Recipe
Source: http://en.wikibooks.org/wiki/Cookbook:Pavlova, used under a Creative Commons, Attribution - ShareAlike License.Beat the egg whites and salt to a very stiff consistency.
Add water and beat again before folding in caster sugar, vanilla and Vinegar.
Beat until the mixture holds its shape and stands in sharp peaks.
Pour the mixture onto a baking sheet lined with parchment paper.
Slow-bake the mixture at 150°C (300°F) to dry all the moisture and create the meringue, approximately 45 minutes. This leaves the outside of the Pavlova a crisp crunchy shell, while the interior remains soft and moist.
Comments
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Dane666
03 Mar 2015 @ 11:00
Lanarn
25 Feb 2015 @ 17:16
ozmax25
26 Jan 2015 @ 14:25
Pavzilla
01 Dec 2014 @ 21:45


This triangular prism IN-12 four-digit nixie clock was a marriage gift for Kai Ouyang and Chuya Guo. A gorgeous plank of zircote wood was used for the case. The case case was later lacquered. The triangular prism shape made for a challenge, as the tubes would jut out at an angle. A nixie tube is a cold cathode display containing a wire mesh anode. These nixie tubes were purchased from Ukraine, and were manufactured in the former Soviet Union.
×
final product: triangular prism IN-12 four-digit walnut nixie clock
×
angled shot of the final product
×
shot of the final product when placed vertically
×
clamping of the triangule prism zircote case proved somewhat difficult, and required an outside frame made of scrap wood
×
bottle of wood glue
×
cut pieces of zircote wood being prepped for gluing
×
drill bits
×
cutting rectangular holes into zircote planks in order to allow nixie tubes to jut through
×
table sander and drill on work desk
×
back of the napkin planning and calculations
×
additional set-up: scrap wood frame, tape measurer, scratch paper, and finished circuit


Amzi! Prolog includes a debugger, based on the Clocksin & Mellish box-model of Prolog execution, that allows you to trace and interact with interpreted clauses as they are running. It is run from alis using built-in predicates. It also runs in the Listener in the Amzi! IDE. The IDE also has its own source code debugger that also supports debugging of remote programs.
The box model of Prolog execution is a conceptual tool that gives a procedural interpretation of flow-of-control through a Prolog program. As such it is useful for understanding the execution of a program. To use the box model envision each Prolog goal surrounded by a box:
Each box has four ports through which Prolog may enter (call and redo ports) or leave (exit or fail ports) the goal.
There is one box per goal in a program, and the boxes are linked from port to port. Ports that we stop at in the debugger are known as "debug ports."
You can creep through your program from port to port, stopping at each one. You might think of this as "single stepping" your program. The debugger can stop at every CALL, REDO, FAIL and EXIT and ask what to do next.
Using leash (described later in this section) you can limit which of the ports are stopped at. Then, when you creep, all the ports will be displayed, but the debugger will only stop at the ones which are leashed. For example, you might want to stop only at CALLs and REDOs. By default, all ports are leashed when the debugger is started.
Alternatively, you can "leap" to only the ports of predicates specified as spypoints. You might think of this as running until a "breakpoint" is reached. In this case, the intervening ports are not displayed.
By combining your use of creeping and leaping, you can cause the debugger to stop at certain ports and interact with them before continuing. Thus you can rapidly trace through code which is of no interest (because it has already been debugged) and concentrate on a predicate or two at will.
To start the debugger in the listener type:
| Command-Line alis |
?- debug. |
To exit the debugger:
| Command-Line alis |
??- quit. |
Note, in command-line alis, the debug listener is identified by an extra "?" in the prompt. When you exit the debug listener you are returned to the original listener.
The debugger output is intermixed with other output in the normal scrolling dialog of the listener. It is controlled by keyboard commands.
The debugger works by displaying the names of the ports that execution passes through in the course of a computation.
The message output by the debugger at a port is of the following form:
[DEPTH] PORT: [CLAUSE#] TERM [PROMPT]
For example:
CALL: (1) append([a,b,c], [d,e,f], H33) ?
Notice that variables are represented using the Hn notation.
DEPTH is a number of leading spaces indicating how many ancestors the goal involved in this port has, i.e., how deeply nested in the proof it is. So top-level goals (typed in response to ?-) are indented 0 spaces (for a depth of 0). Goals in the body of the clause proving this goal are indented 1 space (for a depth of 1). Goals in the bodies of clauses proving these goals are indented 2 spaces and so on. Depths greater than 10 are indicated by both a number and spaces.
PORT: is one of CALL: REDO: FAIL: EXIT: corresponding to the ports of the box model discussed above.
CLAUSE# is the number of the clause being executed. It is not displayed for built-in predicates because that is not useful.
TERM is the goal (with any variable bindings) that caused entry to the call or redo port of the box.
PROMPT if this port is a debugging port and we are running under a command-line environment, then ? is printed and user input is awaited, otherwise mouse or keyboard input is awaited.
portray/1 is a user-defined predicate that is called by the debugger when it displays a goal. You can create portray/1 clauses to generate formatted output of complex goals that are difficult to follow in the normal debugger listing.
At each debugging port you have a number of options for controlling the execution of the debugger. The usual response is one character (with no need to press [Enter]). The options are:
Command
-LineWindows
-IDEOption
Description[Enter]
cCreep Creep to the very next port. If the next port is leashed (or is a spypoint) then prompt for further input else automatically creep to the next port after that. Consequently, if leashing is set to "none", creeping at one port will produce a tracing of all the ports between it and the next spypoint. f Fail Force the debugger to go to the fail port for this predicate invocation. l Leap Leap to the next spypoint. The next port to be displayed will be the next encountered spypoint. s Skip Skip. Only used at a call or redo port. This useful option turns off display from the debugger until it reaches the corresponding exit or fail port for this call. Thus it can be used to turn off the debugger during the course of a complex subproof. No messages will be issued by the debugger during this subproofeven if a spypoint is encountered. a Stop Aborts the debugger and returns to the debug listener.
Other options are available for looking at and changing the Prolog environment under command-line alis. They are:
Command- Line Windows- IDE Option Description n n/a Notrace. Turns off the debugger and then continues with the proof in progress. That is, runs the rest of your program. b n/a Break to a new listener. Temporarily turns off the debugger and invokes a new listener (with a ???- prompt). This allows you to work with the program however you please without leaving the trace. (You might want to separately test some predicates, change some, or whatever.) When the new listener is exited (by typing 'quit.'), the debugger is turned back on and the interrupted proof continues. d n/a Display the current goal with all of the current variable bindingsthen prompt again. h n/a Halts Prolog and exits. @ n/a Prompts for you to enter a Prolog goal. Temporarily turns off the debugger, like n, but instead lets you enter a single Prolog goal. It tries to prove it and then turns the debugger back on and continues the suspended proof. This is useful for quick checks of other parts of the program and for changing leashing or spypoints while debugging. ? n/a Displays a listing of debug port options. [^Break] n/a If your program is stuck in a loop, you can press [Ctrl-Break] and the debugger will stop at the next port and prompt for an option.
Spypoints are used to stop the debugger at particular predicates. Execution always pauses at a spypoint regardless of what ports are leashed and whether you are leaping or creeping.
A spypoint is set on a predicate by using spy/1. It is removed by using nospy/1. To remove all spypoints, use nospyall/0. The current spypoints are listed by using spy/0.
The argument to spy and nospy is one of:
Ttypically you will use the "@" debug port option to control your spypoints by entering the spy, nospy and nospyall commands as goals.
Note that entering and exiting the debugger does not remove or otherwise alter the setting of spypoints. The only way to remove spypoints is to use one of the above.
As mentioned above we can either creep or leap to a port. When we leap to a port, it is a port for a predicate that has a spypoint set on it, and the debugger pauses to allow interaction.
Creeping takes us to the ports of predicates in between the spypoints. The debugger might pause at a port, or it may simply display it without giving you the opportunity to interact, as execution continues. The different behavior at ports is controlled by leashing.
Leashing is not related to particular predicates, as spypoints are, but is instead a characteristic of each of the four types of ports, CALL, REDO, FAIL and EXIT. By default, all ports have leashing turned on, so all ports of predicates that are crept to are paused at. But leashing can be turned off for the ports of these intermediate predicates so they display but don't require step-by-step interaction from you.
You use the leash/1 predicate to specify the ports to make debugging ports as follows:
?- leash(call). % leashes all call ports ?- leash([call, redo]). % leashes call and redo ports ?- leash([]). % leashes no ports ?- leash(none). % leashes no ports ?- leash(all). % leashes all four ports ?- leash([call,fail,redo,exit]). % leashes all 4 ports
Note that unmentioned ports are automatically unleashed. To find out what ports are currently being leashed use leash/0.
Typically you will use the "@" debug port option to control your leashing by entering the leash command as a goal.
Note that entering and exiting the debugger does not remove or otherwise alter the ports currently being leashed. The only way to change leashing is to use one of the above.
The log-file capability allows you to record a transcript of a Prolog session. This is especially useful in recording long traces during debugging.
Logging can be controlled from a listener, or within a Prolog program or using the "@" debug port option through the use of built-in predicates.
Logging can also be turned on for an application by specifying a log file in the application's .cfg file.
Let's look at an example of creeping, leaping and leashing using Duck World presented in A Quick Tutorial. First we consult our source code and enter the debugger.
| Command-Line alis |
?- [duck1,duck2]. yes ?- debug. |
Next, we set connect as a spypoint and leash only the call port. Then we call main.
| Command-Line alis |
??- spy(connect). yes ??- leash(call). yes ??- main. |
We start to creep through the program by typing "c". Note, we pause only on CALL ports.Tthe program output is interspersed with the debugging information. Here we show the command-line I/O with the program I/O shown in italics:
Calling: main CALL:(1) main ? c CALL: consult(duckenv) ? c EXIT: consult(duckenv) Calling: write(Welcome to Duck World) CALL: write( Welcome to Duck World ) ? c Welcome to Duck World EXIT: write( Welcome to Duck World )
Now we type "l" (alis) to leap to our spypoint. No more debugging ports will be displayed until we get to the spypoint. But we will get a warning if there are no clauses matching a call.
CALL: nl ? l Go get an egg >> goto(yard).
Our leap was interrupted for some user input, so we type "goto(yard)." We creep onwards watching the variable bindings and backtracking.
Calling: connect(house,yard) CALL:(1) connect(house,yard) ? c Calling: nextto(house,yard) FAIL: nextto(house,yard) FAIL: connect(house,yard) REDO:(2) connect(house,yard) Calling: nextto(yard,house) CALL:(2) nextto(yard,house) ? c EXIT: nextto(yard,house)
We continue to creep forwards. Every time we reach a predicate that is a spypoint, we pause. Note that although we are only leashing CALLs, we pause at the other ports for connect, as shown below.
EXIT: connect(house,yard) ? c Calling: move(you,yard) CALL:(1) move(you,yard) ? c CALL: retract(loc(you,H754)) ? c EXIT: retract(loc(you,house)) CALL: assert(loc(you,yard)) ? c EXIT: assert(loc(you,yard)) EXIT: move(you,yard) CALL: write( You are in the ) ? c You are in the EXIT: write( You are in the ) CALL: write(yard) ? c yard EXIT: write(yard) CALL: nl ? c EXIT: nl EXIT: goto(yard)
We reach a predicate which we are not interested in seeing, so we type "s" (alis) to skip to the EXIT or FAIL port for this call.
Calling: demons CALL: demons ? s EXIT: demons
Finally, we turn off trace and finish running the program:
| Command-Line alis |
CALL: ! ? n >> quit. Quitter |
Copyright ©1987-2011 Amzi! inc. All Rights Reserved. Amzi! is a registered trademark and Logic Server is a trademark of Amzi! inc.


Examples: TP53, Breast cancer, Imatinib
Search signatures by up and down gene sets
Try an example
v1.0 contains the original crowdsourcing signatures.
DM includes ~3,000 drug signatures generated in rats from the Drug Matrix dataset.
p1.0 includes ~14,000 automatically generated signatures by text classification models based on the descriptions associated with GEO studies and samples.


*Please upload only video files with the max size of 10MB to reduce server load. Maximum three uploads allowed.*


|
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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use Forest | |
|---|---|
| edu.uci.ics.jung.algorithms.layout | Algorithms for assigning 2D coordinates (typically used for graph visualizations) to vertices. |
| edu.uci.ics.jung.algorithms.shortestpath | Provides interfaces and classes for calculating (geodesic) distances and shortest paths. |
| edu.uci.ics.jung.graph | Interfaces for the JUNG graph types, and some representative implementations. |
| edu.uci.ics.jung.graph.util | Utility interfaces and classes for the JUNG API. |
| edu.uci.ics.jung.visualization.subLayout | Visualization mechanisms relating to grouping or hiding specified element sets. |
| Uses of Forest in edu.uci.ics.jung.algorithms.layout |
|---|
| Fields in edu.uci.ics.jung.algorithms.layout declared as Forest | |
|---|---|
protected Forest<V,E> |
TreeLayout.graph
|
| Constructors in edu.uci.ics.jung.algorithms.layout with parameters of type Forest | |
|---|---|
BalloonLayout(Forest<V,E> g)
Creates an instance based on the input forest. |
|
RadialTreeLayout(Forest<V,E> g)
Creates an instance for the specified graph with default X and Y distances. |
|
RadialTreeLayout(Forest<V,E> g,
int distx)
Creates an instance for the specified graph and X distance with default Y distance. |
|
RadialTreeLayout(Forest<V,E> g,
int distx,
int disty)
Creates an instance for the specified graph, X distance, and Y distance. |
|
TreeLayout(Forest<V,E> g)
Creates an instance for the specified graph with default X and Y distances. |
|
TreeLayout(Forest<V,E> g,
int distx)
Creates an instance for the specified graph and X distance with default Y distance. |
|
TreeLayout(Forest<V,E> g,
int distx,
int disty)
Creates an instance for the specified graph, X distance, and Y distance. |
| Uses of Forest in edu.uci.ics.jung.algorithms.shortestpath |
|---|
| Fields in edu.uci.ics.jung.algorithms.shortestpath declared as Forest | |
|---|---|
protected Forest<V,E> |
MinimumSpanningForest.forest
|
protected Forest<V,E> |
MinimumSpanningForest2.forest
|
| Methods in edu.uci.ics.jung.algorithms.shortestpath that return Forest | |
|---|---|
Forest<V,E> |
MinimumSpanningForest.getForest()
Returns the generated forest. |
Forest<V,E> |
MinimumSpanningForest2.getForest()
Returns the generated forest. |
| Constructors in edu.uci.ics.jung.algorithms.shortestpath with parameters of type Forest | |
|---|---|
MinimumSpanningForest(Graph<V,E> graph,
Forest<V,E> forest,
V root)
Creates a minimum spanning forest from the supplied graph, populating the supplied Forest, which must be empty. |
| Uses of Forest in edu.uci.ics.jung.graph |
|---|
| Subinterfaces of Forest in edu.uci.ics.jung.graph | |
|---|---|
interface |
Tree<V,E>
A subtype of Graph which is a (directed, rooted) tree. |
| Classes in edu.uci.ics.jung.graph that implement Forest | |
|---|---|
class |
DelegateForest<V,E>
An implementation of Forest that delegates to a specified DirectedGraph
instance. |
class |
DelegateTree<V,E>
An implementation of Tree that delegates to
a specified instance of DirectedGraph . |
class |
OrderedKAryTree<V,E>
An implementation of Tree in which each vertex has
<= k children. |
| Uses of Forest in edu.uci.ics.jung.graph.util |
|---|
| Methods in edu.uci.ics.jung.graph.util with parameters of type Forest | ||
|---|---|---|
static
|
TreeUtils.addFromSubTree(Forest<V,E> tree,
Forest<V,E> subTree,
E edge,
V parent,
V root)
Adds the trees in source to destination . |
|
static
|
TreeUtils.addFromSubTree(Forest<V,E> tree,
Forest<V,E> subTree,
E edge,
V parent,
V root)
Adds the trees in source to destination . |
|
static
|
TreeUtils.addSubTree(Forest<V,E> tree,
Forest<V,E> subTree,
V node,
E connectingEdge)
Connects subTree to tree by attaching it as a child
of node with edge connectingEdge . |
|
static
|
TreeUtils.addSubTree(Forest<V,E> tree,
Forest<V,E> subTree,
V node,
E connectingEdge)
Connects subTree to tree by attaching it as a child
of node with edge connectingEdge . |
|
static
|
TreeUtils.getRoots(Forest<V,E> forest)
Returns the roots of this forest. |
|
static
|
TreeUtils.getSubTree(Forest<V,E> forest,
V root)
Returns the subtree of tree which is rooted at root as a Forest . |
|
static
|
TreeUtils.growSubTree(Forest<V,E> tree,
Forest<V,E> subTree,
V root)
Populates subtree with the subtree of tree
which is rooted at root . |
|
static
|
TreeUtils.growSubTree(Forest<V,E> tree,
Forest<V,E> subTree,
V root)
Populates subtree with the subtree of tree
which is rooted at root . |
|
static
|
Graphs.synchronizedForest(Forest<V,E> forest)
Returns a synchronized Forest backed by the passed Forest. |
|
static
|
Graphs.unmodifiableForest(Forest<V,E> forest)
Returns an unmodifiable Forest backed by the passed forest. |
| Uses of Forest in edu.uci.ics.jung.visualization.subLayout |
|---|
| Methods in edu.uci.ics.jung.visualization.subLayout with parameters of type Forest | |
|---|---|
void |
TreeCollapser.collapse(Layout layout,
Forest tree,
Object subRoot)
|
void |
TreeCollapser.expand(Forest tree,
Forest subTree)
|
void |
TreeCollapser.expand(Forest tree,
Forest subTree)
|
|
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| PREV NEXT | FRAMES NO FRAMES |


{% extends "django_registration/base.html" %} {% load bootstrap4 %} {% block content %}
Create a profile
Welcome to Neighbourhood, create your profile to continue
If you don't have an account, click here to register.


{% from "macros.html" import workshop_list %} {% extends "base.html" %} {% block content_wrapper %}
Interested in learning Python, or sharing your Python expertise? Find and advertise workshops here!


Documents
DRAMA HOUSE
This page contains links to useful documents for those planning House Projects or other events.
The house constitution
House Project Proposal Form
Construction Request Form
Application Form (to live in the house).


Pamela Anderson cancels prison visit to Julian Assange
The Don’t Extradite Assange campaign the actress had a ‘personal emergency’.
Pamela Anderson has cancelled a visit to see Julian Assange in prison due to a “personal emergency”.
The US actress was due to visit Assange on Tuesday, before holding a press conference outside Belmarsh Prison in south-east London.
A statement from the Don’t Extradite Assange campaign said: “Pamela has a personal emergency which has meant she has had to go home and cancel everything for the next two weeks.”
Anderson says WikiLeaks founder Assange has been subjected to “traumatic psychological torture”, as she urged his home country Australia to stop him being extradited to the US.
The former Baywatch star – one of Assange’s most high-profile supporters – visited him in jail earlier this year.
She recently said she was “extremely distressed at the thought of his declining state” and added that her heart broke for him.
Anderson tweeted that Assange was “hanging on like a super hero” in Belmarsh, where he was sent earlier this year after spending seven years in the Ecuadorean embassy in London to avoid extradition.
Assange was jailed for 50 weeks in May for breaching his bail conditions after going into hiding to avoid extradition to Sweden over sex offence allegations.
He faces 18 charges in the US, including allegations that he conspired to break into a Pentagon computer and worked with former US army intelligence analyst Chelsea Manning to leak hundreds of thousands of classified documents.


Outcome and Functional Categories
This method supports the outcome Conveys information about the sound.
Applies to immersive environments that support text equivalents (such as captions or transcripts) of audio track.
Detailed description
Maintaining reflow context in XR for Captions
Content should not lose its context. This means that when captioning is related to speech they maintain their relationship with the source. If captioned text within the environment needs to be moved there is a persistent parent / child relationship between the related source and the related caption that enables either to be moved or other transformations to take place.
See https://github.com/w3c/silver/issues/139 for example of traditional content in XR environment
Anti-Aliasing or use of vector graphics of Captions
Depending on the environment - Captions should be resized without loss of quality. This may mean anti-aliasing options need to be available in XR or requiring the use of vector style graphics for captions and other text, which means they will resize more easily without loss of quality.
Dependencies
None.


Hear Me Out
Nickname
Room
Love live laugh
Health is Wealth
Work is not everything
You are not Alone
Unproductive is the new Normal
Just Talk
Join Room


The project list is scrapped from WSIS site, the scrapped csv data and the source is available in github.


{{define "title"}}Inbucket Monitor{{end}} {{define "script"}} {{end}} {{define "menu"}}
Messages will be listed here shortly after delivery. {{with .name}} Only showing messages for mailbox {{.}}. {{end}}
{{.}}


exit - End the application
exit ?returnCode?
Terminate the process, returning returnCode to the
system as the exit status.
If returnCode is not specified then it defaults
to 0.
Since non-zero exit codes are usually interpreted as error cases by
the calling process, the exit command is an important part of
signaling that something fatal has gone wrong. This code fragment is
useful in scripts to act as a general problem trap:
proc main {} {
# ... put the real main code in here ...
}
if {[catch {main} msg options]} {
puts stderr "unexpected script error: $msg"
if {[info exist env(DEBUG)]} {
puts stderr "---- BEGIN TRACE ----"
puts stderr [dict get $options -errorinfo]
puts stderr "---- END TRACE ----"
}
# Reserve code 1 for "expected" error exits...
exit 2
}
exec
exit, process
Copyright © 1995-1997 Roger E. Critchlow Jr.
Copyright © 1993 The Regents of the University of California.
Copyright © 1994-1996 Sun Microsystems, Inc.


{% extends 'base.html' %} {% block head_title %} {{ instance.title }} | {{ block.super }} {% endblock head_title %}
{% block content %}{{instance.outline}}
| Genre: | {{instance.genre | capfirst}} |
|---|---|
| Directed By: | {{instance.director}} |
| Written By: | {{instance.writer}} |
| Actors: | {{instance.actors}} |
| In Theathers: | {{instance.release_date}} |


Cecafa – Harambee Stars Coach Francis Kimanzi Banned For ‘Unsporting Behaviour’
by Bonface OsanoHarambee Stars coach Francis Kimanzi has been handed a two-match ban by the Organizing Committee of the Cecafa Senior Challenge Cup for “unsporting behaviour.”
His deputy Zedekiah “Zico” Otieno, on the other hand, has been “heavily reprimanded”, while the rest of the Kenyan delegation has been warned to behave.
The regional tournament began over the weekend in Uganda with Kenya, who are the defending champions, edging out Tanzania 1-0, the goal scored by Bandari FC’s Abdallah Hassan in the fourth minute.
According to the committee’s ruling Kimanzi and Zico were found guilty of chasing away fourth official, Mohamed Guedi, from the dressing room before the game at Lugogo Stadium, Kampala.
They also incited players not to take to the pitch, alleging that some Tanzanian players did not have passports.
During the protests, the door was broken leading to delay in kick-off by ten minutes, the committee reported.
Kenya will next face Sudan on Tuesday before concluding their Group B games against Zanzibar on Saturday.


UNEP-WCMC operates a ‘take-down’ policy, such that if UNEP-WCMC is notified of a potential breach of copyright, or other reasonable notice of a possible violation of any law (including but not limited to laws on copyright, patent, intellectual property, trademark, confidentiality, data protection, obscenity, terrorism, defamation or libel), the complete document or dataset or relevant portion will be removed from the repository as quickly as possible pending further investigation.
Where the grounds for complaint are considered to be valid, the complete document or dataset or relevant portion will be permanently withdrawn from the repository. A decision on whether the material may be made available again may take some time if it is necessary for UNEP-WCMC to seek legal advice to resolve the complaint.
If you have discovered material on our website, including in the WDPA, or in our electronic document collection which you consider to be unlawful e.g., breaches copyright, (either yours or that of a third party) or any other law, including but not limited to those relating to patent, trademark, confidentiality, data protection, obscenity, defamation, libel or incitement to terrorism, please contact xxxxxx providing the following information:
UNEP-WCMC will acknowledge receipt of your complaint by email or letter and will make an initial assessment of the validity and plausibility of the complaint, possibly taking legal advice.
In the first instance take-down requests will be reviewed by UNEP-WCMC. If the initial assessment is that the complaint is found to be potentially valid and requiring further consideration or legal advice, the material will be temporarily removed from the website, the document repository, the WDPA site or associated web portal pending an agreed solution.
Where relevant, the original contributor of the material in question will be notified that the material is subject to a complaint, what the basis of the complaint is, and will be encouraged to respond to, or address the complaints concerned.
On completion of the take-down procedure outlined above, one of three outcomes will result:
In each case, you will be informed of the decision. If you are unhappy with the decision taken, you have the right of appeal. Your appeal should be addressed to the Director (contact us).
On completion of the take-down procedure outlined above, one of three outcomes will result:
In each case, you will be informed of the decision.


{% extends "base.html" %} {% load static i18n %} {% load account socialaccount %} {% load crispy_forms_tags %} {% block content %}
The ReproGenomics Viewer (RGV) is a multi- and cross-species genomic database for the visualization, mining and comparison of published omics data sets for the reproductive science community.
It was developed to assist scientists in the mining of a wide range of ultra-high-throughput reprogenomics data, including RNA and DNA sequencing data.
StartNavigate on chromosomes using a user-friendly genome browser
Explore complex datasets
Visualize all the information you need
Save your gene lists and display your data in RGV
Need some help?
Learn how to use the ReproGenomics Viewer.
Get more insights about whats happen behind the scenes.
Browse the ReproGenomics Viewer indexed datasets.


[§103D-403] Exempted items. Specifications for goods, services, or construction items procured under section 103D-209, or those exempted pursuant to section 103D-210, may be prepared by a purchasing agency in accordance with this chapter and rules adopted hereunder. [L Sp 1993, c 8, pt of §2]
Cross References
Section 103D-210, referred to in text, is repealed. For similar provisions, see §103D-102(b)(4).


Facts about Mario
Five facts about Mario you didn't know
Mario wasn't always called Mario
In the early stages of developing Mario’s character Nintendo originally gave him the name Jumpman. Creator Shigeru Miyamoto also toyed with the idea of calling him Mr Video before finally deciding to name him Mario after the landlord of their American Nintendo warehouse.
Mario was the bad guy
Mario, under his original name Jumpman, made his first appearance as a side character in the cult classic Donkey Kong game created by Nintendo in 1981. In this game, Mario mistreated his pet Donkey Kong causing the ape to kidnap his girlfriend Pauline.
Not just your average plumber
We all know Mario and Luigi as Mushroom Kingdoms favourite plumbers, however, Mario has had a few career changes in his time. In Donkey Kong Mario is a carpenter, but in other games, he is a medical physician, an archaeologist, champion kart racer, golfing aficionado and even the tycoon of a successful toy manufacturing company.
Goombas were the last enemy added to the game 'Super Mario Bros.'
Yup, the first enemy you encounter in Super Mario Bros. was actually one of the last things added to the game. At the last moment Miyamoto decided the game needed an easy enemy that could be killed with a single hit, but cartridge space was so limited at that point that they needed to be as simple as possible, so they basically created a little ball with eyes with a two-frame walking animation. By the by, Goombas are called Kuribo in Japan, which basically translates to “chestnut people”, so my friend that always called them raisins was wrong. I’m totally forwarding this to him.
"Yoshi" isn't Yoshi's full name
There are a lot of things we just sort of accept about Yoshi. For one, the fact that he hatches fully-formed out of the egg, complete with a built-in saddle. That, and we just sort of pretend every dinosaur that comes out of a polka-dotted egg is named "Yoshi," even if that was the name of the guy that got dumped in a bottomless pit two levels back. We can ignore these existential questions because hey, it's a video game. No one was really asking what Yoshi's full name was, but apparently someone at Nintendo thought that was a more important issue to address than a dinosaur being born with shoes. An internal character guide unearthed by Blake Harris revealed something startling about Yoshi. So, Yoshi's full name is... "T. Yoshisaur Munchakoopas." The T. is left ambiguous, though we could guess it stands for "Transportation" or "Tyrannosaurus" or "Travis."


Edu Garcia, Mexico’s roaring dragon
by FIFA.com- Eduardo Garcia was Mexico's hero of semi-final shoot-out
- Known as 'The Dragon' since he was eight years old
- Can Mexico claim the title? "We Mexicans can do anything"
“I like the nickname,” said Mexico’s softly spoken goalkeeper Eduardo Garcia, also known as The Dragon. “I was given it at Guadalajara, when I was eight or nine. It’s a name that makes me feel strong. It makes me feel a lot of things.”
Garcia was speaking less than ten minutes after keeping out three Netherlands spot-kicks to secure Mexico a penalty shoot-out win that sent them through to the final of the FIFA U-17 World Cup Brazil 2019™.
“I’m so excited. I knew I could do it. I pictured it all,” the Dragon told FIFA.com after using his steely gaze to deny Mohamed Taabouni, Jayden Braaf and Youri Regeer in the shoot-out. “I’d seen some of them take kicks before and with the others I just visualised things. I was telling myself: ‘I’ve got this one. I’m going to save it’.”
Garcia’s love for goalkeeping was spotted at an early age by his father, also Eduardo. “You won’t believe me but he’s been a goalkeeper since he was a year old,” said Garcia Sr. from the stands of the Estadio Bezerrao, wearing the same sky blue jersey as his son.
Confirming as much, Eduardo said: “I liked football ever since I could walk but I’d always have the ball in my hands. And when I was at kindergarten my father would take me to a sand pitch near home to kick a ball around. I liked to dive around spectacularly and be the one who saved the team. I was always drawn to the player who was dressed differently to everyone else. That’s how I wanted to be.”
Aside from throwing himself around from one side of the goal to the other, young Eduardo had another very obvious quality, as his father explained: “He was very serious-minded for someone so young.”
“I’ve been that way since I was a kid,” said The Dragon. “There wasn’t any particular reason for it and as I’ve grown up I’ve realised what I want and what I need to achieve things. And part of what I need to achieve things is to be focused.”
There can be no doubts about the goalkeeper’s focus at Brazil 2019. He has caught the eye with his skills and vital saves since Mexico’s opening match against Paraguay, and did so again in the 90 minutes of normal time against the Netherlands in Thursday’s semi-final. Not surprisingly, he has made more saves than any other keeper at the tournament (26) and has conceded only three goals, one of the lowest tallies in the competition.
An admirer of Jan Oblak and his ability to stay in the game despite sometimes only having two or three things to do, Garcia could become Mexico’s third U-17 World Cup-winning goalkeeper on Sunday.
And what makes you think you can do it, Dragon? “Because we Mexicans can do anything.”


Interval
The interval is the width of a class in a rose diagram. This is the angle with which the sectors are drawn. An interval of 20° divides the circle into 18 sectors, an intervall of 30 into 12 sectors.


Note on Jane Mendenhall and Jacob Herlan
Jane Mendenhall
married Jacob Herlan in Guernsey County but they were living in Seneca
Township, Monroe County in the 1860 and 1870 census. By the 1880 census they
were still there but the only child still in the home was Betty Latta
Kitchen s great grandmother Lucy. Listed in the census beside Jacob and
Jane Mendenhall Herlan was the residence of their son Peter Herlan. Lucy
married Georg Schaub.
Provided by Betty Latta Kitchen -- e-mail<EMAIL_ADDRESS>Click here for the Short-Cut Table of Contents


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I am a Responsive Designer & Developer with a passion for turning a website into an easily accessible piece of art.
I was born and raised in Carrollton, Kentucky. A few years ago I made the move to the city of Louisville where I graduated from UofL with a BS in Communication. I love the culture and the endless supply of events and ongoings nearby.
I work as an Events Coordinator at a local museum. I'm part of a team that facilitates numerous weddings, business meetings, proms, etc. When I'm not working there, I teach English as a secondary language online to children in China. It's so neat to start my day interacting with kids all the way across the globe!
When I'm not working, taking online classes, or doing other just-for-fun hobbies, you can find me working on a project fixing up my 70s built house! It's amazing what a little new hardware, paint, and lots of time can get you.


medical emergency
-
people with TIA at high risk of early stroke
-
12% @ 7d
-
20% @ 90d
-
1/2 will occur wihtin first 48hrs after TIA
-
85% of strokes that follow TIA will be fatal or disabling
-
-
diagnosis more likely to be correct:
-
sudden onset of symptoms
-
maximal neurological deficit at onset
-
symptoms typical of focal loss of brain function
-
unilateral weakness
-
speech disturbance
-
-
rapid recovery of symptoms
-
30-60min
-
if any residual symptoms
- manage for stroke compared to TIA
-
-
-
Immediate assessment and intervention
reduce the risk of stroke after TIA
-
Aspirin
- 300mg stat if aspriin naive anad 75-150mg daily
-
Risk assessment
-
ABCD2
-
Age >60 (1)
-
BP ≥ 140/90 (1)
-
Clinical features
-
unilateral weakness (2)
-
speech impairment without weakness (1)
-
-
duration of symptoms
-
≥ 60mins (2)
-
10-59min (1)
-
-
diabetes (on medication) 1
-
-
Risk of stroke:
-
0-3
-
2d 1%
-
7d 1.2%
-
90d 3.1%
-
-
4-5
-
2d 4.1%
-
7d 5.9%
-
90d 9.8%
-
-
6-7
-
2d 8.1%
-
7d 11.7%
-
90d 17.8%
-
-
-
high risk:
-
ABCD2 score ≥ 4
-
cresencdo TIA
-
AF
-
taking OAC
-
require urgent assessment - def. within 24hrs
-
-
low risk
-
ABCD2 \< 4
-
more than 1 week after TIA symptoms
-
require specialist assessment and investigations within 7d
-
-
if treating dr confident of diagnosis; has ready acecss to brain and carotid imaging anad can initiate treatment
- specialist review may not be required
-
Immediate secondary prevention measures
-
assess risk factors
-
antiplatelet
-
aspirin
-
aspirin + dipyridamole
-
clopidogrel
-
-
BP lowering
-
statin
-
OAC
-
nicotine replacement
initiate at first point of health care i.e. immediately
do not need to wait for brain imaging (except OAC)
fully recovered = intracerebral haemorrhage risk very low
Follow-up
- 1 month
Early assessment and diagnosis
-
investigations
-
FBC
-
electrolytes
-
ESR
-
renal function
-
lipid
-
HbA1c
-
ECG
-


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Open the Dev Tools Application tab to see the entries; you should also see the item names in the console tab.


Inverse Clarke transform converts the two-coordinate time invariant vector into instantaneous stator phases.
More...
Inverse Clarke transform converts the two-coordinate time invariant vector into instantaneous stator phases.
The function operates on a single sample of data and each call to the function returns the processed output. The library provides separate functions for Q31 and floating-point data types.
- Algorithm
-
where
pIa
and pIb
are the instantaneous stator phases and Ialpha
and Ibeta
are the two coordinates of time invariant vector.
- Fixed-Point Behavior
- Care must be taken when using the Q31 version of the Clarke transform. In particular, the overflow and saturation behavior of the accumulator used must be considered. Refer to the function specific documentation below for usage guidelines.
§ arm_inv_clarke_f32()
Floating-point Inverse Clarke transform.
- Parameters
-
| [in] | Ialpha | input two-phase orthogonal vector axis alpha |
| [in] | Ibeta | input two-phase orthogonal vector axis beta |
| [out] | *pIa | points to output three-phase coordinate a |
| [out] | *pIb | points to output three-phase coordinate b |
- Returns
- none.
§ arm_inv_clarke_q31()
Inverse Clarke transform for Q31 version.
- Parameters
-
| [in] | Ialpha | input two-phase orthogonal vector axis alpha |
| [in] | Ibeta | input two-phase orthogonal vector axis beta |
| [out] | *pIa | points to output three-phase coordinate a |
| [out] | *pIb | points to output three-phase coordinate b |
- Returns
- none.
Scaling and Overflow Behavior:
- The function is implemented using an internal 32-bit accumulator. The accumulator maintains 1.31 format by truncating lower 31 bits of the intermediate multiplication in 2.62 format. There is saturation on the subtraction, hence there is no risk of overflow.


Enter the number and get the resualt text in Dari language
Here is the text format for your number In Dari language


|
C++ Actor Framework 0.19
|
Pseudo receive condition modeling a single receive. More...
#include <blocking_actor.hpp>
Public Member Functions | |
| bool | post () override |
| Returns whether a postcondition for receiving a message still holds. | |
| Public Member Functions inherited from caf::blocking_actor::receive_cond | |
| virtual bool | pre () |
| Returns whether a precondition for receiving a message still holds. | |
| virtual bool | post () |
| Returns whether a postcondition for receiving a message still holds. | |
Pseudo receive condition modeling a single receive.
|
overridevirtual |
Returns whether a postcondition for receiving a message still holds.
Reimplemented from caf::blocking_actor::receive_cond.


public final class OrdinalsBuilder
extends java.lang.Object
implements java.io.Closeable
| Modifier and Type | Field and Description |
|---|---|
static float |
DEFAULT_ACCEPTABLE_OVERHEAD_RATIO
Default acceptable overhead ratio.
|
static java.lang.String |
FORCE_MULTI_ORDINALS
Whether to for the use of
MultiOrdinals to store the ordinals for testing purposes. |
| Constructor and Description |
|---|
OrdinalsBuilder(int maxDoc) |
OrdinalsBuilder(int maxDoc,
float acceptableOverheadRatio) |
OrdinalsBuilder(long numTerms,
int maxDoc,
float acceptableOverheadRatio) |
| Modifier and Type | Method and Description |
|---|---|
OrdinalsBuilder |
addDoc(int doc)
Associates the given document id with the current ordinal.
|
Ordinals |
build(Settings settings)
Builds an
Ordinals instance from the builders current state. |
org.apache.lucene.util.BitSet |
buildDocsWithValuesSet()
Builds a
BitSet where each documents bit is that that has one or more ordinals associated with it. |
org.apache.lucene.util.BytesRefIterator |
buildFromTerms(org.apache.lucene.index.TermsEnum termsEnum)
This method iterates all terms in the given
TermsEnum and
associates each terms ordinal with the terms documents. |
void |
close()
Closes this builder and release all resources.
|
long |
currentOrdinal()
Retruns the current ordinal or 0 if this build has not been advanced via
nextOrdinal() . |
org.apache.lucene.util.LongsRef |
docOrds(int docID)
Returns a shared
LongsRef instance for the given doc ID holding all ordinals associated with it. |
org.apache.lucene.util.packed.PackedInts.Reader |
getFirstOrdinals()
Return a
PackedInts.Reader instance mapping every doc ID to its first ordinal + 1 if it exists and 0 otherwise. |
int |
getNumDocsWithValue()
Returns the number distinct of document IDs with one or more values.
|
int |
getNumMultiValuesDocs()
Returns the number distinct of document IDs associated with two or more values.
|
int |
getNumSingleValuedDocs()
Returns the number distinct of document IDs associated with exactly one value.
|
int |
getTotalNumOrds()
Returns the number of document ID to ordinal pairs in this builder.
|
long |
getValueCount()
Returns the number of distinct ordinals in this builder.
|
boolean |
isMultiValued()
Returns
true iff this builder contains a document ID that is associated with more than one ordinal. |
int |
maxDoc()
Returns the maximum document ID this builder can associate with an ordinal
|
long |
nextOrdinal()
Advances the
OrdinalsBuilder to the next ordinal and
return the current ordinal. |
static org.apache.lucene.index.TermsEnum |
wrapNumeric32Bit(org.apache.lucene.index.TermsEnum termsEnum)
A
TermsEnum that iterates only full precision prefix coded 32 bit values. |
static org.apache.lucene.index.TermsEnum |
wrapNumeric64Bit(org.apache.lucene.index.TermsEnum termsEnum)
A
TermsEnum that iterates only full precision prefix coded 64 bit values. |
public static final java.lang.String FORCE_MULTI_ORDINALS
MultiOrdinals
to store the ordinals for testing purposes.public static final float DEFAULT_ACCEPTABLE_OVERHEAD_RATIO
OrdinalsBuilder
memory usage is mostly transient so it is likely a better trade-off to
trade memory for speed in order to resize less often.public OrdinalsBuilder(long numTerms, int maxDoc, float acceptableOverheadRatio) throws java.io.IOException
java.io.IOException
public OrdinalsBuilder(int maxDoc, float acceptableOverheadRatio) throws java.io.IOException
java.io.IOException
public OrdinalsBuilder(int maxDoc) throws java.io.IOException
java.io.IOException
public org.apache.lucene.util.LongsRef docOrds(int docID)
LongsRef
instance for the given doc ID holding all ordinals associated with it.public org.apache.lucene.util.packed.PackedInts.Reader getFirstOrdinals()
PackedInts.Reader
instance mapping every doc ID to its first ordinal + 1 if it exists and 0 otherwise.public long nextOrdinal()
OrdinalsBuilder
to the next ordinal and
return the current ordinal.public long currentOrdinal()
nextOrdinal()
.public OrdinalsBuilder addDoc(int doc)
public boolean isMultiValued()
true
iff this builder contains a document ID that is associated with more than one ordinal. Otherwise false
;public int getNumDocsWithValue()
public int getNumSingleValuedDocs()
public int getNumMultiValuesDocs()
public int getTotalNumOrds()
public long getValueCount()
public org.apache.lucene.util.BitSet buildDocsWithValuesSet()
BitSet
where each documents bit is that that has one or more ordinals associated with it.
if every document has an ordinal associated with it this method returns null
public Ordinals build(Settings settings)
Ordinals
instance from the builders current state.public int maxDoc()
public static org.apache.lucene.index.TermsEnum wrapNumeric64Bit(org.apache.lucene.index.TermsEnum termsEnum)
TermsEnum
that iterates only full precision prefix coded 64 bit values.buildFromTerms(TermsEnum)
public static org.apache.lucene.index.TermsEnum wrapNumeric32Bit(org.apache.lucene.index.TermsEnum termsEnum)
TermsEnum
that iterates only full precision prefix coded 32 bit values.buildFromTerms(TermsEnum)
public org.apache.lucene.util.BytesRefIterator buildFromTerms(org.apache.lucene.index.TermsEnum termsEnum) throws java.io.IOException
TermsEnum
and
associates each terms ordinal with the terms documents. The caller must
exhaust the returned BytesRefIterator
which returns all values
where the first returned value is associted with the ordinal 1
etc.
If the TermsEnum
contains prefix coded numerical values the terms
enum should be wrapped with either wrapNumeric32Bit(TermsEnum)
or wrapNumeric64Bit(TermsEnum)
depending on its precision. If
the TermsEnum
is not wrapped the returned
BytesRefIterator
will contain partial precision terms rather than
only full-precision terms.
java.io.IOException
public void close() throws java.io.IOException
close
in interface java.io.Closeable
close
in interface java.lang.AutoCloseable
java.io.IOException


Our Mission is to provide advanced high quality, high compassionate and restorative wellness.
Read MoreTo achieve optimal fitness and health, wise decisions about the food you eat are essential.
The Immanuel Healthcare Group is renowned at home and abroad for medical excellence and attracts world-class Specialist Doctors and Surgeons. Founded in 1997, Immanuel Healthcare Group has grown over the years with numerous facilities spread across Nigeria with its flagship hospital located in Lagos Island.The Immanuel Hospital is a leading international healthcare provider in West Africa having been the first independent hospital in Nigeria to be awarded full international accreditation on quality by COHSASA, an international healthcare accreditation body based in South Africa. The Immanuel hospital has recently been re-accredited for another 3 year (till 2021) following her outstanding success in an audit carried out in June 2018.
First independent hospital in Nigeria to receive the COHOSA (Council for Hospital Services Accreditation of Southern Africa) Award. Immanuel Hospital has consistently won awards such as NHEA Private Healthcare Provider for Nigeria in year 2014,2015 and 2016
Our Intensive Care Unit also known as the Critical Care Unit is a special department of the hospital where we can provide around the clock continuous monitoring of our more seriously ill patients.
This is a surgical speciality that deals with diagnosis, disorders, and treatment of the urogenital tract. Consultant urologists see patients with conditions affecting the kidneys, the bladder, the ureter….
The department of Gastroenterology at The Reddington Hospital Group provide our patients with trained and experienced physicians who can provide diagnosis, and surgical treatment…
Immanuel Hospital


Installation
// Define "People" model class
namespace Javanile\MoldableDocs\Samples;
use Javanile\Moldable\Storable;
class People extends Storable
{
public $id = self::KEY;
public $name = '';
}
There are a few different ways you can include mustard within your project. You can simply download the zip file below, use NPM to install it into your own project, or include it via a CDN.
Note: Mustard does not include a CSS reset such as normalize.
Install using NPM:
npm install mustard-ui
Include via a CDN:
<link rel="stylesheet" href="https://unpkg.com/mustard-ui@latest/dist/css/mustard-ui.min.css">


{% extends "navbar.html" %} {% block head %}
To verify your username, please add this content to the wedge.js file in your userspace (if I had the Wikipedia username "Wedge", I would make it "User:Wedge/wedge.js"):
wedge-verify (your wedge username)
You should then be able to sign up.


The folder for {{blog.title}} is synchronized by {{display_name}}. If you would like to switch to another client, you can do so without disruption. Blot will transfer the contents of your folder automatically.
Please choose a client for {{blog.title}}. The client synchronizes the files in your folder with Blot. You can change your blog’s client at any point.
{{#clients}} {{/clients}}


| DOSE: T+ 0:00 |
150 ug |
oral |
LSD |
| T+ 3:00 |
100 mg |
oral |
MDMA |
This is commonly known as 'candy-flipping'. I'm not sure why. I've only done it once, and I found that there was indeed a powerful, synergistic effect. The common procedure is to take the LSD about 3 or so hours before the MDMA, so you're just starting the peak of your trip when you begin to roll. Dosage wise, I tried ~150-160ug of LSD with ~100mg of MDMA.
The combination was extremely powerful.  About 20-30 minutes after I took the Ex, I could feel the onset. Its difficult to explain, but as I was already tripping I felt in great detail the beginning of the MDMA effects on a very physical level... I could feel the speeding of my heart and breathing, and felt the MDMA-ness go from my center and spread gradually to my limbs. This all may of course be psychosomatic.
As the Ex took effect, the visual characteristics of the scene began to change, and I found that my emotional reaction to objects and people *strongly* cast their appearance. There was a definite combination of the MDMA 'everything is beautiful' look and the Acid's power to warp the actual appearance of things.
As the evening went on, I started to find the combined effect unmanageable. As I said before, I had had a bad day, and I was probably in a poor set for trying a new psychedelic experience. Gradually I became overwhelmed with sadness and despair about all the things I had done and said wrong over the last few days, and became extremely mentally and physically disoriented, and I needed a friend's help to get me through the rest of the evening.
All in all, I thought it was an extremely powerful and interesting experience, and parts of it I truely enjoyed. MDMA seemed to powerfully reinforce the reality bending aspects of LSD, and LSD opened a new door on the emotional projections of MDMA. I will definitely try it again, as soon as I feel comfortable with it (this was my first negative psychedelic experience in about a year of use).
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% call macros.panel("info", "Step 4 - enable optional features") %}
Mailu also comes with less common optional features that you might wish to enable.
The DAV service enables contacts and calendar storage through Mailu, it is especially userful when synchronizing your desktop and mobile devices.


| channel_name/1 | Throws if the argument passed in isn't a valid channel name (NOT IMPLEMENTED). |
| channel_or_user/1 | Throws if the argument passed in isn't a valid channel name or username (NOT IMPLEMENTED). |
| is_legal_param/1 | |
| is_legal_trailing/1 | |
| param/1 | Throws if the argument passed in isn't a valid IRC command parameter. |
| paramlist/1 | Throws if the argument passed in isn't a list of all valid IRC command parameters. |
| paramlist_and_trailing/2 | Throws if the first argument passed in isn't a list of all valid IRC command parameters, and/or the second a valid trailing string. |
| trailing/1 | Throws if the argument passed in isn't a valid IRC command trailing string. |
| user_name/1 | Throws if the argument passed in isn't a valid channel name (NOT IMPLEMENTED). |
channel_name(CName) -> any()
Throws if the argument passed in isn't a valid channel name (NOT IMPLEMENTED).
channel_or_user(CUName) -> any()
Throws if the argument passed in isn't a valid channel name or username (NOT IMPLEMENTED).
is_legal_param(Param) -> any()
is_legal_trailing(Trailing) -> any()
param(Param) -> any()
Throws if the argument passed in isn't a valid IRC command parameter.
paramlist(ParamList) -> any()
Throws if the argument passed in isn't a list of all valid IRC command parameters.
paramlist_and_trailing(ParamList, Trailing) -> any()
Throws if the first argument passed in isn't a list of all valid IRC command parameters, and/or the second a valid trailing string.
trailing(Trailing) -> any()
Throws if the argument passed in isn't a valid IRC command trailing string.
user_name(UName) -> any()
Throws if the argument passed in isn't a valid channel name (NOT IMPLEMENTED).
Generated by EDoc, Aug 16 2014, 01:08:34.


| Package | Description |
|---|---|
| com.sleepycat.bind |
Bindings between database entries and Java objects.
|
| com.sleepycat.bind.serial |
Bindings that use Java serialization.
|
| com.sleepycat.bind.tuple |
Bindings that use sequences of primitive fields, or tuples.
|
| com.sleepycat.collections |
Data access based on the standard Java collections API.
|
| com.sleepycat.je |
Foundation for creating environments, databases and transactions; provides
cursor based data access.
|
| Modifier and Type | Method and Description |
|---|---|
byte[] |
ByteArrayBinding.entryToObject(DatabaseEntry entry) |
E |
EntryBinding.entryToObject(DatabaseEntry entry)
Converts a entry buffer into an Object.
|
E |
EntityBinding.entryToObject(DatabaseEntry key,
DatabaseEntry data)
Converts key and data entry buffers into an entity Object.
|
void |
EntityBinding.objectToData(E object,
DatabaseEntry data)
Extracts the data entry from an entity Object.
|
void |
ByteArrayBinding.objectToEntry(byte[] object,
DatabaseEntry entry) |
void |
EntryBinding.objectToEntry(E object,
DatabaseEntry entry)
Converts an Object into a entry buffer.
|
void |
EntityBinding.objectToKey(E object,
DatabaseEntry key)
Extracts the key entry from an entity Object.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
TupleSerialKeyCreator.createSecondaryKey(SecondaryDatabase db,
DatabaseEntry primaryKeyEntry,
DatabaseEntry dataEntry,
DatabaseEntry indexKeyEntry) |
boolean |
SerialSerialKeyCreator.createSecondaryKey(SecondaryDatabase db,
DatabaseEntry primaryKeyEntry,
DatabaseEntry dataEntry,
DatabaseEntry indexKeyEntry) |
E |
SerialBinding.entryToObject(DatabaseEntry entry)
Deserialize an object from an entry buffer.
|
E |
TupleSerialBinding.entryToObject(DatabaseEntry key,
DatabaseEntry data) |
E |
SerialSerialBinding.entryToObject(DatabaseEntry key,
DatabaseEntry data) |
boolean |
TupleSerialKeyCreator.nullifyForeignKey(SecondaryDatabase db,
DatabaseEntry dataEntry) |
boolean |
SerialSerialKeyCreator.nullifyForeignKey(SecondaryDatabase db,
DatabaseEntry dataEntry) |
void |
TupleSerialBinding.objectToData(E object,
DatabaseEntry data) |
void |
SerialSerialBinding.objectToData(E object,
DatabaseEntry data) |
void |
SerialBinding.objectToEntry(E object,
DatabaseEntry entry)
Serialize an object into an entry buffer.
|
void |
TupleSerialBinding.objectToKey(E object,
DatabaseEntry key) |
void |
SerialSerialBinding.objectToKey(E object,
DatabaseEntry key) |
| Modifier and Type | Method and Description |
|---|---|
static void |
BigDecimalBinding.bigDecimalToEntry(java.math.BigDecimal val,
DatabaseEntry entry)
Converts a
BigDecimal value into an entry buffer. |
static void |
SortedBigDecimalBinding.bigDecimalToEntry(java.math.BigDecimal val,
DatabaseEntry entry)
Converts a
BigDecimal value into an entry buffer. |
static void |
BigIntegerBinding.bigIntegerToEntry(java.math.BigInteger val,
DatabaseEntry entry)
Converts a
BigInteger value into an entry buffer. |
static void |
BooleanBinding.booleanToEntry(boolean val,
DatabaseEntry entry)
Converts a simple
boolean value into an entry buffer. |
static void |
ByteBinding.byteToEntry(byte val,
DatabaseEntry entry)
Converts a simple
byte value into an entry buffer. |
static void |
CharacterBinding.charToEntry(char val,
DatabaseEntry entry)
Converts a simple
char value into an entry buffer. |
boolean |
TupleTupleKeyCreator.createSecondaryKey(SecondaryDatabase db,
DatabaseEntry primaryKeyEntry,
DatabaseEntry dataEntry,
DatabaseEntry indexKeyEntry) |
static void |
DoubleBinding.doubleToEntry(double val,
DatabaseEntry entry)
Converts a simple
double value into an entry buffer. |
static void |
SortedDoubleBinding.doubleToEntry(double val,
DatabaseEntry entry)
Converts a simple
double value into an entry buffer. |
static java.math.BigDecimal |
BigDecimalBinding.entryToBigDecimal(DatabaseEntry entry)
Converts an entry buffer into a
BigDecimal value. |
static java.math.BigDecimal |
SortedBigDecimalBinding.entryToBigDecimal(DatabaseEntry entry)
Converts an entry buffer into a
BigDecimal value. |
static java.math.BigInteger |
BigIntegerBinding.entryToBigInteger(DatabaseEntry entry)
Converts an entry buffer into a
BigInteger value. |
static boolean |
BooleanBinding.entryToBoolean(DatabaseEntry entry)
Converts an entry buffer into a simple
boolean value. |
static byte |
ByteBinding.entryToByte(DatabaseEntry entry)
Converts an entry buffer into a simple
byte value. |
static char |
CharacterBinding.entryToChar(DatabaseEntry entry)
Converts an entry buffer into a simple
char value. |
static double |
DoubleBinding.entryToDouble(DatabaseEntry entry)
Converts an entry buffer into a simple
double value. |
static double |
SortedDoubleBinding.entryToDouble(DatabaseEntry entry)
Converts an entry buffer into a simple
double value. |
static float |
FloatBinding.entryToFloat(DatabaseEntry entry)
Converts an entry buffer into a simple
float value. |
static float |
SortedFloatBinding.entryToFloat(DatabaseEntry entry)
Converts an entry buffer into a simple
float value. |
static TupleInput |
TupleBase.entryToInput(DatabaseEntry entry)
Utility method to create a new tuple input object for reading the data
from a given buffer.
|
static int |
IntegerBinding.entryToInt(DatabaseEntry entry)
Converts an entry buffer into a simple
int value. |
static int |
SortedPackedIntegerBinding.entryToInt(DatabaseEntry entry)
Converts an entry buffer into a simple
int value. |
static int |
PackedIntegerBinding.entryToInt(DatabaseEntry entry)
Converts an entry buffer into a simple
int value. |
static java.lang.Long |
SortedPackedLongBinding.entryToLong(DatabaseEntry entry)
Converts an entry buffer into a simple
Long value. |
static java.lang.Long |
PackedLongBinding.entryToLong(DatabaseEntry entry)
Converts an entry buffer into a simple
Long value. |
static long |
LongBinding.entryToLong(DatabaseEntry entry)
Converts an entry buffer into a simple
long value. |
E |
TupleBinding.entryToObject(DatabaseEntry entry) |
TupleInput |
TupleInputBinding.entryToObject(DatabaseEntry entry) |
E |
TupleTupleBinding.entryToObject(DatabaseEntry key,
DatabaseEntry data) |
static short |
ShortBinding.entryToShort(DatabaseEntry entry)
Converts an entry buffer into a simple
short value. |
static java.lang.String |
StringBinding.entryToString(DatabaseEntry entry)
Converts an entry buffer into a simple
String value. |
static void |
FloatBinding.floatToEntry(float val,
DatabaseEntry entry)
Converts a simple
float value into an entry buffer. |
static void |
SortedFloatBinding.floatToEntry(float val,
DatabaseEntry entry)
Converts a simple
float value into an entry buffer. |
static void |
TupleBase.inputToEntry(TupleInput input,
DatabaseEntry entry)
Utility method to set the data in a entry buffer to the data in a tuple
input object.
|
static void |
IntegerBinding.intToEntry(int val,
DatabaseEntry entry)
Converts a simple
int value into an entry buffer. |
static void |
SortedPackedIntegerBinding.intToEntry(int val,
DatabaseEntry entry)
Converts a simple
int value into an entry buffer, using
SortedPackedInteger format. |
static void |
PackedIntegerBinding.intToEntry(int val,
DatabaseEntry entry)
Converts a simple
int value into an entry buffer, using
PackedInteger format. |
static void |
SortedPackedLongBinding.longToEntry(long val,
DatabaseEntry entry)
Converts a simple
Long value into an entry buffer, using
SortedPackedLong format. |
static void |
PackedLongBinding.longToEntry(long val,
DatabaseEntry entry)
Converts a simple
Long value into an entry buffer, using
PackedLong format. |
static void |
LongBinding.longToEntry(long val,
DatabaseEntry entry)
Converts a simple
long value into an entry buffer. |
boolean |
TupleTupleKeyCreator.nullifyForeignKey(SecondaryDatabase db,
DatabaseEntry dataEntry) |
void |
TupleTupleBinding.objectToData(E object,
DatabaseEntry data) |
void |
TupleBinding.objectToEntry(E object,
DatabaseEntry entry) |
void |
TupleInputBinding.objectToEntry(TupleInput object,
DatabaseEntry entry) |
void |
TupleTupleBinding.objectToKey(E object,
DatabaseEntry key) |
static void |
TupleBase.outputToEntry(TupleOutput output,
DatabaseEntry entry)
Utility method to set the data in a entry buffer to the data in a tuple
output object.
|
static void |
ShortBinding.shortToEntry(short val,
DatabaseEntry entry)
Converts a simple
short value into an entry buffer. |
static void |
StringBinding.stringToEntry(java.lang.String val,
DatabaseEntry entry)
Converts a simple
String value into an entry buffer. |
| Modifier and Type | Method and Description |
|---|---|
void |
PrimaryKeyAssigner.assignKey(DatabaseEntry keyData)
Assigns a new primary key value into the given buffer.
|
| Modifier and Type | Method and Description |
|---|---|
DatabaseEntry |
Sequence.getKey()
Returns the DatabaseEntry used to open this sequence.
|
DatabaseEntry |
SecondaryReferenceException.getPrimaryKey()
Returns the primary key being accessed during the failure.
|
DatabaseEntry |
SecondaryReferenceException.getSecondaryKey()
Returns the secondary key being accessed during the failure.
|
| Modifier and Type | Method and Description |
|---|---|
int |
Database.compareDuplicates(DatabaseEntry entry1,
DatabaseEntry entry2)
Compares two data elements using either the default comparator if no
duplicate comparator has been set or the duplicate comparator if one has
been set.
|
int |
Database.compareKeys(DatabaseEntry entry1,
DatabaseEntry entry2)
Compares two keys using either the default comparator if no BTree
comparator has been set or the BTree comparator if one has been set.
|
boolean |
SecondaryKeyCreator.createSecondaryKey(SecondaryDatabase secondary,
DatabaseEntry key,
DatabaseEntry data,
DatabaseEntry result)
Creates a secondary key entry, given a primary key and data entry.
|
void |
SecondaryMultiKeyCreator.createSecondaryKeys(SecondaryDatabase secondary,
DatabaseEntry key,
DatabaseEntry data,
java.util.Set<DatabaseEntry> results)
Creates a secondary key entry, given a primary key and data entry.
|
OperationStatus |
Database.delete(Transaction txn,
DatabaseEntry key)
Removes records with a given key from the database.
|
OperationStatus |
SecondaryDatabase.delete(Transaction txn,
DatabaseEntry key)
Deletes the record associated with the given secondary key.
|
OperationResult |
Database.delete(Transaction txn,
DatabaseEntry key,
WriteOptions options)
Removes records with a given key from the database.
|
OperationResult |
SecondaryDatabase.delete(Transaction txn,
DatabaseEntry key,
WriteOptions options)
Deletes the record associated with the given secondary key.
|
OperationResult |
SecondaryCursor.get(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
Get getType,
ReadOptions options)
Moves the cursor to a record according to the specified
Get
type. |
OperationResult |
DiskOrderedCursor.get(DatabaseEntry key,
DatabaseEntry data,
Get getType,
ReadOptions options) |
OperationResult |
JoinCursor.get(DatabaseEntry key,
DatabaseEntry data,
Get getType,
ReadOptions options)
Returns the next primary key and data resulting from the join operation.
|
OperationResult |
Cursor.get(DatabaseEntry key,
DatabaseEntry data,
Get getType,
ReadOptions options)
Moves the cursor to a record according to the specified
Get
type. |
OperationResult |
ForwardCursor.get(DatabaseEntry key,
DatabaseEntry data,
Get getType,
ReadOptions options)
Moves the cursor to a record according to the specified
Get
type. |
OperationResult |
SecondaryCursor.get(DatabaseEntry key,
DatabaseEntry data,
Get getType,
ReadOptions options)
Moves the cursor to a record according to the specified
Get
type. |
OperationResult |
SecondaryDatabase.get(Transaction txn,
DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
Get getType,
ReadOptions options)
Retrieves a record according to the specified
Get type. |
OperationStatus |
SecondaryDatabase.get(Transaction txn,
DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Retrieves the key/data pair with the given key.
|
OperationResult |
Database.get(Transaction txn,
DatabaseEntry key,
DatabaseEntry data,
Get getType,
ReadOptions options)
Retrieves a record according to the specified
Get type. |
OperationResult |
SecondaryDatabase.get(Transaction txn,
DatabaseEntry key,
DatabaseEntry data,
Get getType,
ReadOptions options)
Moves the cursor to a record according to the specified
Get
type. |
OperationStatus |
Database.get(Transaction txn,
DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Retrieves the key/data pair with the given key.
|
OperationStatus |
SecondaryDatabase.get(Transaction txn,
DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode) |
OperationStatus |
SecondaryCursor.getCurrent(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Returns the key/data pair to which the cursor refers.
|
OperationStatus |
DiskOrderedCursor.getCurrent(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode) |
OperationStatus |
JoinCursor.getCurrent(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
This operation is not allowed on a join cursor.
|
OperationStatus |
Cursor.getCurrent(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Returns the key/data pair to which the cursor refers.
|
OperationStatus |
ForwardCursor.getCurrent(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Returns the key/data pair to which the cursor refers.
|
OperationStatus |
SecondaryCursor.getCurrent(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Returns the key/data pair to which the cursor refers.
|
OperationStatus |
SecondaryCursor.getFirst(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the first key/data pair of the database, and return
that pair.
|
OperationStatus |
Cursor.getFirst(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the first key/data pair of the database, and returns
that pair.
|
OperationStatus |
SecondaryCursor.getFirst(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the first key/data pair of the database, and returns
that pair.
|
OperationStatus |
SecondaryCursor.getLast(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the last key/data pair of the database, and return
that pair.
|
OperationStatus |
Cursor.getLast(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the last key/data pair of the database, and returns
that pair.
|
OperationStatus |
SecondaryCursor.getLast(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the last key/data pair of the database, and returns
that pair.
|
OperationStatus |
SecondaryCursor.getNext(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the next key/data pair and return that pair.
|
OperationStatus |
DiskOrderedCursor.getNext(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode) |
OperationStatus |
JoinCursor.getNext(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Returns the next primary key and data resulting from the join operation.
|
OperationStatus |
Cursor.getNext(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the next key/data pair and returns that pair.
|
OperationStatus |
ForwardCursor.getNext(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the next key/data pair and returns that pair.
|
OperationStatus |
SecondaryCursor.getNext(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the next key/data pair and returns that pair.
|
OperationStatus |
JoinCursor.getNext(DatabaseEntry key,
LockMode lockMode)
Returns the next primary key resulting from the join operation.
|
OperationStatus |
SecondaryCursor.getNextDup(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
If the next key/data pair of the database is a duplicate data record for
the current key/data pair, move the cursor to the next key/data pair of
the database and return that pair.
|
OperationStatus |
Cursor.getNextDup(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
If the next key/data pair of the database is a duplicate data record for
the current key/data pair, moves the cursor to the next key/data pair of
the database and returns that pair.
|
OperationStatus |
SecondaryCursor.getNextDup(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
If the next key/data pair of the database is a duplicate data record for
the current key/data pair, moves the cursor to the next key/data pair of
the database and returns that pair.
|
OperationStatus |
SecondaryCursor.getNextNoDup(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the next non-duplicate key/data pair and return that
pair.
|
OperationStatus |
Cursor.getNextNoDup(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the next non-duplicate key/data pair and returns
that pair.
|
OperationStatus |
SecondaryCursor.getNextNoDup(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the next non-duplicate key/data pair and returns
that pair.
|
OperationStatus |
SecondaryCursor.getPrev(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the previous key/data pair and return that pair.
|
OperationStatus |
Cursor.getPrev(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the previous key/data pair and returns that pair.
|
OperationStatus |
SecondaryCursor.getPrev(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the previous key/data pair and returns that pair.
|
OperationStatus |
SecondaryCursor.getPrevDup(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
If the previous key/data pair of the database is a duplicate data record
for the current key/data pair, move the cursor to the previous key/data
pair of the database and return that pair.
|
OperationStatus |
Cursor.getPrevDup(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
If the previous key/data pair of the database is a duplicate data record
for the current key/data pair, moves the cursor to the previous key/data
pair of the database and returns that pair.
|
OperationStatus |
SecondaryCursor.getPrevDup(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
If the previous key/data pair of the database is a duplicate data record
for the current key/data pair, moves the cursor to the previous key/data
pair of the database and returns that pair.
|
OperationStatus |
SecondaryCursor.getPrevNoDup(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the previous non-duplicate key/data pair and return
that pair.
|
OperationStatus |
Cursor.getPrevNoDup(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the previous non-duplicate key/data pair and returns
that pair.
|
OperationStatus |
SecondaryCursor.getPrevNoDup(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the previous non-duplicate key/data pair and returns
that pair.
|
OperationStatus |
SecondaryCursor.getSearchBoth(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the specified secondary and primary key, where both
the primary and secondary key items must match.
|
OperationStatus |
Cursor.getSearchBoth(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the specified key/data pair, where both the key and
data items must match.
|
OperationStatus |
SecondaryCursor.getSearchBoth(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
This operation is not allowed with this method signature.
|
OperationStatus |
SecondaryDatabase.getSearchBoth(Transaction txn,
DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Retrieves the key/data pair with the specified secondary and primary
key, that is, both the primary and secondary key items must match.
|
OperationStatus |
Database.getSearchBoth(Transaction txn,
DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Retrieves the key/data pair with the given key and data value, that is,
both the key and data items must match.
|
OperationStatus |
SecondaryDatabase.getSearchBoth(Transaction txn,
DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
This operation is not allowed with this method signature.
|
OperationStatus |
SecondaryCursor.getSearchBothRange(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the specified secondary key and closest matching
primary key of the database.
|
OperationStatus |
Cursor.getSearchBothRange(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the specified key and closest matching data item of
the database.
|
OperationStatus |
SecondaryCursor.getSearchBothRange(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
This operation is not allowed with this method signature.
|
OperationStatus |
SecondaryCursor.getSearchKey(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the given key of the database, and return the datum
associated with the given key.
|
OperationStatus |
Cursor.getSearchKey(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the given key of the database, and returns the datum
associated with the given key.
|
OperationStatus |
SecondaryCursor.getSearchKey(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the given key of the database, and returns the datum
associated with the given key.
|
OperationStatus |
SecondaryCursor.getSearchKeyRange(DatabaseEntry key,
DatabaseEntry pKey,
DatabaseEntry data,
LockMode lockMode)
Move the cursor to the closest matching key of the database, and return
the data item associated with the matching key.
|
OperationStatus |
Cursor.getSearchKeyRange(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the closest matching key of the database, and
returns the data item associated with the matching key.
|
OperationStatus |
SecondaryCursor.getSearchKeyRange(DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Moves the cursor to the closest matching key of the database, and
returns the data item associated with the matching key.
|
boolean |
ForeignKeyNullifier.nullifyForeignKey(SecondaryDatabase secondary,
DatabaseEntry data)
Sets the foreign key reference to null in the datum of the primary
database.
|
boolean |
ForeignMultiKeyNullifier.nullifyForeignKey(SecondaryDatabase secondary,
DatabaseEntry key,
DatabaseEntry data,
DatabaseEntry secKey)
Sets the foreign key reference to null in the datum of the primary
database.
|
Sequence |
Database.openSequence(Transaction txn,
DatabaseEntry key,
SequenceConfig config)
Opens a sequence in the database.
|
OperationStatus |
Cursor.put(DatabaseEntry key,
DatabaseEntry data)
Stores a key/data pair into the database.
|
OperationStatus |
SecondaryCursor.put(DatabaseEntry key,
DatabaseEntry data)
This operation is not allowed on a secondary cursor.
|
OperationResult |
Cursor.put(DatabaseEntry key,
DatabaseEntry data,
Put putType,
WriteOptions options)
Inserts or updates a record according to the specified
Put
type. |
OperationResult |
SecondaryCursor.put(DatabaseEntry key,
DatabaseEntry data,
Put putType,
WriteOptions options)
This operation is not allowed on a secondary cursor.
|
OperationStatus |
Database.put(Transaction txn,
DatabaseEntry key,
DatabaseEntry data)
Stores the key/data pair into the database.
|
OperationStatus |
SecondaryDatabase.put(Transaction txn,
DatabaseEntry key,
DatabaseEntry data)
This operation is not allowed on a secondary database.
|
OperationResult |
Database.put(Transaction txn,
DatabaseEntry key,
DatabaseEntry data,
Put putType,
WriteOptions options)
Inserts or updates a record according to the specified
Put
type. |
OperationResult |
SecondaryDatabase.put(Transaction txn,
DatabaseEntry key,
DatabaseEntry data,
Put putType,
WriteOptions options)
This operation is not allowed on a secondary database.
|
OperationStatus |
Cursor.putCurrent(DatabaseEntry data)
Replaces the data in the key/data pair at the current cursor position.
|
OperationStatus |
SecondaryCursor.putCurrent(DatabaseEntry data)
This operation is not allowed on a secondary cursor.
|
OperationStatus |
Cursor.putNoDupData(DatabaseEntry key,
DatabaseEntry data)
Stores a key/data pair into the database.
|
OperationStatus |
SecondaryCursor.putNoDupData(DatabaseEntry key,
DatabaseEntry data)
This operation is not allowed on a secondary cursor.
|
OperationStatus |
Database.putNoDupData(Transaction txn,
DatabaseEntry key,
DatabaseEntry data)
Stores the key/data pair into the database if it does not already appear
in the database.
|
OperationStatus |
SecondaryDatabase.putNoDupData(Transaction txn,
DatabaseEntry key,
DatabaseEntry data)
This operation is not allowed on a secondary database.
|
OperationStatus |
Cursor.putNoOverwrite(DatabaseEntry key,
DatabaseEntry data)
Stores a key/data pair into the database.
|
OperationStatus |
SecondaryCursor.putNoOverwrite(DatabaseEntry key,
DatabaseEntry data)
This operation is not allowed on a secondary cursor.
|
OperationStatus |
Database.putNoOverwrite(Transaction txn,
DatabaseEntry key,
DatabaseEntry data)
Stores the key/data pair into the database if the key does not already
appear in the database.
|
OperationStatus |
SecondaryDatabase.putNoOverwrite(Transaction txn,
DatabaseEntry key,
DatabaseEntry data)
This operation is not allowed on a secondary database.
|
void |
Database.removeSequence(Transaction txn,
DatabaseEntry key)
Removes the sequence from the database.
|
long |
Cursor.skipNext(long maxCount,
DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Skips forward a given number of key/data pairs and returns the number by
which the cursor is moved.
|
long |
Cursor.skipPrev(long maxCount,
DatabaseEntry key,
DatabaseEntry data,
LockMode lockMode)
Skips backward a given number of key/data pairs and returns the number
by which the cursor is moved.
|
| Modifier and Type | Method and Description |
|---|---|
void |
SecondaryMultiKeyCreator.createSecondaryKeys(SecondaryDatabase secondary,
DatabaseEntry key,
DatabaseEntry data,
java.util.Set<DatabaseEntry> results)
Creates a secondary key entry, given a primary key and data entry.
|
Copyright (c) 2002, 2017 Oracle and/or its affiliates. All rights reserved.


FLorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
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Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s.


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On 17 March 2018, 8 new articles were published in 8 journals.
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Introduction to the Special Issue on Crime and Criminal Justice in Europe
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Correction To: Accounting For Turbulence in the Colombian Underworld


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Answer this in the chat in the meantime: Any plans for winter break?
So far we've learned about
Imagine that my program needs to keep track of people and their favorite foods. For example, my favorite food is ravioli.
How would I keep track of this in Python? Here's one way...
# What isn't the best about this?
name1 = "Frank"
food1 = "ravioli"
name2 = "Nicholas"
food2 = "everything"
# ...
Dictionaries match a key to a value, like a real dictionary!
favorite_foods = {
# key: value
"Frank": "ravioli",
"Nicholas": "everything"
}
favorite_foods = {
# key: value
"Frank": "ravioli",
"Nicholas": "everything"
}
# Add or change things!
favorite_foods["Sarah"] = "sushi"
favorite_foods["Dave"] = "dumplings"
You can have any types of values!
person = {
"name": "Frank",
"age": 20,
"languages": ["python", "javascript", "java", "c", "c++", "html", "css"]
}


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Guidance
This information relates to 2013 to 2014. The Latest 16 to 19 Bursary fund information is available on GOV.UK
EFA guide providing information on the operation of the 16 to 19 Bursary Fund for 2013 to 2014.
This guide provides information to schools, colleges, academies, training providers and local authorities (institutions) on the operation of the 16 to 19 Bursary Fund. It sets out the arrangements the Secretary of State intends to make under section 14 of the Education Act 2002.
A priority of the government is to close the gap in attainment between those from poorer and more affluent backgrounds, and to ensure every young person participates in and benefits from a place in 16 to 19 education and training. The government provides funding through the Education Funding Agency’s (EFA) funding formula and through support to help young people meet the costs of participating in education and training post-16, principally through the 16 to 19 Bursary Fund.


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--- lang: en layout: page title: Projects subheadline: Aspectran based teaser: We are developing useful applications based on Aspectran. header: image_fullwidth: header_modules.jpg caption: Photo by Juho Jeong breadcrumb: true permalink: /en/projects/ projects: - subheadline: Working examples of using Aspectran title: Log Relay description: Log Relay can send the latest logs recorded on the server to the web browser through the web socket endpoint and provides an integrated view to observe the logs of several servers in real time. thumb_img: examples/pr-log-relayer.png url: https://log-relay.aspectran.com repo: https://github.com/aspectran/log-relay - subheadline: Working examples of using Aspectran title: Aspectran Demo Site description: This site is a collection of reference applications created to show how to develop Aspectran applications following the recommended best practices. thumb_img: examples/pr-demo-site.png url: https://demo.aspectran.com repo: https://github.com/aspectran/demo-app - subheadline: Working examples of using Aspectran title: Aspectran Demo Site on GAE description: Aspectran Demo Site deployed on Google App Engine thumb_img: examples/pr-demo-site.png url: https://demo-gae.aspectran.com repo: https://github.com/aspectran/demo-site - subheadline: Working examples of using Aspectran title: JPetStore Demo description: JPetStore is a full web application built on top of MyBatis 3, Aspectran 6. thumb_img: examples/pr-jpetstore.png url: https://jpetstore.aspectran.com repo: https://github.com/aspectran/aspectran-jpetstore - subheadline: Reach Further With Text-To-Speech title: Skylark Terminal description: Skylark is a text to speech program that converts any written text into spoken words. thumb_img: examples/pr-skylark.png url: https://skylark.aspectran.com repo: https://github.com/aspectran/skylark ---
{% if project.subheadline %}{{ project.subheadline }}{% endif %}
{% if project.description %}{{ project.description | strip_html | escape }}{% endif %}
{% if project.description %}{{ project.description | strip_html | escape }}{% endif %}


The point of BDD is to build a system form a perspective of a user, rather than just as a developer.
Login
As a partner, I need to be able to login, so that I can update my upcoming events.
Need to deliver a story and prove that it works.
An integration test is any test that cross the boundries of a system
Why cucumber
- Gherkin language for feature files
- rspec for tests
- capybara to drive the browser
The tools are the same just when with gherkin thrown on top - cucumber is platform and language agnostic
So a problem I have is when to test built in features of the framework or gem.
Given, When, Then
same as Arrage, Act, Assert (which is what ALL tests do) in people talk
Arrage
let(:something) {do_something}
1 2 3 |
|
- Act, and Assert
1 2 3 4 |
|
Misc
- user regex in the step file if you are going to reuse it
- acceptance tests should be used to test large swatches rather than every permuation
tags
@pause
like a binding@wip
won’t run unless specified to run- custom tags work too, so even then you’d run it with
cucumber -t @jonas
- or you can run multiple tags at one time, e.g.
cucumber --tags @billing,@important


Reiki is holistic in its approach and works with not only the symptoms an individual experiences but the root cause of the imbalance as well.


Google Cloud Community Day Ahmedabad 2019
Event information
- Community: GDG (Google Developers Group) Cloud Ahmedabad
- Event date: 07 December, 2019
- Event URL: Google Cloud Community Day Ahmedabad, 2019
Google Cloud Community Day is for passionate developers interested to know the power of Cloud and how they can use it. And there was an amazing lineup of speakers featuring developer advocates, customer engineers, and architects from Google, Google Developer Experts and prominent developers and customers speaking how they use GCP.
I have also Small Informative Desk on "How ML (Machine Learning) can Help to make the Internet Better Place Using Crowdsource By Google" and It was Such an Incredible Experience Attending this Event.


For our analysis, we used simplified, aggregated origin-destination (OD) flow information that has been derived from previous analyses of 'Call Detail Record' (CDR) data. The origin-destination flow dataset we used showed the approximate person flows between each pair of cell-towers in Riyadh, within hourly slices of the day. We received a full day's worth of aggregated data, for all 1,712 cell towers in Riyadh, and sieved out OD flow information the cell towers closest to Princess Noura University (PNU). This we used to map the approximate student flow to and from PNU.
To derive the approximate flow direction and patterns of the PNU students, we used Riyadh's existing road network.
We also had access to shapefiles of the proposed metro stops, which we used to conduct our buffer analysis.
Three graduate students in the Department of Urban Studies and Planning at the Massachusetts Instutite of Technology worked together to develop this project, from data analysis to visualizations to web development.
This project was developed for course 11.S947 Big Data, Visualization, and Society with Professor Sarah Williams.
From start to finish the team utilized Python, Matplotlib, ArcGIS, NetworkX, QGIS, D3, and CartoDB.


A filter definition defines the conditions and values that trigger an alert. The definition is dependent on the data model that you use in the filter; the fields in the definition must match fields in the filter's data model. All of the following examples are based on the rectangle data model:
{"dimensions":{"width":<Int>,"height":<Int>},"color":"<String>"}
The examples in this API use a rectangle data model:
{"dimensions":{"width":<Int>,"height":<Int>},"color":"<String>"}
where variables in angled brackets < > should be replaced with actual values.
To create a valid definition, you must first understand the syntax. Definitions are written in JSON format. This format does not have to exactly match the format of the data model being used, but the fields in the definition must be actual fields in the data model. For example, a trigger that alerts on a rectangle with a height of 6 would be defined as:
{"dimensions":{"height":"=6"}}
Notice that not all the fields are included, only the one that will trigger the alert.
Notice the notation used to declare the trigger expression (the field "=6"
). Not only do you declare the value for the trigger, but you also explicitly declare the operator needed by the trigger. If you exclude the operator, the expression will be incomplete and the system cannot accurately match the trigger. This field must be surrounded by double quotes.
When specifying the value to use in a trigger, notice the value's type in the data model. In the example above, the value of dimensions.height
is an integer. So the value of 6
is not surrounded by quotes but the whole expression is. If the triggering field is defined is a string or date string, you must use single quotes around the value. For example, a trigger that alerts on a rectangle of the color BLUE would be defined as:
{"color":"='BLUE'"}
The trigger value of BLUE
is enclosed in single quotes, indicating that it is a string. Also, the value is in all upper case, since the handling of strings is case sensitive.
Definitions can trigger alerts with an AND or an OR condition, depending on how the definition is configured:
To configure an OR definition, specify an array of possible triggers. Note that when using an array, the entire array must be enclosed in [ ] brackets, and each possible trigger must be separated by commas. For example, to define an alert that triggers if the width is 5 OR the height is 6, create an array of definitions that match these cases:
{"dimensions":["width":"=5","height":"=6"]}
The filter includes two separate JSON strings.
To create an AND condition, combine these two JSON strings into one string. For example, to trigger when the width is 5 AND the height is 6:
{"dimensions":{"width":"=5","height":"=6"}}
If you want to alert on rectangles with a width of 5, 7, OR 9, it would be advantageous to use a notation that is closer in format to that of the data model:
{"dimensions":[{"width":"=5"},{"width":"=7"},{"width":"=9"}]}
This example uses the array notation to indicate an OR situation, but it is only referencing one specific field in the model.
Besides equivalence, there are other numeric operators to define a filter:
| Operator | Meaning |
|---|---|
| > | Greater than |
| >= | Greater than or equal to |
| < | Less than |
| <= | Less than or equal to |
| != | Not equal to |
For example, to find rectangles with a width greater than 5:
{"dimensions":{"width":">5"}}
In addition to the numerical operators, there are operators for strings:
Use the LIKE operator to match a regular expression. For example, to find a rectangle that matches all the colors that begin with BLUE: BLUE, BLUE-GREEN, BLUE-ISH, BLUETIFUL, use the LIKE operator:
{"color":"LIKE 'BLUE*'"}
Notice the syntax: a space follows the LIKE operator, and the wildcard character is within the single quotes of the string value.
The IN operator triggers an alert if a value matches any value in a list of trigger specifications. This is another way to create an OR situation. For example, to alert on rectangles that are only primary colors, you could use an OR array, or you could use the IN operator:
{"color":"IN ('RED','BLUE','YELLOW')"}
Notice the syntax: a space follows the IN operator, the list of possible values is comma-separated and enclosed in parentheses, and each possible string is enclosed in single quotes. However, remember that a number does not require single quotes.
The @ operator specifies other fields within the data model as values in the expression. Use the @ operator to compare values in two fields of the same data type. For example, to alert when the rectangle is a square, you would define a trigger when the height = width:
<EMAIL_ADDRESS>The @ operator will plug in the data value from the dimensions.width
field and test it against the dimensions.height
field. Notice the syntax: the combination of the @ symbol and the field name must be included in single quotes, even if the value of the resulting substitution is not a string.
Use wildcard characters to match on one or more unspecified characters. There are two wildcards available:
For example:
{"color":"='BLU*'"}
Here are more sample definitions from other data models:
"[{"networkData":{"source":{"dshield":"LIKE '*'"}}},{"networkData":{"destination": {"dshield":"LIKE '*'"}}}]"
>
"{"arcsightHeader":{"severity":" IN ('High','Very-High')"}}"
"{"order":{"orderPrice":">350000.0"},"D_supplierNation":{"nationName":"IN ('IRAQ','IRAN')"}}"
"{"D_eventType":{"eventType":"= 'Flight'"},"geoList":[{"geoCity":"LIKE 'Kahului*'"}]}"
"{"order":{"clerk":"='Clerk#000000042'"}}"
"{"D_customer":{"customerName":"LIKE 'Customer#0000000*'"}}"
"{"BranchID":"!=<EMAIL_ADDRESS>"[{"networkData":{"source":{"network":{"network":"='Unregistered Network'"}}}}, {"networkData":{"destination":{"network":{"network":"='Unregistered Network'"}}}}]"
"{"eventType":"='Checkpoint'"}"
"{"Teller"<EMAIL_ADDRESS>}"


Description: The following is a 508 compliant HTML/CSS static mock up of applets with mutable and unmutable filtering capabilities.
Documents: Please also view User-Defined Applet Filters wireframe, Workflow Diagram [PDF, 297KB], and Use Scenario Case Documentation [PDF, XXKB] for full details on implementation.
Description of the information contained inside this panel
Description of the information contained inside this panel


| Package | Description |
|---|---|
| cip.CSE581.assign1 | |
| cip.CSE581.assign2 | |
| cip.CSE581.assign2c | |
| cip.CSE581.assign3 | |
| cip.CSE581.assign3b | |
| cip.CSE581.assign4 | |
| cip.render |
The programs and classes that support 3D modelling, animation, and rendering.
|
| cip.render.raytrace |
The programs and classes specifically supporting ray traced image generation.
|
| cip.render.raytrace.background |
These are classes supporting various backgrounds including a constant colour background and reflection mapped backgrounds.
|
| cip.render.raytrace.camera |
These are representations of cameras supporting ray tracing..
|
| cip.render.raytrace.geometry |
These are geometries that can be used in ray-traced scenes, they are all dynamically loaded objects that can be specified
in scene description file.
|
| cip.render.raytrace.interfaces |
Interfaces for cameras, lights, backgrounds, geometries, geometry groups, materials
|
| cip.render.raytrace.light |
Implementations of light sources for ray tracing.
|
| cip.render.raytrace.material |
These are classes supporting material models that produce the surface appearance of geometries.
|
| cip.render.raytrace.material.D |
Implementations of slope distribution functions for materials.
|
| cip.render.raytrace.material.G |
Implementations of geometric attenuation functions for materials.
|
| cip.render.raytrace.material.texture |
These are classes supporting various surface textures.
|
| cip.render.util |
These are generic utilities not specific to 2D or 3D geometry or rendering.
|
| cip.render.util2d |
These are utility classes supporting 2D modeling and geometry.
|
| cip.render.util3d |
These are utility classes supporting 3D modeling, geometry, and rendering.
|
| cip.render.utilColour |
These are utility classes supporting colour representation and computation for rendering.
|