A leading civil rights organization needs a more modern website to highlight new programs and encourage engagement.
Learn MorePartners: Smoot Tewes Group
The Medgar and Myrlie Evers Institute is an important voice for civil rights in the United States. The organization continues the life's work of Medgar Evers who was assassinated in Mississippi in 1963 and his wife Myrlie who served as chairperson of the NAACP.
The Evers Institute was on the verge of a major fundraising campaign to support several new programs, but their website hadn't been updated in many years. They needed a new website that reflected the new directions of their organization and that could help attract new interest from younger Americans... and they needed it fast.
In our initial meetings, we talked about the need for a responsive site that worked across devices and the importance of a simple site navigation architecture. The Evers Institute wanted to highlight their new program and provide a simple way to make donations. But more than anything, they stressed that they needed the site to reflect the importance of their work and honor the legacy of Medgar Evers.
With that in mind, we decided on a simple but elegant site that would work well on mobile devices. We designed a site architecture that puts the Evers mission front and center, and we drafted text that emphasized inclusion and avoided partisanship. We worked with ActBlue to integrate a simple donations mechanism.
With an ambitious deadline of a few short weeks, we knew that using WordPress and incorporating a ready to go responsive theme would be key. Working with Evers staff, we were able to launch a new, modern website in time for the rollout of the Evers Institute's new programs.
Ready to get to work? Let's start building a strategy to acheive your goals.
919.360.4800


Equivalent to clicking the Unhide command on the Window menu. Use UNHIDE to display hidden windows.
Syntax
UNHIDE(window_text)
Window_text is the name of the window to unhide. If window_text is not the name of an open workbook, an error value is returned and the macro is interrupted. You cannot unhide a window of an add-in workbook.
Tip You can use UNHIDE to activate an embedded chart in order to edit and format it. Use the HIDE function to de-activate the chart window.
Related Functions
GET.WINDOW Returns information about a window
HIDE Hides the active window
Return to index


|
Unity Buy SDK
|
Checkout is a response object More...
Public Member Functions | |
| Checkout (Dictionary< string, object > dataJSON) | |
| accepts deserialized json data. will further parse passed in data. More... | |
| List< AppliedGiftCard > | appliedGiftCards () |
| AvailableShippingRates | availableShippingRates () |
The available shipping rates for this Checkout. Should only be used when checkout requiresShipping is true and the shipping address is valid. More... | |
| DateTime | completedAt () |
| The date and time when the checkout was completed. More... | |
| DateTime | createdAt () |
| The date and time when the checkout was created. More... | |
| CurrencyCode | currencyCode () |
| The currency code for the Checkout. More... | |
| List< Attribute > | customAttributes () |
| A list of extra information that is added to the checkout. More... | |
| Customer | customer () |
| The customer associated with the checkout. More... | |
| string | discountCode () |
| The discount code applied to a checkout More... | |
| string | email () |
| The email attached to this checkout. More... | |
| string | id () |
| CheckoutLineItemConnection | lineItems (string alias=null) |
| A list of line item objects, each one containing information about an item in the checkout. More... | |
| string | note () |
| Order | order () |
| The resulting order from a paid checkout. More... | |
| string | orderStatusUrl () |
| The Order Status Page for this Checkout, null when checkout is not completed. More... | |
| decimal | paymentDue () |
| The amount left to be paid. This is equal to the cost of the line items, taxes and shipping minus discounts and gift cards. More... | |
| bool | ready () |
| Whether or not the Checkout is ready and can be completed. Checkouts may have asynchronous operations that can take time to finish. If you want to complete a checkout or ensure all the fields are populated and up to date, polling is required until the value is true. More... | |
| bool | requiresShipping () |
| States whether or not the fulfillment requires shipping. More... | |
| MailingAddress | shippingAddress () |
| The shipping address to where the line items will be shipped. More... | |
| ShippingRate | shippingLine () |
Once a shipping rate is selected by the customer it is transitioned to a shipping_line object. More... | |
| decimal | subtotalPrice () |
| Price of the checkout before shipping, taxes, and discounts. More... | |
| bool | taxExempt () |
| Specifies if the Checkout is tax exempt. More... | |
| bool | taxesIncluded () |
| Specifies if taxes are included in the line item and shipping line prices. More... | |
| decimal | totalDiscounts () |
| The total amount discounted from a checkout More... | |
| decimal | totalPrice () |
| The sum of all the prices of all the items in the checkout, taxes and discounts included. More... | |
| decimal | totalTax () |
| The sum of all the taxes applied to the line items and shipping lines in the checkout. More... | |
| DateTime | updatedAt () |
| The date and time when the checkout was last updated. More... | |
| string | webUrl () |
| The url pointing to the checkout accessible from the web. More... | |
| object | Clone () |
Additional Inherited Members | |
| Protected Member Functions inherited from Shopify.Unity.SDK.AbstractResponse | |
| T | Get< T > (string field, string alias=null) |
| Protected Attributes inherited from Shopify.Unity.SDK.AbstractResponse | |
| Dictionary< string, object > | Data |
| Dictionary< string, object > | DataJSON |
Checkout is a response object
|
inline |
accepts deserialized json data. will further parse passed in data.
| dataJSON | Deserialized JSON data for Checkout |
|
inline |
The available shipping rates for this Checkout. Should only be used when checkout requiresShipping
is true
and the shipping address is valid.
|
inline |
The date and time when the checkout was completed.
|
inline |
The date and time when the checkout was created.
|
inline |
The currency code for the Checkout.
|
inline |
A list of extra information that is added to the checkout.
|
inline |
The customer associated with the checkout.
|
inline |
The discount code applied to a checkout
|
inline |
The email attached to this checkout.
|
inline |
A list of line item objects, each one containing information about an item in the checkout.
| alias | If the original field queried was queried using an alias pass the matching string |
|
inline |
The resulting order from a paid checkout.
|
inline |
|
inline |
The amount left to be paid. This is equal to the cost of the line items, taxes and shipping minus discounts and gift cards.
|
inline |
Whether or not the Checkout is ready and can be completed. Checkouts may have asynchronous operations that can take time to finish. If you want to complete a checkout or ensure all the fields are populated and up to date, polling is required until the value is true.
|
inline |
States whether or not the fulfillment requires shipping.
|
inline |
The shipping address to where the line items will be shipped.
|
inline |
Once a shipping rate is selected by the customer it is transitioned to a shipping_line
object.
|
inline |
Price of the checkout before shipping, taxes, and discounts.
|
inline |
Specifies if taxes are included in the line item and shipping line prices.
|
inline |
Specifies if the Checkout is tax exempt.
|
inline |
The total amount discounted from a checkout
|
inline |
The sum of all the prices of all the items in the checkout, taxes and discounts included.
|
inline |
The sum of all the taxes applied to the line items and shipping lines in the checkout.
|
inline |
The date and time when the checkout was last updated.
|
inline |
The url pointing to the checkout accessible from the web.


HOW TO HIRE US
Hiring By Breese's Beard for your next Academic, Professional or Private event is a straightforward process.
1. Email us at<EMAIL_ADDRESS>to begin organizing the requirements of your event.
2. Please be ready to provide the following event parameters; event date(s), time(s), location, number of attendees, desired games and experience levels chosen from our List of Games on Offer(Link to List of Games page), as well as any special instructions / situations.
3. By Breese's Beard accepts the following methods of compensation; PayPal, Cash, or Certified Check. Our policy is to receive half of the payment before the event and the second half after the event has ended.


Aaron White
Full Stack Developer
Hi, I'm Aaron. I'm an avid traveler, music lover, craft beer enthusiast, and I love to code.
I just completed the 16-week immersive, full-stack development program at DigitalCrafts, a full time coding bootcamp in Atlanta. And I'm now pursuing career opportunities.
Please take a look at my project portfolio and reach out if you'd like to learn more.
I look forward to talking to you!
I just completed the 16-week immersive, full-stack development program at DigitalCrafts, a full time coding bootcamp in Atlanta. And I'm now pursuing career opportunities.
Please take a look at my project portfolio and reach out if you'd like to learn more.
I look forward to talking to you!
Picnik
A picnic planning application. Built with React, Redux, Node.js, PostgreSQL, CSS, and HTML.
Live Site GitHubGetFresh!
The app for farmers market fans. Built with JavaScript, Express, CSS, and HTML.
Live Site GitHub


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/Binding.20power.html ---
I still don't know enough binding power wizardry to do what I want. Say I have a binary operation #
. How can I define it so that f a # b
is parsed as f (a # b)
? I tried putting random numbers where I expect Lean to expect binding powers, but failed.
Of course f
is meant to be a function
is there any such operation in Lean?
iirc not even *
has that priority
There are a lot of such operations in maths
They probably want us to use $
...
I understand that, and actually I've get used to $
and use it a lot now. But the context for this question forbids this trick (we want one file from the perfectoid project to be readable by mathematicians who never saw any proof assistant or functional programming language)
I'm just pointing out that nothing overrides function application iirc
You just need to set the binding precedence high enough. But this isn't intended for mathlib, right? This goes against the normal notation customs and I think it would be very confusing.
infix `#`:10000 := has_add.add def f : ℕ → bool := λ x, x < 5 #eval f 2 # 3
Application is at precedence level 1024
also known confusingly as max
many unary prefix and postfix notations are at precedence "max_plus" which is max + 10
I tried with notation
instead of infix
, I guess this explains I couldn't do it
but with infix
I get weird type class search issues
Lean doesn't seem to resolve instances when I use my notation (this has nothing to do with the precedence thing)
does using local
notation/infix help?
Do I need to define a class has_
?
I'll try the local thing
it changes nothing
details
notation R `∕` x := ideal.quotient (ideal.span ({x} : set R))
works fine but does not take precedence over function application. infix `∕`:max_plus := λ R x, (ideal.quotient (ideal.span ({x} : set R)))
fails to find comm_ring R
which is obvious
Note that this is not a regular /
but unicode division sign
Does it work if you do def idq := λ R x, (ideal.quotient (ideal.span ({x} : set R)))
and then infix `∕`:max_plus := idq
?
With whatever type class instances you need in idq
.
Make idq
reducible if necessary.
Last updated: Apr 24 2020 at 19:02 UTC


METRO 1997 A film review by Timothy Voon Copyright 1997 Timothy Voon 1 :-( for old ground
It's not about planes, trains or automobiles. The closest thing that this movie gets to metropolitan is several bank robberies. Why confuse the issues with a name that plays no relevance to the movie at all? Why not simply call the movie "Hostage", or the "The Rescue Techniques of a Personnel Endangerment Officer"? Wait, we are forgetting a vital element in this small picture - Eddie Murphy.
A moment of contemplation please.
Yes. This once simple movie has just taken a U-turn into the schizophrenic wards. However, I am happy to report that Mr Murphy has not forgotten to take his medication, and carries himself throughout this movie with dignified self-control. I haven't seen him this well behaved, since his role as Sherman Klump. Then again he was overweight in that role, and that can have a sobering effect.
The plot is none too complicated. A gunman holds a person hostage. The idea is to rescue everybody without being shot. Eddie Murphy goes about doing this his personal way.  Now tell me, where can I find an enlightening chapter on this technique in the "Police Rescue Operator's Manual"? Let's not be overly sceptical, I can see some logic in all of this. After all if Eddie can perplex an entire audience, he should have no problems bewildering the likes of a low IQ, psychopathic bank robber with an antisocial personality.
 The smart ones who graduated with honours in English, Geometry and Personal Grudges, are more likely send a relative to kill your girlfriend. If this fails, they'll come after you personally. This movie has its moments in holding the audience in mild suspense, but these scenes come too far and few in between. Ed is digging a shallow grave with this movie, if he's looking for a more abundant resting hole, he may need to look further abroad than the already corpse littered grounds of Metropolitan.
Timothy Voon e-mail<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Name:James Callanan
Address:CastleIsland,County Kerry
Gender: Male
Nationality: Irish
Date Of Birth:25/08/1999
Age:20
Phone:0851587209
Email:Jamesc*******@umail.com


#include <StorageLayerService.h>
◆ StorageLayerServiceMultiface() [1/2]
| Ruyi::SDK::StorageLayer::StorageLayerServiceMultiface::StorageLayerServiceMultiface |
( |
std::vector< apache::thrift::stdcxx::shared_ptr< StorageLayerServiceIf > > & |
ifaces | ) |
|
|
inline |
◆ ~StorageLayerServiceMultiface()
| virtual Ruyi::SDK::StorageLayer::StorageLayerServiceMultiface::~StorageLayerServiceMultiface |
( |
| ) |
|
|
inlinevirtual |
◆ StorageLayerServiceMultiface() [2/2]
| Ruyi::SDK::StorageLayer::StorageLayerServiceMultiface::StorageLayerServiceMultiface |
( |
| ) |
|
|
inlineprotected |
◆ add()
| void Ruyi::SDK::StorageLayer::StorageLayerServiceMultiface::add |
( |
::apache::thrift::stdcxx::shared_ptr< StorageLayerServiceIf > |
iface | ) |
|
|
inlineprotected |
◆ GetLocalPath()
◆ ifaces_
| std::vector<apache::thrift::stdcxx::shared_ptr<StorageLayerServiceIf> > Ruyi::SDK::StorageLayer::StorageLayerServiceMultiface::ifaces_ |
|
protected |
The documentation for this class was generated from the following file:


API Document
/oxauth
Overview
/oxauth/token
requestAccessToken
POST /oxauth/token
To obtain an Access Token, an ID Token, and optionally a Refresh Token, the RP (Client) sends a Token Request to the Token Endpoint to obtain a Token Response.
URL
http://gluu.org/oxauth/token
Parameters
-
form
Parameter Required Description Data Type grant_type true Grant type value, one of these: authorization_code, implicit, password, client_credentials, refresh_token as described in OAuth 2.0 [RFC6749]. string code false Code which is returned by authorization endpoint (For grant_type=authorization_code). string redirect_uri false Redirection uri to which the response will be sent. This uri MUST exactly match one of the redirection uri values for the client pre-registered at the OpenID Provider. string username false End-User username. string password false End-User password. string scope false OpenID Connect requests MUST contain the openid scope value. If the openid scope value is not present, the behavior is entirely unspecified. Other scope values MAY be present. Scope values used that are not understood by an implementation SHOULD be ignored. string assertion false Assertion. string refresh_token false Refresh token. string oxauth_exchange_token false oxauth_exchange_token. string client_id false OAuth 2.0 Client Identifier valid at the Authorization Server. string client_secret false The client secret. The client MAY omit the parameter if the client secret is an empty string. string
Response
Errors
| Status Code | Reason |
|---|---|
| 400 | invalid_request The request is missing a required parameter, includes an unsupported parameter value (other than grant type), repeats a parameter, includes multiple credentials, utilizes more than one mechanism for authenticating the client, or is otherwise malformed. |
| 400 | invalid_client Client authentication failed (e.g., unknown client, no client authentication included, or unsupported authentication method). The authorization server MAY return an HTTP 401 (Unauthorized) status code to indicate which HTTP authentication schemes are supported. If the client attempted to authenticate via the "Authorization" request header field, the authorization server MUST respond with an HTTP 401 (Unauthorized) status code and include the "WWW-Authenticate" response header field matching the authentication scheme used by the client. |
| 400 | invalid_grant The provided authorization grant (e.g., authorization code, resource owner credentials) or refresh token is invalid, expired, revoked, does not match the redirection uri used in the authorization request, or was issued to another client. |
| 400 | unauthorized_client The authenticated client is not authorized to use this authorization grant type. |
| 400 | unsupported_grant_type The authorization grant type is not supported by the authorization server. |
| 400 | invalid_scope The requested scope is invalid, unknown, malformed, or exceeds the scope granted by the resource owner. |


User input must flow in an orderly way from the user's device to the proper GEOS object. In a multithreaded environment, just determining the appropriate input recipient can be a monumental task.
GEOS uses several layers of indirection to process user input and to distribute it to its proper destination so applications don't have to. The scheme used not only isolates applications from dealing with devices directly, but it provides convenient and easy ways to control input flow, both within an application and throughout the entire system.
The figure below shows the flow of input from the user's device to its destination. User input is managed primarily by device drivers acting in concert with the UI, and several threads are involved in the input flow. For example, the kernel provides a thread solely for input management that has a high priority; this insures that the pointer image always moves immediately with the mouse.
Input is registered by a device such as a keyboard, stylus, or mouse. The device sends signals to GEOS device drivers, which take the signals and translate them into raw input messages the UI understands. These raw messages are translated by the UI's Input Manager, which refines the events even further. The Input Manager then sends the events on to the topmost UI object in the system, the GenSystem object.
The GenSystem examines the events and their contexts and determines which window or application should receive them. Typically, events you will be interested in will flow from the GenSystem through your GenApplication object, its GenPrimary window, and finally through the appropriate GenView or GenDisplay. These window objects will pass the event on to a visible tree (through a VisContent), which will handle the events.
It is highly unlikely you will ever need to know anything about an input event before it gets to your GenApplication object. Typically, you will only handle mouse, pen, or Keyboard events in custom visible objects and can ignore them in all other cases.
Input events take the form of standard GEOS messages. These messages are defined by the UI but are actually part of
MetaClass
(they are allocated in
MetaClass
and exported to the UI). The reference entries for these events can therefore be found under
MetaClass
Input events give information about the type of event (e.g., a mouse event), the action taking place (e.g., the right mouse button was pressed), and additional information (e.g., the location of the mouse at the time). Each device has its own set of events--for example, keyboard presses induce
MSG_META_KBD_CHAR
, and mouse moves induce
MSG_META_MOUSE_PTR
.


on the main file list dialog
The File Directory tab display shows the name, size and last modified date for every file in the file directory that is selected for display. You may choose to display orphan files, files that have an entry in the file list or all files using the radio buttons at the bottom right of the file directory display dialog.
Orphan files are marked as such by an 'o' at the far left of the file directory display.
You can set the default selection of files to be displayed when you first view the file directory in Settings Moderate....


Manually running a build trigger provides the means for invoking a build trigger as-if called from the underlying service for the latest commit to a particular branch or tag.
| Trigger Description | Branches/Tags | |
| {{ trigger.config.branchtag_regex || 'All' }} | Run Trigger Now No permission to run |


-List of Ingredients and Mixing Formulas-
1. Low Level Reagent Formulas
Dracoplasm:
10 wyrm's blood, 1 blood root
Magma Dust:
10 lava stones, 1 volcanic ash
Moon Dust:
10 moonstone shards, 1 volcanic ash
Necroplasm:
10 rotten bone pieces, 1 blood root
Demonplasm:
10 demon's blood, 1 blood root
Inferno Dust:
10 infernium ore, 1 volcanic ash
2. High Level Reagent Formulas
Draconic Essence:
10 dracoplasms, 1 quicksilver
Fire Essence:
10 magma dusts, 1 sulfur
Lunargent:
10 moon dusts, 1 quicksilver
Midnight Oil:
10 necroplasms, 1 quicksilver
Demonic Essence:
10 demonplasms, 1 sulfur
Abyss Oil:
10 inferno dusts, 1 sulfur
Hellfire Oil:
1 fire essence, 1 demonic essence
Nightmare Oil:
1 lunargent, 1 midnight oil
Pure Silver:
1 lunargent, 1 quicksilver
Back


Interface: Boot
interface Boot
Interface that notifies components when TinyOS has booted
(initialized all of its components), as discussed in TEP 107.
- Author:
-
Philip Levis
- Date:
-
January 5 2005
Events
event void booted()
Events - Details
booted
event void booted()
- See:
-
StdControl
-
SplitConrol
-
TEP 107: Boot Sequence


Whack-A-Mole (WAM) Model Simulator
The simulator solves a following differential equation: $$\frac{F(t)}{dt} = A(t) - B(t) F(t)$$ where, $$A(t) = a_0 + a_1 d(t)$$ $$B(t) = b_0 + b_1 d(t)$$
| Notation | Description |
|---|---|
| \(t\) | Time (hour) |
| \(F(t)\) | Mutation frequency at \(t\) |
| \(A(t)\) | Increasing rate of mutation frequency \(t\) |
| \(B(t)\) | Decreasing rate of mutation frequency \(t\) |
| \(a_0\) | Increasing rate of mutation occurred in natural environment (1/hour) |
| \(a_1\) | Increasing rate of mutation correspnding to radiation dose (1/Gy) |
| \(b_0\) | Decreasing rate occurred in natural environment (1/hour) |
| \(b_1\) | Decreasing rate caused by radiation (1/Gy) |
| \(d(t)\) | Dose rate at \(t\) (Gy/hour) |
See http://radi.rirc.kyoto-u.ac.jp/wam/en/index.html for more details.
Publications
- Manabe, Y., Ichikawa, K., & Bando, M. (2012). A mathematical model for estimating biological damage caused by radiation. Journal of the Physical Society of Japan, 81(10), 104004.
- Manabe, Y., & Bando, M. (2013). Comparison of data on mutation frequencies of mice caused by radiation with low dose model. Journal of the Physical Society of Japan, 82(9), 94004.
- Nakamura, I., Manabe, Y., & Bando, M. (2014). Reaction rate theory of radiation exposure and scaling hypothesis in mutation frequency. Journal of the Physical Society of Japan, 83(11), 114003.
- Manabe, Y., Wada, T., Tsunoyama, Y., Nakajima, H., Nakamura, I., & Bando, M. (2015). Whack-a-mole model: towards a unified description of biological effects caused by radiation exposure. Journal of the Physical Society of Japan, 84(4), 44002.
- Wada, T., Manabe, Y., Nakamura, I., Tsunoyama, Y., Nakajima, H., & Bando, M. (2016). Dose and dose-rate dependence of mutation frequency under long-term exposure–a new look at DDREF from WAM model. Journal of Nuclear Science and Technology, 53(11), 1824–1830.
- Bando, M., Wada, T., & Manabe, Y. (2017). From DDREF to EDR - what the history of LNT indicates. In 4th International Symposium on the System of Radiological Protection, 2nd European Radiological Protection Research Week (p. 57).
- Tsunoyama, Y., Suzuki, K., Masugi-Tokita, M., Nakajima, H., Manabe, Y., Wada, T., & Bando, M. (2019). Verification of a dose rate-responsive dynamic equilibrium model on radiation-induced mutation frequencies in mice. International Journal of Radiation Biology, (just-accepted), 1–19.


For all LOOP modules, classes are fundamentally metatables. For this reason, you can use ordinary tables as classes in all LOOP modules. For example, you can create a class that inherits from a module:
Array = oo.class({}, require "table") function Array:length() return #self end a = Array{ "proto", "base", "simple", "multiple", "cached", "scoped" } print(a:length()) --> 6 print(a:sort()) print(a:concat(" ")) --> base cached multiple proto scoped simple
Moreover, classes created with LOOP modules behave as ordinary metatables, so you can index them to get or set metamethods. However, each module implements classes differently to support additional features, like superclasses or access scopes. Each module introduces new functions to manipulate these additional class features, like iterating over the superclasses of a class.The downside of these functions is that they only manipulate classes created with that module. Therefore, if we use functions from module <%=link("Modules.simple")%> to inspect classes created with module <%=link("Modules.multiple")%> then things might not work as expected because the each module implements classes differently.
To minimize this problem when using different LOOP modules, all LOOP modules adopts a basic class model that allow us to manipulate them in a general way. This section describes such model, as well as some useful operations over classes and caveats of mixing classes from different models.
Most of the time it is not a problem to use different LOOP modules in a application because, unlike objects, classes created in one portion of the code usually are not exported to other portions of the code that might use a different module. Libraries generally only export objects but not classes.
Anyhow, all LOOP modules adopts a basic class model where the metatable of the class provides the implementation of all operations that can be performed on that particular class. Therefore, to get the superclass of any class you can do:
local getsuper = getmetatable(class).getsuper if getsuper ~= nil then super = getsuper(class) end
LOOP provides the special module <%=link("Modules.classops")%> to manipulate classes created with any of its modules using this general model. So, instead of the code above, you can do:
local oo = require "loop.classops" super = oo.getsuper(class)
There are some drawbacks when mixing classes from different LOOP modules in a single class hierarchy. In particular, classes from modules other than the <%=link("Modules.scoped")%> module only inherits public members from classes of module <%=link("Modules.scoped")%>. Other limitation is that fields of classes from <%=link("Modules.cached")%> and <%=link("Modules.scoped")%> modules always override the fields of classes from other modules, no matter their order in the list of super-classes. For example, consider the following code.
local BaseSuper = loop.base.class { attribute = "simple" } local CachedSuper = loop.cached.class{ attribute = "cached" } local MultipClass = loop.multiple.class({}, BaseSuper, CachedSuper) local CachedClass = loop.cached.class ({}, BaseSuper, CachedSuper) local nocache = MultipClass() local cached = CachedClass() print(nocache.attribute) --> simple print(cached.attribute) --> cached
The nocache
object does not use a cache of fields, so it looks up the class hierarchy to find the value of field attribute
and finds it in the BaseSuper
class.
However, the <%=link("Modules.cached")%> uses a cache of inherited fields that only contains fields from cached classes (i.e. <%=link("Modules.cached")%> and <%=link("Modules.scoped")%> modules) therefore it finds the value of field attribute
provided by class CachedSuper
even though it is after the BaseSuper
class in the list of super-classes of CachedClass
.
LOOP modules provide functions for introspection of the class hierarchy, allowing the application to get the super-class of a particular class. However, the access to super-class in method implementations can be cumbersome in some situations. One main problem is that a class method is usually a plain Lua function and therefore is not bounded to a particular class. This way, there is no simple way to determine the class of a method in order to figure out its super-class and the inherited method implementation. The most straightforward solution is to place super-classes in local variables and access the inherited methods using the class stored in that variable, like in the example of the following code.
local Square = oo.class() function Square:draw() self.canvas:setcolor(self.color) self.canvas:rect(self.xpos - self.width /2, self.ypos - self.height/2, self.xpos + self.width /2, self.ypos + self.height/2) end local Button = oo.class({}, Square) function Button:draw() Square.draw(self) -- calling inherited method self.canvas:setcolor(self.labelcolor) self.canvas:setfontsize(self.labelsize) local tw, th = self.canvas:textdim(self.label) self.canvas:text(self.xpos - tw/2, self.ypos - th/2, self.label ) end
The first line of method Button:draw()
calls the method Square:draw()
over the object instance using the value stored in upvalue Square
to retrieve the implementation of operation draw
available in class Square
.
However, this explicit reference to the super-class Square
may be troublesome in the scenario of maintaining the code in face of changes on the class hierarchy.
To avoid such problem the acquisition of the super-class can be done through the Button
class stored in variable Button
, like in the code below.
local Button = oo.class({}, Square) function Button:draw() oo.superclass(Button).draw(self) -- calling inherited method self.canvas:setcolor(self.labelcolor) self.canvas:setfontsize(self.labelsize) local tw, th = self.canvas:textdim(self.label) self.canvas:text(self.xpos - tw/2, self.ypos - th/2, self.label ) end
By default, LOOP classes work as Lua-like constructors, which are functions that receives a table containing named values to be used to create the new object, like in the example below:
Date = oo.class() function Date:__tostring() return string.format("%02d/%02d/%d", self.day, self.month, self.year) end print(Date{day=30, month=5, year=2013}) --> 30/05/2013
However, we can use the <%=link("Basics.__new", "__new
")%> metamethod to implement other styles of constructors.
For example, the class can create an instance from a sequence of argument values instead of the values from a table, like in the example below:
Date = oo.class() function Date:__new(day, month, year) local obj = { day = day, month = month, year = year, } return oo.rawnew(self, obj) end function Date:__tostring() return string.format("%02d/%02d/%d", self.day, self.month, self.year) end print(Date(30, 5, 2013)) --> 30/05/2013
The <%=link("Basics.__new", "__new
")%> metamethod is a very basic mechanism and might not be easy to use in complex scenarios like the initialization of a class hierarchy.
In such case, the class being instatiated might inherit from some classes that define define their own <%=link("Basics.__new", "__new
")%> metamethod and also from others that do not.
So the implementor of the subclass must know which <%=link("Basics.__new", "__new
")%> must be called and which not, and in the proper order.
To make this easy, LOOP provides module <%=link("Modules.hierarchy")%> with implementations of the <%=link("Basics.__new", "__new
")%> designed to work with class hierarchies.
Such implementations use the introspection mechanisms provided by LOOP (see <%=link("Classes.classops")%>) to inspect the class hierarchy and invoke a special initialization metamethod of each class of the hierarchy in order to initialize the instance properly.
Two implementations are provided.
Function <%=link("Modules.hierarchy.mutator")%> is designed to work as Lua-like constructors.
This function basically iterates through the class hierarchy from the superclasses down to the actual class, calling the method __init
of each class that provides such method.
This way, each class that requires the initialization of an attribute must provide the method __init
that initializes the attribute correctly.
For example, we could rewrite the example presented in <%=link("Modules.multiple", "here")%> using this feature as illustrated below:
oo = require "loop.multiple" hierarchy = require "loop.hierarchy" Object = oo.class{ __new = hierarchy.mutator } Contained = oo.class({}, Object) function Contained:__init() assert(self.name, "no name for object") assert(self.container, "no container for object") self.container:add(self.name, self) end Container = oo.class({}, Object) function Container:__init() self.members = self.members or {} end function Container:add(name, object) self.members[name] = object end function Container:search(path) local container, newpath = string.match(path, "(.-)/(.+)$") if container then container = self.members[container] if container and container.search then return container:search(newpath) end else return self.members[path] end end ContainedContainer = oo.class({}, Contained, Container) . . . Root = Container{} Folder = ContainedContainer{ container = Root, name = "my_folder", } File = Contained{ container = Folder, name = "my_file.txt", data = "Hello, I'm a file" } print(Root:search("my_folder/my_file.txt").data) --> Hello, I'm a file
The other implementation provided is function <%=link("Modules.hierarchy.creator")%>, which is designed to resemble class constructors of Java or C++.
This function basically creates an empty instance of the class and then calls the method __init
of this instance if such method exists.
The __init
method receives all the parameters provided to the constructor.
In this case only a single __init
method is called.
So each class should implement a __init
method that receives the constructor parameters for that class.
Moreover, it must also call the __init
function of each one of its superclasses providing the parameters expected by each superclass constructor, as illustrated in the example below:
oo = require "loop.multiple" hierarchy = require "loop.hierarchy" Object = oo.class{ __new = hierarchy.creator } Contained = oo.class({}, Object) function Contained:__init(container, name) assert(name, "no name for object") assert(container, "no container for object") container:add(name, self) self.name = name self.container = container end Container = oo.class({}, Object) function Container:__init() self.members = {} end function Container:add(name, object) self.members[name] = object end function Container:search(path) local container, newpath = string.match(path, "(.-)/(.+)$") if container then container = self.members[container] if container and container.search then return container:search(newpath) end else return self.members[path] end end ContainedContainer = oo.class({}, Contained, Container) function ContainedContainer:__init(container, name) Contained.__init(self, container, name) Container.__init(self) end . . . Root = Container() Folder = ContainedContainer(Root, "my_folder") File = Contained(Folder, "my_file.txt") File.data = "Hello, I'm a file" print(Root:search("my_folder/my_file.txt").data) --> Hello, I'm a file


{% seo %}
{{ site.description | default: site.github.project_tagline }}
April 24, 2018, Lyon, France. Co-located with The Web Conference '2018


ldap - LDAP client
The ldap package provides a Tcl-only client library for the LDAPv3 protocol as specified in RFC 4511 (http://www.rfc-editor.org/rfc/rfc4511.txt). It works by opening the standard (or secure) LDAP socket on the server, and then providing a Tcl API to access the LDAP protocol commands. All server errors are returned as Tcl errors (thrown) which must be caught with the Tcl catch command.
This package uses the TLS package to handle the security for LDAPS connections.
Policy decisions like the set of protocols to support and what ciphers to use are not the responsibility of TLS, nor of this package itself however. Such decisions are the responsibility of whichever application is using the package, and are likely influenced by the set of servers the application will talk to as well.
For example, in light of the recent POODLE attack discovered by Google many servers will disable support for the SSLv3 protocol. To handle this change the applications using TLS must be patched, and not this package, nor TLS itself. Such a patch may be as simple as generally activating tls1 support, as shown in the example below.
ldap::tlsoptions -tls1 1 -ssl2 0 -ssl3 0 ;# forcibly activate support for the TLS1 protocol ... your own application code ...
Opens a LDAPv3 connection to the specified host, at the given port, and returns a token for the connection. This token is the handle argument for all other commands. If no port is specified it will default to 389.
The command blocks until the connection has been established, or establishment definitely failed.
This command resets TLS options to default values. It returns the set of options. Using this command is incompatible with the obsolete form of ::ldap::secure_connect and ::ldap_starttls.
This commands adds one or more options to some value, and may be used more than one time in order to add options in several steps. A complete description of options may be found in the tls package documentation. Valid options and values are:
This command returns the current set of TLS options and values. In particular, one may use this command without any arguments to get the current set of options.
Using this command is incompatible with the obsolete form of ::ldap::secure_connect and ::ldap_starttls (see below).
Like ::ldap::connect, except that the created connection is secured by SSL. The port defaults to 636. This command depends on the availability of the package TLS, which is a SSL binding for Tcl. If TLS is not available, then this command will fail.
TLS options are specified with ::ldap::tlsoptions.
The command blocks until the connection has been established, or establishment definitely failed.
Note: this form of the command is deprecated, since TLS options had to be specified with a combination of parameters to this command (verify_cert and sni_servername) and arguments to ::tls::init (from package tls) for example to setup defaults for trusted certificates. Prefer the above form (without the verify_cert and sni_servername parameters) and set TLS options with ::ldap::tlsoptions.
If verify_cert is set to 1, the default, this checks the server certificate against the known hosts. If sni_servername is set, the given hostname is used as the hostname for Server Name Indication in the TLS handshake.
Use ::tls::init to setup defaults for trusted certificates.
TLS supports different protocol levels. In common use are the versions 1.0, 1.1 and 1.2. By default all those versions are offered. If you need to modify the acceptable protocols, you can change the ::ldap::tlsProtocols list (deprecated).
Closes the ldap connection refered to by the token handle. Returns the empty string as its result.
Start TLS negotiation on the connection denoted by handle, with TLS parameters set with ::ldap::tlsoptions.
Note: this form of the command is deprecated, since TLS options had to be specified with a combination of parameters to this command (cafile, certfile, keyfile, verify_cert and sni_servername) and arguments to ::tls::init (from package tls). Prefer the above form (without specific TLS arguments) and set TLS options with ::ldap::tlsoptions.
Start TLS negotiation on the connection denoted by handle. You need to set at least the cafile argument to a file with trusted certificates, if verify_cert is 1, which is the default. The sni_servername can be used to signal a different hostname during the TLS handshake. The announced protocols are determined in the same way as ::ldap::secure_connect. You can specify a TLS client certificate with the certfile and keyfile options.
This command authenticates the ldap connection refered to by the token in handle, with a user name and associated password. It blocks until a response from the ldap server arrives. Its result is the empty string. Both name and passwd default to the empty string if they are not specified. By leaving out name and passwd you can make an anonymous bind to the ldap server. You can issue ::ldap::bind again to bind with different credentials.
This command uses SASL authentication mechanisms to do a multistage bind. Its otherwise identical to the standard ::ldap::bind. This feature is currently experimental and subject to change. See the documentation for the SASL and the "SASL.txt" in the tcllib CVS repository for details how to setup and use SASL with openldap.
This command asks the ldap server to release the last bind done for the connection refered to by the token in handle. The handle is invalid after the unbind, as the server closes the connection. So this is effectivly just a more polite disconnect operation.
This command performs a LDAP search below the baseObject tree using a complex LDAP search expression filterString and returns the specified attributes of all matching objects (DNs). If the list of attributes was empty all attributes are returned. The command blocks until it has received all results. The valid options are identical to the options listed for ::ldap::searchInit.
An example of a search expression is
set filterString "|(cn=Linus*)(sn=Torvalds*)"
The return value of the command is a list of nested dictionaries. The first level keys are object identifiers (DNs), second levels keys are attribute names. In other words, it is in the form
{dn1 {attr1 {val11 val12 ...} attr2 {val21...} ...}} {dn2 {a1 {v11 ...} ...}} ...
This command initiates a LDAP search below the baseObject tree using a complex LDAP search expression filterString. The search gets the specified attributes of all matching objects (DNs). The command itself just starts the search, to retrieve the actual results, use ::ldap::searchNext. A search can be terminated at any time by ::ldap::searchEnd. This informs the server that no further results should be sent by sending and ABANDON message and cleans up the internal state of the search. Only one ::ldap::search can be active at a given time, this includes the introspection commands ::ldap::info saslmechanisms, ldap::info control and ldap::info extensions, which invoke a search internally. Error responses from the server due to wrong arguments or similar things are returned with the first ::ldap::searchNext call and should be checked and dealed with there. If the list of requested attributes is empty all attributes will be returned. The parameter options specifies the options to be used in the search, and has the following format:
{-option1 value1 -option2 value2 ... }
Following options are available:
This command returns the next entry from a LDAP search initiated by ::ldap::searchInit. It returns only after a new result is received or when no further results are available, but takes care to keep the event loop alive. The returned entry is a list with two elements: the first is the DN of the entry, the second is the list of attributes and values, under the format:
dn {attr1 {val11 val12 ...} attr2 {val21...} ...}
The ::ldap::searchNext command returns an empty list at the end of the search.
This command terminates a LDAP search initiated by ::ldap::searchInit. It also cleans up the internal state so a new search can be initiated. If the client has not yet received all results, the client sends an ABANDON message to inform the server that no further results for the previous search should to be sent.
This command modifies the object dn on the ldap server we are connected to via handle. It replaces attributes with new values, deletes attributes, and adds new attributes with new values. All arguments are dictionaries mapping attribute names to values. The optional arguments default to the empty dictionary, which means that no attributes will be deleted nor added.
No attributes will be changed if this argument is empty. The dictionary contains the new attributes and their values. They replace all attributes known to the object.
No attributes will be deleted if this argument is empty. The dictionary values are restrictions on the deletion. An attribute listed here will be deleted if and only if its current value at the server matches the value specified in the dictionary, or if the value in the dictionary is the empty string.
No attributes will be added if this argument is empty. The dictionary values are the values for the new attributes.
The command blocks until all modifications have completed. Its result is the empty string.
This command modifies the object dn on the ldap server we are connected to via handle. It replaces attributes with new values, deletes attributes, and adds new attributes with new values. All arguments are lists with the format:
attr1 {val11 val12 ...} attr2 {val21...} ...
where each value list may be empty for deleting all attributes. The optional arguments default to empty lists of attributes to delete and to add.
No attributes will be changed if this argument is empty. The dictionary contains the new attributes and their values. They replace all attributes known to the object.
No attributes will be deleted if this argument is empty. If no value is specified, the whole set of values for an attribute will be deleted.
No attributes will be added if this argument is empty.
The command blocks until all modifications have completed. Its result is the empty string.
This command creates a new object using the specified dn. The attributes of the new object are set to the values in the list attrValueTuples. Multiple valuated attributes may be specified using multiple tuples. The command blocks until the operation has completed. Its result is the empty string.
This command is the preferred one to create a new object using the specified dn. The attributes of the new object are set to the values in the dictionary attrValueTuples (which is keyed by the attribute names). Each tuple is a list containing multiple values. The command blocks until the operation has completed. Its result is the empty string.
This command removes the object specified by dn, and all its attributes from the server. The command blocks until the operation has completed. Its result is the empty string.
This command moves or copies the object specified by dn to a new location in the tree of object. This location is specified by newrdn, a relative designation, or by newrdn and newSuperior, a absolute designation. The optional argument deleteOld defaults to true, i.e. a move operation. If deleteOld is not set, then the operation will create a copy of dn in the new location. The optional argument newSuperior defaults an empty string, meaning that the object must not be relocated in another branch of the tree. If this argument is given, the argument deleteOld must be specified also. The command blocks until the operation has completed. Its result is the empty string.
This command returns the IP address of the remote LDAP server the handle is connected to.
This command returns 1 if a handle has successfully completed a ::ldap::bind. If no bind was done or it failed, a 0 is returned.
This command returns the username used in the bind operation if a handle has successfully completed a ::ldap::bind. If no bound was done or it failed, an empty string is returned.
This command returns all currently existing ldap connection handles.
This command returns 1 if the ldap connection handle used TLS/SSL for connection via ldap::secure_connect or completed ldap::starttls, 0 otherwise.
This command returns the current security status of an TLS secured channel. The result is a list of key-value pairs describing the connected peer (see the TLS package documentation for the returned values). If the connection is not secured with TLS, an empty list is returned.
Return the supported SASL mechanisms advertised by the server. Only valid in a bound state (anonymous or other).
Return the supported controls advertised by the server as a list of OIDs. Only valid in a bound state. This is currently experimental and subject to change.
Returns the supported LDAP extensions as list of OIDs. Only valid in a bound state. This is currently experimental and subject to change.
Returns authzId for the current connection. This implements the RFC 4532 protocol extension.
A small example, extracted from the test application coming with this code.
package require ldap # Connect, bind, add a new object, modify it in various ways set handle [ldap::connect localhost 9009] set dn "cn=Manager, o=University of Michigan, c=US" set pw secret ldap::bind $handle $dn $pw set dn "cn=Test User,ou=People,o=University of Michigan,c=US" ldap::add $handle $dn { objectClass OpenLDAPperson cn {Test User} mail<EMAIL_ADDRESS>uid testuid sn User telephoneNumber +31415926535 telephoneNumber +27182818285 } set dn "cn=Another User,ou=People,o=University of Michigan,c=US" ldap::addMulti $handle $dn { objectClass {OpenLDAPperson} cn {{Anotther User}} mail<EMAIL_ADDRESS>uid {testuid} sn {User} telephoneNumber {+31415926535 +27182818285} } # Replace all attributes ldap::modify $handle $dn [list drink icetea uid JOLO] # Add some more ldap::modify $handle $dn {} {} [list drink water drink orangeJuice pager "+1<PHONE_NUMBER>"] # Delete ldap::modify $handle $dn {} [list drink water pager ""] # Move ldap::modifyDN $handle $dn "cn=Tester" # Kill the test object, and shut the connection down. set dn "cn=Tester,ou=People,o=University of Michigan,c=US" ldap::delete $handle $dn ldap::unbind $handle ldap::disconnect $handle
And another example, a simple query, and processing the results.
package require ldap set handle [ldap::connect ldap.acme.com 389] ldap::bind $handle set results [ldap::search $handle "o=acme,dc=com" "(uid=jdoe)" {}] foreach result $results { foreach {object attributes} $result break # The processing here is similar to what 'parray' does. # I.e. finding the longest attribute name and then # generating properly aligned output listing all attributes # and their values. set width 0 set sortedAttribs {} foreach {type values} $attributes { if {[string length $type] > $width} { set width [string length $type] } lappend sortedAttribs [list $type $values] } puts "object='$object'" foreach sortedAttrib $sortedAttribs { foreach {type values} $sortedAttrib break foreach value $values { regsub -all "\[\x01-\x1f\]" $value ? value puts [format " %-${width}s %s" $type $value] } } puts "" } ldap::unbind $handle ldap::disconnect $handle
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category ldap of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
Networking
Copyright © 2004 Andreas Kupries<EMAIL_ADDRESS>Copyright © 2004 Jochen Loewer<EMAIL_ADDRESS>Copyright © 2006 Michael Schlenker <mic42@users.sourceforge.net>


Edmonds man stabs father to death, turns self in, police say
The man, 24, turned himself in to Edmonds police early Thursday, according to the police department.
by Caleb HuttonEDMONDS — An Edmonds man allegedly stabbed his father to death, then turned himself into officers saying he’d committed a “premeditated homicide,” according to police.
The son, 24, arrived at the Edmonds police station around 2:40 a.m. Thursday, reporting he’d killed his father at a home in the 18700 block of 84th Avenue W, police Sgt. Shane Hawley said in a news release.
Officers went to the home and found the body of the father, 64, who had suffered multiple stab wounds, according to Edmonds police.
“Based on previous contacts with the suspect, his family had reported that … he had a history of mental illness,” the sergeant wrote.
The man told police he’d walked from the home to the police station, a distance of about 2½ miles. He phoned into the station from a call box.
The man was expected to be booked into Snohomish County Jail for investigation of first-degree murder.
This is a developing story. Check back for updates.
Caleb Hutton:<PHONE_NUMBER><EMAIL_ADDRESS>Twitter: @snocaleb.


Version 1.3¶
Release date: 2017-03-10
This release contains a number of features and fixes reported since the release of pgAdmin4 1.2.
Features¶
Issue #2036 - Query tool efficiency - SlickGrid result set format efficiency
Issue #2038 - Query tool efficiency - Incremental back off when polling
Issue #2163 - Make syntax highlighting more visible
Issue #2210 - Build a universal Python wheel instead of per-python-version ones
Issue #2215 - Improve visibility of syntax highlighting colours
Bug fixes¶
Issue #1796 - Add missing “Run Now” option for pgAdmin jobs
Issue #1797 - Resolve encoding issues with DATA_DIR
Issue #1914 - Resolved error utf8’ codec can’t decode byte
Issue #1983 - Fix bug in Sql query contains Arabic Charaters
Issue #2089 - Add PARALLEL SAFE|UNSAFE|RESTRICTED support
Issue #2115 - Fix exclusion constraint reverse engineered SQL
Issue #2119 - Fix display of long integers and decimals
Issue #2126 - Correct node labels in Preferences for EDB functions and procedures
Issue #2151 - Display un-sized varlen column types correctly in the Query Tool
Issue #2154 - Fix display of long integers and decimals
Issue #2159 - Resolve issue where Query editor is not working with Python2.6
Issue #2160 - Various encoding fixes to allow ‘ascii’ codec to decode byte 0xc3 in position 66: ordinal not in range(128)
Issue #2166 - Resolved import/Export issue for a table
Issue #2173 - Resolved issues where Sequences API test cases are not working in PG9.2 and PPAS9.2
Issue #2174 - Resolved various file-system encoding/decoding related cases
Issue #2185 - Removed sorting columns on the treeview
Issue #2192 - Fix startup complete tests to ensure we properly poll the server for completed startup
Issue #2198 - Fix function arguments when generating create SQL
Issue #2200 - Properly handle event trigger functions in different schemas
Issue #2201 - Fix renaming of check constraints when the table name is changed at the same time
Issue #2202 - Fix issue where Dependents query fails due to non ascii characters
Issue #2204 - Fixed issue where pgadmin 4 jobs not showing any activity
Issue #2205 - Fix display of boolean nulls in the Query Tool
Issue #2208 - Ensure primary key column names are quoted in View Data mode of the Query Tool
Issue #2212 - Ensure servers are deleted when their parent group is deleted
Issue #2213 - Enable right click on browser tree
Issue #2218 - Show the correct indeterminate state when editing new boolean values
Issue #2228 - Authenticate the runtime to the server
Issue #2230 - Prevent the Slonik logo obscuring the login dialogue on small displays in server mode


This project implements an Emacs major mode (`waybrec-mode`) for editing Waybreccian text.
If you install this package using a package manager, then it takes one more step to complete the installation. Add the following to your initialization file.
(set 'auto-mode-alist (cons (cons "/way/.*\\.brec\\'" 'waybrec-mode) auto-mode-alist))
Ensure the regular expression above captures the path to your waysource files. Then `waybrec-mode` will activate on loading any of them into Emacs. And that completes the installation.
Manual installation, on the other hand, requires further steps. See `waybrec-mode.el` for instructions.
Copyright © 2019-2022 Michael Allan. The files for this project are released under an MIT licence.


PLANET SICK-BOY: http://www.sick-boy.com
Welcome to J.T. Marlin, a Long Island stock brokerage that guarantees recruits that they will become millionaires within three years. Although J.T. Marlin is over an hour away from the hustle and bustle of Wall Street, their parking lot is full of expensive, new cars, driven by employees in expensive, new suits. The senior executives are twenty-seven and they know Wall Street by heart.
The allure of the job is certainly understandable get rich and bond with guys that are just like you. But for Seth Davis (Giovanni Ribisi, The Other Sister), it's also a chance to finally gain the one thing he's never had: His father's respect.  The first is `ABC,' or `Always Be Closing,' an acronym lifted from David Mamet's amazing Glengarry Glen Ross, a similar film with similar subject matter.
Instead of Alec Baldwin spouting these mottos, Boiler Room uses Ben Affleck (Dogma) as its pitchman. He plays Jim Young, a senior manager at the firm in charge of firing up the new recruits (done here in three hysterical scenes). In addition to `ABC,' Jim also teaches the trainees not to `Pitch the Bitch' (sell to women) and to always `Act As If ' (insert whatever phrase you'd please like `You Own the Company').
Of course, the one rule that the recruits don't learn is that if it seems to good to be true, it usually is. J.T. Marlin sells worthless stock in phony businesses to whomever they can get on the phone. Their tactics are aggressive, manipulative and illegal, but everyone is so busy counting the piles of money that nobody seems to care that they're bilking honest people out of their life savings.
Also serving as the film's narrator, we learn that Seth is different. He doesn't care about the money his parents are loaded, his dad (Ron Rifkin, The Negotiator) a federal judge. A college dropout that ran a highly profitable casino out of his Queens apartment, Seth takes the job on the advice of childhood friend and J.T. Marlin manager Greg Weinstein (Nicky Katt, The Limey), seeing the new profession as a way to get back in his father's good graces. He spends three months as a trainee, passes the Section 7 exam and becomes one of the firm's better salesmen. But Seth knows a good scam when he sees one and wisely proceeds with caution.
Boiler Room is a very impressive film debut from Ben Younger, who wrote and directed the film after spending over a year interviewing real-life brokers. In a world where it seems everyone is a day-trader and Microsoft secretaries make as much money as professional athletes, the subject matter is hip and topical. He shows the men of Generation X as power-hungry deviants that will do anything to get ahead in life, including ridiculing others for their race, creed, color and sexual preference. They mix in brokerage lingo with their insults, but Younger's script deftly explains the entire process from cold sales call to closing.
The film also looks amazingly accomplished for a first-timer. Younger, cinematographer Enrique Chediak (The Faculty) and editor Chris Peppe (Suicide Kings) do a great job at capturing both the look of the giant, action-packed sales floor of J.T. Marlin, as well as the genuinely gut-wrenching emotion portrayed by Ribisi. The acting is great, and its hip-hop heavy score was produced by The Angel. The only complaint is the presence of the tiresome romantic subplot involving a black secretary (played by Nia Long, The Best Man), which seems thrown in just to offset the objectionable racial material in the film.
1:55 R for adult language, some sexual content and violence
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- layout: help ---
Assertions are central to unit testing in any of the xUnit frameworks, and NUnit is no exception. NUnit provides a rich set of assertions as static methods of the Assert class.
If an assertion fails, the method call does not return and an error is reported. If a test contains multiple assertions, any that follow the one that failed will not be executed. For this reason, it's usually best to try for one assertion per test.
Each method may be called without a message, with a simple text message or with a message and arguments. In the last case the message is formatted using the provided text and arguments.
Before NUnit 2.4, a separate method of the Assert class was used for each different assertion. We call this the classic model. It continues to be supported in NUnit, since many people prefer it.
Beginning with NUnit 2.4, a new constraint-based model is being introduced. This approach uses a single method of the Assert class for all assertions, passing a constraint object that specifies the test to be performed.
This constraint-based model is now used internally by NUnit for all assertions. The methods of the classic approach have been re-implemented on top of this new model.


Korean Olympic Analysis
Korea is one of the big players in the world Olympics.
Today I will be showing you using my charts how many medals
Korea has won as well as comparison to other countries.
I will be using pie charts, line graphs etc to visualize my data.
Data Point 1
Men Vs. Women Korean Olympics
This Pie chart shows Womens medals vs Mens Medals
for all time in Korean Olympic History
Data Point 2
Korean Medal Count
This graph shows on each year the amount of medals received.
This shows a large spike in medal count around 2003.
Data Point 2
Korea vs Japan
This chart shows the medal count between Korea and Japan.
As you can see, Korea has more medals than Japan, causing their bar to be higher than Japans bar.
Data Point 2
Korean Skiing Medal count vs Skating Medal Count
Viaualized in the chart is how many medals Korea won in Skiing as well as Skating.


E-Mail<EMAIL_ADDRESS>LinkedIn: https://www.linkedin.com/in/pablog3/ GitHub: https://github.com/Pablitinho Website: https://pablitinho.github.io


Workspace-relative path of the artifact file to upload (it should resolve to a single file).
Can use wildcards like module/dist/**/*.jar, See the @includes of Ant fileset for the exact format.
Examples:
File, like target/my-mule-app.jar or target/**/*.jar : The jar file will be uploaded to cloudhub.


Pablo Neruda, in We are Many, tr. 1967 by Alistair Reid.
Click any line to reveal or hide an English translation.


The Torncraft Documentation
Concept of the server
Torncraft is an all-inclusive, friendly community-based Minecraft server with multiple gamemodes, all centered on the feats a community can achieve.


Fabrication
Based on the study models a truss assembly approach for fabrication was adopted. The individual timber strips extracted from the final form is bend individually in a bending formwork and these bend timber strips are connected in pairs using steel brackets. These paired timber strips forms a truss and this is then assembled together.


| State Transition System:
The STS must follow the format (Similar to Kripke Structure ):
{ {< state >,< state >, ...}, < initial state >, {< state > -> < state >, < state > -> < state >, ...}, {< atomic symbol >:{< state >, < state >, < state >, ...},< atomic symbol >:{< state >, < state >, < state >, ...}, ...} }
For example: (Mutual Exclusion for 2 processes) |
|
CTL Expression:
Unary Operators: AX, EX, AG, EG, AF, EF, !(not)
Binary Operators: & (AND), | (OR), -> (Condition), <-> (IFF), AU, EU You can also have parenthesis. For example: AF(c1&EXc1) |


Water resources system simulator is a tool for simulation and analysis of large-scale water resources systems. 'WRSS' proposes functions and methods for construction, simulation and analysis of primary storage and hydropower water resources features (e.g. reservoirs, aquifers, and etc.) based on Standard Operating Policy (SOP).
| Version: | 2.0 |
| Depends: | R (≥ 3.0.0), graphics, stats, Hmisc, nloptr |
| Imports: | ggplot2, GGally, network |
| Published: | 2018-11-05 |
| Author: | Rezgar Arabzadeh; Parisa Aberi; Kaveh Panaghi; Shahab Araghinejad; Majid Montaseri |
| Maintainer: | Rezgar Arabzadeh <rezgararabzadeh at ut.ac.ir> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| CRAN checks: | WRSS results |
| Reference manual: | WRSS.pdf |
| Package source: | WRSS_2.0.tar.gz |
| Windows binaries: | r-devel: WRSS_2.0.zip, r-release: WRSS_2.0.zip, r-oldrel: WRSS_2.0.zip |
| OS X binaries: | r-release: WRSS_2.0.tgz, r-oldrel: WRSS_2.0.tgz |
| Old sources: | WRSS archive |
Please use the canonical form https://CRAN.R-project.org/package=WRSS to link to this page.


StitchClient
public class StitchClient: StitchClientType
Undocumented
-
Id of the current application
Declaration
Swift
public var appId: String
-
Undocumented
Declaration
Swift
public lazy var push = PushManager(client: self)
-
Undocumented
Declaration
Swift
public var auth: Auth?
-
Whether or not the client is currently authenticated
Declaration
Swift
public var isAuthenticated: Bool
-
Undocumented
Declaration
Swift
public var loggedInProviderType: AuthProviderTypes?
-
Fetches all available auth providers for the current app.
Declaration
Swift
public func fetchAuthProviders() -> Promise<AuthProviderInfo>
Return Value
A task containing AuthProviderInfo that can be resolved on completion of the request.
-
Registers the current user using email and password.
Declaration
Swift
public func register(email: String, password: String) -> Promise<Void>
Parameters
email
email for the given user
password
password for the given user
Return Value
A task containing whether or not registration was successful.
-
Confirm a newly registered email in this context
Declaration
Swift
public func emailConfirm(token: String, tokenId: String) -> Promise<Void>
Parameters
token
confirmation token emailed to new user
tokenId
confirmation tokenId emailed to new user
Return Value
A task containing whether or not the email was confirmed successfully
-
Send a confirmation email for a newly registered user
Declaration
Swift
public func sendEmailConfirm(toEmail email: String) -> Promise<Void>
Parameters
email
email address of user
Return Value
A task containing whether or not the email was sent successfully.
-
Reset a given user’s password
Declaration
Swift
public func resetPassword(token: String, tokenId: String, password: String) -> Promise<Void>
Parameters
token
token associated with this user
tokenId
id of the token associated with this user
Return Value
A task containing whether or not the reset was successful
-
Send a reset password email to a given email address
Declaration
Swift
public func sendResetPassword(toEmail email: String) -> Promise<Void>
Parameters
email
email address to reset password for
Return Value
A task containing whether or not the reset email was sent successfully
-
Logs the current user in anonymously.
Declaration
Swift
public func anonymousAuth() -> Promise<UserId>
Return Value
A task containing whether or not the login as successful
-
Logs the current user in using a specific auth provider.
- withProvider: The provider that will handle the login.
- link: Whether or not to link a new auth provider.
Declaration
Swift
public func login(withProvider provider: AuthProvider) -> Promise<UserId>
Return Value
A task containing whether or not the login as successful
-
Logs out the current user.
Declaration
Swift
public func logout() -> Promise<Void>
Return Value
A task that can be resolved upon completion of logout.
-
Links the current user to another identity.
withProvider: The authentication provider which will provide the new identity
The user ID of the current, original user
Declaration
Swift
public func link(withProvider provider: AuthProvider) -> Promise<UserId>
Return Value
-
Execute a named function -parameter name: name of the function -parameter args: extended JSON arguments associated with the function -returns: return value of the associated function
Declaration
Swift
public func executeFunction(name: String, args: ExtendedJsonRepresentable...) -> Promise<Any>
-
Execute a named function associated with a service -parameter name: name of the function -parameter serviceName: name of your service -parameter args: extended JSON arguments associated with the function -returns: return value of the associated function
Declaration
Swift
public func executeServiceFunction(name: String, service: String, args: ExtendedJsonRepresentable...) -> Promise<Any>
-
Gets all available push providers for the current app.
Declaration
Swift
public func getPushProviders() -> Promise<AvailablePushProviders>
Return Value
A task containing {@link AvailablePushProviders} that can be resolved on completion of the request.
-
Adds a delegate for auth events.
Declaration
Swift
public func addAuthDelegate(delegate: AuthDelegate)
Parameters
delegate
The delegate that will receive auth events.


Nameless Spirit:
Slaughter the shadows of Halisha in the deepest part of the Four Sepulchers and bring me the four goblets.
"I want to stop."
"I want to continue."
"Tell me about the four sepulchers."


- Holding mouse or finger down on this link should have --active class added to it.
- Releasing finger or mouse button should instantly remove --active class.
- Holding down finger and scrolling the page should not have --active class added to this link.
- Holding down finger or mouse and dragging it outside the boundaries of this link should not have --active class added to this link.
- This link initially has --active class but it should be cleaned as soon as JS initializes.
- This is not a link, but it could also have the same action assigned via css selector mention
- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
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- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
- One more link
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A Normal Form
First Name:
Last Name:
What kind of pet do you prefer?
Dogs
Cats
Fish
Other
This is a form with a fieldset
First Name:
Last Name:
What kind of pet do you prefer?
Dogs
Cats
Fish
Other


All Classes
Campaign
CampaignManager
CampaignNotFoundException
CampaignRepository
CampaignResource
CampaignServiceApplication
Message
Message.Factory
MessageSender
MessageType


import nltk
import string
import random
import itertools
from nltk.corpus import stopwords
from nltk.tokenize import word_tokenize
from nltk.stem import PorterStemmer
from nltk.stem.wordnet import WordNetLemmatizer
from nltk.probability import FreqDist
%matplotlib inline
from wordcloud import WordCloud
import matplotlib.pyplot as plt
from sklearn.feature_extraction.text import TfidfVectorizer
import pandas as pd
import numpy as np
import sqlite3 as sql
def nlp_test(text):
"""
use natural language processing to remove and lemmatize text
Argument: text
Return: stemed text
"""
stop_words = set(stopwords.words("english"))
common = ["said", "also", "one", "would", "like", "new", "many", "make", "really", "think"]
common_words = [x.decode('UTF8') for x in common]
words = nltk.word_tokenize(text)
# remove stop words and common words
words = [wor.lower() for wor in words]
filtered = [wor for wor in words if not wor in stop_words]
filtered = [wor for wor in filtered if not wor in common_words]
# word lemmatization for English words only
lmtzr = WordNetLemmatizer()
lem = [lmtzr.lemmatize(fil) for fil in filtered if fil.isalpha()]
return lem
def graph_wordCloud(text):
"""
create wordclound to display the popular terms from the text
Argument: text
Return: wordcloud
"""
wordcloud = WordCloud(background_color='white', width=1200, height=1000, max_words=40).generate(text)
return plt.imshow(wordcloud)
def review_graph(dataframe):
"""
create a wordcloud to display the popular terms
Argument: dataframe
Return: fd.plot and wordcloud
"""
# apply natural language processing to each row of the article dataframe
manipulate_text = dataframe.apply(lambda row: nlp_test(row["snippet_text"]), axis=1)
all_words = [w for w in manipulate_text]
merged_all_words = list(itertools.chain.from_iterable(all_words))
# Text Classification
fd = nltk.FreqDist(merged_all_words)
# Graph the text distribution
fd.plot(40,cumulative=False)
text_final = ' '.join(merged_all_words)
graph_wordCloud(text_final)
def review_df(dataframe):
"""
create dataframe for the most popular reviews
Argument: dataframe
Return: dataframe with the term and review counts
"""
# apply natural language processing to each row of the dataframe
manipulate_text = dataframe.apply(lambda row: nlp_test(row["snippet_text"]), axis=1)
all_words = [w for w in manipulate_text]
merged_all_words = list(itertools.chain.from_iterable(all_words))
# Text Classification
fd = nltk.FreqDist(merged_all_words)
output = fd.most_common(25)
pd_review = pd.DataFrame(output)
pd_review.rename(columns = {list(pd_review)[0]: 'Reviews', list(pd_review)[1]: 'Counts'}, inplace = True)
return pd_review
def bargraph(df_review):
"""
create bargraphs to display the most popular reviews
Argument: dataframe created from the review_df
Return: a bar graph
"""
ax = df_review.plot.bar(x='Reviews', rot=0, title='Most Popular Reviews', figsize=(15,10), fontsize=9)
ax.set_ylabel("Counts")
ax.set_xlabel("Reviews")
patches, labels = ax.get_legend_handles_labels()
ax.legend(patches, labels, loc='best')
for p in ax.patches:
ax.annotate(str(p.get_height()), (p.get_x() * 1.005, p.get_height() * 1.005))
def getinfo(keyterm):
"""
create graphs using the data from the database created in Part I
Argument: keyterm(restaurants/hotels/nightlife/landmarks), criteria
Return: fd.plot, wordcloud and bargraph
"""
conn = sql.connect("accommodation.sqlite")
df_key = pd.read_sql("SELECT snippet_text FROM Best_" + keyterm, conn)
review_graph(df_key)
df_review_dis_res = review_df(df_key)
bargraph(df_review_dis_res)
conn.close()
travel_item = ["Restaurants", "Hotels", "Landmarks"]
for item in travel_item:
getinfo(item)


Find a wine that goes well with a food. Food can be a dish name ("steak"), an ingredient name ("salmon"), or a cuisine ("italian").


STYLISH DUPLEX
Buy House1.
Buy House1..
Buy House3
Buy House4
Buy House5
Buy House 6
Buy house 7
Buy House 8
Buy house 9
Buy house 10
Buy house 11
Buy house 12


Dog Rescue Intake Idea
Since this class that I have been taking started, I have been toying around with the idea of creating a Dog Rescue Intake site for a practice project. The site would essentially be used as a way to enter dogs into a database for a rescue organization. I don't currently have all the knowledge necessary for creating this, but I have enough to get started. I can continue to update as I progress in class.
Dog ID
Dog Name
- Dog Age
- Dog Breed
- Dog Sex
- Dog Color
- Date


LGSVL Simulator: An Autonomous Vehicle Simulator
Upcoming release: 2019.07
Check out our blog post about our upcoming release, and subscribe to our mailing list here for the latest updates.
Introduction
LG Silicon Valley Lab has developed a Unity-based multi-robot simulator for autonomous vehicle developers. We provide an out-of-the-box solution which can meet the needs of developers wishing to focus on testing their autonomous vehicle algorithms. It currently has integration with the Duckietown, TierIV's Autoware, and Baidu's Apollo platforms, can generate HD maps, and be immediately used for testing and validation of a whole system with little need for custom integrations. We hope to build a collaborative community among robotics and autonomous vehicle developers by open sourcing our efforts.
To use the simulator with Apollo, after following the build steps for the simulator, follow the guide on our Apollo fork.
To use the simulator with Autoware, build the simulator then follow the guide on our Autoware fork.
Video
(Link)
Getting Started
Running the simulator with reasonable performance and frame rate (for perception related tasks) requires a high performance desktop. Below is the recommended system for running the simulator at high quality. We are currently working on performance improvements for a better experience.
Recommended system:
- 4 GHz Dual core CPU
- Nvidia GTX 1080
- Windows 10 64 Bit
The easiest way to get started with running the simulator is to download our latest release and run as a standalone executable.
For the latest functionality or if you want to modify the simulator for your own needs, you can checkout our source, open it as a project in Unity, and run inside the Unity Editor. Otherwise, you can build the Unity project into a standalone executable.
Currently, running the simulator in Windows yields better performance than running on Linux.
Downloading and starting simulator
- Download the latest release of the LGSVL Simulator for your supported operating system (Windows or Linux) here: https://github.com/lgsvl/simulator/releases/latest
- Unzip the downloaded folder and run the executable.
Steps for starting simulator in Unity Editor
-
Install Unity 2018.2.4. Windows link: https://unity3d.com/get-unity/download/archive Linux link (2018.2.4f1): https://beta.unity3d.com/download/fe703c5165de/public_download.html
-
Install Git LFS (this should be as simple as
git lfs install
). Since this repository contains several large files, we speed up clones/uploads with Git LFS. This is a requirement for cloning our project, and without it the repository cannot be set up properly. -
Clone this repository from Github:
git clone https://github.com/lgsvl/simulator.git
-
Open Unity Editor by navigating to where it is installed and launching the Unity executable.
-
Open the simulator project that was cloned in step 3 by selecting the simulator folder.
-
Run the simulator. On the bottom left in the Project panel, Navigate to Assets->Scenes. Then double-click "Menu" (with the Unity icon next to it) to load the scene. At the top of the editor, click the Play button to start the simulator.
Build standalone executable
If you would prefer to not run in Unity Editor and build the standalone executable yourself, follow the instructions here.
Simulator Instructions
- After starting the simulator, you should see the main menu. Currently, only Free Roaming mode is supported. Click "Free Roaming."
- Select the appropriate map and vehicle. For a standard setup, select "SanFrancisco" for map and "XE_Rigged-apollo" for Robot. If connecting with Autoware or Apollo, make sure simulator establishes connection with rosbridge. Click "Run" to begin. The program will not allow running if there is no established connection with a rosbridge. To bypass this and just test out the simulator environment, hold down the Shift button and click "Run."
- The vehicle/robot should spawn inside the map environment that was selected. Read here for an explanation of all current keyboard shortcuts and controls.
- Follow the guides on our respective Autoware and Apollo repositories for instructions on running the platforms with the simulator.
Guide to simulator functionality
Look here for a guide to currently available functionality and keyboard shortcuts for using the simulator.
Contact
Please feel free to provide feedback or ask questions by creating a Github issue. For inquiries about collaboration, please email us at<EMAIL_ADDRESS>Copyright and License
Copyright (c) 2018 LG Electronics, Inc.
This software contains code licensed as described in LICENSE.


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
News story
Exam performance data 2010 published by the DfE to provide parents with more information about school performance and expenditure.
The Department for Education has today published the 2010 performance tables for GCSEs, A levels and equivalent qualifications.
Parents will, for the first time today, have more information about how schools are performing in providing a rounded academic education for children, along with how they spend their money. In addition, for the first time ever, parents will be able to use the Department for Education website to create their own performance tables that rank local schools or to compare them with others.
Nick Gibb discusses the school performance tables
The figures published show:
Education Secretary Michael Gove said:
This is the most detail parents and the public have ever had about how children are performing in England’s secondary schools.
Children, parents and schools should be proud of their results, which have been achieved through all the hard work they have put in. But as the international evidence from PISA shows us, England still lags behind other nations. We have not succeeded in closing the gap and in raising attainment for all students.
That’s why we are reforming our school system by learning from the best-performing countries. In nearly every other developed country in the world children are assessed in a range of core academic subjects at 15 or 16. That is why the Coalition introduced the English Baccalaureate as a measure of performance.
The key performance measure remains the number of children who get 5 A* to C passes at GCSE including English and maths.
I am open to arguments about how we can further improve every measure in the performance tables - including the English Baccalaureate. But I am determined to ensure that our exam standards match the highest standards around the world.
The spending data published today will also allow parents, researchers and the general public for the first time to look at how much individual schools spent per pupil last year on areas such as teaching staff, energy and catering, to judge if a school is making the best use of the funding allocated to them. Schools can compare how they are spending their money compared to other schools.
Nick Gibb discusses performance tables An audio recording of the Schools Minister talking about the school performance tables released today.
Parents get more information about school performance Coalition government publishes new data about the performance and expenditure of secondary schools in England.
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 12 January 2011


Visualizing JavaScript Classical Inheritance
Being used to Java’s classical inheritance, understanding JavaScript’s version was a challenge for me. Fortunately, this article does a great job on explaining what goes on under the hood and so I have decided to make a diagram out of the code example used there and have this post serve as an extension to it. For viewing conveniences, I have copied and pasted the code below. Notice I have also added two additional lines of code on line 35 and 36 to actually instantiate the two objects that is being defined.
1 // Shape - superclass
2 // x,y: location of shape's bounding rectangle
3 function Shape(x, y) {
4 this.x = x;
5 this.y = y;
6 }
7
8 // Superclass method
9 Shape.prototype.move = function(x, y) {
10 this.x += x;
11 this.y += y;
12 }
13
14 // Circle - subclass
15 function Circle(x, y, r) {
16 // Call constructor of superclass to initialize
17 // superclass-derived members.
18 Shape.call(this, x, y);
19
20 // Initialize subclass's own members
21 this.r = r;
22 }
23
24 // Circle derives from Shape
25 Circle.prototype = Object.create(Shape.prototype);
26 Circle.prototype.constructor = Circle;
27
28 // Subclass methods. Add them after Circle.prototype
29 // is created with Object.create
30 Circle.prototype.area = function() {
31 return this.r * 2 * Math.PI;
32 }
33
34 // Creating an instance of Shape and an instance of Circle
35 var shape = new Shape(2, 2);
36 var circle = new Circle(5, 5, 12);
The code above may be presented as the following relationship.
If we go back to the code, line 25 and 26 is where we setup the prototype chain. For a more in-depth explaination, you may want to read the original article. But in short, what line 25 is essentially doing is that it sets Circle.prototype.__proto__
to be Shape.prototype
. So if we were to log
Circle.prototype.__proto__ === Shape.prototype
it will evaluate to true.
Let’s say we invoke circle.move()
. JavsScript will first look for a move
method in Circle.prototype
. No move
method found, it will then look in the object where Circle.prototype.__proto__
is delegated to, which in this case we set it to the Shape.prototype
and move
is found there. In a case where JavaScript doesn’t find the method in the superclass, it will look in the Object.prototype
and if the method isn’t found there either, it will throw an error because Object.prototype
is the end of the prototype chain.
When we assign Circle.prototype
to Shape.prototype
we break the existing Circle.prototype.constructor
. If we eliminate line 26, running circle instanceof Circle
will return false. Line 26 is explcitly restoring that relationship.
If you would like to dig deeper into JavaScript’s prototype chain you might find this useful: JavaScript. The Core.


| Name | Mobile | Basic Salary | House Rent | Medical | Tax | Monthly Salary | Action | |
|---|---|---|---|---|---|---|---|---|
| {{employee.name}} | {{employee.email}} | {{employee.mobile}} | {{employee.basic_salary}} | {{employee.house_rent}} | {{employee.medical}} | {{employee.tax}} | {{employee.monthlysalary}} | Edit |
| No Data Available |


| Table 1 |
Climate change resiliency indicators for health care facilit ... |
| Table 2 |
Interview questions to pilot health care facility officials. |
| Table 3 |
Health care facility protocol for ensuring the health and sa ... |
| Table 4 |
Suggestions from interviewees on how to improve the tool. |


Module: Mongoid::Atomic
- Extended by:
- ActiveSupport::Concern
- Included in:
- Composable, Contextual::Mongo
- Defined in:
- lib/mongoid/atomic.rb,
lib/mongoid/atomic/modifiers.rb,
lib/mongoid/atomic/paths/root.rb,
lib/mongoid/atomic/paths/embedded.rb,
lib/mongoid/atomic/paths/embedded/one.rb,
lib/mongoid/atomic/paths/embedded/many.rb
Overview
This module contains the logic for supporting atomic operations against the database.
Defined Under Namespace
Modules: Paths Classes: Modifiers
Constant Summary collapse
- UPDATES =
[ :atomic_array_pushes, :atomic_array_pulls, :atomic_array_add_to_sets, :atomic_pulls, :delayed_atomic_sets, :delayed_atomic_pulls, :delayed_atomic_unsets ]
Instance Method Summary collapse
-
#add_atomic_pull(document) ⇒ Object
Add the document as an atomic pull.
-
#add_atomic_unset(document) ⇒ Array<Document>
Add an atomic unset for the document.
-
#atomic_array_add_to_sets ⇒ Hash
For array fields these are the unique adds that need to happen.
-
#atomic_array_pulls ⇒ Hash
For array fields these are the pulls that need to happen.
-
#atomic_array_pushes ⇒ Hash
For array fields these are the pushes that need to happen.
-
#atomic_attribute_name(name) ⇒ String
Returns path of the attribute for modification.
-
#atomic_delete_modifier ⇒ String
Get the removal modifier for the document.
-
#atomic_insert_modifier ⇒ String
Get the insertion modifier for the document.
-
#atomic_path ⇒ String
Return the path to this
Document
in JSON notation, used for atomic updates via $set in MongoDB. -
#atomic_paths ⇒ Object
Get the atomic paths utility for this document.
-
#atomic_position ⇒ String
Returns the positional operator of this document for modification.
-
#atomic_pulls ⇒ Array<Hash>
Get all the attributes that need to be pulled.
-
#atomic_pushes ⇒ Hash
Get all the push attributes that need to occur.
-
#atomic_sets ⇒ Hash
Get all the attributes that need to be set.
-
#atomic_unsets ⇒ Array<Hash>
Get all the attributes that need to be unset.
-
#atomic_updates(_use_indexes = false) ⇒ Hash
(also: #_updates)
Get all the atomic updates that need to happen for the current
Document
. -
#delayed_atomic_pulls ⇒ Hash
Get a hash of atomic pulls that are pending.
-
#delayed_atomic_sets ⇒ Hash
Get all the atomic sets that have had their saves delayed.
-
#delayed_atomic_unsets ⇒ Hash
Get the delayed atomic unsets.
-
#flag_as_destroyed ⇒ String
Flag the document as destroyed and return the atomic path.
-
#flagged_destroys ⇒ Array<Proc>
Get the flagged destroys.
-
#process_flagged_destroys ⇒ Array
Process all the pending flagged destroys from nested attributes.
Instance Method Details
#add_atomic_pull(document) ⇒ Object
Add the document as an atomic pull.
39 40 41 42 43 44 |
# File 'lib/mongoid/atomic.rb', line 39 def add_atomic_pull(document) document.flagged_for_destroy = true key = document.association_name.to_s delayed_atomic_pulls[key] ||= [] delayed_atomic_pulls[key] << document end |
#add_atomic_unset(document) ⇒ Array<Document>
Add an atomic unset for the document.
56 57 58 59 60 61 |
# File 'lib/mongoid/atomic.rb', line 56 def add_atomic_unset(document) document.flagged_for_destroy = true key = document.association_name.to_s delayed_atomic_unsets[key] ||= [] delayed_atomic_unsets[key] << document end |
#atomic_array_add_to_sets ⇒ Hash
For array fields these are the unique adds that need to happen.
107 108 109 |
# File 'lib/mongoid/atomic.rb', line 107 def atomic_array_add_to_sets @atomic_array_add_to_sets ||= {} end |
#atomic_array_pulls ⇒ Hash
For array fields these are the pulls that need to happen.
95 96 97 |
# File 'lib/mongoid/atomic.rb', line 95 def atomic_array_pulls @atomic_array_pulls ||= {} end |
#atomic_array_pushes ⇒ Hash
For array fields these are the pushes that need to happen.
83 84 85 |
# File 'lib/mongoid/atomic.rb', line 83 def atomic_array_pushes @atomic_array_pushes ||= {} end |
#atomic_attribute_name(name) ⇒ String
Returns path of the attribute for modification
71 72 73 |
# File 'lib/mongoid/atomic.rb', line 71 def atomic_attribute_name(name) ? "#{atomic_position}.#{name}" : name end |
#atomic_delete_modifier ⇒ String
Get the removal modifier for the document. Will be nil on root documents, $unset on embeds_one, $set on embeds_many.
153 154 155 |
# File 'lib/mongoid/atomic.rb', line 153 def atomic_delete_modifier atomic_paths.delete_modifier end |
#atomic_insert_modifier ⇒ String
Get the insertion modifier for the document. Will be nil on root documents, $set on embeds_one, $push on embeds_many.
164 165 166 |
# File 'lib/mongoid/atomic.rb', line 164 def atomic_insert_modifier atomic_paths.insert_modifier end |
#atomic_path ⇒ String
Return the path to this Document
in JSON notation, used for atomic updates via $set in MongoDB.
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# File 'lib/mongoid/atomic.rb', line 175 def atomic_path atomic_paths.path end |
#atomic_paths ⇒ Object
Get the atomic paths utility for this document.
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# File 'lib/mongoid/atomic.rb', line 197 def atomic_paths @atomic_paths ||= begin if _association _association.path(self) else Atomic::Paths::Root.new(self) end end end |
#atomic_position ⇒ String
Returns the positional operator of this document for modification.
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# File 'lib/mongoid/atomic.rb', line 185 def atomic_position atomic_paths.position end |
#atomic_pulls ⇒ Array<Hash>
Get all the attributes that need to be pulled.
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# File 'lib/mongoid/atomic.rb', line 215 def atomic_pulls pulls = {} delayed_atomic_pulls.each_pair do |_, docs| path = nil ids = docs.map do |doc| path ||= doc.flag_as_destroyed doc._id end pulls[path] = { "_id" => { "$in" => ids }} and path = nil end pulls end |
#atomic_pushes ⇒ Hash
Get all the push attributes that need to occur.
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# File 'lib/mongoid/atomic.rb', line 236 def atomic_pushes pushable? ? { atomic_position => as_attributes } : {} end |
#atomic_sets ⇒ Hash
Get all the attributes that need to be set.
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# File 'lib/mongoid/atomic.rb', line 248 def atomic_sets updateable? ? setters : settable? ? { atomic_path => as_attributes } : {} end |
#atomic_unsets ⇒ Array<Hash>
Get all the attributes that need to be unset.
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# File 'lib/mongoid/atomic.rb', line 260 def atomic_unsets unsets = [] delayed_atomic_unsets.each_pair do |name, docs| path = nil docs.each do |doc| path ||= doc.flag_as_destroyed end unsets.push(path || name) end unsets end |
#atomic_updates(_use_indexes = false) ⇒ Hash Also known as: _updates
MongoDB does not allow “conflicting modifications” to be performed in a single operation. Conflicting modifications are detected by the 'haveConflictingMod' function in MongoDB. Examination of the code suggests that two modifications (a $set and a $push with $each, for example) conflict if:
(1) the key paths being modified are equal.
(2) one key path is a prefix of the other.
So a $set of 'addresses.0.street' will conflict with a $push and $each to 'addresses', and we will need to split our update into two pieces. We do not, however, attempt to match MongoDB's logic exactly. Instead, we assume that two updates conflict if the first component of the two key paths matches.
Get all the atomic updates that need to happen for the current Document
. This includes all changes that need to happen in the entire hierarchy that exists below where the save call was made.
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# File 'lib/mongoid/atomic.rb', line 134 def atomic_updates(_use_indexes = false) process_flagged_destroys mods = Modifiers.new generate_atomic_updates(mods, self) _children.each do |child| child.process_flagged_destroys generate_atomic_updates(mods, child) end mods end |
#delayed_atomic_pulls ⇒ Hash
Get a hash of atomic pulls that are pending.
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# File 'lib/mongoid/atomic.rb', line 292 def delayed_atomic_pulls @delayed_atomic_pulls ||= {} end |
#delayed_atomic_sets ⇒ Hash
Get all the atomic sets that have had their saves delayed.
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# File 'lib/mongoid/atomic.rb', line 280 def delayed_atomic_sets @delayed_atomic_sets ||= {} end |
#delayed_atomic_unsets ⇒ Hash
Get the delayed atomic unsets.
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# File 'lib/mongoid/atomic.rb', line 304 def delayed_atomic_unsets @delayed_atomic_unsets ||= {} end |
#flag_as_destroyed ⇒ String
Flag the document as destroyed and return the atomic path.
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# File 'lib/mongoid/atomic.rb', line 316 def flag_as_destroyed self.destroyed = true self.flagged_for_destroy = false atomic_path end |
#flagged_destroys ⇒ Array<Proc>
Get the flagged destroys.
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# File 'lib/mongoid/atomic.rb', line 330 def flagged_destroys @flagged_destroys ||= [] end |
#process_flagged_destroys ⇒ Array
Process all the pending flagged destroys from nested attributes.
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# File 'lib/mongoid/atomic.rb', line 342 def process_flagged_destroys _assigning do flagged_destroys.each(&:call) end flagged_destroys.clear end |


ASN.1 DER Encoder/Decoder and DSL.
Define model:
```javascript var asn = require(‘asn1.js’);
var Human = asn.define(‘Human’, function() { this.seq().obj( this.key(‘firstName’).octstr(), this.key(‘lastName’).octstr(), this.key(‘age’).int(), this.key(‘gender’).enum({ 0: ‘male’, 1: ‘female’ }), this.key(‘bio’).seqof(Bio) ); });
var Bio = asn.define(‘Bio’, function() { this.seq().obj( this.key(‘time’).gentime(), this.key(‘description’).octstr() ); }); ```
Encode data:
javascript
var output = Human.encode({
firstName: 'Thomas',
lastName: 'Anderson',
age: 28,
gender: 'male',
bio: [
{
time: +new Date('31 March 1999'),
description: 'freedom of mind'
}
]
}, 'der');
Decode data:
javascript
var human = Human.decode(output, 'der');
console.log(human);
/*
{ firstName:
Its possible to parse data without stopping on first error. In order to do it, you should call:
javascript
var human = Human.decode(output, 'der', { partial: true });
console.log(human);
/*
{ result: { ... },
errors: [ ... ] }
*/
This software is licensed under the MIT License.
Copyright Fedor Indutny, 2013.
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.