---
creation_epoch:<PHONE_NUMBER>
lastmod_epoch:<PHONE_NUMBER>
categories: ['Tech Tricks']
title: Multiple VLAN NOT sharing Internet with DD-WRT
---
I have a WRT54G (ver 2.0) with DD-WRT installed (VPN edition). Below are the steps to setup multiple VLANs where some of the VLAN do NOT share Internet NAT access:
- Install the VPN version of DD-WRT for your router. This method uses DD-WRT version v24 preSP2
- Setup tab
- VLAN sub-tab
- Move any ports out of the default VLAN0 to whichever VLANs you want
- Make sure each VLAN is set for Unbridged mode (not LAN)
- Networking sub-tab
- Change the VLANs you want separated from "Default" to "Unbridged"
- Give each VLAN an IP and netmask
-
Leave "Masquerade / NAT" set to "Disabled"
- (doesn't do actual blocking of NAT Internet for VLAN, this is only for special cases when loopback support is needed on the VLAN)
- Optionally add multiple DHCP servers on this screen for each VLAN
- Administration tab
- Commands sub-tab
-
Enter in the following into the "Commands" text box:
-
iptables -I FORWARD -i br0 -o vlanX -j DROP
- Stop vlan to vlan communication
- Change vlanX to whatever vlan number
- Repeat for each vlan
-
iptables -I FORWARD -i vlanX -o vlanW -j DROP
- Stop vlan to wan (NAT/Internet) communication
- Change vlanX to whatever vlan number
- Change vlanW to whatever vlan number the WAN is on
- Repeat for each vlan
- Click on Save Firewall
- Management sub-tab
- Reboot Router
Misc Notes
- DD-WRT sets WLAN public IP for SNAT mode which by default is set to do any network/vlan hence why you need extra iptables rules


Shopping Bag
Common Projects
Bball High
White
$549
Maison Margiela
Future Sneakers
White
$870
Our Legacy
Brushed Scarf
Brown
$349


{% load static %}
RoboKlein Sell
Buyer Name:
Buyer Email:
Buyer Phone:
Buyer Notes:
Add Line
{% csrf_token %}
Total Sell Price (includes tax): $
Finalize Sale


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Dietary
For the soufflés, preheat the oven to 180C/350F/Gas 4. Brush the insides of four ramekins with melted butter. Add some of the finely chopped walnuts to each ramekin, turn to coat the sides and bottom, then shake out any excess. Set aside.
Heat the butter in a pan over a medium heat until melted. Add the flour, stirring continuously, then continue to cook for a further 1-2 minutes, or until the mixture forms a thick paste. Remove from the heat.
Gradually add the milk to the pan and whisk until the mixture is smooth and well combined.
Return the mixture to the heat and continue to cook for 1-2 minutes, or until thickened. Add the goats' cheese and stir until it has melted and the mixture is smooth and well combined. Season, to taste, with salt and freshly ground black pepper.
Remove the pan from the heat, beat in the egg yolks one at a time, beating thoroughly after each addition, until well combined, then set aside.
Beat a third of the stiffened egg whites into the sauce until well combined, then carefully fold in the remaining egg whites with a metal spoon.
Spoon the mixture into the prepared ramekins, tapping the sides gently to remove any large air bubbles.
Place the ramekins into a roasting tray. Carefully pour enough boiling water into the roasting tray to reach halfway up the sides of the ramekins (this is called a bain-marie).
Transfer the bain-marie to the oven and bake for 20-25 minutes, or until the soufflés have risen and are pale golden-brown and cooked through (the soufflés are cooked through when a skewer inserted into the middle of the soufflés comes out clean). Remove the soufflés from the bain-marie and set aside to cool slightly.
Preheat the grill to its highest setting.
Carefully turn out each soufflé from its ramekin and place onto a baking tray.
Sprinkle over the Ogleshield cheese and drizzle over the cream.
Grill the soufflés for 2-3 minutes, or until the cheese is golden-brown and bubbling and the soufflés have heated through.
Meanwhile, for the walnut salad, heat 25g/1oz of the butter in a frying pan over a medium heat until melted. Add the asparagus spears, pour over just enough hot water to cover them and bring the water to a simmer. Continue to simmer for 2-3 minutes, or until the asparagus spears are tender. Drain well and set aside.
Heat a separate frying pan until hot, add the remaining butter and the pancetta strips and fry for 2-3 minutes, or until beginning to crisp.
Add the walnut halves and cooked asparagus spears and fry for 1-2 minutes, or until golden-brown, then remove from the pan and set aside to drain on kitchen paper.
Add the fried walnut halves, pancetta strips and asparagus spears to the salad leaves and mix well to combine.
In a bowl, whisk together the Dijon mustard, vinegar and olive oil until well combined. Season, to taste, with salt and freshly ground black pepper.
To serve, drizzle two thirds of the dressing over the salad and mix well to coat the leaves. Divide the dressed salad leaves equally among four serving plates. Place one twice-baked soufflé alongside each serving. Drizzle the remaining dressing around the edge of each plate.


Incorporating key elements of web design with distinguished skills in graphic design - I aim to create the perfect user experience from arrival throughout the browsing journey of the client. As a relatively new designer, I am hoping to grow along with my clients in this creative journey. In order to view the individual Web Design and Graphic Design portfolios, please click the links below.


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Syntax
if (expression) statement
The expression is evaluated in a boolean fashion. If it is true, the statement is executed.
The statement
can also be a compound/block statement.
Code example
#define BUTTONPRESSED 1
int main (void) {
if (BUTTONPRESSED) {
printf("Button is pressed\n");
}
}
if (a)
vs. if (a == 1)
Not only laziness commands the usage of if (a)
. This C code will also lead to reduced assembly code size, as it only has to test for not being equal to 0
:
0x00001170 4807 LDR r0,[pc,#28] ; @0x00001190
0x00001172 6800 LDR r0,[r0,#0x00]
0x00001174 B110 CBZ r0,0x0000117C
if (a == 1)
creates more assembly code, as it has to explicitly check the equality with 1
:
0x0000117C 4808 LDR r0,[pc,#32] ; @0x000011A0
0x0000117E 6800 LDR r0,[r0,#0x00]
0x00001180 2801 CMP r0,#0x01
0x00001182 D102 BNE 0x0000118A
CBZ
is the “compare and branch on zero” instruction that will only branch if the comparison with 0
is TRUE.
There is no “compare and branch on one” instruction, so you have to compare first (CMP
) and then branch (BNE
) if the result is not equal one.
if
statementsYou can nest if
statements easily.
Code example
#define BUTTONPRESSED 1
float adc_input;
int main (void) {
if (BUTTONPRESSED) {
printf("Button is pressed\n");
} if (adc_input >= 2.3) {
printf("Input is larger than 2.3\n");
}
}
if else
statementSyntax
if (expression) statement1
else statement2
The expression is evaluated in a boolean fashion. If it is true, statement1 is executed, if false, statement2 is executed.
Code example
#define BUTTONPRESSED 1
int main (void) {
if (BUTTONPRESSED) {
printf("Button is pressed\n");
} else {
printf("Button is not pressed!\n");
}
}
if else if
statementSyntax
if (expression1) statement1
else if (expression2) statement2
else statement3
The expression1
is evaluated in a boolean fashion. If it is true, statement1
is executed, if false, expression2
is evaluated. If it is true, statement2
is executed, if false, statement3
is executed.
Code example
float adc_input;
int main (void) {
if ((adc_input > 0) && (adc_input <= 1.0)) {
printf("Input below 1 V!\n");
} else if { ((adc_input > 1.0) && (adc_input <= 2.0))
printf("Input above 1 V and below 2 V!\n");
} else if { ((adc_input > 2.0) && (adc_input <= 3.0))
printf("Input above 2 V and below 3 V!\n");
} else {
printf("Incorrect input voltage!");
}
}


Longtime superintendent of Isle Royale National Park retires
HOUGHTON, Mich. - The longtime superintendent of Isle Royale National Park in Michigan is retiring.
Phyllis Green stepped down Friday as head of the remote park in northwestern Lake Superior. She held the position for 18 years. It was her final stop in a 41-year career with the federal government that also included posts with the U.S. Forest Service.
At Isle Royale, Green oversaw the first stages of a continuing project to restore the gray wolf population by relocating animals from the mainland.
The native of Houghton, Michigan, also led efforts to prevent exotic species in ship ballast tanks from infesting waters near the island park.
Green worked to upgrade visitor facilities and equip the park with solar power while protecting its wilderness character.


If the ns-3 is built through a tarball, an environment variable can save some time to run a script from everywhere instead of specifying the directory of waf.
If you have the full ns-3 repository this little gem is a start:
Even better is to define this as a shell function:
After fresh install of Ubuntu 14.04, the default editor gedit will not show correct encodings for Chinese characters. And the old method does not work anymore in Ubuntu 14.04, or I was missing something from that. Buy anyway, an easy workaround would be to open terminal, enter the following command and restart gedit. Should also work on other encodings.
To add encoding support to vim, which is one of the finest text editors you will be using in linux, add the following two lines to your .vimrc file. If you don’t have one, create one at home directory should suffice.


- where(Iterable<? extends T>, Func0<? extends Func2<? super Integer, ? super T, Boolean>>) - Static method in class hu.akarnokd.reactive4java.interactive.Interactive
-
Creates an iterable which filters the source iterable with the
given predicate factory function.
- where(Iterable<? extends T>, Func1<? super T, Boolean>) - Static method in class hu.akarnokd.reactive4java.interactive.Interactive
-
Creates an iterable which filters the source iterable with the
given predicate function.
- where(Iterable<? extends T>, Func2<? super Integer, ? super T, Boolean>) - Static method in class hu.akarnokd.reactive4java.interactive.Interactive
-
Creates an iterable which filters the source iterable with the
given predicate factory function.
- where(Func1<? super T, Boolean>) - Method in class hu.akarnokd.reactive4java.query.IterableBuilder
-
Creates an iterable which filters this iterable with the
given predicate factory function.
- where(Func2<Integer, ? super T, Boolean>) - Method in class hu.akarnokd.reactive4java.query.IterableBuilder
-
Creates an iterable which filters this iterable with the
given predicate factory function.
- where(Func0<Func2<? super T, ? super Integer, Boolean>>) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- where(Func1<? super T, Boolean>) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- where(Func2<? super T, ? super Integer, Boolean>) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- where(Observable<? extends T>, Func0<? extends Func2<? super T, ? super Integer, Boolean>>) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- where(Observable<? extends T>, Func1<? super T, Boolean>) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- where(Observable<? extends T>, Func2<? super T, ? super Integer, Boolean>) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- Where - Class in hu.akarnokd.reactive4java.reactive
-
Helper class for where like operations.
- Where.Indexed<T> - Class in hu.akarnokd.reactive4java.reactive
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- Where.Indexed(Observable<? extends T>, Func2<? super T, ? super Integer, Boolean>) - Constructor for class hu.akarnokd.reactive4java.reactive.Where.Indexed
-
Constructor.
- Where.IndexedFactory<T> - Class in hu.akarnokd.reactive4java.reactive
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- Where.IndexedFactory(Observable<? extends T>, Func0<? extends Func2<? super T, ? super Integer, Boolean>>) - Constructor for class hu.akarnokd.reactive4java.reactive.Where.IndexedFactory
-
Constructor.
- Where.LongIndexed<T> - Class in hu.akarnokd.reactive4java.reactive
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- Where.LongIndexed(Observable<? extends T>, Func2<? super T, ? super Long, Boolean>) - Constructor for class hu.akarnokd.reactive4java.reactive.Where.LongIndexed
-
Constructor.
- Where.OfType<T> - Class in hu.akarnokd.reactive4java.reactive
-
Filters the elements of the source sequence which
is assignable to the provided type.
- Where.OfType(Observable<?>, Class<T>) - Constructor for class hu.akarnokd.reactive4java.reactive.Where.OfType
-
Constructor.
- Where.Simple<T> - Class in hu.akarnokd.reactive4java.reactive
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- Where.Simple(Observable<? extends T>, Func1<? super T, Boolean>) - Constructor for class hu.akarnokd.reactive4java.reactive.Where.Simple
-
Constructor.
- whereLong(Func2<? super T, ? super Long, Boolean>) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- whereLong(Observable<? extends T>, Func2<? super T, ? super Long, Boolean>) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Creates a filtered observable where only Ts are relayed which satisfy the clause.
- whileDo(Func0<Boolean>) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Repeatedly registers with the source observable
if the condition holds on registration.
- whileDo(Observable<? extends T>, Func0<Boolean>) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Repeatedly registers with the source observable
if the condition holds on registration.
- window(Func0<? extends Observable<U>>) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Splits the source stream into separate observables once
the windowClosing fires an event.
- window(int) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Project the source sequence to
non-overlapping windows with the given
size.
- window(int, int) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Project the source sequence to
potentially overlapping windows whose
start is determined by skip and lengths
by size.
- window(int, long, TimeUnit) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Projects each element into a window that
is completed by either its full or the specified
amount of time elapsed.
- window(int, long, TimeUnit, Scheduler) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Projects each element into a window that
is completed by either its full or the specified
amount of time elapsed.
- window(long, long, TimeUnit) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Projects elements from the source observable
into zero or more windows which are produced
based on timing information.
- window(long, long, TimeUnit, Scheduler) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Projects elements from the source observable
into zero or more windows which are produced
based on timing information and run
on the specified scheduler.
- window(long, TimeUnit) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Projects elements from the source observable
into distinct windows which are produced
based on timing information.
- window(long, TimeUnit, Scheduler) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Projects elements from the source observable
into zero or more windows which are produced
based on timing information and run
on the specified scheduler.
- window(Observable<? extends U>, Func1<? super U, ? extends Observable<V>>) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Splits the source stream into separate observables
by starting at windowOpening events and closing at windowClosing events.
- window(Observable<U>) - Method in class hu.akarnokd.reactive4java.query.ObservableBuilder
-
Projects the source elements into a non-overlapping consecutive windows.
- window(Observable<? extends T>, Func0<? extends Observable<U>>) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Splits the source stream into separate observables once
the windowClosing fires an event.
- window(Observable<? extends T>, int) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Project the source sequence to
non-overlapping windows with the given
size.
- window(Observable<? extends T>, int, int) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Project the source sequence to
potentially overlapping windows whose
start is determined by skip and lengths
by size.
- window(Observable<? extends T>, int, long, TimeUnit) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Projects each element into a window that
is completed by either its full or the specified
amount of time elapsed.
- window(Observable<? extends T>, int, long, TimeUnit, Scheduler) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Projects each element into a window that
is completed by either its full or the specified
amount of time elapsed.
- window(Observable<? extends T>, long, long, TimeUnit) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Projects elements from the source observable
into zero or more windows which are produced
based on timing information.
- window(Observable<? extends T>, long, long, TimeUnit, Scheduler) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Projects elements from the source observable
into zero or more windows which are produced
based on timing information and run
on the specified scheduler.
- window(Observable<? extends T>, long, TimeUnit) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Projects elements from the source observable
into distinct windows which are produced
based on timing information.
- window(Observable<? extends T>, long, TimeUnit, Scheduler) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Projects elements from the source observable
into zero or more windows which are produced
based on timing information and run
on the specified scheduler.
- window(Observable<? extends T>, Observable<? extends U>, Func1<? super U, ? extends Observable<V>>) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Splits the source stream into separate observables
by starting at windowOpening events and closing at windowClosing events.
- window(Observable<? extends T>, Observable<U>) - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Projects the source elements into a non-overlapping consecutive windows.
- windowActivated(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- windowClosed(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- windowClosing - Variable in class hu.akarnokd.reactive4java.reactive.Buffer.WithOpenClose
-
The function that returns a window-close observable for a value from the window-open.
- windowClosing(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- windowClosingSelector - Variable in class hu.akarnokd.reactive4java.reactive.Windowing.WithClosing
-
The window closing selector for each registerer.
- windowClosingSelector - Variable in class hu.akarnokd.reactive4java.reactive.Windowing.WithOpenClose
-
- windowDeactivated(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- windowDeiconified(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- windowGainedFocus(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- windowIconified(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- Windowing - Class in hu.akarnokd.reactive4java.reactive
-
Helper class for the Reactive.window operators.
- Windowing.WithBoundary<T,U> - Class in hu.akarnokd.reactive4java.reactive
-
Projects the source elements into a non-overlapping consecutive windows.
- Windowing.WithBoundary(Observable<? extends T>, Observable<U>) - Constructor for class hu.akarnokd.reactive4java.reactive.Windowing.WithBoundary
-
Constructor.
- Windowing.WithClosing<T,U> - Class in hu.akarnokd.reactive4java.reactive
-
Projects the parts of the source into non-overlapping observable
sequences until the window observable finishes.
- Windowing.WithClosing(Observable<? extends T>, Func0<? extends Observable<U>>) - Constructor for class hu.akarnokd.reactive4java.reactive.Windowing.WithClosing
-
Constructor.
- Windowing.WithOpenClose<T,U,V> - Class in hu.akarnokd.reactive4java.reactive
-
Projects the source elements into multiple, potentially overlapping
windows.
- Windowing.WithOpenClose(Observable<? extends T>, Observable<? extends U>, Func1<? super U, ? extends Observable<V>>) - Constructor for class hu.akarnokd.reactive4java.reactive.Windowing.WithOpenClose
-
Constructor.
- Windowing.WithSizeSkip<T> - Class in hu.akarnokd.reactive4java.reactive
-
Project the source sequence to
potentially overlapping windows whose
start is determined by skip and lengths
by size.
- Windowing.WithSizeSkip(Observable<? extends T>, int, int) - Constructor for class hu.akarnokd.reactive4java.reactive.Windowing.WithSizeSkip
-
Constructor.
- Windowing.WithTime<T> - Class in hu.akarnokd.reactive4java.reactive
-
Projects elements from the source observable
into zero or more windows which are produced
based on timing information.
- Windowing.WithTime(Observable<? extends T>, long, long, TimeUnit, Scheduler) - Constructor for class hu.akarnokd.reactive4java.reactive.Windowing.WithTime
-
Constructor.
- Windowing.WithTimeOrSize<T> - Class in hu.akarnokd.reactive4java.reactive
-
Projects each element into a window that
is completed by either its full or the specified
amount of time elapsed.
- Windowing.WithTimeOrSize(Observable<? extends T>, int, long, TimeUnit, Scheduler) - Constructor for class hu.akarnokd.reactive4java.reactive.Windowing.WithTimeOrSize
-
Constructor.
- windowLostFocus(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- windowOpened(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- windowOpening - Variable in class hu.akarnokd.reactive4java.reactive.Buffer.WithOpenClose
-
The window-open observable.
- windowOpenings - Variable in class hu.akarnokd.reactive4java.reactive.Windowing.WithOpenClose
-
- windowStateChanged(WindowEvent) - Method in class hu.akarnokd.reactive4java.swing.ObservableWindowListener
-
- wip - Variable in class hu.akarnokd.reactive4java.scheduler.CurrentThreadScheduler
-
The in progress value.
- withClosing(Iterator<? extends T>, Closeable) - Static method in class hu.akarnokd.reactive4java.interactive.Interactive
-
Wraps the given source iterator into a closeable iterable
with the given closeable reference.
- withClosing(Iterable<? extends T>, Closeable) - Static method in class hu.akarnokd.reactive4java.interactive.Interactive
-
Wraps the given source iterator into a closeable iterable
with the given closeable reference.
- wrap(Observer<? super T>) - Static method in class hu.akarnokd.reactive4java.util.DefaultObserverEx
-
Wraps the supplied observer into a DefaultObservableEx and
simply forwards onNext, onError, onFinish events to the raw
next, error and finish methods.
- wrapTimestamped() - Static method in class hu.akarnokd.reactive4java.reactive.Reactive
-
Wrap the given type into a timestamped container of T.


Doughnuts (or donuts) are one of the most popular fried snacks that unites cultures around the world. Doughnuts come in all sizes and shapes: rings, holes, spheres, twists, and balls. It’s hard to argue that everyone enjoys fried dough no matter what shape or form it is served in. As long as it’s hot, fresh, and fried crisp!
Most doughnut recipes include flour, water, sugar, oil, eggs, milk, and shortening. Jellies, chocolate, cream, powdered sugar, and many other flavorings are used as toppings and fillings. To make doughnuts at home you only need some basic equipment: a large saucepan or Dutch oven for frying, a wooden spoon or spider, a stand mixer fitted with a paddle attachment, and perhaps a piping bag.
The doughnuts we see in stores across the United States today are said to have been brought by the Dutch settlers in the early 18th century. They were called olykoeks. Yet most cuisines have their own form of this sweet popular delicacy.
Here are some other doughnut creations from around the world that you can trying cooking at home:
African Sfenj
Similar to a cruller, this light, spongy ring of dough is deep fried in oil, and eaten either plain, or with sugar or honey. You can find street vendors selling fresh sfenj in many parts of Moroco, Algeria, Tunisia, and Libya. Sfenj is typically eaten for breakfast and in the afternoon, accompanied by mint tea or Arabic coffee. To make sfenj, dissolve yeast with water, combine with flour and salt to make a sticky batter, shape into rings, and fry in hot vegetable oil. Try this Sfenj recipe.
Indian Balushahi
Balushahi or Badusha is a traditional Indian dessert that is served at weddings and festivals. It is very sweet and crisp on the outside, and has a soft interior. Making balushahi at home requires a bit of patience, but the effort is well worth the result. Make a soft dough by kneading flour, ghee (clarified butter), yogurt, salt, baking soda, and ice cold water.  Soak in sugar syrup, let sit for few hours, and top with chopped pistachios, cardamom powder, and saffron threads. Try this Balushahi recipe.
Indonesian Donat Kentang
These disc shaped doughnuts look exactly like the mainstream American ones, but are made out of potatoes. Instead of only flour, mashed potatoes or potato starch is mixed into the batter for donat kentang (a.k.a., spudnut). In East Asia, ube (purple sweet yam) and sweet potato are also used in the batter. Fun fact: The Golden Cristal Ube, filled with champagne and topped with 24-karat gold is the priciest doughnut in the world, at $100 per doughnut! Try this far more affordable Potato Donut recipe at home.
Israeli Sufganiyah
These jelly doughnuts have clear resemblance to the Polish ponchik and German Berliner.  The tradition of eating fried food on the festival is in memory of the miracle of the Jewish Temple oil that lasted for eight days.
Traditional sufganiyah is filled with red strawberry or raspberry jelly, and topped with powdered sugar, though variations may include a filling of dulce de leche, cream, chocolate, lemon curd and other fruit preserves. Try these Sufganiyot recipe ideas.
Filipino Buñuelos
Buñuelos (also spelled bunwelos) are sweet fried dough balls that originate from Spain and are found throughout Latin America in slightly different forms. They are made with wheat-based dough, with and without yeast, and often contain anise flavoring. Shaped as balls, rounds, flat discs, or cylinders, the individual pieces are deep-fried in refined coconut oil and sprinkled with granulated sugar. Variations may include glutinous rice flour or mashed bananas mixed with all-purpose flour.
Spanish Churro
This long, crunchy dessert is often found at cafes and street stalls in Spain, Mexico, and Latin America. But you can also easily make it at home. The sweet pastry dough is a combination of water, sugar, butter, salt, and egg. Pipe the churro batter into 6-inch long cylinders and deep fry. Churros are best served freshly fried when they are still hot and crisp, dusted in sugar and cinnamon, with a cup of melted hot chocolate.  Try our Churro recipe.
Turkish Lokma
Lokma is a traditional Turkish dessert, but you will find versions of it in the Middle East, Greece, and the Balkans. Golden and crispy on the outside and almost juicy on the inside, lokma is not as doughy as a traditional doughnut. It is relatively easy to make as you don’t need to leave the batter out for long or worry about the shape. Fry the rounded balls in hot oil and soak in a heavy syrup of sugar and lemon juice. Sprinkled ground walnuts, pistachios, or sesame seeds, and serve warm. Try this Lokma recipe at home.
Related Video: Make These Churro Funnel Cakes for the Sweetest Mashup Ever
Header image by Chowhound
Sucheta Rawal is an award-winning food and travel writer, author of ‘Beato Goes To’ series of children’s books, and founder of the nonprofit ‘Go Eat Give.’ Follow her at @SuchetaRawal or visit her at www.suchetarawal.com.


Star Delegate Example
When displaying data in a QListView, QTableView, or QTreeView, the individual items are drawn by a delegate. Also, when the user starts editing an item (e.g., by double-clicking the item), the delegate provides an editor widget that is placed on top of the item while editing takes place.
Delegates are subclasses of QAbstractItemDelegate. Qt provides QItemDelegate, which inherits QAbstractItemDelegate and handles the most common data types (notably int
and QString). If we need to support custom data types, or want to customize the rendering or the editing for existing data types, we can subclass QAbstractItemDelegate or QItemDelegate. See Delegate Classes for more information about delegates, and Model/View Programming if you need a high-level introduction to Qt's model/view architecture (including delegates).
In this example, we will see how to implement a custom delegate to render and edit a "star rating" data type, which can store values such as "1 out of 5 stars".
The example consists of the following classes:
StarRating
is the custom data type. It stores a rating expressed as stars, such as "2 out of 5 stars" or "5 out of 6 stars".StarDelegate
inherits QItemDelegate and provides support forStarRating
(in addition to the data types already handled by QItemDelegate).StarEditor
inherits QWidget and is used byStarDelegate
to let the user edit a star rating using the mouse.
To show the StarDelegate
in action, we will fill a QTableWidget with some data and install the delegate on it.
StarDelegate Class Definition
Here's the definition of the StarDelegate
class:
class StarDelegate : public QStyledItemDelegate { Q_OBJECT public: StarDelegate(QWidget *parent = 0) : QStyledItemDelegate(parent) {} void paint(QPainter *painter, const QStyleOptionViewItem &option, const QModelIndex &index) const override; QSize sizeHint(const QStyleOptionViewItem &option, const QModelIndex &index) const override; QWidget *createEditor(QWidget *parent, const QStyleOptionViewItem &option, const QModelIndex &index) const override; void setEditorData(QWidget *editor, const QModelIndex &index) const override; void setModelData(QWidget *editor, QAbstractItemModel *model, const QModelIndex &index) const override; private slots: void commitAndCloseEditor(); };
All public functions are reimplemented virtual functions from QItemDelegate to provide custom rendering and editing.
StarDelegate Class Implementation
The paint() function is reimplemented from QItemDelegate and is called whenever the view needs to repaint an item:
void StarDelegate::paint(QPainter *painter, const QStyleOptionViewItem &option, const QModelIndex &index) const { if (index.data().canConvert<StarRating>()) { StarRating starRating = qvariant_cast<StarRating>(index.data()); if (option.state & QStyle::State_Selected) painter->fillRect(option.rect, option.palette.highlight()); starRating.paint(painter, option.rect, option.palette, StarRating::ReadOnly); } else { QStyledItemDelegate::paint(painter, option, index); }
The function is invoked once for each item, represented by a QModelIndex object from the model. If the data stored in the item is a StarRating
, we paint it ourselves; otherwise, we let QItemDelegate paint it for us. This ensures that the StarDelegate
can handle the most common data types.
In the case where the item is a StarRating
, we draw the background if the item is selected, and we draw the item using StarRating::paint()
, which we will review later.
StartRating
s can be stored in a QVariant thanks to the Q_DECLARE_METATYPE() macro appearing in starrating.h
. More on this later.
The createEditor() function is called when the user starts editing an item:
QWidget *StarDelegate::createEditor(QWidget *parent, const QStyleOptionViewItem &option, const QModelIndex &index) const { if (index.data().canConvert<StarRating>()) { StarEditor *editor = new StarEditor(parent); connect(editor, &StarEditor::editingFinished, this, &StarDelegate::commitAndCloseEditor); return editor; } else { return QStyledItemDelegate::createEditor(parent, option, index); } }
If the item is a StarRating
, we create a StarEditor
and connect its editingFinished()
signal to our commitAndCloseEditor()
slot, so we can update the model when the editor closes.
Here's the implementation of commitAndCloseEditor()
:
void StarDelegate::commitAndCloseEditor() { StarEditor *editor = qobject_cast<StarEditor *>(sender()); emit commitData(editor); emit closeEditor(editor); }
When the user is done editing, we emit commitData() and closeEditor() (both declared in QAbstractItemDelegate), to tell the model that there is edited data and to inform the view that the editor is no longer needed.
The setEditorData() function is called when an editor is created to initialize it with data from the model:
void StarDelegate::setEditorData(QWidget *editor, const QModelIndex &index) const { if (index.data().canConvert<StarRating>()) { StarRating starRating = qvariant_cast<StarRating>(index.data()); StarEditor *starEditor = qobject_cast<StarEditor *>(editor); starEditor->setStarRating(starRating); } else { QStyledItemDelegate::setEditorData(editor, index); } }
We simply call setStarRating()
on the editor.
The setModelData() function is called when editing is finished, to commit data from the editor to the model:
void StarDelegate::setModelData(QWidget *editor, QAbstractItemModel *model, const QModelIndex &index) const { if (index.data().canConvert<StarRating>()) { StarEditor *starEditor = qobject_cast<StarEditor *>(editor); model->setData(index, QVariant::fromValue(starEditor->starRating())); } else { QStyledItemDelegate::setModelData(editor, model, index); } }
The sizeHint()
function returns an item's preferred size:
QSize StarDelegate::sizeHint(const QStyleOptionViewItem &option, const QModelIndex &index) const { if (index.data().canConvert<StarRating>()) { StarRating starRating = qvariant_cast<StarRating>(index.data()); return starRating.sizeHint(); } else { return QStyledItemDelegate::sizeHint(option, index); } }
We simply forward the call to StarRating
.
StarEditor Class Definition
The StarEditor
class was used when implementing StarDelegate
. Here's the class definition:
class StarEditor : public QWidget { Q_OBJECT public: StarEditor(QWidget *parent = 0); QSize sizeHint() const override; void setStarRating(const StarRating &starRating) { myStarRating = starRating; } StarRating starRating() { return myStarRating; } signals: void editingFinished(); protected: void paintEvent(QPaintEvent *event) override; void mouseMoveEvent(QMouseEvent *event) override; void mouseReleaseEvent(QMouseEvent *event) override; private: int starAtPosition(int x); StarRating myStarRating; };
The class lets the user edit a StarRating
by moving the mouse over the editor. It emits the editingFinished()
signal when the user clicks on the editor.
The protected functions are reimplemented from QWidget to handle mouse and paint events. The private function starAtPosition()
is a helper function that returns the number of the star under the mouse pointer.
StarEditor Class Implementation
Let's start with the constructor:
StarEditor::StarEditor(QWidget *parent) : QWidget(parent) { setMouseTracking(true); setAutoFillBackground(true); }
We enable mouse tracking on the widget so we can follow the cursor even when the user doesn't hold down any mouse button. We also turn on QWidget's auto-fill background feature to obtain an opaque background. (Without the call, the view's background would shine through the editor.)
The paintEvent() function is reimplemented from QWidget:
void StarEditor::paintEvent(QPaintEvent *) { QPainter painter(this); myStarRating.paint(&painter, rect(), this->palette(), StarRating::Editable); }
We simply call StarRating::paint()
to draw the stars, just like we did when implementing StarDelegate
.
void StarEditor::mouseMoveEvent(QMouseEvent *event) { int star = starAtPosition(event->x()); if (star != myStarRating.starCount() && star != -1) { myStarRating.setStarCount(star); update(); } }
In the mouse event handler, we call setStarCount()
on the private data member myStarRating
to reflect the current cursor position, and we call QWidget::update() to force a repaint.
void StarEditor::mouseReleaseEvent(QMouseEvent * /* event */) { emit editingFinished(); }
When the user releases a mouse button, we simply emit the editingFinished()
signal.
int StarEditor::starAtPosition(int x) { int star = (x / (myStarRating.sizeHint().width() / myStarRating.maxStarCount())) + 1; if (star <= 0 || star > myStarRating.maxStarCount()) return -1; return star; }
The starAtPosition()
function uses basic linear algebra to find out which star is under the cursor.
StarRating Class Definition
class StarRating { public: enum EditMode { Editable, ReadOnly }; explicit StarRating(int starCount = 1, int maxStarCount = 5); void paint(QPainter *painter, const QRect &rect, const QPalette &palette, EditMode mode) const; QSize sizeHint() const; int starCount() const { return myStarCount; } int maxStarCount() const { return myMaxStarCount; } void setStarCount(int starCount) { myStarCount = starCount; } void setMaxStarCount(int maxStarCount) { myMaxStarCount = maxStarCount; } private: QPolygonF starPolygon; QPolygonF diamondPolygon; int myStarCount; int myMaxStarCount; }; Q_DECLARE_METATYPE(StarRating)
The StarRating
class represents a rating as a number of stars. In addition to holding the data, it is also capable of painting the stars on a QPaintDevice, which in this example is either a view or an editor. The myStarCount
member variable stores the current rating, and myMaxStarCount
stores the highest possible rating (typically 5).
The Q_DECLARE_METATYPE() macro makes the type StarRating
known to QVariant, making it possible to store StarRating
values in QVariant.
StarRating Class Implementation
The constructor initializes myStarCount
and myMaxStarCount
, and sets up the polygons used to draw stars and diamonds:
StarRating::StarRating(int starCount, int maxStarCount) { myStarCount = starCount; myMaxStarCount = maxStarCount; starPolygon << QPointF(1.0, 0.5); for (int i = 1; i < 5; ++i) starPolygon << QPointF(0.5 + 0.5 * std::cos(0.8 * i * 3.14), 0.5 + 0.5 * std::sin(0.8 * i * 3.14)); diamondPolygon << QPointF(0.4, 0.5) << QPointF(0.5, 0.4) << QPointF(0.6, 0.5) << QPointF(0.5, 0.6) << QPointF(0.4, 0.5); }
The paint()
function paints the stars in this StarRating
object on a paint device:
void StarRating::paint(QPainter *painter, const QRect &rect, const QPalette &palette, EditMode mode) const { painter->save(); painter->setRenderHint(QPainter::Antialiasing, true); painter->setPen(Qt::NoPen); if (mode == Editable) { painter->setBrush(palette.highlight()); } else { painter->setBrush(palette.foreground()); } int yOffset = (rect.height() - PaintingScaleFactor) / 2; painter->translate(rect.x(), rect.y() + yOffset); painter->scale(PaintingScaleFactor, PaintingScaleFactor); for (int i = 0; i < myMaxStarCount; ++i) { if (i < myStarCount) { painter->drawPolygon(starPolygon, Qt::WindingFill); } else if (mode == Editable) { painter->drawPolygon(diamondPolygon, Qt::WindingFill); } painter->translate(1.0, 0.0); } painter->restore(); }
We first set the pen and brush we will use for painting. The mode
parameter can be either Editable
or ReadOnly
. If mode
is editable, we use the Highlight color instead of the Foreground color to draw the stars.
Then we draw the stars. If we are in Edit
mode, we paint diamonds in place of stars if the rating is less than the highest rating.
The sizeHint()
function returns the preferred size for an area to paint the stars on:
QSize StarRating::sizeHint() const { return PaintingScaleFactor * QSize(myMaxStarCount, 1); }
The preferred size is just enough to paint the maximum number of stars. The function is called by both StarDelegate::sizeHint()
and StarEditor::sizeHint()
.
The main()
Function
Here's the program's main()
function:
int main(int argc, char *argv[]) { QApplication app(argc, argv); QTableWidget tableWidget(4, 4); tableWidget.setItemDelegate(new StarDelegate); tableWidget.setEditTriggers(QAbstractItemView::DoubleClicked | QAbstractItemView::SelectedClicked); tableWidget.setSelectionBehavior(QAbstractItemView::SelectRows); QStringList headerLabels; headerLabels << "Title" << "Genre" << "Artist" << "Rating"; tableWidget.setHorizontalHeaderLabels(headerLabels); populateTableWidget(&tableWidget); tableWidget.resizeColumnsToContents(); tableWidget.resize(500, 300); tableWidget.show(); return app.exec(); }
The main()
function creates a QTableWidget and sets a StarDelegate
on it. DoubleClicked and SelectedClicked are set as edit triggers, so that the editor is opened with a single click when the star rating item is selected.
The populateTableWidget()
function fills the QTableWidget with data:
void populateTableWidget(QTableWidget *tableWidget) { static const struct { const char *title; const char *genre; const char *artist; int rating; } staticData[] = { { "Mass in B-Minor", "Baroque", "J.S. Bach", 5 }, ... { 0, 0, 0, 0 } }; for (int row = 0; staticData[row].title != 0; ++row) { QTableWidgetItem *item0 = new QTableWidgetItem(staticData[row].title); QTableWidgetItem *item1 = new QTableWidgetItem(staticData[row].genre); QTableWidgetItem *item2 = new QTableWidgetItem(staticData[row].artist); QTableWidgetItem *item3 = new QTableWidgetItem; item3->setData(0, QVariant::fromValue(StarRating(staticData[row].rating))); tableWidget->setItem(row, 0, item0); tableWidget->setItem(row, 1, item1); tableWidget->setItem(row, 2, item2); tableWidget->setItem(row, 3, item3); } }
Notice the call to qVariantFromValue to convert a StarRating
to a QVariant.
Possible Extensions and Suggestions
There are many ways to customize Qt's model/view framework. The approach used in this example is appropriate for most custom delegates and editors. Examples of possibilities not used by the star delegate and star editor are:
- It is possible to open editors programmatically by calling QAbstractItemView::edit(), instead of relying on edit triggers. This could be use to support other edit triggers than those offered by the QAbstractItemView::EditTrigger enum. For example, in the Star Delegate example, hovering over an item with the mouse might make sense as a way to pop up an editor.
- By reimplementing QAbstractItemDelegate::editorEvent(), it is possible to implement the editor directly in the delegate, instead of creating a separate QWidget subclass.
Files:


{% extends 'wedding/sections/section.html' %} {% load staticfiles %} {% block content %}
In June 2017, we bought a beautiful 1940s home in Boston, Massachusetts. Despite it being bigger than the 2-bedroom apartment we were living in, we don't have room for more things. Instead of new plates and sheets, we’d love for you to support one of our home projects to help us build our home into an even more comfortable and welcoming place.


app
/
com.magnitudestudios.GameFace.pojo.EnumClasses
/
MemberStatus
/
ACCEPTED
ACCEPTED
ACCEPTED
The member has accepted the call and is joined/is joining


--- title: Just bought Andy Clarke's new book excerpt: Just bought @Malarkey's new book @itshardboiled (http://hardboiledwebdesign.com). Get it now! date: '2010-10-19 22:51:26 +0200' date_gmt: '2010-10-19 20:51:26 +0200' categories: - Webdev tags: - tweets - web - design - development ---
Just bought @Malarkey's new book @itshardboiled (http://hardboiledwebdesign.com). Get it now!


How to set links to display either vertically or horizontally on the Links module. This setting is available for all three modes: link, menu and folder.
Links displayed vertically
Links displayed horizontally


CSS3 Loading animations
Loading 1
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L
o
a
d
i
n
g
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Loading 7
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For HTML, I have got experience before back in my secondary school. So it's not something super hard for me. But it still took sometime for me to recap what I have learnt before.
As for CSS, I don't think I have heard of it before. But it's still quite fun to learn as it literally makes HTML more presentable. However, due to the continual 4-days working after the EA hands-on sessions, it delayed my process of learning CSS and of course, constructing this website. I think I will further study both HTML and CSS when I am free again, making a better looking website.
I was really surprise when I get to know the existence of markdown. Thanks to John MacFarlane who created markdown language, making our life easier to do documentation. I have yet to try markdown out due the shortage of time, but I'm pretty sure sometime in the future I will document my notes, portfolio, technical designs in it.
When I was a kid, Github is the kind of thing I will imagine and wish I have access to it, a place where I can upload things and share with my friends, colleagues, just anyone who know the link. As an example, I am putting My website on Github where my friends as well as my teachers can have look.


--- layout: page title: Lean Prover Zulip Chat Archive permalink: archive/113488general/03969infinitelymanyoddzetavaluesirrational.html ---
Hmm can I not edit the topic? It should perhaps be that...


Message
public struct Message
APNS’s message representation
-
maximum message size (increased to 4096 with APNS 2 [HTTP/2])
Declaration
Swift
public static let maximumSize: UInt = 4096
-
device tokens that given message is supposed to be sent to
Declaration
Swift
public var deviceTokens: [String]
-
application’s bundle id
Declaration
Swift
public var appBundle: String
-
custom message id, if nil APNS generates id on it’s own
Declaration
Swift
public var customId: String? = nil
-
alert in given message notification
Declaration
Swift
public var alert: Alert? = nil
-
application badge
Declaration
Swift
public var badge: Int? = nil
-
sound change
Declaration
Swift
public var sound: Sound? = nil
-
additional custom payload
Declaration
Swift
public var custom: [String: JSON] = [:]
-
Undocumented
Declaration
Swift
public struct Message
-
Undocumented
Declaration
Swift
public struct Message
-
Declaration
Swift
public init(deviceToken: String, appBundle: String) throws
Parameters
deviceToken
String single device token to receive message
appBundle
String app’s bundle id that is to receive message
-
Declaration
Swift
public init(deviceTokens: [String], appBundle: String) throws
Parameters
deviceToken
[String] collection device tokens to receive message
appBundle
String app’s bundle id that is to receive message
-
validate assigned device tokens
Declaration
Swift
public func validateDeviceTokens() throws
-
validate given device token
Declaration
Swift
public func validate(_ deviceToken: String) throws
-
validate message payload length
Declaration
Swift
public func validatePayload() throws
-
JSON representation
Declaration
Swift
public var json: JSON
-
JSON string representation
Declaration
Swift
public var jsonString: String


Time: 15 Min.
Question : Create the following Presentation
Instructions:
Make a presentation like the above shown presentation with 2 slides. Follow the below mentioned instructions for the same.
Instructions for Slide 1:
Heading:
-
Font style: Calibri (Headings)
-
Bold, Underline and Center aligned.
-
Font size: 32
-
Color black
Content:
-
Set font style “Calibri (Body)”, justified font and font size as “18 ”for content text.
-
Color of the text would be black except at few places it should be red as shown in the above slide.
-
Each bullet style and Numbering style must be same as shown in the above slide.
-
Fill the background color of the text block with the same colour as shown in the above slide (Colour : Blue, Accent 1, Lighter 80%).
-
Set “Shape Diamond ”Animation for animation effect.
Footer:
-
Add date &time, Your SSC Roll No and Your Name.
-
Font –“Rockwell ”, Font Size –16.
-
Set “Black ”colour.
Instructions for Slide 2:
Heading:
-
Font style: Calibri (Headings)
-
Bold, underline and center aligned.
-
Font size: 28
-
Color black
Content:
-
Insert a “Block Cycle ”flow chart and insert text as shown in the above slide.
-
Set font style as “Calibri (Body)”, center aligned and font size as “14 ”for each text.
-
Set “Shape Diamond ”Animation for transition effect.
Footer:
-
Add date &time, Your SSC Roll No and Your Name
-
Font –“Rockwell ”, Font Size –16.
-
Set “Black ”colour.
Save your slide with your name.


Enter phrase, receive Pig Latin
Enter a phrase in english and receive that phrase in Pig Latin
Confuse Me!


The status listed show the connection state of the cable modem. They are used by your service provider to evaluate the operation of the cable modem.
| Startup Procedure | ||
|---|---|---|
| Procedure | Status | Comment |
| Acquire Downstream Channel | 549000000 Hz | Locked |
| Connectivity State | OK | Operational |
| Boot State | OK | Operational |
| Configuration File | OK | |
| Security | Enabled | BPI+ |
| DOCSIS Network Access Enabled | Allowed |
| Downstream Bonded Channels | ||||||||
|---|---|---|---|---|---|---|---|---|
| Channel ID | Lock Status | Modulation | Frequency | Power | SNR/MER | Corrected | Uncorrectables | |
| 16 | Locked | QAM256 | 549000000 Hz | -4.6 dBmV | 38.8 dB | 204 | 443 | |
| 1 | Locked | QAM256 | 459000000 Hz | -0.2 dBmV | 42.1 dB | 984 | 3588 | |
| 2 | Locked | QAM256 | 465000000 Hz | -0.4 dBmV | 41.9 dB | 1050 | 3613 | |
| 3 | Locked | QAM256 | 471000000 Hz | -0.6 dBmV | 41.8 dB | 867 | 3231 | |
| 4 | Locked | QAM256 | 477000000 Hz | -0.7 dBmV | 41.8 dB | 885 | 3630 | |
| 5 | Locked | QAM256 | 483000000 Hz | -1.0 dBmV | 41.2 dB | 962 | 3633 | |
| 6 | Locked | QAM256 | 489000000 Hz | -1.0 dBmV | 41.4 dB | 1014 | 3502 | |
| 7 | Locked | QAM256 | 495000000 Hz | -1.0 dBmV | 41.4 dB | 1032 | 4042 | |
| 8 | Locked | QAM256 | 501000000 Hz | -1.3 dBmV | 41.2 dB | 1051 | 4068 | |
| 9 | Locked | QAM256 | 507000000 Hz | -1.9 dBmV | 40.9 dB | 1076 | 3985 | |
| 10 | Locked | QAM256 | 513000000 Hz | -2.2 dBmV | 40.6 dB | 1079 | 4247 | |
| 11 | Locked | QAM256 | 519000000 Hz | -2.4 dBmV | 40.5 dB | 991 | 3836 | |
| 12 | Locked | QAM256 | 525000000 Hz | -2.7 dBmV | 40.3 dB | 955 | 3859 | |
| 13 | Locked | QAM256 | 531000000 Hz | -3.1 dBmV | 40.0 dB | 980 | 3690 | |
| 14 | Locked | QAM256 | 537000000 Hz | -3.5 dBmV | 39.6 dB | 894 | 3257 | |
| 15 | Locked | QAM256 | 543000000 Hz | -4.1 dBmV | 39.3 dB | 1096 | 4190 | |
| 17 | Locked | QAM256 | 555000000 Hz | -5.2 dBmV | 38.2 dB | 1013 | 3879 |
| Upstream Bonded Channels | ||||||
|---|---|---|---|---|---|---|
| Channel | Channel ID | Lock Status | US Channel Type | Frequency | Width | Power |
| 1 | 57 | Locked | SC-QAM | 26000000 Hz | 6400000 Hz | 50.0 dBmV |
| 2 | 58 | Locked | SC-QAM | 19200000 Hz | 6400000 Hz | 48.0 dBmV |
Current System Time: Wed Sep 9 22:58:42 2020


property Tolerance: Integer;
Adaptive supersampling uses a tolerance parameter to limit the recursion depth. If the difference between two samples is less than the tolerance, then the recursion will stop. By default the difference between two colors is computed as the sum of the componentwise differences between the R, G and B components. It is possible to change this evaluation by overriding the protected CompareColors method.


 Until the spell ends, you deal an extra 1d6 necrotic damage to the target whenever you hit it with an attack. A lso, choose one ability when you cast the spell. The target has disadvantage on ability checks made with the chosen ability.
If the target drops to 0 hit points before this spell ends, you can use a bonus action on a subsequent turn of yours to curse a new creature.
A remove curse cast on the target ends this spell early.
At Higher Levels. When you cast this spell using a spell slot of 3rd or 4th level, you can maintain your concentration on the spell for up to 8 hours. When you use a spell slot of 5th level or higher, you can maintain your concentration on the spell for up to 24 hours.


Adorable slides for my #rubyconf are up at https://speakerdeck.com/jasonrclark/programming-in-the-small-kids-chickens-and-ruby. All artwork by Coraline herself!
11/11/2016, 1:47:03 PM
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Retweets: 0
link--- layout: tweet ---
Adorable slides for my #rubyconf are up at https://speakerdeck.com/jasonrclark/programming-in-the-small-kids-chickens-and-ruby. All artwork by Coraline herself!
11/11/2016, 1:47:03 PM
Favs: 6
Retweets: 0
linkAlso other kids programming resources we used (or made!) are at http://jasonrclark.com/kidscode/ #rubyconf
11/11/2016, 1:48:35 PM
Favs: 2
Retweets: 1
link


{% load static %}
Foooodeee!! This AMAZING website brings to you HONEST and PRECISE food and restaurant review.! We provide review of food chains stretching from VASAI to CHURCHGATE covering all the small as well as huge restaurants and food hubs.  Your review can be featured on our website if we find it genuine.. So feel free to SHARE YOUR OPINION :)
Blue lagoon mocktail is one of the very delicious soft drink to have for refreshment, it's a non alcoholic.
Food Joint Famous for this Mocktail-145 BANDRA
Godfather,as the name suggests, is very delicious and huge enough to fill your stomach.
HOWRAH,BANDRA is famous for this humungous burger.
A flat bread layered with juicy tomato sauce and topped with fresh veggies as pizza toppings and shredded mozzarella cheese.
Food corners famous for pizza's are- Joey's,Pizza by the bay,Dominoes.
Pasta is a staple dish of Italian cuisine.It is famous among the teens.
Places famous for this- Bombay Blue, Little Italy.
These long, crinkle-cut French fries are a scrumptious addition to any meal. With a quick oven bake or deep fry, these fries are sure to be a fast, delicious side the kids (and adults) will love!
Fries lovers should visit McDonald's.
Freak shakes are all the rage right now. SAD? Order a freakshake.
D'bella is the most recommended cafe for freakshakes.
Fruits provide health benefits and are important for the prevention of illnesses. The Indian Department of Agriculture recommends filling half of your plate with fruits at each meal. Fruits contain a variety of nutrients including vitamins, minerals and antioxidants.
Seafood provides the body with many essential nutrients which keep us running smoothly, including iodine, selenium, zinc and potassium. Iodine is important for the thyroid gland, and selenium makes enzymes which can help to protect us from cancer. Fish and shellfish are also excellent sources of many vitamins.
Vegetables provide health benefits and are important for the prevention of illnesses. The Indian Department of Agriculture recommends filling half of your plate with vegetables at each meal. Vegetables contain a variety of nutrients including vitamins, minerals and antioxidants.
In many parts of the world, meat makes up a considerable portion of a typical diet. It contributes protein, minerals, vitamins and fat, and these nutrients are important for their beneficial effects on your well-being
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Spectral Galerkin Method
The spectral Galerkin method can most easily be described by considering a simple PDE, like the Poisson equation, in a 1D domain \( \Omega \)
$$
\begin{equation}
-u''(x) = f(x), \quad x \in \Omega, \tag{1}
\end{equation}
$$
with appropriate boundary conditions (Dirichlet, Neumann or periodic). To solve this equation, we can define a test function \( v(x) \) that satisfies the boundary conditions, and that comes with an accompanying weight function \( w(x) \). Assuming also that we work with complex valued functions, a weighted continuous inner product of the two functions \( u \) and \( v \) can be defined as
$$
\begin{equation}
(u, v)_w = \int_{\Omega} u(x) \overline{v}(x) w(x) dx,
\tag{2}
\end{equation}
$$
where \( \overline{v} \) is the complex conjugate of \( v \). The weighted inner product can now be used to create variational forms. If we multiply Eq.
(1) with \( \overline{v}w \) and integrate over the domain we obtain the variational form of the PDE
$$
\begin{equation}
(-u'', v)_w = (f, v)_w. \tag{3}
\end{equation}
$$
The variational form can be solved numerically if \( u \) and \( v \) are approximated using a finite number \( (N) \) of test functions \( \{v_l(x)\}_{l=0}^{N-1} \), and a solution
$$
\begin{equation}
u(x) = \sum_{l=0}^{N-1} \hat{u}_l v_l(x),
\tag{4}
\end{equation}
$$
where \( \bs{\hat{u}} = \{\hat{u}_l\}_{l=0}^{N-1} \) are the expansion coefficients, that are also recognised as the unknowns in the modal spectral Galerkin method.
If \( v \) is chosen from a Fourier or Legendre basis, then the weight function used in the inner product is simply constant, and we may integrate (3) further using integration by parts. However, for a Chebyshev basis the weight function will be \( 1/\sqrt{1-x^2} \) and integration by parts is thus usually avoided. The weighted continuous inner product may, depending on the function that is to be integrated, be difficult or costly to evaluate. As such, we will in this work use the weighted discrete inner product instead, where the integral is approximated using quadrature
$$
\begin{equation}
(u, v)_w^N = \sum_{j=0}^{N-1} u(x_j) \overline{v}(x_j) w_j \approx \int_{\Omega} u(x) \overline{v}(x) w(x) dx.
\tag{5}
\end{equation}
$$
Here \( \{w_j\}_{j=0}^{N-1} \) represents the quadrature weights and \( \{x_j\}_{j=0}^{N-1} \) are the quadrature points for the integration.
The test functions \( v \) will be chosen based in part on boundary conditions. However, regardless of which space the test functions are chosen from, the procedure for solving a PDE with the spectral Galerkin method is always the same:
- Choose a basis satisfying boundary conditions.
- Derive variational forms from PDEs using weighted inner products.
- Assemble and solve linear systems of equations for expansion coefficients.
In other words it is very much like a finite element method. The major difference is that the basis functions are global, i.e., they all span the entire domain, whereas in FEM the test functions only have local support.


| | |
- ArrayToSeq(seqa)
- convert a numpy array to sequence (upper case)
- Debug(dlevel, *args)
- SeqToArray(seq)
- convert a string sequence to a numpy array
- clipstrings(clist, maxlen, reverse=False)
- clip all strings in a list to maxlen
input:
clist - list of strings
maxlen - maximal length for each string
reverse - if true - clip from end (otherwise from beginning)
- common_start(sa, sb)
- returns the longest common substring from the beginning of sa and sb
from http://stackoverflow.com/questions/18715688/find-common-substring-between-two-strings
- complement(seq)
- delete(clist, idx)
- delete elements from list
- dictupper(dat)
- turn dict keys to upper case
input:
dat - a dict with string keys
output:
newdat - a dict with the upper case keys
- fdr(pvalues, correction_type='Benjamini-Hochberg')
- consistent with R - print correct_pvalues_for_multiple_testing([0.0, 0.01, 0.029, 0.03, 0.031, 0.05, 0.069, 0.07, 0.071, 0.09, 0.1])
- fdr2(p)
- Benjamini-Hochberg p-value correction for multiple hypothesis testing.
- findn(text, substr, num)
- find num-th occurance of substr in text
input:
text : string
the string to search in
substr : string
the substring to search for in text
num : int
the occurance number (1 is the first occurance, etc)
output:
index : int
the position of the start of the num-th substring in text, or -1 if not present
- get_current_data_path(fn, subfolder='data')
- Return path to filename ``fn`` in the data folder.
During testing it is often necessary to load data files. This
function returns the full path to files in the ``data`` subfolder
by default.
Parameters
----------
fn : str
File name.
subfolder : str, defaults to ``data``
Name of the subfolder that contains the data.
Returns
-------
str
Inferred absolute path to the test data for the module where
``get_data_path(fn)`` is called.
Notes
-----
The requested path may not point to an existing file, as its
existence is not checked.
Taken from scikit-bio (Thanks!)
- getnicetax(name, separator=';')
- get the last non empty string (separated by separator)
used to get a nice taxonomy name from a taxonomy string
input:
name : str
the taxonomy string
separator: str
the separator between taxonomic levels (i.e. ';')
output:
nicename : str
only the last non empty part of name
- getsizeof(...)
- getsizeof(object, default) -> int
Return the size of object in bytes.
- isort(clist, reverse=False)
- matlab style sort
returns both sorted list and the indices of the sort
input:
clist: a list to sort
reverse - true to reverse the sort direction
output:
(svals,sidx)
svals - the sorted values
sidx - the sorted indices
- iterfastaseqs(filename)
- iterate a fasta file and return header,sequence
input:
filename - the fasta file name
output:
seq - the sequence
header - the header
- listdel(dat, todel)
- delete elements with indices from list todel in the list dat
input:
dat - the list to remove elements from
todel - indices of the items to remove
output:
dat - the new deleted list
- listtodict(dat)
- convert a list into a dict with keys as elements, values the position in the list
input:
dat - the list
output:
thedict
- listupper(dat)
- turn a list of strings to upper case
input:
dat : list of strings
output:
newdat : list of strings
- in uppercase
- mlhash(cstr, emod=0)
- do a hash function on the string cstr
based on the matlab hash function string2hash
input:
cstr - the string to hash
emod - if 0, don't do modulu, otherwise do modulo
- nicenum(num)
- get a nice string representation of the numnber
(turn to K/M if big, m/u if small, trim numbers after decimal point)
input:
num - the number
output:
numstr - the nice string of the number
- readfastaseqs(filename)
- read a fasta file and return a list of sequences
input:
filename - the fasta file name
output:
seqs - a list of sequences
headers - a list of the headers
- reorder(clist, idx)
- "
reorder a list according to idx
- revcomp(seq)
- reverse(seq)
- savelisttofile(dat, filename, delimiter='\t')
- save a list to a (tab delimited) file
inputL
dat - the list to save
filename - the filename to save to
delimiter - the delimiter to use
- tofloat(clist)
- convert a list of strings to a list of floats
input:
clist - list of strings
output:
res - list of floats
|


This is the very first webpage I made, the bare bones of HTML. These are the concepts practiced here:
This webpage taught me how to include more variation into my code. This exercise utilized:
This was the first project to make use of the Bootstrap framework. The code here makes use of:
Portland, Oregon is my adopted home. I moved here from Chicago. The midwest is an idyllic place to grow up, but I wanted to try living in another part of the country for a few years. My advice to anyone thinking about moving to Portland is that you should ABSOLUTELY not do it! It is constantly raining; there are landslides and quakes pretty much all the time; the people here are the coldest, meanest folks you'll ever meet; and good luck finding quality, farm-to-table cuisine made with locally-sourced, fresh ingredients prepared by chefs who devote their lives to making the best possible meals. If that appeals to you, then, by all means ...
I attended college in Iowa where I earned my bachelor's degree in communications. I worked as a staff writer and business manager for the student newspaper, Insight.
I love reading, technology, economics, tennis, hiking (duh!), and very specific types of shennanigans. I hope to one day complete the great work.


PureBasic - Thread
Overview
A thread is a part of a program which runs asynchronously, in the background of this program. This means it's possible to perform long operations (compression, image processing, etc) without halting the whole program and let the user continue to do other things. A thread runs within your program, it's not another process. When the main program exits, all the threads are destroyed. Under PureBasic, threads are simply a procedure which is called asynchronously. The thread runs until the procedure exits.
Examples of places of programs where threads are useful are when you need to be able to handle multiple situations with different response times or which occur at different intervals. In the above paragraph, the response times of image processing and the user interface are quite different (you would want to wait for the image to be processed but always have the user interface to respond).
PureBasic has a special compiler setting to create thread-safe executables. (/THREAD command-line switch or "create thread-safe executable" in the IDE compiler options). Without this mode, certain functions (and also the string access) are faster, but not safe to use in threads. It is still possible to create threads without this mode but it is not recommended, as even something simple like a local string access can be dangerous and needs to be protected. Enabling this option makes these things save inside threads, but comes at the price of some speed. The decision on whether or not to use threads should therefore done with care, and the threadmode should only be used when there is a real need for it.
Note: Threads need to be used carefully because it is possible that you can have multiple access to shared resources (memory, variables, files, etc) and you need to manually ensure that you do run into trouble because of this. The Mutex functions in this library can be used to synchronize access to such shared resources.
Using the Threaded keyword it's possible to create thread-based persistent objects (variables, arrays, lists, maps).
Note: Don't use DirectX inside threads (MS Windows limitation)! If you need to display graphics in threads use Images and 2DDrawing instead.
Command Index
CreateMutex
CreateSemaphore
CreateThread
FreeMutex
FreeSemaphore
IsThread
KillThread
LockMutex
PauseThread
ResumeThread
SignalSemaphore
ThreadID
ThreadPriority
TryLockMutex
TrySemaphore
UnlockMutex
WaitSemaphore
WaitThread
Example
Thread.pb
Supported OS
All


Creating new coordinate objects is of course crucial to using coordinates. The typical way to create a new coordinate object is to directly initialize your preferred coordinate system using standard python class creation, using the name of the class representing that system and a number for the two angles. For example:
>>> from astropy.coordinates import ICRS, FK4, Galactic
>>> import astropy.units as u
>>> ICRS(187.70592, 12.39112, unit=(u.degree, u.degree))
<ICRS RA=187.70592 deg, Dec=12.39112 deg>
>>> FK4(187.07317, 12.66715, unit=(u.degree, u.degree))
<FK4 RA=187.07317 deg, Dec=12.66715 deg>
>>> Galactic(283.77763, 74.49108, unit=(u.degree, u.degree))
<Galactic l=283.77763 deg, b=74.49108 deg>
Note that if you do not provide units explicitly, this will fail:
>>> ICRS(23, 1)
Traceback (most recent call last):
...
UnitsError: No unit was specified
While the above example uses python numerical types, you can also provide strings to create coordinates. If the unit parameter is (None, None) (the default), strings will be interpreted using the Angle class’ parsing scheme, and has a guiding principal of being able to interpret any unambiguous string specifying an angle. For the exact rules for how each string is parsed, see the Angle documentation.
UnitsError: No unit specified
You can also directly specify the units for both to resolve ambiguities in parsing the angle strings:
>>> ICRS("14.12412 -41:08:15.162342", unit=(u.hour, u.degree))
<ICRS RA=211.86180 deg, Dec=-41.13755 deg>
>>> ICRS("54:7:26.832 -41:08:15.162342", unit=(u.degree, u.degree))
<ICRS RA=54.12412 deg, Dec=-41.13755 deg>
>>> ICRS('3 4 5 +6 7 8', unit=(u.hour, u.degree))
<ICRS RA=46.02083 deg, Dec=6.11889 deg>
>>> ICRS('3h4m5s +6d7m8s', unit=(u.hour, u.degree))
<ICRS RA=46.02083 deg, Dec=6.11889 deg>
It’s also possible to create coordinates using lists or numpy arrays. The same unit rules apply as for scalar angles.:
>>> ICRS([187.70592, 123.45678], [12.39112, 9.87654], unit=(u.degree, u.degree))
<ICRS RA=[ 187.70592 123.45678] deg, Dec=[ 12.39112 9.87654] deg>
>>> ICRS([187.70592, 123.45678], [12.39112, 9.87654])
Traceback (most recent call last):
...
UnitsError: No unit was specified
Warning
If you try to create an angle using a tuple for each angle instead of a list or numpy array, it will be interpreted aa (hours, minutes, seconds) or (degrees, arcmin, arcsec). So if you actually want multiple coordinates from a tuple, convert it to a list or array.
One final way to create coordinates is to copy them from an already existing coordinate object:
>>> i1 = ICRS(187.70592, 12.39112, unit=(u.degree, u.degree))
>>> i2 = ICRS(i1)
>>> i1
<ICRS RA=187.70592 deg, Dec=12.39112 deg>
>>> i2
<ICRS RA=187.70592 deg, Dec=12.39112 deg>


You will receive all the request for quote at store level.
Mobile: {{storeRfq.mobile}} Email: {{storeRfq.email}}


Vendor Name:
RODD CHARLOTTETOWN - A RODD SIGNATURE HOTEL
Reference Number:
6017792
Contract Date:
2015-13-07
Description of Work:
0570 Rental—Other
Contract Period:
2015-13-07 to 2015-17-07
Delivery Date:
2015-17-07
Original Contract Value:
$16,120.95
Current Contract Value:
$16,120.95
Comments:
This contract was sole-sourced.
Additional Comments:
Conference room rental
Former Public Servant in Receipt of a Pension under the Public Service Superannuation Act:
No


MISSION
Tequity’s vision is to
promote diversity and minority inclusion in the technology community
at UC Berkeley. We will fulfill this vision by building community
and providing resources
for aspiring tech professionals. These resources include: hosting workshops, convening discussions with professors and industry leaders, and providing mentorship to students. Through these avenues, Tequity will bring together minority students, allies, professors, and tech professionals
.
Tequity was founded as a response to several unaddressed needs at UC Berkeley. First, there is a lack of community for minorities in tech at UC Berkeley. Not identifying with or looking like the majority of classmates in tech can be an isolating experience.. Secondly, there is little space for communication between minority students and their allies. Existing diversity-promoting clubs cater to those who identify into one specific minority group. Lastly, there is a need for conversations between minority students in tech and the industries trying to include them. The lack of diversity in the technology industry has been well documented, and is widely acknowledged.
In response to these needs, Tequity will function as a bridge among minority students, between minority students and their allies, and between students and industry professionals.


New Request For Proposals
New Proposal
Request For Proposals
Proposal
Recent
About
Using Pro/Con, a leader can send a request for proposals, to a group of participants. Participants can make proposals, and point out the pro's and con's of proposals.
Pro/Con handles the most significant problem with group decision-making & participatory democracy: the high cost of organizing and evaluating participants' ideas.
Design
Minimizing the burden of knowledge
Anti-abuse
Accessibility


About Me
I am Goce Damnjanovski. I am a student at the Faculty of Computer Sciences and Engineering-FINKI in Skopje. I have
previously completed the Master studies in Constitutional Law at the Faculty of Law "Iustinianus Primus" Skopje.
Since 2017, I have been learning the skills of Full Stack Web Development on the online educational platform FreeCodeCamp.
I have many years of experience in the NGO sector. I am the founder and vice president of the Association MOTUS
and a member of the Executive Board of the School Sports Club Krste Misirkov Kumanovo(USK KMK). I am currently
a freelance software tester in "testIO". Earlier in 2020, I worked as a remote data consultant
at FLOW Insight in Oslo, Norway.
Some of the courses I have taken:
- Udemy.com:
- - Learn to Program in Javascript: Beginner to Pro; 18 Sept 2019;
View Certificate
- - Quickstart AngularJS; 3 Sept 2019;
View Certificate
- - Learn Angular 5 from Scratch; 28 March 2019;
View Certificate
- - Introductory To JavaScript - Learn The Basics of JavaScript; 25 March 2019;
View Certificate
- - Bootstrap 4 Quick Start: Code Modern Responsive Websites; 22 March 2019;
View Certificate
- - Learn HTML5 Programming From Scratch; 21 March 2019;
View Certificate
- - Javascript Essentials; 8 Feb 2019;
View Certificate
- - Learn Git: Everything You Need To Know; 22 Jan 2019;
View Certificate
- - Git Started with GitHub; 21 Sept 2018;
View Certificate
- - HTML and CSS for Beginners - Build a Website & Launch ONLINE; 20 Jan 2018;
View Certificate
- - A how to guide in HTML; 13 Aug 2017;
View Certificate
- FreeCodeCamp
- - JavaScript Algorithms and Data Structures; 23 June 2019;
View Certificate
- - Responsive Web Design; 29 Sept 2018;
View Certificate
- Datacamp.com
- - Introduction to Git for Data Science; 9 Feb 2019;
View Certificate
- Sololearn.com
- - JavaScript Tutorial course; 07 Feb 2018;
View Certificate
- - jQuery Tutorial course; 03 Nov 2017;
View Certificate
- - CSS Fundamentals; 20 Oct 2017;
View Certificate
- - HTML Fundamentals; 15 Sept 2017;
View Certificate


Use this section to quickly import and export QMAL settings, so that you can use the same settings on different devices.
Since QMAL is not available in the Chrome Web Store, settings do not get saved when you update QMAL to a newer version. Using this section, you can save your settings locally in your system to import when you update QMAL.


Google Cover Letter
Dear Google Recruiters!,
Instead of a typical cover letter (considering this is a Quantitative Analyst Intern Position), I figured I would provide a set of summary statistics of my qualifications:
- 1.75 Degrees: 1 BS, 1 MS (to be completed in Spring 2015), both in Statistics
- 2 Intern/Contract Positions working with huge datasets (including data that are high dimensional (i.e. genomic expression data))
- Programming Proficiency in 3 languages (R, Python, C++, Including Pandas)
- 10+ Github Repositories
- 100+ hours in research/consulting experience
- 2 semesters of teaching applied statistics courses
- 7 is a lucky number to end a list on
What I can offer Google as an intern is 2 years of data science experience (both full and part-time), a large portfolio of work in applied statistics and statistical learning, and best practices analytical software development. But above any of my technical qualifications is a compelling need to learn!
I come from a low-SES background, having no exterior support financially. I received scholarships in Undergrad, as well as practicum and assistantships through State Farm and the University of Illinois throughout my Masters Degree. Frankly, landing an internship with Google would be a great milestone in my personal story, and would prove (at least to myself) that hard work and determination does truly pay off in the end.
Thank you for reviewing my application. My resume has also been submitted for your review.
Best, Kyle N*. Payne
- I put an N. on everything because if you google ‘Kyle Payne’, you’ll get someone else… I’m not that guy.


Current Train Schedule
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GIP demo Try the following 1. power on the pump with the "On/Off" key 2. set the volume with the arrow keys 3. confirm the volume with the "Ok" key 4. start the infusion with the "Start" key