Project
Navi
Features
Code that's easy to read and maintain, and able to scale as your business grows
Easy To Use
Fast & Lightweight
Responsive
Modern Design
Animations
Usage
Setup Guide
The GitHub repository contains all necessary files except for images which you provide.
It is recommended to create a folder named images
and store all your media there to
maintain organization. Because there are no server-sided components, you can simply
upload the files to your web host or server without any additional software.
License
MIT License
A short and simple permissive license with conditions only requiring preservation of copyright and license notices. Licensed works, modifications, and larger works may be distributed under different terms and without source code.


Driving RL
Home
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Select Driving Training Conditions Below
Select circuit:
Five
Select intention:
Positive (intentionally good)
Negative (intentionally bad)


All functions |
|
|---|---|
Example list of a background set and two sets of test genes to use for enrichment analysis. |
|
Example list of a background set and multiple sets of test genes to use for enrichment analysis. |
|
Example list of a background set and single set of test genes to use for enrichment analysis. |
|
Named list of human pathway annotations obtained from a GMT file. |
|
Example list of SAFE terms obtained from a TXT file. |
|
Example list of SAFE terms obtained from a XLSX file. |
|
Visualizes fedup enrichment and depletion results using ggplot. |
|
Draws a network representation of overlaps among pathway enrichment results using EnrichmentMap (EM) in Cytoscape. |
|
Prepares input gene list for runFedup. |
|
Returns a list of pathways from various file formats. |
|
Runs pathway enrichment and depletion analysis using a Fisher's exact test. |
|
Writes an enrichment dataset file for use in Cytoscape EnrichmentMap. |
|
Writes a set of pathways (list of vectors) to a GMT file. |


Under no circumstances should anyone other than an authorized law enforcement official attempt to apprehend or confront one of these absconders.


|
XPMP2
X-Plane multiplayer library 2 - using instancing
|
This page probably requires more attention... but there is a working sample plugin available in the XPMP2-Sample
folder for you to study:
This package comes with a sample plugin in the XPMP2-Sample
folder. It is a complete plugin including build projects and CMake setup. It displays 3 aircraft flying circles in front of the user's plane. Each of the 3 aircraft is using a different technology: the now recommended way of subclassing XPMP2::Aircraft
, the legacy way of subclassing XPCAircraft
(as used by LiveTraffic v1.x), and by calling standard C functions.
For the sample plugin to work you need to follow instruction in Deploying XPMP2-based Plugins for
Resources
folder under the plugin's folder holding the 3 files from the Resources
folder provided here with XPMP2,Resources
folder.Its source code XPMP2-Sample.cpp
includes a lot of comments explaining what is happening. Read them!
Expected folder structure of the installation:
You don't need to build the library yourself if you don't want. Archives with headers and release/debug builds are available in the Release section here on GitHub.
Generically you should probably use XPMP2 as follows:
XPluginEnable
: Initialize XPMP2 usingXPMPMultiplayerInit
,XPMPLoadCSLPackage
once or multiple times, andXPMPMultiplayerEnable
.XPMP2::Aircraft
XPluginDisable
:XPMPMultiplayerDisable
andXPMPMultiplayerCleanup
New plugin implementations are strongly advised to directly sub-class from the new class XPMP2::Aircraft
, which is the actual aircraft representation.
See the SampleAircraft
class defined in XPMP2-Sample/XPMP2-Sample.cpp
for an example implementation.
In your class, override the abstract function UpdatePosition()
and
SetLocation()
, ordrawInfo
;Get
/Set
member functions as needed, orv
array using the elements of enum DR_VALS
as indexes.This way minimises the number of copy operations needed. drawInfo
and the v
array are directly passed on to the XPLMInstanceSetPosition
call.
Other values like label
, aiPrio
, or acInfoTexts
can also be updated by your UpdatePosition()
implementation and are used when drawing labels or providing information externally like via AI/multiplayer dataRefs.


---
layout: post
title: Declaring variables in CFCs
tags: []
status: publish
type: post
published: true
meta: {}
---
This was another question on the CFCDev mailing list and I keep forgetting the answer to this so for posterity here is the answer. There are three ways to scope variables in a CFC, using "var", "variables" and "this". Now the question that often comes up is what are the differences between the scopes, which ones should you use and when.
- var: use it between functions/methods and it exists for the life of the function invocation and are immune to race conditions. Very important to declare these specifically and at the beginning of the method (i.e. immediately after cfargument [one exception if you are using CFSCRIPT declare them immediately after the opening tag])
- variables: private variable accessible to the whole CFC and for the lifetime of the CFC. Great for use as CFC specific data
- this: similar to "variables" (i.e. lives for the duration of the instance and available to all methods of the CFC), but public (i.e. they can be written to by client code [calling page] and methods in the CFC). Some people don't recommend using it
This blog entry on Christian Cantrell's site also has some info on the use of "var"


The ongoing cholera outbreak in Somalia started in December 2017. As of 18 March 2018, a total of 1613 cholera cases, including nine deaths (case fatality rate = 0.6%), have been reported from four regions: Hiraan, Banadir, Lower Juba and Middle Shabelle.
The outbreak started in Beletweyne, Hiraan Region; it spread to Banadir Region in early January 2018, to Lower Juba in early February 2018, and to Middle Shabelle in early February 2018. Of the 66 stool samples tested in 2018, 19 were positive for Vibrio cholerae serogroup 01 serotype Ogawa. Banadir Region is one of the regions with the highest concentration of internally displaced persons (IDPs). Lower Juba has experienced cholera outbreaks in the past; on the border with Kenya and the region has many people who have been displaced by conflict in Middle Juba. Middle Shabelle has also previously had cholera outbreaks. Access to safe water and sanitation is limited in all of the affected regions.
Source: Situation Report for Cholera, Ministry of Health, Somali Federal Republic
The Ministry of Health (MoH), with support from WHO and partners, has implemented the following ongoing response measures:
Cholera is an acute enteric infection caused by the ingestion of Vibrio cholerae bacteria. It is primarily linked to insufficient access to safe water and adequate sanitation. Cholera is a potentially serious infectious disease and can cause high morbidity and mortality. It has the potential to spread rapidly, depending on the frequency of exposure, the population exposed, and the context.
Cholera is endemic in Somalia and continuous transmission was reported in the last few years. The last outbreak, which occurred in 2017, was one of the largest cholera epidemics the country has experienced: 78 000 cases, including 1159 deaths (case fatality ratio = 1.5%) were reported from 16 regions. The outbreak reached its peak in April 2017 and gradually declined from June until August 2017, and only few sporadic suspected cases were recorded between October and November 2017.
Despite the control and prevention measures implemented during the last large cholera outbreak in 2017, the risk of the current outbreak is considered high at the national level because of the following:
At the regional and global levels, the level of risk was assessed by WHO to be low.
WHO continues to monitor the epidemiological situation and conduct risk assessments based on the latest available information.
WHO recommends improving access to safe water and sanitation to prevent cholera transmission. Reinforcing surveillance, particularly at the community level, is advised. Access to appropriate case management should be improved in the affected areas to decrease mortality. The use of oral cholera vaccine to limit the spread should also be considered.
WHO does not recommend any restrictions on travel or trade to Somalia based on the information available.
For more information on cholera, please see the links below:


Ansible uses colors in its output to indicate different types of messages.
If you have a plugin installed (like AnsiColor) you can allow these colors to come through into the Jenkins logs.
If you do not have a plugin installed or do not wish to have colors in your logs, checking this box will remove the color codes from the logs.
if you do not disable the colors and do not have a plugin installed, the job your output will contain ansi color characters like "[0;32m":
PLAY RECAP *********************************************************************
[0;33mlocalhost[0m : [0;32mok=2 [0m [0;33mchanged=1 [0m unreachable=0 failed=0


High Scores
Score:
0
Quiz Time:
30
Once you select the start button, you will have 30 seconds to answer questions about Annaruth McBride (me!). Once the quiz is over, you will get your score and a chance to submit it onto the High Score page! Good luck!


|
rolmodl
C++ API for the Simple Directmedia Library 2 (SDL2)
|
Unsafe display mode information functions. More...
Functions | |
| unsigned int | countForDisplayN (unsigned int n) |
Get the amount of display modes available for the n th display. More... | |
| DisplayMode | fromSDL_DisplayMode (const SDL_DisplayMode x) |
| DisplayMode | desktopForDisplayN (unsigned int n) |
Get the display mode used by the system desktop for the n th display. Unsafe because there is no bounds checking on the index. More... | |
| DisplayMode | currentForDisplayN (unsigned int n) |
Get the current display mode for the n th display. Unsafe because there is no bounds checking on the index. More... | |
| DisplayMode | forDisplayNByIndexI (unsigned int n, unsigned int i) |
Get the i th display mode for the n th display. Unsafe because there is no bounds checking on either index. More... | |
| DisplayMode | closestForDisplayN (unsigned int n, const DisplayMode ideal) |
Get the display mode closest to the one specified for the n th display. Unsafe because there is no bounds checking on the index and because it will throw if no display is found. More... | |
Unsafe display mode information functions.
| unsigned int rolmodl::sys::display::mode::unsafe::countForDisplayN | ( | unsigned int | n | ) |
Get the amount of display modes available for the n
th display.
Unsafe because there is no bounds checking on the index and because the return value is unreliable and may lead to out-of-bounds errors if its cached and used for loop iteration.
Definition at line 284 of file Base.cpp.
References rolmodl::sys::display::unsafe::count(), and countForDisplayN().
Referenced by countForDisplayN(), and forDisplayNByIndexI().
| DisplayMode rolmodl::sys::display::mode::unsafe::desktopForDisplayN | ( | unsigned int | n | ) |
Get the display mode used by the system desktop for the n
th display. Unsafe because there is no bounds checking on the index.
Definition at line 304 of file Base.cpp.
References rolmodl::sys::display::unsafe::count(), desktopForDisplayN(), and rolmodl::detail::throwOnErr().
Referenced by desktopForDisplayN().
| DisplayMode rolmodl::sys::display::mode::unsafe::currentForDisplayN | ( | unsigned int | n | ) |
Get the current display mode for the n
th display. Unsafe because there is no bounds checking on the index.
Definition at line 313 of file Base.cpp.
References rolmodl::sys::display::unsafe::count(), currentForDisplayN(), and rolmodl::detail::throwOnErr().
Referenced by currentForDisplayN().
| DisplayMode rolmodl::sys::display::mode::unsafe::forDisplayNByIndexI | ( | unsigned int | n, |
| unsigned int | i | ||
| ) |
Get the i
th display mode for the n
th display. Unsafe because there is no bounds checking on either index.
Definition at line 322 of file Base.cpp.
References rolmodl::sys::display::unsafe::count(), countForDisplayN(), forDisplayNByIndexI(), and rolmodl::detail::throwOnErr().
Referenced by forDisplayNByIndexI().
| DisplayMode rolmodl::sys::display::mode::unsafe::closestForDisplayN | ( | unsigned int | n, |
| const DisplayMode | ideal | ||
| ) |
Get the display mode closest to the one specified for the n
th display. Unsafe because there is no bounds checking on the index and because it will throw if no display is found.
Pixel format and refresh rate default to the system desktop's display mode's if they are not set.
Parameter priority for what is considered "closest": size, pixel format, refresh rate. If all available display modes are too small, returns nullptr
Definition at line 335 of file Base.cpp.
References closestForDisplayN(), rolmodl::sys::display::unsafe::count(), rolmodl::sys::DisplayMode::fmt, std::optional::has_value(), rolmodl::sys::DisplayMode::refreshRate, rolmodl::sys::DisplayMode::size, and rolmodl::sys::DisplayMode::unsafeDriverData.
Referenced by closestForDisplayN().


By helping transform the customer experience you bettter differentiate yourself from competitionwhil also reducing cost-to-serve and imporving compliance
Sedut perspiciotis unde omnis iste natus voluptatem accusantium doloremque laudantiurn totam rem aperiam. eaque ipso quae ab illo inventare veritatis et quasi architecto beatae vitae dicta sunt explicabo. Nemo enim ipsam voluptatem quia voluptos sit aspernatur aut adit aut fugit. sed quia consequuntur magni dolores eos qui ratione voluptatem segui nesciunt.
Small batch vinyl sriracha vexillologist oil plant freegan meggings beard umami. Pitchfork migas keytar pickled pork belly quinoa etsy farm-to-table activated charcoal subway tile sustainable YOLO pug deep v fap. Humblebrog austin post-ironic wayfarers celiac heirloom vaporware leggings locavore. Green juicebeard tacos cred squid typewriter yr actually bushwick fam. Fanny pack man bun blog affogato direct trade hella.
Felixitarian fixie direct trade hoodie Church-key pinterest food truck everyday carry listicle. Green juice chartreuse asymmetrical dreamcatcher semiotics of pitchfork 8-Bit Williamsburg roof party whatever health goth.
Are you looking for a new job? Perhaps you're keen for a career change? Maybe you're even looking at fulfilling your dream of heading overseas to work? We can help!
Are you looking for a new job? Perhaps you're keen for a career change? Maybe you're even looking at fulfilling your dream of heading overseas to work? We can help!
Are you looking for a new job? Perhaps you're keen for a career change? Maybe you're even looking at fulfilling your dream of heading overseas to work? We can help!
Are you looking for a new job? Perhaps you're keen for a career change? Maybe you're even looking at fulfilling your dream of heading overseas to work? We can help!
Chicharrones drinking vinegar organic health goth raclette. selvage air plant polaroid hot chicken tilde kitsch fingerstache.
Tote bag selfies fam. slow-carb hoodie raw poke 8-bit. banjo air plant nar whal man braid ugh quinoa. Pork belly fanny pack la Croix.
Tote bag selfies fam. slow-carb hoodie raw poke 8-bit. banjo air plant nar whal man braid ugh quinoa. Pork belly fanny pack la Croix.
Tote bag selfies fam. slow-carb hoodie raw poke 8-bit. banjo air plant nar whal man braid ugh quinoa. Pork belly fanny pack la Croix.


- fillFields() - Method in class ntnu.stud.valens.demonstration.activity.ContactPerson
-
Add related information to the Fields with the given ID
- findPossiblePeaks(List<Float>, double, double) - Static method in class ntnu.stud.valens.stepdetector.Methods
-
Find the set of indices that represent possible peaks based on the peak
strength calculations.
- finishCalibration(double, double) - Method in class ntnu.stud.valens.stepdetector.calibration.CalibrationActivity
-
The method is fired by the CalibrationThread when mean and std are fully
calculated.
- fireClick(int) - Method in class ntnu.stud.valens.demonstration.activity.NewContact
-
Handles click events
- fireDelete(View) - Method in class ntnu.stud.valens.demonstration.activity.ContactPerson
-
Will fire an event which deletes an Contact form the list in ContactPerson
- fireDeleteButton(View) - Method in class ntnu.stud.valens.demonstration.activity.EventDetail
-
Fires an event to delete the event you are currently viewing Sends you
back to Eventlist afterwards.
- fireEvent(View) - Method in class ntnu.stud.valens.demonstration.activity.MainScreen
-
A listener for a button that sends you to the Eventlist screen
- fireKeepButton(View) - Method in class ntnu.stud.valens.demonstration.activity.EventDetail
-
Doesn't do anything to the Event Sends you back to the EventList
- fireName(View) - Method in class ntnu.stud.valens.demonstration.activity.WriteName
-
Method is fired by button click.
- fireNewPerson(View) - Method in class ntnu.stud.valens.demonstration.activity.Related
-
Fired by clicks on the "new contect" button.
- fireStore(View) - Method in class ntnu.stud.valens.demonstration.activity.ContactPerson
-
Fire an event to Store data(Name,PhoneNumber) about the Contact we are currently viewing.
- fireStore(View) - Method in class ntnu.stud.valens.demonstration.activity.CreateContact
-
fireStore will Store the information from the textfields; editName and editPhone.


Blacktip reef shark sardine, tilapia--sleeper shark candlefish kissing gourami pipefish mud minnow cepalin walleye moray eel Australian grayling orangestriped triggerfish; climbing gourami Cornish Spaktailed Bream. Frigate mackerel olive flounder Black scalyfin collared dogfish cutlassfish warbonnet sand tilefish spiny eel halfbeak sarcastic fringehead; clingfish, Canthigaster rostrata ruffe, alligatorfish, sturgeon, Reedfish bleak.
Paddlefish oilfish, thornfish sand tilefish, yellowtail barracuda Manta Ray driftfish burma danio king-of-the-salmon shiner cod icefish! Yellow weaver walleye hairtail: flathead catfish medaka longnose lancetfish man-of-war fish sailback scorpionfish jack cutthroat eel, nase slimy sculpin warty angler sailbearer northern lampfish. Pygmy sunfish sand eel hoki flatfish southern smelt; yellowfin cutthroat trout, mola mola sunfish. Round herring round whitefish squirrelfish coho salmon wels catfish yellowmargin triggerfish píntano sailbearer cavefish: perch Quillfish; neon tetra toadfish bullhead shark Alaska blackfish. Hammerjaw stingray jellynose fish, pike conger gurnard Cornish Spaktailed Bream nibbler Bitterling sea catfish. Clownfish snipe eel bull trout Lost River sucker platy blue gourami giant danio forehead brooder soapfish. Chub marlin sea snail California flyingfish Blobfish loach flathead round whitefish, Blenny.
Squeaker pencilfish devil ray, steelhead yellow perch bigeye squaretail drum panga, lined sole lightfish bocaccio, neon tetra combtooth blenny. Fingerfish gibberfish ghost knifefish shovelnose sturgeon whale shark lake whitefish Black triggerfish dwarf loach dogteeth tetra eeltail catfish. Searobin zebra danio jackfish sturgeon lemon sole sailback scorpionfish northern sea robin northern pike. Northern anchovy, burma danio skipping goby halibut bonefish mola mola sunfish prickly shark, round whitefish forehead brooder. Billfish southern hake stingray, emperor blue-redstripe danio cobbler? Pike eel tapetail bramble shark Atlantic salmon yellowbanded perch: halfmoon eulachon delta smelt.
From Tuna Ipsum


{include file="./public/back_common/top.html"/} {include file="./public/back_common/left.html"/}
`
修改密码


Roughly half of the world's population are women but for some reason they are often not treated the same as men. This poll by the Pew Research Center published on July 7th, 2020 shows that the public believes that there is work to be done on gender equality. There is definitely work to be done.  Women are routinely discourage to pursue STEM fields due to the outdated belief that they can't do it. Women are fired for being pregnant despite the Pregnancy Discrimination Act of 1978.
Many men think that just because natural differences exist between men and women that men are superior. This is a dangerous mindset that has circulated on male dominated forums and through some people's cultures. Just because women and men are different does not mean that one is better than the other. Men are more likely than women to be aggressive, a factor that causes women to have to be afraid to walk alone. How can we have equality when men's aggression towards women just gets brushed under the rug? In 2009, the Department of Justice found that women were 5 times more likely to be victims of intimate partner violence (source).
I'd wager a bet that you know a woman. Talk to her to understand her perspectives. Chances are, there are things that this woman has gone through that will surprise you. These things are routine for women. Remember that surprise. Women everywhere have these "routine" incidents that should not be happening.
Girlstart - a nonprofit dedicated to increasing girls' interest and engagement in STEM
ACLU - a comprehensive resource for understanding the issues that are currently hindering women's rights.


A place to record and maintain all alumni contact details.
A collection of project details done by students of IT Dept.
PTM's made online to reduce the problems of travelling.
We provide students the ability to take guidance or seek help from the staff, through this online means.
We build simple and elegant solutions for colleges and the problems that can be solved using technology.


OpenM++ compiler (omc)
ImportSymbol.cpp File Reference
Definitions for the
ImportSymbol
class.
More...
Include dependency graph for ImportSymbol.cpp:
Detailed Description
Definitions for the
ImportSymbol
class.
ImportSymbol.cpp
Generated on Thu Aug 3 2023 00:56:35 for OpenM++ compiler (omc) by
1.9.1


Advance Web Page by Ethan
Prove you can use: Tables, Lists, Forms, CSS
Fav. foods
- Pizza
- Chicken
Fav. Countries
- Canada
- Iceland
The following are all form elements:
3 BOXS
LOOK!
These words are in...
BOXS!
Small and Large square travelling from one corner to the other


Referendum: Prof Kwaku Asare launches ‘Vote No’ campaign
Lawyer and Professor of Accounting, Prof. Stephen Kwaku Asare, has launched a ‘Vote No’ campaign ahead of the upcoming referendum.
He argues that the introduction of partisanship into Ghana’s local governance system is a recipe for disaster.
Prof Asare’s argument is not different from those of civil society groups and the opposition National Democratic Congress who believe voting ‘Yes’ would politicise the local governance system against the entrenched clause – Article 55(3) of the 1992 Constitution.
However, the ‘Yes’ proponents, led by the governing New Patriotic Party, believe it will cure the winner-takes-all canker and promote development at the local level.
In spite of these arguments, Prof Asare maintained that, a ‘Yes’ vote in the referendum will have dire consequences including increase in “cronyism and nepotism.”
He stressed that the people at the local level want real solutions and improvements on their social amenities.
Speaking in an interview on Asempa FM’s Enkosii Sen show, Prof. Asare said: “If I’m the president, I will not spend the money on partisanship, I will spend money on streamlining the district assemblies.”
Prof Asare added that, should the ‘Yes’ win, the divisive tendencies of partisan politics will be transferred to the local level.


A basic demo of sales data with intermediate steps used for computing a QC Tree.
The tree represents aggregates at different dimensional levels, for example for total sales for Product P1 look at the [P1] node in the tree.
For the theory behind qctree refer the detailed Paper by yzhao
Feel free to change the data in sales data using firebug and click on recompute to see the new tree.
Sales Data
| Store | Product | Season | Sales |
|---|---|---|---|
| S1 | P1 | s | 6 |
| S1 | P2 | s | 12 |
| S2 | P1 | f | 9 |
Actual Tree
Temp Classes
Sorted Temp Classes


Files CCore/inc/net/EthDevice.h CCore/src/net/EthDevice.cpp
EthDevice is an abstract interface. This interface should be implemented by an Ethernet device driver class to be used as such.
struct EthDevice
{
// static properties
virtual MACAddress getAddress()=0;
virtual PacketFormat getTxFormat()=0; // max_data <= IPLen(-1)
virtual PacketFormat getRxFormat()=0; // max_data <= IPLen(-1)
// attach/detach
virtual void attach(EthProc *proc)=0;
virtual void detach()=0;
// dynamic properties
typedef EthStatInfo StatInfo;
virtual void getStat(EthStatInfo &ret)=0;
virtual bool getPromiscMode()=0;
virtual void setPromiscMode(bool enable)=0;
// outbound
virtual void signalOutbound()=0;
};
Methods of this interface are called asynchronously. The implementation must take all necessary measures to deal with the race condition.
The first three methods are static properties of the device. They must not be changed during the object life-time.
getAddress() returns the MAC address of the device.
getTxFormat() returns the packet format for outbound operations.
getRxFormat() returns the packet format for inbound operations.
The max_len of both packet formats must be represented by IPLen type (i.e. must not exceed 216-1).
To process the traffic a traffic processor must be attached. Only one processor may be attached at the time. While a processor is attached, it is received the inbound traffic as well as other notification events. It also serves as the source of outbound packets. It must stay alive while been attached.
attach() attaches the inbound processor.
detach() detaches the inbound processor.
The next group of methods deals with dynamic properties of the device.
getStat() returns the device statistic counters.
getPromiscMode() returns the promiscuous mode flag.
setPromiscMode() sets the promiscuous mode flag.
The last methods signals to the device, that there are some outbound packets. In response driver must extract and send out packets from the traffic processor.
signalOutbound() signals to push outbound process.
EthStatInfo is a set of statistic counters for Ethernet driver.
enum EthEvent { EthLink_Up, EthLink_Down, EthTx_Done, EthRx_Done, EthTx_BadPacketLen, EthTx_Error, EthRx_BadPacketLen, EthRx_Drop, EthRx_Broadcast, EthRx_Error, EthEventLim }; const char * GetTextDesc(EthEvent ev); typedef Counters<EthEvent,EthEventLim> EthStatInfo;
EthProc is an abstract interface of a traffic processor.
struct EthProc
{
// serialized
virtual void start()=0;
virtual void linkUp()=0;
virtual void linkDown()=0;
virtual void tick()=0; // InboundTicksPerSec
virtual void inbound(Packet<uint8,EthRxExt> packet)=0;
virtual void prepareOutbound()=0;
virtual Packet<uint8,EthTxExt> outbound()=0;
virtual void stop()=0;
};
It is a responsibility of the driver to call methods of this interface synchronously. So traffic processor don't have to protect method calls by a mutex.
start() is called once at the moment the driver is started.
linkUp() is called to inform the link is up.
linkDown() is called to inform the link is down.
tick() is called periodically with the frequence InboundTicksPerSec(10 Hz) and can be used for a protocols timeout processing.
inbound() is called to process an inbound Ethernet packet. The packet has the proper packet format (getRxFormat()) and has the attached extension of the type EthRxExt with additional information. Packet carries an Ethernet packet payload.
prepareOutbound() is called to process the outbound traffic. This method is called first as the reaction on the signalOutbound() method call. Then driver extracts and sends out packets by the calling of the method outbound().
outbound() method is used to retrieve packets from the outbound packet queue. The null packet is returned, if the queue is empty. The packet must carry Ethernet payload and must have the proper packet format (getTxFormat()). It also has the attached packet extension of the type EthTxExt with additional information.
stop() is called once at the moment the driver is stopped.
It is intended that packet formats reserve a space for Ethernet packet header and uses max_data to reflect the MTU length.
A typical implementation of the Ethernet driver would start a task for the packet processing ("Ethernet task"). It is assumed, that a traffic processor is attached first and then task is started. At that moment the method start() is called. At the proper moment a management entity should stop the task, the task calls stop() before exit. Then traffic processor is detached and may be destroyed, as well as the driver object.
This structure supplements outbound packets and used by a driver to build the Ethernet packet header. It has two fields: dst with a destination MAC address and type with an Ethernet packet type.
struct EthTxExt
{
MACAddress dst;
EthType type;
// constructors
EthTxExt() : dst(),type() {}
EthTxExt(MACAddress dst_,EthType type_) : dst(dst_),type(type_) {}
// print object
template <class P>
void print(P &out) const;
};
This structure supplements inbound packets and filled by a driver from the Ethernet packet header. It has three fields: src with a source MAC address, dst with a destination MAC address and type with an Ethernet packet type.
struct EthRxExt
{
MACAddress src;
MACAddress dst;
EthType type;
// constructors
EthRxExt() : src(),dst(),type() {}
EthRxExt(MACAddress src_,MACAddress dst_,EthType type_) : src(src_),dst(dst_),type(type_) {}
// print object
template <class P>
void print(P &out) const;
};


{% extends "lingo/layout.html" %} {% load staticfiles %} {% block content %}
The Cesar-Lingo web application is a platform that facilitates language experiments using questionnaires.
The CESAR-LINGO application has been designed by the Technical Service Group of the Humanities Lab at the Radboud University Nijmegen. Users directed to this page are not required to sign up or sign in. They can freely join in any experiment that has been 'released' by the makers.
{% if user.is_authenticated %} (See the Extra menu for logout and other options) {% endif %}


Waiting for response...
GENBANK RESULTS
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Min % Query Coverage:
Exact Matches Only
Filter
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Dear {{ booking.customer.first_name}} {{ booking.customer.last_name }},
Print or save the attached confirmation for presentation on arrival and at any time during your stay.


Preparation time
over 2 hours
Cooking time
30 mins to 1 hour
Serves
Serves 4
This dish will make a very dramatic appearance at a dinner party.
To make the saffron chilli squid, remove the tentacles and slice the squid’s body in half lengthways. Score the inside of the squid in a diagonal pattern, sprinkle with saffron and rub in well. Cover and refrigerate for a couple of hours so the squid turns yellow.
To make the risotto put the chicken stock in a large pan over a medium heat. Bring to a gentle simmer and add the squid ink to infuse.
Heat a sauté pan over a medium heat and add the butter. Once melted, add the shallots and leek and cook until softened but not coloured.
Add the rice to the pan and stir until the rice is translucent and coated in butter. Add the wine and cook until the liquid has reduced by half. Add the squid ink stock, a ladle at a time, stirring until each ladleful is absorbed. Keep adding until the rice is tender but with a slight bite (about 15 minutes).
When the rice is just ready, add the Parmesan and season with salt and pepper. Keep the consistency porridge-like.
To cook the squid, heat a large frying pan over a high heat until hot. Add the olive oil and sear for 1–2 minutes, or until the squid starts curling into tubes.
Remove from the heat and add the garlic, chilli, lemon juice, zest and chopped parsley. Season with salt and pepper.
To serve, spoon the risotto into the centre of four serving plates. Top with a pile of saffron chilli squid and garnish with the green basil cress or coriander cress.


Do you want to proceed?


[gecode-users] BAB Search Stats
Christian Schulte
cschulte at kth.se
Sun Feb 18 16:55:07 CET 2018
Hi, I think you need to be more specific here. “Issue” as a description is not enough. Best Christian
--
Christian Schulte, https://chschulte.github.io/
Professor of Computer Science, KTH, cschulte at kth.se<mailto:cschulte at kth.se>
Expert Researcher, RISE SICS, christian.schulte at ri.se<mailto:christian.schulte at ri.se>
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf Of Assia benziane
Sent: 16 February 2018 22:25
To: users at gecode.org
Subject: [gecode-users] BAB Search Stats
Hello,
I'm using a BAB search. I'm using this function to dispaly the stats:
------------------------------------------------------------------------------------------------
void printStatsGecode(const Gecode::Search::Statistics& stat) {
std::cout << "Search Statistics" << std::endl;
std::cout << " Propagations: " << stat.propagate << std::endl;
std::cout << " Nodes: " << stat.node << std::endl;
std::cout << " Failures: " << stat.fail << std::endl;
std::cout << " Depth: " << stat.depth << std::endl;
//std::cout << " Time: " << stat.time() << std::endl;
std::cout << std::endl;
cout << endl;
}
-----------------------------------------------------------------------------------------------
My problem is that i can not display the running time. There is an issue with the methode time().
Could anyone help me to display the running time??
Cheers.
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Be their shepherd and carry them forever.


New apartment
Id:
Apartment type:
ROOM
WHOLE_APARTMENT
Number of rooms:
Number of guests:
Price per night:
Apartment status:
INACTIVE
ACTIVE
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Welcome to our trial system for learning language through recipes. Follow the recipe to learn some new words!


Last updated on: {{ lastUpdated | date:'medium' }} (auto updates every 1 minute)
Not found! Try again later.
Date {{session.date}} Name {{session.name}} Address {{session.address}} PIN {{session.pincode}} Fee {{session.fee}} Capacity {{session.available_capacity}} Age Limit {{session.min_age_limit}} Vaccine {{session.vaccine}}
Next few days availability
Not found! Try again later.
Date {{center.session_date}} Name {{center.name}} Address {{center.address}} PIN {{center.pincode}} Fee Type {{center.fee_type}} Capacity {{center.available_capacity}} Age Limit {{center.min_age_limit}} Vaccine {{center.vaccine}}
How to use:
Slots are searchable by date and district or date and pincode.
The results can be filtered by age category. For example selecting 18+ will show slots for those having minimum age limit of 18.
The header on top of the table will sort the slots based on the header. For example clicking capacity will sort the slots with show lowest capacity first and clicking it again will show highest capacity first.
Clicking on the address opens it in Google Maps
Note: This is just to view available vaccines and does not support booking appointments. Linked locations may not be accurate.


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Before Change
segment_name = None
segment_path_after_caslib = None
segment_path_local = None
while not segment_name:
segment_name = random_name(audio_name + str(i), 6) + ".wav"
segment_path_after_caslib = data_path_after_caslib + segment_name
segment_path_local = os.path.join(local_path, segment_name)
if os.path.exists(segment_path_local):
segment_name = None
with wave.open(segment_path_local, "wb") as wave_writer:
segment_path_after_caslib_list.append(segment_path_after_caslib)
segment_path_local_list.append(segment_path_local)
wave_writer.setnchannels(wave_params.nchannels)
After Change
// segmentation
segment_nframes_list = calculate_segment_nframes(path, segment_len)
print("Note:", str(len(segment_nframes_list)), "temporary audio files are created.")
segment_path_after_caslib_list = []
segment_path_local_list = []
with open(listing_path_local, "w") as listing_file:


6.23 psb_get_boundary — Extract list of boundary elements
call psb_get_boundary(bndel, desc, info)
-
Type:
- Asynchronous.
-
On Entry
-
-
desc
- the communication descriptor.
Scope:local.
Type:required.
Intent: in.
Specified as: a structured data of type psb_desc_type.
-
On Return
-
-
bndel
- The list of boundary elements on the calling process, in local numbering.
Scope: local
Type: required
Intent: out.
Specified as: a rank one array with the ALLOCATABLE attribute, of type
integer.
-
info
- Error code.
Scope: local
Type: required
Intent: out.
An integer value; 0 means no error has been detected.
Notes
- If there are no boundary elements (i.e., if the local part of the connectivity
graph is self-contained) the output vector is set to the “not allocated”
state.
- Otherwise the size of bndel will be exactly equal to the number of
boundary elements.


- "get" test: Populate a map with a pre-generated set of keys (in the JMH setup), make ~50% successful and ~50% unsuccessful "get" calls. For non-identity maps with object keys a distinct set of keys is used (the different object with the same value is used for successful "get" calls).
- "put/update" test: Add a pre-generated set of keys to the map. In the second loop add the equal set of keys (different objects with the same values) to this map again (make the updates). Identical keys are used for identity maps and for maps with primitive keys.
- "put/remove" test: In a loop: add 2 entries to a map, remove 1 of existing entries ("add" pointer is increased by 2 on each iteration, "remove" pointer is increased by 1).


Shelloid is an open source IoT-ready real-time big data web application platform built using Node.js and Clojure that contains integrated stream query capability. Shelloid allows developers to easily integrate events from IoT sources such as the Nest thermostat by annotating functions with simple stream query specifications.
The following code illustrates this point
/**
@stream.sdl select: ambient_temperature_f, name_long;
from: nest.thermostat;
where: ambient_temperature_f >= %threshold%
@stream.init highTemperatureInit
@stream.auth highTemperatureAuth
@stream.edgeTriggered
*/
exports.highTemperature = function(data, streamInst, user){
console.log("highTemperature Data: ", data, " for user id ", user);
}
exports.highTemperatureAuth = function(req, streamInst, user, done){
done(true);
}
exports.highTemperatureInit = function(streamDef, done){
var instance = streamDef.newInstance({threshold:80},
"global");
done();
}
In the above code snippets doc-style comments are used to succinctly specify annotations supported by Shelloid. If you prefer not to use comments for such a purpose, a direct style is also supported:
exports.highTemperature =
{
annotations:{
stream:
{
sdl:"select: ambient_temperature_f, name_long;" +
"from: nest.thermostat;" +
"where: ambient_temperature_f >= %threshold%",
init: highTemperatureInit,
edgeTriggered: true,
auth: highTemperatureAuth
}
},
fn: highTemperature
}
function highTemperature(data, streamInst, user){
console.log("highTemperature Data: ", data, " for user id ", user);
for(var k in streamInst.pendingRequests){
var pending = streamInst.pendingRequests[k];
pending.res.send(data);
}
}
function highTemperatureInit(streamDef, done){
var instance = streamDef.newInstance({threshold:80},
"global");
done();
}
function highTemperatureAuth(req, streamInst, user, done){
done(true);
}
In the above code snippet the “highTemperature” function defines a real-time IoT data stream owing to its associated stream annotations. The “stream.sdl” (sdl stands for stream definition language) defines the stream characteristics in a syntax remindful of the SQL. The “stream.init” specifies an initialization function, which in this case, creates a global stream instance. Shelloid will process the stream query in the background invoke the “highTemperature” function when the query condition holds true.
Shelloid supports special edge-triggered stream queries (specified with edgeTriggered annotation). An edge triggered stream handler is invoked if and only if there is a change in the query result from the previous query.
Each stream has an associated URL, similar to the way URLs are associated with controllers. An HTTP request to this URL essentially supplies the caller with the stream query result. The HTTP response to stream URLs contains a ‘tag’ field which can be provided back as query parameter. Whenever there is change in the query result the tag maintained by the server changes. If tag field is specified then the request will return only if server’s tag changes from the specified tag. If provided tag is same as the server’s data tag for the stream instance, Shelloid will hold the request (long polling style) until the stream event fires (support for websocket-based streaming is in progress).
The stream.auth annotation is used for specifying custom authorization function for stream URL requests (note that basic authorization can be achieved using standard authorization modules, e.g., Shelloid has a built-in RBAC module).
Shelloid stack combines two cutting-edge technologies to achieve scalable real-time data processing - Node.js (for real-time I/O) and Clojure (for real-time stream computations). Real-time events from raw data can be generating using simple, declarative SQL-like stream queries.
With its stream query annotations, Shelloid enables web applications to easily generate and process real-time events from IoT sources such as the Nest thermostat, Fitbit/Jawbone fitness bands, and many more. Our vision is to simplify the development of secure and robust IoT-enabled web applications and web services, improving programmer productivity and enabling quick time-to-market.
Shelloid takes care of the infrastructure logic and lets you focus on your business logic, leading to quick time to market for your business-critical applications. Shelloid is open sourced under LGPL license, allowing you to run your commercial closed source applications on the top of it.
Shelloid attempts to bring out the best of two cool modern programming platforms: Node.js and Clojure. Node.js is great for web and real-time. Clojure is great for concurrent computations. So, why not let the Node.js handle the web requests and real-time messaging and use Clojure when there is a heavy computation at hand? Shelloid does just that.
Shelloid is essentially a Node.js web application server with integrated Clojure-based compute service which runs as a separate process. Shelloid takes care of all the integration details. While the Clojure compute service is executing a heavy computation, Node.js event loop is freed up to process other requests.
The following code snippet illustrates how the integration works. In the code, we define a compute service named add in Clojure. From Node.js this service is invoked by calling sh.ccs.add function (sh stands for shelloid, ccs for Clojure compute service). This results in parameters being passed to the CCS process and the Clojure add service function being executed. The result of the Clojure function is passed back to Node.js and the callback is invoked with err message if any and the result value. After passing off the computation to the Clojure, Node.js event loop is freed up to execute other requests.
Node.js
sh.ccs.add(100, 200, function(err, r){
console.log("Result: " + r);
});
Clojure
(service add [a b]
(+ a b)
)
Clojure compute service (CCS) requires Leiningen to be installed somewhere in the system path.
Please Note: More documentation is on the way. Please bear with us for couple of weeks!
Shelloid has an open, extensible architecture. While open sourcing is great for the users, Shelloid goes beyond merely being open source. Shelloid has a open architecture created from ground up, allowing you to easily write extensions that can modify the behaviour of the engine to suit your needs. Many of Shelloid’s built-in features are themselves built as extensions, leading to a relatively small and robust core.
Our vision is to simplify the development of secure and robust web applications and services, improving programmer productivity and enabling quick time-to-market. Shelloid takes care of the infrastructure logic and lets you focus on your business logic, leading to quick time to market for your business-critical applications. Shelloid is open sourced under LGPL license, allowing you to run your commercial closed source applications on the top of it.


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This trope is when a character has access to a large amount of food that is intended to be eaten by a group, but ends up eating all of it by themselves. Usually, they'll start just intending to eat a small amount, either as a snack or just to taste it. However, they end up eating more and more of it over time until they have unintentionally consumed all of it.
  The Fat Comic Relief is prone to this type of gag. This does not apply to situations where a character simply eats a lot of food.
Examples:
- In a short series of commercials for McDonald's, Dad brings McDonald's takeout home, but he eats all the fries on the way. His wife makes him go back out for more.
- In Toriko, Toriko is sent to capture a Goralligator for an international banquet. Since they can't carry the entire beast (it's at least 4m high at the shoulder, at least that wide and probably 40m long), he and chef Komatsu cook some right there. They eat it all.
- Heaven's Lost Property: Nymph and Astraea decide to eat a watermelon from Ikaros's garden patch. They get carried away and eat the whole melon patch. Considering Ikaros used her whole battle array to kill bugs that were eating her melons, this is somewhat worrying.
- In One Piece, Luffy claimed to have eaten all the candies in Fishman Island that was meant to be a payment for Big Mom (a notorious pirate who deems the island under her protection) when her underlings came to take the monthly sweets payment. In truth, the island's candy factory had been destroyed by the coup de etat incident just yesterday and the rest of the sweets have been eaten in a party. Big Mom doesn't believe him in the slightest.
- Happened several times in Pokémon. Iris's Emolga used Attract in one episode to steal all the Pokemon food, and Clemont's Chespin ate all the macaroons Serena made in another.
- In Chapter 33 of Ojojojo, Tsurezure gets invited to a fancy party by Haru's father (who wanted a chance to do a proper Meet the In-Laws routine despite having previously met him). Afterwards, several of the guests comment on the fact that he ate all of the food.
- In the Asterix book Asterix and the Roman Agent, Asterix and Obelix are about to sit down to eat some wild boar, but when Asterix steps out for a moment, he returns to find that Obelix had devoured both boars.
- In Knights of the Dinner Table, Brian caused the Knights to lose refrigerator privileges after he ate a casserole that was intended to feed a dozen people at an upcoming family reunion.
- Garfield ate an entire bowl of popcorn that was intended for everyone◊, claiming that "'Everyone' is my middle name".
- Jeremy from Zits often eats all the food before anyone else gets a chance at it.
- In Disney's Alice in Wonderland, the Walrus and the Carpenter are about to have a group of oysters for dinner. The Walrus tricks the Carpenter into going into the kitchen for some bread. When the Carpenter returns to the dining room he discovers that the Walrus has eaten all of the oysters ("They'd been eaten, every one!").
- Fatso. To help take his mind off Lydia going missing, Dom goes to get Chinese food for everybody on poker night, though the fact that everybody's order comes from the same restaurant Lydia favors only intensifies Dom's anquish, and on the way home, he tries to console himself with the food.
- Winnie-the-Pooh: Pooh decides to give a potful of honey to Eeyore on his birthday, but on the way to Eeyore's house, Pooh forgets why he's carrying it and so snacks on it. When he gets to Eeyore's, Pooh realizes that he had been planning on giving the honey as a gift but now he's eaten it all. All he has to give Eeyore is an empty pot. Eeyore doesn't actually like honey, but is very glad to have been given the empty pot.
- Cheers: Norm and Cliff are waiting for another regular Paul so they can celebrate his birthday. Since he's late, they eat his birthday cake. They console themselves with the fact that they have pizza too. Then they eat that.
- Alberto of Samson En Gert does this all the time. There is even a song about him eating all the food in Gert's house and ending up with a sore tummy.
- On a Thanksgiving episode of ALF, ALF eats all of what was supposed to be the Tanner family's Thanksgiving feast, prompting them to have to accept an invitation to spend the holiday next door with the Ochmoneks.
- An episode of Barney & Friends using the song "Who Took the Cookies from the Cookie Jar?" has the kids find out that Baby Bop ate all the cookies.
- Taxi: Louie is in the hospital and the gang goes to see him. He has a box of chocolates that someone gave him and he offers them each "have one." They decline. Then he offers Latka one; Latka goes to town, eating practically the whole box. Louie then looks at the box and says "I said 'have one' not 'leave one!'"
- In an episode of Mystery Science Theater 3000, Dr. Forester and Frank have a ton of Chinese food delivered. While Dr. F is getting the drinks, Frank ends up eating everything except the packets of soy sauce.
- In the first episode of the syndicated run of Mama's Family, Bubba, who just was released from juvenile hall, ends up consuming the large spread he thought was for his homecoming but was in fact for Aunt Fran's funeral.
- Married... with Children has an episode where one of the larger NO MA'AM members was sent out to buy burgers for the ther members, only for him to have consumed them all before getting back. His only response was "I hit a red light."
- Frank of It's Always Sunny in Philadelphia picks up fish & chips for the gang, but is blocked from going back into Paddy's because a suicide jumper is on their roof. He's continuously seen noshing on the food as he schemes to get past the emergency workers and the news crew, until he finally makes it back in with an empty bag:
"Woah woah, Frank; where's the fish & chips?""Et 'em."
- In one of the increasing Idiot Plots seen later in the run, an episode of Kenan & Kel has a Thanksgiving Episode where Kel consumes the entire turkey by himself.
- A Running Gag on the Mexican show El Chavo del ocho, whenever another character asks Chavo to hold on to something edible, when they ask him for it, he will sheepishly admit that he ate it without asking for permission.
- "Throw the Yule Log On, Uncle John" by P.D.Q. Bach contains the lines:
"Though the weather's bitter cold, there's not a frown to mar the festive mood,
Wait 'til they discover old Uncle John has eaten all the food."
- In the opera Hansel and Gretel, the mother sends the children out into the forest and warns them not to return until they have filled a basket with strawberries. They succeed in filling their basket, but are inspired by a cuckoo to have some for themselves. Soon all the strawberries are eaten, and it is growing too dark for the children to pick new ones or even to find their way back home. (Unlike other versions of the tale, they didn't even try to leave a Trail of Bread Crumbs, since the reason they were sent to pick strawberries is that the family didn't have any bread in the first place.)
- In Grand Theft Auto: San Andreas, the Grove Street Posse go out for a Drive-Thru meal at Cluckin' Bell. Big Smoke not only orders a ridiculously large portion for himself, but when the Ballas attempt a drive-by shooting, he manages to eat not only his own food, but the food ordered by his homies, while the rest of the gang are retaliating.
- Early in Persona 4, Yosuke and the Main Character try some of Chie and Yukiko (respectively)'s food...and promptly end up eating the lot of it. The player can decline, but the MC's so hungry he can't help himself.
- The King of Town from Homestar Runner is such a Big Eater that he once ate an entire Thanksgiving banquet.
- Garfielf:
Jon: where Are the 3-cheese pizzas
Garfield: I ate those food
Jon: where Are the taco shells?
Garfield: I ate those food
Jon: where did all the hamburger helper go
Garfield: *brup*
- In Carrot Cake Storybook, Carrot Cake leaves Ditzy Doo to recover in her house and goes to deliver a package. At the very end, she returns from the delivery, and Ditzy greets her with, "I emptied your fridge."
- In Leftover Soup, Ellen eats all of Jamie's pumpkin bombs in one sitting, and then passes out from nutmeg poisoning.
- In one strip of PVP, the gang sit down at Cole's house for Thanksgiving dinner, only for Skull to eat the whole turkey in one bite. Fortunately Cole saw this coming and had a spare ready.
- My Little Pony: Friendship Is Magic:
- In "Swarm of the Century", a Parasprite ignores Fluttershy's offer of a single apple and eats her entire stock
- In the same episode, Pinkie Pie eats entire cakes prepared for Princess Celestia's visit.
- Snips eats the majority of the cake meant for Diamond Tiara's cuteceñara in one bite.
- In the Foster's Home for Imaginary Friends episode, "Camp Keep a Good Mac Down", a Running Gag has Bloo eating all the food Mac and the other imaginary friends packed on their camping trip. When they run out, Bloo tells them he ate all the food, except Coco's powder, which he tried, and threw away.
- The Simpsons:
- When the Springfield Elementary Model UN Club gets stranded on an island a la Lord of the Flies Milhouse is accused of eating all the food. They have a trial where Bart as judge decides that Milhouse probably did it but they have no evidence so he's not guily. Then the rest of the group decides to kill Milhouse anyway. It turns out that a wild boar ate the food, but Milhouse had robbed some of it beforehand.
- In another episode Homer has to do the food shopping because Marge is busy taking care of baby Maggie. Bart & Lisa take advantage of the situation by filling the cart with sweets.
Bart: I need this candy for school, candy class.
Homer: Well, okay, but get five bags in case we eat four on the way home.
- Mr. Bogus:
- Happens in the second act of the episode "A Day At The Office", after Bogus catapults himself into a vending machine full of food, which causes the shelves of the machine to start spinning around uncontrollably. When a woman reaches inside the machine, she becomes both surprised and angry to see only an eaten apple core, before seeing that all of the food had been eaten then assumes that her pet poodle ate all the food. After they leave, the vending machine shelves then turn around to reveal Bogus looking very contented and relaxing with a Balloon Belly, which meant that he was the one who had eaten all of the food.
- Bogus and Brattus climb into a pizza box in the second act of the episode "Beach Blanket Bogus", before the pizza is then handed to Tommy, who then opens up the box to see the two cousins hiding inside, before leaving the beachside restaurant. When he opens up the box again, he then discovers that Bogus and Brattus have already eaten the pizza.
- At the start of Scooby-Doo on Zombie Island, Scooby and Shaggy are working at an airport as a contraband-detecting dog and his handler. While highly successful at sniffing out smuggled foodstuffs, they get fired when their boss discovers they've eaten an entire room-full of confiscated food which had been stored as evidence.
- Hell, Scooby himself has been guilty of this several times. In "The Headless Horseman Of Hagglethorn Hall," he hides from a ghostly knight in the gang's picnic basket where he proceeds to woof down a whole roast chicken with absolutely no contrition about it.
- In an episode of The Magic Adventures of Mumfie, Goose eats Pinkey's dessert without asking permission for it.
- In one episode of Hey Arnold!, Arnold and Gerald are selling chocolates door to door. Gerald's sister asks if she can try some, upon which she eats every last one while they're not looking. Gerald even lampshades the absurdity of her managing to eat several dozens boxes ("I was hungry!").
- In an episode of American Dad!, just as Stan is about to sample a box of chocolates, Roger not only scarfs the entire box, he spits them out onto Stan and then wipes his mouth with his sleeve (to clarify this episode concerned Roger's enormous superiority complex).
- VeggieTales: Near the end of the Silly Song "Pizza Angel", after Larry spends the whole song worrying about his pizza being late, the pizza delivery boy (played by Jimmy Gourd, no less) shows up, but reveals that he couldn't find Larry's house, so he ended up eating the pizza.
- Socrates eats the rest of the cookies at the end of the Adventures from the Book of Virtues episode "Moderation", before Aristotle can even have one. This causes Aristotle to angrily chase after Socrates.
- In the The Penguins of Madagascar episode, "When the Chips are Down", Private and Mort get trapped in a vending machine. With no way to get out of it, Private decides to look at the positives by finding out they have enough food to last until the other Penguins and Lemurs find them, only to find out that Mort ate all the food, including the Cheesy Bits (which earlier he said he didn't like, and is also the very reason they're trapped in there in the first place). This later turns out to be a good thing, because it prompts Alice to restock the vending machine, giving them just enough time to escape when she opens it.
- The Flintstones has an occasion where the Rubbles are staying with the family and Barney eats a whole pizza that was meant to be dinner for the four of them by himself.
- The Loud House:
- In "April Fools Rules", Lincoln tries to turn his room into a bunker for when Luan goes on her annual April Fools Day prank-pocalypse, and he gathers up 24 hours' worth of rationed snacks to hold him over. Lana ends up eating them when his sisters commandeer the bunker.
Lana: (mouth full) What does "ration" mean?- In "Lincoln Loud: Girl Guru", when Lincoln and his friend Clyde are baking pies to sell, as part of a class project, Lincoln goes to pantry for the chocolate they'll use as filling only to find it missing. Lincoln then tells Clyde that his ten sisters are known "choco-holics," cue montage of the sisters with a contented expression on their chocolate smeared faces.
- A variation is shown in the episode "A Fridge too Far." The problem is that whenever any of the Loud siblings reserve leftovers, or any other type of food, and clearly state that it's not meant to be shared, the other siblings will happily eat said food without permission.
- Family Guy: In "Da Boom", the apocalypse happens and Peter eats packs of dehydrated food he was saving for the occasion.
Lois: Peter, what are you doing? You just ate a year's worth of food!
Peter: Heh, what a waste of money. I'm still hungry.
[Peter sips some water, causing him to expand]
Peter: Everyone leave. I have to poop...NOW! - Several instances in Ready Jet Go!. For example, Sunspot eats all of Sean's peanut butter sandwiches in "Sean's Year in Space", and the entire pizza in "Satellite Selfie". In "Earth Camping", Cody eats all of the Petersons' camping snacks.
- In the Muppet Babies (1984) episode, "The Great Cookie Robbery", Nanny tasks Gonzo with giving each of the other babies one cookie from a box of cookies to help tide them over while she makes lunch. Gonzo, however, keeps the box of cookies for himself and eats every last cookie from it. Karma catches up with him at the end of the episode when he's too stuffed to even look at, let alone eat his peanut butter and banana sandwich that Nanny made for him.
 Most notably, the time he ate his grandfather's entire birthday cake, lit candles and all.


--- layout: default ---
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The publication, distribution or dissemination of the 401X brochure do not imply that the applicable laws, regulatory requirements or rules have been complied with.
All statements contained in the 401X brochure and CaskCoin webpage, statements made in press releases or in any place accessible by the public and oral statements that may be made by CaskCoin, its founders, team members and any third party involved in CaskCoin and acting on behalf of CaskCoin, that are not statements of historical fact, constitute “forward-looking statements”.
All statements regarding CaskCoin, financial position, business strategies, plans and prospects and the future prospects of the industry which CaskCoin is in are forward-looking statements. Neither CaskCoin, its founders, team members, any third party involved in CaskCoin nor any other person represents, warrants and/or undertakes that the actual future results, performance or achievements of CaskCoin will be as discussed in these forward-looking statements.
Any market and industry information and forecasts included in the 401X brochure that have been obtained from internal surveys, reports and studies, where appropriate, as well as market research, publicly available information and industry publications, generally state that the information that they contain has the from sources believed to be reliable, but there can be no assurance as to the accuracy or completeness of such included information.
No information in this brochure should be considered to be business, legal, financial or tax advice regarding contribution to the development of CaskCoin. CaskCoin does not make or purport to make, and hereby disclaims, any representation, warranty or undertaking in any form whatsoever to any entity or person, including any representation, warranty or undertaking in relation to the truth, accuracy, and completeness of any of the information set out in this brochure.
The information contained on the CaskCoin web page and brochure are of descriptive nature only, are not binding, unless explicitly referred to in terms and conditions. No part of the 401X brochure is to be reproduced, distributed or disseminated without including this section.


Type a full Pokémon name or partial name into the search field. The request goes to the
pokemontcg.io api.
Please choose the right option for downloading images with hi (up to 1.5 MB per image) or low resolution
before submit the request.
Note that you can a maximum number hit of 100 per request.
Click Pikachu and say hello 😄.
I know there are enough search sites. But, here you can easily download a list with the selected images links. Select the cards and press 'Download'.
Search result for cards contain '{{pokemonName}}': {{receivedCards.length}} / max. 100
Info: You can automatically download the links to the images in the text file to one directory on your disk. For example with the help of the curl command, in bash.
{{egCurlCommand}}


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Official client to connect to ProtonVPN from the command-line.
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- Connect to ProtonVPN interactively:
protonvpn-cli connect
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protonvpn-cli connect --fastest
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protonvpn-cli connect server_name --protocol udp|tcp
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protonvpn-cli connect --random --protocol udp|tcp
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Netflix signs lease agreement to keep NYC’s Paris Theatre open
by Nick TurnerNetflix Inc. is becoming an unlikely white knight for cinephiles.
The streaming giant -- often criticized by Hollywood traditionalists for undermining the filmgoing experience -- signed a lease agreement that will keep New York’s Paris Theatre operating. The 71-year-old art-house theater, the city’s last single-screen cinema, shut down over the summer after its previous lease expired.
Netflix has already been using the theater to screen “Marriage Story,” a film it produced from director Noah Baumbach. Going forward, it plans to use the midtown Manhattan theater for special events, screenings and the theatrical release of its films.
RELATED ITEMS
- Cineplex happy to show Netflix films once they 'follow the rules': CEO
- U.S. seeks to end 70-year-old ruling and allow movie studios to buy theatres
- Netflix is in talks to buy Hollywood's historic Egyptian Theatre
“We are incredibly proud to preserve this historic New York institution so it can continue to be a cinematic home for film lovers,” Netflix Chief Content Officer Ted Sarandos said in a statement Monday.
Netflix has also been holding talks to acquire the Egyptian Theatre in Los Angeles.


If you are using the schema-aware version of Saxon, there is a variant of this command line that invokes schema-aware processing: see Schema-Aware Query from the Command Line.
The Java class net.sf.saxon.Query
has a main program that
may be used to run a query contained in a file. The form of
command is:
java net.sf.saxon.Query [options] query [ params...]
The options must come first, then the file name containing the query, then the params.
The options are as follows (in any order):
|
-ds |
Use the classic tree model for source documents. See Choosing a Tree Model. |
|
-dt |
Use the "tinytree" tree model for source documents. This is the default tree model. See Choosing a Tree Model. |
|
-noext |
Prevents the query calling external Java functions. This is useful for safety if the query is untrusted. |
|
-o filename |
Send output to named file. In the absence of this option, the results go to standard output. The output format depends on whether the -wrap option is present. |
|
-r classname |
Use the specified URIResolver to process all URIs. The URIResolver is a user-defined class, that implements the URIResolver interface defined in JAXP, whose function is to take a URI supplied as a string, and return a SAX InputSource. It is invoked to process URIs used in the doc() function, and (if -u is also specified) to process the URI of the source file provided on the command line. |
|
-s filename-or-URI |
Take input from the specified file. If the -u option is specified, or if the name begins with "file://" or "http://", then the name is assumed to be a URI rather than a filename. This file must contain an XML document. The document node of the document is made available to the query as the context item. The source document can be specified as "-" to take the source from standard input. |
|
-strip |
Strip all whitespace-only text nodes from source documents. |
|
-t |
Display version and timing information to the standard error output. The output also traces the files that are read and written, and extension modules that are loaded. |
|
-T |
Enable execution tracing. This will cause a trace of the query execution to be output to the standard error output. The events that are traced are currently function calls (entry and exit) and element construction. |
|
-TJ |
Switches on tracing of the binding of calls to external Java methods. This is useful when analyzing why Saxon fails to find a Java method to match an extension function call in the stylesheet, or why it chooses one method over another when several are available. |
|
-u |
Indicates that the name of the source document is a URI; otherwise it is taken as a filename, unless it starts with "http:" or "file:", in which case they it is taken as a URL. |
|
-val |
This option is available only with the schema-aware version of the command; it requests validation of source documents using an XML Schema. |
|
-wrap |
Wraps the result sequence in an XML element structure that indicates the type of each node or
atomic value in the query result. This format can handle any type of query result. In the
absence of this option, the command effectively wraps a |
|
-? |
Display command syntax |
|
query |
Identifies the file containing the query. Mandatory. The argument can be
specified as "-" to read the query from standard input. The query can also be specified
inline by enclosing it in curly braces (if it contains spaces, you will also need quotes
outside the curly braces to keep the command line processor happy).
For example |
A param takes the form name=value
, name being the
name of the parameter, and value the value of the parameter. These parameters are
accessible within the query as external variables, using the $name
syntax, provided
they are declared in the query prolog. If there is no such declaration, the supplied
parameter value is silently ignored. Not yet tested.
A param preceded by a leading plus sign (+) is interpreted as a filename or directory.
The content of the file is parsed as XML, and the resulting document node is passed to the stylesheet
as the value of the parameter. If the parameter value is a directory, then all the immediately contained
files are parsed as XML, and the resulting sequence of document nodes is passed as the value of the
parameter. For example, +lookup=lookup.xml
sets the value of the external variable
lookup
to the document node at the root of the tree representing the parsed contents
of the file lookup.xml
.
A param preceded by a leading exclamation mark is interpreted as a serialization parameter.
For example, !indent=yes
requests indented output, and !encoding=iso-8859-1
requests that the serialized output be in ISO 8859/1 encoding. This is equivalent to specifying
the attribute indent="yes"
or encoding="iso-8859-1"
on an xsl:output
declaration in an XSLT stylesheet.
Under Windows, and some other operating systems, it is possible to supply a value containing
spaces by enclosing it in double quotes, for example name="John Smith"
. This is a feature
of the operating system shell, not something Saxon does, so it may not work the
same way under every operating system.
If the parameter name is in a non-null namespace, the parameter can be given a value using
the syntax {uri}localname=value
. Here uri
is the namespace URI of the
parameter's name, and localname
is the local part of the name.
This applies also to output parameters. For example, you can set the indentation level to 4 by
using the parameter !{http://saxon.sf.net/}indent-spaces=4
. For the extended set of
output parameters supported by Saxon, see extensions.html.


Amy Norris
Director
Alex Herron
Co-Director
Hyunsu Kim
Technical Materials Director
Gabi Dombrowski
Mentor Director
Kim Watt
Marketing Director
Nessa Shultz
Presentation Director
Open position!
Curriculum Director


Receiver Transmitter (USART) More...
Macros | |
| #define | US_WPMR_WPKEY_PASSWD US_WPMR_WPKEY(0x555341U) |
| #define | MIN_CD_VALUE 0x01 |
| #define | MIN_CD_VALUE_SPI 0x04 |
| #define | MAX_CD_VALUE US_BRGR_CD_Msk |
| #define | HIGH_FRQ_SAMPLE_DIV 16 |
| #define | LOW_FRQ_SAMPLE_DIV 8 |
| #define | MAX_TRAN_GUARD_TIME US_TTGR_TG_Msk |
| #define | USART_PARITY_ERROR 5 |
| #define | ISO7816_T_0 0 |
| #define | ISO7816_T_1 1 |
Functions | |
| uint32_t | usart_set_async_baudrate (Usart *p_usart, uint32_t baudrate, uint32_t ul_mck) |
| Calculate a clock divider(CD) and a fractional part (FP) for the USART asynchronous modes to generate a baudrate as close as possible to the baudrate set point. More... | |
| static uint32_t | usart_set_sync_master_baudrate (Usart *p_usart, uint32_t baudrate, uint32_t ul_mck) |
| Calculate a clock divider for the USART synchronous master modes to generate a baudrate as close as possible to the baudrate set point. More... | |
| static void | usart_set_sync_slave_baudrate (Usart *p_usart) |
| Select the SCK pin as the source of baud rate for the USART synchronous slave modes. More... | |
| static uint32_t | usart_set_spi_master_baudrate (Usart *p_usart, uint32_t baudrate, uint32_t ul_mck) |
| Calculate a clock divider (CD) for the USART SPI master mode to generate a baud rate as close as possible to the baud rate set point. More... | |
| static void | usart_set_spi_slave_baudrate (Usart *p_usart) |
| Select the SCK pin as the source of baudrate for the USART SPI slave mode. More... | |
| void | usart_reset (Usart *p_usart) |
| Reset the USART and disable TX and RX. More... | |
| uint32_t | usart_init_rs232 (Usart *p_usart, const sam_usart_opt_t *p_usart_opt, uint32_t ul_mck) |
| Configure USART to work in RS232 mode. More... | |
| uint32_t | usart_init_hw_handshaking (Usart *p_usart, const sam_usart_opt_t *p_usart_opt, uint32_t ul_mck) |
| Configure USART to work in hardware handshaking mode. More... | |
| uint32_t | usart_init_sync_master (Usart *p_usart, const sam_usart_opt_t *p_usart_opt, uint32_t ul_mck) |
| Configure USART to work in SYNC mode and act as a master. More... | |
| uint32_t | usart_init_sync_slave (Usart *p_usart, const sam_usart_opt_t *p_usart_opt) |
| Configure USART to work in SYNC mode and act as a slave. More... | |
| uint32_t | usart_init_rs485 (Usart *p_usart, const sam_usart_opt_t *p_usart_opt, uint32_t ul_mck) |
| Configure USART to work in RS485 mode. More... | |
| uint32_t | usart_init_irda (Usart *p_usart, const sam_usart_opt_t *p_usart_opt, uint32_t ul_mck) |
| Configure USART to work in IrDA mode. More... | |
| static uint32_t | usart_set_iso7816_clock (Usart *p_usart, uint32_t clock, uint32_t ul_mck) |
| Calculate a clock divider (CD) for the USART ISO7816 mode to generate an ISO7816 clock as close as possible to the clock set point. More... | |
| uint32_t | usart_init_iso7816 (Usart *p_usart, const usart_iso7816_opt_t *p_usart_opt, uint32_t ul_mck) |
| Configure USART to work in ISO7816 mode. More... | |
| void | usart_reset_iterations (Usart *p_usart) |
| Reset the ITERATION in US_CSR when the ISO7816 mode is enabled. More... | |
| void | usart_reset_nack (Usart *p_usart) |
| Reset NACK in US_CSR. More... | |
| uint32_t | usart_is_rx_buf_end (Usart *p_usart) |
| Check if one receive buffer is filled. More... | |
| uint32_t | usart_is_tx_buf_end (Usart *p_usart) |
| Check if one transmit buffer is empty. More... | |
| uint32_t | usart_is_rx_buf_full (Usart *p_usart) |
| Check if both receive buffers are full. More... | |
| uint32_t | usart_is_tx_buf_empty (Usart *p_usart) |
| Check if both transmit buffers are empty. More... | |
| uint8_t | usart_get_error_number (Usart *p_usart) |
| Get the total number of errors that occur during an ISO7816 transfer. More... | |
| uint32_t | usart_init_spi_master (Usart *p_usart, const usart_spi_opt_t *p_usart_opt, uint32_t ul_mck) |
| Configure USART to work in SPI mode and act as a master. More... | |
| uint32_t | usart_init_spi_slave (Usart *p_usart, const usart_spi_opt_t *p_usart_opt) |
| Configure USART to work in SPI mode and act as a slave. More... | |
| void | usart_enable_tx (Usart *p_usart) |
| Enable USART transmitter. More... | |
| void | usart_disable_tx (Usart *p_usart) |
| Disable USART transmitter. More... | |
| void | usart_reset_tx (Usart *p_usart) |
| Immediately stop and disable USART transmitter. More... | |
| void | usart_set_tx_timeguard (Usart *p_usart, uint32_t timeguard) |
| Configure the transmit timeguard register. More... | |
| void | usart_enable_rx (Usart *p_usart) |
| Enable USART receiver. More... | |
| void | usart_disable_rx (Usart *p_usart) |
| Disable USART receiver. More... | |
| void | usart_reset_rx (Usart *p_usart) |
| Immediately stop and disable USART receiver. More... | |
| void | usart_set_rx_timeout (Usart *p_usart, uint32_t timeout) |
| Configure the receive timeout register. More... | |
| void | usart_enable_interrupt (Usart *p_usart, uint32_t ul_sources) |
| Enable USART interrupts. More... | |
| void | usart_disable_interrupt (Usart *p_usart, uint32_t ul_sources) |
| Disable USART interrupts. More... | |
| uint32_t | usart_get_interrupt_mask (Usart *p_usart) |
| Read USART interrupt mask. More... | |
| uint32_t | usart_get_status (Usart *p_usart) |
| Get current status. More... | |
| void | usart_reset_status (Usart *p_usart) |
| Reset status bits (PARE, OVER, MANERR, UNRE and PXBRK in US_CSR). More... | |
| void | usart_start_tx_break (Usart *p_usart) |
| Start transmission of a break. More... | |
| void | usart_stop_tx_break (Usart *p_usart) |
| Stop transmission of a break. More... | |
| void | usart_start_rx_timeout (Usart *p_usart) |
| Start waiting for a character before clocking the timeout count. More... | |
| uint32_t | usart_send_address (Usart *p_usart, uint32_t ul_addr) |
| In Multidrop mode only, the next character written to the US_THR is sent with the address bit set. More... | |
| void | usart_restart_rx_timeout (Usart *p_usart) |
| Restart the receive timeout. More... | |
| void | usart_drive_RTS_pin_low (Usart *p_usart) |
| Drive the pin RTS to 0. More... | |
| void | usart_drive_RTS_pin_high (Usart *p_usart) |
| Drive the pin RTS to 1. More... | |
| void | usart_spi_force_chip_select (Usart *p_usart) |
| Drive the slave select line NSS (RTS pin) to 0 in SPI master mode. More... | |
| void | usart_spi_release_chip_select (Usart *p_usart) |
| Drive the slave select line NSS (RTS pin) to 1 in SPI master mode. More... | |
| uint32_t | usart_is_tx_ready (Usart *p_usart) |
| Check if Transmit is Ready. More... | |
| uint32_t | usart_is_tx_empty (Usart *p_usart) |
| Check if Transmit Holding Register is empty. More... | |
| uint32_t | usart_is_rx_ready (Usart *p_usart) |
| Check if the received data are ready. More... | |
| uint32_t | usart_write (Usart *p_usart, uint32_t c) |
| Write to USART Transmit Holding Register. More... | |
| uint32_t | usart_putchar (Usart *p_usart, uint32_t c) |
| Write to USART Transmit Holding Register. More... | |
| void | usart_write_line (Usart *p_usart, const char *string) |
| Write one-line string through USART. More... | |
| uint32_t | usart_read (Usart *p_usart, uint32_t *c) |
| Read from USART Receive Holding Register. More... | |
| uint32_t | usart_getchar (Usart *p_usart, uint32_t *c) |
| Read from USART Receive Holding Register. More... | |
| Pdc * | usart_get_pdc_base (Usart *p_usart) |
| Get USART PDC base address. More... | |
| void | usart_enable_writeprotect (Usart *p_usart) |
| Enable write protect of USART registers. More... | |
| void | usart_disable_writeprotect (Usart *p_usart) |
| Disable write protect of USART registers. More... | |
| uint32_t | usart_get_writeprotect_status (Usart *p_usart) |
| Get write protect status. More... | |
Receiver Transmitter (USART)
The Universal Synchronous Asynchronous Receiver Transceiver (USART) provides one full duplex universal synchronous asynchronous serial link. Data frame format is widely programmable (data length, parity, number of stop bits) to support a maximum of standards. The receiver implements parity error, framing error and overrun error detection. The receiver time-out enables handling variable-length frames and the transmitter timeguard facilitates communications with slow remote devices. Multidrop communications are also supported through address bit handling in reception and transmission. The driver supports the following modes: RS232, RS485, SPI, IrDA, ISO7816, MODEM, Hardware handshaking and LIN.
| #define HIGH_FRQ_SAMPLE_DIV 16 |
| #define ISO7816_T_0 0 |
| #define ISO7816_T_1 1 |
| #define LOW_FRQ_SAMPLE_DIV 8 |
| #define MAX_CD_VALUE US_BRGR_CD_Msk |
| #define MAX_TRAN_GUARD_TIME US_TTGR_TG_Msk |
| #define MIN_CD_VALUE 0x01 |
| #define MIN_CD_VALUE_SPI 0x04 |
| #define US_WPMR_WPKEY_PASSWD US_WPMR_WPKEY(0x555341U) |
| #define USART_PARITY_ERROR 5 |
| void usart_disable_interrupt | ( | Usart * | p_usart, |
| uint32_t | ul_sources | ||
| ) |
Disable USART interrupts.
| p_usart | Pointer to a USART peripheral. |
| ul_sources | Interrupt sources bit map. |
| void usart_disable_rx | ( | Usart * | p_usart | ) |
Disable USART receiver.
| p_usart | Pointer to a USART instance. |
| void usart_disable_tx | ( | Usart * | p_usart | ) |
Disable USART transmitter.
| p_usart | Pointer to a USART instance. |
| void usart_disable_writeprotect | ( | Usart * | p_usart | ) |
Disable write protect of USART registers.
| p_usart | Pointer to a USART instance. |
| void usart_drive_RTS_pin_high | ( | Usart * | p_usart | ) |
Drive the pin RTS to 1.
| p_usart | Pointer to a USART instance. |
| void usart_drive_RTS_pin_low | ( | Usart * | p_usart | ) |
Drive the pin RTS to 0.
| p_usart | Pointer to a USART instance. |
| void usart_enable_interrupt | ( | Usart * | p_usart, |
| uint32_t | ul_sources | ||
| ) |
Enable USART interrupts.
| p_usart | Pointer to a USART peripheral. |
| ul_sources | Interrupt sources bit map. |
| void usart_enable_rx | ( | Usart * | p_usart | ) |
Enable USART receiver.
| p_usart | Pointer to a USART instance. |
| void usart_enable_tx | ( | Usart * | p_usart | ) |
Enable USART transmitter.
| p_usart | Pointer to a USART instance. |
| void usart_enable_writeprotect | ( | Usart * | p_usart | ) |
Enable write protect of USART registers.
| p_usart | Pointer to a USART instance. |
| uint8_t usart_get_error_number | ( | Usart * | p_usart | ) |
Get the total number of errors that occur during an ISO7816 transfer.
| p_usart | Pointer to a USART instance. |
| uint32_t usart_get_interrupt_mask | ( | Usart * | p_usart | ) |
Read USART interrupt mask.
| p_usart | Pointer to a USART peripheral. |
Get USART PDC base address.
| p_usart | Pointer to a UART instance. |
| uint32_t usart_get_status | ( | Usart * | p_usart | ) |
Get current status.
| p_usart | Pointer to a USART instance. |
| uint32_t usart_get_writeprotect_status | ( | Usart * | p_usart | ) |
Get write protect status.
| p_usart | Pointer to a USART instance. |
| uint32_t usart_getchar | ( | Usart * | p_usart, |
| uint32_t * | c | ||
| ) |
Read from USART Receive Holding Register.
Before reading user should check if rx is ready.
| p_usart | Pointer to a USART instance. |
| c | Pointer where the one-byte received data will be stored. |
| 0 | Data has been received. |
| 1 | on failure. |
| uint32_t usart_init_hw_handshaking | ( | Usart * | p_usart, |
| const sam_usart_opt_t * | p_usart_opt, | ||
| uint32_t | ul_mck | ||
| ) |
Configure USART to work in hardware handshaking mode.
| p_usart | Pointer to a USART instance. |
| p_usart_opt | Pointer to sam_usart_opt_t instance. |
| ul_mck | USART module input clock frequency. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_init_irda | ( | Usart * | p_usart, |
| const sam_usart_opt_t * | p_usart_opt, | ||
| uint32_t | ul_mck | ||
| ) |
Configure USART to work in IrDA mode.
| p_usart | Pointer to a USART instance. |
| p_usart_opt | Pointer to sam_usart_opt_t instance. |
| ul_mck | USART module input clock frequency. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_init_iso7816 | ( | Usart * | p_usart, |
| const usart_iso7816_opt_t * | p_usart_opt, | ||
| uint32_t | ul_mck | ||
| ) |
Configure USART to work in ISO7816 mode.
| p_usart | Pointer to a USART instance. |
| p_usart_opt | Pointer to sam_usart_opt_t instance. |
| ul_mck | USART module input clock frequency. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_init_rs232 | ( | Usart * | p_usart, |
| const sam_usart_opt_t * | p_usart_opt, | ||
| uint32_t | ul_mck | ||
| ) |
Configure USART to work in RS232 mode.
| p_usart | Pointer to a USART instance. |
| p_usart_opt | Pointer to sam_usart_opt_t instance. |
| ul_mck | USART module input clock frequency. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_init_rs485 | ( | Usart * | p_usart, |
| const sam_usart_opt_t * | p_usart_opt, | ||
| uint32_t | ul_mck | ||
| ) |
Configure USART to work in RS485 mode.
| p_usart | Pointer to a USART instance. |
| p_usart_opt | Pointer to sam_usart_opt_t instance. |
| ul_mck | USART module input clock frequency. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_init_spi_master | ( | Usart * | p_usart, |
| const usart_spi_opt_t * | p_usart_opt, | ||
| uint32_t | ul_mck | ||
| ) |
Configure USART to work in SPI mode and act as a master.
| p_usart | Pointer to a USART instance. |
| p_usart_opt | Pointer to sam_usart_opt_t instance. |
| ul_mck | USART module input clock frequency. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_init_spi_slave | ( | Usart * | p_usart, |
| const usart_spi_opt_t * | p_usart_opt | ||
| ) |
Configure USART to work in SPI mode and act as a slave.
| p_usart | Pointer to a USART instance. |
| p_usart_opt | Pointer to sam_usart_opt_t instance. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_init_sync_master | ( | Usart * | p_usart, |
| const sam_usart_opt_t * | p_usart_opt, | ||
| uint32_t | ul_mck | ||
| ) |
Configure USART to work in SYNC mode and act as a master.
| p_usart | Pointer to a USART instance. |
| p_usart_opt | Pointer to sam_usart_opt_t instance. |
| ul_mck | USART module input clock frequency. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_init_sync_slave | ( | Usart * | p_usart, |
| const sam_usart_opt_t * | p_usart_opt | ||
| ) |
Configure USART to work in SYNC mode and act as a slave.
| p_usart | Pointer to a USART instance. |
| p_usart_opt | Pointer to sam_usart_opt_t instance. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_is_rx_buf_end | ( | Usart * | p_usart | ) |
Check if one receive buffer is filled.
| p_usart | Pointer to a USART instance. |
| 1 | Receive is complete. |
| 0 | Receive is still pending. |
| uint32_t usart_is_rx_buf_full | ( | Usart * | p_usart | ) |
Check if both receive buffers are full.
| p_usart | Pointer to a USART instance. |
| 1 | Receive buffers are full. |
| 0 | Receive buffers are not full. |
| uint32_t usart_is_rx_ready | ( | Usart * | p_usart | ) |
Check if the received data are ready.
Check if Data have been received and loaded into USART_RHR.
| p_usart | Pointer to a USART instance. |
| 1 | Some data has been received. |
| 0 | No data has been received. |
| uint32_t usart_is_tx_buf_empty | ( | Usart * | p_usart | ) |
Check if both transmit buffers are empty.
| p_usart | Pointer to a USART instance. |
| 1 | Transmit buffers are empty. |
| 0 | Transmit buffers are not empty. |
| uint32_t usart_is_tx_buf_end | ( | Usart * | p_usart | ) |
Check if one transmit buffer is empty.
| p_usart | Pointer to a USART instance. |
| 1 | Transmit is complete. |
| 0 | Transmit is still pending. |
| uint32_t usart_is_tx_empty | ( | Usart * | p_usart | ) |
Check if Transmit Holding Register is empty.
Check if the last data written in USART_THR have been loaded in TSR and the last data loaded in TSR have been transmitted.
| p_usart | Pointer to a USART instance. |
| 1 | Transmitter is empty. |
| 0 | Transmitter is not empty. |
| uint32_t usart_is_tx_ready | ( | Usart * | p_usart | ) |
Check if Transmit is Ready.
Check if data have been loaded in USART_THR and are waiting to be loaded into the Transmit Shift Register (TSR).
| p_usart | Pointer to a USART instance. |
| 1 | No data is in the Transmit Holding Register. |
| 0 | There is data in the Transmit Holding Register. |
| uint32_t usart_putchar | ( | Usart * | p_usart, |
| uint32_t | c | ||
| ) |
Write to USART Transmit Holding Register.
| p_usart | Pointer to a USART instance. |
| c | Data to be sent. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_read | ( | Usart * | p_usart, |
| uint32_t * | c | ||
| ) |
Read from USART Receive Holding Register.
| p_usart | Pointer to a USART instance. |
| c | Pointer where the one-byte received data will be stored. |
| 0 | on success. |
| 1 | if no data is available or errors. |
| void usart_reset | ( | Usart * | p_usart | ) |
Reset the USART and disable TX and RX.
| p_usart | Pointer to a USART instance. |
| void usart_reset_iterations | ( | Usart * | p_usart | ) |
Reset the ITERATION in US_CSR when the ISO7816 mode is enabled.
| p_usart | Pointer to a USART instance. |
| void usart_reset_nack | ( | Usart * | p_usart | ) |
Reset NACK in US_CSR.
| p_usart | Pointer to a USART instance. |
| void usart_reset_rx | ( | Usart * | p_usart | ) |
Immediately stop and disable USART receiver.
| p_usart | Pointer to a USART instance. |
| void usart_reset_status | ( | Usart * | p_usart | ) |
Reset status bits (PARE, OVER, MANERR, UNRE and PXBRK in US_CSR).
| p_usart | Pointer to a USART instance. |
| void usart_reset_tx | ( | Usart * | p_usart | ) |
Immediately stop and disable USART transmitter.
| p_usart | Pointer to a USART instance. |
| void usart_restart_rx_timeout | ( | Usart * | p_usart | ) |
Restart the receive timeout.
| p_usart | Pointer to a USART instance. |
| uint32_t usart_send_address | ( | Usart * | p_usart, |
| uint32_t | ul_addr | ||
| ) |
In Multidrop mode only, the next character written to the US_THR is sent with the address bit set.
| p_usart | Pointer to a USART instance. |
| ul_addr | The address to be sent out. |
| 0 | on success. |
| 1 | on failure. |
| uint32_t usart_set_async_baudrate | ( | Usart * | p_usart, |
| uint32_t | baudrate, | ||
| uint32_t | ul_mck | ||
| ) |
Calculate a clock divider(CD) and a fractional part (FP) for the USART asynchronous modes to generate a baudrate as close as possible to the baudrate set point.
| p_usart | Pointer to a USART instance. |
| baudrate | Baud rate set point. |
| ul_mck | USART module input clock frequency. |
| 0 | Baud rate is successfully initialized. |
| 1 | Baud rate set point is out of range for the given input clock frequency. |
|
static |
Calculate a clock divider (CD) for the USART ISO7816 mode to generate an ISO7816 clock as close as possible to the clock set point.
| p_usart | Pointer to a USART instance. |
| clock | ISO7816 clock set point. |
| ul_mck | USART module input clock frequency. |
| 0 | ISO7816 clock is successfully initialized. |
| 1 | ISO7816 clock set point is out of range for the given input clock frequency. |
| void usart_set_rx_timeout | ( | Usart * | p_usart, |
| uint32_t | timeout | ||
| ) |
Configure the receive timeout register.
| p_usart | Pointer to a USART instance. |
| timeout | The value of receive timeout. |
|
static |
Calculate a clock divider (CD) for the USART SPI master mode to generate a baud rate as close as possible to the baud rate set point.
| p_usart | Pointer to a USART instance. |
| baudrate | Baud rate set point. |
| ul_mck | USART module input clock frequency. |
| 0 | Baud rate is successfully initialized. |
| 1 | Baud rate set point is out of range for the given input clock frequency. |
|
static |
Select the SCK pin as the source of baudrate for the USART SPI slave mode.
| p_usart | Pointer to a USART instance. |
|
static |
Calculate a clock divider for the USART synchronous master modes to generate a baudrate as close as possible to the baudrate set point.
| p_usart | Pointer to a USART instance. |
| baudrate | Baud rate set point. |
| ul_mck | USART module input clock frequency. |
| 0 | Baud rate is successfully initialized. |
| 1 | Baud rate set point is out of range for the given input clock frequency. |
|
static |
Select the SCK pin as the source of baud rate for the USART synchronous slave modes.
| p_usart | Pointer to a USART instance. |
| void usart_set_tx_timeguard | ( | Usart * | p_usart, |
| uint32_t | timeguard | ||
| ) |
Configure the transmit timeguard register.
| p_usart | Pointer to a USART instance. |
| timeguard | The value of transmit timeguard. |
| void usart_spi_force_chip_select | ( | Usart * | p_usart | ) |
Drive the slave select line NSS (RTS pin) to 0 in SPI master mode.
| p_usart | Pointer to a USART instance. |
| void usart_spi_release_chip_select | ( | Usart * | p_usart | ) |
Drive the slave select line NSS (RTS pin) to 1 in SPI master mode.
| p_usart | Pointer to a USART instance. |
| void usart_start_rx_timeout | ( | Usart * | p_usart | ) |
Start waiting for a character before clocking the timeout count.
Reset the status bit TIMEOUT in US_CSR.
| p_usart | Pointer to a USART instance. |
| void usart_start_tx_break | ( | Usart * | p_usart | ) |
Start transmission of a break.
| p_usart | Pointer to a USART instance. |
| void usart_stop_tx_break | ( | Usart * | p_usart | ) |
Stop transmission of a break.
| p_usart | Pointer to a USART instance. |
| uint32_t usart_write | ( | Usart * | p_usart, |
| uint32_t | c | ||
| ) |
Write to USART Transmit Holding Register.
| p_usart | Pointer to a USART instance. |
| c | Data to be sent. |
| 0 | on success. |
| 1 | on failure. |
| void usart_write_line | ( | Usart * | p_usart, |
| const char * | string | ||
| ) |
Write one-line string through USART.
| p_usart | Pointer to a USART instance. |
| string | Pointer to one-line string to be sent. |


/' hu - mango /
Naming inspired from the importance of human interaction when dining,
and one team member's passion for the lovely mango fruit
We started with the domain of food. Within this domain, we wanted to explore the ways in which people experience eating, or how they may go about choosing what food to eat.
As a result, we started ideating by identifying step-by-step goals for a typical user. We created an experience map to help lay out the steps, moods, and frustrations an example user would go through while navigating our app.
After looking at various food application such as Yelp and Open Table. We realized that a majority of the food applications presumed people who were interested in food would prefer to eat alone, or had pre-existing company.
However, through research we realized that often people prefer not to go out and eat if they cannot find someone to go along with them. As a result, we have introduced Humango, and application targeted towards foodies who would like to try various foods, without the hassle of finding friends to attend with.
During our wireframing phase, our team also looked at these apps for inspiration and precendence, and drew out basic wireframes for these apps to try to identify the hierarchy and importance of their features, and to try to find any significant trends.
We chose our design platform to be iOS, which could take advantage of a primarily monochromatic color scheme and focus on flat design and a clean interface.
Our use of the orange colour palette (center) stemmed from our desire to showcase the app with an adventurous and warm tone to get users in that mindset of discovering new food and meeting new people.
We began the design with sketching out grey-box wireframes to layout the general architecture of our app and the menus, icons, and features we were thinking of implementing.
Our team then tried to replicate this digitally and refine parts of the design over several iterations.
Through user research we realized the need to simplify certain features, or completely redesign how the user interacts with them.
Changing the way in which users were able to create and access their joined groups has clarified our overall design and has since created a simpler interface the user can understand.
Over multiple stages of brainstorming, sketching, wireframing, and user testing, we refined Humango's interactions as well as its look and feel, improving upon the early mockups and grey-box wireframes that were used a foundation for our app development.
Some of the before and after results are shown below, for our final iterations of
Humango's login, discover, and meetups pages.
Matthew Fong
Vickie Yim
Jonathan Du
Ricky Lalli
Download the app to start joining some foodie meetups nearby.