We are a group of UC Berkeley Nuclear Engineering students, faculty and Berkeley Lab scientists collaborating to provide transparent, relevant measurements of radioactivity in our local environment for public education and scientific research.
Find out more at
radwatch.berkeley.edu
Follow us on Twitter!
@UCBRadWatch
Department of Nuclear Engineering


- main(String[]) - Static method in class nl.tudelft.jpacman.Launcher
-
Main execution method for the Launcher.
- makeGame() - Method in class nl.tudelft.jpacman.Launcher
-
- makeLevel(int) - Method in class nl.tudelft.jpacman.game.Game
-
Creates a new level.
- manhattanDistance(int, int, int, int) - Static method in class nl.tudelft.jpacman.board.Board
-
Returns the Manhattan distance between two points p0 and p1 given by their coordinates.
- manhattanDistance(double, double, double, double) - Static method in class nl.tudelft.jpacman.strategy.AStarPath
-
Compute the manhattan distance
between a point (x,y) and a point (a,b).
- manhattanDistanceTest() - Method in class nl.tudelft.jpacman.board.BoardTest
-
Tests manhattan distance computation.
- manhattanDistanceTest() - Method in class nl.tudelft.jpacman.strategy.AStarPathTest
-
Test to compute the manhattan distance between two points.
- MapParser - Class in nl.tudelft.jpacman.level
-
Creates new
Level
s from text representations.
- MapParser(LevelFactory, BoardFactory) - Constructor for class nl.tudelft.jpacman.level.MapParser
-
Creates a new map parser.
- move(IdentifiedPlayer, Direction) - Method in class nl.tudelft.jpacman.game.Game
-
Moves the specified player one square in the given direction.
- move(Unit, Direction) - Method in class nl.tudelft.jpacman.level.Level
-
Moves the unit into the given direction if possible and handles all
collisions.
- multipleCallsToObservers() - Method in class nl.tudelft.jpacman.game.SinglePlayerGameTest
-
This is a regression test that aims to reproduce a bug that appeared
when multiple calls to the level's observers were made from a "level won" state.
- MyJDialogStrategy - Class in nl.tudelft.jpacman.ui
-
Class that creates a selection window to chose the strategy to apply in game.
- MyJDialogStrategy(JFrame, PacManUiBuilder, Game, PacManUI) - Constructor for class nl.tudelft.jpacman.ui.MyJDialogStrategy
-
Create a new window to chose the game mode (strategy,...).
- MyJDialogStrategyTest - Class in nl.tudelft.jpacman.strategy
-
Class to test the creation of window
to chose strategy in the game.
- MyJDialogStrategyTest() - Constructor for class nl.tudelft.jpacman.strategy.MyJDialogStrategyTest
-


| ID | Formula | FW | DSSTox_CID | DSSTox_RID | DSSTox_GSID | DSSTox_FileID_Sort | TS_ChemName | TS_ChemName_Synonyms | TS_CASRN | CASRN_ChemName_Relationship | TS_Description | ChemNote | STRUCTURE_Shown | STRUCTURE_Formula | STRUCTURE_MW | STRUCTURE_ChemType | STRUCTURE_DefinedOrganicForm | STRUCTURE_IUPAC | STRUCTURE_SMILES | STRUCTURE_SMILES_Desalt | Substance_modify_yyyymmdd | |
| 327022-58-2 | 14132 | C8H18F6NP | 273.1994 (128.2347+144.9647) | 29125 | 83344 | 49269 | 8019 | 1-Methyl-1-propylpyrrolidinium hexfluorophosphate | 327022-58-2 | primary | single chemical compound | tested chemical | C8H18F6NP | 273.1994 | defined organic | complex | 1-methyl-1-propylpyrrolidinium hexafluorophosphate | C[N+]1(CCC)CCCC1.F[P-](F)(F)(F)(F)F | C[N+]1(CCC)CCCC1 | 20111204 |


Example Checklists
Checklists
The example wizard provides a list of checklists contributed to the workbench.
Select one of the checklists for its resources to be copied into the workspace at the selected container.
The checklists then can be invoked by opening the models or inserting them into other related checklists.


This plugin adds some new UI components from the Viewa framework (http://www.viewaframework.org) to your Griffon project. These components will be available in your project thanks to some builders added by this plugin's addon.
These components basically bring you an easy way of creating tables and pagination to display your data.The list of enabled components sorted by functionality:
- Tabular Data
- MasterViewPanel
- DynamicTable
- DynamicTreeTable
- Pagination
- Miscelaneus
- LoginPanel
- LoginTitledPanel
- DatePicker
In the following chapter this guide will show you how to use these components inside your Griffon views.


You're one step away from accelerating your data science career
"Matt's courses teach you how to solve the data science problem."
"I encourage everyone to enroll in Matt's courses!"
How one student founded a consulting company and used Matt's courses to train himself and his team coming from non-traditional backgrounds like photography and political science.


Dez Bryant Seemingly Takes Shots At The Cowboys, Saints On Twitter: ‘Ask Any Black Player’ (TWEETS)
by Darrelle LincolnDez Bryant stated he would be trying to get back into the league in 2019, but ranting on Twitter is certainly not how you do it.
The free agent WR jumped on Twitter Tuesday to ask Colin Kaepernick a couple of questions after his controversial workout this past weekend, and it had social media coming after Bryant.
In the midst of his responses about Kaepernick — Bryant seemingly blasted the Saints and the Cowboys, first taking aim at the team that drafted him and their treatment of Black players.
“Ask any black player on the Cowboys how I acted.”
He then went after the Saints:
He then attempted to clarify his earlier tweets, but left another vague response about telling the story of what happened with no further details.
Bryant seems to be all over the place with his story. As he said, I guess we have to wait for the real story to come out, if it ever comes out.
Still no word on if he’ll be back in the league anytime soon.


FixedWidthCSS Toolkit
Gettin' the job done
Basic
Container
Grid
Typography
Tables
Buttons and Forms
Buttons
File Browser
Forms
Page Components
Alerts
Hero Unit
Image Borders
Labels and Badges
Page Header
Pager
Pagination
JavaScript Components
empty
empty
empty


The HTTP method to be used to involve the service's custom function.
The URL used to involve the custom function. The pattern '{host}' will be replace with the name of the target host.
If checked, only members of the service's team will be able to access this custom function.


Issue: CHAR-NAME-CASEForum: Editorial
References: CHAR-NAME (p242), NAME-CHAR (p243), #\ (p353)
Category: Clarification
Edit history: 01-Mar-91, Version 1 by Pitman
08-Apr-91, Version 2 by Pitman
Status: X3J13 passed option X3J13-MAR-91 on a 9-3 vote, March 1991.
Problem Description:
In what case is a char name? Specifically,
1. Which of (NAME-CHAR "SPACE"), (NAME-CHAR "Space"), (NAME-CHAR "space")
is a legitimate way to name the Space character? [CLtL seems to
make this clear, but then later says things that make one wonder.]
2. Does (CHAR-NAME #\Space) yield "Space", "SPACE, or "space" ?
CLtL, p353, says:
#\name reads in a character object whose name is name
(actually, whose name is (string-upcase name); therefore the
syntax is case insensitive).
This would seem to imply that (CHAR-NAME #\Space) => "SPACE"
and further that only because of the syntax does lookup of
#\Space succeed, which would imply that (NAME-CHAR "Space")
should fail.
CLtL, p243 (for NAME-CHAR), says:
If the name is the same as the name of a character object (as
determined by STRING-EQUAL), that object is returned.
CLtL, p242 (for CHAR-NAME), says:
Graphic characters may or may not have names.
This would seem to `license' an implementation to give names to chars
like "A" and "$" if they wanted. But that can't really work in
general because "A" and "a" if compared by STRING-EQUAL will seem
the same, when in fact two different characters are almost surely
implied.
Proposal (CHAR-NAME-CASE:X3J13-MAR-91):
Specify that all character names are two or more characters long.
Specify that CHAR-NAME returns names of characters in the case
mentioned in the description of CHAR-NAME (i.e., "Tab", "Page",
"Rubout", "Linefeed", "Return", "Backspace", "Newline", "Space").
Proposal (CHAR-NAME-CASE:ANY-IN-CAPITALIZE-OUT):
1. Define that NAME-CHAR is case-sensistive for names one character long,
but case-insensitive for longer names.
2. Define that if CHAR-NAME returns a string, that string is either
a long name (a string of length greater than one) in
capitalized (i.e., uppercase initial) format
OR a short name (a string one character long) which contains only
one character, which has the same character code as the argument
to CHAR-NAME.
Test case:
1. a. (NAME-CHAR "SPACE") => #\Space
b. (NAME-CHAR "Space") => #\Space
c. (NAME-CHAR "space") => #\Space
d. (MEMBER (NAME-CHAR "A") '(NIL #\A)) => true
e. (MEMBER (NAME-CHAR "a") '(NIL #\a)) => true
2. a. (EQUAL (CHAR-NAME #\Space) "Space") => true
b. (MEMBER (CHAR-NAME #\a) '(NIL "a") :test #'EQUAL) => true
c. (MEMBER (CHAR-NAME #\A) '(NIL "A") :test #'EQUAL) => true
Rationale:
A primary purpose of these operators is to support input
(e.g., the #\ reader macro) and and output (e.g., PRIN1 and
FORMAT's ~@C) of characters.
1. It would be confusing for "Space" and "SPACE" to map to different
characters, and just plain frustrating for one to be valid
while the other was useless.
2. It is most useful for this to return a known case so that users
who care about the presentation are saved from calling STRING-UPCASE,
STRING-CAPITALIZE, or STRING-DOWNCASE even when the result might
already come back that way. The most common thing to do with a name
is to print it (e.g., when printing a character), so capitalization
makes the most sense.
Proposal (CHAR-NAME-CASE:CASE-SENSITIVE):
1. Define that NAME-CHAR is case-sensitive.
2. Define that CHAR-NAME returns the names "Space" and "Newline"
(and "Rubout", "Page", "Tab", "Backspace", "Return", and "Linefeed"
if they are supported by the implementation) in uppercase initial.
3. Define that #\ is case-sensitive.
4. Define that the names "SPACE" and "space" are synonyms for "Space".
Define that the names "NEWLINE" and "newline" are synonyms for "Newline".
And likewise for "Rubout", "Page", "Tab", "Backspace", "Return",
and "Linefeed" if they are supported.
Test case:
1. a. (NAME-CHAR "SPACE") => #\Space
d. (MEMBER (NAME-CHAR "A") '(NIL #\A)) => true
e. (MEMBER (NAME-CHAR "a") '(NIL #\a)) => true
2. a. (EQUAL (CHAR-NAME #\Space) "SPACE") => true
b. (MEMBER (CHAR-NAME #\a) '(NIL "a") :test #'EQUAL) => true
c. (MEMBER (CHAR-NAME #\A) '(NIL "A") :test #'EQUAL) => true
Rationale:
1. This leaves flexibility for other languages or notations
which have long names for glyphs that make some kind of case.
e.g.,
(NAME-CHAR "ALPHA")
might want to be distinguished from
(NAME-CHAR "alpha")
in Greek, with the former representing an uppercase character
and the latter representing a lowercase character.
The choice of uppercase initial means that when printing #\xxx,
no case conversion is needed. Saving the time and in some
implementations the space required to do case conversion.
2. This assures that (NAME-CHAR (CHAR-NAME x)) => x,
when (CHAR-NAME x) is not NIL.
3. This is necessary in order for #\ALPHA and #\alpha to be
distinguishable.
4. This keeps compatibility concerns for existing usages of
#\space, #\SPACE, #\newline, and #\NEWLINE from becoming
the overwhelming issue.
Current Practice:
Symbolics Genera implements ANY-IN-CAPITALIZE-OUT.
Cost to Implementors:
Both proposals are probably relatively cheap to implement.
Cost to Users:
ANY-IN-CAPITALIZE-OUT is probably very low cost because it is
more tolerant of deviations which almost surely already exists between
implementations, and among users who have made various assumptions
about what implementations might or should do.
CASE-SENSITIVE is a slightly incompatible change, but
probably a lot of programs don't use either of these functions.
Of those that do, some usages don't depend on anything other
than that (NAME-CHAR (CHAR-NAME x)) will work. In any case, most
applications that uses these are probably fairly easily to check
by hand even though mechanical checking probably would not work
very well.
Cost of Non-Adoption:
Divergence among implementations. Potential portability problems
from skews of interpretations. New implementations would not know
clearly what their rights and responsibilities were.
Benefits:
A clearer specification.
Aesthetics:
ANY-IN-CAPITALIZE-OUT is less aesthetic because it has a special
case for one-character strings.
CASE-SENSITIVE is generally more aesthetic.
Discussion:
KMP thinks that mostly it's a good idea to resolve this clearly one
way or another, and isn't incredibly fussy about the details. He has
a mild preference for proposal CASE-SENSITIVE because it leaves the
greatest flexibility to the international community which has the
English alphabet forced upon them all too often already.


If age is negitive: Print an error message
If age is 21: Print "Happy 21st Birthday!"
If age is odd: Print "Your age is odd!"
Super Bonus: If the age is a perfect square: Print "Perfect Square!"


| ID | ${subscription.id} |
|---|---|
| Customer | ${subscription.customer} |
| Period | ${subscription.current_period_startFormatted} - ${subscription.current_period_endFormatted} |
| Discount | ${subscription.discount.coupon.id} |
| Plan | ${subscription.plan.id} |
| Status | Active |
| Status | Active (canceling) |
| Status | Trial ending ${subscription.trial_endFormatted} |
| Status | Invoice past due |
| Status | Canceled |
| Status | Unpaid |
| Created | ${subscription.createdFormatted} |


|
Connected Home over IP
672cf7684
|
#include <crypto/CHIPCryptoPAL.h>
Public Member Functions | |
| Spake2p_P256_SHA256_HKDF_HMAC () | |
| ~Spake2p_P256_SHA256_HKDF_HMAC () override | |
| CHIP_ERROR | Mac (const uint8_t *key, size_t key_len, const uint8_t *in, size_t in_len, uint8_t *out) override |
| Generate a message authentication code. More... | |
| CHIP_ERROR | MacVerify (const uint8_t *key, size_t key_len, const uint8_t *mac, size_t mac_len, const uint8_t *in, size_t in_len) override |
| Verify a message authentication code. More... | |
| CHIP_ERROR | FELoad (const uint8_t *in, size_t in_len, void *fe) override |
| Load a field element. More... | |
| CHIP_ERROR | FEWrite (const void *fe, uint8_t *out, size_t out_len) override |
| Write a field element in big-endian format. More... | |
| CHIP_ERROR | FEGenerate (void *fe) override |
| Generate a field element. More... | |
| CHIP_ERROR | FEMul (void *fer, const void *fe1, const void *fe2) override |
| Multiply two field elements, fer = fe1 * fe2. More... | |
| CHIP_ERROR | PointLoad (const uint8_t *in, size_t in_len, void *R) override |
| Load a point from 0x04 || X || Y format. More... | |
| CHIP_ERROR | PointWrite (const void *R, uint8_t *out, size_t out_len) override |
| Write a point in 0x04 || X || Y format. More... | |
| CHIP_ERROR | PointMul (void *R, const void *P1, const void *fe1) override |
| Scalar multiplication, R = fe1 * P1. More... | |
| CHIP_ERROR | PointAddMul (void *R, const void *P1, const void *fe1, const void *P2, const void *fe2) override |
| Scalar multiplication with addition, R = fe1 * P1 + fe2 * P2. More... | |
| CHIP_ERROR | PointInvert (void *R) override |
| Point inversion. More... | |
| CHIP_ERROR | PointCofactorMul (void *R) override |
| Multiply a point by the curve cofactor. More... | |
| CHIP_ERROR | PointIsValid (void *R) override |
| CHIP_ERROR | ComputeL (uint8_t *Lout, size_t *L_len, const uint8_t *w1in, size_t w1in_len) override |
| Public Member Functions inherited from chip::Crypto::Spake2p | |
| Spake2p (size_t fe_size, size_t point_size, size_t hash_size) | |
| virtual | ~Spake2p () |
| CHIP_ERROR | Init (const uint8_t *context, size_t context_len) |
| Initialize Spake2+ with some context specific information. More... | |
| CHIP_ERROR | BeginVerifier (const uint8_t *my_identity, size_t my_identity_len, const uint8_t *peer_identity, size_t peer_identity_len, const uint8_t *w0in, size_t w0in_len, const uint8_t *Lin, size_t Lin_len) |
| Start the Spake2+ process as a verifier (i.e. More... | |
| CHIP_ERROR | BeginProver (const uint8_t *my_identity, size_t my_identity_len, const uint8_t *peer_identity, size_t peer_identity_len, const uint8_t *w0in, size_t w0in_len, const uint8_t *w1in, size_t w1in_len) |
| Start the Spake2+ process as a prover (i.e. More... | |
| CHIP_ERROR | ComputeRoundOne (uint8_t *out, size_t *out_len) |
| Compute the first round of the protocol. More... | |
| CHIP_ERROR | ComputeRoundTwo (const uint8_t *in, size_t in_len, uint8_t *out, size_t *out_len) |
| Compute the second round of the protocol. More... | |
| CHIP_ERROR | KeyConfirm (const uint8_t *in, size_t in_len) |
| Confirm that each party computed the same keys. More... | |
| CHIP_ERROR | GetKeys (uint8_t *out, size_t *out_len) |
| Return the shared secret. More... | |
| CHIP_ERROR | InternalHash (const uint8_t *in, size_t in_len) |
| CHIP_ERROR | WriteMN () |
| CHIP_ERROR | GenerateKeys () |
Protected Member Functions | |
| CHIP_ERROR | InitImpl () override |
| Initialize underlying implementation curve, points, field elements, etc. More... | |
| CHIP_ERROR | Hash (const uint8_t *in, size_t in_len) override |
| Hash in_len bytes of in into the internal hash context. More... | |
| CHIP_ERROR | HashFinalize (uint8_t *out) override |
| Return the hash. More... | |
| CHIP_ERROR | KDF (const uint8_t *secret, size_t secret_length, const uint8_t *salt, size_t salt_length, const uint8_t *info, size_t info_length, uint8_t *out, size_t out_length) override |
| Derive an key of length out_len. More... | |
Additional Inherited Members | |
| Public Attributes inherited from chip::Crypto::Spake2p | |
| void * | M |
| void * | N |
| const void * | G |
| void * | X |
| void * | Y |
| void * | L |
| void * | Z |
| void * | V |
| void * | w0 |
| void * | w1 |
| void * | xy |
| void * | order |
| void * | tempbn |
| Protected Attributes inherited from chip::Crypto::Spake2p | |
| CHIP_SPAKE2P_ROLE | role |
| CHIP_SPAKE2P_STATE | state |
| size_t | fe_size |
| size_t | hash_size |
| size_t | point_size |
| uint8_t | Kcab [kMAX_Hash_Length] |
| uint8_t | Kae [kMAX_Hash_Length] |
| uint8_t * | Kca |
| uint8_t * | Kcb |
| uint8_t * | Ka |
| uint8_t * | Ke |
|
inline |
|
inlineoverride |
|
overridevirtual |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Generate a field element.
| fe | A pointer to an initialized implementation dependant field element. |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Load a field element.
| in | The input big endian field element. |
| in_len | The size of the input buffer in bytes. |
| fe | A pointer to an initialized implementation dependant field element. |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Multiply two field elements, fer = fe1 * fe2.
| fer | A pointer to an initialized implementation dependant field element. |
| fe1 | A pointer to an initialized implementation dependant field element. |
| fe2 | A pointer to an initialized implementation dependant field element. |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Write a field element in big-endian format.
| fe | The field element to write. |
| out | The output buffer. |
| out_len | The length of the output buffer. |
Implements chip::Crypto::Spake2p.
|
overrideprotectedvirtual |
Hash in_len bytes of in into the internal hash context.
| in | The input buffer. |
| in_len | Size of the input buffer in bytes. |
Implements chip::Crypto::Spake2p.
|
overrideprotectedvirtual |
Return the hash.
| out | Output buffer. The size is implicit and is determined by the hash used. |
Implements chip::Crypto::Spake2p.
|
overrideprotectedvirtual |
Initialize underlying implementation curve, points, field elements, etc.
The implementation needs to:
Initialize each of the points below and set the relevant pointers on the class: a. M b. N c. G d. X e. Y f. L g. Z h. V
As an example: this.M = implementation_alloc_point();
Implements chip::Crypto::Spake2p.
|
overrideprotectedvirtual |
Derive an key of length out_len.
| ikm | The input key material buffer. |
| ikm_len | The input key material length. |
| salt | The optional salt. This may be NULL. |
| salt_len | The size of the salt in bytes. |
| info | The info. |
| info_len | The size of the info in bytes. |
| out | The output key |
| out_len | The output key length |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Generate a message authentication code.
| key | The MAC key buffer. |
| key_len | The size of the MAC key in bytes. |
| in | The input buffer. |
| in_len | The size of the input data to MAC in bytes. |
| out | The output MAC buffer. Size is implicit and is determined by the hash used. |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Verify a message authentication code.
| key | The MAC key buffer. |
| key_len | The size of the MAC key in bytes. |
| mac | The input MAC buffer. |
| mac_len | The size of the MAC in bytes. |
| in | The input buffer to verify. |
| in_len | The size of the input data to verify in bytes. |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Scalar multiplication with addition, R = fe1 * P1 + fe2 * P2.
| R | Resultant point |
| P1 | Input point |
| fe1 | Input field element. |
| P2 | Input point |
| fe2 | Input field element. |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Multiply a point by the curve cofactor.
| R | Input/Output point to point_invert |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Point inversion.
| R | Input/Output point to point_invert |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Load a point from 0x04 || X || Y format.
| in | Input buffer |
| in_len | Input buffer length |
| R | A pointer to an initialized implementation dependant point. |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Scalar multiplication, R = fe1 * P1.
| R | Resultant point |
| P1 | Input point |
| fe1 | Input field element. |
Implements chip::Crypto::Spake2p.
|
overridevirtual |
Write a point in 0x04 || X || Y format.
| R | A pointer to an initialized implementation dependant point. |
| out | Output buffer |
| out_len | Length of the output buffer |
Implements chip::Crypto::Spake2p.


|
Apprecie
1
Azure PHP
|
Public Member Functions | |
| setFamilyQuotaAvailable ($familyQuotaAvailable) | |
| getFamilyQuotaAvailable () | |
| setIsAnonymous ($isAnonymous) | |
| getIsAnonymous () | |
| setLoginId ($loginId) | |
| getLoginId () | |
| setPortalUserId ($portalUserId) | |
| getPortalUserId () | |
| setProfileId ($profileId) | |
| getProfileId () | |
| setReference ($reference) | |
| getReference () | |
| setSignupSent ($signupSent) | |
| getSignupSent () | |
| setWelcomeSent ($welcomeSent) | |
| getWelcomeSent () | |
| getSource () | |
| getPortalId () | |
| setPortalId () | |
| onConstruct () | |
| initialize () | |
| Public Member Functions inherited from ApprecieModelBase | |
| setParentIsTableBase ($value) | |
| getParentIsTableBase () | |
| setForeignKey ($value) | |
| getHash () | |
| getIsDecrypted () | |
| setDefaultFields ($default) | |
| setEncryptedFields ($encrypted) | |
| getEncryptedFields () | |
| getDefaultFields () | |
| setEncryptionProvider (EncryptionProvider $provider) | |
| getEncryptionProvider () | |
| createEncryptionProvider () | |
| register (IsRegistry $register, $key, $name) | |
| isEncryptionField ($field) | |
| encryptFields () | |
| decryptFields () | |
| onConstruct () | |
| beforeValidationOnCreate () | |
| beforeValidationOnUpdate () | |
| beforeUpdate () | |
| beforeCreate () | |
| afterCreate () | |
| beforeDelete () | |
| afterDelete () | |
| afterFetch () | |
| afterUpdate () | |
| appendMessage ($messages) | |
| Public Member Functions inherited from ApprecieUser | |
| getUserProfile () | |
| getUser () | |
| getUserLogin () | |
| getPortalUser () | |
| getUserGUID () | |
| getUserReference () | |
| getActiveRole () | |
| hasRole ($role) | |
| addRole ($role) | |
| getUserContactPreferences () | |
| getUserDietaryRequirements () | |
| getUserId () | |
Data Fields | |
| $portalUserId | |
| $profileId | |
| $loginId | |
| $reference | |
| $signupSent | |
| $welcomeSent | |
| $isAnonymous | |
| $activePortalId | |
| $familyQuotaAvailable | |
Protected Attributes | |
| $portalId | |
| Protected Attributes inherited from ApprecieModelBase | |
| $_defaultFields = array() | |
| $_encryptedFields = array() | |
| $_bitFields = array() | |
| $_isDecrypted = true | |
| $_encryptionProvider = null | |
| $_hash = null | |
| $_parentIsTableBase = false | |
| $_parentTransaction = null | |
| $_foreignKeyField = null | |
Additional Inherited Members | |
| Static Public Member Functions inherited from ApprecieModelBase | |
| static | findFirstBy ($field, $values, ApprecieModelBase $instance=null) |
| static | findBy ($field, $values, ApprecieModelBase $instance=null) |
| static | prepareSearchValues ($field, $values, ApprecieModelBase $instance=null) |
| static | resolve ($param, $throw=true, ApprecieModelBase $instance=null) |
| Protected Member Functions inherited from ApprecieModelBase | |
| getForeignKeyField () | |
| getForeignKey () | |
| getEncryptionKey () | |
| processDefaultValues ($onlyIfNull=true) | |
| processBitValues () | |
| unsetBitValues () | |
| getExtractToArray (array $fields) | |
| updateForeignKey (ApprecieModelBase $parentInstance) | |
| getParentInstance () | |
| calculateForeignKeyField () | |
| updateFromParent () | |
Created by PhpStorm. User: Gavin Date: 20/10/14 Time: 12:46 The PortalUser entity, sits in the private portal tables and contains a reference, and a possible link to a UserLogin and a UserProfile of a given user. not all users will have a userProfile or UserLogin.
The PortalUser is the most useful user element in most cases within the Apprecie system. The reference will often be used to identify an otherwise anonymous user.
Class PortalUser
Definition at line 18 of file PortalUser.php.
| getFamilyQuotaAvailable | ( | ) |
Definition at line 33 of file PortalUser.php.
| getIsAnonymous | ( | ) |
Definition at line 51 of file PortalUser.php.
| getLoginId | ( | ) |
Definition at line 67 of file PortalUser.php.
| getPortalUserId | ( | ) |
Definition at line 83 of file PortalUser.php.
| getProfileId | ( | ) |
Definition at line 99 of file PortalUser.php.
| getReference | ( | ) |
Definition at line 115 of file PortalUser.php.
| getSignupSent | ( | ) |
Definition at line 131 of file PortalUser.php.
| getWelcomeSent | ( | ) |
Definition at line 147 of file PortalUser.php.
| setFamilyQuotaAvailable | ( | $familyQuotaAvailable | ) |
| mixed | $familyQuotaAvailable |
Definition at line 25 of file PortalUser.php.
| setIsAnonymous | ( | $isAnonymous | ) |
| mixed | $isAnonymous |
Definition at line 43 of file PortalUser.php.
| setLoginId | ( | $loginId | ) |
| mixed | $loginId |
Definition at line 59 of file PortalUser.php.
| setPortalUserId | ( | $portalUserId | ) |
| mixed | $portalUserId |
Definition at line 75 of file PortalUser.php.
| setProfileId | ( | $profileId | ) |
| mixed | $profileId |
Definition at line 91 of file PortalUser.php.
| setReference | ( | $reference | ) |
| mixed | $reference |
Definition at line 107 of file PortalUser.php.
| setSignupSent | ( | $signupSent | ) |
| mixed | $signupSent |
Definition at line 123 of file PortalUser.php.
| setWelcomeSent | ( | $welcomeSent | ) |
| mixed | $welcomeSent |
Definition at line 139 of file PortalUser.php.


Level 1 log events abstraction.
More...
Level 1 log events abstraction.
| BOOL vscp_log_sendLogEvent |
( |
uint8_t |
id, |
|
|
uint8_t |
level, |
|
|
uint8_t const *const |
msg, |
|
|
uint8_t |
size |
|
) |
| |
Message for Log.
Several frames have to be sent for a event that take up more the five bytes which is the maximum for each frame. In this case the zero based index (byte 2) should be increased for each frame.
- Parameters
-
| [in] | id | ID for event. |
| [in] | level | Log level for message. |
| [in] | msg | Message. |
| [in] | size | Message size in bytes. |
- Returns
- Status
- Return values
-
| FALSE | Failed to send the event |
| TRUE | Event successful sent |
| BOOL vscp_log_sendLogLevelEvent |
( |
uint8_t |
level | ) |
|
Set level for logging.
- Parameters
-
- Returns
- Status
- Return values
-
| FALSE | Failed to send the event |
| TRUE | Event successful sent |
| BOOL vscp_log_sendLogStartEvent |
( |
uint8_t |
id | ) |
|
Start logging.
- Parameters
-
| [in] | id | ID for log (stream). |
- Returns
- Status
- Return values
-
| FALSE | Failed to send the event |
| TRUE | Event successful sent |
| BOOL vscp_log_sendLogStopEvent |
( |
uint8_t |
id | ) |
|
Stop logging.
- Parameters
-
| [in] | id | ID for log (stream). |
- Returns
- Status
- Return values
-
| FALSE | Failed to send the event |
| TRUE | Event successful sent |
| BOOL vscp_log_sendUndefinedEvent |
( |
void |
| ) |
|
General log event.
- Returns
- Status
- Return values
-
| FALSE | Failed to send the event |
| TRUE | Event successful sent |


Use the grid buttons to enable or disable the switch PoE ports. The button represents the state of the port.If it's green and says ON the port is enabled, otherwise it is disabled.
If you hover the mouse right through the nodes icon you can see it's number and therefore know which node you are trying to turn on or off.
Nodes are constantly checking hardware conditions, if any alarm is triggered you will see a notification like this. Also, if any user requests a node to turn on a request, an alarm will appear.
If you click the bell in the top right corner you will be presented with a view like this. Here you will be able to see the new alarms sent by nodes when their hardware is not in the best conditions or running properly. You can also filter by date to check all alarms within an interval.
Here you can see the pending requests.
If you try to turn off a node, a confirmation box will appear just in case you missclicked.
Sometimes if you reboot a node, they just stay off so you can reset the connection. This will turn off and on PoE and consequently turn on the node. It does not mean there are hardware problems.
❮
❯


Package io.fluentlenium.core.annotation
Annotation Interface PageUrl
PageUrl is a class annotation used instead of getUrl method of
FluentPage
object.
If PageUrl annotation is used the page class may not override the getUrl method.
It’s possible to define parameters using {[?][/path/]parameter}
syntax.
If it starts with ?
, it means that the parameter is optional.
Path can be included in the braces so it is removed when parameter value is not defined:
@PageUrl("/document/{document}{?/page/page}{?/format}") public class DocumentPage extends FluentPage { public DocumentPage customPageMethod(){ ... return this; } ... }Referencing local files in the test resources directory can be achieved by defining the file name of the resource in the annotation's
file
attribute:
@PageUrl(file = "page2url.html", value = "?param1={param1}¶m2={param2}") class Page2DynamicP2P1 extends FluentPage { }In case you don't specify the
file
attribute but you override either FluentPage.getUrl()
or
FluentPage.getUrl(Object...)
in a way that it retrieves a local test resource you need to
also override FluentPage.isAtUsingUrl(String)
and leave its body empty to skip URL check
because PageUrl is not able to get local file path relatively.
@PageUrl(value = "?param1={param1}¶m2={param2}") class Page2DynamicP2P1 extends FluentPage { @Override protected String getUrl() { return someLocalResource; } @Override public void isAtUsingUrl(String urlTemplate) { } }In case local files depending on the value of the
value
attribute you can use
additional URL query parameters
attached to the path. If no query parameters are used the value attribute can be left empty.
You can find further examples at FluentLenium Key features.
-
Required Element Summary
-
Optional Element Summary
-
Element Details
-
value
String valueThe page URL can be relative or absolute, if the URL is not recognized as absolute will be treated as relative.For example:
@PageUrl("/")
should redirect to the homepage of the website (baseUrl + "/")@PageUrl("/index.html")
should redirect to baseUrl + "/index.html"@PageUrl("http://example.com")
should redirect to "http://example.com"@PageUrl(file = "index.html" value="")
should redirect to * "file://{testResourcesDirectory}/index.html"@PageUrl(file = "index.html" value="?param={param}")
should redirect to "file://{testResourcesDirectory}/index.html?param=<value of param>"
- Returns:
- page url
-
file
String fileDefines the file name without a path located in the test resources directory on the local file system, e.g.@PageUrl(file = "index.html", value = "")
Default value is empty.
- Returns:
- the file name
- Default:
- ""
-


Hi, my name is Brent Stradling. I'm a Front End Developmer and Marketing Professional in Omaha, NE. I help entrepreneurs build their brands and engage their audience to help them grow their businesses.
JANUARY 2014 - PRESENT
Experience developing websites with HTML, CSS/SASS, Javascript/jQuery, and Python using Flask with a mobile first approach in completely responsive web design.
MARCH 2014 - MARCH 2016
Give me a call or send me an email and I will get back to you as soon as possible!


Minisymposium
Game theory in ecology and evolution - ECMTB 2014
Theoretical developments in evolution and ecology have undergone a sea change since the inception of evolutionary game theory in the early seventies. In combination with population genetics, this has enabled theoretical aspects of biological systems to be understood at the genotypic as well as the phenotypic level. This understanding has pervaded a plethora of fields from language evolution to cancer dynamics. This minisymposium focuses on recent mathematical and theoretical developments in evolutionary game theory in ecology and evolution.
Based on the interest in the double minisymposium held at the last ECMTB we plan to run two sessions on “Game theory in ecology and evolution” for ECMTB 2014 with ten speakers to take place during the conference i.e. between the 15th and the 19th of June 2014.
Organizers
Chaitanya S. Gokhale
New Zealand Institute for Advanced Study, Massey University, Auckland, New Zealand. c.gokhale [at] massey [dot] ac [dot] nz
Mark Broom
Department of Mathematics, City University London, Northampton Square, London EC1V 0HB. Mark.Broom.1 [at] city [dot] ac [dot] uk
Arne Traulsen
Research Group for Evolutionary Theory, Max-Planck-Institute for Evolutionary Biology, August-Thienemann-Straße 2, 24306 Plön, Germany. traulsen [at] evolbio [dot] mpg [dot] de


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Press calculate to get your BMI value and the class you belong to:


Versioning
Once Managers have extracted dependencies, and Datasources have located available versions, then Renovate will use a "Versioning" scheme to perform sorting and filtering of results.
The "versioning" is different for each package manager, because different package managers use different versioning schemes.
For example, npm
uses1.0.0-beta.1
and pip
uses 1.0.0b1
.
Why you might need to manually configure versioning
Renovate interprets versions correctly out-of-the-box most of the time. It's impossible to automatically detect all versioning schemes, so sometimes you need to tell the bot what versioning scheme it should use.
You can manually configure/override the versioning
value for a particular dependency.
You generally won't need to override the defaults for ecosystems which enforce a strict version scheme like npm
.
Configuring or overriding the default versionScheme
can be particularly helpful for ecosystems like Docker/Kubernetes/Helm, where versioning is barely a "convention".
General concepts behind overriding versioning
- Although you can reconfigure versioning per-manager or per-datasource, it's unlikely that such a broad change would ever be needed
- More commonly you would need to configure
versionScheme
for individual packages or potentially package patterns - The best way to do this is with
packageRules
, with a combination ofmatchManagers
,matchDatasources
,matchPackageNames
andmatchPackagePatterns
Examples of versioning overrides
Overriding Docker versioning to use a versioning specific for a package
The configuration below overrides Renovate's default docker
versioning for the python
Docker image and instead uses the pep440
versioning scheme to evaluate versions.
{
"packageRules": [
{
"matchDatasources": ["docker"],
"matchPackageNames": ["python"],
"versioning": "pep440"
}
]
}
Using a custom regex versioning scheme
{
"packageRules": [
{
"matchPackageNames": ["foo/bar"],
"versionScheme": "regex:^(?<compatibility>.*)-v?(?<major>\\d+)\\.(?<minor>\\d+)\\.(?<patch>\\d+)?$"
}
]
}
Supported Versioning
Supported values for versioning
are: cargo
, composer
, docker
, git
, gradle
, hashicorp
, hex
, ivy
, loose
, maven
, node
, npm
, nuget
, pep440
, poetry
, regex
, ruby
, semver
, swift
, ubuntu
.
Cargo Versioning
Identifier: cargo
References:
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
Cargo versioning uses Semantic Versioning 2.0.
Cargo supports ranges in a similar manner to npm, but not identical. The important differences are:
Use of commas
Multiple version requirements can also be separated with a comma, e.g. >= 1.2, < 1.5
. We interpret this to mean AND.
No exact versions unless using equals =
In Cargo, 1.2.3
doesn't mean "exactly 1.2.3", it actually means >=1.2.3 <2.0.0
. So this is like the equivalent of ^1.2.3
in npm.
Composer Versioning
Identifier: composer
References:
- https://getcomposer.org/doc/articles/versions.md
- https://packagist.org/packages/composer/semver
- https://madewithlove.be/tilde-and-caret-constraints/
- https://semver.mwl.be
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
Composer uses Semver-like versioning, however some package authors may use versions that are not completely valid, e.g. 1.2
instead of 1.2.0
.
Composer supports ranges in a similar manner to npm, but not identical. The main difference is with tilde ranges.
Tilde ranges with "short" versions are different to npm. e.g.
~4
is equivalent to ^4
in npm
~4.1
is equivalent to ^4.1
in npm
~0.4
is equivalent to >=0.4 <1
in npm
Docker Versioning
Identifier: docker
References:
Ranges/Constraints:
❌ No range support.
Description:
Docker doesn't really have versioning, instead it supports "tags" and these are usually used by Docker image authors as a form of versioning.
This Docker versioning implementation in Renovate is designed to handle the most common conventions used in tagging images. In particular, it treats the text after the first hyphen as a type of platform/compatibility indicator.
For example, many images include images with the "-alpine" suffix, e.g. the official node
Docker image includes tags like 12.15.0-alpine
which is not compatible with 12.15.0
or 12.15.0-stretch
. This means users only want/expect upgrades to 12.16.0-alpine
and not 12.16.0
or 12.16.0-stretch
.
Similarly, a user with 12.14
expects to be upgraded to 12.15
and not 12.15.0
.
What type of versioning is used?
It's pretty "wild west" for tagging and not always compliant with SemVer. Docker versioning in Renovate should do a best effort to accept and sort SemVer-like versions.
Are ranges supported?
No. Although a tag like 12.15
might seem like it means 12.15.x
, it is a tag of its own and may or may not point to an of the available 12.15.x
tags, including 12.15.0
.
Are commit hashes supported?
No. An image tag that looks like a Git commit hash should be ignored by Renovate.
git Versioning
Identifier: git
References:
Ranges/Constraints:
❌ No range support.
Description:
Renovate's Git versioning is a kind of hack to support Git submodule updating.
Gradle Versioning
Identifier: gradle
References:
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: pin
Hashicorp Versioning
Identifier: hashicorp
References:
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
Hashicorp versioning syntax is used for Terraform.
It is based off Semantic Versioning 2.0 but with a subset of npm's range syntax.
Hex Versioning
Identifier: hex
References:
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
Hex versioning syntax is used for Elixir and Erlang hex dependencies. It is based on Semantic Versioning 2.0 and supports a subset of npm's range syntax.
Ivy Versioning
Identifier: ivy
References:
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Loose Versioning
Identifier: loose
Ranges/Constraints:
❌ No range support.
Description:
Renovate's "loose" versioning was created for cases where no strict versioning is in place. It works like SemVer if SemVer-compliant versions are supplied, but otherwise is "best effort". Essentially it just does its best to sort versions and ignore versions that are not sortable.
Maven Versioning
Identifier: maven
References:
- https://maven.apache.org/pom.html#Dependency_Version_Requirement_Specification
- https://octopus.com/blog/maven-versioning-explained
- https://maven.apache.org/enforcer/enforcer-rules/versionRanges.html
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
Maven versioning is similar to SemVer but also very different in places. It's specified by Maven itself.
Ranges are supported using Maven's special syntax.
Node.js Versioning
Identifier: node
Ranges/Constraints:
❌ No range support.
Description:
Renovate's Node.js versioning is a wrapper around npm's versioning, except that it makes sure to strip "v" prefixes from exact versions when replacing.
It is planned to extend it one day to support "stability" awareness, because Node.js's version stability does not follow the SemVer approach.
npm Versioning
Identifier: npm
References:
- https://semver.org/
- https://www.npmjs.com/package/semver
- https://docs.npmjs.com/about-semantic-versioning
- https://semver.npmjs.com/
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
npm versioning is the most well known/widely-used implementation of Semantic Versioning 2.0.
It's important to understand that "npm" versioning scheme is not the same as "semver" versioning. SemVer's spec does not define ranges at all - so all range/constraint syntax in npm is npm-specific and not part of the spec.
NuGet Versioning
Identifier: nuget
References:
Ranges/Constraints:
❌ No range support.
Description:
NuGet versioning matches as closely as possible to the version comparison that NuGet itself uses.
NuGet supports SemVer 2.0.0, but permits versions with differing numbers of version parts.
Ranges are not yet supported by this versioning, but they are defined in NuGet and could be supported in the future.
PEP440 Versioning
Identifier: pep440
References:
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
PEP 440 is defined as part of the Python project, and its versioning is independent of others such as SemVer.
Ranges are supported using the syntax defined as part of the PEP440 spec.
Poetry Versioning
Identifier: poetry
References:
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
Poetry versioning is a little like a mix of PEP440 and SemVer.
Currently Renovate's implementation is based off npm versioning, but it is being migrated to be based off PEP440 to be more compatible with Poetry's behavior.
Regular Expression Versioning
Identifier: regex
Ranges/Constraints:
❌ No range support.
Description:
Regular Expression Versioning is designed to be like a flexible fallback versioning approach is Renovate's other versioning schemes don't do the job.
The regex
scheme makes use of Regular Express capture groups. The valid capture groups for regex
versioning are:
major
,minor
, andpatch
: at least one of these must be provided. When determining whether a package has updated, these values will be compared in the standard semantic versioning fashion. If any of these fields are omitted, they will be treated as if they were0
-- in this way, you can describe versioning schemes with up to three incrementing values.prerelease
: this value, if captured, will mark a given release as a prerelease (eg. unstable). If this value is captured and you have configured"ignoreUnstable": true
, the given release will be skipped.compatibility
: this value defines the "build compatibility" of a given dependency. A proposed Renovate update will never change the specified compatibility value. For example, if you are pinning to1.2.3-linux
(andlinux
is captured as the compatibility value), Renovate will not update you to1.2.4-osx
.
The compatibility concept was originally introduced for Docker versioning but sometimes package authors may use/misuse suffixes to mean compatibility in other versioning schemes.
Here is an example of using regex
versioning to correct behavior of the guava
Maven package, which misuses suffixes as compatibility indicators:
{
"packageRules": [
{
"matchPackageNames": ["com.google.guava:guava"],
"versioning": "regex:^(?<major>\\d+)(\\.(?<minor>\\d+))?(\\.(?<patch>\\d+))?(-(?<compatibility>.*))?$"
}
]
}
Here is another example, this time for handling python
Docker images, which use both pre-release indicators as well as version suffixes for compatibility:
{
"packageRules": [
{
"matchDatasources": ["docker"],
"matchPackageNames": ["python"],
"versioning": "regex:^(?<major>\\d+)\\.(?<minor>\\d+)\\.(?<patch>\\d+)(?<prerelease>[^.-]+)?(-(?<compatibility>.*))?$"
}
]
}
Ruby Versioning
Identifier: ruby
References:
- https://guides.rubygems.org/patterns/
- https://bundler.io/v1.5/gemfile.html
- https://www.devalot.com/articles/2012/04/gem-versions.html
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
The RubyGems team urges gem developers to follow the Semantic Versioning standard for their gem’s versions, but it is not enforced.
Range syntax is similar to npm's but not identical. The main difference is the use of "pessimistic" greater than or equals: ~>
Semantic Versioning
Identifier: semver
References:
Ranges/Constraints:
❌ No range support.
Description:
Renovate's Semantic Versioning is a strict/independent implementation of Semantic Versioning 2.0. It has been developed to be used in situations where exact-only SemVer support is needed and not npm's extended semver implementation including ranges.
Ranges are not supported, as per the specification.
Swift Versioning
Identifier: swift
References:
Ranges/Constraints:
✅ Ranges are supported.
Valid rangeStrategy
values are: bump
, extend
, pin
, replace
Description:
Swift versioning was developed to support the Swift Package Manager. It's based on Semantic versioning but includes its own concept of ranges.
Ubuntu Versioning
Identifier: ubuntu
References:
Ranges/Constraints:
❌ No range support.


The future. It'll come soon. And [we] have a lot of things to do before then.
Lead Designer
Lead Marketer
Lead Developer
New member


JavaScript prototypes are similar to Class objects in Ruby. They are objects that are packed with built-in methods, such as .toString
, .getPrototypeOf
, and .hasOwnProperty
. Since all prototypes can be traced back up the tree to the Object prototype, all prototypes have the methods associated with Object, plus their own unique methods. For example, .pop
, .push
, .shift
, .unshift
, .slice
, and .sort
are inherent to the Array prototype. Furthermore, you can create your own prototypes, which are like the parent classes in Ruby that branch off into child classes. All the child classes inherit the methods and properties of the parent class. In JS the parent class is the prototype and the subclasses are called instances of the prototype.
Prototypes are Capitalized to distinguish them from other objects.
JS comes with built in prototypes, but you can also create your own using, most commonly, the constructor function with the new syntax (example below).
| Array | Function | RegExp | Date |
|---|---|---|---|
| .pop, .push | .call | .exec | .getDate, .getDay |
| .shift, .unshift | .bind | .test | .getHours, .getMinutes |
| .slice, .join | .apply | .getTimezoneOffset | |
| .sort, .splice | .length | .toLocaleTimeString | |
| .concat, .reverse | |||
| .length |
A prototype is, by definition, "a first, typical or preliminary model of something, esp. a machine, from which other forms are developed or copied." When you make a prototype, you are creating a framework for actual instances of the objects you need. The most common and widely supported way to do this is to use the constructor function. All you need are a few key words. For example:
function Vehicle(fuel, wheels, license) {
this.fuelType = fuel;
this.numOfWheels = wheels;
this.requiredLicense = license;
};
That is our prototype for Vehicle. Now lets create some instances of it.
car = new Vehicle("gasoline", 4, "Class A Driver's License")
motorcycle = new Vehicle("gasoline", 2, "Class M Driver's License"
Now, if we want to see what we've done just type out:
console.log(car)
And the results will be:
fuelType: "gasoline", numOfWheels: 4 wheels, requiredLicense: "Class A Driver's License"
Now say we want to add another property to our prototype. The way to do this is by using the prototype property (We realize that is probably confusing, but here is the syntax to make it clear):
Vehicle.prototype.maxSpeedmph = 0
And now to add this attribute to our car and motorcycle instances we will simply assign a value. The reason it does not automatically add to it is because now we have no parameter set up in our function to account for maxSpeed, so it must be a manual input. This is probably one of the only drags about prototypes.
car.maxSpeedmph = 140
motorcycle.maxSpeedmph = 150
Custom prototypes are a different ball game. Unlike the standard prototypes, your homespun prototypes will be missing many core methods. It is common, for example, to want to display your object in a meaningful way, and for this purpose the .toString method exists. But if we call .toString on our car
, the parser will look in the instance for a .toString method. Since it's not there, it goes up the chain to Vehicle
-- which also contains no such method. So we instead receive the default toString method from the Object prototype. All that method knows about itself is that it's an object. So car.toString
will return the result [object Object]


{% extends 'base.html' %} {% block title %}Suggestions{% endblock %} {% block content %}
Here are some candidates for things that could be filled in, either through finding an example already existing in the database, or else with a new example.
Each row is a link to the relevant search query.
(This list is empty.)
{% endif %}Each row is a link to the relevant search query.
(This list is empty.)
{% endif %}


Book Library
New Book
Title
Author
No. of Pages
Have you read this book?
No
Yes
Title
Author
No of Pages
Status
Actions


|
ehcache | |||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| CacheManagerPeerListener | A listener for updates, which controls remote cache peers. |
| CacheManagerPeerProvider | Provides a discovery service to locate CachePeer listener peers for a Cache. |
| CachePeer | An interface for a cache peer to which updates are made remotely. |
| CacheReplicator | Replicates cache entries to peers of the CacheManager |
| Class Summary | |
|---|---|
| CacheManagerPeerListenerFactory | An abstract factory for creating cache manager peer listeners. |
| CacheManagerPeerProviderFactory | An abstract factory for creating peers. |
| ConfigurableRMIClientSocketFactory | Default socket timeouts are unlikely to be suitable for cache replication. |
| EventMessage | An Event Message, in respect of a particular cache. |
| LegacyEventMessage | An Event Message, in respect of a particular cache. |
| ManualRMICacheManagerPeerProvider | A provider of Peer RMI addresses based off manual configuration. |
| MulticastKeepaliveHeartbeatReceiver | Receives heartbeats from any MulticastKeepaliveHeartbeatSender s out there. |
| MulticastKeepaliveHeartbeatSender | Sends heartbeats to a multicast group containing a compressed list of URLs. |
| MulticastRMICacheManagerPeerProvider | A peer provider which discovers peers using Multicast. |
| MulticastRMICacheManagerPeerProvider.CachePeerEntry | Entry containing a looked up CachePeer and date |
| RMIAsynchronousCacheReplicator | Listens to CacheManager and Cache events and propagates those to
CachePeer peers of the Cache asynchronously. |
| RMIBootstrapCacheLoader | Loads Elements from a random Cache Peer |
| RMIBootstrapCacheLoaderFactory | A factory to create a configured RMIBootstrapCacheLoader |
| RMICacheManagerPeerListener | A cache server which exposes available cache operations remotely through RMI. |
| RMICacheManagerPeerListenerFactory | Builds a listener based on RMI. |
| RMICacheManagerPeerProvider | A provider of Peer RMI addresses. |
| RMICacheManagerPeerProviderFactory | Builds a factory based on RMI |
| RMICachePeer | An RMI based implementation of CachePeer . |
| RMICacheReplicatorFactory | Creates an RMICacheReplicator using properties. |
| RmiEventMessage | |
| RMISynchronousCacheReplicator | Listens to CacheManager and Cache events and propagates those to
CachePeer peers of the Cache. |
| TransactionalRMICachePeer | An RMI based implementation of CachePeer supporting transactions. |
| Enum Summary | |
|---|---|
| RmiEventMessage.RmiEventType | Enumeration of event types. |
| Exception Summary | |
|---|---|
| RemoteCacheException | A Cache Exception in the distribution mechanism. |
This package is for cache replication.
|
ehcache | |||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


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--- layout: post esbma_id: 1498 date: 2003-12-29 12:00:00 keywords: cornsharp title: Followup to MMM ---
Due largely to a link from Slashdot (thanks!), "Make More Mistakes" has endured the scrutiny of more readers than most of my other essays. I've been getting a great deal of feedback, which I do appreciate.
Lots of people have asked me how SourceGear has been able to financially survive all those awful mistakes I've made. Some have checked my background and speculated that I funded all those mistakes using money I got from the Spyglass IPO, and therefore a posture of risk-taking is appropriate only for those who are already rich, and therefore my article doesn't really apply. That's essentially incorrect, but there is a grain of truth here. I made some nice money when Spyglass went public (but nowhere near enough to retire). The presence of financial cushion sometimes has made it easier to take a risk, even though I am already a risk-taker by nature.
But in actuality, very little money has ever flowed from me to SourceGear. With the exception of a small amount of capital we received from a few angel investors, SourceGear has been entirely funded from its own revenues. If this doesn't seem to add up, then keep in mind that half the story of SourceGear is not being told right now.
The "mistakes" article tells the story of my failures, but we've experienced an approximately equal collection of successes. I'm not going to tell those stories right now. It should be sufficient to know that our losses happened in the context of some wins, some of them quite large. Each time I took a risk, I tried to be sure that the size of the risk was appropriate for the company's resources at that time.
If you are just starting out, or if your company is much smaller than SourceGear, then my mistakes may seem enormous to you. Absent my bad bets, I could be driving a Ferrari right now. Still, none of these mistakes were fatal for SourceGear.
Regardless of the scale of your business, the central point of my article still applies: "Make all the non-fatal mistakes that you can -- don't make any of the fatal ones." Only you can figure out what might be "fatal" for your particular situation. Smaller firms should take smaller risks. Bigger firms can take much bigger risks without placing the survival of the company in jeopardy.
Either way, choosing to take no risks at all is an excellent algorithm for avoiding success.


The Action Object
is an object created internally, usually as a reuilt of parsing the column data in a static Table definition. It is used to attach the user click interactions to a function within
system and to which a context is passed. Most often a Data Object is associated with this context. The Triangular system is able to
add the clickable function reference to the $scope
and thereby cause the function to be successfully accessed.
The format of the Action Object
is defined in the next section.
The implementation of the Action Object
uses a dynamicaly built Javascript object. The following properties are attached.
click:
The
method text to insert into the 'onclick' field of the
element inserted into the browser page. It assumes the
method is available and hooked in via the method
property.
An improved implementation causes the Triangular system to search for the click function and automatically hook it into the
current $scope. This means the method
preoperty (apart from compile time access checking) is optional.
label:
For other action definitions the label
property is used as the link text in the link text
built with the manufactured Action Object
.
methClass:
The
name of the method the whatClass
propety will call. Since the Javascript compiler will look for this method (assuming
"use strict" is in effect), the function must be in scope. The Triangular system will hook this into the current context so the
click action will execute the appropriate function.
method:
The
name of the method the click
function will call. Since the Javascript compiler will look for this method (assuming
"use strict" is in effect), the function must be in scope. The Triangular system will hook this into the current context so the
click action will execute the appropriate function.
name:
For columns that specify a type of 'actions', the associated array of
'action' definitions is used to manufacture Action Object
objects. The name
property is used as the link text in the link text
built with the manufactured Action Object
.
whatClass:
The
method text to insert into the 'ng-class' field of the
element inserted into the browser page. It assumes the
method is available and hooked in via the methClass
property.
An improved implementation causes the Triangular system to search for the whatClass function and automatically hook it into the
current $scope. This means the methClass
property (apart from compile time access checking) is optional.


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MINISTRIES
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This is your place to go creative The Bible ministry holds a lot of surprises for us each Friday. We have a wide range of thought provoking activities and also many fun games played. It can vary from Bible skits to quizzes…’kadha-prasangams’…dumb-charades and what not?…but at the end of it all we make sure that we take away some inspiring message from it…something that will add more meaning to life or add a new aspect to our understanding of the Bible. We also get to share our experiences with the word of God…It’s a very dynamic ministry and we are always open to experimenting new ideas
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Event_Task management.
More...
The asynchronous interactions between the fabric controller, the cluster and the peripherals are managed with events on the fabric controller side.
A task is either a function callback which can be pushed for a deferred execution when it is triggered, or notification event, which can used to block the caller execution until it is triggered.
◆ pi_task_block()
| static pi_task_t* pi_task_block |
( |
pi_task_t * |
task | ) |
|
|
inlinestatic |
This initializes a notification event so that it is ready to be triggered. A notification event can be used to block the execution of the caller (using pi_task_wait_on) until a certain action occurs, e.g. an end of transfer.
- Parameters
-
| task | Pointer to notification event. |
- Returns
- task The notification event initialized.
- Note
- This structure is allocated by the caller and must be kept alive until the pi_task_wait_on returns.
-
If the same notification is re-used several times, it must be reinitialized everytime by calling this function or another variant.
◆ pi_task_callback()
| static pi_task_t* pi_task_callback |
( |
pi_task_t * |
task, |
|
|
void(*)(void *) |
callback, |
|
|
void * |
arg |
|
) |
| |
|
inlinestatic |
This initializes a notification callback so that it is ready to be triggered. A notification callback can be used to trigger a function execution when a certain action occurs, e.g. an end of transfer.
- Parameters
-
| task | Pointer to notification event. |
| callback | The callback which will be executed when the notification is triggered. |
| arg | The argument to the callback. |
- Returns
- task The notification event initialized.
- Note
- This structure is allocated by the caller and must be kept alive until the pi_task_wait_on returns.
-
If the same notification is re-used several times, it must be reinitialized everytime by calling this function or another variant.
-
A notification callback can not be used to block the caller execution with pi_task_wait_on.
◆ pi_task_push()
| static void pi_task_push |
( |
pi_task_t * |
task | ) |
|
|
inlinestatic |
This can be used to trigger the specified notification. If the notification is a callback, this will schedule the callback execution. If the notification is an event, this will trigger the event.
- Parameters
-
| task | Pointer to notification event. |
◆ pi_task_push_delayed_us()
| void pi_task_push_delayed_us |
( |
pi_task_t * |
task, |
|
|
uint32_t |
delay |
|
) |
| |
This can be used to trigger the specified notification after the specified delay, given in micro-seconds. If the notification is a callback, this will schedule the callback execution. If the notification is an event, this will trigger the event.
- Parameters
-
| task | Pointer to notification event. |
| delay | The number of micro-seconds after which the notification must be triggered. |
◆ pi_task_wait_on()
| static void pi_task_wait_on |
( |
pi_task_t * |
task | ) |
|
|
inlinestatic |
This can be called to block the caller until the specified notification event (created with pi_task_block) has been triggered.
- Parameters
-
| task | Pointer to notification event. |
- Note
- The notification event is released just before returning from this call and must be reinitialized before it can be re-used.


TransitionType
public enum TransitionType: RawRepresentable
These enumeration values describe the possible transitions between pages
in a Stack
widget.
New values may be added to this enumeration over time.
-
No transition
Declaration
Swift
case None
-
A cross-fade
Declaration
Swift
case Crossfade
-
Slide from left to right
Declaration
Swift
case SlideRight
-
Slide from right to left
Declaration
Swift
case SlideLeft
-
Slide from bottom up
Declaration
Swift
case SlideUp
-
Slide from top down
Declaration
Swift
case SlideDown
-
Slide from left or right according to the children order
Declaration
Swift
case SlideLeftRight
-
Slide from top down or bottom up according to the order
Declaration
Swift
case SlideUpDown
-
Cover the old page by sliding up.
Version
Since 3.12Declaration
Swift
case OverUp
-
Cover the old page by sliding down.
Version
Since: 3.12Declaration
Swift
case OverDown
-
Cover the old page by sliding to the left.
Version
Since: 3.12Declaration
Swift
case OverLeft
-
Cover the old page by sliding to the right.
Version
Since: 3.12Declaration
Swift
case OverRight
-
Uncover the new page by sliding up.
Version
Since 3.12Declaration
Swift
case UnderUp
-
Uncover the new page by sliding down.
Version
Since: 3.12Declaration
Swift
case UnderDown
-
Uncover the new page by sliding to the left.
Version
Since: 3.12Declaration
Swift
case UnderLeft
-
Uncover the new page by sliding to the right.
Version
Since: 3.12Declaration
Swift
case UnderRight
-
Cover the old page sliding up or uncover the new page sliding down, according to order.
Version
Since: 3.12Declaration
Swift
case OverUpDown
-
Cover the old page sliding down or uncover the new page sliding up, according to order.
Since: 3.14
Declaration
Swift
case OverDownUp
-
Cover the old page sliding left or uncover the new page sliding right, according to order.
- Veriosn: Since: 3.14
Declaration
Swift
case OverLeftRight
-
Cover the old page sliding right or uncover the new page sliding left, according to order.
Version
Since: 3.14Declaration
Swift
case OverRightLeft
-
Undocumented
Declaration
Swift
public enum TransitionType: RawRepresentable
-
Undocumented
Declaration
Swift
public enum TransitionType: RawRepresentable


Please Note:
There are specifications that must be met by the file being uploaded in order for it the data
it contains to be processed successfully. These specifications are:
File Type:
The file should be a UTF-8 csv file with the columns separated with a semicolon (;).
Columns
The file should contain the following columns in this specific order: patient_id, last_name,
names, health_centre, dob, sex, address, treatment_start_date and interim_outcome. Each
value in column is expected to be filled.
Field Formatting:
Any of the date (dob and treatment_start_date) columns should be in the YYYY/MM/DD format
and the sex column should have either male/female as its values.
{% for field in form %}
{% endfor %}


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