We got dogs!
- incentivize impactful convergence
- morph sticky eyeballs
- redefine plug-and-play synergies
- deploy ubiquitous portals
- implement distributed deliverables
- aggregate mission-critical portals
- disintermediate seamless niches
- engineer interactive systems
- cultivate B2C supply-chains
- benchmark global experiences
- recontextualize back-end web-readiness
- synthesize viral bandwidth
- utilize extensible channels


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"Joe Griffin’s ‘Rough Cut Love’ is loaded with infectious pop hooks, impeccable classic rock sensibilities, and seasoned with a dash of alt-rock spiciness. A departure from his previous work with the experimental garage- band Donny Who Loved Bowling, the songwriting here is more mature, the musicianship experienced, and the lyrical craftsmanship poetic. “Rough Cut Love” marks the impressive emergence of Joe Griffin as a creative force to be reckoned with, and one that should easily win the hearts and ears of all who take the time to listen.”
-- Vince Font, “Schizopolis” Internet Radio Show
"Clear, catchy, solid original sound! ... Vocally, Griffin is a cross between David Bowie and John Lennon, but with enough grit to sound like neither one for very long. All fo the songs are full of melodic guitars, poppy keyboards, super-catchy bass lines, and steering-wheel-tapping drums. From the bouncy “get over it” anthem “Feedback”(my personal favorite) to the soft and richly melodic “Cold Hands Warm Heart” to the sparkly “Left Turn at Albuquerque,” not a single track fails to capture your attention and stick in your head. Clear, catchy, and totally sing-along-able, this CD will earn heavy-rotation status in the collection of anyone who appreciates good, solid, original sound."
D. Clohessy


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Advanced setInterval
npm install --save pinterval
pinterval
is a small tool that provides an advance mechanism for running an arbitrary code in intervals with flexible and simple API. It's a good fit for small badckground tasks. It supports both sync and async execution of a given function.
You can find API here
import { Interval } from 'pinterval';
const interval = new Interval({
func: () => console.log('Tick!'),
time: 1000
});
interval.start();
If func
returns false
, the interval automatically stops.
The following interval will stop after 10 calls.
import { Interval } from 'pinterval';
import sinon from 'sinon';
const spy = sinon.spy();
const interval = new Interval({
func: () => {
spy();
return spy.calledCount < 10;
},
time: 1000
});
interval.start();
import { Interval } from 'pinterval';
const interval = new Interval({
func: () => console.log('Tick!'),
time: 1000,
onError: (err) => {
if (err instanceof FatalError) {
return false; // stop interval and terminate all further execution
}
return true;
}
});
interval.start();
In order to pass async function, it must return a promise on each tick. Each tick is calcualated after async function completion in order to avoid race conditions.
import { Interval } from 'pinterval';
const interval = new Interval({
func: () => {
return fetch('https://github.com/trending')
},
time: 1000
});
interval.start();
Additionally, error handler can be asynchronous too:
import { Interval } from 'pinterval';
const interval = new Interval({
func: () => {
return fetch('https://github.com/trending')
},
time: 1000,
onError: (err: Error) => {
return fetch('my-service', {
method: 'POST',
body: JSON.stringify({
timerError: err
})
})
}
});
interval.start();
Starting v3.3.0, you can pass a duration factory function into the consutrctor, in order to calculate dynamically interval duration for each tick:
import { Interval } from 'pinterval';
const minTimeout = 500;
const maxTimeout = 10000;
const interval = new Interval({
func: () => console.log('Tick!'),
time: (counter) => {
const timeout = Math.round(minTimeout * Math.pow(2, counter));
return Math.min(timeout, maxTimeout);
}
});
interval.start();
The function receives a number of a tick, so you can use it to write an algorithm more accurately.
poll
implements a simple polling mechanism.
import { poll } from 'pinterval';
await poll(async () => {
const result = await someProgress();
return result === true;
}, 5000);
until
is similar to poll
but it gives you a possibility to return a value for a polling function.
The polling continues until the predicate returns anything but undefined.
import { until } from 'pinterval';
const data = await until(async () => {
const result = await someProgress();
return result.data;
}, 5000);
times
executes a given function a specific amount of times.
import { times } from 'pinterval';
await times(async (counter) => {
await updateSomething(counter);
}, 5, 1000);
pipeline
sequentially executes a given array of functions with an interval between executions.
Each function recieves an output of a previous one.
NOTE: Unlike other functions, pipeline
executes a first function with 0 timeout time, which means the provided timeout value is used between executions only.
If you want to override this behavior, you must provide a function that calculates timeouts.
import { pipeline } from 'pinterval';
const out = await pipeline([() => 1, (i) => i * 2, (i) => i * 3, (i) => i * 4], 100);
console.log(out); // 24
Generated using TypeDoc


Entity Class
The base Entity class. This class is the base for all entities interacting on the stage
Constructor
Item Index
Methods
- addAnimation
- addChild
- addChildAt
- applyFriction
- checkCollisions
- click
- computeVelocity
- distanceTo
- gotoAndPlay
- gotoAndStop
- intersects
- isActiveAnimation
- mousedown
- mouseout
- mouseover
- mouseup
- mouseupoutside
- moveEntity
- onBreakTile
- onCollision
- onMove
- play
- removeChild
- setActiveAnimation
- setInteractive
- setPosition
- stop
- tap
- touchend
- touchendoutside
- touchstart
- update
- updateMovement
Methods
addAnimation
-
name
-
frames
Defines a new animation on the Sprite
Parameters:
-
name
StringThe name of the animation, any string you want to name it
-
frames
Texture | ArrayThe frames of the animation, you can pass one gf.Texture as a frame, or an Array of gf.Texture's
Returns:
Example:
spr.addAnimation('walk-left', new gf.Texture())
.addAnimation('walk-right', [new gf.Texture(), new gf.Texture()]);
addChildAt
-
child
-
index
Adds a child to the object at a specified index. If the index is out of bounds an error will be thrown
Parameters:
-
child
DisplayObject -
index
Number
applyFriction
-
vel
-
friction
Applies friction to a velocity, usually the current velocity
Parameters:
-
vel
NumberThe velocity to apply the friction to
-
friction
NumberThe friction factor to apply
Returns:
checkCollisions
()
Array
Checks if this entity collides with any Entities, and if so, a penetration vector is calculated. from http://gamedev.stackexchange.com/questions/586/what-is-the-fastest-way-to-work-out-2d-bounding-box-intersection
Returns:
click
-
interactionData
A callback that is used when the users clicks on the displayObject with their mouse
Parameters:
-
interactionData
InteractionData
computeVelocity
-
vel
Computes the velocity taking into account gravity, friction, etc
Parameters:
-
vel
VectorThe Vector to apply the changes to
Returns:
distanceTo
-
obj
Calculates distance between this object and another
Parameters:
-
obj
Entity
Returns:
gotoAndPlay
-
frameNumber
Goes to a specific frame and begins playing the currently active animation
Parameters:
-
frameNumber
Numberframe index to start at
gotoAndStop
-
frameNumber
Stops the currently active animation and goes to a specific frame
Parameters:
-
frameNumber
Numberframe index to stop at
intersects
-
obj
Checks if this entity intersects with the passed object from http://gamedev.stackexchange.com/questions/586/what-is-the-fastest-way-to-work-out-2d-bounding-box-intersection
Parameters:
-
obj
EntityThe Entity to check if this intersects with
Returns:
isActiveAnimation
-
name
Checks if the name is the active animation
Parameters:
-
name
StringThe name of the animation to check if it is currently active
Returns:
Example:
spr.addAnimation('walk-left', new gf.Texture())
.isActiveAnimation('walk-left'); //false
spr.setActiveAnimation('walk-left')
.isActiveAnimation('walk-left'); //true
mousedown
-
interactionData
A callback that is used when the user clicks the mouse down over the sprite
Parameters:
-
interactionData
InteractionData
mouseout
-
interactionData
A callback that is used when the users mouse leaves the displayObject
Parameters:
-
interactionData
InteractionData
mouseover
-
interactionData
A callback that is used when the users mouse rolls over the displayObject
Parameters:
-
interactionData
InteractionData
mouseup
-
interactionData
A callback that is used when the user releases the mouse that was over the displayObject for this callback to be fired the mouse must have been pressed down over the displayObject
Parameters:
-
interactionData
InteractionData
mouseupoutside
-
interactionData
A callback that is used when the user releases the mouse that was over the displayObject but is no longer over the displayObject for this callback to be fired, The touch must have started over the displayObject
Parameters:
-
interactionData
InteractionData
moveEntity
-
vel
Moves the entity to a new position using the velocity.
Parameters:
-
vel
VectorThe optional velocity to move the entity.
Returns:
onBreakTile
-
tile
On Break Tile Event called when a tile is broken
Parameters:
-
tile
Unkownthe tile that is broken
Returns:
onCollision
-
vel
-
obj
On Collision Event called when this object collides into another, or is being collided into by another by default if something collides with a collectable entity we remove the collectable
Returns:
onMove
-
vel
On Move Event called when this entity moves
Parameters:
-
vel
VectorVelocity the entity moved
Returns:
play
()
Plays the currently active animation
setActiveAnimation
-
name
-
cb
Sets the active animation of the sprite, and starts the animation at index 0
Parameters:
-
name
StringThe name of the animation to play (defined with addAnimation());
-
cb
FunctionCallback when the animation completes, NOT YET IMPLEMENTED
Returns:
Example:
spr.addAnimation('me', new gf.Texture())
.setActiveAnimation('me');
setInteractive
-
interactive
Sets whether or not this sprite is interactive (can be clicked)
Parameters:
-
interactive
Boolean
setPosition
-
x
-
y
Convenience method for setting the position of an Entity.
Parameters:
Returns:
Example:
spr.setPosition(1, 1)
.setPosition([5, 5])
.setPosition(new gf.Point(10, 10))
.setPosition(new gf.Vector(20, 20));
stop
()
Stops the currently active animation
tap
-
interactionData
A callback that is used when the users taps on the sprite with their finger basically a touch version of click
Parameters:
-
interactionData
InteractionData
touchend
-
interactionData
A callback that is used when the user releases a touch over the displayObject
Parameters:
-
interactionData
InteractionData
touchendoutside
-
interactionData
A callback that is used when the user releases the touch that was over the displayObject for this callback to be fired, The touch must have started over the sprite
Parameters:
-
interactionData
InteractionData
touchstart
-
interactionData
A callback that is used when the user touch's over the displayObject
Parameters:
-
interactionData
InteractionData
update
()
Overrides base update to do some calculations. Called internally on each frame
updateMovement
()
Array
Calculate the velocity of the entity, and then apply it. This is different than moveEntity because it checks for map collisions, and applies gravity and friction with computeVelocity
Returns:
Properties
alive
Boolean
Whether or not the entity is "alive", advisory only
Default: true
alpha
Number
The opacity of the object.
anim
Object
private
The defined animations for this Sprite, this maps the names to the childIndexes
children
Array
[read-only] The of children of this object.
collidable
Boolean
Can it collide with other entities
Default: true
currentAnim
Object
private
The currently active animation
falling
Boolean
Whether the entity is falling (read only)
Default: false
game
Game
The game instance this belongs to
height
Number
The height of the sprite
Default: 0
hitArea
Rectangle
This is the defined area that will pick up mouse / touch events. It is null by default. Setting it is a neat way of optimising the hitTest function that the interactionManager will use (as it will not need to hit test all the children)
jumping
Boolean
Whether the entity is jumping (read only)
Default: false
mapCollidable
Boolean
Can collide with the map when moving
Default: true
maxVelocity
Vector
Max velocity to cap the entity at (units per tick)
Default: new gf.Vector(15, 15)
name
String
The name of this sprite
Default: ''
onladder
Boolean
Whether the entity is on a ladder tile (read only)
Default: false
rotation
Number
The rotation of the object in radians.
stage
Stage
[read-only] The stage the display object is connected to, or undefined if it is not connected to the stage.
type
String
The type of the entity
Default: 'neutral'
TYPE
Object
Entity types
velocity
Vector
The velocity of the entity. You can set these in Tiled by using "x|y" notation velocity of the entity (units per tick)
Default: new gf.Vector(0, 0)
visible
Boolean
The visibility of the object.
width
Number
The width of the sprite
Default: 0


Marjaavaan box office collection Day 6: Sidharth Malhotra's revenge saga earns Rs 35 crore
by BusinessToday.InMarjaavaan box office collection: The film was released on November 15 and it minted Rs 7.03 crore on its first day
Marjaavaan box office collection: Marjaavan starring Sidharth Malhotra and Riteish Deshmukh has continued its steady performance at the box office. The romantic-action drama film earned Rs 4.15 crore on Monday, Rs 3.61 crore on Tuesday and early estimates shows that the film earned Rs 3.5 crore on Wednesday. The box office collection of Marjaavaan is recorded Rs 35.5 crore (approximately).
Marjaavaan was released on November 15 and it minted Rs 7.03 crore on its first day. According to boxofficeindia.com, Marjaavan is doing well in UP, Bihar, MP, Rajasthan and Maharashtra. However, the second Friday will be a test for the film. And, it is projected that Marjaavaan would earn nearly Rs 37 crore in its first week at the box office.
Meanwhile, Nawazuddin Siddiqui and Athiya Shetty's 'Motichoor Chaknachoor' which released along with 'Marjaavaan' has failed to impress the audience as it collected just Rs 1.80 crore so far.
Directed by Milap Milan Zaveri, Marjaavaan is a revenge saga with Riteish Deshmukh playing the role of a villain. The film also features Tara Sutaria who has been shown mute in the movie.
Marjaavaan has reunited Deshmukh, Malhotra and Zaveri after 2014's Ek Villain, directed by Mohit Suri.
Also read: Marjaavaan Box Office Collection Day 4: Sidharth Malhotra-Tara Sutaria's film mints over Rs 28 crore


Javascript Labs
For Loop
Min -
Max -
Step -
Click here to generate a for loop starting from the lowest number to the higher


Man accused of killing parents with baseball bats and knife is extradited to New Jersey
by Eyewitness NewsWASHINGTON TOWNSHIP, New Jersey (WABC) -- A man who allegedly used baseball bats and a knife to kill his parents in their home has been extradited to New Jersey to face murder charges.
Todd Warner was captured Oct. 28 at a casino in Pennsylvania, one day after police found the bodies of Frank and Joyanne Warner, both 73.
Officers had gone to their Washington Township home after getting a 911 call from the couple's daughter, who went to the residence after she couldn't contact her parents.
Todd Warner was soon identified as a suspect in the slayings, which occurred two months before his parents were due to retire from their salon business.
He chose not to fight extradition and was returned to Warren County on Wednesday.
It's not known if Warner has retained an attorney.


From here you can migrate a template from SendGrid to SparkPost. This migration tool will fetch your template from SendGrid, translate it and upload to your SparkPost account.
You will need a few things to hand to get started:
SendGrid API Key Requires Template Engine
and Marketing Campaigns
permissions
Template ID Transactional template or campaign ID
SparkPost API Key Requires Templates Read/Write
privileges
Note: If you're running the SparkPost Heroku addon, we have your API key in hand already.


This experiment is aimed to provide basic information about fruit flies and help to make understand the concept of punnett squares for predicting the outcome of a genetic crossing.
Lets get started by learning few basics vocabulary and then move on to instruction on how to conduct the experiment and predict the outcome.


|
José
|
JSON Web Encryption (RFC 7516) More...
Functions | |
| json_t * | jose_jwe_hdr (const json_t *jwe, const json_t *rcp) |
| Merges the JOSE headers of a JWE object and a JWE recpient object. More... | |
| bool | jose_jwe_enc (jose_cfg_t *cfg, json_t *jwe, json_t *rcp, const json_t *jwk, const void *pt, size_t ptl) |
| Wraps and encrypts plaintext. More... | |
| jose_io_t * | jose_jwe_enc_io (jose_cfg_t *cfg, json_t *jwe, json_t *rcp, const json_t *jwk, jose_io_t *next) |
| Wraps and encrypts plaintext using streaming. More... | |
| bool | jose_jwe_enc_jwk (jose_cfg_t *cfg, json_t *jwe, json_t *rcp, const json_t *jwk, json_t *cek) |
| Wraps a CEK with a JWK. More... | |
| bool | jose_jwe_enc_cek (jose_cfg_t *cfg, json_t *jwe, const json_t *cek, const void *pt, size_t ptl) |
| Encrypts plaintext with the CEK. More... | |
| jose_io_t * | jose_jwe_enc_cek_io (jose_cfg_t *cfg, json_t *jwe, const json_t *cek, jose_io_t *next) |
| Encrypts plaintext with the CEK using streaming. More... | |
| void * | jose_jwe_dec (jose_cfg_t *cfg, const json_t *jwe, const json_t *rcp, const json_t *jwk, size_t *ptl) |
| Unwraps and decrypts ciphertext. More... | |
| jose_io_t * | jose_jwe_dec_io (jose_cfg_t *cfg, const json_t *jwe, const json_t *rcp, const json_t *jwk, jose_io_t *next) |
| Unwraps and decrypts ciphertext using streaming. More... | |
| json_t * | jose_jwe_dec_jwk (jose_cfg_t *cfg, const json_t *jwe, const json_t *rcp, const json_t *jwk) |
| Unwraps a CEK with a JWK. More... | |
| void * | jose_jwe_dec_cek (jose_cfg_t *cfg, const json_t *jwe, const json_t *cek, size_t *ptl) |
| Decrypts ciphertext with the CEK. More... | |
| jose_io_t * | jose_jwe_dec_cek_io (jose_cfg_t *cfg, const json_t *jwe, const json_t *cek, jose_io_t *next) |
| Decrypts ciphertext with the CEK using streaming. More... | |
JSON Web Encryption (RFC 7516)
A JSON Web Encryption (JWE) object contains (usually) two levels of encryption. First, the plaintext is encrypted with a random symmetric key. In José, we call this key the Content Encryption Key (CEK). Next, the CEK is wrapped (encrypted) with one or more keys. These keys are standard JSON Web Keys (JWK) and may be symmetric or asymmetric.
Thus there is (usually) one CEK and one or more JWKs. However, there are some exceptions to this rule. Two such examples are the algorithms: "dir" and "ECDH-ES". In the first case, the JWK is a symmetric key and is used directly as the CEK. In the second case, an ECDH key exchange is performed and the result is used directly as the CEK. But in general, the maxim holds.
This means that you can encrypt the data using one CEK and then encrypt the CEK to multiple recipients. With this schema, multiple recipients can each decrypt the data using their own key without having to send separate ciphertext to each recipient.
For maximum flexibility, José structures its API to take advantage of this schema. For example, when encrypting to two recipients, the code could look like this (error handling omitted):
json_t *enc(void *plaintext, size_t len, json_t *jwk0, json_t *jwk1) { json_auto_t *jwe = json_object(); json_auto_t *cek = json_object(); // Wrap to the first recipient (CEK generated implicitly) jose_jwe_enc_jwk(NULL, jwe, NULL, jwk0, cek); // Wrap to the second recipient jose_jwe_enc_jwk(NULL, jwe, NULL, jwk1, cek); // Encrypt plaintext using the generated CEK jose_jwe_enc_cek(NULL, jwe, cek, plaintext, len); return json_incref(jwe); }
However, because José intends to be easy to use, we also provide shortcuts. For example, you could use a JWKSet which contains multiple JWKs:
json_t *enc(void *plaintext, size_t len, json_t *jwkset) { json_auto_t *jwe = json_object(); // Perform wrapping and encryption to all recipients jose_jwe_enc(NULL, jwe, NULL, jwkset, plaintext, len); return json_incref(jwe); }
Here are two tips to remember. First, let José generate your CEK implicitly. Second, always perform wrapping before encryption. Both of these tips are important because some wrapping algorithms may impose constraints on the generation of the CEK.
To decrypt a JWE, we just reverse the process. First, we use a JWK to unwrap the CEK. Then we use the CEK to decrypt the ciphertext. Here is how that might look in code (again, error handling omitted):
void *dec(json_t *jwe, json_t *jwk, size_t *len) { json_auto_t *cek = NULL; // Unwrap the CEK using our JWK cek = jose_jwe_dec_jwk(NULL, jwe, NULL, jwk); // Decrypt ciphertext using the CEK return jose_jwe_dec_cek(NULL, jwe, cek, len); }
Or, again, in simplified form:
void *dec(json_t *jwe, json_t *jwk, size_t *len) { return jose_jwe_dec(NULL, jwe, NULL, jwk, len); }
If you need to forward a JWE to a new recipient, you can do this without performing re-encryption. Just unwrap the CEK and then wrap the CEK again using a new JWK. For example:
void fwd(json_t *jwe, json_t *oldjwk, json_t *newjwk) { json_auto_t *cek = NULL; // Unwrap the CEK using the old JWK cek = jose_jwe_dec_jwk(NULL, jwe, NULL, oldjwk); // Wrap the CEK to the new JWK jose_jwe_enc_jwk(NULL, jwe, NULL, newjwk, cek); }
In all the above examples, parameters like which encryption algorithms to use were inferred from our keys. Where such an inference cannot be made, sensible and secure defaults were chosen automatically. If you would like more control over the process, simply set parameters in the appropriate objects (more on this in the function documentation). For example, to enable plaintext compression, you can specify the zip
property in the JWE Protected Header:
json_t *enc(void *plaintext, size_t len, json_t *jwkset) { json_auto_t *jwe = json_pack("{s:{s:s}}", "protected", "zip", "DEF"); // Perform compressed wrapping and encryption to all recipients jose_jwe_enc(NULL, jwe, NULL, jwkset, plaintext, len); return json_incref(jwe); }
José currently supports the "alg", "enc" and "zip" header parameters, as well as any algorithm-specific header parameters used by the specific algorithms we implement. Other header parameters may be specified, but do not effect the behavior of José's JWE implementation.
| json_t* jose_jwe_hdr | ( | const json_t * | jwe, |
| const json_t * | rcp | ||
| ) |
Merges the JOSE headers of a JWE object and a JWE recpient object.
| jwe | A JWE object. |
| rcp | A JWE recipient object. |
| bool jose_jwe_enc | ( | jose_cfg_t * | cfg, |
| json_t * | jwe, | ||
| json_t * | rcp, | ||
| const json_t * | jwk, | ||
| const void * | pt, | ||
| size_t | ptl | ||
| ) |
Wraps and encrypts plaintext.
This function is a thin wrapper around the jose_jwe_enc_io() function allowing the user to specify the plaintext in a single call. The ciphertext output will be appended to the JWE as the "ciphertext" property.
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| rcp | The JWE recipient object(s) or NULL. |
| jwk | The JWK(s) or JWKSet used for wrapping. |
| pt | The plaintext. |
| ptl | The length of the plaintext. |
| jose_io_t* jose_jwe_enc_io | ( | jose_cfg_t * | cfg, |
| json_t * | jwe, | ||
| json_t * | rcp, | ||
| const json_t * | jwk, | ||
| jose_io_t * | next | ||
| ) |
Wraps and encrypts plaintext using streaming.
This function is a thin wrapper around the jose_jwe_enc_jwk() and jose_jwe_enc_cek_io() functions, removing the complexity of managing the CEK.
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| rcp | The JWE recipient object(s) or NULL. |
| jwk | The JWK(s) or JWKSet used for wrapping. |
| next | The next IO object in the chain. |
| bool jose_jwe_enc_jwk | ( | jose_cfg_t * | cfg, |
| json_t * | jwe, | ||
| json_t * | rcp, | ||
| const json_t * | jwk, | ||
| json_t * | cek | ||
| ) |
Wraps a CEK with a JWK.
The purpose of this function is to wrap (encrypt) or, in some cases, produce the CEK (cek
) from the provided JWK(s) (jwk
). This function can be used in two modes: single-JWK and multi-JWK.
In single-JWK mode, the jwk
parameter contains a JWK object and the rcp
parameter must contain either a JWE recipient object or NULL, in which case a default empty JWE recipient object is created internally.
Multi-JWK mode works exactly the same as single-JWK mode except that it performs multiple wrappings in a single call. This mode is enabled by passing either an array of JWK objects or a JWKSet as the jwk
parameter. In this mode, the rcp
parameter contains one of the following values:
rcp
will not be modified in any way.jwk
. If the arrays in sig
and jwk
are a different size, an error will occur.In either mode, if the resulting JWE (jwe
) would contain only a single recipient, the JWE will be represented in Flattened JWE JSON Serialization Syntax. Otherwise, it will be represented in General JWE JSON Serialization Syntax.
If the "alg" parameter is not specified in the JOSE Header, it will be inferred from the JWK and the chosen algorithm will be added to the JWE Per-Recipient Unprotected Header. Likewise, any missing, required, algorithm-specific parameters will be either inferred or sensible, secure defaults will be chosen and the results will be added to the JWE Per-Recipient Unprotected Header.
If the provided CEK (cek
) does not contain key material, it will be implicitly generated during the first call to jose_jwe_enc_jwk(). This important feature enables the use of the "dir" and "ECDH-ES" algorithms. In the case of the "dir" algorithm, the JWK is the CEK and thus the key material is copied from jwk
to cek
. A similar situation arises with the algorithm "ECDH-ES" where the result of a key exchange is used as the CEK; thus, the CEK is produced during the wrapping process. This feature implies that if multiple wrappings are created, only one of them may have the algorithm "ECDH-ES" and it must be the first wrapping. Attempting to use "ECDH-ES" with an existing CEK will result in an error.
It is additionally possible to pass a password JSON string as key input to the PBES2 family of algorithms anywhere a JWK can be used. Likewise, if the "alg" JOSE Header parameter is not specified and a JSON string is used in place of a JWK, the PBES2 family of algorithms will be inferred.
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| rcp | The JWE recipient object(s) or NULL. |
| jwk | The JWK(s) or JWKSet used for wrapping. |
| cek | The CEK to wrap (if empty, generated). |
| bool jose_jwe_enc_cek | ( | jose_cfg_t * | cfg, |
| json_t * | jwe, | ||
| const json_t * | cek, | ||
| const void * | pt, | ||
| size_t | ptl | ||
| ) |
Encrypts plaintext with the CEK.
This function is a thin wrapper around the jose_jwe_enc_cek_io() function allowing the user to specify the plaintext in a single call. The ciphertext output will be appended to the JWE as the "ciphertext" property.
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| cek | The CEK object. |
| pt | The plaintext. |
| ptl | The length of the plaintext. |
| jose_io_t* jose_jwe_enc_cek_io | ( | jose_cfg_t * | cfg, |
| json_t * | jwe, | ||
| const json_t * | cek, | ||
| jose_io_t * | next | ||
| ) |
Encrypts plaintext with the CEK using streaming.
The plaintext is provided through the returned IO object. The plaintext will be encrypted and written to the next
IO object. This IO object works on binary data, so you may need to use a URL-safe Base64 decoder on input and a URL-safe Base64 encoder on output, depending on your situation.
Compressed plaintext can be implicitly enabled by specifying the "zip" parameter the JWE Protected Header.
If the JWE Protected Header is a JSON object rather than an encoded string, this function will encode the JWE Protected Header to its URL-safe Base64 encoding as defined in RFC 7516. However, this function will never modify a JWE Protected Header that is already encoded.
If the "enc" parameter is not specified in the JWE Protected Header or the JWE Shared Unprotected Header, it will be inferred from the CEK and stored in either the JWE Protected Header or the JWE Shared Unprotected Header (preferring the JWE Protected header if it can be modified).
Please note that the "tag" property will only be added to the JWE when jose_io_t::done() returns.
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| cek | The CEK object. |
| next | The next IO object in the chain. |
| void* jose_jwe_dec | ( | jose_cfg_t * | cfg, |
| const json_t * | jwe, | ||
| const json_t * | rcp, | ||
| const json_t * | jwk, | ||
| size_t * | ptl | ||
| ) |
Unwraps and decrypts ciphertext.
This function is a thin wrapper around the jose_jwe_dec_io() function allowing the user to obtain the plaintext in a single call. The ciphertext input will be obtained from the JWE "ciphertext" property.
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| rcp | The JWE recipient object(s) or NULL. |
| jwk | The JWK(s) or JWKSet used for wrapping. |
| ptl | The length of the plaintext (output). |
| jose_io_t* jose_jwe_dec_io | ( | jose_cfg_t * | cfg, |
| const json_t * | jwe, | ||
| const json_t * | rcp, | ||
| const json_t * | jwk, | ||
| jose_io_t * | next | ||
| ) |
Unwraps and decrypts ciphertext using streaming.
This function is a thin wrapper around the jose_jwe_dec_jwk() and jose_jwe_dec_cek_io() functions, removing the complexity of managing the CEK.
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| rcp | The JWE recipient object(s) or NULL. |
| jwk | The JWK(s) or JWKSet used for unwrapping. |
| next | The next IO object in the chain. |
| json_t* jose_jwe_dec_jwk | ( | jose_cfg_t * | cfg, |
| const json_t * | jwe, | ||
| const json_t * | rcp, | ||
| const json_t * | jwk | ||
| ) |
Unwraps a CEK with a JWK.
The purpose of this function is to unwrap (decrypt) or, in some cases, produce the CEK (cek
) from the provided JWK(s) (jwk
). This function can be used in two modes: single-JWK and multi-JWK.
In single-JWK mode, the jwk
parameter contains a JWK object and the rcp
parameter must contain either a JWE recipient object you wish to unwrap or NULL, in which case all JWE recipients will be tried.
Multi-JWK mode works exactly the same as single-JWK mode except that it attempts to unwrap with multiple JWKs in a single call. This mode is enabled by passing either an array of JWK objects or a JWKSet as the jwk
parameter. In this mode, the rcp
parameter contains one of the following values:
jwk
. If the arrays in sig
and jwk
are a different size, an error will occur.In either mode, a CEK is returned for the first JWK that successfully unwraps a CEK. Two exceptions to this rule are if the "dir" or "ECDH-ES" algorithms are used. In this case, a CEK may be returned which will fail during decryption since there is no way to completely validate the JWK with these algorithms. Thus, we suggest placing the keys for these algorithms last when unwrapping with multiple JWKs.
If the "alg" parameter is not specified in the JOSE Header, it will be inferred from the JWK. This includes using a JSON string in place of a JWK for the PBES2 family of algorithms.
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| rcp | The JWE recipient object(s) or NULL. |
| jwk | The JWK(s) or JWKSet used for wrapping. |
| void* jose_jwe_dec_cek | ( | jose_cfg_t * | cfg, |
| const json_t * | jwe, | ||
| const json_t * | cek, | ||
| size_t * | ptl | ||
| ) |
Decrypts ciphertext with the CEK.
This function is a thin wrapper around the jose_jwe_dec_cek_io() function allowing the user to obtain the plaintext in a single call. The ciphertext input will be obtained from the JWE "ciphertext" property.
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| cek | The CEK object. |
| ptl | The length of the plaintext (output). |
| jose_io_t* jose_jwe_dec_cek_io | ( | jose_cfg_t * | cfg, |
| const json_t * | jwe, | ||
| const json_t * | cek, | ||
| jose_io_t * | next | ||
| ) |
Decrypts ciphertext with the CEK using streaming.
The ciphertext is provided through the returned IO object. The ciphertext will be decrypted and written to the next
IO object. This IO object works on binary data, so you may need to use a URL-safe Base64 decoder on input and a URL-safe Base64 encoder on output, depending on your situation.
Please note that validation of the ciphertext integrity protection is delayed until jose_io_t::done() returns. This means it is incredibly important to check this return value and it is also important to be careful with the plaintext emitted until this check is performed.
Compressed plaintext will be internally decompressed if the "zip" property is appropriately defined.
If the "enc" parameter is not specified in the JWE Protected Header or the JWE Shared Unprotected Header, it will be inferred from the CEK.
Please note that the "tag" property on the JWE will only be accessed when jose_io_t::done() is called. So you may define it at any time on the JWE object before calling jose_io_t::done().
| cfg | The configuration context (optional). |
| jwe | The JWE object. |
| cek | The CEK object. |
| next | The next IO object in the chain. |


Club Round-Up: History For Borrisoleigh While Corofin Add Another Crown
by Marisa KennedyIt was a memorable day for the people of Borrisoleigh as the club were crowned Munster champions for the first time in 33 years.
The Tipperary champions came from behind to beat reigning champions Ballygunner by a single point in Pairc Ui Rinn.
Meanwhile, Corofin were crowned Connacht club football champions following an impressive win over Padraig Pearses in Tuam this afternoon.
In Leinster, Ballyboden St Endas progressed to the provincial club final following a dominant victory over Garrycastle. They will meet Éire Óg in the final in two week’s time.
Catch up on all the day’s action from the AIB Club Championships in our round-up below.
_____
Munster club SHC final
Pairc Ui Rinn
Borrisoleigh 1-12 Ballygunner 1-11
Borrisoleigh are the Munster senior hurling for the first time since 1986 following a narrow one-point win over reigning champions Ballygunner in Pairc Ui Rinn.
Kieran Maher’s second-half goal proved crucial for the Tipperary champions but it was inter-county star Brendan Maher who inspired his side to victory.
Little could separate the sides in the opening 30 minutes but fine work from Dessie Hutchinson helped the Waterford side to a three-point lead at the break. The margin remained as such until Ray McCormack set up Maher for the goal in the 45th minute.
Brendan Maher hit an inspirational point immediately after the goal to give Borris the advantage but Ballygunner responded with a goal from Barry O’Sullivan in the 51st minute to ensure a tight finish.
More heroics from Maher followed as he scored the final two points of the game to ensure the narrow victory for the Tipperary champions.
_____
Connacht club SFC final
Tuam Stadium
Corofin 1-10 Padraig Pearses 0-7
Corofin are the Connacht club football champions for the fourth time in a row following a six-point win over Padraig Pearses of Roscommon in Tuam Stadium this afternoon.
Liam Silke gave a man-of-the-match performance and it was his goal midway through the second half which put daylight between the sides.
Corofin enjoyed a three-point lead at the break but points from Paul Carey and Ronan Steede saw the Roscommon side level matters 10 minutes after the break.
However, following Silke’s goal, Corofin pushed on and scores from Michael Farragher and Jason Leonard put them out of reach despite the best efforts of Pearses.
_____
Leinster club SFC semi-final
TEG Cusack Park
Garrycastle 0-12 Ballyboden St Endas 3-14
Ballyboden St Endas powered past Garrycastle to book their place in another Leinster senior club football final where they will face Éire Óg of Carlow.
The Dublin outfit dominated from start to finish and led 1-10 to 0-5 with the goal coming from Robbie McDaid in the opening minutes.
Garrycastle began the second half promisingly with three unanswered frees from the boot of Dessie Dolan but Ballyboden soon responded with points from McDaid and Ross McGarry to quell their momentum. Goals from Colm Basquel and James Holland inside the last 10 minutes ensured the dominant win and a place in their first final since 2018.
_____
Saturday’s results
Leinster club SFC semi-final
Portlaoise 1-6 Éire Óg 2-11
All-Ireland ladies senior club final
Kilkerrin-Clonberne 0-14 Mourneabbey 2-9


a man named Jason Pennington . . . [spotted] a car full of smoke on the side of the 101 freeway where he saw an elderly man hunched over at the wheel of his Jaguar
It would be interesting to know if Mr Pennington is, in fact, half-man, half-porpoise.
Thanks to Sharon Smith for alerting me to this eerily familiar headline.


JavaScript
September 13, 2015
TJavaScript and Ruby are both Object Oriented Programming languages. But the ways they define objects syntactically are different.
Ruby Hashes vs. JavaScript Objects
Ruby Hashes are similar to the creation of a JavaScript object. In Ruby a hash is a a list of key value pairs (see example below):
my_hash = { key1: value1, key2: value2}
JavaScript uses similar syntax for the creation of an object. An object in JavaScript is defined as shown below:
var myJavaScriptObject = { property1: value1, property2: value2 behavior1: function() { this.property1 +=1; } };
Ruby classes vs. JavaScript constructor functions
Ruby classes are defined with a class keyword. Furthermore it is characterized by attributes and methods. JavaScript doesn't seem to have a formal class definition for its object. They syntax for a ruby class is written below:
class My_object @instance_variable1 @instance_variable2 def initialize(value1, value2) @instance_variable1 = value1 @instance_variable2 = value2 end def method_behavior_1 @instance_variable1 += 1 end end
Looping in Ruby vs. Looping in JavaScript
There are some differences between Ruby and Java concerninc looping. Whereas Ruby uses .each JavaScript uses the for loop as shown below.
Ruby iteration example:
my_array = [1,2,3, 4] my_array.each { |element_of_array| puts element_of_array}
JavaScript iteration example:
var my_array = [1, 2, 3, 4]; for(var index = 0; index < my_array.length ; index += 1) console.log(my_array[index]);


Map of local area showing local book shops.
Boyles has the largest range of Books from the widest range of genres.
Opening times:
| Monday | Closed |
|---|---|
| Tuesday | 10am - 10pm |
| Wednesday | 10am - 10pm |
| Thursday | 10am - 10pm |
| Friday | 10am - 10pm |
| Saturday | 10am - 10pm |
| Sunday | 10am - 10pm |
Daria Austin
Materstones is a British book retailer with a large variety of novels.
Opening times:
| Monday | Closed |
|---|---|
| Tuesday | 9am - 7pm |
| Wednesday | 9am - 7pm |
| Thursday | 9am - 7pm |
| Friday | 9am - 7pm |
| Saturday | 9am - 7pm |
| Sunday | 11:30am - 5:30pm |
Jill Hood
Books from contemporary fiction to timeless classics and everything in between. Only second-hand books in excellent condition.
Opening times:
| Monday | Closed |
|---|---|
| Tuesday | 10am - 6pm |
| Wednesday | 10am - 6pm |
| Thursday | 10am - 6pm |
| Friday | 10:30am - 6:30pm |
| Saturday | 10am - 6pm |
| Sunday | 12am - 5pm |
Cordelia Traynor


Class Page > Active Session
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| READPROFILE(1) |
User Commands |
READPROFILE(1) |
readprofile - manual page for readprofile 1.31.1
BusyBox v1.31.1 (2020-04-30 13:38:01 EDT) multi-call binary.
- -m mapfile
- (Default: /boot/System.map)
- -p profile
- (Default: /proc/profile)
- -M NUM
- Set the profiling multiplier to NUM
- -i
- Print only info about the sampling step
- -v
- Verbose
- -a
- Print all symbols, even if count is 0
- -b
- Print individual histogram-bin counts
- -s
- Print individual counters within functions
- -r
- Reset all the counters (root only)
- -n
- Disable byte order auto-detection


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Point the webcam to a QR code.
Scanned text
Scanned text history


RESTful Server API Tester
Client
Usage
ErrorCode
Setting
About
Request
Option
Submit
File
Header
Params
Response
Header
JSON
Host
API
Method


Before Change
raise ValueError("Observation shape is expected to be {}. Got {}.".format(
[None, self._context_dim], observation.shape.as_list()))
observation = tf.cast(observation, dtype=self._dtype)
// Pass the observations through the encoding network.
encoded_observation, _ = self._encoding_network(observation)
After Change
observation, mask = observation_and_action_constraint_splitter(
observation)
self._check_observation_shape(observation)
observation = tf.nest.map_structure(lambda t: tf.cast(t, dtype=self._dtype),
observation)
// Pass the observations through the encoding network.
encoded_observation, _ = self._encoding_network(observation)


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Amanitas - A. muscaria
Hi all you spirit seekers. I have read many of the reports about A. M. Many of the people that have disconnected from reality on this mushroom have not remembered their total experience. For most people I believe this to be a good thing because what I have seen on these mushrooms is not for the weak minded.
A friend of mine had come across some of these and invited me over. After arriving I was in aw of the size and color but thoiught that they must be alright. I proceded to ingest one fat cap (about 7. 5 - 8g). I waited around for about 30 mins and started getting a strange rush similar to a cubensis trip. I walked to another friends house which was about a half hour away.
After sitting there for about a half hour I felt that I was beginning to plateau already and was gonna get nothing more from it. I decided to eat a little more (another cap smaller than the last). About ten minutes after this I started to actually trip). My vision was blurred as though I was drunk and I felt a small tinge of the psychedelic mind. Some girl that was there ended up givin me and a friend of mine a ride back to my house.
By this time I felt very uneasy about how my trip was gonna go. Reality seemed to be shifting into whole new dimensions. Lots of heat coming from my body and drenched in sweat. But I just layed down to try to get the queasiness in my stomach to go away. After a while my symptoms cleared a bit so I decided to go in the other room with my sister. At this time my vison of this world started to slip. I started to feel like I was being sucked in to another world. I dont really know how to explain all that. Then there was a point of total darkness but I was aware of EVERYTHING. Time began to have no meaning and seconds seemed like eons. For every second that passed I experienced life through everyones eyes. And I do mean everyone.  But when I hit I felt like I became one with God (I was God).
I was God and I was looking in a mirror judging myself,my creation: the whole of existence. This was the end of time and I was sublimely happy with life and everything I had done. And as soon as I realised all this I got sucked back through time to the infinite source of life (the beginning of time). The key to life was sound (the word of God). Interestingly enough it was the letter I. Though I think it was more the meaning than the actual sound.
So I was bouncing through time from front to back and each time it was different. But everytime there was a middle point which was my physical death. Thers so much more that I cant type here because there arent words for it. But if youre thinking about doing theses mushrooms be warned that I found all these visions really terrifying. After looking back I am really glad that I ended up doing it.
Peace.
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.


Widget module.
MIT. See LICENSE for full details.
Anchor positions of widgets.
Anchor to the North.
Anchor to the North East.
Anchor to the East.
Anchor to the South East.
Anchor to the South.
Anchor to the South West.
Anchor to the West.
Anchor to the North West.
Anchor centered.


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Sort Array in random order


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WITNESS LIST Criminal Justice Committee April 14, 1999-1:00P SB 25 ON: Martinez, Pablo (Criminal Justice Policy Council), Austin SB 38 FOR: Coombes, Jimmie (Citizens for Choice in Sentencing), Austin Dieter, Alison (Citizens for Choice in Sentencing), Austin DuFour, Deacon Doots (Diocese of Austin), Austin Hampton, Keith (TX Criminal Defense Lawyers Assn.), Austin McIntosh, Joy (Dierdre Foundation), Austin Radostitz, Rita (Self), Austin AGAINST: Bradley, John (Self), Georgetown Stricklin, Don (Harris County District Attorney's Office), Houston Turner, Bill (Self), Bryan Weeks, David (Walker Co. Criminal District Attorney), Huntsville ON: Icenhauer-Ramirez, L. (Self), Austin Longmire,Dennis (Sam Houston State University), Huntsville Martinez, Pablo (Criminal Justice Policy Council), Austin Registering, but not testifying: For: Consorte, Rachel (Self), Houston Daly, Richard (TX Catholic Conference), Austin McDaniel, Gay (TX Association Against Sexual Assault), Austin SB 39 FOR: Bradley, John (Self), Georgetown Coombes, Jimmie (Citizens for Choice in Sentencing), Austin Loehlin, Marjorie (Self), Austin Radostitz, Rita (Self), Austin Stricklin, Don (Harris County District Attorney's Office), Houston Weeks, David (Walker Co. Criminal District Attorney), Huntsville Registering, but not testifying: For: Consorte, Rachel (Self), Houston Dieter, Alison (Citizens for Choice in Sentencing), Austin Harris, Heather (Texas Impact), Austin SB 326 FOR: Allison, William (Self), Austin Coombes,Jimmie (Citizens for Choice in Sentencing), Austin Daly, Richard (Texas Catholic Conference), Austin Hearon, Genevieve (Capacity for Justice), Austin Loehlin, Marjorie (Self), Austin Radostitz, Rita (Self), Austin Snyder, Ruth (Self), Austin Steiker, Jordan (Self), Austin Whittington, Harry (Self), Austin AGAINST: Bradley, John (Self), Georgetown Hon, William Lee (Self), Livingston Price, Joe (Self), Groveton Turner, Bill (Self), Bryan Weeks, David (Self), Huntsville ON: Hampton, Keith (TX Criminal Defense Lawyers Assn.), Austin Scott, Wayne (TDCJ), Huntsvill Registering, but not testifying: For: Buchanan, Bree (TX Council on Family Violence), Austin Cherry, Evelyn (Self), Garland Conner, Gladys (Self), Richmond Dieter, Alison (Citizens for Choice in Sentencing), Austin Hall, Betty (Self), Houston Harris, Heather (Texas Impact), Austin Lovelace, Joe (National Alliance for the Mentally Ill of Texas), Dallas Marshall, Susan (The ARC of TX & The Texas Advocates), Austin Against: Stricklin, Don (Harris County District Attorney's Office), Houston SB 447 FOR: Raiford, Latetia (Self), Missouri City Reeves, Linda (TX Inmate Families Assn.), Austin ON: Huffty, Dr. Judy (TYC), Austin Registering, but not testifying: On: Robinson, Steve (TYC), Austin SB 784 FOR: Weeks, David (Walker Co. Criminal District Attorney), Huntsville ON: Kepple, Rob (TX District & County Attorneys Assn.), Austin SB 804 FOR: Buchanan, Bree (TX Council on Family Violence), Austin ON: Pitman, Robert (US Department of Justice), Austin Registering, but not testifying: For: Kepple, Rob (TX District & County Attorneys Assn.), Austin On: Valls-Trelles, Pat (Comptroller's Office), Austin SB 965 ON: Vela, David (National Park Service), Brownsville SB 1000 Registering, but not testifying: For: Lucero, Homero (TX Association of Broadcasters), Austin SB 1180 FOR: Cornish, L.G. (Tarrant County Bail Bond Board), Fort Worth AGAINST: Magness, Judith (Self), Bryan ON: Cowherd, Mary (State Office of Court Administration), Austin SB 1215 ON: Cranford, Susan (TDCJ), Austin Registering, but not testifying: For: Lovelace, Joe (National Alliance for the Mentally Ill of TX), Dallas On: Kifowit, Dee (TX Council on Offenders w/Mental Impairments), Ausitn SB 1217 ON: Fillmore, Debbie (TX Commission on Jail Standards), Austin Registering, but not testifying: For: Gantt, Melanie (Mental Health Association in TX), Austin Lovelace, Joe (National Alliance for the Mentally Ill of TX), Dallas On: Kifowit, Dee (TX Council on Offenders w/Mental Impairments), Austin SB 1276 FOR: Taylor-Krier, Cyndi (Bexar County), San Antonio ON: Fillmore, Debbie (TX Commission on Jail Standards), Austin SB 1558 FOR: Dillard, Patricia (Delta Airlines, Inc.), Atlanta McMullen, Michael (American Airlines), Dallas Sloan, Charles (DFW Airport Board), Hurst SB 1607 FOR: Reeves, Linda (TX Inmate Families Assn.), Austin ON: Briscoe, Judy (TX Youth Commission), Austin Registering, but not testifying: For: Gantt, Melanie (Mental Health Assn. in TX), Austin On: Robinson, Steve (TX Youth Commission), Austin SR 392 ON: Fillmore, Debbie (TX Commission on Jail Standards), Austin Registering, but not testifying: For: Gantt, Melanie (Mental Health Assn. in TX), Austin Lovelace, Joe (National Alliance for the Mentally Ill of TX), Dallas Schmitt, Cyndie (TX Council of Community MHMR Centers), Austimn On: Kifowit, Dee (TX Council on Offenders w/Mental Impairments), Austin


---
title: "Default"
description:
- Allows long search queries to be viewed and edited within the
search component.
- Queries are updated
between editor and search field.
- Option to expand editor
appears
when visible width of
search field
is exceeded.
type: search with long edit
author: Stu Wood
category: evolution
order: 1
---


The following {{ response | format_response_type }} response in request {{ request_id }} has been deleted.
{{ response.name }}
{{ response.preview }}


MDC List provides styles which implement Material Design Lists - "A single continuous column of tessellated subdivisions of equal width." Both single-line and two-line lists are supported.
Component
mdc-list
Properties
Description
dense: boolean
Shrinks the font size and height of each list item.
twoLine: boolean
Sets a class modifier for using two lines inside of list items.
avatar: boolean
Style the start detail elements as "avatars" - large, circular details that lend themselves well to contact images, profile pictures, etc.
border: boolean
Sets a border around the list.
disableRipple: boolean
Disables ink ripple.
Methods
Parameters
isRippleDisabled(): boolean
Whether or not the ripple is disabled on list-items.
Directive
mdc-list-item
a[mdc-list-item]
Properties
Description
active: boolean
Whether or not the item is active. Setting this makes the item active.
Methods
Parameters
isActive(): boolean
Whether or not the list item is active.
Child Directive
mdc-list-item-start
Position element at the start of the row.
mdc-list-item-end
Position element at the end of the row.
mdc-list-item-text
mdc-list-item-secondary
Directive
mdc-list-divider
Use as full-width or inset subdivisions either within lists themselves, or event standalone.
Properties
Description
inset: boolean
Inset dividers are useful when working with lists which have start details.
Directive
mdc-list-group
Multiple related lists can be grouped together using the mdc-list-group.
mdc-list-group-subheader
Use to add a subheader to the top of your grouped list.


Responsive website is a site created based on a design approach that gives excellent viewing experience across devices of all sizes. Users view websites on mobile phones, tables, desktop monitors, large screens, and it is important to give the best user experience no matter what on what screen size a website is open.
Mobile first design is an approach when a website layout is created for small screens first, and then scaled up for larger screens. As in most cases mobile devices are tend to be less powerful than devices with big screens, a website will be loading faster as it won't load extra code (@media queries); so @media queries will be loaded only for bigger screens, meaning there will be less unuseful code for mobile devices.
A framework is a set of rules and concepts that helps to build a website faster as it solves common type of difficulties. A framework provides a common structure that can be reused and amended. However, there are a few disadvantages of using a framework: unused code in your project, time consuming to learn rules of a particular framework.
Wireframe is a basic visual representation of elements on a website, and it helps to structure and create an information hierarchy. Wireframe examples are below.
Create a specific order of elements on mobile and desktop version is tricky, especially if you need to make it different for different screen sizes. Need to work more with floats.


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WITNESS LIST
Public Health Committee
February 10, 2016 - 9:00 AM
Emergency Preparedness
On:
Brauer, Andrea (Texas gun sense)
Cheng, Albert (Texas Association of City and County Health Officils (TACCHO))
Dragsbaek, Anna (Self; The Immunization Partnership)
Epley, Eric (Southwest Texas Regional Advisory Council (STRAC))
Fields, Rex (Eastland County Judge)
Gruber, David (Texas Department of State Health Services)
Hellerstedt, John (Department of State Health Services)
Herricks, Jennifer (Self; The National School of Tropical Medicine at Baylor College of
Medicine; Rice University's Baker Institute for Public Policy; The Immunization Partnership)
Huang, Philip (Texas Medical Association, Texas Pediatric Society)
Kaziny, Brent (Texas Children's Hospital and Texas Hospital Association)
Le duc, James (UTMB)
Lillibridge, Scott (Texas A&M University Health Science Center)
Olivarez, Eduardo (Hidalgo County Health & Human Services)
Persse, David (Self)
Powell, Judy (Parent Guidance Center)
Richardson, Matt (Denton County health department)
Shah, Umair (Self; Harris County Public Health & Environmental Services)
Thompson, Christina (Self; Texas association for clinical laboratory science)
Thompson, Zac (Dallas County Health and Human Services)
Zumbrun, Janna (Texas Department of State Health Services)
Zumbrun, Janna (Department of State Health Services)
Registering, but not testifying:
On:
Miller, Mike (DPS)
Moore, Christopher (DPS-TDEM)
Roberts, George (Texas Association of City and County Health Officials (TACCHO))
Taylor, Christopher (Cherokee county Public Health)
Telemedicine
On:
Belcher, Nora (Texas e-health Alliance)
Dewitt, Cathy (Texas Association of Business)
Dudensing, Jamie (Texas Association of Health Plans)
Hall-Barrow, Julie (Children's Health System of Texas)
Hood, Kyon (Self)
Kim, Thomas (Self; TMA)
Morgan, Megan (The Arc of Texas)
Murphy, Kate (Texas public policy foundation)
Philips, Billy (Texas Tech University Health Sciences Center)
Stonebraker, Ed (Self; CoordiNation centric llc)
1
WITNESS LIST
On:
Vandervoort, Adam (Teladoc, Inc.)
Vanhoose, Laurie (Health and human services commission)
Vo, Alexander (The University of Texas Medical Branch at Galveston)
Registering, but not testifying:
On:
Ligon, Katharine (Center for public policy priorities)
Meeks, Josh (HATT Coalition)
Robinson, Mari (Texas Medical Board)
Taylor, Christopher (Cherokee county Public Health)
2


001/* 002// This software is subject to the terms of the Eclipse Public License v1.0 003// Agreement, available at the following URL: 004// http://www.eclipse.org/legal/epl-v10.html. 005// You must accept the terms of that agreement to use this software. 006// 007// Copyright (C) 2001-2005 Julian Hyde 008// Copyright (C) 2005-2013 Pentaho and others 009// All Rights Reserved. 010// 011// jhyde, 12 September, 2002 012*/ 013package mondrian.olap; 014 015import mondrian.spi.PropertyFormatter; 016 017import java.util.*; 018 019/** 020 * Property is the definition of a member property. 021 * 022 *
The following properties are mandatory for members:
 023 *
{@link #CATALOG_NAME}
 024 *
{@link #SCHEMA_NAME}
 025 *
{@link #CUBE_NAME}
 026 *
{@link #DIMENSION_UNIQUE_NAME}
 027 *
{@link #HIERARCHY_UNIQUE_NAME}
 028 *
{@link #LEVEL_UNIQUE_NAME}
 029 *
{@link #LEVEL_NUMBER}
 030 *
{@link #MEMBER_UNIQUE_NAME}
 031 *
{@link #MEMBER_NAME}
 032 *
{@link #MEMBER_TYPE}
 033 *
{@link #MEMBER_GUID}
 034 *
{@link #MEMBER_CAPTION}
 035 *
{@link #MEMBER_ORDINAL}
 036 *
{@link #CHILDREN_CARDINALITY}
 037 *
{@link #PARENT_LEVEL}
 038 *
{@link #PARENT_UNIQUE_NAME}
 039 *
{@link #PARENT_COUNT}
 040 *
{@link #DESCRIPTION}
 041 *
 042 * 043 * The following propertiess are mandatory for cells:
 044 *
{@link #BACK_COLOR}
 045 *
{@link #CELL_EVALUATION_LIST}
 046 *
{@link #CELL_ORDINAL}
 047 *
{@link #FORE_COLOR}
 048 *
{@link #FONT_NAME}
 049 *
{@link #FONT_SIZE}
 050 *
{@link #FONT_FLAGS}
 051 *
{@link #FORMAT_STRING}
 052 *
{@link #FORMATTED_VALUE}
 053 *
{@link #NON_EMPTY_BEHAVIOR}
 054 *
{@link #SOLVE_ORDER}
 055 *
{@link #VALUE}
 056 *
 057 * 058 * @author jhyde 059 */ 060public class Property extends EnumeratedValues.BasicValue { 061 062 public enum Datatype { 063 TYPE_STRING, 064 TYPE_NUMERIC, 065 TYPE_BOOLEAN, 066 TYPE_DATE, 067 TYPE_TIME, 068 TYPE_TIMESTAMP, 069 TYPE_OTHER 070 } 071 072 /** 073 * For properties which have synonyms, maps from the synonym to the 074 * property. 075 */ 076 private static final Map<String, Property> synonyms = 077 new HashMap<String, Property>(); 078 079 /** 080 * Map of upper-case names to property definitions, for case-insensitive 081 * match. Also contains synonyms. 082 */ 083 public static final Map<String, Property> mapUpperNameToProperties = 084 new HashMap<String, Property>(); 085 086 public static final int FORMAT_EXP_PARSED_ORDINAL = 0; 087 /** 088 * Definition of the internal property which 089 * holds the parsed format string (an object of type {@link Exp}). 090 */ 091 public static final Property FORMAT_EXP_PARSED = 092 new Property( 093 "$format_exp", Datatype.TYPE_OTHER, 094 FORMAT_EXP_PARSED_ORDINAL, true, false, 095 false, null); 096 097 public static final int AGGREGATION_TYPE_ORDINAL = 1; 098 /** 099 * Definition of the internal property which 100 * holds the aggregation type. This is automatically set for stored 101 * measures, based upon their SQL aggregation. 102 */ 103 public static final Property AGGREGATION_TYPE = 104 new Property( 105 "$aggregation_type", Datatype.TYPE_OTHER, AGGREGATION_TYPE_ORDINAL, 106 true, false, false, null); 107 108 public static final int NAME_ORDINAL = 2; 109 /** 110 * Definition of the internal property which 111 * holds a member's name. 112 */ 113 public static final Property NAME = 114 new Property( 115 "$name", Datatype.TYPE_STRING, NAME_ORDINAL, true, false, false, 116 null); 117 118 public static final int CAPTION_ORDINAL = 3; 119 /** 120 * Definition of the internal property which 121 * holds a member's caption. 122 */ 123 public static final Property CAPTION = 124 new Property( 125 "$caption", Datatype.TYPE_STRING, CAPTION_ORDINAL, true, false, 126 false, null); 127 128 public static final int CONTRIBUTING_CHILDREN_ORDINAL = 4; 129 130 /** 131 * Definition of the internal property which 132 * holds, for a member of a parent-child hierarchy, a 133 * {@link java.util.List} containing the member's data 134 * member and all of its children (including non-visible children). 135 * 136 * @deprecated Property is not used and will be removed in mondrian-4.0; 137 * use {@link mondrian.olap.SchemaReader#getParentChildContributingChildren} 138 */ 139 public static final Property CONTRIBUTING_CHILDREN = 140 new Property( 141 "$contributingChildren", Datatype.TYPE_OTHER, 142 CONTRIBUTING_CHILDREN_ORDINAL, true, false, false, null); 143 144 public static final int FORMULA_ORDINAL = 5; 145 /** 146 * Definition of the internal property which 147 * returns a calculated member's {@link Formula} object. 148 */ 149 public static final Property FORMULA = 150 new Property( 151 "$formula", Datatype.TYPE_OTHER, FORMULA_ORDINAL, true, false, 152 false, null); 153 154 public static final int MEMBER_SCOPE_ORDINAL = 6; 155 /** 156 * Definition of the internal property which 157 * describes whether a calculated member belongs to a query or a cube. 158 */ 159 public static final Property MEMBER_SCOPE = 160 new Property( 161 "$member_scope", Datatype.TYPE_OTHER, MEMBER_SCOPE_ORDINAL, true, 162 true, false, null); 163 164 public static final int CATALOG_NAME_ORDINAL = 10; 165 /** 166 * Definition of the property which 167 * holds the name of the current catalog. 168 */ 169 public static final Property CATALOG_NAME = 170 new Property( 171 "CATALOG_NAME", Datatype.TYPE_STRING, CATALOG_NAME_ORDINAL, false, 172 true, false, 173 "Optional. The name of the catalog to which this member belongs. " 174 + "NULL if the provider does not support catalogs."); 175 176 public static final int SCHEMA_NAME_ORDINAL = 11; 177 /** 178 * Definition of the property which 179 * holds the name of the current schema. 180 */ 181 public static final Property SCHEMA_NAME = 182 new Property( 183 "SCHEMA_NAME", Datatype.TYPE_STRING, SCHEMA_NAME_ORDINAL, false, 184 true, false, 185 "Optional. The name of the schema to which this member belongs. " 186 + "NULL if the provider does not support schemas."); 187 188 public static final int CUBE_NAME_ORDINAL = 12; 189 /** 190 * Definition of the property which 191 * holds the name of the current cube. 192 */ 193 public static final Property CUBE_NAME = 194 new Property( 195 "CUBE_NAME", Datatype.TYPE_STRING, CUBE_NAME_ORDINAL, false, true, 196 false, "Required. Name of the cube to which this member belongs."); 197 198 public static final int DIMENSION_UNIQUE_NAME_ORDINAL = 13; 199 /** 200 * Definition of the property which 201 * holds the unique name of the current dimension. 202 */ 203 public static final Property DIMENSION_UNIQUE_NAME = 204 new Property( 205 "DIMENSION_UNIQUE_NAME", Datatype.TYPE_STRING, 206 DIMENSION_UNIQUE_NAME_ORDINAL, false, true, false, 207 "Required. Unique name of the dimension to which this member " 208 + "belongs. For providers that generate unique names by " 209 + "qualification, each component of this name is delimited."); 210 211 public static final int HIERARCHY_UNIQUE_NAME_ORDINAL = 14; 212 /** 213 * Definition of the property which 214 * holds the unique name of the current hierarchy. 215 */ 216 public static final Property HIERARCHY_UNIQUE_NAME = 217 new Property( 218 "HIERARCHY_UNIQUE_NAME", Datatype.TYPE_STRING, 219 HIERARCHY_UNIQUE_NAME_ORDINAL, false, true, false, 220 "Required. Unique name of the hierarchy. If the member belongs " 221 + "to more than one hierarchy, there is one row for each hierarchy " 222 + "to which it belongs. For providers that generate unique names " 223 + "by qualification, each component of this name is delimited."); 224 225 public static final int LEVEL_UNIQUE_NAME_ORDINAL = 15; 226 /** 227 * Definition of the property which 228 * holds the unique name of the current level. 229 */ 230 public static final Property LEVEL_UNIQUE_NAME = 231 new Property( 232 "LEVEL_UNIQUE_NAME", Datatype.TYPE_STRING, 233 LEVEL_UNIQUE_NAME_ORDINAL, false, true, false, 234 "Required. Unique name of the level to which the member belongs. " 235 + "For providers that generate unique names by qualification, " 236 + "each component of this name is delimited."); 237 238 public static final int LEVEL_NUMBER_ORDINAL = 16; 239 /** 240 * Definition of the property which 241 * holds the ordinal of the current level. 242 */ 243 public static final Property LEVEL_NUMBER = 244 new Property( 245 "LEVEL_NUMBER", Datatype.TYPE_STRING, LEVEL_NUMBER_ORDINAL, false, 246 true, false, 247 "Required. The distance of the member from the root of the " 248 + "hierarchy. The root level is zero."); 249 250 public static final int MEMBER_ORDINAL_ORDINAL = 17; 251 /** 252 * Definition of the property which 253 * holds the ordinal of the current member. 254 */ 255 public static final Property MEMBER_ORDINAL = 256 new Property( 257 "MEMBER_ORDINAL", Datatype.TYPE_NUMERIC, MEMBER_ORDINAL_ORDINAL, 258 false, true, false, 259 "Required. Ordinal number of the member. Sort rank of the member " 260 + "when members of this dimension are sorted in their natural sort " 261 + "order. If providers do not have the concept of natural " 262 + "ordering, this should be the rank when sorted by MEMBER_NAME."); 263 264 public static final int MEMBER_NAME_ORDINAL = 18; 265 /** 266 * Definition of the property which 267 * holds the name of the current member. 268 */ 269 public static final Property MEMBER_NAME = 270 new Property( 271 "MEMBER_NAME", Datatype.TYPE_STRING, MEMBER_NAME_ORDINAL, false, 272 true, false, "Required. Name of the member."); 273 274 public static final int MEMBER_UNIQUE_NAME_ORDINAL = 19; 275 /** 276 * Definition of the property which 277 * holds the unique name of the current member. 278 */ 279 public static final Property MEMBER_UNIQUE_NAME = 280 new Property( 281 "MEMBER_UNIQUE_NAME", Datatype.TYPE_STRING, 282 MEMBER_UNIQUE_NAME_ORDINAL, false, true, false, 283 "Required. Unique name of the member. For providers that " 284 + "generate unique names by qualification, each component of " 285 + "this name is delimited."); 286 287 public static final int MEMBER_TYPE_ORDINAL = 20; 288 /** 289 * Definition of the property which 290 * holds the type of the member. 291 */ 292 public static final Property MEMBER_TYPE = 293 new Property( 294 "MEMBER_TYPE", Datatype.TYPE_NUMERIC, MEMBER_TYPE_ORDINAL, false, 295 true, false, 296 "Required. Type of the member. Can be one of the following values: " 297 + "MDMEMBER_TYPE_REGULAR, MDMEMBER_TYPE_ALL, " 298 + "MDMEMBER_TYPE_FORMULA, MDMEMBER_TYPE_MEASURE, " 299 + "MDMEMBER_TYPE_UNKNOWN. MDMEMBER_TYPE_FORMULA takes precedence " 300 + "over MDMEMBER_TYPE_MEASURE. Therefore, if there is a formula " 301 + "(calculated) member on the Measures dimension, it is listed as " 302 + "MDMEMBER_TYPE_FORMULA."); 303 304 public static final int MEMBER_GUID_ORDINAL = 21; 305 /** 306 * Definition of the property which 307 * holds the GUID of the member 308 */ 309 public static final Property MEMBER_GUID = 310 new Property( 311 "MEMBER_GUID", Datatype.TYPE_STRING, MEMBER_GUID_ORDINAL, false, 312 true, false, "Optional. Member GUID. NULL if no GUID exists."); 313 314 public static final int MEMBER_CAPTION_ORDINAL = 22; 315 /** 316 * Definition of the property which 317 * holds the label or caption associated with the member, or the 318 * member's name if no caption is defined. 319 * 320 *
"CAPTION" is a synonym for this property. 321 */ 322 public static final Property MEMBER_CAPTION = 323 new Property( 324 "MEMBER_CAPTION", Datatype.TYPE_STRING, MEMBER_CAPTION_ORDINAL, 325 false, true, false, 326 "Required. A label or caption associated with the member. Used " 327 + "primarily for display purposes. If a caption does not exist, " 328 + "MEMBER_NAME is returned."); 329 330 public static final int CHILDREN_CARDINALITY_ORDINAL = 23; 331 /** 332 * Definition of the property which holds the 333 * number of children this member has. 334 */ 335 public static final Property CHILDREN_CARDINALITY = new Property( 336 "CHILDREN_CARDINALITY", Datatype.TYPE_NUMERIC, 337 CHILDREN_CARDINALITY_ORDINAL, false, true, false, 338 "Required. Number of children that the member has. This can be an " 339 + "estimate, so consumers should not rely on this to be the exact " 340 + "count. Providers should return the best estimate possible."); 341 342 public static final int PARENT_LEVEL_ORDINAL = 24; 343 /** 344 * Definition of the property which holds the 345 * distance from the root of the hierarchy of this member's parent. 346 */ 347 public static final Property PARENT_LEVEL = 348 new Property( 349 "PARENT_LEVEL", Datatype.TYPE_NUMERIC, PARENT_LEVEL_ORDINAL, false, 350 true, false, 351 "Required. The distance of the member's parent from the root level " 352 + "of the hierarchy. The root level is zero."); 353 354 public static final int PARENT_UNIQUE_NAME_ORDINAL = 25; 355 /** 356 * Definition of the property which holds the 357 * Name of the current catalog. 358 */ 359 public static final Property PARENT_UNIQUE_NAME = 360 new Property( 361 "PARENT_UNIQUE_NAME", Datatype.TYPE_STRING, 362 PARENT_UNIQUE_NAME_ORDINAL, false, true, false, 363 "Required. Unique name of the member's parent. NULL is returned " 364 + "for any members at the root level. For providers that generate " 365 + "unique names by qualification, each component of this name is " 366 + "delimited."); 367 368 public static final int PARENT_COUNT_ORDINAL = 26; 369 /** 370 * Definition of the property which holds the 371 * number of parents that this member has. Generally 1, or 0 for root 372 * members. 373 */ 374 public static final Property PARENT_COUNT = 375 new Property( 376 "PARENT_COUNT", Datatype.TYPE_NUMERIC, PARENT_COUNT_ORDINAL, false, 377 true, false, "Required. Number of parents that this member has."); 378 379 public static final int DESCRIPTION_ORDINAL = 27; 380 /** 381 * Definition of the property which holds the 382 * description of this member. 383 */ 384 public static final Property DESCRIPTION = 385 new Property( 386 "DESCRIPTION", Datatype.TYPE_STRING, DESCRIPTION_ORDINAL, false, 387 true, false, 388 "Optional. A human-readable description of the member."); 389 390 public static final int VISIBLE_ORDINAL = 28; 391 /** 392 * Definition of the internal property which holds the 393 * name of the system property which determines whether to show a member 394 * (especially a measure or calculated member) in a user interface such as 395 * JPivot. 396 */ 397 public static final Property VISIBLE = 398 new Property( 399 "$visible", Datatype.TYPE_BOOLEAN, VISIBLE_ORDINAL, true, false, 400 false, null); 401 402 public static final int CELL_FORMATTER_ORDINAL = 29; 403 /** 404 * Definition of the property which holds the 405 * name of the class which formats cell values of this member. 406 * 407 *
The class must implement the {@link mondrian.spi.CellFormatter} 408 * interface. 409 * 410 *
Despite its name, this is a member property. 411 */ 412 public static final Property CELL_FORMATTER = 413 new Property( 414 "CELL_FORMATTER", Datatype.TYPE_STRING, CELL_FORMATTER_ORDINAL, 415 false, true, false, 416 "Name of the class which formats cell values of this member."); 417 418 public static final int CELL_FORMATTER_SCRIPT_LANGUAGE_ORDINAL = 51; 419 /** 420 * Definition of the property which holds the 421 * name of the scripting language in which a scripted cell formatter is 422 * implemented, e.g. 'JavaScript'. 423 * 424 *
Despite its name, this is a member property. 425 */ 426 public static final Property CELL_FORMATTER_SCRIPT_LANGUAGE = 427 new Property( 428 "CELL_FORMATTER_SCRIPT_LANGUAGE", Datatype.TYPE_STRING, 429 CELL_FORMATTER_SCRIPT_LANGUAGE_ORDINAL, 430 false, true, false, 431 "Name of the scripting language in which a scripted cell formatter" 432 + "is implemented, e.g. 'JavaScript'."); 433 434 public static final int CELL_FORMATTER_SCRIPT_ORDINAL = 52; 435 /** 436 * Definition of the property which holds the 437 * script with which to format cell values of this member. 438 * 439 *
Despite its name, this is a member property. 440 */ 441 public static final Property CELL_FORMATTER_SCRIPT = 442 new Property( 443 "CELL_FORMATTER_SCRIPT", Datatype.TYPE_STRING, 444 CELL_FORMATTER_SCRIPT_ORDINAL, 445 false, true, false, 446 "Name of the class which formats cell values of this member."); 447 448 // Cell properties 449 450 451 public static final int BACK_COLOR_ORDINAL = 30; 452 public static final Property BACK_COLOR = 453 new Property( 454 "BACK_COLOR", Datatype.TYPE_STRING, BACK_COLOR_ORDINAL, false, 455 false, true, 456 "The background color for displaying the VALUE or FORMATTED_VALUE " 457 + "property. For more information, see FORE_COLOR and BACK_COLOR " 458 + "Contents."); 459 460 public static final int CELL_EVALUATION_LIST_ORDINAL = 31; 461 public static final Property CELL_EVALUATION_LIST = 462 new Property( 463 "CELL_EVALUATION_LIST", Datatype.TYPE_STRING, 464 CELL_EVALUATION_LIST_ORDINAL, false, false, true, 465 "The semicolon-delimited list of evaluated formulas applicable to " 466 + "the cell, in order from lowest to highest solve order. For more " 467 + "information about solve order, see Understanding Pass Order and " 468 + "Solve Order"); 469 470 public static final int CELL_ORDINAL_ORDINAL = 32; 471 public static final Property CELL_ORDINAL = 472 new Property( 473 "CELL_ORDINAL", Datatype.TYPE_NUMERIC, CELL_ORDINAL_ORDINAL, false, 474 false, true, "The ordinal number of the cell in the dataset."); 475 476 public static final int FORE_COLOR_ORDINAL = 33; 477 public static final Property FORE_COLOR = 478 new Property( 479 "FORE_COLOR", Datatype.TYPE_STRING, FORE_COLOR_ORDINAL, false, 480 false, true, 481 "The foreground color for displaying the VALUE or FORMATTED_VALUE " 482 + "property. For more information, see FORE_COLOR and BACK_COLOR " 483 + "Contents."); 484 485 public static final int FONT_NAME_ORDINAL = 34; 486 public static final Property FONT_NAME = 487 new Property( 488 "FONT_NAME", Datatype.TYPE_STRING, FONT_NAME_ORDINAL, false, false, 489 true, 490 "The font to be used to display the VALUE or FORMATTED_VALUE " 491 + "property."); 492 493 public static final int FONT_SIZE_ORDINAL = 35; 494 public static final Property FONT_SIZE = 495 new Property( 496 "FONT_SIZE", Datatype.TYPE_STRING, FONT_SIZE_ORDINAL, false, false, 497 true, 498 "Font size to be used to display the VALUE or FORMATTED_VALUE " 499 + "property."); 500 501 public static final int FONT_FLAGS_ORDINAL = 36; 502 public static final Property FONT_FLAGS = 503 new Property( 504 "FONT_FLAGS", Datatype.TYPE_NUMERIC, FONT_FLAGS_ORDINAL, false, 505 false, true, 506 "The bitmask detailing effects on the font. The value is the " 507 + "result of a bitwise OR operation of one or more of the " 508 + "following constants: MDFF_BOLD = 1, MDFF_ITALIC = 2, " 509 + "MDFF_UNDERLINE = 4, MDFF_STRIKEOUT = 8. For example, the value " 510 + "5 represents the combination of bold (MDFF_BOLD) and underline " 511 + "(MDFF_UNDERLINE) font effects."); 512 513 public static final int FORMATTED_VALUE_ORDINAL = 37; 514 /** 515 * Definition of the property which 516 * holds the formatted value of a cell. 517 */ 518 public static final Property FORMATTED_VALUE = 519 new Property( 520 "FORMATTED_VALUE", Datatype.TYPE_STRING, FORMATTED_VALUE_ORDINAL, 521 false, false, true, 522 "The character string that represents a formatted display of the " 523 + "VALUE property."); 524 525 public static final int FORMAT_STRING_ORDINAL = 38; 526 /** 527 * Definition of the property which 528 * holds the format string used to format cell values. 529 */ 530 public static final Property FORMAT_STRING = 531 new Property( 532 "FORMAT_STRING", Datatype.TYPE_STRING, FORMAT_STRING_ORDINAL, false, 533 false, true, 534 "The format string used to create the FORMATTED_VALUE property " 535 + "value. For more information, see FORMAT_STRING Contents."); 536 537 public static final int NON_EMPTY_BEHAVIOR_ORDINAL = 39; 538 public static final Property NON_EMPTY_BEHAVIOR = 539 new Property( 540 "NON_EMPTY_BEHAVIOR", Datatype.TYPE_STRING, 541 NON_EMPTY_BEHAVIOR_ORDINAL, false, false, true, 542 "The measure used to determine the behavior of calculated members " 543 + "when resolving empty cells."); 544 545 public static final int SOLVE_ORDER_ORDINAL = 40; 546 /** 547 * Definition of the property which 548 * determines the solve order of a calculated member with respect to other 549 * calculated members. 550 */ 551 public static final Property SOLVE_ORDER = 552 new Property( 553 "SOLVE_ORDER", Datatype.TYPE_NUMERIC, SOLVE_ORDER_ORDINAL, false, 554 false, true, "The solve order of the cell."); 555 556 public static final int VALUE_ORDINAL = 41; 557 /** 558 * Definition of the property which 559 * holds the value of a cell. Is usually numeric (since most measures are 560 * numeric) but is occasionally another type. 561 * 562 *
It is also applicable to members. 563 */ 564 public static final Property VALUE = 565 new Property( 566 "VALUE", Datatype.TYPE_NUMERIC, VALUE_ORDINAL, false, true, true, 567 "The unformatted value of the cell."); 568 569 public static final int DATATYPE_ORDINAL = 42; 570 /** 571 * Definition of the property which 572 * holds the datatype of a cell. Valid values are "String", 573 * "Numeric", "Integer". The property's value derives from the 574 * "datatype" attribute of the "Measure" element; if the datatype attribute 575 * is not specified, the datatype is "Numeric" by default, except measures 576 * whose aggregator is "Count", whose datatype is "Integer". 577 */ 578 public static final Property DATATYPE = 579 new Property( 580 "DATATYPE", Datatype.TYPE_STRING, DATATYPE_ORDINAL, false, false, 581 true, "The datatype of the cell."); 582 583 public static final int DEPTH_ORDINAL = 43; 584 /** 585 * Definition of the property which 586 * holds the level depth of a member. 587 * 588 *
Caution: Level depth of members in parent-child hierarchy isn't from 589 * their levels. It's calculated from the underlying data dynamically. 590 */ 591 public static final Property DEPTH = 592 new Property( 593 "DEPTH", Datatype.TYPE_NUMERIC, DEPTH_ORDINAL, true, true, false, 594 "The level depth of a member"); 595 596 public static final int DISPLAY_INFO_ORDINAL = 44; 597 598 /** 599 * Definition of the property which 600 * holds the DISPLAY_INFO required by XML/A. 601 * Caution: This property's value is calculated based on a specified MDX 602 * query, so it's value is dynamic at runtime. 603 */ 604 public static final Property DISPLAY_INFO = 605 new Property( 606 "DISPLAY_INFO", Datatype.TYPE_NUMERIC, DISPLAY_INFO_ORDINAL, false, 607 true, false, "Display instruction of a member for XML/A"); 608 609 public static final int MEMBER_KEY_ORDINAL = 45; 610 /** 611 * Definition of the property which 612 * holds the member key of the current member. 613 */ 614 public static final Property MEMBER_KEY = 615 new Property( 616 "MEMBER_KEY", Datatype.TYPE_STRING, MEMBER_KEY_ORDINAL, false, true, 617 false, "Member key."); 618 619 public static final int KEY_ORDINAL = 46; 620 /** 621 * Definition of the property which 622 * holds the key of the current member. 623 */ 624 public static final Property KEY = 625 new Property( 626 "KEY", Datatype.TYPE_STRING, KEY_ORDINAL, false, true, false, 627 "Key."); 628 629 public static final int SCENARIO_ORDINAL = 48; 630 /** 631 * Definition of the internal property which 632 * holds the scenario object underlying a member of the scenario hierarchy. 633 */ 634 public static final Property SCENARIO = 635 new Property( 636 "$scenario", Datatype.TYPE_OTHER, 637 SCENARIO_ORDINAL, true, true, false, null); 638 639 public static final int DISPLAY_FOLDER_ORDINAL = 49; 640 /** 641 * Definition of the property which 642 * holds the DISPLAY_FOLDER. For measures, a client tool may use this 643 * folder to display measures in groups. This property has no meaning for 644 * other members. 645 */ 646 public static final Property DISPLAY_FOLDER = 647 new Property( 648 "DISPLAY_FOLDER", Datatype.TYPE_STRING, DISPLAY_FOLDER_ORDINAL, 649 false, true, false, "Folder in which to display a measure"); 650 651 public static final int LANGUAGE_ORDINAL = 50; 652 653 /** 654 * Definition of the property which 655 * holds the translation expressed as an LCID. 656 * Only valid for property translations. 657 */ 658 public static final Property LANGUAGE = 659 new Property( 660 "LANGUAGE", Datatype.TYPE_NUMERIC, LANGUAGE_ORDINAL, 661 false, false, true, 662 "The translation expressed as an LCID. Only valid for property translations."); 663 664 public static final int FORMAT_EXP_ORDINAL = 53; 665 666 /** 667 * Definition of the property which 668 * holds the format string. 669 */ 670 public static final Property FORMAT_EXP = 671 new Property( 672 "FORMAT_EXP", Datatype.TYPE_STRING, FORMAT_EXP_ORDINAL, true, true, 673 false, null); 674 675 public static final int ACTION_TYPE_ORDINAL = 54; 676 677 /** 678 * Definition of the property which 679 * holds the format string. 680 */ 681 public static final Property ACTION_TYPE = 682 new Property( 683 "ACTION_TYPE", Datatype.TYPE_NUMERIC, ACTION_TYPE_ORDINAL, false, 684 false, true, null); 685 686 public static final int DRILLTHROUGH_COUNT_ORDINAL = 55; 687 688 /** 689 * Definition of the property that 690 * holds the number of fact rows that contributed to this cell. 691 * If the cell is not drillable, returns -1. 692 * 693 *
Note that this property may be expensive to compute for some 694 * cubes.
 695 */ 696 public static final Property DRILLTHROUGH_COUNT = 697 new Property( 698 "DRILLTHROUGH_COUNT", Datatype.TYPE_NUMERIC, 699 DRILLTHROUGH_COUNT_ORDINAL, false, 700 false, true, 701 "Number of fact rows that contributed to this cell. If the cell is " 702 + "not drillable, value is -1."); 703 704 /** 705 * The various property names which define a format string. 706 */ 707 static final Set<String> FORMAT_PROPERTIES = 708 new HashSet<String>( 709 Arrays.asList( 710 "format", "format_string", "FORMAT", FORMAT_STRING.name)); 711 712 // ~ Data members --------------------------------------------------------- 713 714 /** 715 * The datatype of the property. 716 */ 717 private final Datatype type; 718 719 /** 720 * Whether the property is internal. 721 */ 722 private final boolean internal; 723 private final boolean member; 724 private final boolean cell; 725 726 private static int nextOrdinal = 100; 727 728 // ~ Methods -------------------------------------------------------------- 729 730 /** 731 * Creates a property definition. If ordinal is negative, generates a 732 * unique positive ordinal. 733 */ 734 protected Property( 735 String name, 736 Datatype type, 737 int ordinal, 738 boolean internal, 739 boolean member, 740 boolean cell, 741 String description) 742 { 743 super(name, ordinal < 0 ? nextOrdinal++ : ordinal, description); 744 this.type = type; 745 this.internal = internal; 746 this.member = member; 747 this.cell = cell; 748 } 749 750 /** 751 * Returns the datatype of the property. 752 */ 753 public Datatype getType() { 754 return type; 755 } 756 757 public PropertyFormatter getFormatter() { 758 return null; 759 } 760 761 /** 762 * Returns the caption of this property. 763 */ 764 public String getCaption() { 765 return name; 766 } 767 768 /** 769 * Returns whether this property is for system use only. 770 */ 771 public boolean isInternal() { 772 return internal; 773 } 774 775 /** 776 * Returns whether this property is a standard member property. 777 */ 778 public boolean isMemberProperty() { 779 return member; 780 } 781 782 /** 783 * Returns whether this property is a standard cell property. 784 */ 785 public boolean isCellProperty() { 786 return cell && isStandard(); 787 } 788 789 /** 790 * Returns whether this property is standard. 791 */ 792 public boolean isStandard() { 793 return ordinal < MAX_ORDINAL; 794 } 795 796 public static final EnumeratedValues<Property> enumeration = 797 new EnumeratedValues<Property>( 798 new Property[] { 799 FORMAT_EXP_PARSED, 800 AGGREGATION_TYPE, 801 NAME, 802 CAPTION, 803 CONTRIBUTING_CHILDREN, 804 FORMULA, 805 CATALOG_NAME, 806 SCHEMA_NAME, 807 CUBE_NAME, 808 DIMENSION_UNIQUE_NAME, 809 HIERARCHY_UNIQUE_NAME, 810 LEVEL_UNIQUE_NAME, 811 LEVEL_NUMBER, 812 MEMBER_UNIQUE_NAME, 813 MEMBER_NAME, 814 MEMBER_TYPE, 815 MEMBER_GUID, 816 MEMBER_CAPTION, 817 MEMBER_ORDINAL, 818 CHILDREN_CARDINALITY, 819 PARENT_LEVEL, 820 PARENT_UNIQUE_NAME, 821 PARENT_COUNT, 822 DESCRIPTION, 823 VISIBLE, 824 CELL_FORMATTER, 825 CELL_FORMATTER_SCRIPT, 826 CELL_FORMATTER_SCRIPT_LANGUAGE, 827 BACK_COLOR, 828 CELL_EVALUATION_LIST, 829 CELL_ORDINAL, 830 FORE_COLOR, 831 FONT_NAME, 832 FONT_SIZE, 833 FONT_FLAGS, 834 FORMAT_STRING, 835 FORMATTED_VALUE, 836 NON_EMPTY_BEHAVIOR, 837 SOLVE_ORDER, 838 VALUE, 839 DATATYPE, 840 MEMBER_KEY, 841 KEY, 842 SCENARIO, 843 DISPLAY_FOLDER, 844 FORMAT_EXP, 845 ACTION_TYPE, 846 DRILLTHROUGH_COUNT, 847 }); 848 849 private static final int MAX_ORDINAL = 56; 850 851 static { 852 // Populate synonyms. 853 synonyms.put("CAPTION", MEMBER_CAPTION); 854 synonyms.put("FORMAT", FORMAT_STRING); 855 856 // Populate map of upper-case property names. 857 for (String propertyName : enumeration.getNames()) { 858 final Property property = enumeration.getValue(propertyName, true); 859 mapUpperNameToProperties.put( 860 propertyName.toUpperCase(), property); 861 assert property.getOrdinal() < MAX_ORDINAL; 862 } 863 864 // Add synonyms. 865 for (Map.Entry<String, Property> entry : synonyms.entrySet()) { 866 mapUpperNameToProperties.put( 867 entry.getKey().toUpperCase(), entry.getValue()); 868 } 869 } 870 871 /** 872 * Looks up a Property with a given ordinal. 873 * Returns null if not found. 874 */ 875 public static Property lookup(int ordinal) { 876 return enumeration.getValue(ordinal); 877 } 878 879 /** 880 * Looks up a Property with a given name. 881 * 882 * @param name Name of property 883 * @param matchCase Whether to perform case-sensitive match 884 * @return Property with given name, or null if not found. 885 */ 886 public static Property lookup(String name, boolean matchCase) { 887 if (matchCase) { 888 Property property = enumeration.getValue(name, false); 889 if (property != null) { 890 return property; 891 } 892 return synonyms.get(name); 893 } else { 894 // No need to check synonyms separately - the map contains them. 895 return mapUpperNameToProperties.get(name.toUpperCase()); 896 } 897 } 898} 899 900// End Property.java


#include <MKL25Z4.h>
SIM - Peripheral register structure
Definition at line 4947 of file MKL25Z4.h.
| uint32_t SIM_MemMap::CLKDIV1 |
System Clock Divider Register 1, offset: 0x1044
Definition at line 4964 of file MKL25Z4.h.
| uint32_t SIM_MemMap::COPC |
COP Control Register, offset: 0x1100
Definition at line 4973 of file MKL25Z4.h.
| uint32_t SIM_MemMap::FCFG1 |
Flash Configuration Register 1, offset: 0x104C
Definition at line 4966 of file MKL25Z4.h.
| uint32_t SIM_MemMap::FCFG2 |
Flash Configuration Register 2, offset: 0x1050
Definition at line 4967 of file MKL25Z4.h.
| uint8_t SIM_MemMap::RESERVED_0[4092] |
| uint8_t SIM_MemMap::RESERVED_1[4] |
| uint8_t SIM_MemMap::RESERVED_2[4] |
| uint8_t SIM_MemMap::RESERVED_3[8] |
| uint8_t SIM_MemMap::RESERVED_4[12] |
| uint8_t SIM_MemMap::RESERVED_5[4] |
| uint8_t SIM_MemMap::RESERVED_6[4] |
| uint8_t SIM_MemMap::RESERVED_7[156] |
| uint32_t SIM_MemMap::SCGC4 |
System Clock Gating Control Register 4, offset: 0x1034
Definition at line 4960 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SCGC5 |
System Clock Gating Control Register 5, offset: 0x1038
Definition at line 4961 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SCGC6 |
System Clock Gating Control Register 6, offset: 0x103C
Definition at line 4962 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SCGC7 |
System Clock Gating Control Register 7, offset: 0x1040
Definition at line 4963 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SDID |
System Device Identification Register, offset: 0x1024
Definition at line 4958 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SOPT1 |
System Options Register 1, offset: 0x0
Definition at line 4948 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SOPT1CFG |
SOPT1 Configuration Register, offset: 0x4
Definition at line 4949 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SOPT2 |
System Options Register 2, offset: 0x1004
Definition at line 4951 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SOPT4 |
System Options Register 4, offset: 0x100C
Definition at line 4953 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SOPT5 |
System Options Register 5, offset: 0x1010
Definition at line 4954 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SOPT7 |
System Options Register 7, offset: 0x1018
Definition at line 4956 of file MKL25Z4.h.
| uint32_t SIM_MemMap::SRVCOP |
Service COP Register, offset: 0x1104
Definition at line 4974 of file MKL25Z4.h.
| uint32_t SIM_MemMap::UIDL |
Unique Identification Register Low, offset: 0x1060
Definition at line 4971 of file MKL25Z4.h.
| uint32_t SIM_MemMap::UIDMH |
Unique Identification Register Mid-High, offset: 0x1058
Definition at line 4969 of file MKL25Z4.h.
| uint32_t SIM_MemMap::UIDML |
Unique Identification Register Mid Low, offset: 0x105C
Definition at line 4970 of file MKL25Z4.h.
The documentation for this struct was generated from the following file:


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hilary_mason_data hilary_mason_data-2014 knowledge-graph by maker-knowledge-mining
1 hilary mason data-2014-04-09-Come speak at DataGotham 2014!
Introduction: Come speak at DataGotham 2014! Posted: April 9, 2014 | Author: Hilary Mason | Filed under: blog | Leave a comment » Please join us for DataGotham 2014! We’ll be hosting the conference Friday, Sep 26th at the Broad Street Ballroom in the financial district in New York City. We look forward to getting New York’s data community together and having a great time. The Call for Proposals is now open, and we want you to speak . Our speakers come from every industry and type of background where people use data, and the best talks are ones where you tell us your real experience with a data project. What problem were you trying to solve? What went wrong? What went right? How does the story end? Or did it? If you think you might have a story to tell but aren’t sure, drop me a note . I’m happy to help you frame a successful talk, and we welcome speakers at all levels of experience. Some of our most popular talks have been from first-time speakers!
2 hilary mason data-2014-02-14-Play with your food!
Introduction: Play with your food! Posted: February 14, 2014 | Author: Hilary Mason | Filed under: blog | Tags: data , food | Leave a comment » I spent a few minutes this week putting together a quick script to pull data from the Locu API . Locu has done the hard work of gathering and parsing menus from around the US and has a lot of interesting data (and a good data team ). The API is easy to query by menu item (like “cheeseburger”, my favorite ) and by running my little script I quickly had data for the prices of cheeseburgers in my set of zip codes (the 100 most populated metro areas in the US). I’m a big fan of Pete Warden’s OpenHeatMap tool for making quick map visualizations, and was able to come up with the following: The blue map is the average price of a cheeseburger by zip, with the red one showing the average price of pizza. The most expensive average cheeseburger can be found in Santa Clara, CA, ironically the city currently hosting the Str


Logging repositories are considered advanced functionality. The default behavior should be sufficient for most users.
Log4net supports logging repositories. A repository is uniquely named. Each repository is a (ILoggerRepository). Multiple assemblies can link to the same repository.
By default there is a single logging repository per process (more precisely per AppDomain). This extends across all assemblies loaded into the process and allows them to all share a single configuration. The configuration of the repository only needs to be done once, typically in the entry point to the application, either programmatically or using a configuration attribute.
Named logging repositories can be created using the LogManager.CreateRepository method. The repository for can be retrieved using the LogManager.GetRepository method. A repository created in this way will need to be configured programmatically.
An assembly may choose to utilize a named logging repository rather than the default repository. This completely separates the logging for the assembly from the rest of the application. This can be very useful to component developers that wish to use log4net for their components but do not want to require that all the applications that use their component are aware of log4net. It also means that their debugging configuration is separated from the applications configuration. The assembly should specify the RepositoryAttribute to set its logging repository.
The log4net logging repositories can be configured using the following assembly-level attributes:
Specifies a named repository to use as this assembly's repository.
An assembly's logger repository is defined by its RepositoryAttribute, however this can be overridden by an assembly loaded before the target assembly.
An assembly can alias another assembly's repository by specifying this attribute with the name of the target repository.
This attribute may be used as many times as necessary to alias all the required repositories.
Specifies the logging repository for the assembly.
Assemblies are mapped to logging repositories. This attribute controls the configuration of the repository. The Name property specifies the name of the repository for this assembly. The RepositoryType property specifies the type of the repository object to create for the assembly. If this attribute is not specified and a Name is not specified then the assembly will be part of the default shared logging repository.
This attribute may only be used once per assembly.