Data
- Profit/loss data: P/Lt = Pt+Dt-Pt-1
- Loss/profit data: -P/Lt
- Arithmetic return data: rt = (Pt+Dt)/Pt-1 - 1
- Geometric return data: Rt = ln[(Pt+Dt)/Pt-1]
Estimating Historical Simulation VaR
This approach estimates VaR by ordered loss historical observations
Estimating Parametric VaR
- Normally distributed profits/losses: αVaR = -μP/L+σP/Lzα
- Normally distributed arithmetic returns: αVaR = -(μr-σrzα)Pt-1
- Lognormal VaR: αVaR = Pt-1-P* = Pt-1(1-epx[μR-σRzα])
Estimating Coherent Risk Measures
- Expected shortfall - the probability-weighted average of tail losses
Process Overview
- Which risk measure?
- Which level?
- Portfolio or position level?
- Which method?
- "VaR trinity"
- Non-parametric methods
- Parametric methods
- Monte Carlo simulation methods


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First Name
Last Name
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The content is {{student.firstName}}


Input
Publishes keyboard and mouse events that occur on the parent Scene's Canvas.
- Each Scene provides an Input on itself as a read-only property.
Usage
In this example, we're subscribing to some mouse and key events that will occur on a Scene's Canvas.
var myScene = new xeogl.Scene();
var input = myScene.input;
// We'll save a handle to this subscription
// to show how to unsubscribe, further down
var handle = input.on("mousedown", function(coords) {
console.log("Mouse down at: x=" + coords[0] + ", y=" + coords[1]);
});
input.on("mouseup", function(coords) {
console.log("Mouse up at: x=" + coords[0] + ", y=" + coords[1]);
});
input.on("mouseclicked", function(coords) {
console.log("Mouse clicked at: x=" + coords[0] + ", y=" + coords[1]);
});
input.on("dblclick", function(coords) {
console.log("Double-click at: x=" + coords[0] + ", y=" + coords[1]);
});
input.on("keydown", function(keyCode) {
switch (keyCode) {
case this.KEY_A:
console.log("The 'A' key is down");
break;
case this.KEY_B:
console.log("The 'B' key is down");
break;
case this.KEY_C:
console.log("The 'C' key is down");
break;
default:
console.log("Some other key is down");
}
});
input.on("keyup", function(keyCode) {
switch (keyCode) {
case this.KEY_A:
console.log("The 'A' key is up");
break;
case this.KEY_B:
console.log("The 'B' key is up");
break;
case this.KEY_C:
console.log("The 'C' key is up");
break;
default:
console.log("Some other key is up");
}
});
// TODO: ALT and CTRL keys etc
Unsubscribing from Events
In the snippet above, we saved a handle to one of our event subscriptions.
We can then use that handle to unsubscribe again, like this:
input.off(handle);
Index
Properties
- destroyed
- id
- isDefault
- KEY_A
- KEY_ADD
- KEY_ALT
- KEY_B
- KEY_BACK_SLASH
- KEY_BACKSPACE
- KEY_C
- KEY_CAPS_LOCK
- KEY_CLOSE_BRACKET
- KEY_COMMA
- KEY_CTRL
- KEY_D
- KEY_DASH
- KEY_DECIMAL_POINT
- KEY_DELETE
- KEY_DIVIDE
- KEY_DOWN_ARROW
- KEY_E
- KEY_END
- KEY_ENTER
- KEY_EQUAL_SIGN
- KEY_ESCAPE
- KEY_F
- KEY_F1
- KEY_F10
- KEY_F11
- KEY_F12
- KEY_F2
- KEY_F3
- KEY_F4
- KEY_F5
- KEY_F6
- KEY_F7
- KEY_F8
- KEY_F9
- KEY_FORWARD_SLASH
- KEY_G
- KEY_GRAVE_ACCENT
- KEY_H
- KEY_HOME
- KEY_I
- KEY_INSERT
- KEY_J
- KEY_K
- KEY_L
- KEY_LEFT_ARROW
- KEY_LEFT_WINDOW
- KEY_M
- KEY_MULTIPLY
- KEY_N
- KEY_NUM_0
- KEY_NUM_1
- KEY_NUM_2
- KEY_NUM_3
- KEY_NUM_4
- KEY_NUM_5
- KEY_NUM_6
- KEY_NUM_7
- KEY_NUM_8
- KEY_NUM_9
- KEY_NUM_LOCK
- KEY_NUMPAD 2
- KEY_NUMPAD_0
- KEY_NUMPAD_1
- KEY_NUMPAD_3
- KEY_NUMPAD_4
- KEY_NUMPAD_5
- KEY_NUMPAD_6
- KEY_NUMPAD_7
- KEY_NUMPAD_8
- KEY_NUMPAD_9
- KEY_O
- KEY_OPEN_BRACKET
- KEY_P
- KEY_PAGE_DOWN
- KEY_PAGE_UP
- KEY_PAUSE_BREAK
- KEY_PERIOD
- KEY_Q
- KEY_R
- KEY_RIGHT_ARROW
- KEY_RIGHT_WINDOW
- KEY_S
- KEY_SCROLL_LOCK
- KEY_SELECT
- KEY_SEMI_COLON
- KEY_SHIFT
- KEY_SINGLE_QUOTE
- KEY_SPACE
- KEY_SUBTRACT
- KEY_T
- KEY_TAB
- KEY_U
- KEY_UP_ARROW
- KEY_V
- KEY_W
- KEY_X
- KEY_Y
- KEY_Z
- metadata
- scene
- superTypes
- type
Methods
create
-
[cfg]
Convenience method for creating a Component within this Component's Scene.
The method is given a component configuration, like so:
var material = myComponent.create({
type: "xeogl.PhongMaterial",
diffuse: [1,0,0],
specular: [1,1,0]
}, "myMaterial");
Parameters:
-
[cfg]
optionalConfiguration for the component instance.
Returns:
destroy
()
Destroys this component.
Fires a destroyed event on this Component.
Automatically disassociates this component from other components, causing them to fall back on any defaults that this component overrode on them.
TODO: describe effect with respect to #create
error
-
message
Logs an error for this component to the JavaScript console.
The console message will have this format: [ERROR] [<component type> =<component id>: <message>
Also fires the message as an error event on the parent Scene.
Parameters:
-
message
StringThe message to log
fire
-
event
-
value
-
[forget=false]
Fires an event on this component.
Notifies existing subscribers to the event, optionally retains the event to give to any subsequent notifications on the event as they are made.
Parameters:
-
event
StringThe event type name
-
value
ObjectThe event parameters
-
[forget=false]
Boolean optionalWhen true, does not retain for subsequent subscribers
hasSubs
-
event
Returns true if there are any subscribers to the given event on this component.
Parameters:
-
event
StringThe event
Returns:
True if there are any subscribers to the given event on this component.
isType
-
type
Tests if this component is of the given type, or is a subclass of the given type.
The type may be given as either a string or a component constructor.
This method works by walking up the inheritance type chain, which this component provides in property superTypes, returning true as soon as one of the type strings in the chain matches the given type, of false if none match.
Examples:
var myRotate = new xeogl.Rotate({ ... });
myRotate.isType(xeogl.Component); // Returns true for all xeogl components
myRotate.isType("xeogl.Component"); // Returns true for all xeogl components
myRotate.isType(xeogl.Rotate); // Returns true
myRotate.isType(xeogl.Transform); // Returns true
myRotate.isType("xeogl.Transform"); // Returns true
myRotate.isType(xeogl.Entity); // Returns false, because xeogl.Rotate does not (even indirectly) extend xeogl.Entity
Parameters:
-
type
String | FunctionComponent type to compare with, eg "xeogl.PhongMaterial", or a xeogl component constructor.
Returns:
True if this component is of given type or is subclass of the given type.
log
-
message
Logs a console debugging message for this component.
The console message will have this format: [LOG] [<component type> <component id>: <message>
Parameters:
-
message
StringThe message to log
off
-
handle
Parameters:
-
handle
StringPublication handle
on
-
event
-
callback
-
[scope=this]
Subscribes to an event on this component.
The callback is be called with this component as scope.
Parameters:
-
event
StringThe event
-
callback
FunctionCalled fired on the event
-
[scope=this]
Object optionalScope for the callback
Returns:
Handle to the subscription, which may be used to unsubscribe with {@link #off}.
once
-
event
-
callback
-
[scope=this]
Subscribes to the next occurrence of the given event, then un-subscribes as soon as the event is handled.
This is equivalent to calling on, and then calling off inside the callback function.
Parameters:
-
event
StringData event to listen to
-
callback
Function(data)Called when fresh data is available at the event
-
[scope=this]
Object optionalScope for the callback
Properties
destroyed
Boolean
True as soon as this Component has been destroyed
KEY_A
Number
final
Code for the A key.
KEY_ADD
Number
final
Code for the ADD key.
KEY_ALT
Number
final
Code for the ALT key.
KEY_B
Number
final
Code for the B key.
KEY_BACK_SLASH
Number
final
Code for the BACK_SLASH key.
KEY_BACKSPACE
Number
final
Code for the BACKSPACE key.
KEY_C
Number
final
Code for the C key.
KEY_CAPS_LOCK
Number
final
Code for the CAPS_LOCK key.
KEY_CLOSE_BRACKET
Number
final
Code for the CLOSE_BRACKET key.
KEY_COMMA
Number
final
Code for the COMMA key.
KEY_CTRL
Number
final
Code for the CTRL key.
KEY_D
Number
final
Code for the D key.
KEY_DASH
Number
final
Code for the DASH key.
KEY_DECIMAL_POINT
Number
final
Code for the DECIMAL POINT key.
KEY_DELETE
Number
final
Code for the DELETE key.
KEY_DIVIDE
Number
final
Code for the DIVIDE key.
KEY_DOWN_ARROW
Number
final
Code for the DOWN_ARROW key.
KEY_E
Number
final
Code for the E key.
KEY_END
Number
final
Code for the END key.
KEY_ENTER
Number
final
Code for the ENTER key.
KEY_EQUAL_SIGN
Number
final
Code for the EQUAL_SIGN key.
KEY_ESCAPE
Number
final
Code for the ESCAPE key.
KEY_F
Number
final
Code for the F key.
KEY_F1
Number
final
Code for the F1 key.
KEY_F10
Number
final
Code for the F10 key.
KEY_F11
Number
final
Code for the F11 key.
KEY_F12
Number
final
Code for the F12 key.
KEY_F2
Number
final
Code for the F2 key.
KEY_F3
Number
final
Code for the F3 key.
KEY_F4
Number
final
Code for the F4 key.
KEY_F5
Number
final
Code for the F5 key.
KEY_F6
Number
final
Code for the F6 key.
KEY_F7
Number
final
Code for the F7 key.
KEY_F8
Number
final
Code for the F8 key.
KEY_F9
Number
final
Code for the F9 key.
KEY_FORWARD_SLASH
Number
final
Code for the FORWARD_SLASH key.
KEY_G
Number
final
Code for the G key.
KEY_GRAVE_ACCENT
Number
final
Code for the GRAVE_ACCENT key.
KEY_H
Number
final
Code for the H key.
KEY_HOME
Number
final
Code for the HOME key.
KEY_I
Number
final
Code for the I key.
KEY_INSERT
Number
final
Code for the INSERT key.
KEY_J
Number
final
Code for the J key.
KEY_K
Number
final
Code for the K key.
KEY_L
Number
final
Code for the L key.
KEY_LEFT_ARROW
Number
final
Code for the LEFT_ARROW key.
KEY_LEFT_WINDOW
Number
final
Code for the LEFT_WINDOW key.
KEY_M
Number
final
Code for the M key.
KEY_MULTIPLY
Number
final
Code for the MULTIPLY key.
KEY_N
Number
final
Code for the N key.
KEY_NUM_0
Number
final
Code for the 0 key.
KEY_NUM_1
Number
final
Code for the 1 key.
KEY_NUM_2
Number
final
Code for the 2 key.
KEY_NUM_3
Number
final
Code for the 3 key.
KEY_NUM_4
Number
final
Code for the 4 key.
KEY_NUM_5
Number
final
Code for the 5 key.
KEY_NUM_6
Number
final
Code for the 6 key.
KEY_NUM_7
Number
final
Code for the 7 key.
KEY_NUM_8
Number
final
Code for the 8 key.
KEY_NUM_9
Number
final
Code for the 9 key.
KEY_NUM_LOCK
Number
final
Code for the NUM_LOCK key.
KEY_NUMPAD 2
Number
final
Code for the number pad 2 key.
KEY_NUMPAD_0
Number
final
Code for the number pad 0 key.
KEY_NUMPAD_1
Number
final
Code for the number pad 1 key.
KEY_NUMPAD_3
Number
final
Code for the number pad 3 key.
KEY_NUMPAD_4
Number
final
Code for the number pad 4 key.
KEY_NUMPAD_5
Number
final
Code for the number pad 5 key.
KEY_NUMPAD_6
Number
final
Code for the number pad 6 key.
KEY_NUMPAD_7
Number
final
Code for the number pad 7 key.
KEY_NUMPAD_8
Number
final
Code for the number pad 8 key.
KEY_NUMPAD_9
Number
final
Code for the number pad 9 key.
KEY_O
Number
final
Code for the O key.
KEY_OPEN_BRACKET
Number
final
Code for the OPEN_BRACKET key.
KEY_P
Number
final
Code for the P key.
KEY_PAGE_DOWN
Number
final
Code for the PAGE_DOWN key.
KEY_PAGE_UP
Number
final
Code for the PAGE_UP key.
KEY_PAUSE_BREAK
Number
final
Code for the PAUSE_BREAK key.
KEY_PERIOD
Number
final
Code for the PERIOD key.
KEY_Q
Number
final
Code for the Q key.
KEY_R
Number
final
Code for the R key.
KEY_RIGHT_ARROW
Number
final
Code for the RIGHT_ARROW key.
KEY_RIGHT_WINDOW
Number
final
Code for the RIGHT_WINDOW key.
KEY_S
Number
final
Code for the S key.
KEY_SCROLL_LOCK
Number
final
Code for the SCROLL_LOCK key.
KEY_SELECT
Number
final
Code for the SELECT key.
KEY_SEMI_COLON
Number
final
Code for the SEMI_COLON key.
KEY_SHIFT
Number
final
Code for the SHIFT key.
KEY_SINGLE_QUOTE
Number
final
Code for the SINGLE_QUOTE key.
KEY_SPACE
Number
final
Code for the SPACE key.
KEY_SUBTRACT
Number
final
Code for the SUBTRACT key.
KEY_T
Number
final
Code for the T key.
KEY_TAB
Number
final
Code for the TAB key.
KEY_U
Number
final
Code for the U key.
KEY_UP_ARROW
Number
final
Code for the UP_ARROW key.
KEY_V
Number
final
Code for the V key.
KEY_W
Number
final
Code for the W key.
KEY_X
Number
final
Code for the X key.
KEY_Y
Number
final
Code for the Y key.
KEY_Z
Number
final
Code for the Z key.
metadata
Object
Arbitrary, user-defined metadata on this component.
superTypes
Array of String
final
An array of strings that indicates the chain of super-types within this component's inheritance hierarchy.
For example, if this component is a Rotate, which extends Transform, which in turn extends Component, then this property will have the value:
["xeogl.Component", "xeogl.Transform"]
Note that the chain is ordered downwards in the hierarchy, ie. from super-class down towards sub-class.
type
String
final
JavaScript class name for this Component.
For example: "xeogl.AmbientLight", "xeogl.ColorTarget", "xeogl.Lights" etc.
Events
dblclick
Event Payload:
-
value
Number, NumberThe mouse coordinates within the Canvas,
destroyed
Fired when this Component is destroyed.
devicemotion
Fires on a regular interval and returns data about the rotation (in degrees per second) and acceleration (in meters per second squared) of the device, at that moment in time. Some devices do not have the hardware to exclude the effect of gravity.
Event Payload:
-
Float32Array
Objectacceleration The acceleration of the device, in meters per second squared, as a 3-element vector. This value has taken into account the effect of gravity and removed it from the figures. This value may not exist if the hardware doesn't know how to remove gravity from the acceleration data.
-
Float32Array
ObjectaccelerationIncludingGravity The acceleration of the device, in meters per second squared, as a 3-element vector. This value includes the effect of gravity, and may be the only value available on devices that don't have a gyroscope to allow them to properly remove gravity from the data.
-
,
ObjectNumber interval The interval, in milliseconds, at which this event is fired. The next event will be fired in approximately this amount of time.
-
Float32Array
ObjectrotationRate The rates of rotation of the device about each axis, in degrees per second.
deviceorientation
Fired when fresh data is available from an orientation sensor about the current orientation of the device as compared to the Earth coordinate frame. This data is gathered from a magnetometer inside the device. See Orientation and motion data explained for more info.
Event Payload:
-
Number
Objectalpha The current orientation of the device around the Z axis in degrees; that is, how far the device is rotated around a line perpendicular to the device.
-
Number
Objectbeta The current orientation of the device around the X axis in degrees; that is, how far the device is tipped forward or backward.
-
Number
Objectgamma The current orientation of the device around the Y axis in degrees; that is, how far the device is turned left or right.
-
Boolean
Objectabsolute This value is true if the orientation is provided as a difference between the device coordinate frame and the Earth coordinate frame; if the device can't detect the Earth coordinate frame, this value is false.
keydown
Event Payload:
-
value
NumberThe key code, for example KEY_LEFT_ARROW,
keyup
Event Payload:
-
value
NumberThe key code, for example KEY_LEFT_ARROW,
mouseclicked
Event Payload:
-
value
Number, NumberThe mouse coordinates within the Canvas,
mousedown
Event Payload:
-
value
Number, NumberThe mouse coordinates within the Canvas,
mousedown
Event Payload:
-
value
Number, NumberThe mouse coordinates within the Canvas,
mouseenter
Event Payload:
-
value
Number, NumberThe mouse coordinates within the Canvas,
mouseleave
Event Payload:
-
value
Number, NumberThe mouse coordinates within the Canvas,
mouseup
Event Payload:
-
value
Number, NumberThe mouse coordinates within the Canvas,
mousewheel
Fired whenever the mouse wheel is moved over the parent Viewer's Canvas.
Event Payload:
-
delta
NumberThe mouse wheel delta,
orientationchange
Fired when the orientation of the device has changed.
Event Payload:
-
orientation
ObjectThe orientation: "landscape-primary", "landscape-secondary", "portrait-secondary" or "portrait-primary"
-
orientationAngle
ObjectThe orientation angle in degrees: 90 for landscape-primary, -90 for landscape-secondary, 180 for portrait-secondary or 0 for portrait-primary.


< return to staff Education
|
|||||||||
| Biography | |||||||||
|
Danny was a PhD student in Evan Reed's group at
Stanford and now works at Los Alamos National Lab.
His research as a graduate student at Stanford
involved assessing numerical methods for TDDFT and studying
thermodynamic properties of 2D phase-change materials.
His new webpagee is found here.
Publications |
| Teaching |
|
Danny was also a teaching assistant for several courses at Stanford:
CME 100 Vector calculus for engineers: Fall 2013-14, Fall 2014-15
CME 102 Ordinary Differential Equations for Engineers, Winter 2013-14 CME 104 Linear Algebra and Partial Differential Equations for Engineers, Spring 2013-14 CME 106 Introduction to Probability and Statistics for Engineers, Summer 2013-14, Winter 2014-15 MATSCI 331 Atom-based computational methods for materials, Winter 2017-18 MATSCI 175 Nanoscale Materials Physics Computation Laboratory, Spring 2017-18 |


InstancePopulator
instance
using defaults and/or provided arguments.InstancePopulator
instances
in compliance with the Builder design pattern.ObjectMapper
during deserialization of the key-value pairs
found within the transformations configuration file (YAML).pattern
and replacement
parameters
for a transformation consisting of a String.replaceAll(String, String)
operation.InstancePopulator
.OntModelSpec
for Jena
OntModel
.Copyright © 2020 Özcan Türkmen. All rights reserved.


Try out our Premium Member services: Virtual Legal Assistant, Query Alert Service and an ad-free experience. Free for one month and pay only if you like it.
IN THE HIGH COURT OF JHARKHAND AT RANCHI L.P.A. No. 23 of 2014 M/s G.S. Enterprises ......... Appellant -Versus- The State of Jharkhand and ors. ........ Respondents CORAM : HON'BLE THE CHIEF JUSTICE HON'BLE MR.JUSTICE P.P. BHATT ... For the Appellant : Mr.S.L.Agrawal, Advocate For the Respondents: M/s Ajit Kumar, AAG & Vikash Kumar,JC to AAG. Dated 7th July, 2014 By Court- This appeal is directed against the order dated 4.12.2013
passed in W.P.(C) No. 7668 of 2012 , whereby the Interlocutory Application filed by the appellant being I.A. No. 5231 of 2013, seeking stay of letter no.30 dated 5.11.2012 issued by the Forester, Bhadudih, Jamshedpur has been rejected.
2. The appellant is carrying on the business of manufacturing of brick at Plot nos. 287(P), 284, 288, 295, 530, 342, 347 ,348, 349, 350, 351, 352, 353, 354, 356, 529, 531, 532, 533, 534, 358,340,344,343,345(P) and 294 having an area of 9.49 acres at Mauza Rapcha in the district of East Singhbhum since 2005-06. The appellant has been granted permit under Rule 31 of the Jharkhand Minor Mineral Concession Rules by the Assistant Mining Officer, East Singhbhum for the year 2005-06. For running the brick kiln, the appellant was granted consent by the Jharkhand State Pollution Control Board under Section 21 of the Air (Prevention & Control of Pollution) Act, 1981.
3. For the protection and existence of ecology and habitat of wild life of Dalma Wildlife Sanctuary, the Government of India has 2. taken steps for prohibiting the running of industries of brick kiln in the Eco-sensitive Zone of Dalma Wildlife Sanctuary vide Ministry of Environment and Forests Notification No. S.O. 680(E) dated 29.3.2012 and pleased to notify the area up to five kilometers as Eco Sensitive Zone. Stating that the appellant- brick kiln is a polluting industry and is remitting hazardous solid waste in terrestrial area of Dalma Wildlife Sanctuary as well as using firewood in the process of baking bricks as well as damaging forest environment which is ultimately consumed by the wild animals and to ensure that the provisions of above Notification is complied with, the Forester, Bhadudih, Jamshedpur issued a closure notice to the appellant vide letter dated 5.11.2012, whereby the appellant has been directed to close the brick kiln forthwith, otherwise action would be taken against him under the provisions of Wild Life Protection act.
4. Challenging the said notice, the appellant filed the writ petition. In the writ petition, the appellant filed an Interlocutory Application being I.A. No. 5231 of 2013, claiming for stay of the impugned letter dated 5.11.2012 and the same was disposed of on 4.12.2013 holding that any interim order passed would tantamount to declaring the said order as bad and illegal at the initial stage without hearing the writ petition on merit.
5. Being aggrieved by the dismissal of the Interlocutory Application, the appellant has filed this Letters Patent Appeal.
6. When the Letters Patent Appeal came for hearing, the appellant was represented by the learned counsel- Mr.S.L.Agrawal 3. and the respondent- State is represented by Mr.Ajit Kumar, learned Additional Advocate General, appearing along with Mr.Vikash Kumar, learned JC to AAG.
7. The present Letters Patent Appeal is preferred against the dismissal of the Interlocutory Application. Admittedly, the main writ petition is pending before the learned Single Judge.
8. Since the main writ petition is pending, we are not inclined to go into the merits of the matter.
9. The Letters Patent Appeal is disposed of giving liberty to the appellant to raise all the contentions before the learned Single Judge in the pending writ petition.
10. We request the learned Single Judge to take up the writ petition at an early date.
(R. Banumathi, C.J.) ( P.P. Bhatt, J.) G.Jha


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Moon Milk Café
Create your own Milkshake! $150
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- strawberry
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Ice Cream $120
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Leaflet-Tabletop
Leaflet-Tabletop
Below are examples of basic Leaflet maps, also using Tabletop.js.
View Fusion Tables docs »


- Source:
Classes
Methods
-
(static) addType(type, object)
-
Extend the built-in types
Parameters:
Name Type Description type
String Name of the type object
Object Complete object with all the field functions that are overwriting the existing ones in the mastertype - Source:
-
(static) setDefaults(object)
-
Set the default values for the settings (for every instantiated gridform object) This can be useful for a standard form for a whole application
Parameters:
Name Type Description object
Object Settings object - Source:


Abstract
Common Lisp comes with quite some functions to compare objects for equality, yet none is applicable in every situation and in general this is hard, as equality of objects depends on the semantics of operations on them. As consequence, users find themselves regularly in a situation where they have to roll their own specialized equality test.
This module provides one of many possible equivalence relations between standard Common Lisp objects. However, it can be extended for new objects through a simple CLOS protocol. The rules when two objects are considered equivalent distinguish between mutating and frozen objects. A frozen object is promised not to be mutated in the future in a way that operations on it can notice the difference.
We have chosen to compare mutating objects only for identity (pointer equality), to avoid various problems. Equivalence for frozen objects on the other hand is established by recursing on the objects' constituent parts and checking their equivalence. Hence, two objects are equivalent under the
OBJECT=
relation, if they are either identical, or if they are frozen and structurally equivalent, i.e, their constituents are point-wise equivalent.Since many objects are potentially mutable, but are not necessarily mutated from a certain point in their life time on, it is possible to promise to the equivalence relation that they remain frozen for the rest of their life time, thus enabling coarser equivalence than the often too fine-grained pointer equality.
The code comes with a BSD-style license so you can basically do with it whatever you want.
The canonical location for MW-EQUIV is http://www.foldr.org/~michaelw/projects/mw-equiv/.
Download shortcut: http://www.foldr.org/~michaelw/projects/mw-equiv/mw-equiv.tar.gz.
MW-EQUIV together with this documentation can be downloaded from http://www.foldr.org/~michaelw/projects/mw-equiv/mw-equiv.tar.gz. Alternatively, it can be installed via ASDF-Install:
(asdf-install:install "http://www.foldr.org/~michaelw/projects/mw-equiv/mw-equiv.tar.gz")
The current released version is 0.1.3.
A Subversion repository is available at http://svn.foldr.org/~michaelw/mw-equiv/.
Please direct bug reports, patches, questions, and any other feedback to Michael Weber.
To extend the equivalence
relation OBJECT=
for a new type,
the following steps are necessary:
OBJECT-FROZENP
for
instances of the new type to reflect whether they are frozen or not.OBJECT-CONSTITUENTS
for the new
type.
[Generic function]
object-constituents type => list
Returns list of accessors used to determine equivalence of objects of type TYPE.
[Method]
object-constituents (type (eql cons)) => list
Frozen conses are compared by their CAR and CDR entries. Note that by default (as perOBJECT-FROZENP
), conses are potentially mutable. Thus, two conses are only regarded equivalent when they are pointer-equal, i.e, the same.
[Method]
object-constituents (type (eql pathname)) => list
Pathnames are compared according to their directory, name, type, version, host and device.
[Generic function]
object-frozenp object => generalized-boolean
Indicates whether OBJECT is frozen. That is, this function must return true only if OBJECT will not be mutated in an observable way from the point of the call until the end of its life time, otherwise false.
[Method]
object-frozenp object => generalized-boolean
Unknown objects are conservatively assumed to be mutating, hence this method returns false.
[Method]
object-frozenp (object cons) => generalized-boolean
object-frozenp (object string) => generalized-boolean
object-frozenp (object vector) => generalized-boolean
Returns false.
[Method]
object-frozenp (object pathname) => generalized-boolean
object-frozenp (object number) => generalized-boolean
object-frozenp (object character) => generalized-boolean
Returns true.
[Function]
object-sequence= xs ys => generalized-boolean
Checks whether sequences XS and YS are element-wise equivalent, by means of
OBJECT=
, and of the same length. If FROZENP is specified, it will be passed to OBJECT= for each element.
[Function]
object-vector= xs ys => generalized-boolean
Checks whether vectors XS and YS are element-wise equivalent, by means of
OBJECT=
, and of the same length. If FROZENP is specified, it will be passed to OBJECT= for each element. UseOBJECT-SEQUENCE=
instead.
[Function]
object= x y &optional frozenp => generalized-boolean
Returns true if X and Y are (observationally) equivalent. Hence,OBJECT=
is an equivalence relation:
- (object= x x)
- (equal (object= x y frozenp) (object= y x frozenp))
- (implies (and (object= x y frozenp) (object= y z frozenp)) (object= x z frozenp))
Frozen objects (i.e., objects which are promised not to mutate) are compared by recursing into their constituents, as specified by
OBJECT-CONSTITUENTS
. Mutating (i.e., not frozen) objects are compared with the pointer equality EQ.FROZENP can be used to override the defaults for X and Y given by
OBJECT-FROZENP
. It is a promise that none of the objects X and Y are referring to with their constituents, or any of the constituents' constituents, are mutated from the time of the call toOBJECT=
onwards.If one lies with FROZENP,
OBJECT-FROZENP
, orOBJECT-CONSTITUENTS
, all bets are off and the result ofOBJECT=
is meaningless.
OBJECT=
diverges if both X and Y are circular data structures.See also: http://home.pipeline.com/~hbaker1/ObjectIdentity.html
This documentation was prepared with DOCUMENTATION-TEMPLATE.


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%[findByCityAndCategory](3)
~[greet?] ~[botName?] ~[please?] ~[find?] ~[restaurants?] ~[nearby] @[city]
~[greet]
hey
hi
hello
greetings
~[botName]
Pia
~[please]
please
pls
~[find]
find
search
lookup
~[nearby]
close to
in the area of
within
located at
nearby
~[restaurants]
restaurants
places to eat
where to eat
~[newYork]
new york ~[city?]
ny ~[city?]
~[sanFrancisco]
san francisco
san francisco city
~[atlanta]
atlanta
atlanta city
~[city]
city
@[city]
~[newYork]
~[sanFrancisco]
~[atlanta]
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Stonebwoy thanks Shatta Wale for gifting him his award
by Qwame BenedictPresident of Bhim Nation Stonebwoy has finally responded to Shatta Wale after the latter willingly gifted him his award last weekend.
During the 4Syte Music Video Awards last weekend, Shatta Wale after winning the award for the most popular video called a representative from Stonebwoy on stage and gave him the award saying its a sign of their newfound friendship.
Well, Stonebwoy earlier today went to the 4Syte mansion and officially received his awards from the organizers.
Stonebwoy after taking his awards, the ‘Ololo’ hitmaker thanked his fans for voting for him to win the awards and also thanked his former enemy Shatta Wale for dashing him his award on the night.


{% extends 'base.html' %}
{% load static %}
{% block title %}TRAM - Threat Report ATT&CK Mapper{% endblock %}
{% block body %}
ML Admin
ML Models
| Model Name |
Last Trained |
Accuracy (f1 Score) |
Trained Techniques |
{% for model in models %}
| {{ model.name }} |
{{ model.last_trained }} |
{{ model.average_f1_score }}% |
{{model.trained_techniques_count}} |
{% endfor %}
| Setting |
Value |
Note |
| ML_ACCEPT_THRESHOLD |
{{ML_ACCEPT_THRESHOLD}} |
Exclude Attack Techniques with less than the specified number of accepted sentences |
| ML_CONFIDENCE_THRESHOLD |
{{ML_CONFIDENCE_THRESHOLD}} |
Do not proposed Attack Techniques if the confidence is below the threshold |
{% endblock %}


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I AM (MR. WILLIAM DONCUYUN) FROM LIBERIA, WEST AFRICA.  I AM THE FIRST SON OF MR.  MY SISTER'S DIED ON THE SPOT WHILE U.N.PEACE MAKER, KEEPING FORCE RESCUED MY FATHER,HE WAS TAKEN TO HOSPITAL FOR MEDICAL. TREATMENT WHICH HE LATER DIED. BEFORE HE DIED HE REAVEALED TO ME AND MY MOTHER ABOUT THE BOXES CONTAINING: 85 KILO OF RAW GOLD AND $12.5 MILLION, (TWELVE MILLION AND FIVE HUNDERED THOUSAND US DOLLARS). WHICH HE DEPOSITED WITH A SECURITY COMPANY IN GHANA FOR SAFE KEEPING. MY FATHER DID NOT DISCLOSE ANY OF THE CONTENT OF THE BOXES TO THE SECURITY COMPANY.TO AVIOD THE OFFICIALS FROM RAISING EYE BROWS TO THE FUNDS.  THEREFORE I WANT YOU TO LECTURE ME ON HOW BEST WE CAN INVEST THIS MONEY, BECAUSE MY FATHER TOLD ME THAT IT IS DANGEROUS TO INVEST THIS MONEY IN AFRICA TO AVIOD SUSPICIONS, AND DUE TO MARKET INSTABILITY COUPLED WITH ECONOMIC AND POLITICAL INSTABILITY FACING AFRICAN COUNTRIES, THAT IS WHY WE WANT TO INVEST IN ABROAD.  WE HAVE ALL THE VITAL DOCUMENTS COVERING THE DEPOSIT AND THE OWNERSHIP WHICH I CAN SEND TO YOU THROUGH FAX ON REQUEST.  I AM WAITING FOR YOUR URGENT AND POSITIVE FEEDBACK. BEST REGARDS, MR. WILLIAM DONCUYUN. (FOR THE ENTIRE FAMILY)


| Internet Engineering Task Force | A. Wright, Ed. |
| Internet-Draft | |
| Intended status: Informational | G. Luff |
| Expires: October 23, 2017 | |
| H. Andrews, Ed. | |
| Cloudflare, Inc. | |
| April 21, 2017 |
JSON Schema Validation: A Vocabulary for Structural Validation of JSON
draft-wright-json-schema-validation-01
JSON Schema (application/schema+json) has several purposes, one of which is JSON instance validation. This document specifies a vocabulary for JSON Schema to describe the meaning of JSON documents, provide hints for user interfaces working with JSON data, and to make assertions about what a valid document must look like.
The issues list for this draft can be found at <https://github.com/json-schema-org/json-schema-spec/issues>.
For additional information, see <http://json-schema.org/>.
To provide feedback, use this issue tracker, the communication methods listed on the homepage, or email the document editors.
This Internet-Draft is submitted in full conformance with the provisions of BCP 78 and BCP 79.
Internet-Drafts are working documents of the Internet Engineering Task Force (IETF). Note that other groups may also distribute working documents as Internet-Drafts. The list of current Internet-Drafts is at http://datatracker.ietf.org/drafts/current/.
Internet-Drafts are draft documents valid for a maximum of six months and may be updated, replaced, or obsoleted by other documents at any time. It is inappropriate to use Internet-Drafts as reference material or to cite them other than as "work in progress."
This Internet-Draft will expire on October 23, 2017.
Copyright (c) 2017 IETF Trust and the persons identified as the document authors. All rights reserved.
This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents (http://trustee.ietf.org/license-info) in effect on the date of publication of this document. Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Code Components extracted from this document must include Simplified BSD License text as described in Section 4.e of the Trust Legal Provisions and are provided without warranty as described in the Simplified BSD License.
JSON Schema can be used to require that a given JSON document (an instance) satisfies a certain number of criteria. These criteria are asserted by using keywords described in this specification. In addition, a set of keywords is also defined to assist in interactive user interface instance generation.
This specification will use the terminology defined by the JSON Schema core [json-schema] specification.
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC 2119 [RFC2119].
This specification uses the term "container instance" to refer to both array and object instances. It uses the term "children instances" to refer to array elements or object member values.
Elements in an array value are said to be unique if no two elements of this array are equal [json-schema].
It should be noted that the nul character (\u0000) is valid in a JSON string. An instance to validate may contain a string value with this character, regardless of the ability of the underlying programming language to deal with such data.
The JSON specification allows numbers with arbitrary precision, and JSON Schema does not add any such bounds. This means that numeric instances processed by JSON Schema can be arbitrarily large and/or have an arbitrarily long decimal part, regardless of the ability of the underlying programming language to deal with such data.
Two validation keywords, "pattern" and "patternProperties", use regular expressions to express constraints.
Furthermore, given the high disparity in regular expression constructs support, schema authors SHOULD limit themselves to the following regular expression tokens:
Finally, implementations MUST NOT take regular expressions to be anchored, neither at the beginning nor at the end. This means, for instance, the pattern "es" matches "expression".
Most validation keywords only constrain values within a certain primitive type. When the type of the instance is not of the type targeted by the keyword, the validation succeeds.
For example, the "maxLength" keyword will only restrict certain strings (that are too long) from being valid. If the instance is a number, boolean, null, array, or object, the keyword passes validation.
Two of the primitive types, array and object, allow for child values. The validation of the primitive type is considered separately from the validation of child instances.
For arrays, primitive type validation consists of validating restrictions on length with "minItems" and "maxItems", while "items" and "additionalItems" determine which subschemas apply to which elements of the array. In addition, "uniqueItems" and "contains" validate array contents as a whole.
For objects, primitive type validation consists of validating restrictions on which and how many properties appear with "required", "minProperties", "maxProperties", "propertyNames", and the string array form of "dependencies", while "properties", "patternProperties", and "additionalProperties" determine which subschemas apply to which object property values. In addition, the schema form of "dependencies" validates the object as a whole based on the presence of specific property names.
Each JSON Schema validation keyword adds constraints that an instance must satisfy in order to successfully validate.
Validation keywords that are missing never restrict validation. In some cases, this no-op behavior is identical to a keyword that exists with certain values, and these values are noted where known.
Validation keywords typically operate independently, without affecting each other's outcomes.
For schema author convenience, there are some exceptions:
The current URI for the JSON Schema Validation is <http://json-schema.org/draft-06/schema#>.
Validation keywords in a schema impose requirements for successful validation of an instance.
The value of "multipleOf" MUST be a number, strictly greater than 0.
A numeric instance is valid only if division by this keyword's value results in an integer.
The value of "maximum" MUST be a number, representing an inclusive upper limit for a numeric instance.
If the instance is a number, then this keyword validates only if the instance is less than or exactly equal to "maximum".
The value of "exclusiveMaximum" MUST be number, representing an exclusive upper limit for a numeric instance.
If the instance is a number, then the instance is valid only if it has a value strictly less than (not equal to) "exclusiveMaximum".
The value of "minimum" MUST be a number, representing an inclusive upper limit for a numeric instance.
If the instance is a number, then this keyword validates only if the instance is greater than or exactly equal to "minimum".
The value of "exclusiveMinimum" MUST be number, representing an exclusive upper limit for a numeric instance.
If the instance is a number, then the instance is valid only if it has a value strictly greater than (not equal to) "exclusiveMinimum".
The value of this keyword MUST be a non-negative integer.
A string instance is valid against this keyword if its length is less than, or equal to, the value of this keyword.
The length of a string instance is defined as the number of its characters as defined by RFC 7159 [RFC7159].
The value of this keyword MUST be a non-negative integer.
A string instance is valid against this keyword if its length is greater than, or equal to, the value of this keyword.
The length of a string instance is defined as the number of its characters as defined by RFC 7159 [RFC7159].
Omitting this keyword has the same behavior as a value of 0.
The value of this keyword MUST be a string. This string SHOULD be a valid regular expression, according to the ECMA 262 regular expression dialect.
A string instance is considered valid if the regular expression matches the instance successfully. Recall: regular expressions are not implicitly anchored.
The value of "items" MUST be either a valid JSON Schema or an array of valid JSON Schemas.
This keyword determines how child instances validate for arrays, and does not directly validate the immediate instance itself.
If "items" is a schema, validation succeeds if all elements in the array successfully validate against that schema.
If "items" is an array of schemas, validation succeeds if each element of the instance validates against the schema at the same position, if any.
Omitting this keyword has the same behavior as an empty schema.
The value of "additionalItems" MUST be a valid JSON Schema.
This keyword determines how child instances validate for arrays, and does not directly validate the immediate instance itself.
If "items" is an array of schemas, validation succeeds if every instance element at a position greater than the size of "items" validates against "additionalItems".
Otherwise, "additionalItems" MUST be ignored, as the "items" schema (possibly the default value of an empty schema) is applied to all elements.
Omitting this keyword has the same behavior as an empty schema.
The value of this keyword MUST be a non-negative integer.
An array instance is valid against "maxItems" if its size is less than, or equal to, the value of this keyword.
The value of this keyword MUST be a non-negative integer.
An array instance is valid against "minItems" if its size is greater than, or equal to, the value of this keyword.
Omitting this keyword has the same behavior as a value of 0.
The value of this keyword MUST be a boolean.
If this keyword has boolean value false, the instance validates successfully. If it has boolean value true, the instance validates successfully if all of its elements are unique.
Omitting this keyword has the same behavior as a value of false.
The value of this keyword MUST be a valid JSON Schema.
An array instance is valid against "contains" if at least one of its elements is valid against the given schema.
The value of this keyword MUST be a non-negative integer.
An object instance is valid against "maxProperties" if its number of properties is less than, or equal to, the value of this keyword.
The value of this keyword MUST be a non-negative integer.
An object instance is valid against "minProperties" if its number of properties is greater than, or equal to, the value of this keyword.
Omitting this keyword has the same behavior as a value of 0.
The value of this keyword MUST be an array. Elements of this array, if any, MUST be strings, and MUST be unique.
An object instance is valid against this keyword if every item in the array is the name of a property in the instance.
Omitting this keyword has the same behavior as an empty array.
The value of "properties" MUST be an object. Each value of this object MUST be a valid JSON Schema.
This keyword determines how child instances validate for objects, and does not directly validate the immediate instance itself.
Validation succeeds if, for each name that appears in both the instance and as a name within this keyword's value, the child instance for that name successfully validates against the corresponding schema.
Omitting this keyword has the same behavior as an empty object.
The value of "patternProperties" MUST be an object. Each property name of this object SHOULD be a valid regular expression, according to the ECMA 262 regular expression dialect. Each property value of this object MUST be a valid JSON Schema.
This keyword determines how child instances validate for objects, and does not directly validate the immediate instance itself. Validation of the primitive instance type against this keyword always succeeds.
Validation succeeds if, for each instance name that matches any regular expressions that appear as a property name in this keyword's value, the child instance for that name successfully validates against each schema that corresponds to a matching regular expression.
Omitting this keyword has the same behavior as an empty object.
The value of "additionalProperties" MUST be a valid JSON Schema.
This keyword determines how child instances validate for objects, and does not directly validate the immediate instance itself.
Validation with "additionalProperties" applies only to the child values of instance names that do not match any names in "properties", and do not match any regular expression in "patternProperties".
For all such properties, validation succeeds if the child instance validates against the "additionalProperties" schema.
Omitting this keyword has the same behavior as an empty schema.
This keyword specifies rules that are evaluated if the instance is an object and contains a certain property.
This keyword's value MUST be an object. Each property specifies a dependency. Each dependency value MUST be an array or a valid JSON Schema.
If the dependency value is a subschema, and the dependency key is a property in the instance, the entire instance must validate against the dependency value.
If the dependency value is an array, each element in the array, if any, MUST be a string, and MUST be unique. If the dependency key is a property in the instance, each of the items in the dependency value must be a property that exists in the instance.
Omitting this keyword has the same behavior as an empty object.
The value of "propertyNames" MUST be a valid JSON Schema.
If the instance is an object, this keyword validates if every property name in the instance validates against the provided schema. Note the property name that the schema is testing will always be a string.
Omitting this keyword has the same behavior as an empty schema.
The value of this keyword MUST be an array. This array SHOULD have at least one element. Elements in the array SHOULD be unique.
An instance validates successfully against this keyword if its value is equal to one of the elements in this keyword's array value.
Elements in the array might be of any value, including null.
The value of this keyword MAY be of any type, including null.
An instance validates successfully against this keyword if its value is equal to the value of the keyword.
The value of this keyword MUST be either a string or an array. If it is an array, elements of the array MUST be strings and MUST be unique.
String values MUST be one of the six primitive types ("null", "boolean", "object", "array", "number", or "string"), or "integer" which matches any number with a zero fractional part.
An instance validates if and only if the instance is in any of the sets listed for this keyword.
This keyword's value MUST be a non-empty array. Each item of the array MUST be a valid JSON Schema.
An instance validates successfully against this keyword if it validates successfully against all schemas defined by this keyword's value.
This keyword's value MUST be a non-empty array. Each item of the array MUST be a valid JSON Schema.
An instance validates successfully against this keyword if it validates successfully against at least one schema defined by this keyword's value.
This keyword's value MUST be a non-empty array. Each item of the array MUST be a valid JSON Schema.
An instance validates successfully against this keyword if it validates successfully against exactly one schema defined by this keyword's value.
This keyword's value MUST be a valid JSON Schema.
An instance is valid against this keyword if it fails to validate successfully against the schema defined by this keyword.
This keyword's value MUST be an object. Each member value of this object MUST be a valid JSON Schema.
This keyword plays no role in validation per se. Its role is to provide a standardized location for schema authors to inline JSON Schemas into a more general schema.
{ "type": "array", "items": { "$ref": "#/definitions/positiveInteger" }, "definitions": { "positiveInteger": { "type": "integer", "exclusiveMinimum": 0 } } }
As an example, here is a schema describing an array of positive integers, where the positive integer constraint is a subschema in "definitions":
The value of both of these keywords MUST be a string.
Both of these keywords can be used to decorate a user interface with information about the data produced by this user interface. A title will preferably be short, whereas a description will provide explanation about the purpose of the instance described by this schema.
There are no restrictions placed on the value of this keyword.
This keyword can be used to supply a default JSON value associated with a particular schema. It is RECOMMENDED that a default value be valid against the associated schema.
The value of this keyword MUST be an array. There are no restrictions placed on the values within the array.
This keyword can be used to provide sample JSON values associated with a particular schema, for the purpose of illustrating usage. It is RECOMMENDED that these values be valid against the associated schema.
Implementations MAY use the value of "default", if present, as an additional example. If "examples" is absent, "default" MAY still be used in this manner.
Structural validation alone may be insufficient to validate that an instance meets all the requirements of an application. The "format" keyword is defined to allow interoperable semantic validation for a fixed subset of values which are accurately described by authoritative resources, be they RFCs or other external specifications.
The value of this keyword is called a format attribute. It MUST be a string. A format attribute can generally only validate a given set of instance types. If the type of the instance to validate is not in this set, validation for this format attribute and instance SHOULD succeed.
Implementations MAY support the "format" keyword. Should they choose to do so:
Implementations MAY add custom format attributes. Save for agreement between parties, schema authors SHALL NOT expect a peer implementation to support this keyword and/or custom format attributes.
This attribute applies to string instances.
A string instance is valid against this attribute if it is a valid date representation as defined by RFC 3339, section 5.6 [RFC3339].
This attribute applies to string instances.
A string instance is valid against this attribute if it is a valid Internet email address as defined by RFC 5322, section 3.4.1 [RFC5322].
This attribute applies to string instances.
A string instance is valid against this attribute if it is a valid representation for an Internet host name, as defined by RFC 1034, section 3.1 [RFC1034].
This attribute applies to string instances.
A string instance is valid against this attribute if it is a valid representation of an IPv4 address according to the "dotted-quad" ABNF syntax as defined in RFC 2673, section 3.2 [RFC2673].
This attribute applies to string instances.
A string instance is valid against this attribute if it is a valid representation of an IPv6 address as defined in RFC 2373, section 2.2 [RFC2373].
This attribute applies to string instances.
A string instance is valid against this attribute if it is a valid URI, according to [RFC3986].
This attribute applies to string instances.
A string instance is valid against this attribute if it is a valid URI Reference (either a URI or a relative-reference), according to [RFC3986].
This attribute applies to string instances.
A string instance is valid against this attribute if it is a valid URI Template (of any level), according to [RFC6570].
This attribute applies to string instances.
A string instance is valid against this attribute if it is a valid JSON Pointer, according to [RFC6901]
JSON Schema validation defines a vocabulary for JSON Schema core and concerns all the security considerations listed there.
JSON Schema validation allows the use of Regular Expressions, which have numerous different (often incompatible) implementations. Some implementations allow the embedding of arbitrary code, which is outside the scope of JSON Schema and MUST NOT be permitted. Regular expressions can often also be crafted to be extremely expensive to compute (with so-called "catastrophic backtracking"), resulting in a denial-of-service attack.
| [RFC2119] | Bradner, S., Key words for use in RFCs to Indicate Requirement Levels", BCP 14, RFC 2119, DOI 10.17487/RFC2119, March 1997. |
| [json-schema] | JSON Schema: A Media Type for Describing JSON Documents", Internet-Draft draft-wright-json-schema-00, October 2016. | , "
| [RFC1034] | Mockapetris, P., "Domain names - concepts and facilities", STD 13, RFC 1034, DOI 10.17487/RFC1034, November 1987. |
| [RFC2373] | Hinden, R. and S. Deering, "IP Version 6 Addressing Architecture", RFC 2373, DOI 10.17487/RFC2373, July 1998. |
| [RFC2673] | Crawford, M., "Binary Labels in the Domain Name System", RFC 2673, DOI 10.17487/RFC2673, August 1999. |
| [RFC3339] | Klyne, G. and C. Newman, "Date and Time on the Internet: Timestamps", RFC 3339, DOI 10.17487/RFC3339, July 2002. |
| [RFC3986] | Berners-Lee, T., Fielding, R. and L. Masinter, "Uniform Resource Identifier (URI): Generic Syntax", STD 66, RFC 3986, DOI 10.17487/RFC3986, January 2005. |
| [RFC6570] | Gregorio, J., Fielding, R., Hadley, M., Nottingham, M. and D. Orchard, "URI Template", RFC 6570, DOI 10.17487/RFC6570, March 2012. |
| [RFC6901] | Bryan, P., Zyp, K. and M. Nottingham, "JavaScript Object Notation (JSON) Pointer", RFC 6901, DOI 10.17487/RFC6901, April 2013. |
| [RFC7159] | Bray, T., "The JavaScript Object Notation (JSON) Data Interchange Format", RFC 7159, DOI 10.17487/RFC7159, March 2014. |
| [RFC5322] | Resnick, P., Internet Message Format", RFC 5322, DOI 10.17487/RFC5322, October 2008. |
| [ecma262] | ECMA 262 specification" | , "
Thanks to Gary Court, Francis Galiegue, Kris Zyp, and Geraint Luff for their work on the initial drafts of JSON Schema.
Thanks to Jason Desrosiers, Daniel Perrett, Erik Wilde, Ben Hutton, Evgeny Poberezkin, Brad Bowman, Gowry Sankar, Donald Pipowitch, and Dave Finlay for their submissions and patches to the document.
[CREF1]This section to be removed before leaving Internet-Draft status.


The Esala Perahera in Kandy is one of the oldest and grandest of all Buddhist festivals in Sri Lanka, featuring dancers, jugglers, musicians, fire-breathers, and lavishly decorated elephants. This is held in Esala (July or August) which is the month that is believed to commemorate the first teaching given by the Buddha after he attained enlightenment
The Esala Perahera in Kandy is celebrated to honour the Sacred Tooth Relic and the four ‘guardian’ Gods Natha, Vishnu, Kataragama and Goddess Pattini.
At the forefront of the procession are the Whip Crackers. The cracking of whips all the way from the very beginning to end of the chosen path of Perahera signifies the approach of the procession. Immediately following the whip crackers are the Flag Bearers carrying standard flags and flags of the different Provinces and the Temples in single file on both sides of the road. The official called Peramunerala riding on the first elephant follows next carrying the register of the Sacred Temple of the Tooth at Kandy.
Next on the procession are the Drummers playing an array of traditional drums and blowing traditional flutes. While the drummers play in explosive style, the teams of traditional dancers create magic with their leaps and moves. The hoards of drummers and dancers are followed up by the officer in charge of the elephants, of course mounted on a caparisoned and decorated tusker. During the ancient and medieval times of Sri Lanka, the officer in charge of the King’s stable had been a high ranking minister of the king. To date the officer in charge of the elephants called the Gajanayaka Nilame carries the silver goad called Ankusa that symbolize his authority. Following the Gajanayake Nilame is another officer of the temple mounted on a tusker: the ‘Kariyakorawnarala’, is the officer in charge of drummers and dancers. He is also responsible for minor functions at the Sacred Temple of the Tooth. Arrival of the Kariyakorawnarala sets the stage for the center of attraction: the Maligawa Tusker who is caparisoned, robed and illuminated, walks majestically in supreme grace and great pride carrying the resplendent golden casket called the ‘Karaduwa’ sheltered with a canopy. The golden casket contains the Sacred Tooth Relic of Buddha.


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×
TREASURE HUNT
DESCRIPTION
"Curious to spot out the treasure".
Get in we have something for you hustle to attain the clues and maps to the bright surprise waiting for your arrival.
RULES
- Maximum number of participants allowed in one team is five(5).
- Prelims will be conducted.
- The treasure hunt consists of 4-5 clues, each one leading to the next clue.
- The clues are to be found in a particular order. A team can not skip a clue.
- Skipping a clue leads to disqualification of the team.
- Do not search for clues in off-limit areas.
- Taking external help is not permitted. If found any, the team will be disqualified.
- If you foundother team’s clue by any chance never tamper it. A violation of this rule could cause disqualification of your team.
- You move any object to search the clue, kindly replace it back.
- All the clues of the teams are different and located at different places but the final destination i.e, the treasure is same. The team which finds the treasure wins first.
- Use of mobile phone or any other electronic devices is not permitted.
- The teams should have all the clues with them when the task time ends.
- The task should be completed within the time limit.
- Decision of the judges will be final and binding.
- The rules and conditions are subject to change by the co-ordinators if necessary.


In April, the new executives were sworn into office. Becky “Eliza” Ivan, a fifth year studying political science, is the president. Elaina Tartal, a senior studying political science and sociology-criminology, is the vice president. Simar Kalkat, a junior studying finance, business analytics and economics, is the treasurer.
The executives act as a direct line of communication between OU administration officials and the student body. All the executives meet bi-weekly with Jenny Hall-Jones, the dean of students and interim vice president for student affairs, Ivan said.
The president is the main person who communicates with OU administration. As president, Ivan said she keeps an eye out for the university and for the best interests of students.
The vice president communicates more directly with the Senate body and acts as a leader. Part of the job includes•assisting the Senate body with completing activities, projects and events, Tartal said. As vice president, she will sit in on many different committee meetings within Senate and on the university level to advocate on behalf of students.
While also being a communicator like the president and vice president, the treasurer’s focus is on distributing money to different student organizations on campus. Typically, the treasurer works closely with the Senate Appropriations Commission, or SAC.
Senate works with SAC and the Judicial Panel to hold itself accountable. According to Senate’s website, SAC is responsible for allocating funds to student organizations on campus through funding requests. The Judicial Panel oversees the constitutional functionality of Senate, especially during Senate elections in the Spring Semester.
“Those are their own bodies that just combine with Senate to work together,” Ivan said. “Judicial Panel is its own student organization, and then SAC is its own organization, but we all work cohesively.”
Below the Senate executives are many different branches of commissioners who represent a certain part of the OU student body.
“We fill those commissions with people that represent what those commissions are supposed to help,” Ivan said. “So, the LGBT one, they focus on … LGBT issues on campus. Our new commissioner for the upcoming year, when we interviewed her, she was really excited about trying to make (gender neutral) bathrooms more accessible on campus.”
Students can apply for commissioner roles through Bobcat Connect. Commissioners are elected through a formal interview process with the executives and the graduate advisor. Once they are elected, commissioners can fill their commissions through conducting their own interview processes.
“I think Student Senate is a good way for students to have a way to voice their grievances on campus and things that they want to see change, but they don't know how to go about it,” Tartal said. “We can help them find a way to either get them in contact with different administration that can help, or find a way or a program or something that could help them.”
As Senate looks toward the coming school year, the executives have plans to improve the inclusive excellence strategic plan and update the code of conduct, Ivan said. The organization hopes to implement initiatives and programs throughout next year to better the lives of OU students.
“There's so much that goes into Senate, whether it's the policy aspects, the programming aspects, we’re really kind of just all over campus, in niche areas as well,” Kalkat said. “We're the boots on the ground. We know what's happening on campus, and it's our role and responsibility to chat and communicate the good and the bad that's happening on campus.”


PocketSphinx.js Demo
This demo will recognize English integers from 1 to 10.
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Stop
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Recognition Output


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Web hooks


public interface ExecutorAllocationClient
| Modifier and Type | Method and Description |
|---|---|
scala.collection.Seq<String> |
getExecutorIds()
Get the list of currently active executors
|
boolean |
killExecutor(String executorId)
Request that the cluster manager kill the specified executor.
|
scala.collection.Seq<String> |
killExecutors(scala.collection.Seq<String> executorIds,
boolean adjustTargetNumExecutors,
boolean countFailures,
boolean force)
Request that the cluster manager kill the specified executors.
|
boolean |
killExecutorsOnHost(String host)
Request that the cluster manager kill every executor on the specified host.
|
boolean |
requestExecutors(int numAdditionalExecutors)
Request an additional number of executors from the cluster manager.
|
boolean |
requestTotalExecutors(int numExecutors,
int localityAwareTasks,
scala.collection.immutable.Map<String,Object> hostToLocalTaskCount)
Update the cluster manager on our scheduling needs.
|
scala.collection.Seq<String> getExecutorIds()
boolean killExecutor(String executorId)
executorId
- (undocumented)scala.collection.Seq<String> killExecutors(scala.collection.Seq<String> executorIds, boolean adjustTargetNumExecutors, boolean countFailures, boolean force)
executorIds
- identifiers of executors to killadjustTargetNumExecutors
- whether the target number of executors will be adjusted down
after these executors have been killedcountFailures
- if there are tasks running on the executors when they are killed, whether
to count those failures toward task failure limitsforce
- whether to force kill busy executors, default falseboolean killExecutorsOnHost(String host)
host
- (undocumented)boolean requestExecutors(int numAdditionalExecutors)
numAdditionalExecutors
- (undocumented)boolean requestTotalExecutors(int numExecutors, int localityAwareTasks, scala.collection.immutable.Map<String,Object> hostToLocalTaskCount)
numExecutors
- The total number of executors we'd like to have. The cluster manager
shouldn't kill any running executor to reach this number, but,
if all existing executors were to die, this is the number of executors
we'd want to be allocated.localityAwareTasks
- The number of tasks in all active stages that have a locality
preferences. This includes running, pending, and completed tasks.hostToLocalTaskCount
- A map of hosts to the number of tasks from all active stages
that would like to like to run on that host.
This includes running, pending, and completed tasks.


Key features of our company
Secure
Our site is completely secure and all your information is stored securely, alongside we always make sure that the people you deal with on our website are 100% legit
Passion
Traders on our discussion forum are passionate and are always ready with the best deals and trades for you on all over the internet.
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Our discussion forum and community members ensure that you are easily able to buy and sell, and complete your trade easily
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We provide instant support to our users, our support staff is availible 24/7 to respond to all your queries.


?UNITED
STATES
NATIONAL
HERBARIUM
M
T
R
Sodarstrom
L
F
0
Zukxc*.
Auf
1983
EX
HERB.
HORT.
REG.
KEW
1604268
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


| GEOS SDK TechDocs
|
| objmessagebrk ...
| pdisk ...
patchin
Patchin undoes the work of patchout.
patchout
This command causes a RET to be placed at the start of a routine.
patient-default
patient-default [<geode-name>]
Examples:
-
"patient-default hello2"
-
Makes "hello2" the default patient.
-
"patient-default"
-
Prints the names of the current default patient.
Specifies the default patient. The
send
and
run
commands will use this as the default patient to operate on if none is passed to them.
pbitmap
pbitmap <address>
Print a bitmap graphically.
-
The address argument is the address of the Bitmap or CBitmap structure.
-
Color bitmaps are printed with a letter representing the color as well. The letters are index from the string (kbgcrvnAaBGCRVYW).
pcarray
pcarray [-eth] [<address>]
Examples:
-
"pcarray"
- Print the chunk array at *DS:SI (header only)
-
"pcarray es:di"
-
Print the chunk array at ES:DI (header only)
-
"pcarray -e"
- Print the chunk array at *DS:SI and print the elements in the array
-
"pcarray -tMyStruct"
-
Print the chunk array at *DS:SI and print the elements where the elements are of type MyStruct
-
"pcarry -tMyStruct -TMyExtraStruct"
-
Like above, but data after MyStruct is printed as an array of MyExtraStruct structures.
-
"pcarray -e3"
-
Print the chunk array at *DS:SI and print the third element
-
"pcarray -hMyHeader"
-
Print the chunk array at *DS:SI (header only) where the header is of type MyHeader
Print information about a chunk array.
-
The flags argument can be any combination of the flags "e", "t", and "h". The "e" flag prints all elements. If followed by a number (e.g. "-e3"), then only the third element will be printed.
-
The `t' flag specifies the elements' type. It should be followed
immediately by the element type. You can also use "-tgstring" if
the elements are GString Elements.
-
The `h' flag specifies the header type. It should be followed immediately by the element type.
-
The `l' flag specifies how many elements to print. It can be used in conjunction with the `e' flag to print a range of element numbers.
-
The `H' flag suppresses printing of the header.
-
All flags are optional and may be combined.
-
The address argument is the address of the chunk array. If not specified then *ds:si is used.
pcbitmap
pcbitmap <address> <width> <height> [<no space flag>]
Examples:
-
"pcbitmap *ds:si 64 64 t"
-
print the bitmap without spaces
Print out a one-bit deep packbits-compacted bitmap.
-
The <address> argument is the address to the bitmap data.
-
The <width> argument is the width of the bitmap in pixels.
-
The <height> argument is the height of the bitmap in pixels.
-
The <no space flag> argument removes the space normally printed between the pixels. Anything (like "t") will activate the flag.
See Also: pncbitmap.
pcelldata
pcelldata [<addr>]
Examples:
-
"pcelldata *es:di"
-
Print cell data for cell at *es:di.
Prints data for a spreadsheet data.
If no address is given, *es:di is used.
See Also: content,
pcelldeps.
pcelldeps
pcelldeps <filehan> [<addr>]
Examples:
-
"pcelldeps 4be0h *es:di"
-
print dependencies of cell in file 4be0h.
Prints dependencies for a cell in the spreadsheet.
If no address is given, *es:di is used.
See Also: content,
pcelldata.
pclass
pclass [<address>]
Examples:
-
"pclass"
- prints the class of *DS:SI
-
"pclass ^l4ac0h:001eh"
-
Print the class of the object at the given address.
Print the object's class.
-
The <address> argument is the address of the object to find the class of. This defaults to *DS:SI.
pdb
Produces useful information about a DBase block. For now, only information about the map block of the DBase file is produced. First arg H is the SIF_FILE or SIG_VM handle's ID. Second arg B is the VM block handle for which information is desired.
pdgroup
pdgroup [<flags>] [<patient>]
Examples:
- "pdgroup"
- Prints out all dgroup variables of the current patient
- "pdgroup -e *lock*"
- Prints out all dgroup variables matching expression "*lock*" of the current patient
- "pdgroup term"
- Prints out all dgroup variables of the patient "term"
- "pdgroup -e *lock* term"
- Prints out all dgroup variables matching expression "*lock*" of the patient "term"
Prints out the variables defined in dgroup.
- Flags:
- -e <expression>
- Only prints out the variables matching <expression>.
When -e flag is used, expression argument must be
supplied. The expression syntax is the same as the
one specified in
"string match"
command.
See Also:
print,
pscope.
| GEOS SDK TechDocs
|
| objmessagebrk ...
| pdisk ...


Coding on an already existing, on-going site is much different than creating a small app from scratch—and, it’s how web development works outside of the classroom. So, unlike most bootcamps, we’ve setup partnerships with open-source, non-profit organizations who already have a presence on the web. Once you’ve proven yourself with smaller projects, you’ll learn how coding works in the real world. And, no, we aren’t making any money off of these jobs—so we pick only the ones that will be of most benefit to you and your learning.
Our unique async learning model means you’ll start out on these projects as a junior developer and will work with a small team and a product manager. As you gain experience, you’ll move into more lead roles on your team. And, along the way, we’ll show you tools like GitHub, Trello, and the Scrum Agile process that professional web devs use, so when you get your first job you'll already know all of the tricks.
Were you always the fastest kid in your kindergarten class—the first to spell ‘Dog’ or count to 10? Or, maybe you’re more of a wandering soul? Our Mastery Learning Model is designed specifically to ensure everyone learns at their own pace and are not held back or rushed by the pace of a one-size-fits-all classroom. When you’re ready, you’ll advance to more sophisticated and challenging positions on your team and to new teams with new projects.
We’re not your parents, so you won’t be getting lectures from us.  Instead, all instruction is based on what we see actually happening with either with the class, a team, or an individual. Occasionally, instructors will help facilitate group discussions and provide quick overviews of concepts that apply to a specific problem or context. And, then we have you immediately apply these discussion and contexts in exercises or with your team’s current project.
Our quick-start coding module ensures students enter the classroom with the programming background they’ll need to succeed. Intended primarily for students with little to no programming experience in JavaScript (but open to anyone!), you’ll work alongside other quick-start students through pre-course material designed specifically to teach the fundamentals of JavaScript, and the libraries will be using in the classroom. You’ll have the same access to instructors and to open office hours as everyone else, and the module is provided at no extra cost.
Practice what you preach. We’ve created an online dashboard application so you can track your progress through the course to see your strengths and weaknesses, currently and over time. Instructors will also use the dashboard when providing feedback on your progress.
When it comes to community, again, we’re focused on how coding works in the real world. At Isomer, the community starts with the other students and instructors you’ll be working with. But, it doesn’t stop there. We’re serious about getting you out in the local development community and into the online community. All students will give a presentation at a local web developer group—it’ll be part of your learning, but also a way to start meeting other developers and employers. Next, you’ll gain entry into the online community through building real world, open-source apps, which will let you build your reputation in communities like GitHub and Stack Overflow—which helps you immensely on the job market.
And, you’re tuition includes a 4-month membership at Sustainable Startups, Salt Lake City’s newest co-working space for social entrepreneurs. Here you’ll be surrounded by a constant stream of innovative people and ideas, a space to find new opportunities and to stay inspired by others who are looking to advance not only their worlds, but the world.
Sometimes it’s overlooked, but the students you learn alongside become one of the most valuable assets to your learning and advancement.
We are selective in who we take—our non-profit principles and async learning model enable us to not require any minimum class sizes. We take only who we want and who our current students will work with the best. You don’t necessarily need a background in web development—but many already do. Instead, we want the best and the brightest.
Sure, we look for students who are interested in working hard and want to have fun. But, students at Isomer also share a love for problem solving and want to learn how to find solutions on their own. We’ll teach you the skills and equip you with the tools to learn, but we know the best coders ask questions rather than ask for answers.
We know that students who ask questions and are actively engaged contribute the most to other students. And, as you begin to network, it doesn’t hurt these students will also be the ones who advance the quickest in their jobs, and will soon be hiring other developers.
Our instructors have worked as web developers for large companies and on startup projects. All of our instructors work as web developers and are active in the coding community, which means they’re up-to-date on the latest trends and newest concepts in web development.
This is hard to teach, and requires a lot of individual attention. And, we can do this because our non-profit model ensures an amazing instructor to student ratio of 1:4.


Designed by Colorlib


HOW TO
REACH
HOW TO
REACH
National Institute of Technology, Silchar is located just on the outskirts of the city of Silchar and is well connected to other parts of the country by a good network of road, rail or air. The distance of Silchar from the economic hub of the state, Guwahati is only 326 km. The major ways to reach us:
AIR: There are daily direct flights to Silchar from cities like Delhi, Bangalore, Kolkata, Guwahati and Imphal. Air India, Spice Jet and Jet Airways operate flights from Silchar to Delhi, Bangalore, Kolkata, Guwahati and Imphal. From airport, the Institute campus is approximately 35 Kms. Hired private taxi service is available from the airport. The Training and Placement Cell helps recruiters reach the campus from the Airport.
RAIL: Silchar has a direct rail link with Kolkata, Delhi, Guwahati. The campus is around 10 KMs from the Silchar railway station. The Training and Placement Cell helps recruiters reach the campus from the railway Station.
ROAD: Silchar is well connected with various cities through road. A 326 km long National Highway directly connects Silchar with Guwahati. A large number of day/night bus ply between Guwahati and Silchar in the morning and evening everyday. After you arrive at ISBT-Silchar. The Training and Placement Cell helps recruiters reach the campus.


Represents authentication credentials supplied with a request.
Additional metadata about the file being uploaded/that was uploaded using the FileUploadDirectives
Additional metadata about the file being uploaded/that was uploaded using the FileUploadDirectives
Name of the form field the file was uploaded in
User specified name of the uploaded file
Content type of the file
Provides directives for securing an inner route using the standard Http authentication headers `WWW-Authenticate` and Authorization.
Provides directives for securing an inner route using the standard Http authentication headers `WWW-Authenticate` and Authorization. Most prominently, HTTP Basic authentication as defined in RFC 2617.
See: RFC 2617.
Represents authentication credentials supplied with a request. Credentials can either be Credentials.Missing or can be Credentials.Provided in which case an identifier is supplied and a function to check the known secret against the provided one in a secure fashion.


@(playerName : String, crewMembers : String, kittenImg : String, crew : Array[String])
The Queen is pissed. To the dungeons with you!
@member


Note: Since your browser does not support JavaScript, you must press the Resume button once to proceed.


{{infobox brand | logo = | name = French Toast Crunch | image = | type = Cereal | currentowner = General Mills | origin = U.S. | introduced = 1995 (original) <br /> December 5, 2014 (revived) | discontinued = 2006 (original) | related = | markets = U.S. | previousowners = | trademarkregistrations = | ambassador = | tagline = | website = {{URL|1=http://www.blog.generalmills.com/2014/12/weve-got-big-news-about-french-toast-crunch/}} }}
French Toast Crunch is a breakfast cereal launched in 1995 naturally flavored to taste like French toast, by the General Mills company.
The cereal pieces originally looked like mini slices of French toast, but General Mills changed the cereal to a style similar in appearance to Cinnamon Toast Crunch; a thin, wavy square sprinkled with cinnamon and sugar flavoring.
In 2006, General Mills discontinued French Toast Crunch in the United States, only to put it back on the market as of December 5, 2014.<ref>"French Toast Crunch cereal is back" By Gregory Wallace. December 8, 2014, CNN Money</ref>
During this time, French Toast Crunch was and still is produced and marketed in Canada as "French Toast Crunch" and "Croque pain doré." Canadian French Toast Crunch is made in the original recipe and form (mini French toast). It is available at most big retail chains including Walmart, Kroger, Target, and Costco.<ref>{{cite web|title=French Toast Crunch at Canada Only|url=http://www.canadaonly.ca/products/General-Mills-French-Toast-Crunch-380g.html}}</ref>
Contents |
French Toast Crunch has been described as crispy, sweetened corn cereal. The cereal pieces resembled tiny pieces of toast however, the cereal pieces later became curved square pieces found in its sister-cereal, Cinnamon Toast Crunch.<ref name="French Toast Crunch">{{cite web|title=French Toast Crunch Cereal|url=http://www.mrbreakfast.com/cereal_detail.asp?id=141|publisher=Mr. Breakfast|accessdate=4 January 2012}}</ref>
On the back of the original French Toast Crunch cereal boxes, they discussed how, the baking cartoon mascot, Wendell, creating French Toast Crunch. The back of the box read:
TV commercials would ask questions regarding "What makes French Toast Crunch?" This question was answered with the following detailed response:
In 2006, French Toast Crunch was discontinued in the U.S, but was still available in Canada.
On December 5, 2014, General Mills announced that the company will return French Toast Crunch to nationwide production in the United States starting at end of January 2015, with the cereal being available at selected supermarkets and retailers at this point in time. The design of the cereal flakes was reverted to the original style of miniature pieces of toast rather than plain squares.<ref>French Toast Crunch Is Coming Back to Your Breakfast Table</ref>
In a statement posted on the General Mills website, they had the following to say about the cereal's return:
{{reflist}}
{{General Mills}}