The Roomba That Won Black Friday Is Now Even Cheaper
Amazon has just dropped the price of the iRobot Roomba 671 down to $195, in its Gold Box Deal of the Day today. This brings it even lower than the Roomba 675 was during Black Friday (it was $199). The Roomba 671 and 675 are very, very similar.
This is part of Amazon's Gold Box Deal of the Day, so this price is only good until midnight PST tonight. So if you're interested in buying the iRobot Roomba 671 today, don't waste any time.
The iRobot Roomba 671 is a pretty impressive robot vacuum – especially not that it's under $200.
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With the iRobot Roomba 671, you're going to get the patented 3-stage cleaning system that will loosen, lift and suck up all of the dirt, dust and hair from hard floors and carpet. It also has dual multi-surface brushes that work together to grab dust, dirt and large debris. It also has an auto-adjusting cleaning head that will adapt its height to effectively clean carpets and hard floors.
The iRobot Roomba 671 has a full suite of sensors that will intelligently navigate around your home and map out your home. This is going to allow you to see your floor plan in the iRobot HOME app. This also allows you to see where it has cleaned and where it needs to clean still. Meaning that you can also tell it specifically where to go, if say you only want it to clean a specific room right now.
Finally, the iRobot Roomba 671 also works with Amazon Alexa and Google Assistant. Meaning that you can use your voice to control the iRobot Roomba 671 using either personal assistant. So no matter which platform you prefer to use, you can control your new Roomba with it.
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You can pick up the iRobot Roomba 671 from Amazon in its Gold Box Deal of the Day by clicking here.


-
captureEntirePageScreenshot
-
Saves the entire contents of the current window canvas to a PNG file.
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captureEntirePageScreenshotToString
-
Downloads a screenshot of the browser current window canvas to a based 64 encoded PNG file. The entire windows canvas is captured, including parts rendered outside of the current view port.
-
captureScreenshot
-
Captures a PNG screenshot to the specified file.
-
captureScreenshotToString
-
Capture a PNG screenshot. It then returns the file as a base 64 encoded string.
-
check
-
Check a toggle-button (checkbox/radio)
-
chooseCancelOnNextConfirmation
-

-
chooseOkOnNextConfirmation
-

-
click
-
Clicks on a link, button, checkbox or radio button. If the click action causes a new page to load (like a link usually does), call waitForPageToLoad.
-
clickAt
-
Clicks on a link, button, checkbox or radio button. If the click action causes a new page to load (like a link usually does), call waitForPageToLoad.
-
close
-
Simulates the user clicking the "close" button in the titlebar of a popup window or tab.
-
contextMenu
-
Simulates opening the context menu for the specified element (as might happen if the user "right-clicked" on the element).
-
contextMenuAt
-
Simulates opening the context menu for the specified element (as might happen if the user "right-clicked" on the element).
-
controlKeyDown
-
Press the control key and hold it down until doControlUp() is called or a new page is loaded.
-
controlKeyUp
-
Release the control key.
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createCookie
-
Create a new cookie whose path and domain are same with those of current page under test, unless you specified a path for this cookie explicitly.
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getAlert
-
Retrieves the message of a JavaScript alert generated during the previous action, or fail if there were no alerts.
-
getAllButtons
-
Returns the IDs of all buttons on the page.
-
getAllFields
-
Returns the IDs of all input fields on the page.
-
getAllLinks
-
Returns the IDs of all links on the page.
-
getAllWindowIds
-
Returns the IDs of all windows that the browser knows about in an array.
-
getAllWindowNames
-
Returns the names of all windows that the browser knows about in an array.
-
getAllWindowTitles
-
Returns the titles of all windows that the browser knows about in an array.
-
getAttribute
-
Gets the value of an element attribute. The value of the attribute may differ across browsers (this is the case for the "style" attribute, for example).
-
getAttributeFromAllWindows
-
Returns an array of JavaScript property values from all known windows having one.
-
getBodyText
-
Gets the entire text of the page.
-
getConfirmation
-
Retrieves the message of a JavaScript confirmation dialog generated during the previous action.
-
getCookie
-
Return all cookies of the current page under test.
-
getCookieByName
-
Returns the value of the cookie with the specified name, or throws an error if the cookie is not present.
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getCursorPosition
-
Retrieves the text cursor position in the given input element or textarea; beware, this may not work perfectly on all browsers.
-
getElementHeight
-
Retrieves the height of an element
-
getElementIndex
-
Get the relative index of an element to its parent (starting from 0). The comment node and empty text node will be ignored.
-
getElementPositionLeft
-
Retrieves the horizontal position of an element
-
getElementPositionTop
-
Retrieves the vertical position of an element
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getElementWidth
-
Retrieves the width of an element
-
getEval
-
Gets the result of evaluating the specified JavaScript snippet. The snippet may have multiple lines, but only the result of the last line will be returned.
-
getExpression
-
Returns the specified expression.
-
getHtmlSource
-
Returns the entire HTML source between the opening and closing "html" tags.
-
getLocation
-
Gets the absolute URL of the current page.
-
getMouseSpeed
-
Returns the number of pixels between "mousemove" events during dragAndDrop commands (default=10).
-
getPrompt
-
Retrieves the message of a JavaScript question prompt dialog generated during the previous action.
-
getSelectedId
-
Gets option element ID for selected option in the specified select element.
-
getSelectedIds
-
Gets all option element IDs for selected options in the specified select or multi-select element.
-
getSelectedIndex
-
Gets option index (option number, starting at 0) for selected option in the specified select element.
-
getSelectedIndexes
-
Gets all option indexes (option number, starting at 0) for selected options in the specified select or multi-select element.
-
getSelectedLabel
-
Gets option label (visible text) for selected option in the specified select element.
-
getSelectedLabels
-
Gets all option labels (visible text) for selected options in the specified select or multi-select element.
-
getSelectedValue
-
Gets option value (value attribute) for selected option in the specified select element.
-
getSelectedValues
-
Gets all option values (value attributes) for selected options in the specified select or multi-select element.
-
getSelectOptions
-
Gets all option labels in the specified select drop-down.
-
getSpeed
-
Get execution speed (i.e., get the millisecond length of the delay following each selenium operation). By default, there is no such delay, i.e., the delay is 0 milliseconds.
-
getString
-
-
getTable
-
Gets the text from a cell of a table. The cellAddress syntax tableLocator.row.column, where row and column start at 0.
-
getText
-
Gets the text of an element. This works for any element that contains text. This command uses either the textContent (Mozilla-like browsers) or the innerText (IE-like browsers) of the element, which is the rendered text shown to the user.
-
getTitle
-
Gets the title of the current page.
-
getValue
-
Gets the (whitespace-trimmed) value of an input field (or anything else with a value parameter).
-
getWhetherThisFrameMatchFrameExpression
-
Determine whether current/locator identify the frame containing this running code.
-
getWhetherThisWindowMatchWindowExpression
-
Determine whether currentWindowString plus target identify the window containing this running code.
-
getXpathCount
-
Returns the number of nodes that match the specified xpath, eg. "//table" would give the number of tables.
-
goBack
-
Simulates the user clicking the "back" button on their browser.
-
ignoreAttributesWithoutValue
-
Specifies whether Selenium will ignore xpath attributes that have no value, i.e. are the empty string, when using the non-native xpath evaluation engine. You'd want to do this for performance reasons in IE.
-
isAlertPresent
-
Has an alert occurred?
-
isChecked
-
Gets whether a toggle-button (checkbox/radio) is checked. Fails if the specified element doesn't exist or isn't a toggle-button.
-
isConfirmationPresent
-
Has confirm() been called?
-
isCookiePresent
-
Returns true if a cookie with the specified name is present, or false otherwise.
-
isEditable
-
Determines whether the specified input element is editable, ie hasn't been disabled.
-
isElementPresent
-
Verifies that the specified element is somewhere on the page.
-
isOrdered
-
Check if these two elements have same parent and are ordered siblings in the DOM. Two same elements will not be considered ordered.
-
isPromptPresent
-
Has a prompt occurred?
-
isSomethingSelected
-
Determines whether some option in a drop-down menu is selected.
-
isTextPresent
-
Verifies that the specified text pattern appears somewhere on the rendered page shown to the user.
-
isVisible
-
Determines if the specified element is visible. An
-
metaKeyDown
-
Press the meta key and hold it down until doMetaUp() is called or a new page is loaded.
-
metaKeyUp
-
Release the meta key.
-
mouseDown
-
Simulates a user pressing the left mouse button (without releasing it yet) on the specified element.
-
mouseDownAt
-
Simulates a user pressing the left mouse button (without releasing it yet) at the specified location.
-
mouseDownRight
-
Simulates a user pressing the right mouse button (without releasing it yet) on the specified element.
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mouseDownRightAt
-
Simulates a user pressing the right mouse button (without releasing it yet) at the specified location.
-
mouseMove
-
Simulates a user pressing the mouse button (without releasing it yet) on the specified element.
-
mouseMoveAt
-
Simulates a user pressing the mouse button (without releasing it yet) on the specified element.
-
mouseOut
-
Simulates a user moving the mouse pointer away from the specified element.
-
mouseOver
-
Simulates a user hovering a mouse over the specified element.
-
mouseUp
-
Simulates the event that occurs when the user releases the mouse button (i.e., stops holding the button down) on the specified element.
-
mouseUpAt
-
Simulates the event that occurs when the user releases the mouse button (i.e., stops holding the button down) at the specified location.
-
mouseUpRight
-
Simulates the event that occurs when the user releases the right mouse button (i.e., stops holding the button down) on the specified element.
-
mouseUpRightAt
-
Simulates the event that occurs when the user releases the right mouse button (i.e., stops holding the button down) at the specified location.
-
select
-
Select an option from a drop-down using an option locator.
-
selectFrame
-
Selects a frame within the current window. (You may invoke this command multiple times to select nested frames.) To select the parent frame, use "relative=parent" as a locator; to select the top frame, use "relative=top".
-
selectPopUp
-
Simplifies the process of selecting a popup window (and does not offer functionality beyond what
already provides).
-
selectWindow
-
Selects a popup window using a window locator; once a popup window has been selected, all commands go to that window. To select the main window again, use null as the target.
-
Selenium.php
-
-
setBrowserLogLevel
-
Sets the threshold for browser-side logging messages; log messages beneath this threshold will be discarded.
-
setContext
-
Writes a message to the status bar and adds a note to the browser-side log.
-
setCursorPosition
-
Moves the text cursor to the specified position in the given input element or textarea.
-
setMouseSpeed
-
Configure the number of pixels between "mousemove" events during dragAndDrop commands (default=10).
-
setSpeed
-
Set execution speed (i.e., set the millisecond length of a delay which will follow each selenium operation). By default, there is no such delay, i.e., the delay is 0 milliseconds.
-
setTimeout
-
Specifies the amount of time that Selenium will wait for actions to complete.
-
shiftKeyDown
-
Press the shift key and hold it down until doShiftUp() is called or a new page is loaded.
-
shiftKeyUp
-
Release the shift key.
-
shutDownSeleniumServer
-
Kills the running Selenium Server and all browser sessions. After you run this command, you will no longer be able to send commands to the server; you can't remotely start the server once it has been stopped. Normally you should prefer to run the "stop" command, which terminates the current browser session, rather than shutting down the entire server.
-
start
-
Run the browser and set session id.
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stop
-
Close the browser and set session id null
-
submit
-
Submit the specified form. This is particularly useful for forms without submit buttons, e.g. single-input "Search" forms.


/*TempleOS runs exclusively in ring 0. Ring 0 is part of the Charter.  TempleOS is for recreational programming, after all. This redirects the general protection fault, switches to ring 3, and generates a fault to switch back. */ U8 *old_stk,*new_rip; asm { INT_TO_RING0:: //Set to handle general protection 0xD fault temporarily.


Layer5 is dedicated to partnering with leading educational institutions, technology vendors, solution providers and industry experts to drive the adoption of cloud native technologies focused on the evolution of how developers write modern applications, how operators run infrastructure and how product owners manage service offerings.
Layer5, the service mesh community, established the Layer5 Partner Program to develop an ecosystem to advance higher learning of cloud native networking and to enable service providers to accelerate customers’ digital transformations, helping them move into the new era of DevOps and cloud native applications.


--- layout: page title: About header-img: "img/about-bg.png" ---
I have a Masters in Music from Carnegie Mellon University. I live in Cape Cod, MA and love to hike with my golden retriever.


| PostgreSQL 9.0.10 Documentation | ||||
|---|---|---|---|---|
| Prev | Up | Chapter 46. Frontend/Backend Protocol | Next |
To initiate streaming replication, the frontend sends the replication parameter in the startup message. This tells the backend to go into walsender mode, wherein a small set of replication commands can be issued instead of SQL statements. Only the simple query protocol can be used in walsender mode. The commands accepted in walsender mode are:
Requests the server to identify itself. Server replies with a result set of a single row, containing two fields:
The unique system identifier identifying the cluster. This can be used to check that the base backup used to initialize the standby came from the same cluster.
Current TimelineID. Also useful to check that the standby is consistent with the master.
Instructs server to start streaming WAL, starting at WAL position XXX/XXX. The server can reply with an error, e.g. if the requested section of WAL has already been recycled. On success, server responds with a CopyOutResponse message, and then starts to stream WAL to the frontend. WAL will continue to be streamed until the connection is broken; no further commands will be accepted.
WAL data is sent as a series of CopyData messages. (This allows other information to be intermixed; in particular the server can send an ErrorResponse message if it encounters a failure after beginning to stream.) The payload in each CopyData message follows this format:
Identifies the message as WAL data.
The starting point of the WAL data in this message, given in XLogRecPtr format.
The current end of WAL on the server, given in XLogRecPtr format.
The server's system clock at the time of transmission, given in TimestampTz format.
A section of the WAL data stream.
A single WAL record is never split across two CopyData messages. When a WAL record crosses a WAL page boundary, and is therefore already split using continuation records, it can be split at the page boundary. In other words, the first main WAL record and its continuation records can be sent in different CopyData messages.
Note that all fields within the WAL data and the above-described header will be in the sending server's native format. Endianness, and the format for the timestamp, are unpredictable unless the receiver has verified that the sender's system identifier matches its own pg_control contents.
If the WAL sender process is terminated normally (during postmaster shutdown), it will send a CommandComplete message before exiting. This might not happen during an abnormal shutdown, of course.


Exception: ActiveSupport::SyntaxErrorProxy
Do not use. This class is for internal use only.
| Relationships & Source Files | |
| Namespace Children | |
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Classes:
| |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
SyntaxError
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Instance Chain:
self,
SyntaxError
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| Inherits: |
SyntaxError
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| Defined in: | activesupport/lib/active_support/syntax_error_proxy.rb |
Overview
This is a class for wrapping syntax errors. The purpose of this class is to enhance the backtraces on SyntaxError exceptions to include the source location of the syntax error. That way we can display the error source on error pages in development.
Instance Method Summary
Instance Method Details
#backtrace
[ GitHub ]# File 'activesupport/lib/active_support/syntax_error_proxy.rb', line 11
def backtrace + super end
#backtrace_locations
[ GitHub ]# File 'activesupport/lib/active_support/syntax_error_proxy.rb', line 34
def backtrace_locations .map { |trace| file, line = trace.match(/^(.?):(\d).*$/, &:captures) || trace BacktraceLocation.new(file, line.to_i, trace) # We have to wrap these backtrace locations because we need the # spot information to come from the originating exception, not the # proxy object that's generating these } + super.map { |loc| BacktraceLocationProxy.new(loc, self) } end
#parse_message_for_trace (private)
[ GitHub ]# File 'activesupport/lib/active_support/syntax_error_proxy.rb', line 45
def __getobj__.to_s.split("\n") end


|
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| Proxy_info (const char *key, int tag) |
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| virtual void | remove () |
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void | delete_fds_info () |
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virtual bool | local_is_synchronized () |
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virtual bool | schedule_before_send () |
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virtual O2err | send (bool block) |
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| virtual O2err | deliver (O2netmsg_ptr msg) |
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O2message_ptr | pre_send (int *tcp_flag) |
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void | co_info (Fds_info *fds_info, const char *msg) |
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| O2node (const char *key_, int tag_) |
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virtual const char * | get_proc_name () |
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virtual O2status | status (const char **process) |
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virtual void | show (int indent) |
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void * | operator new (size_t size) |
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void | operator delete (void *ptr) |
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virtual O2err | accepted (Fds_info *conn)=0 |
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virtual O2err | connected () |
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virtual O2err | writeable () |
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◆ deliver()
◆ remove()
| virtual void Proxy_info::remove |
( |
| ) |
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inlinevirtual |
The documentation for this class was generated from the following files:
- /Users/rbd/o2/src/o2node.h
- /Users/rbd/o2/src/o2node.cpp


Include File: reflection/variables.hpp
Fully Qualified Name: ::Slate::Variables::Base::Variable_Type
Declaration
using Variable_Type;
Abstract


Q: Is this offical?
A: This is just something I, That-Kidd, maintains and update. I am not affiliated with RetroNX at all.
Q: How can I help submit profiles?
A: You can make a PR on the SysClk-DB's Github. As well as heading over to the retroNX discord and submitting there.


Movement: Left and Right Arrow Key
Shoot: F key
The above embeded game is written in processing (p5js) on OpenProcessing.org. I have the honour to teach many young students the basics of programming languages such as Python, Java, C#. Since it is very challenging for them to understand object-oriented concepts, instead of just explaining in long and boring definitions, the space invader projects were taught and rebuilt in different languages.
Adapting to different languages features and student's ability, each of the project implementation is slightly different. In the project shown above, one of the emphasis was to provide a chance for student to practice drawing primitive shapes with processing, while be creative with their custom character. Hence the out-of-place penguin as our fighter jet.
Building a game excites the student and make them more focus on learning, as a result, the efficiency of learning is increased.
With context provided by the game rules, I am able to teach difficult concepts surrounding classes, instances, subclass and inheritence in coherent manner with examples.


Organizational or root classes of CADability
IFrame and FrameImpl
The name and idea for this class resembles the MFC CFrameWnd class, which was long time ago used by the predecessor of CADability.
While IFrame is an interface which is always used when we have a reference to the frame, FrameImpl is an implementation of that interface. And by now the only implementation. The Windows.Forms dependent parts are implemented in CadFrame. The idea was that you could also have different implementations of IFrame for multiple documents or multiple concurrent views, but it seems, this will not be necessary. But for different frameworks (besides Windows.Forms) you can very well write your own implementation analogous to CadFrame.
The frame gives you access to the
- IControlCenter (the abstraction of a properties explorer or property grid, which is implemented in CADability.Forms)
- currently open Project
- the active View on the project and the list of available views
- the GlobalSettings
- the ActionStack and the currently running Action
- the UIService, which gives you access to user interface stuff like showing a standard dialog or getting the mouse position
Furthermore the frame handles most of the global menus, like opening a file or drawing a line. It is also the place where you can set (i.e. start) an Action.
The CadFrame implements the still abstract class IFrameImpl, by implementing those things, you cannot do in .NET core.
IView and the views which implement it
IView is the interface, which must be implemented by all kind of views.
A view receives the mouse-, scroll-, drag and drop- and paint-messages, typically but not necessarily from a Windows.Forms.Control and uses the service from an ICanvas implementing object to interact with that control. In CADability.Forms there is an implementation of ICanvas, namely CadCanvas, which is a Windows.Forms.Control and represents the view onto a 3d Model.
There are different types of views:
- ModelView is the normal view. It can handle Actions to select objects and do 3d modeling. It typically but not necessarily is displayed via OpenGL (see CadCanvas).
- GDI2DView a view, which uses GDI instead of OpenGL for it's display. This is actually handled in CadCanvas
- LayoutView is used to compose a page from different projections of a model in different sections of the paper. It is used for printing.
- AnimatedView is used to show different parts of the 3d model in movement. It can be used to define the dependencies of mechanical objects to each other (the movement axis). Usually the time schedule of this movement is provided from outside, but it can be defined in the AnimatedView.
ICanvas and CadCanvas
ICanvas is the abstraction of a service used by CADability to display a model. CadCanvas is a Windows.Forms.Control based implementation. ICanvas and IView are working closely together. While the canvas forwards the typical events like mouse-, scroll-, drag and drop- and paint-events to the view, the view uses the canvas to display the effects of these events. You can implement a different version of CadCanvas, which is based on another framework (i.e. not Windows.Forms), and the community would be happy if you would contribute it.
OpenGL: the current implementation of CadCanvas in CADability.Forms provides a "paint-interface" IPaintTo3D which is implemented in a quite old fashioned OpenGL style in the class PaintToOpenGL. If someone feels called to provide a better implementation based on something else (maybe WebGPU or a newer OpenGL approach), please go ahead.
IUIService, the abstraction of some system tasks
IUIService is implemented in CadFrame. It handles some tasks, which are usually provided by the system, and have no place in the CADability kernel: showing standard dialogs, handling clipboard, getting the mouse position on the screen. In a different environment you will have to write your own implementation.
MenuManager: where do the menus come from
The classes MenuManager, ContextMenuWithHandler and MenuItemWithHandler implement the handling of the menus on the Windows.Forms side. the classes MenuResource and MenuWithHandler and the interface ICommandHandler implement the menu structure and handling in the CADability kernel. The menu structure is implemented in the CADability kernel, but may be modified by the user software. A menu item has a unique id, which is a string, typically in the form of "MenuId.Edit.Cut" or "MenuId.Constr.Circle.CenterRadius". Most menus are loaded from MenuResource.xml, but may also be composed by code.
- MenuManager: create Windows.Forms.MainMenu and Windows.Forms.ContexMenu from MenuWithHandler[] via static methods
- ContextMenuWithHandler: a Windows.Forms.ContextMenu, which forwards the menu selection to the ICommandHandler
- MenuItemWithHandler: a Windows.Forms.MenuItem, which forwards the clicking on the menu to the ICommandHandler
- MenuResource: a collection of static methods to load menus from MenuResource.xml.
- MenuWithHandler: a simple structure consisting mostly of a few strings that describe a menu entry in the CADability kernel. It also may have sub-entries in the form of an MenuWithHandler[], allowing a menu hierarchy. It also knows the target ICommandHandler to call, when it gets clicked.
- ICommandHandler: an interface implemented by many objects to handle menu clicks.
- MenuResource.xml is an XML file describing menu structures. It is embedded in the CADability kernel as a resource, but my be substituted by a user provided XML file. It is language neutral.
- StringTableXxx.xml is an XML file providing language dependent strings to language independent IDs (which are also strings). The class to access these strings is StringTable. Currently there exist two language versions of this file, namely English and German. You are welcome to provide more languages and share it with the community.
Toolbars vs. Menus
It is only a matter of your main form to also show the menus or parts of the menus as tool-bars. There is no concept of tool-bars in the CADability kernel. There is the class ToolBars implemented based on Windows.Forms.ToolStrip in CADability.Forms, which provides a simple implementation for tool-bars. If this doesn't meet your requirements, go ahead and implement your own or enhance the implementation, and let the community know!
IControlCenter, a properties explorer or property grid
The property grid is of course a framework dependent item, which is implemented in CADability.Forms with the class PropertiesExplorer and displayed in the CadFrame. It shows properties of the objects of the CADability kernel, but may also show the properties of your objects, if they implement the IPropertyEntry interface. You can write your own version of PropertiesExplorer if you don't like the visual style or want to use a different framework. IControlCenter is the interface by which the CADability kernel accesses the property grid. (In a previous version the properties explorer was called ControlCenter).
Actions: how to implement the interaction between the user and CADability
You can use the CADability kernel as a database of (3d) geometrical objects, analyze and modify them with your program code, retrieve and store them into files. But you can also write code to create and manipulate these objects interactively with mouse and keyboard. the class Action is the base class of all actions, the class ConstructAction provides a higher level of access like specifying a 3d point with the mouse or selecting parts of the model. All interactive means in CADability are implemented via Action. There is a not so much used concept of an ActionStack, which means that while an action is running there might be another action activated, which upon completion returns to the previous action. this is used for intermediate construction, but rarely used by other application code.


--- layout: post title: 'The iBand - which reminded me of Mr Jones'' presentation' date: 2004-11-17 00:00:00 category: links ---


Comet parameter: clip_nterm_methionine
- This parameter controls whether Comet will automatically remove
the N-terminal methionine from a sequence entry.
- If set to 0, the sequence is analyzed as-is.
- If set to 1, any sequence with an N-terminal methionine will be
analyzed as-is as well as with the methionine removed. This means
that any N-terminal modifications will also apply (if appropriate)
to the peptide that is generated after the removal of the methionine.
- Valid values are 0 and 1.
- The default value is "0" if this parameter is missing.
Example:
clip_nterm_methionine = 0
clip_nterm_methionine = 1


class for processing audio data which is strongly involved with LAME library. Many are derived from LAME library's frontend application code but mostly refactored to be adjusted to object-oriented design and got slim.
More...
#include "audio.h"
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| enum | QUALITY_LEVEL { QL_FAST,
QL_STANDARD,
QL_BEST
} |
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| AudioData (std::string infile, std::string outfile) |
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| void * | lame_encoder_loop (void *data) |
| | An encoding subroutine to be run as thread. More...
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void | run () |
| | A function to be binded to thread. lame_encoder_loop() takes place.
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void | start () |
| | start a thread binding a function specified by run() via pthread_create()
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void | join () |
| | join a thread binding a function specified by run() via pthread_create()
|
| |
class for processing audio data which is strongly involved with LAME library. Many are derived from LAME library's frontend application code but mostly refactored to be adjusted to object-oriented design and got slim.
◆ lame_encoder_loop()
| void * AudioData::lame_encoder_loop |
( |
void * |
data | ) |
|
An encoding subroutine to be run as thread.
- Parameters
-
| [in] | data | void formed input argument, not used yet |
- Returns
- void formed return value, not used yet
◆ set_quality()
| static void AudioData::set_quality |
( |
QUALITY_LEVEL |
quality | ) |
|
|
static |
set encoding quality.
- Parameters
-
| [in] | quality | encoding quality preset specified as QL_STANDARD, QL_FAST, QL_BEST |
The documentation for this class was generated from the following files:


{{currentMessage.date | date: rb.ms_view_dateformat}}
{{currentMessage.author}}
{{rb.ms_view_fullmessage_desc}} {{rb.ms_view_fullmessage_link}}


#include <Floor.h>
|
| static std::shared_ptr< std::vector< std::shared_ptr< Floor > > > | create (const std::shared_ptr< const Simulator > simulator) |
| |
Definition at line 14 of file Floor.h.
| Floor::Floor |
( |
const int |
number, |
|
|
const float |
lambda |
|
) |
| |
| Floor::Floor |
( |
const Floor & |
floor | ) |
|
| std::pair< std::set< int >, std::shared_ptr< Client > > Floor::boardElevator |
( |
const unsigned long |
time, |
|
|
std::shared_ptr< Elevator > |
elevator |
|
) |
| |
| int Floor::clientsOnDownLine |
( |
| ) |
const |
| int Floor::clientsOnUpLine |
( |
| ) |
const |
| std::shared_ptr< std::vector< std::shared_ptr< Floor > > > Floor::create |
( |
const std::shared_ptr< const Simulator > |
simulator | ) |
|
|
static |
| void Floor::createFutureArrival |
( |
const std::shared_ptr< EventQueue > |
eventQueue | ) |
|
| const std::vector< std::shared_ptr< Client > > Floor::getDownLine |
( |
int |
n | ) |
const |
| std::queue< std::shared_ptr< Client > > Floor::getDownLineCopy |
( |
| ) |
const |
| int Floor::getLambda |
( |
| ) |
const |
| int Floor::getNumber |
( |
| ) |
const |
| const std::vector< std::shared_ptr< Client > > Floor::getUpLine |
( |
int |
n | ) |
const |
| std::queue< std::shared_ptr< Client > > Floor::getUpLineCopy |
( |
| ) |
const |
| void Floor::setEventFactory |
( |
const std::shared_ptr< EventFactory > |
eventFactory | ) |
|
| std::string Floor::str |
( |
| ) |
const |
The documentation for this class was generated from the following files:


The Sutton SignWriting TrueType fonts are available for download and installation. Please ignore warning and unusual font previews during installation as these will not affect the utility of the font.
Installing the fonts using the instructions below is not required, but it will improve the user experience. If the fonts are not installed on the system, CSS declarations will load the fonts in the browser cache.
There are two fonts for the Sutton SignWriting symbols that are used in SVG: the Sutton SignWriting Line font as the positive space of the symbol glyphs on Unicode plane 15 and the Sutton SignWriting Fill font as the negative space of the symbol glyphs on Unicode plane 16. These glyphs descend below the baseline.
The Sutton SignWriting One-D font is production ready. It uses the SignWriting in Unicode (SWU) experimental characters to visualizes a sign as a 1-dimensional string of glyphs for structural markers, symbols, and numbers. These glyphs are centered above the baseline and are meant to be used in traditionally 1-dimensional situations.
The Sutton SignWriting Null font provides empty glyphs for invalid symbol codes on Plane 4 and Plane 15. The font is useful to normalize how browsers and software process invalid characters.
A 2-dimensional font has been designed for the Universal Shaping Engine for complex scripts. Development is planned for the year 2018. A grant has been submitted to the Wikimedia Foundation to support this work. Two fonts are planned: the Sutton SignWriting Two-D font using the SignWriting in Unicode (SWU) experimental characters and another font using the Unicode 8 specification with 17 additional characters.
Installation is straight forward for these platforms. Simply download the TrueType fonts and install as usual.
Installation is possible for Mac OS and iOS with two configuration profiles. The Sutton SignWriting Symbol profile and the Sutton SignWriting One profile.
For Mac, download the profiles and then open to install.
For iOS, click on the links below using Safari. Unfortunately, the installation is prone to repeated failure. So if nothing happens or if something breaks, try again. If the problem continues, consider rebooting your device or force quitting the browser before your next attempt. Both profiles should only take a few minutes to properly install with perhaps a dozen attempts. The issue is being investigated.
The Sutton SignWriting Symbol configuration profile contains two fonts for use in SVG, the HTML Canvas, and other Cartesian Coordinate based systems. The Sutton SignWriting Line Font contains glyphs for the positive space of the symbol images with characters on Unicode plane 15. The Sutton SignWriting Fill Font contains glyphs for the negative space of the symbol images with characters on Unicode plane 16.
The Sutton SignWriting One configuration profile contains two fonts for use in text input and for rendering normalization. The Sutton SignWriting One D Font contains glyphs for symbols, markers, and numbers for use in traditional one dimensional text using SWU as an experimental Unicode design. The Sutton SignWriting Null Font contains empty glyphs for invalid symbol codes on Plane 4 and Plane 15. This font is useful to normalize how browsers and software process invalid characters.
Android can not install the fonts directly onto the system. The CSS declarations below will install the fonts in the browser cache.
The TrueType Fonts can be used without installing the fonts on any platform by defining two font-face statements. Simply include the "fonts.css" style sheet or the following CSS in any HTML page to access the fonts.
@font-face { font-family: "SuttonSignWritingLine"; src: local('SuttonSignWritingLine'), url('https://unpkg.com/<EMAIL_ADDRESS>format('truetype'); } @font-face { font-family: "SuttonSignWritingFill"; src: local('SuttonSignWritingFill'), url('https://unpkg.com/<EMAIL_ADDRESS>format('truetype'); } @font-face { font-family: "SuttonSignWritingOneD"; src: local('SuttonSignWritingOneD'), url('https://unpkg.com/<EMAIL_ADDRESS>format('truetype'); }
If the fonts are installed, then the system fonts will be used. If the fonts are not installed when a SignWriting Font page is opened, the CSS will cause the fonts to be automatically downloaded to the browser's cache on the first visit. Once the fonts are installed in the browser cache, they will remain there until the browser cache is emptied. Any webside that uses this CSS can access the browser installed font without requesting a new copy. The fonts range in size from 2.5 MB to 8 MB each. The first install may take a few seconds or longer depending on your download speed and processor.


Devil May Cry 5 has a co-op mod
by Jody MacgregorDevil May Cry 5 has a limited kind of online co-op in the form of its cameo system, which only activates in certain levels where more than one of the game's protagonists is present, seamlessly inserting another player in that role. Thanks to this system's presence it's proved possible for modders Dante and Raz0r to hack online co-op into most of the campaign missions, and Bloody Palace mode as well. Up to three players can fight together as Nero, Dante, and V—though having multiple instances of the same character is apparently impossible.
This mod also enables some of the graphics options normally only visible in cutscenes, and has a floating pause menu that won't interrupt your co-op buddies. It's a nice piece of work all round.


Breakfast
Having a well nutritious breakfast is important to start your day right. We have so many breakfast choices. But our most popular breakfast is our fluffy vanilla pancakes. There is a choice of blueberries, raspberries, peaches, strawberries, and chocolate chips.


| 31 Oct 1968 |
Robert Van Winkle born to Beth Mino, Miami Lakes FL. |
| 1986 |
Drops out of high school. |
| 1988 |
Changes "rap name" from MC Vanilla to Vanilla Ice. |
| 1990 |
Hit Ice Ice Baby, in which he blatantly rips off a 1982 Queen riff from Under Pressure. Inexplicably sells 15 million copies. Settles out of court with Queen/Bowie. Ice claims Suge Knight forced the issue at gunpoint: "He took me over to the balcony, and he had me look over. He says to me, 'You're gonna sign these papers'... I signed it. I gave millions away."
|
| 28 Jul 1990 |
In Dallas TX, Signs a record deal with SBK label, $1M. Spurns Def Jam's offer of $30K. |
| Jan 1991 |
"To the people that try to hold me down, kiss my white butt." Spoken at the American Music Awards. |
| 22 Mar 1991 |
In the highlight of Ice's film career, appears as himself in Teenage Mutant Ninja Turtles II: The Secret of the Ooze. |
| 1991 |
Selected as one of People magazine's "50 Most Beautiful People." |
| 1991 |
Has sexual intercourse with Madonna.  It could, could possibly, absolutely, it could possibly exist." About their falling out: "Everything was cool, man, until she did the Sex book.  |
| 4 Jul 1994 |
Passes out from an overdose, and is hospitalized. |
| 1994 |
Attempts a stoner-dreadlock festooned comeback. |
| 1994 |
Attempts suicide. |
| 1998 |
Marries Laura. |
| 1998 |
Daughter, Dusti Rain born. |
| 8 May 1999 |
Video for Ice Ice Baby voted on MTV the #9 lamest video of all time. At the ceremony, instead of destroying the video as the network had intended, Ice trashed the set itself.  A dilemma for VHI in that Ice has so many "rock bottoms" to choose from. |
| 3 Jan 2001 |
Arrested in Broward County over a domestic dispute with his wife. He tore out some of her hair. $3500 bail. |
| Apr 2001 |
Pleads guilty to disorderly conduct, over the wifely hair-pulling incident. |
| 13 Mar 2002 |
On the Fox television special Celebrity Boxing, Todd "Mac Dog" Bridges defeats Rob "Bi-Polar" Van Winkle (caucasian rapper Vanilla Ice) in a unanimous decision. |


| Package | Description |
|---|---|
| edu.ucsd.sbrg.escher | |
| edu.ucsd.sbrg.escher.converter |
Provides converters for Escher JSON to community standards (SBGN, SBML) and vice-versa.
|
| edu.ucsd.sbrg.escher.gui |
Classes for the graphical user interface.
|
| edu.ucsd.sbrg.escher.model |
Represents model classes for representation of Escher's components.
|
| edu.ucsd.sbrg.escher.util |
Provides utility methods, e.g. validation, Jackson mappers, command line options, etc.
|
| edu.ucsd.sbrg.math |
| Class and Description |
|---|
| EscherMap
Includes all the elements of an EscherMap
|
| Class and Description |
|---|
| Canvas |
| EscherMap
Includes all the elements of an EscherMap
|
| EscherReaction
Represents all properties of a reaction in an Escher map.
|
| Metabolite |
| Node |
| Segment |
| TextLabel |
| Class and Description |
|---|
| EscherMap
Includes all the elements of an EscherMap
|
| Class and Description |
|---|
| AbstractBox |
| AbstractEscherBase |
| AbstractPosition |
| Box
A base class for a box with height and width
|
| Canvas |
| Element |
| EscherBase
Base class for all Escher objects
|
| EscherCompartment |
| EscherMap
Includes all the elements of an EscherMap
|
| EscherReaction
Represents all properties of a reaction in an Escher map.
|
| Gene |
| Metabolite |
| Node |
| Node.Type
The kinds of node.
|
| Point |
| Position
A base class for a position with x and y coordinates
|
| Segment |
| TextLabel |
| Class and Description |
|---|
| EscherMap
Includes all the elements of an EscherMap
|
| Class and Description |
|---|
| Point |
Copyright © 2015–2019 University of Tübingen. All rights reserved.


{% extends "transit_subsidy/base.html" %} {% block content %} {% if form.errors %}
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Wissam and Akinkunmi Survey Form
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June 1
Caprais, abbot [BLS]
Clarus, bishop (of Lectoure) [GTZ: southern France]
Faustinus and companions, martyrs [GTZ: Magdeburg, Halberstadt]
Florus, bishop (of Lodève), confessor (Translation?) [GTZ: Clermont]
John Storey, martyr [BLS]
Jovinus, abbot (at Poitiers) [GTZ: Poitiers]
Justin, martyr [common]
Maianus, bishop, confessor [GTZ: Béziers]
Medulf, bishop (of Auvergne), confessor [GTZ: Clermont]
Nicomedes, martyr [common]
Pamphilus, priest, martyr [BLS]
Peter (of Pisa) [BLS]
Reverianus and Paul, martyrs (at Autun) [GTZ: Autun]
Ronanus, bishop, confessor [GTZ: Brittany]
Simeon, confessor (at Trier) [GTZ: Trier]
Wistan, martyr [BLS]
June 2
Adalgisus, abbot [GTZ: Laon]
Erasmus, bishop, martyr (sometimes confessor) [common; GTZ: Augustinians, Benedictines, Franciscans; 6082, in red]
Maria Anne de Parades [BLS]
Peter and Marcellinus, martyrs [common; WTS (Bruges), without Peter; PCP (Paris), as Mathurin]
Photinus, bishop, (and companions), martyrs [BLS; GTZ: Lyon]
June 3
Cecilius [BLS]
Celestinus, bishop [WTS (Bruges)]
Charles Lwanga and companions, martyrs [MR]
Chlothildis, queen (of France) [BLS; GTZ: Soissons]
Kevin, abbot (sometimes bishop) [BLS]
Erasmus, bishop, martyr (sometimes only confessor) [GTZ; HCC]
Genesius, bishop (in Auvergne) [BLS; GTZ: Clermont]
Hilarius, bishop (of Carcassonne), confessor [GTZ: Narbonne]
Lifard, priest, abbot [BLS: Orleans; GTZ: Paris, Reims, Sens, Tours; PCP (Paris)]
Morandus, confessor [GTZ: Basel]
Pergentinus and Laurentinus, martyrs [GTZ: Magdeburg, Metz, Hungary]
June 4
Afra, virgin, martyr (Translation) [GTZ: Augsburg]
Breaca (Breague), virgin [BLS: Ireland]
Burian [BLS]
Cyprian, bishop [WTS (Bruges)]
Ninnoc, virgin, abbess [BLS; GTZ: Vannes]
Optatus, bishop [BLS]
Panthalin [PCP (Paris)]
Petroc, hermit, abbot, confessor [BLS; GTZ: England]
Quirinus, bishop, martyr [BLS; GTZ: Amiens, Aquileia, Trier, Hungary]
Walter, abbot (of Fontenelle) [BLS]
June 5
Boniface, bishop (of Mayence), and companions, martyrs [common; HCC, in red; PRI: England]
Dorotheus (of Tyre), martyr [BLS]
Dorotheus (the Theban) [BLS]
Illidius, bishop (of Clermont) [BLS; GTZ: Clermont]
June 6
Agobard, bishop (of Lyon), martyr [GTZ: Lyon]
Aldric, bishop (of Sens), confessor [GTZ: Sens]
Artemius and family, martyrs [GTZ: Trier, Aix, Amiens]
Bertrand, bishop (of LeMans) (Translation) [GTZ: LeMans]
Bonitus, bishop (of Auvergne), confessor (Translation) [GTZ: Clermont]
Claudius, bishop (of Besançon), confessor [BLS; GTZ: Switzerland, Metz, southern France]
Colmoc, bishop, confessor [GTZ: Scotland]
Gudwal, bishop (of St. Malo), confessor [BLS; GTZ: St. Malo]
Jarlath [BLS: Tuam, Ireland]
Norbert, bishop (of Magdeburg), confessor [common]
Philip (the Deacon) [BLS; GTZ: Teutonic Knights, Langres]
Pontius [PCP (Paris)]
Vincent, bishop, martyr (sometimes only confessor) [GTZ: Gnesen, Magdeburg]
June 7
Colman, bishop (of Dromore) [BLS]
Fortunatus, bishop, confessor [GTZ: Trier]
Godeschalc, prince (of the Vandals), martyr [BLS]
Godoald, bishop, confessor [GTZ: Sens]
Luciana, virgin, martyr [WTS (Bruges)]
Maximinus, bishop (of Aix), confessor [GTZ: Aix]
Meriadec, bishop (of Vannes [BLS: Brittany]
Paul, bishop (of Constantinople), martyr [BLS; GTZ: Trier, Amiens, Tours]
Procopius [PCP (Paris), as Proces]
Robert, abbot (of Chichester) [PRI: England]
Robert, abbot (of Newminster, Northumberland) [BLS]
Servatius, bishop, confessor (sometimes martyr) (Translation) [GTZ: Liège, Utrecht]
Willibald [BLS]
Wulstan, bishop (of Worcester), confessor (Translation) [GTZ: England]
June 8
Audomar, bishop (of Thérouanne), confessor (Translation) [GTZ: St. Omer]
Chlodulph, bishop (of Metz) [BLS]
Elphege, bishop, martyr (Translation) [GTZ: England]
Gildard, bishop (of Rouen), confessor [BLS; GTZ: Metz, France, England; PCP (Paris)]
Marius, hermit [GTZ: Clermont]
Maximinus, bishop (of Aix en Provence) [BLS]
Medard, bishop (of Noyon), confessor [common]
Sabinianus, abbot, confessor [GTZ: Puy]
Syra (of Ireland), virgin [BLS]
Syria, virgin (at Troyes) [GTZ: Troyes]
Trojecia, virgin (at Rodez) [GTZ: Rodez]
William, bishop (of York), confessor [BLS; GTZ: England; PRI: England]
June 9
Alexander, martyr [GTZ: Russia]
Columba, abbot, confessor [BLS; GTZ: Scotland]
Edmund, bishop (of Canturbury), confessor (Translation) [GTZ: England]
Ephraim, deacon, Doctor of the Church [MR]
Liborius, bishop (of LeMans), confessor [GTZ: LeMans]
Pelagia, virgin, martyr [BLS]
Primus and Felicianus, martyrs [common]
Richard, bishop (of Andria, Apulia) [BLS]
Vincent, deacon, martyr [BLS]
June 10
Amantius, martyr [GTZ: Metz]
Anianus, bishop (of Chartres) [GTZ: Chartres]
Censurius, bishop (of Auxerre) [GTZ: Auxerre]
Evremundus, abbot [GTZ: Senlis]
Fortunatus, bishop (of Trier), confessor [GTZ: Trier]
Getulius, (Amancius, and Cerealus), martyrs [BLS; GTZ: Trier]
Henry (of Treviso), confessor [BLS]
Jodocus, abbot, confessor [GTZ: Liège]
Landericus, bishop (of Paris), confessor [BLS; GTZ: Paris; PCP (Paris)]
Landoald, bishop [WTS (Bruges)]
Margaret, queen (of Scotland) [BLS; PRI: England]
Maurinus, abbot, martyr [GTZ: Cologne]
Onuphrius, hermit, confessor [GTZ: Augsburg]
June 11
Barnabas, apostle, martyr [common; PCP (Paris), WTS (Bruges), 6082, in red]
Onuphrius, hermit, confessor [GTZ: Basel, Freising, Worms]
Reimbert, bishop (of Bremen), confessor [GTZ: Bremen]
Tochumra, virgin [BLS: Kilmore, Ireland]
Tochumra, virgin [BLS: Tochumra in Munster]
June 12
Basilides, Quirinus, Nabor and Nazarius (and Celsus), martyrs [common; PCP (Paris), as Basille]
Cunera [HCC]
Eskill, bishop, martyr [BLS; GTZ: Scandinavia]
John (of Sahagun), hermit, confessor [BLS]
Nabor and Nazarius, martyrs [GTZ: St. Avold]
Odulph, confessor [GTZ: Cologne; HCC, in red]
Onuphrius, monk [BLS]
Pharaildis, virgin [GTZ: Artois]
Rufus, bishop, martyr [WTS (Bruges)]
Ternan, bishop, confessor [BLS; GTZ: Scotland]
Ursinus, bishop (of Bourges), confessor (Translation) [GTZ: Rouen]
June 13
Agricius, bishop (of Sens), confessor [GTZ: Sens]
Anthony (of Padua), priest, confessor, Doctor of the Church [common; GTZ: Franciscans]
Damhnade, virgin [BLS: Fermanagh]
Felicola, virgin, martyr [GTZ: Cologne, Trier, Worms, France]
Landoald, bishop, confessor [GTZ: Bruges]
Leo (III), pope [PCP (Paris)]
Onuphrius, hermit, confessor [GTZ: Constance, Mainz]
Ragnobert, martyr [GTZ: Lyon]
Thomas Woodhouse, martyr [BLS]
Valerian, bishop [WTS (Bruges)]
Valericus, bishop [WTS (Bruges)]
June 14
Anianus, bishop (of Orléans), confessor (Translation) [GTZ: France]
Basil (the Great), bishop (of Caesarea), confessor [common; WTS (Bruges), in red]
Dogmael [BLS: Brittany]
Eliseus, prophet [GTZ: Carmelites]
Etherius, bishop (of Vienne) [GTZ: Vienne]
Mansuetus, bishop (of Toul), confessor (with Remacle) (Translation) [GTZ: Toul]
Methodius, bishop (of Constantinople) [BLS]
Nennus (Nehemias) [BLS]
Protus, martyr [GTZ: Aquileia]
Psalmodius [BLS]
Rigobert, bishop (of Reims), confessor (Translation) [GTZ: Reims]
Rufinus and Valerius, martyrs (at Soissons) [BLS; GTZ: Bremen, Paderborn, France; HCC, without Rufinus; PCP (Paris), as Valerien]
Rusticus, martyr [GTZ: Trier]
June 15
Abraham, confessor [GTZ: Clermont]
Bernard (of Menthon) [BLS]
Eadburga, virgin [GTZ: England; PRI: England]
Ferreolus, priest (sometimes bishop, confessor) [WTS (Bruges)]
Florus [PCP (Paris)]
Germaine Cousin, virgin [BLS]
Landelin, abbot, confessor [BLS; GTZ: Cambrai]
Vauge, hermit [BLS]
Vitus, Modestus and Crescentia, martyrs [common; HCC, without Crescentia]
June 16
Aurelianus, bishop (of Arles), confessor [BLS; GTZ: Arles]
Aureus and Justina, martyrs [GTZ: Mainz, Cologne, Trier; HCC]
Benno, bishop [GTZ: Meissen]
Elzearus, count (of Arian), confessor (Translation) [GTZ: Apt]
Ferreolus, priest, and Ferrutius, deacon, martyrs (at Besançon) [BLS; GTZ: Metz, Genf, Lausanne, Fritzlar, France; PCP (Paris)]
Leguntius and Frominius, bishops (of Metz) [GTZ: Metz]
Martialis, bishop, confessor [GTZ: Domininicans]
Quiricus and Julitta, martyrs [BLS; GTZ; PCP (Paris)]
Quirinus, martyr (Translation) [GTZ: Freising]
Richard, bishop (of Chichester), confessor (Translation) [GTZ: Salisbury]
Verolus, priest, confessor [GTZ: Langres]
Vitus and Modestus, martyrs [WTS (Bruges)]
William, abbot (at Roskild), confessor [GTZ: Sleswig, Scandinavia]
June 17
Antidius, bishop (of Besançon), martyr [GTZ: Besançon]
Apollinaris, bishop (of Valence), confessor (Translation) [GTZ: Valence]
Arsacius, bishop, confessor (Translation) [GTZ: Freising]
Avitus, abbot, confessor [BLS; GTZ: Trier, France; PCP (Paris)]
Botulph, abbot, confessor (and Adulph) [BLS; GTZ: Scandinavia, England, Sleswig; PCP (Paris)]
Cyria and Musca, virgins [GTZ: Aquileia]
Five Saints, martyrs [GTZ: Hildesheim]
Gundulf, bishop, confessor [GTZ: Bourges, Sens]
Herveus, abbot, confessor [GTZ: Brittany]
Nectanus, martyr [GTZ: Exeter]
Molingus (Dairchilla) [BLS]
Nicander and Marcian, martyrs [BLS; 6082, in red]
Prior, hermit [BLS]
Quiriacus, bishop (of Jerusalem), martyr [GTZ: Bremen; WTS (Bruges), with Julitta]
Romanus, bishop (of Rouen), confessor (Translation) [GTZ: Rouen]
Veredemus, bishop (of Avignon) [GTZ: Arles]
June 18
Amand, bishop (of Bordeaux) [BLS]
Autbert, bishop (of Avranches), confessor [GTZ: Avranches]
Elizabeth, abbes (of Sconauge) [BLS]
Ephraim (the Syrian), monk [BLS]
Fortunatus, bishop [GTZ: Paris; PCP (Paris)]
Henry, bishop (of Uppsala), martyr (Translation) [GTZ: Abo]
Marcus and Marcellianus, martyrs [common; WTS (Bruges), without Marcus]
Marina, virgin, martyr [BLS; GTZ: Paris; PCP (Paris)]
June 19
Boniface, bishop, martyr [BLS: Russia]
Deodatus, bishop (of Nevers), confessor [BLS; GTZ: Nevers, Toul]
Gervasius and Protasius, martyrs [common; 6082, in red]
Juliana Falconieri [BLS]
Margaret, queen (of Scotland) (Translation) [GTZ: Scotland]
Romuald, abbot, confessor [MR; GTZ: Camaldoensians]
Sebastian Newdigate, martyr [BLS]
June 20
Bain, bishop (of Thérouanne) [common]
Crispinus and Crispinianus, martyrs [GTZ: Winchester (Passion); Osnabrück (Translation)]
Crispinus and Vitalis, martyrs [GTZ: Metz, Verdun, Lyon]
Deodatus, bishop (of Nevers), confessor [GTZ: Basel, Strassburg]
Edward, king (of England), martyr (Translation) [GTZ: England]
Gemma, virgin, martyr [GTZ: Saintes]
Genulf, bishop (of Cahors), confessor [GTZ: Albi, Bourges]
Gobain, martyr [BLS]
Idaberga (Edberge) [BLS]
Latuinus, bishop (of Séez) [GTZ: Séez]
Leotfredus (Leufredus) [PCP (Paris)]
Maximinus, bishop (of Tongres [and Trier]), martyr [GTZ: Trier]
Regina, virgin, martyr [GTZ: Paderborn only; HCC]
Silverius, pope, martyr [BLS; GTZ: Orden; PRI]
Stephen, protomartyr (Translation) [GTZ: Châlons-sur-Marne]
Vitalis, martyr [WTS (Bruges)]
June 21
Aaron, abbot [BLS]
Alban, martyr [GTZ; WTS (Bruges)]
Aloysius Gonzaga, confessor [common]
Eusebius (of Samosata), bishop, martyr [BLS]
Eusebius, bishop (of Caesaria), confessor [GTZ: Sens]
Florence [PCP (Paris), as Florent]
Leufred, abbot (at Evreux), confessor [BLS; GTZ: England, Paris, Rouen, Norway; PCP (Paris)]
Mevennus, abbot [BLS; GTZ: Brittany]
Ralph, monk, bishop (of Bourges) [BLS]
June 22
Aaron, monk [GTZ: St. Malo]
Achatius and ten thousand companions, martyrs [GTZ: Salzburg, France]
Alban, martyr (protomartyr of England) [BLS; GTZ: England, Scotland, Skandinavia, France; PRI: England]
Albinus, martyr [GTZ: Cologne, Trier]
Consortia, virgin [GTZ: Cluny, Arles, Lyon]
James, (the Less), apostle [GTZ]
John Fisher, bishop, martyr [common]
Julian (Levite), martyr [GTZ: Augsburg, Chur, Freising, Strassburg]
Paulinus, bishop (of Nola), confessor [common; GTZ: Mainz, Orden, France; 6082, in red]
Riquardus, martyr (sometimes bishop, confessor) [WTS (Bruges)]
Rotrudis, virgin [GTZ: Tournai, St. Andrews]
Ten thousand martyrs [GTZ; HCC]
Thomas More, martyr [MR]
June 23
Avitus, priest, confessor [GTZ: Metz]
Etheldreda, virgin [GTZ; PRI: England (as queen)]
Ediltrudis, virgin [GTZ: Trier]
Mary (of Oignies) [BLS]
John the Baptist (Vigil of Nativity) [common]
June 24
Agoard and Agilbert, martyrs [GTZ: Paris; PCP (Paris)]
Bartholomew, monk [BLS]
John the Baptist (Nativity) [common]
Martyrs of Rome [BLS]
Patroclus, martyr (Portatio) [GTZ: Soest]
June 25
Adalbert, monk, confessor [BLS; GTZ: Trier]
Agoard and Agilbert, martyrs [BLS]
Amandus and Domnolenus, confessors [GTZ: Limoges, Périgueux]
David, abbot [GTZ: Scandinavia]
Eligius, bishop (of Noyon), confessor (Translation (but not always called such)) [GTZ: Salzburg, Chur, Meissen, Metz, France; PCP (Paris); WTS (Bruges), in red]
Emilianus, bishop (of Nantes), martyr [GTZ: Nantes]
Fridolinus, confessor (Translation) [GTZ: Switzerland]
Gallicanus, martyr [GTZ: Regensburg, France]
Iterius, bishop (of Nevers), confessor [GTZ: Nevers]
Kanute, duke [of Sleswig], martyr (Translation) [GTZ: Sleswig, Scandinavia]
Lebuinus, confessor [GTZ: Utrecht (Translation); HCC, in red]
Luan, abbot (of Bangor) [BLS]
Moloc, bishop, confessor [BLS; GTZ: Scotland]
Maximus, bishop (of Turin) [BLS]
Pecinna, virgin [GTZ: Poitiers]
Prosper (of Aquitaine), confessor [BLS]
Radbod, bishop, confessor (Translation (of Lebwin and Radbod)) [GTZ: Utrecht]
Saturninus, bishop (of Toulouse), martyr [GTZ: Toulouse, Narbonne (Translation); Limoges (Revelation)]
Severa, virgin [GTZ: Paderborn]
Simplicius, bishop (of Autun), confessor [GTZ: Autun]
Sisters of Charity of Arras, martyrs [BLS]
Vindicianus, bishop (of Cambrai), confessor [GTZ: Cambrai]
William (of Montevergine) [BLS]
June 26
Anthelm, bishop (of Bellay) [BLS]
Babolen, abbot (of St.-Pierre-des-Fosses) [BLS; GTZ: Paris]
Hilarius, bishop (of Poitiers), confessor (Translation) [GTZ: Poitiers]
John and Paul, martyrs [common; 6082, in red]
Leo (II), pope [PCP (Paris)]
Maxentius, abbot [BLS]
Maxentius, bishop (of Poitiers), confessor [GTZ: Poitiers]
Raingarda, widow [BLS]
Salvius, martyr [GTZ: Cambrai]
Vigilius, bishop (of Trent), martyr [BLS; GTZ: Trent]
June 27
Crispinus and Crispinianus, martyrs (Translation) [GTZ: Metz]
Cyril (of Alexandria), bishop, Doctor of the Church [MR]
Florentinus, bishop, confessor [GTZ: Tours]
Fuscian, Victoricus and Gentian, martyrs (Invention) [GTZ: Amiens]
Hilary (Hilarinus), martyr [WTS (Bruges)]
Ireneus and companions, martyrs (at Lyon) [GTZ: Aix, Narbonne]
John (of Moutier and Chinon), priest [BLS]
Ladislas (I), king (of Hungary), confessor [BLS; GTZ: Hungary, Gnesen]
John and Paul [PCP (Paris)]
Poma, virgin [GTZ: Châlons-sur-Marne]
Seven Sleepers, martyrs [GTZ: Mainz, Cologne, Bremen, Magdeburg, Trier; HCC]
Visitation [PCP (Paris): Notre Dame]
Wenceslas, king, martyr (Recollection of his bones) [GTZ: Prague]
June 28
Benignus, bishop, martyr [GTZ: Utrecht]
Irenaeus, bishop (of Lyon), and companions, martyrs (at Lyon) [common; GTZ: Lyon, and elsewhere]
John Southworth, martyr [BLS]
Herais, martyr [BLS]
Hero and Serenus, martyrs [BLS]
Leo (II), pope, confessor [common]
Lupercius, martyr [GTZ: Auch]
Marcella, martyr [BLS]
Peter and Paul (Vigil) [common]
Plutarch, Serenus, and Heraclidas, martyrs [BLS]
Potomiana and Basilides, martyrs [BLS]
June 29
Emma, widow [BLS]
Peter and Paul, apostles [common]
June 30
Bertrand, bishop (of LeMans) [GTZ: LeMans]
Erintrudis, virgin [GTZ: Salzburg]
Martial, bishop (of Limoges) [BLS; PCP (Paris)]
Paul, apostle (Commemoration) [common; 6082, in red]
Protomartyrs of the Roman Church [MR]
On to July, back to list of months, or return Home.


MATT BRIGIDA
Associate Professor of Finance, SUNY Polytechnic Institute
Research on capital requirements is particularly timely given proposed regulation which would set a required tier 1 leverage ratio of 9% for bank with less than $10 billion in assets (Section 201 of the Economic Growth Regulatory Relief and Consumer Protection Act of 2018).
In this analysis we:
Controls denotes a matrix of the following control variables: Return on Assets (ROA); Non-Performing Assets divided by Total Assets (NPA); natural log of Total Assets (ln(TA)); Total Deposits divided by Total Assets (Deposits); Post Crisis is an indicator for the years 2012--2015; Fin Crisis is an indicator for the years 2009-2011; De Novo denotes a bank which is less than 5 years old.
Because capital ratios are nonlinearly related to bank health---both very low and very high capital ratios indicate poor financial performance---we also conduct our analysis on subsets of well and poorly capitalized banks.


Given a 2D array of digits, try to find the occurrence of a given 2D pattern of digits. For example, consider the following 2D matrix:
1234567890<PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER>
Assume we need to look for the following 2D pattern:
876543<PHONE_NUMBER>11
If we scan through the original array, we observe that the 2D pattern begins at the second row and the third column of the larger grid (the $8$ in the second row and third column of the larger grid is the top-left corner of the pattern we are searching for).
So, a 2D pattern of $P$ digits is said to be present in a larger grid $G$, if the latter contains a contiguous, rectangular 2D grid of digits matching with the pattern $P$, similar to the example shown above.
Input Format
The first line contains an integer, $T$, which is the number of test cases. $T$ test cases follow, each having a structure as described below:
The first line contains two space-separated integers, $R$ and $C$, indicating the number of rows and columns in the grid $G$, respectively.
This is followed by $R$ lines, each with a string of $C$ digits, which represent the grid $G$.
The following line contains two space-separated integers, $r$ and $c$, indicating the number of rows and columns in the pattern grid $P$.
This is followed by $r$ lines, each with a string of $c$ digits, which represent the pattern $P$.
Constraints
$1 \le T \le 5$
$1 \le R,r,C,c \le 1000$
$1 \le r \le R$
$1 \le c \le C$
Test Case Generation
Each individual test case has been generated by first specifying the size ($R$ and $C$) of the large 2D matrix, and then randomly generating the digits in it. A limited number of digits in the larger matrix may be changed by the problem setter (no more than 5% of the total number of digits in the matrix). So the larger 2D matrix is almost-random. The pattern matrix has been manually-curated by the problem setter.
Output Format
Display 'YES' or 'NO', depending on whether (or not) you find that the larger grid $G$ contains the rectangular pattern $P$.
The evaluation will be case sensitive.
Sample Input
2
10 10
7283455864
6731158619
8988242643
3830589324
2229505813
5633845374
6473530293
7053106601
0834282956
4607924137
3 4
9505
3845
3530
15 15
400453592126560
114213133098692
474386082879648
522356951189169
887109450487496
252802633388782
502771484966748
075975207693780
511799789562806
404007454272504
549043809916080
962410809534811
445893523733475
768705303214174
650629270887160
2 2
99
99
Sample Output
YES
NO
Explanation
The first test in the input file is:
10 10
7283455864
6731158619
8988242643
3830589324
2229505813
5633845374
6473530293
7053106601
0834282956
4607924137
3 4
9505
3845
3530
As one may see, the given 2D grid is indeed present in the larger grid, as marked in bold below.
7283455864<PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER>
The second test in the input file is:
15 15
400453592126560
114213133098692
474386082879648
522356951189169
887109450487496
252802633388782
502771484966748
075975207693780
511799789562806
404007454272504
549043809916080
962410809534811
445893523733475
768705303214174
650629270887160
2 2
99
99
The search pattern is:
99
99
This cannot be found in the larger grid.


gameMode
game
rank
name
blocks
lines
2 line combos
3 line combos
4 line combos
specials used
specials received
play


Before Change
assert len(backend_state._replicas) == 0
b_config_1, r_config_1 = generate_configs(10)
goal_1 = backend_state.deploy_backend(
TEST_TAG, b_config_1, r_config_1, version="1")
backend_state.update()
After Change
// Now deploy a new version and scale down the number of replicas to 2.
// First, 8 old replicas should be stopped to bring it down to the target.
b_info_2 = backend_info(num_replicas=2, version="2")
goal_2 = backend_state.deploy_backend(TEST_TAG, b_info_2)
backend_state.update()
check_counts(
backend_state,


|
First Assignment
|
It moves the robot within the map respecting the behavior. More...
Functions | |
| def | callback_get_behaviour (data) |
| callback function callback_get_behavior More... | |
| def | update_position (x, y) |
| function update_position More... | |
| def | move_normal () |
| function move_random More... | |
| def | move_reach_user () |
| function move_reach_user More... | |
| def | move_sleep_position () |
| function move_sleep_position More... | |
| def | callback_get_position (position) |
| function callback_get_position More... | |
| def | reach_goal () |
| function reach_goal More... | |
| def | main () |
| main function More... | |
Variables | |
| behaviour = None | |
| all these param are now saved in the class Map2D in map2Dclass.py xmax define max dimension of the map along X xmax = 30 ymax define max dimension of the map along Y ymax = 30 xhome define X house position for the robot xhome = 10 yhome define Y house position for the robot yhome = 10 xuser define X user position for the robot xuser = 20 yuser define Y user position for the robot yuser = 20 More... | |
| bool | at_home = False |
| goal = None | |
| float | random_time = 0.5 |
| map_2D = Map2D() | |
| object Map2D, we need it to access the values describing the map 2D within which the robot is moving More... | |
It moves the robot within the map respecting the behavior.
| def motion.callback_get_behaviour | ( | data | ) |
callback function callback_get_behavior
subscriber callback to the behaviour topic
| def motion.callback_get_position | ( | position | ) |
function callback_get_position
subscriber callback position
| def motion.main | ( | ) |
main function
| def motion.move_normal | ( | ) |
function move_random
the robot moves randomly when in the NORMAL state
| def motion.move_reach_user | ( | ) |
function move_reach_user
the robot reached the user when in the PLAY state
| def motion.move_sleep_position | ( | ) |
function move_sleep_position
movement in the SLEEP state
| def motion.reach_goal | ( | ) |
function reach_goal
move to the goal position given by the user pointing gesture
| def motion.update_position | ( | x, | |
| y | |||
| ) |
function update_position
update actual position of the robot with the given one this function is now implemented in the class Map2D
| bool motion.at_home = False |
| motion.behaviour = None |
all these param are now saved in the class Map2D in map2Dclass.py xmax define max dimension of the map along X xmax = 30 ymax define max dimension of the map along Y ymax = 30 xhome define X house position for the robot xhome = 10 yhome define Y house position for the robot yhome = 10 xuser define X user position for the robot xuser = 20 yuser define Y user position for the robot yuser = 20
global variables
| motion.goal = None |
| motion.map_2D = Map2D() |
object Map2D, we need it to access the values describing the map 2D within which the robot is moving
| float motion.random_time = 0.5 |


Specify a timeout (in minutes) for clone and fetch operations.
This option overrides the default timeout of 10 minutes.
You can change the global git timeout via the property org.jenkinsci.plugins.gitclient.Git.timeOut (see JENKINS-11286).
Note that property should be set on both controller and agent to have effect (see JENKINS-22547).


| VPLinkSim_bonsai3 |
VPLinkSim_Bonsai3 - Connects a VP Link server to a Bonsai brain
VPLinkSim_Bonsai3.exe [options]
Single character options are specified with one leading dash, long options with two leading dashes.
VPLinkSim_Bonsai3 is an program that will connect a VP Link server to a bonsai brain. This program can run locally to create an unmanaged simulator, it can run in a container to provide a managed, scalable simulator, and it can run with an exported brain during the deployment phase of a project.
The program uses the bonsai-common Python interface to connect to bonsai brain during training and assessment activities. The program reads a JSON interface file that describes the specific State, Action and Config structures needed to interface with bonsai. This file is called vplink_interface.json and the location of that file can be specifed by a command line option if it is not located in the curret directory.
The vplink_interface.json file should be created using the CreateBonsaiInterface program which will create the file from a list of VP Link tags that were specified as action and state tags. In fact, after reading the vplink_interface.json file the program is able to describe the Config, State and Action Inkling structures to the bonsai web site. This allows the web site to build the required Inkling code automatically. The user will then insert that code into a brain.
Once the Inkling is created, it is important not to change the vplin_interface.json file as that would leave the VPLinkSim_Bonsai3 program out of sync with the bonsai brain. If you do need to change the Config, Action or State structures, you should use the VP Link interface to change the tags in the State or Action structures and recreate the vplink_interface.json file. Start this program with that new file and allow the bonsai web site to re-create the corresponding Inkling code. You can then copy and past the generated Inkling code into your brain.
When this program is run locally, the end result is an unmanaged simulator appearing in your bonsai workspace. As such, there are a number of things that need to be specified for that to work. They are:
The Workspace ID, Simulation Access Key are required so bonsai knows into which workspace this simulator is to be created, and ensures you have the authority to do that. See the --workspace and --accesskey options for how these are specified.
The Simulator Name can be used to keep different simulators distinct from each other. This is useful if there is more than one person working in a given workspace. Use the --simname option to specify this.
The program also needs to know the name of the VP Link server to connect to. This program is integrated very well with the VP Swarm--see the subheading below and the --swarm option for more details.
The program needs to read a vplink_interface.json file so it knows the layout of the Config, State and Action structures. This file is created with the CreateBonsaiInterface.exe program.
When communicating with a deployed brain using the http: endpoint, the program will automatically interrgate the endpoint to determine the required State from the endpoint. Therefore no JSON file is necessary, and the --jsondir option is ignored.
In addition to the VP Link required to support the State and Action strutures of the deployed brain, this interface program can also set VP Link tags called "BonsaiControls<ActionTagname>".. These VP Link tags are optional (but you will get lots of warnings about them if they do not exist), and are set by the interface program to indiciate the status of a successful prediction from the brain. The VP Link tags are expected to be DIG or DIGOUT tags and are set to their high state if a successful prediction was received from the brain. If a successful prediction was not received by the brain, these tags are set to their low state.
Normally when this program is run, it connects to a single VP Link server and creates a single unmanaged simulator in the bonsai web interface. The VP Swarm is a set of VP Link servers all running the same VP Link simualation model, and addressed as a unit by the swarm name. This allows the VPLinkSim_Bonsai3 program to connect to the VP Link swarm, creating an unmanaged simulator for each VP Link server that is part of the swarm. All the simulators created in this fashion will have the same simulator name in the bonsai web interface--this is what allows bonsai to connet to all of them in parallel to speed up training. When building the unmanaged simulators for each VP Link server in the VP Swarm, use the --swarm SWARMNAME option instead of the --vpserver VPSERVER option.
Sets the bonsai workspace ID this simulator is to be inserted into. There is no default, however the program can also receive the WORKSPACE from the SIM_WORKSPACE environment variable.
Sets the access key for authorization for the give workspace. There is no default, however the program can also receive the ACCESSKEY from the SIM_ACCESS_KEY environment variable.
Sets the name of the VP Link server to connect to. The default is "", which means connect to the 'default server'. The 'default server' is the VP Link server that is named "vp_{hostname}".
Instructs the program to emit additional progress information. This can be specified multiple times to increase the verbosity of the program. New in version 1.9.1, the logging level of the underlying simulator module is now changed by the --progress option. Without any --progress, the default log level is WARNING. With a single --progress, the log level is INFO. With two or more --progress options, the log level is DEBUG.
Prints the values of the command line options to stderr and quits. Here is an example.
C:\>VPLinkSim_bonsai3.exe --deployed --depurl http://<IP_ADDRESS>:5000/v1 --defaults
# --vpserver ""
# the --progress option was not specified
# --timestep 1.0
# --reportevery 1.0
# --deployed
# --depurl http://<IP_ADDRESS>:5000/v1
# --swarm ""
# --workspace ""
# --accesskey ""
# --simname "VPLink3c"
# --jsondir "./"
Do everything except the final step of communicating with the bonsai brain. Useful for debugging.
Sets the default timestep. This is not implemented. The timestep is set from the Inkling code now.
Sets the simeulation time that needs to elapse before the state is reported back to the bonsai brain. This may be a number of VP Link simulation timesteps. This is not implemented. The REPORTEVERY is set from the Inkling code now.
Indicates that the program is to talk to a deployed brain. You may also want to use the --depurl to set the location of the deployed brain if the default is not suitable. Note that in v1.0, the --workspace and --accesskey options are no longer required when --deployed is active.
Sets the url of the deployed brain. The default value is https://localhost:5000/v1/prediction. Setting this option is only relevant if the --deployed option is also given.
Will connect a copy of of this program to each of the VP Link servers found in the swarm with the given name. This option and the --vpserver option are mutually exclusive.
Sets the name of the unmanaged simulator in the bonsai web page. Default is VPLink3c.
Sets the location of the vplink_interface.json file. This is used by the VP Link GUI to locate the vplink_iterface.json that was most recently created in the "loadable/Loadable" directory. The default value is the current directory. This is not necessary when --deployed is given.
Used to aid in debugging. When this option is given, the program will hold with a "Hit return to end program" prompt. This enables you to observe the program's output before it dissappears. You probably do not want to do this.
Prints the usage summary. Looks like this:
usage: VPLinkSim_bonsai3.py [-h] [--vpserver VPSERVER] [--progress] [--nowork] [--timestep TIMESTEP] [--reportevery REPORTEVERY] [--deployed]
[--depurl DEPURL] [--swarm SWARM] [--workspace WORKSPACE] [--accesskey ACCESSKEY] [--simname SIMNAME] [--holdatexit]
[--jsondir JSONDIR] [--version] [--allversion] [--autocreate]
optional arguments:
-h, --help show this help message and exit
--vpserver VPSERVER specify the VP Link server to talk to
--progress print additional information while running
--nowork do not do anything, just pretend
--timestep TIMESTEP sets simulation time step (not implemented)
--reportevery REPORTEVERY
sets reporting time to bonsai
--deployed talk to a deployed brain
--depurl DEPURL url endpoint of the deployed brain
--swarm SWARM starts simulators for a VPSwarm
--workspace WORKSPACE
sets the workspace ID
--accesskey ACCESSKEY
sets the access key
--simname SIMNAME sets the unmanaged simulator name
--holdatexit waits for a <return> before finally exiting
--jsondir JSONDIR Specifies root dir for vplink_interface.json, ./cfg/, ./sces/
--version, -v prints the version
--allversion prints all the versions
--autocreate automatically creates needed Bonsai status tags
Prints some extra information to the screen as the program runs. Adding additional --progress options increases the amount of progress information that is printed.
Prints the version of the program and exits.
Prints the version of the program and key dependent modules, then exits. Looks like this:
C:\>VPLinkSim_bonsai3.exe --allv
VPLinkSim_Bonsai3 1.9.4
vpbonsai.vplinksim 1.1.1
vp 0.7.4
VPLinkSim_Bonsai3.exe --accesskey ABCD123... --workspace xxx.... # Connects to the default VP Link server and creates a brain called VPLink3b
VPLinkSim_Bonsai3.exe --deployed --depurl http://localhost/v1/prediction --vpserver vp_test # Connects the vp_test server to the deployed brain at the url.
17-Jul-2020 WDJ v0.6 Changes for Linux
17-Jul-2020 WDJ v0.7 Updated Linux so all sims appear as tabs in the same window
17-Jul-2020 WDJ v0.8 Updated to find the "initialValues" and "simState" in the SimConfig
08-Oct-2020 WDJ v0.9.1 Updated to find the "initialValues" and "simState" in the SimConfig
15-Oct-2020 WDJ v1.0 Updated to use vplinksimulator from vpbonsai instead of vpbonsai_test
24-Oct-2020 WDJ v1.1 Updated to use bonsai-common instead of bonsai3
25-Oct-2020 WDJ v1.2 Updated to set the start,stop values for action tags when connected to VP Link
13-Nov-2020 WDJ v1.3 Removed sensitive comments
18-Nov-2020 WDJ v1.4 Added logic to talk to an exported brain
18-Nov-2020 WDJ v1.5 Added more logic to talk to an exported brain with arbitrary configuration
26-Jan-2021 WDJ v1.6 Logic to talk to arbitrary exported brain is working.
26-Jan-2021 WDJ v1.7 Added quotes around the filename in the child command lines. And now worked with bundled .EXE
16-Feb-2021 WDJ v1.7.1 Now works with bundled .EXE
16-Feb-2021 WDJ v1.7.2 Added --holdatexit option
17-Feb-2021 WDJ v1.8 Added --jsondir option to facilitate running locally from VP Link interface.
02-Mar-2021 WDJ v1.8.1 Minor changes for formatting
15-Apr-2021 WDJ v1.8.2 Changed default sim name to VPLink3c to reflect update v0.9.19 to the vplinksim module
26-May-2021 WDJ v1.8.3 Fixed bug with --deployed option giving bad initial values in the State
26-May-2021 WDJ v1.9 No longer need --workspace, --accesskey or --jsondir with --deployed option.
08-Jul-2021 WDJ v1.9.1rc1 Change location of deployed api description from api.json to swagger.json
19-Jul-2021 WDJ v1.9.1 Location reverted to origina api.json, and vplinsim module logging now controlled by --progress options.
19-Jul-2021 WDJ v1.9.2 Changed default deployed url from https:// to http://.
19-Jul-2021 WDJ v1.9.3 Added compatibility with new brains that describe their function in /swagger.json
19-Jul-2021 WDJ v1.9.4 Added --defaults option to show current values of command line options. Further improvements to output and error messsages while deployed.
08-Sep-2021 WDJ v1.9.5 Changed default sim name to VPLink3d to reflect scenario capability in vplinksim v1.2.1, also fixed HelloVP bug in vplinksim.py v1.2.2.
08-Sep-2021 WDJ v1.9.6 Incorporated some changes suggested by pylint
20-Sep-2021 WDJ v1.9.7 Quote the executable name under Win32 when run from a bundle.
Nothing at this time.
The Elves at Cape Software<EMAIL_ADDRESS>| VPLinkSim_bonsai3 |


|
Access your
Jupyter notebook server.
|
|
Access static
reports built from your notebooks,
and documentation automatically generated from your source code. |
Learn more at
https://github.com/Teradata/dsco.


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I finally got to watch the fireside chat with Sereef - Restaurant vs Kitchen. Glad that I did.
I am currently enjoying my experience here at EDA (DBA). Its been a struggle at some times and I guess each persons experience is different and unique. It really is the kitchen here. "Look in the computer and say I dont know, five times" - says Shereef. He was telling the truth. Everyday I dont know.
9 weeks of preperation is adequate? yes, probably, one must be committed to the kitchen - because no one is going to write the code for you. Work hard, work hard, work hard, and colloborate at all times.
I am not just learning about code. This is so far out of my comfort zone in so many areas, asking for help from my cohorts, helping them close their tasks, looking for answers, sharing tips, working hard with each other. I am going to enjoy this culture and take back with me.
My expectations of Eda has not changed. It represents a new path in life for me, and I believe that Eda culture and the course demonstrates this change. There is so much going on. I'll turn up everyday and make this work.
I am excited, I am nervous, I am elated, depressed, happy and mad. This course is like a new relationship, taking up all my time and putting me through the gauntlet.
I dont know why I am here. Yet, I do know.


47
The Humiliation of Babylon
1 Come down and sit in the dust,
O virgin daughter of Babylon;
sit on the ground without a throne,
O daughter of the Chaldeans!