public class diff_match_patch
extends java.lang.Object
| Modifier and Type | Class and Description |
|---|---|
static class |
diff_match_patch.Diff
Class representing one diff operation.
|
protected static class |
diff_match_patch.LinesToCharsResult
Internal class for returning results from diff_linesToChars().
|
static class |
diff_match_patch.Operation
The data structure representing a diff is a Linked list of Diff objects:
{Diff(Operation.DELETE, "Hello"), Diff(Operation.INSERT, "Goodbye"),
Diff(Operation.EQUAL, " world.")} which means: delete "Hello", add
"Goodbye" and keep " world."
|
static class |
diff_match_patch.Patch
Class representing one patch operation.
|
| Modifier and Type | Field and Description |
|---|---|
short |
Diff_EditCost
Cost of an empty edit operation in terms of edit characters.
|
float |
Diff_Timeout
Number of seconds to map a diff before giving up (0 for infinity).
|
int |
Match_Distance
How far to search for a match (0 = exact location, 1000+ = broad match).
|
float |
Match_Threshold
At what point is no match declared (0.0 = perfection, 1.0 = very loose).
|
float |
Patch_DeleteThreshold
When deleting a large block of text (over ~64 characters), how close do
the contents have to be to match the expected contents.
|
short |
Patch_Margin
Chunk size for context length.
|
| Constructor and Description |
|---|
diff_match_patch() |
| Modifier and Type | Method and Description |
|---|---|
protected java.util.LinkedList<diff_match_patch.Diff> |
diff_bisect(java.lang.String text1,
java.lang.String text2,
long deadline)
Find the 'middle snake' of a diff, split the problem in two and return
the recursively constructed diff.
|
protected void |
diff_charsToLines(java.util.LinkedList<diff_match_patch.Diff> diffs,
java.util.List<java.lang.String> lineArray)
Rehydrate the text in a diff from a string of line hashes to real lines
of text.
|
void |
diff_cleanupEfficiency(java.util.LinkedList<diff_match_patch.Diff> diffs)
Reduce the number of edits by eliminating operationally trivial
equalities.
|
void |
diff_cleanupMerge(java.util.LinkedList<diff_match_patch.Diff> diffs)
Reorder and merge like edit sections.
|
void |
diff_cleanupSemantic(java.util.LinkedList<diff_match_patch.Diff> diffs)
Reduce the number of edits by eliminating semantically trivial
equalities.
|
void |
diff_cleanupSemanticLossless(java.util.LinkedList<diff_match_patch.Diff> diffs)
Look for single edits surrounded on both sides by equalities which can be
shifted sideways to align the edit to a word boundary.
|
protected int |
diff_commonOverlap(java.lang.String text1,
java.lang.String text2)
Determine if the suffix of one string is the prefix of another.
|
int |
diff_commonPrefix(java.lang.String text1,
java.lang.String text2)
Determine the common prefix of two strings
|
int |
diff_commonSuffix(java.lang.String text1,
java.lang.String text2)
Determine the common suffix of two strings
|
java.util.LinkedList<diff_match_patch.Diff> |
diff_fromDelta(java.lang.String text1,
java.lang.String delta)
Given the original text1, and an encoded string which describes the
operations required to transform text1 into text2, compute the full diff.
|
protected java.lang.String[] |
diff_halfMatch(java.lang.String text1,
java.lang.String text2)
Do the two texts share a substring which is at least half the length of
the longer text? This speedup can produce non-minimal diffs.
|
int |
diff_levenshtein(java.util.LinkedList<diff_match_patch.Diff> diffs)
Compute the Levenshtein distance; the number of inserted, deleted or
substituted characters.
|
protected diff_match_patch.LinesToCharsResult |
diff_linesToChars(java.lang.String text1,
java.lang.String text2)
Split two texts into a list of strings.
|
java.util.LinkedList<diff_match_patch.Diff> |
diff_main(java.lang.String text1,
java.lang.String text2)
Find the differences between two texts.
|
java.util.LinkedList<diff_match_patch.Diff> |
diff_main(java.lang.String text1,
java.lang.String text2,
boolean checklines)
Find the differences between two texts.
|
java.lang.String |
diff_prettyHtml(java.util.LinkedList<diff_match_patch.Diff> diffs)
Convert a Diff list into a pretty HTML report.
|
java.lang.String |
diff_text1(java.util.LinkedList<diff_match_patch.Diff> diffs)
Compute and return the source text (all equalities and deletions).
|
java.lang.String |
diff_text2(java.util.LinkedList<diff_match_patch.Diff> diffs)
Compute and return the destination text (all equalities and insertions).
|
java.lang.String |
diff_toDelta(java.util.LinkedList<diff_match_patch.Diff> diffs)
Crush the diff into an encoded string which describes the operations
required to transform text1 into text2.
|
int |
diff_xIndex(java.util.LinkedList<diff_match_patch.Diff> diffs,
int loc)
loc is a location in text1, compute and return the equivalent location in
text2.
|
protected java.util.Map<java.lang.Character,java.lang.Integer> |
match_alphabet(java.lang.String pattern)
Initialise the alphabet for the Bitap algorithm.
|
protected int |
match_bitap(java.lang.String text,
java.lang.String pattern,
int loc)
Locate the best instance of 'pattern' in 'text' near 'loc' using the
Bitap algorithm.
|
int |
match_main(java.lang.String text,
java.lang.String pattern,
int loc)
Locate the best instance of 'pattern' in 'text' near 'loc'.
|
protected void |
patch_addContext(diff_match_patch.Patch patch,
java.lang.String text)
Increase the context until it is unique, but don't let the pattern expand
beyond Match_MaxBits.
|
java.lang.String |
patch_addPadding(java.util.LinkedList<diff_match_patch.Patch> patches)
Add some padding on text start and end so that edges can match something.
|
java.lang.Object[] |
patch_apply(java.util.LinkedList<diff_match_patch.Patch> patches,
java.lang.String text)
Merge a set of patches onto the text.
|
java.util.LinkedList<diff_match_patch.Patch> |
patch_deepCopy(java.util.LinkedList<diff_match_patch.Patch> patches)
Given an array of patches, return another array that is identical.
|
java.util.List<diff_match_patch.Patch> |
patch_fromText(java.lang.String textline)
Parse a textual representation of patches and return a List of Patch
objects.
|
java.util.LinkedList<diff_match_patch.Patch> |
patch_make(java.util.LinkedList<diff_match_patch.Diff> diffs)
Compute a list of patches to turn text1 into text2.
|
java.util.LinkedList<diff_match_patch.Patch> |
patch_make(java.lang.String text1,
java.util.LinkedList<diff_match_patch.Diff> diffs)
Compute a list of patches to turn text1 into text2.
|
java.util.LinkedList<diff_match_patch.Patch> |
patch_make(java.lang.String text1,
java.lang.String text2)
Compute a list of patches to turn text1 into text2.
|
java.util.LinkedList<diff_match_patch.Patch> |
patch_make(java.lang.String text1,
java.lang.String text2,
java.util.LinkedList<diff_match_patch.Diff> diffs)
Deprecated.
Prefer patch_make(String text1, LinkedList
|
void |
patch_splitMax(java.util.LinkedList<diff_match_patch.Patch> patches)
Look through the patches and break up any which are longer than the
maximum limit of the match algorithm.
|
java.lang.String |
patch_toText(java.util.List<diff_match_patch.Patch> patches)
Take a list of patches and return a textual representation.
|
public float Diff_Timeout
public short Diff_EditCost
public float Match_Threshold
public int Match_Distance
public float Patch_DeleteThreshold
public short Patch_Margin
public java.util.LinkedList<diff_match_patch.Diff> diff_main(java.lang.String text1, java.lang.String text2)
text1
- Old string to be diffed.text2
- New string to be diffed.public java.util.LinkedList<diff_match_patch.Diff> diff_main(java.lang.String text1, java.lang.String text2, boolean checklines)
text1
- Old string to be diffed.text2
- New string to be diffed.checklines
- Speedup flag. If false, then don't run a line-level diff first
to identify the changed areas. If true, then run a faster
slightly less optimal diff.protected java.util.LinkedList<diff_match_patch.Diff> diff_bisect(java.lang.String text1, java.lang.String text2, long deadline)
text1
- Old string to be diffed.text2
- New string to be diffed.deadline
- Time at which to bail if not yet complete.protected diff_match_patch.LinesToCharsResult diff_linesToChars(java.lang.String text1, java.lang.String text2)
text1
- First string.text2
- Second string.protected void diff_charsToLines(java.util.LinkedList<diff_match_patch.Diff> diffs, java.util.List<java.lang.String> lineArray)
diffs
- LinkedList of Diff objects.lineArray
- List of unique strings.public int diff_commonPrefix(java.lang.String text1, java.lang.String text2)
text1
- First string.text2
- Second string.public int diff_commonSuffix(java.lang.String text1, java.lang.String text2)
text1
- First string.text2
- Second string.protected int diff_commonOverlap(java.lang.String text1, java.lang.String text2)
text1
- First string.text2
- Second string.protected java.lang.String[] diff_halfMatch(java.lang.String text1, java.lang.String text2)
text1
- First string.text2
- Second string.public void diff_cleanupSemantic(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- LinkedList of Diff objects.public void diff_cleanupSemanticLossless(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- LinkedList of Diff objects.public void diff_cleanupEfficiency(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- LinkedList of Diff objects.public void diff_cleanupMerge(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- LinkedList of Diff objects.public int diff_xIndex(java.util.LinkedList<diff_match_patch.Diff> diffs, int loc)
diffs
- LinkedList of Diff objects.loc
- Location within text1.public java.lang.String diff_prettyHtml(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- LinkedList of Diff objects.public java.lang.String diff_text1(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- LinkedList of Diff objects.public java.lang.String diff_text2(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- LinkedList of Diff objects.public int diff_levenshtein(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- LinkedList of Diff objects.public java.lang.String diff_toDelta(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- Array of Diff objects.public java.util.LinkedList<diff_match_patch.Diff> diff_fromDelta(java.lang.String text1, java.lang.String delta) throws java.lang.IllegalArgumentException
text1
- Source string for the diff.delta
- Delta text.java.lang.IllegalArgumentException
- If invalid input.public int match_main(java.lang.String text, java.lang.String pattern, int loc)
text
- The text to search.pattern
- The pattern to search for.loc
- The location to search around.protected int match_bitap(java.lang.String text, java.lang.String pattern, int loc)
text
- The text to search.pattern
- The pattern to search for.loc
- The location to search around.protected java.util.Map<java.lang.Character,java.lang.Integer> match_alphabet(java.lang.String pattern)
pattern
- The text to encode.protected void patch_addContext(diff_match_patch.Patch patch, java.lang.String text)
patch
- The patch to grow.text
- Source text.public java.util.LinkedList<diff_match_patch.Patch> patch_make(java.lang.String text1, java.lang.String text2)
text1
- Old text.text2
- New text.public java.util.LinkedList<diff_match_patch.Patch> patch_make(java.util.LinkedList<diff_match_patch.Diff> diffs)
diffs
- Array of Diff objects for text1 to text2.@Deprecated public java.util.LinkedList<diff_match_patch.Patch> patch_make(java.lang.String text1, java.lang.String text2, java.util.LinkedList<diff_match_patch.Diff> diffs)
text1
- Old texttext2
- Ignored.diffs
- Array of Diff objects for text1 to text2.public java.util.LinkedList<diff_match_patch.Patch> patch_make(java.lang.String text1, java.util.LinkedList<diff_match_patch.Diff> diffs)
text1
- Old text.diffs
- Array of Diff objects for text1 to text2.public java.util.LinkedList<diff_match_patch.Patch> patch_deepCopy(java.util.LinkedList<diff_match_patch.Patch> patches)
patches
- Array of Patch objects.public java.lang.Object[] patch_apply(java.util.LinkedList<diff_match_patch.Patch> patches, java.lang.String text)
patches
- Array of Patch objectstext
- Old text.public java.lang.String patch_addPadding(java.util.LinkedList<diff_match_patch.Patch> patches)
patches
- Array of Patch objects.public void patch_splitMax(java.util.LinkedList<diff_match_patch.Patch> patches)
patches
- LinkedList of Patch objects.public java.lang.String patch_toText(java.util.List<diff_match_patch.Patch> patches)
patches
- List of Patch objects.public java.util.List<diff_match_patch.Patch> patch_fromText(java.lang.String textline) throws java.lang.IllegalArgumentException
textline
- Text representation of patches.java.lang.IllegalArgumentException
- If invalid input.


WITNESS LIST Higher Education Committee April 10, 2001-5:00P HB 2510 On: Sanders, Mr. Mike (Texas Tech University System) HB 3270 For: Kowalski, Mr. Tom (Texas Healthcare and Bioscience Institute) Nance, Dr. David (Introgen Therapeutics, Inc.) HB 3303 For: Jordan, Mrs. Deanna (Self) Lane, Mr. Ken (Self) McKeever, Mrs. Billie (Haskell Consolidated Independent School District) Morgan, Mrs. Deanne (Self) Against: Garcia, Dr. Rey (Texas Association of Community Colleges) HB 3508 For: Ashcroft-Smith, Mr. Cliff (The University of Texas at Austin Student Government) Bodnyk, Mr. Russ (The University of Texas at Austin Student Government) Hammond, Mr. Alex (The University of Texas at Austin Student Government) Hammond, Mr. Matt (The University of Texas at Austin Student Government) Majid, Mr. Slyman (The University of Texas at Austin Student Government) Toussant, Mr. Jarrad (The University of Texas at Austin Student Government) SB 462 On: Schumann, Miss Brenda (Texas Tech University Student Senate) SB 505 On: Brown, Miss Martha (Texas Tech University System) Dick, Ms. Terry (The University of Texas Medical Branch at Galveston) Guckian, Dr. Jim (The University of Texas System) McNeese, Dr. Margaret C. (The University of Texas Health Science Center at Houston) O'Quinn, Mr. Michael (Texas A&M System Health Science Center) SB 575 For: McDonald, Ms. Carol (Independent Colleges and Universities of Texas, Inc.)


FlightSurety
Flight
Apple Airline : "CDG -> JFK"
Banana Airline : "CDG -> PEK
Cherry Airline : CDG -> SYD
Dragon Fruit Airline : CDG -> CGK
Elderberry Airline : CDG -> GIG
Submit to Oracles
Purchase Insurance
Purchase insurance for this flight
Selected flight
Purchased amount for insurance (selected flight)
ethers
Passenger credits available for withdrawal (all flights)
ethers


Exploit and vulnerability databases:
http://www.exploit-db.com
https://code.google.com/p/google-sec...ry&cells=tiles
https://packetstormsecurity.com/files/tags/exploit/
http://farlight.org/index.html?type=local


Snippets¶
What are PhysX Snippets?¶
In the context of the PhysX SDK, a 'Snippet' is a simple, minimalistic code sample. PhysX-SDK version 3.3.0 offers a collection of Snippets to illustrate usage of the PhysX API in a concise format, free from the complexity of a sample framework or game engine. The Snippets folder is in the top-level directory of the PhysX SDK, alongside directories for Documentation, Include, Samples, etc.
- The folder {SDK Root}/Snippets/compiler/{platform} contains the Snippets solution file, e.g.
- Snippets/compiler/vc14win64/Snippets.sln
Although a few of the Snippets support rendering, ( Win32, Win64, OSX and Linux only ) most Snippets do not provide rendering, require no input, and provide only limited output through messages. Although Snippets can be run from a command prompt or by double-clicking the executable icon, the best way to explore Snippets is by viewing the code in the Visual Studio IDE, and running the program in the debugger.
HelloWorld: PhysX Basics¶
SnippetHelloWorld illustrates basic use of PhysX, from startup to shutdown of a simple scene, and is a good place to start learning the PhysX API. The simplest Snippets comprise a single source file, but SnippetHelloWorld, among others, supports optional rendering through a second source file. SnippetHelloWorld creates a number of box stacks on a plane, and if rendering is enabled, allows the user to create new stacks and fire a ball from the camera position.
The primary code for SnippetHelloWorld is found in {SDK Root}/Snippets/SnippetHelloWorld/SnippetHelloWorld.cpp.
Using PhysX Visual Debugger with SnippetHelloWorld¶
As is the case with any Snippet built against PROFILE, CHECKED or DEBUG configurations of the PhysX runtime, HelloWorld will automatically connect to the PhysX Visual Debugger if that application is already running when the Snippet executable is launched. For Snippets without rendering, PVD provides an easy way to visualize the contents of the PhysX scene presented in the Snippet. In the screenshot image below, PhysX Visual Debugger appears on the right hand side, while Visual Studio and Snippet Hello World are on the left.


:: com :: sun :: star :: document ::
|
| interface XTypeDetection |
|
- Description
- support "flat" and "deep" type detection of a given document
A "flat" detection means specifying the document format by using
the URL and some configuration data only. That will perform but produce
may invalid results if e.g., the extension of the document is wrong.
A "deep" detection means looking into the document stream to be right
which format it supports. Of course that includes a "flat" detection before.
The combination of both ones should produce stable results everytime.
- See also
- TypeDetection
|
| Methods' Details |
queryTypeByURL
| string |
| queryTypeByURL( |
[in] string |
URL ); |
- Description
- make a "flat" detection by using the URL of the document
It use given URL in combination with the internal configuration of well known
types only to specify the format of given document.
- Parameter URL
- specify the document by name
- Returns
- an internal type name which represent the detected format
or an empty value for unknown ones
|
|
queryTypeByDescriptor
| string |
| queryTypeByDescriptor( |
[inout] sequence< ::com::sun::star::beans::PropertyValue > |
Descriptor, |
| [in] boolean |
AllowDeep ); |
- Description
- make a "deep" detection or optional a "flat" detection by using a
MediaDescriptor
Instead of XTypeDetection::queryTypeByURL() this function
use a MediaDescriptor to specify the document for detection.
Such descriptor hold different informations about the document.
He will be passed to any part of made detection process and every part
can change it to actualize it.
The property MediaDescriptor::URL should be set on
this descriptor as minimum. It specifies the location of the document.
If this parameter is missing another one is required: MediaDescriptor::InputStream.
This can be usefull to prevent operaton against multiple opening of the stream
and perform the operation. If this stream isn't already included the detection
will open it (if allowed!) and add it to the descriptor so it will be available for
all following parts.
A combination of both parameters can be usefull to perform the operation
and make results more stable; but only one of them is required.
Of course its possible to specify more document properties (e.g.
MediaDescriptor::ReadOnly).
As an additional feature it's possible to suppress "deep" detection by using argument
AllowDeep.
- Parameter Descriptor
- means the MediaDescriptor which specify the ressource for detection
- Parameter AllowDeep
- if it is set to true a "deep" detection will be follow a "flat" detection
if it is set to false a "flat" detection will be made only
- Returns
- an internal type name which represent the detected format
or an empty value for unknown ones
|
|
Top of Page
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


⇦ This blue box should be on the left.
This teal box should be on the right. ⇨
This text should be in between a blue box on the ⇦left and a teal box on the right⇨.


{% extends "base.html" %} {% block content %}
The django-bootstrap-toolkit application allows for an easy integration of Django and Bootstrap.
Django is the excellent Python web framework that makes a programmer's life less repetitive.
Is just a simple hustle to get two kinds of awesome together.
A big thanks to all the people that worked on Django and Bootstrap.
{% endblock %}


Below you will find a visualization of your managed hash ring. Neat. Notice that you can pass key[] and hashid[] parameters to the image url. You can see how items would be injected into the hash ring.


Born and raised in sunny San Diego.
Jannah graduated from the University of California, Irvine with a major in Pharmaceutical Sciences and a minor in Economics. Here, Jannah gained work experience as both a publishing assistant and as a pharmacy technician.
Jannah packed her bags and left the Golden State to be a Native English Teacher and Lecturer in Seoul, South Korea and Tokyo, Japan. While abroad, she realized the importance of web development in the everyday lives of people around the world.
Jannah has been working as technical support at a innovative insulin pump company, but aspires to learn more about web and software development


30.101 Cost Accounting Standards.
30.102 Cost Accounting Standards Board Publication.
Subpart 30.2—CAS Program Requirements
30.201-2 Types of CAS coverage.
30.201-3 Solicitation provisions.
30.201-7 Cognizant Federal agency responsibilities.
30.202 Disclosure requirements.
30.202-1 General requirements.
30.202-2 Impracticality of submission.
30.202-3 Amendments and revisions.
30.202-4 Privileged and confidential information.
30.202-5 Filing Disclosure Statements.
30.202-8 Subcontractor Disclosure Statements.
Subpart 30.3—CAS Rules and Regulations [Reserved]
Subpart 30.4—Cost Accounting Standards [Reserved]
Subpart 30.5—Cost Accounting Standards for Educational Institutions [Reserved]
Subpart 30.6—CAS Administration
30.603 Changes to disclosed or established cost accounting practices.
30.603-2 Unilateral and desirable changes.
30.604 Processing changes to disclosed or established cost accounting practices.
30.605 Processing noncompliances.
30.606 Resolving cost impacts.
30.607 Subcontract administration.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/equiv_subsingleton.html ---
I couldn't find this in mathlib. Is this considered useful enough to include?
lemma equiv_subsingleton {α β : Type*} [subsingleton α] [subsingleton β] (f : α → β) (g : β → α) : α ≃ β := { to_fun := f, inv_fun := g, left_inv := λ _, subsingleton.elim _ _, right_inv := λ _, subsingleton.elim _ _, }
If so, where should it go?
Only one of them needs to be a subsingleton.
I misread the statement
@Johan Commelin it isn't a lemma
Yes it is useful. Not sure about the name though, it should be in the equiv
namespace. Perhaps equiv.of_subsingleton
?
Last updated: Apr 24 2020 at 19:02 UTC


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Today from Google Translate: "It will be a wonderful experience, do you want to live in the first person?" 😂
11/27/2018, 3:01:25 AM
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link--- layout: tweet ---
Today from Google Translate: "It will be a wonderful experience, do you want to live in the first person?" 😂
11/27/2018, 3:01:25 AM
Favs: 2
Retweets: 0
link


The <input type="color">
The defines a color
picker. The default value is #000000 (black). The value must be in seven-character hexadecimal notation.
Tip: Always add the  tag for best accessibility practices!
Example:
Show a color picker (with a predefined red value):
<form action="/action_page.php">
Select your favorite color:
<input type="color" id="favcolor" name="favcolor" value="#ff0000">

<input type="submit">
</form>
Note: type="color" is not supported in Internet Explorer 11 or Safari 9.1 (or earlier).


Classes
The following classes are available globally.
-
This class is a “junk drawer” of vrious debug/testing tools.
See moreDeclaration
Swift
public class RVS_DebugTools
-
This is the base class for our transport abstractions.
See moreDeclaration
Swift
internal class RVS_BTDriver_Base_Interface : NSObject, RVS_BTDriver_InterfaceProtocol
-
This is a specialized class for BLE devices (peripherals).
See moreDeclaration
Swift
class RVS_BTDriver_Device_BLE : RVS_BTDriver_Device
extension RVS_BTDriver_Device_BLE: RVS_BTDriver_State_Machine
extension RVS_BTDriver_Device_BLE: CBPeripheralDelegate
-
This is an interface for Bluetooth Low Energy (BLE), using CoreBluetooth.
See moreDeclaration
Swift
internal class RVS_BTDriver_Interface_BLE : RVS_BTDriver_Base_Interface
extension RVS_BTDriver_Interface_BLE: CBCentralManagerDelegate
-
This implements a way for the driver to track our initialization progress.
See moreDeclaration
Swift
class RVS_BTDriver_Property_BLE : RVS_BTDriver_Property
-
This implements a way for the driver to track our initialization progress.
See moreDeclaration
Swift
class RVS_BTDriver_Service_DeviceInfo_BLE : RVS_BTDriver_Service_BLE
-
This implements a way for the driver to track our initialization progress.
See moreDeclaration
Swift
class RVS_BTDriver_Service_BLE : RVS_BTDriver_Service
-
This is the main driver class. It is the “manager” for all the bluetooth-connected devices, which are accessible as
RVS_BTDriver_DeviceProtocol
-conformant instances.The
RVS_BTDriver
instance can be treated like a Sequence, with an iterator, higher-order functions and subscripting.Just remember that it aggregates a protocol, not a class/struct, so you see a “mask” over a different class that is known internally.
See moreDeclaration
Swift
public class RVS_BTDriver : NSObject
extension RVS_BTDriver: RVS_BTDriverCommunicatorTools
extension RVS_BTDriver: RVS_SequenceProtocol
-
This is one “device,” which maps to a bluetooth “peripheral.”
Must derive from NSObject, for purposes of being a delegate.
See moreDeclaration
Swift
class RVS_BTDriver_Device : NSObject, RVS_BTDriver_DeviceProtocol
extension RVS_BTDriver_Device: RVS_BTDriverCommunicatorTools
-
This is one “property,” which maps to a bluetooth “characteristic.”
See moreDeclaration
Swift
internal class RVS_BTDriver_Property : NSObject, RVS_BTDriver_PropertyProtocol
extension RVS_BTDriver_Property: RVS_BTDriverCommunicatorTools
-
This is a standard service class.
See moreDeclaration
Swift
class RVS_BTDriver_Service : NSObject, RVS_BTDriver_ServiceProtocol
extension RVS_BTDriver_Service: RVS_BTDriverCommunicatorTools
-
A base class for various OBD dongle handlers.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD : RVS_BTDriver_Vendor_GenericBLE
-
This is a specialization of the device for OBD Devices.
OBD devices handle communications in a single-threaded manner, so we use a queue to hold transactions. As a transaction completes, the next one is sent out.
This allows us to match responses with commands, so we keep the transactions in a struct that is sent to the delegate, so the delegate gets to have access to the sent command, as well as the response.
See moreDeclaration
Swift
class RVS_BTDriver_Device_OBD : RVS_BTDriver_Device_BLE, RVS_BTDriver_OBD_DeviceProtocol
-
A base class for various OBD dongle handlers, based on the ELM327 chipset.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD_ELM327 : RVS_BTDriver_Vendor_OBD
-
This is a specialization of the device for OBD ELM327 Devices.
See moreDeclaration
Swift
class RVS_BTDriver_Device_OBD_ELM327 : RVS_BTDriver_Device_OBD
extension RVS_BTDriver_Device_OBD_ELM327: RVS_BTDriver_OBD_ELM327_DeviceProtocol
-
A factory class for OBD dongles, based on an anonymous version of the ELM327 chipset.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD_ELM327_ANON_1 : RVS_BTDriver_Vendor_OBD_ELM327
-
This is a specialization of the device for OBD Devices.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD_ELM327_ANON_1_Device : RVS_BTDriver_Device_OBD_ELM327
-
A factory class for OBD dongles, based on the VEEPEAK version of the ELM327 chipset.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD_ELM327_VEEPEAK : RVS_BTDriver_Vendor_OBD_ELM327
-
This is a specialization of the device for OBD Devices.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD_ELM327_VEEPEAK_Device : RVS_BTDriver_Device_OBD_ELM327
-
A factory class for OBD dongles, based on the VLINK version of the ELM327 chipset.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD_ELM327_VLINK : RVS_BTDriver_Vendor_OBD_ELM327
-
This is a specialization of the device for OBD Devices.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD_ELM327_VLINK_Device : RVS_BTDriver_Device_OBD_ELM327
-
A factory class for OBD dongles, based on the MHCP chipset.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD_Kiwi : RVS_BTDriver_Vendor_OBD_ELM327
-
This is a specialization of the device for OBD Devices.
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_OBD_Kiwi_Device : RVS_BTDriver_Device_OBD
-
A factory class for goTenna Mesh devices
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_GenericBLE : NSObject, RVS_BTDriver_VendorProtocol
-
This is a specialization of the device for Generic BLE Devices.
See moreDeclaration
Swift
class RVS_BTDriver_Device_GenericBLE : RVS_BTDriver_Device_BLE
-
A factory class for goTenna Mesh devices
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_GoTenna : RVS_BTDriver_Vendor_GenericBLE
-
This is a specialization of the device for the goTenna devices.
Declaration
Swift
class RVS_BTDriver_Device_GoTenna : RVS_BTDriver_Device_BLE
-
A factory class for goTenna Mesh devices
See moreDeclaration
Swift
class RVS_BTDriver_Vendor_GoTenna_Mesh : RVS_BTDriver_Vendor_GoTenna
-
This is a specialization of the device for OBD Devices.
Declaration
Swift
class RVS_BTDriver_Device_GoTenna_Mesh : RVS_BTDriver_Device_GoTenna


| Package | Description |
|---|---|
| org.drip.execution.bayesian |
Bayesian Price Based Optimal Execution
|
| org.drip.execution.discrete |
Trajectory Slice Execution Cost Distribution
|
| org.drip.measure.discrete |
Antithetic, Quadratically Re-sampled, De-biased Distribution
|
| org.drip.measure.gaussian |
R^1 R^d Covariant Gaussian Quadrature
|
| org.drip.measure.lebesgue |
Uniform Piece-wise Lebesgue Measure
|
| org.drip.sequence.functional |
Efron Stein Functional Supremum Bounds
|
| org.drip.sequence.metrics |
Sequence Bounds Agnostic Metrics Estimators
|
| org.drip.sequence.random |
Correlated Multi-Factor Sequence Generator
|
| org.drip.spaces.metric |
Hilbert/Banach Normed Metric Spaces
|
| Modifier and Type | Class and Description |
|---|---|
class |
ConditionalPriceDistribution
ConditionalPriceDistribution holds the Price Distribution Conditional on a given Drift.
|
class |
PriorDriftDistribution
PriorDriftDistribution holds the Prior Belief Distribution associated with the Directional Drift.
|
| Modifier and Type | Class and Description |
|---|---|
class |
ShortfallIncrementDistribution
ShortfallIncrementDistribution holds the Parameters of the R^1 Normal Short fall Increment Distribution.
|
| Modifier and Type | Class and Description |
|---|---|
class |
BoundedUniformIntegerDistribution
BoundedUniformIntegerDistribution implements the Univariate Bounded Uniform Integer Distribution, with the
Integer being generated between a(n inclusive) lower and an upper Bound.
|
class |
PoissonDistribution
PoissonDistribution implements the Univariate Poisson Distribution using the specified Mean/Variance.
|
| Modifier and Type | Class and Description |
|---|---|
class |
R1UnivariateNormal
R1UnivariateNormal implements the Univariate R^1 Normal Distribution.
|
| Modifier and Type | Class and Description |
|---|---|
class |
R1PiecewiseDisplaced
R1PiecewiseDisplaced implements the Displaced Piecewise Linear R^1 Distributions.
|
class |
R1PiecewiseLinear
R1PiecewiseLinear implements the Piecewise Linear R^1 Distributions.
|
class |
R1Uniform
R1Uniform implements the R^1 Lebesgue (i.e., Bounded Uniform) Distribution, with a Uniform Distribution
between a Lower and an Upper Bound.
|
| Modifier and Type | Method and Description |
|---|---|
R1 |
IdempotentUnivariateRandom.underlyingDistribution()
Retrieve the Underlying Distribution
|
R1 |
FunctionSupremumUnivariateRandom.underlyingDistribution()
Retrieve the Underlying Distribution
|
| Constructor and Description |
|---|
BinaryIdempotentUnivariateRandom(double dblOffset,
R1 dist,
double dblVariateBound,
double dblPositiveProbability)
BinaryIdempotentUnivariateRandom Constructor
|
BoundedIdempotentUnivariateRandom(double dblOffset,
R1 dist,
double dblVariateBound)
BoundedIdempotentUnivariateRandom Constructor
|
FunctionSupremumUnivariateRandom(R1ToR1[] aAUClass,
R1 dist)
FunctionSupremumUnivariateRandom Constructor
|
IdempotentUnivariateRandom(double dblOffset,
R1 dist)
IdempotentUnivariateRandom Constructor
|
| Modifier and Type | Method and Description |
|---|---|
R1 |
SingleSequenceAgnosticMetrics.populationDistribution()
Retrieve the Population Distribution
|
| Constructor and Description |
|---|
BoundedSequenceAgnosticMetrics(double[] adblSequence,
R1 distPopulation,
double dblSupport)
BoundedSequenceAgnosticMetrics Constructor
|
IntegerSequenceAgnosticMetrics(double[] adblSequence,
R1 distPopulation)
Build out the Sequence and their Metrics
|
SingleSequenceAgnosticMetrics(double[] adblSequence,
R1 distPopulation)
Build out the Sequence and their Metrics
|
| Modifier and Type | Method and Description |
|---|---|
SingleSequenceAgnosticMetrics |
UnivariateSequenceGenerator.sequence(int iNumEntry,
R1 distPopulation)
Generate a Random Sequence along with its Metrics
|
SingleSequenceAgnosticMetrics |
Poisson.sequence(int iNumEntry,
R1 distPopulation) |
SingleSequenceAgnosticMetrics |
BoundedUniformInteger.sequence(int iNumEntry,
R1 distPopulation) |
SingleSequenceAgnosticMetrics |
Bounded.sequence(int iNumEntry,
R1 distPopulation) |
| Modifier and Type | Method and Description |
|---|---|
R1 |
R1Normed.borelSigmaMeasure()
Retrieve the Borel Sigma R^1 Probability Measure
|
R1 |
R1Continuous.borelSigmaMeasure() |
R1 |
R1Combinatorial.borelSigmaMeasure() |
| Modifier and Type | Method and Description |
|---|---|
static R1ContinuousBall |
R1ContinuousBall.ClosedUnit(double dblLeftEdge,
double dblRightEdge,
R1 distR1,
int iPNorm)
Construct a R1ContinuousBall Instance of Unit Radius
|
static R1CombinatorialBall |
R1CombinatorialBall.ClosedUnit(java.util.List<java.lang.Double> lsElementSpace,
R1 distR1,
int iPNorm)
Construct a R1CombinatorialBall Instance of Unit Radius
|
static R1Continuous |
R1Continuous.Standard(double dblLeftEdge,
double dblRightEdge,
R1 distR1,
int iPNorm)
Construct the Standard l^p R^1 Continuous Space Instance
|
static R1Combinatorial |
R1Combinatorial.Standard(java.util.List<java.lang.Double> lsElementSpace,
R1 distR1,
int iPNorm)
Construct the Standard l^p R^1 Combinatorial Space Instance
|
static R1Continuous |
R1Continuous.Supremum(double dblLeftEdge,
double dblRightEdge,
R1 distR1)
Construct the Supremum (i.e., l^Infinity) R^1 Continuous Space Instance
|
static R1Combinatorial |
R1Combinatorial.Supremum(java.util.List<java.lang.Double> lsElementSpace,
R1 distR1)
Construct the Supremum (i.e., l^Infinity) R^1 Combinatorial Space Instance
|
| Constructor and Description |
|---|
R1Combinatorial(java.util.List<java.lang.Double> lsElementSpace,
R1 distR1,
int iPNorm)
R1Combinatorial Space Constructor
|
R1CombinatorialBall(java.util.List<java.lang.Double> lsElementSpace,
R1 distR1,
int iPNorm,
double dblNormRadius)
R1CombinatorialBall Constructor
|
R1Continuous(double dblLeftEdge,
double dblRightEdge,
R1 distR1,
int iPNorm)
R1Continuous Space Constructor
|
R1ContinuousBall(double dblLeftEdge,
double dblRightEdge,
R1 distR1,
int iPNorm,
double dblNormRadius)
R1ContinuousBall Constructor
|


Examples of adaptation options to reduce climate change risks to health in Dominica. Source: Reference [ 16].
Strengthen solid waste management services across the island by increasing capacity of the DSWMC
Enhance enforcement of existing legislation on waste management, vector control, and food safety
Increase public awareness of health risks associated with climate change and encourage public involvement in adaptation efforts, with a particular focus on the engagement of unemployed youth
Provide training to health sector staff on the health impacts of climate change and how to reduce risks
Improve the reliability and safety of water storage practices at community and household levels
Improve climate change and health data collection methods and enhance environmental monitoring
Enhance the integration of climate services into health decision-making
Strengthen the organizational structure of emergency response and ensure workers are familiar with emergency plans
Ensure sufficient resources are available to efficiently respond to emergencies
Develop early warning systems for climate-sensitive health risks utilizing forecast information from the Caribbean Institute for Meteorology and Hydrology
Continue studies on the impacts of climate change on vector-borne, waterborne, and foodborne diseases and on food insecurity, including analyses of weather, vector, and epidemiologic data
Develop a national electronic database for health, vector, water, weather, and climate data that is accessible by all relevant stakeholders
Conduct an assessment of data being collected by various departments and organizations to avoid duplication of efforts and promote collaboration
Establish mechanisms for the routine flow of information (from weather, climate, vector, water, and disease surveillance systems) between key departments (e.g., Environmental Health Department, National Pest and Termite Control Company, Dominica Meteorological Services, Division of Agriculture, and DOWASCO)
Conduct routine analyses of weather, vector, and epidemiologic data and distribute findings in a bulletin to relevant stakeholders
Hold community meetings to increase awareness of protective behaviors through coordination among village councils, the Environmental Health Department, and health centers
Convert current paper-based data collection systems to electronic systems
Increase the capacity of laboratory facilities to detect disease-causing pathogens in humans, animals, and plants
Increase the climate resiliency of health facilities and farm infrastructure
Develop emergency plans and clarify departmental roles


This gem enables you to get information from and to control TotalSpaces
It is the officially supported way of using the API library libtotalspacesapi, and the required dylib comes bundled with this gem. This gem uses Ruby-FFI to call the functions in the dylib. You'll need a sane ruby and compilation environment to install ruby-ffi - it probably won't install immediately with the ruby that comes with Mountain Lion because none of the compilation tools are present. We use homebrew and rbenv to manage our ruby scripting environment. This simple guide may help if you are new to this.
You may use this gem in various ways. For instance, you could:
Display a message or alert when a particular space is moved to
Automatically change the name of spaces depending on what apps are in them
Record which spaces certain windows are on, and restoring those windows to those spaces when the owning app restarts
Trigger moving certain windows between spaces
API support, and support for this gem starts with TotalSpaces v1.1.4. The API is a premium feature, and will only work with registered versions of TotalSpaces.
The latest version of the TotalSpaces gem can be installed with RubyGems:
% [sudo] gem install totalspaces
Source code can be downloaded on GitHub
require 'totalspaces' TotalSpaces.on_space_change {|from, to| puts "Moving from space #{from} to space #{to}";} TotalSpaces.move_to_space(1) current_space = TotalSpaces.current_space puts "Current space number: #{current_space}" puts "Current space is called: #{TotalSpaces.name_for_space(current_space)}" TotalSpaces.set_name_for_space(1, "Home")
The TotalSpaces gem is released under the MIT license:
The source code of the dylib is not available at this time.


Macro Tracker
Meal:
Protein:
Carbs:
Fats:
Calories:
Add
Meal Breakdown
Meals
Protein
Carbs
Fats
Calories
Total Macros and Calories
Protein
Carbs
Fats
Calories
0
0
0
0
Reset


JavaScript is a cross-platform, object-oriented scripting language. It uses objects such as arrays, date, and math. It is similar to Java, since it follows most of its expression syntax, naming conventions and basic control-flow constructs which is why it was renamed from LiveScript to JavaScript. However, JavaScript is fundamentally different from Java. You don’t have to declare all variables, classes, and methods.
JavaScript is standardized by the ECMA (European Computer Manufacturers Association) to provide a standardized, international programming language based on JavaScript.
JavaScript is split into 2 languages: Client-side and Server-side.
| Client-side JavaScript | supply objects to control a browser and its document object model (DOM) |
| Server-side JavaScript | supply objects related to running JavaScript on a server |
In JavaScript, I learned how display words and averages, upload files while displaying the files in a separate webpage, and create a contact form using SQL database to connect to my email. Also I was even able to create a quadratic equation using a function to solve it.


Using the Skupper console
By default, when you create a Skupper site, you also enable the Skupper console.
The Skupper console URL is displayed whenever you check site status using skupper status
.
Accessing the Skupper console
By default, the Skupper console is available whenever you create a service network router and is protected by credentials available in the skupper-console-users
secret.
-
Determine the Skupper console URL using the
skupper
CLI, for example:$ skupper status Skupper is enabled for namespace "west" in interior mode. It is not connected to any other sites. It has no exposed services. The site console url is: https://skupper-west.apps-crc.testing
-
Browse to the Skupper console URL. The credential prompt depends on how the site was created using
skupper init
:-
using the
--console-auth unsecured
option, you are not prompted for credentials. -
using the
--console-auth openshift
option, you are prompted to enter OpenShift cluster credentials. -
using the default or
--console-user <user> --console-password <password>
options, you are prompted to enter those credentials.
-
-
If you created the site using default settings, that is
skupper init
, a random password is generated for theadmin
user. To retrieve the password theadmin
user:$ kubectl get secret skupper-console-users -o jsonpath={.data.admin} | base64 -d JNZWzMHtyg
Linking sites using the Skupper console
The Skupper console allows you create and use claim type tokens as described in Configuring Skupper sites using the CLI.
-
Two sites, each with Skupper console enabled
-
Google Chrome browser
|
Procedure
Your browser may prompt you to allow using the clipboard. You must accept that prompt for this procedure.
|
-
Log into the console for the first site.
-
Navigate to Site in left hand menu.
-
Click Link a remote site to display the steps for linking.
-
Click Copy a token to the clipboard.
-
Log into the console for the second site.
-
Navigate to Site in left hand menu.
-
Click Use a token to accept the token from the first site.
-
Verify that the sites are linked by Checking that both sites are listed in the Network details section of the Site page.
Exploring the Skupper console
The Skupper console provides an overview of the following:
-
Services - services that are exposed on the service network, both local and remote.
-
Sites - Skupper installations on the current service network.
-
Deployments - deployments relating to exposed services.
The Skupper console also provides useful networking information about the service network, for example, traffic levels between sites.
-
Perform the Creating a service network with OpenShift tutorial.
-
Navigate to the Skupper console.
-
Click the Network menu item. Both the east and west sites should be displayed in circles.
-
Drag the west circle to be on the left of the east circle.
-
Click the Table tab to display the sites as text items. This view allows you drill down into details relating to the selected site.
-
Click the Deployments menu item. This view shows you any deployments that are exposed as services on the service network. In this case, the console displays the hello-world-backend (east) deployment.
-
Click the Services menu item to display details for all services exposed on the service network.
Although two services are involved in the tutorial, only one service, hello-world-backend
is exposed on the service network. -
Click the Site menu. This page shows:
-
The number of sites in the service network.
-
The services that are exposed on the service network.
-
The gateways that are defined in the service network.
-
The traffic for the current site.
-


◆ $account
◆ $applied
◆ $applyList
◆ $autoApply
◆ $billAddressList
◆ $billingAddress
◆ $class
◆ $createdDate
◆ $createdFrom
◆ $currency
◆ $currencyName
◆ $customFieldList
◆ $customForm
◆ $department
◆ $entity
◆ $exchangeRate
◆ $expenseList
◆ $externalId
◆ $internalId
◆ $itemList
◆ $lastModifiedDate
◆ $location
◆ $memo
◆ $paramtypesmap
◆ $postingPeriod
◆ $subsidiary
◆ $total
◆ $tranDate
◆ $tranId
◆ $transactionNumber
◆ $unApplied
◆ $userTotal
The documentation for this class was generated from the following file:


Our Mission - we want you to make you the team you always wanted to be.
Through the power of play, we foster strong, authentic bonds between coworkers that help the members of your team create bonds that are as authentic as they are deep, and that last beyond the event.
Fresh, exciting, strategically-focused fun is what clients want from us, and that’s exactly what they get. For Fortune 500 companies and smallish non-profits, for start-ups and universities, our remarkable facilitators have delivered literally thousands of team building events around the globe.
Contact Us Here
General Information
333 Main St, Lake Geneva, WI 53147
555-555-5555
<EMAIL_ADDRESS>Chat with a facilitator
555-555-5555
facilitator@unplugged.com


Below is a pull down menu to go to various websites.
Click go to go to the website selected.
Below is a pull down menu to go to various websites
List will automatically take you to website when you select it.