to key off of a
==
comparison
instead of a
.equals
.
This class is not a general-purpose
Map
implementation! It intentionally violates
Map's general contract, which mandates the use of the equals method
when comparing objects. This class is designed for use only in the
rare cases wherein reference-equality semantics are required.
This implementation was forked from
Apache CXF
but modified to
not
implement the
Map
interface and
without any set/iterator views on it, as those are error-prone
and inefficient, if not implemented carefully. Lucene's implementation also
supports
null
keys, but those are never weak!
| Modifier and Type | Method and Description |
|---|---|
void
|
clear
()
|
boolean
|
containsKey
(
Object
key)
|
V
|
get
(
Object
key)
|
boolean
|
isEmpty
()
|
static
|
newConcurrentHashMap
()
Creates a new
WeakIdentityMap
based on a
ConcurrentHashMap
.
|
static
|
newHashMap
()
Creates a new
WeakIdentityMap
based on a non-synchronized
HashMap
.
|
V
|
put
(
K
key,
V
value)
|
V
|
remove
(
Object
key)
|
int
|
size
()
|
public static finalWeakIdentityMap newHashMap()
WeakIdentityMap
based on a non-synchronized
HashMap
.
public static finalWeakIdentityMap newConcurrentHashMap()
WeakIdentityMap
based on a
ConcurrentHashMap
.
public void clear()
public boolean containsKey( Object key)
public boolean isEmpty()
public int size()


Can someone please explain Vcal calculation?
In source sketch it is defined as 268.97, but on the same line there is another result in comment - (230V x 13) / (9V x 1.2) = 276.9 Calibration.
Which one is the right one then?
And second question is - if I power the unit from 8VAC doorbell transformer, how should I evaluate new calibration value?
Thanks, Milan
Re: Vcal calculation
You can read how the number is derived in Building Blocks > CT and AC power adaptor installation and calibration theory. That should answer both questions.
Re: Vcal calculation
I did read the article and it is OK.
One thing remains unexplained - if Vcal formula evaluation is 276.9, why value of 268.97 in the sketch is used?
I know is just 3%, but I do not know why.
Re: Vcal calculation
You'll find a table that I think is correct in Building Blocks > Calibration. The "1.2" in the comment formula is a guess for typical value of the regulation of a small transformer such as is used in plug-top adapters generally (and was indeed close to the actual value for a previous recommended adapter). The accurate figures using the manufacturer's data for our present recommended adapter are in that table.


{% if config.GOOGLE_ANALYTICS_CODE %} {% endif %}
The Fluidinfo Explorer lets you quickly navigate information stored in Fluidinfo. You can navigate via a namespace tree, examine individual Fluidinfo objects, or use Fluidinfo queries to see matching objects. You can explore either the main Fluidinfo instance (the default), or the sandbox, at: {{ config.BASE_URL }}/sandbox/.
To start exploring from a top-level namespace, add it to the URL as in these examples:
To look at a particular object, add it to the URL either with an about value or an object ID as in the following examples:
You can learn more about using the explorer from our blog post Introducing the Fluidinfo Explorer. If you want to use the explorer to add information to Fluidinfo, you'll need to create an account. And of course you can also visit our web site to learn more about Fluidinfo in general.
The explorer was written by Pier André Parent using the Fluidinfo API, FOM, ExtJS, Flask, Gunicorn, and nginx.


I recently had to deploy a multi-node OpenStack cluster in Azure. Like most cloud platforms, Azure does not expose L2 networks and implements MAC spoofing protection, preventing VMs from advertising IPs that have not been assigned to them. However, we want a provider network in our deployment in order to provide external network connectivity to OpenStack VMs, which meant we needed some kind of L2 network. Enter overlay networks, specifically VXLAN network, which will let us provide a virtual L2 domain for our created VMs. We ended up not needing this as we only deployed a single networking controller node, but it was an interesting exercise all the same. I’ve documented the steps I needed to take to get this functioning below.
The scenario
We have three hosts: a bastion and two OpenStack hosts. We would like to configure a VXLAN mesh between all three VMs.
- Bastion:
<IP_ADDRESS>
(VXLAN IP:<IP_ADDRESS>/23
) - Host 00:
<IP_ADDRESS>
(VXLAN IP:<IP_ADDRESS>/23
) - Host 01:
<IP_ADDRESS>
(VXLAN IP:<IP_ADDRESS>/23
)
The solution
On bastion
:
ip link add provider0 type vxlan id 16 local <IP_ADDRESS> dstport 0
bridge fdb append to 00:00:00:00:00:00 dst <IP_ADDRESS> dev provider0 # host-00
bridge fdb append to 00:00:00:00:00:00 dst <IP_ADDRESS> dev provider0 # host-01
ip addr add <IP_ADDRESS>/23 dev provider0
ip link set up dev provider0
On host-00
:
ip link add provider0 type vxlan id 16 local <IP_ADDRESS> dstport 0
bridge fdb append to 00:00:00:00:00:00 dst <IP_ADDRESS> dev provider0 # bastion
bridge fdb append to 00:00:00:00:00:00 dst <IP_ADDRESS> dev provider0 # host-01
ip addr add <IP_ADDRESS>/23 dev provider0
ip link set up dev provider0
On host-01
:
ip link add provider0 type vxlan id 16 local <IP_ADDRESS> dstport 0
bridge fdb append to 00:00:00:00:00:00 dst <IP_ADDRESS> dev provider0 # bastion
bridge fdb append to 00:00:00:00:00:00 dst <IP_ADDRESS> dev provider0 # host-00
ip addr add <IP_ADDRESS>/23 dev provider0
ip link set up dev provider0
The (alternative) solution
If using Debian or Ubuntu, you can achieve part of this using netplan. This can be helpful when using e.g. Ansible.
If using netplan, simply omit the network.tunnels.{name}.remote
setting, like so:
network:
tunnels:
provider0:
mode: vxlan
id: 16
local: <IP_ADDRESS>
addresses: [ <IP_ADDRESS>/23 ]
version: 2
You then need to run the bridge fdb
commands manually as it doesn’t seem to be possible to configure this via netplan.
The explanation
Typically, you would create a VXLAN tunnel endpoint (VTEP) using a command like so:
ip link add provider0 type vxlan id 16 local <IP_ADDRESS> remote <IP_ADDRESS> dstport 0
ip addr add <IP_ADDRESS>/23 dev provider0
However, the ip
command does not allow you to specify multiple remote
stanzas. As a result, you need to omit this
and manually specify forwarding database entries using the bridge fdb
command.
BONUS! Using GRE instead
This wasn’t an option for me because GRE is apparently blocked by Azure. In theory though, there’s no reason this shouldn’t work otherwise.
On bastion
:
ip tunnel add provider0 mode gre local <IP_ADDRESS> key 1234
ip addr add <IP_ADDRESS>/23 dev provider0
ip neighbor add <IP_ADDRESS> lladdr <IP_ADDRESS> dev provider0 # host-00
ip neighbor add <IP_ADDRESS> lladdr <IP_ADDRESS> dev provider0 # host-01
ip link set dev provider0 up
On host-00
:
ip tunnel add provider0 mode gre local <IP_ADDRESS> key 1234
ip addr add <IP_ADDRESS>/23 dev provider0
ip neighbor add <IP_ADDRESS> lladdr <IP_ADDRESS> dev provider0 # bastion
ip neighbor add <IP_ADDRESS> lladdr <IP_ADDRESS> dev provider0 # host-01
ip link set dev provider0 up
On host-01
:
ip tunnel add provider0 mode gre local <IP_ADDRESS> key 1234
ip addr add <IP_ADDRESS>/23 dev provider0
ip neighbor add <IP_ADDRESS> lladdr <IP_ADDRESS> dev provider0 # bastion
ip neighbor add <IP_ADDRESS> lladdr <IP_ADDRESS> dev provider0 # host-00
ip link set dev provider0 up
References
- VXLAN & Linux - Vincent Bernat
- How to configure linux vxlans with multiple unicast endpoints - Joe Julian
- Setting up a overlay network using point to multi-point GRE tunnels - M Castelino
- Setting up VXLAN between nested virt VMs on Google Compute Engine - Michael Still
- Chapter 10. Using a VXLAN to create a virtual layer-2 domain for VMs - RHEL 9 Networking Guide
- Networking in too much detail - RDO


Marginal Likelihood Integrals for Mixtures of Independence Models
Marginal Likelihood Integrals
for Mixtures of Independence Models
Shaowei Lin,
Bernd Sturmfels, and
Zhiqiang Xu
View this
page in Romanian courtesy of azoft
View this
page in Polish courtesy of Valeria Aleksandrova
View
this page in Danish courtesy of ScienceLakes
Research Paper
Our paper "Marginal Likelihood Integrals for Mixtures of Independence Models" can be found here.
Maple Library
The Maple library can be downloaded from here. To use it, put the file in your work directory and type the command
> read "integrals.lib";
when you start your maple session.
Toric Matrix
Suppose our independence model is defined by parameters s1, ..., sk and t1, ..., tk. Let s and t be lists storing the parameters. The function
ToricMatrix(s,t)
will produce an array storing the reduced matrix A, i.e. repeated columns are removed. Note that the columns of A are sorted lexicographically. For instance, the matrix A in Example 2.1 is given by
> A:=ToricMatrix([1,2],[1,1]);
[1    1    1    0    0    0]
[                          ]
[0    0    0    1    1    1]
[                          ]
[2    1    0    2    1    0]
[                          ]
[0    1    2    0    1    2]
To get the non-reduced matrix A, use the option "reduced=false". The following matrix is from Example 2.5.
> A:=ToricMatrix([4],[1],reduced=false);
[4    3    3    3    3    2    2    2    2    2    2    1    1    1    1    0]
[                                                                            ]
[0    1    1    1    1    2    2    2    2    2    2    3    3    3    3    4]
Marginal Likelihood for Mixture Model
Let U be a list storing the data vector. Make sure that the i-th entry of U corresponds with the i-th column of the matrix A produced by the function ToricMatrix. Then, the marginal likelihood for the data vector U with respect to the mixture model is given by
ML(s,t,U)
where the output depends on whether U is a reduced or non-reduced data vector. To understand the difference between the two, we study the coin toss example in Example 2.5. Suppose we have the data vector
(U0000,U0001,U0010,...,U1111) = (51,4,4,5,5,12,12,12,12,12,13,6,6,6,7,75).
Note that the reduced form of this data vector is
(U0,U1,U2,U3,U4) = (51,18,73,25,75).
Then, the marginal likelihood of the non-reduced data vector (U0000,U0001,...,U1111) is
ML([4],[1],[51,4,4,5,5,12,12,12,12,12,13,6,6,6,7,75])
which is approximately 0.2857408184x10-30. It is given by the formula
                   242!
---------------------------------------- I
51!4!4!5!5!12!12!12!12!12!13!6!6!6!7!75!
where I is the integral (21) in the paper. Meanwhile, the marginal likelihood of the reduced data vector (U0,U1,U2,U3,U4) is the sum of all marginal likelihoods of data vectors (U0000,U0001,...,U1111) which reduce to the given reduced data vector. We compute it with
ML([4],[1],[51,18,73,25,75])
which is approximately 0.7788716339x10-22. It is given by the formula
       242!
--------------- 418 673 425 I
51!18!73!25!75!
Note that the difference between the two marginal likelihoods is only due to the normalizing constants.
Dirichlet Priors
To compute marginal likelihoods with Dirichlet priors α, β and γ, we use the function
MLDir(s,t,U,a,b,g)
where a, b and g are lists representing α, β and &gamma respectively. Note that a, b and g are of length 2, d and d respectively where d is the number of rows in the toric matrix A, and that their entries must be positive.
Marginal Likelihood for Independence Model
The marginal likelihood for the independence model can be computed with the option "mixed=false".
ML(s,t,U,mixed=false)
MLDir(s,t,U,[],b,[],mixed=false)
Note that for the function MLDir, one needs to put dummy lists such as "[]" in the place of the the parameters a and g, as shown above.
Bayes Factor
To compute the Bayes factor mentioned in Corollary 5.4 of the paper, simply evaluate
ML(s,t,U)/ML(s,t,U,mixed=false)
MLDir(s,t,U,a,b,g)/MLDir(s,t,U,[],b,[],mixed=false)
Other Options
The functions ML and MLDir have the following additional options:
-
symbolic = true / false (default: false)
Tells the function whether to use the symbolic expansion algorithm described in Section 4.2 of the paper. This algorithm may be faster when the expanded integrand has relatively few terms.
-
float = true / false (default: false)
Tells the function whether to compute the integral with floating point arithmetic or with exact rational number arithmetic. Use the variable Digits to control the precision of the calculations. For instance, the command Digits := 50; sets the precision to 50 decimal digits. Note that when computing marginal likelihoods with non-integer Dirichlet prior parameters, the float option is automatically set to true.
- quiet = true / false (default: true)
Tells the function to withhold or print out the progress of the computation respectively. Useful when the computation takes several hours or days. Use the command interface(quiet = true) to turn off the system's memory and time print-out.
-
jump = positive integer (default: 1000)
Used in conjunction with the option quiet = false. This variable tells the function how frequent the progress print-outs should be made. It is the number of terms of the integral formula which are summed up before a progress print-out is made.
Convenience Functions
The library has some useful convenience functions.
- ToricNumRows(s,t), ToricNumCols(s,t)
Returns d and n, the number of rows and cols respectively for the reduced matrix of the independence model defined by parameters s and t. Use the option "reduced=false" to compute the same for the non-reduced matrix.
- ReducedVector(s,t,U)
Returns the reduced data vector for an unreduced data vector U of the independence model with parameters s and t.
- NumTerms(A,U)
Returns the number of terms in the expansion of the integrand defined by A and U.
- NumTermsBound(A,U)
Returns a list [l,u] where l and u are the lower and upper bounds given in Theorem 3.5 for the number of terms in the expansion of the integrand defined by A and U.
- ExpandHalfPoly(A,U)
Because of Proposition 3.2(1), only half the terms of every polynomial are stored. This function expands the integrand defined by A and U, and returns the result in an array as a "half-polynomial". Each row of the array corresponds to a term in the expansion, and the columns store the exponents and coefficient of each term. In particular, the coefficients are stored in the last column.
- GetPoly(f,[var list])
This function takes an array f storing a half-polynomial as described previously, and returns the standard full polynomial that f represents in the variables [var list]. For example,
> A:= ToricMatrix([2],[1]):
> f:= ExpandHalfPoly(A,[1,1,1]):
> GetPoly(f,[x,y]);
          2          3      3  3      3    2  2    2
g := 1 + x  + x y + x  y + x  y  + x y  + x  y  + y
> factor(g);
2        2
(y  + 1) (x  + 1) (x y + 1)
- GetHalfPoly(f,[var list],A,U)
This function takes an full polynomial f coming from the expansion of the integrand defined by the matrix A and data U, and returns an array storing the half polynomial. The variables in [var list] must be single-character alphabets a, b, c, d, ..., w, x, y, z.
- NormConst(s,t,U)
Calculates the normalizing constant for the marginal likelihood of the data U in the mixture model with parameters s and t. In particular, it checks if U is a reduced data vector and returns the corresponding normalizing constant.
- ArrayNumRows(A), ArrayNumCols(A)
Takes an array A and returns the number of rows and the number of cols it has respectively. For instance, you can use these functions to find the number of terms and variables in a half polynomial.
Examples
The following are some examples from the paper:
- Coin Toss (see Example 2.1)
ML([4],[1],[51,18,73,25,75]);
- 100 Swiss Francs (see Section 1)
ML([1,1],[3,3],[4,2,2,2,2,4,2,2,2,2,4,2,2,2,2,4]);
- Schizophrenic Patients (see Section 5)
ML([1,1],[2,2],[43,16,3,6,11,10,9,18,16]);
Suggestions and Bugs
If you find any bugs in the code or have any comments or suggestions, please do not hesitate to contact Shaowei Lin. His email address is shaowei [at] math [dot] berkeley [dot] edu
Last Updated: 14 Sep 2008


--- layout: post date: 2012-08-29 time: "10:00:00" authors: ["Greg Wilson"] title: Linking Forward From a Bibliography? tags: ["Community", "Research"] ---
This web site's bibliography lists 116 papers related in some way to the practice of scientific computing. I'd like to know:
It seems to me that I ought to be able to upload the entire bibliography into some tool, then say, "Find everything that isn't in this list that cites things that are, minus everything in this other list over here that I've already looked at and decided aren't relevant." Going a step further, I ought to be able to prime some kind of robot to do this check automatically every week or so, and mail me when there's a hit so that I can either read it or add it to the exclusion list.
But "ought" doesn't put dinner on the table. I've had a superficial look at CiteSeer, Google Scholar, and Mendeley, but what I want hasn't jumped out at me. If anyone has a pointer to a one-step solution, please post a comment.


Hi there{% if UserName %}, {{UserName}}{% endif %},
{{AdminName}} has assigned a new test for you.
{{TestName}}
{{AssignmentNote}}
This link is unique to you, do not share it with anyone.


{% extends 'dashboard/base.html' %} {% load static %} {% block body %}
{# #}Based on personal and clinical trial information, the probability of encountering any adverse events is: {{ percentage }}%
{% if attributeLine %}Based on personal information, we recommend some clinical trials similar to your condition, and highlight all possible adverse events you might suffer.
| {{ columnname }} | {% endfor %}
|---|
| {{ row }} | {% endfor %}
There is no related clinical trial based on the information you provide.
{% endif %} {% endif %} {% endblock %}


|
LIVE Tool HvA
|
Communication between Visual model and technical Micro-Machinations model. More...
Public Member Functions | |
| void | receive (MM.Parser.ParserMessage message) |
| Receives error/warning messages from the parser TODO: Use the tools own console instead of unity debugger. More... | |
| void | receive (MM.Runtime.CheckerMessage message) |
| Receives error/warning messages from the runtime model TODO: Use the tools own console instead of unity debugger. More... | |
| void | Start () |
| void | AddEdge (Behavior edgebehavior, string defName, GameObject newedgeobj) |
| Adds an edge to the model More... | |
| void | AddNode (Behavior addedNodeType, Vector2 newNodePos, string defName, GameObject newnodeobj) |
| Adds a node to the model More... | |
| void | UpdateNodeMax (int newmax, string tabname, MM.Model.Node updatedNode) |
| Updates the max variable of a specific node More... | |
| void | UpdateNodeAdd (string newadd, MM.Model.Node updatedNode, string tabname) |
| Updates the add variable of a specific node More... | |
| void | UpdateNodeDefinition (string newdefname, MM.Model.Node newnodeobj, string tabname) |
| Updates the typeof variable of a specific node More... | |
| void | UpdateNodeHow (How newhow, MM.Model.Node newnodeobj, string tabname) |
| Updates the how variable of a specific node More... | |
| void | UpdateNodeAct (Act newact, MM.Model.Node newnodeobj, string tabname) |
| Updates the act variable of a specific node More... | |
| void | UpdateNodeWhen (When newwhen, MM.Model.Node newnodeobj, string tabname) |
| Updates the when variable of a specific node More... | |
| void | UpdateNodeIO (IO newio, MM.Model.Node newnodeobj, string tabname) |
| Updates the io variable of a specific node More... | |
| void | UpdateNodeAt (int newat, MM.Model.Node newnodeobj, string tabname) |
| Updates the at variable of a specific node More... | |
| void | UpdateNodeName (string newname, MM.Model.Node newnodeobj, string tabname) |
| Updates the name of a specific node More... | |
| void | UpdateNodeBehavior (Behavior newtype, MM.Model.Node newnodeobj, string tabname) |
| Updates the behavior of a specific node More... | |
| void | UpdateNodePosition (Vector2 newPos, string tabname, MM.Model.Node newnodeobj) |
| Updates the position of a specific node More... | |
| void | UpdateEdgeName (string newname, MM.Model.Edge newedgeobj, string tabname) |
| Updates the name of a specific edge More... | |
| void | UpdateEdgeSource (string newsourcename, MM.Model.Edge newedgeobj, string tabname) |
| Updates the source of a specific edge More... | |
| void | UpdateEdgeTarget (string newtargetname, MM.Model.Edge newedgeobj, string tabname) |
| Updates the target of a specific edge More... | |
| void | UpdateEdgeExpression (string newexpression, MM.Model.Edge newedgeobj, string tabname) |
| Updates the expression of a specific edge More... | |
| void | AddProgram () |
| Creates the program in the machine More... | |
| void | AddDefinition (string name) |
| Checks if there is a program (if not calls AddProgram) then adds a definition to it. More... | |
| void | UpdateDefinition (string oldName, string newName) |
| Updates the name of a definition More... | |
| void | DeleteDefinition (string defname) |
| Removes the target definition from the model More... | |
| void | DeleteNode (MM.Model.Node removednode, string tabname) |
| Removes the target node from the model More... | |
| void | DeleteFlowEdge (MM.Model.FlowEdge removededge, string tabname) |
| Removes the target flow edge from the model More... | |
| void | DeleteStateEdge (MM.Model.StateEdge removededge, string tabname) |
| Removes the target state edge from the model More... | |
| void | SetProgram (MM.Model.Program p) |
| Set local program to p More... | |
| void | SetMachine (MM.Machine m) |
| Set local machine to m More... | |
| void | ExportToFile (string filepath) |
| Print model to text file More... | |
Public Attributes | |
| MM.Model.Program | prog = null |
| MM.Machine | machine |
Communication between Visual model and technical Micro-Machinations model.
| void ModelController.AddDefinition | ( | string | name | ) |
Checks if there is a program (if not calls AddProgram) then adds a definition to it.
| name |
| void ModelController.AddEdge | ( | Behavior | edgebehavior, |
| string | defName, | ||
| GameObject | newedgeobj | ||
| ) |
Adds an edge to the model
| edgebehavior | The type of edge added (Flow or State) |
| defName | Name of the definition this edge was added to |
| newedgeobj | The unity object of the added edge |
| void ModelController.AddNode | ( | Behavior | addedNodeType, |
| Vector2 | newNodePos, | ||
| string | defName, | ||
| GameObject | newnodeobj | ||
| ) |
Adds a node to the model
| addedNodeType | Behavior of the new node (Pool, Source, Drain etc.) |
| newNodePos | Position of the new node on screen |
| defName | Name of the definition this node was added to |
| newnodeobj | The unity object of the added node |
| void ModelController.AddProgram | ( | ) |
Creates the program in the machine
| void ModelController.DeleteDefinition | ( | string | defname | ) |
Removes the target definition from the model
| defname | Definition name that needs to be removed |
| void ModelController.DeleteFlowEdge | ( | MM.Model.FlowEdge | removededge, |
| string | tabname | ||
| ) |
Removes the target flow edge from the model
| removededge | Flow edge object that needs to be removed |
| tabname | Definition name containing the target edge |
| void ModelController.DeleteNode | ( | MM.Model.Node | removednode, |
| string | tabname | ||
| ) |
Removes the target node from the model
| removednode | Node object that needs to be removed |
| tabname | Definition name containing the target node |
| void ModelController.DeleteStateEdge | ( | MM.Model.StateEdge | removededge, |
| string | tabname | ||
| ) |
Removes the target state edge from the model
| removededge | State edge object that needs to be removed |
| tabname | Definition name containing the target edge |
| void ModelController.ExportToFile | ( | string | filepath | ) |
Print model to text file
| filepath | File path for text file |
| void ModelController.receive | ( | MM.Parser.ParserMessage | message | ) |
Receives error/warning messages from the parser TODO: Use the tools own console instead of unity debugger.
| message | The error message received |
| void ModelController.receive | ( | MM.Runtime.CheckerMessage | message | ) |
Receives error/warning messages from the runtime model TODO: Use the tools own console instead of unity debugger.
| message | The error message received |
| void ModelController.SetMachine | ( | MM.Machine | m | ) |
Set local machine to m
| m | Micro-Machinations machine |
| void ModelController.SetProgram | ( | MM.Model.Program | p | ) |
Set local program to p
| p | Micro-Machinations model program |
| void ModelController.UpdateDefinition | ( | string | oldName, |
| string | newName | ||
| ) |
Updates the name of a definition
| oldName | Old name of the definition used to identify it |
| newName | New name of the definition |
| void ModelController.UpdateEdgeExpression | ( | string | newexpression, |
| MM.Model.Edge | newedgeobj, | ||
| string | tabname | ||
| ) |
Updates the expression of a specific edge
| newexpression | New expression |
| newedgeobj | The edge model object that needs to be changed |
| tabname | Name of the definition the changed edge is in |
| void ModelController.UpdateEdgeName | ( | string | newname, |
| MM.Model.Edge | newedgeobj, | ||
| string | tabname | ||
| ) |
Updates the name of a specific edge
| newname | New name |
| newedgeobj | The edge model object that needs to be changed |
| tabname | Name of the definition the changed edge is in |
| void ModelController.UpdateEdgeSource | ( | string | newsourcename, |
| MM.Model.Edge | newedgeobj, | ||
| string | tabname | ||
| ) |
Updates the source of a specific edge
| newsourcename | Name of the new source |
| newedgeobj | The edge model object that needs to be changed |
| tabname | Name of the definition the changed edge is in |
| void ModelController.UpdateEdgeTarget | ( | string | newtargetname, |
| MM.Model.Edge | newedgeobj, | ||
| string | tabname | ||
| ) |
Updates the target of a specific edge
| newtargetname | Name of the new target |
| newedgeobj | The edge model object that needs to be changed |
| tabname | Name of the definition the changed edge is in |
| void ModelController.UpdateNodeAct | ( | Act | newact, |
| MM.Model.Node | newnodeobj, | ||
| string | tabname | ||
| ) |
Updates the act variable of a specific node
| newact | New value for act |
| newnodeobj | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |
| void ModelController.UpdateNodeAdd | ( | string | newadd, |
| MM.Model.Node | updatedNode, | ||
| string | tabname | ||
| ) |
Updates the add variable of a specific node
| newadd | New value for add |
| updatedNode | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |
| void ModelController.UpdateNodeAt | ( | int | newat, |
| MM.Model.Node | newnodeobj, | ||
| string | tabname | ||
| ) |
Updates the at variable of a specific node
| newat | New value for at |
| newnodeobj | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |
| void ModelController.UpdateNodeBehavior | ( | Behavior | newtype, |
| MM.Model.Node | newnodeobj, | ||
| string | tabname | ||
| ) |
Updates the behavior of a specific node
| newtype | New behavior |
| newnodeobj | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |
| void ModelController.UpdateNodeDefinition | ( | string | newdefname, |
| MM.Model.Node | newnodeobj, | ||
| string | tabname | ||
| ) |
Updates the typeof variable of a specific node
| newdefname | The name of the definition typeof needs to be |
| newnodeobj | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |
| void ModelController.UpdateNodeHow | ( | How | newhow, |
| MM.Model.Node | newnodeobj, | ||
| string | tabname | ||
| ) |
Updates the how variable of a specific node
| newhow | New value for how |
| newnodeobj | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |
| void ModelController.UpdateNodeIO | ( | IO | newio, |
| MM.Model.Node | newnodeobj, | ||
| string | tabname | ||
| ) |
Updates the io variable of a specific node
| newio | New value for io |
| newnodeobj | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |
| void ModelController.UpdateNodeMax | ( | int | newmax, |
| string | tabname, | ||
| MM.Model.Node | updatedNode | ||
| ) |
Updates the max variable of a specific node
| newmax | New value for max |
| tabname | Name of the definition the changed node is in |
| updatedNode | The node model object that needs to be changed |
| void ModelController.UpdateNodeName | ( | string | newname, |
| MM.Model.Node | newnodeobj, | ||
| string | tabname | ||
| ) |
Updates the name of a specific node
| newname | New name |
| newnodeobj | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |
| void ModelController.UpdateNodePosition | ( | Vector2 | newPos, |
| string | tabname, | ||
| MM.Model.Node | newnodeobj | ||
| ) |
Updates the position of a specific node
| newPos | New position |
| newnodeobj | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |
| void ModelController.UpdateNodeWhen | ( | When | newwhen, |
| MM.Model.Node | newnodeobj, | ||
| string | tabname | ||
| ) |
Updates the when variable of a specific node
| newwhen | New value for when |
| newnodeobj | The node model object that needs to be changed |
| tabname | Name of the definition the changed node is in |


This page allows you to define which MySQL users will have access to
which databases from which hosts. Every user must already exist in the
User Permissions table, though they can be granted additional
permissions here.
Users may not login from any hosts other than those specified in
User Permissions. However, you may grant different permissions
for different hosts by creating multiple rows for the same user.


|
Carmine "The Cigar" GalanteBorn in Sicily in 1910, Carmine was an expert hitman who worked mostly for Vito Genovese. Early on, Carmine showed an affection for tobacco, and usually had a cigar in his mouth. He eventually adopted this as his nickname: The Cigar. Despite his relative reknown, Carmine spent most of his career in jail, stewing over what might have been and plotting what he would do upon his release.Just a CigarAs prohibition came to a close, Carmine had to find new and interesting ways to occupy his time.  But when Joe Masseria was killed and Salvatore Maranzano took over New York, Carmine's gang grudgingly fell under control of the new boss of bosses. An unforseen consequence of this was the end to many of the petty disputes Carmine's boys had been paid to settle. Thus, Carmine decided to branch out and look for new rackets. In 1930, Carmine and his boys tried to hit an armored car in Brooklyn. Just as they pulled out their guns to hold up the driver, a police office spotted them and opened fire. Carmine returned the favor with his handgun and winged the cop in the arm. He also managed to wound a dangerous 6 year old girl who was standing nearby. Neither the cop nor the girl died, but Carmine got 9 years in the clink for his efforts.
Meanwhile, on the streetsWhen he got out, it was just in time to take the reigns of power from Vito Genovese, who was fleeing a murder charge by running to Italy. Vito left Carmine in charge of all his operations, and used him as the long arm of mafia law to inflict justice upon anyone whom he saw fit to rub out. And Genovese was one vindictive bastard: Carmine was kept quite busy with this task.One fellow that received a visit from Carmine was Carlo Tresca, a vocal New York opponent of Benito Mussolini.  When the police found the body a day later, witnesses said they'd seen Carmine's car nearby on the night of the killing, but that wasn't enough to send him back to jail. When Vito came back to the US in the 40's, Carmine became a freelance killer once again. Eventually, Carmine followed Vito's lead and branched out into the heroin smuggling business. He flew to Italy to set up an opium smuggling ring with the help of Lucky Luciano, and by the mid 50's he was raking in the dough from a smattering of smack smugglers .
 A federal judge sent both Carmine and Vito up the river to an Atlanta jail for considerable stints. Vito died in jail, but Carmine was paroled in 1974. Despite being held in a maximum security federal penitentiary, Carmine still managed to have one cigar a day while in the cooler, a testament to the corruptibility of prison guards and the firm hold the mafia has on the penal system.As soon as he was released, Carmine went to New York. There, he swiftly grabbed up the slack left by the aging Carlo Gambino. He took over much of the Gambino family's operations and started killing Gambino henchmen left and right. By 1978, Galante was muscling in on the businesses of all five New York crime families. He even gunned down most of the Genovese family's remaining bosses, sending a clear message to the heads of the five families that he was the new king of New York.
War AgainAn open war erupted, and both sides took heavy casualties.   Galante, cigar in mouth, stopped off at Joe and Mary's Restaurant in Brooklyn to have a bite to eat and see his cousin. Outside on the patio, as he sat down to a plate of linguine, four men carrying machine guns charged his table and mowed him down, alongside his bodyguard and the owner of the restaurant. Carmine died moments later, as a news photographer climbed onto the balcony overhead and snapped a famous picture. He had a cigar in his mouth and seven bullets in his chest. |


The bar charts show the punter's changing sentiment towards each match. Predictions are calculated using David Spiegelhalter's model, based on Football Data's 2012-13 Premier League season stats.
The bookmakers react to the punter sentiment and also have their own ideas about how a match will pan out. They then update their odds appropriately.


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