| Date | From | Content |
|---|
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This Dapp requires that you first install an Ethereum wallet. This wallet allows DChat to talk to the Ethereum network. If you are using Chrome, you can download the MetaMask extension by clicking the logo below. Once you have installed MetaMask go ahead and login then come back to this page and refresh and you should be good to go!
-DChat team
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A personal DChat inbox has been established for you on the Ethereum blockchain. You're all set!
User registration
Just like setting up a new Email account, as a first time user we need to setup an inbox for you on the Ethereum blockchain. For this you will need to submit a transaction in MetaMask.
You will only need to do this once.
What is DChat?
DChat is a basic decentralized web messenger that lives in Ethereum blockchain. It allows you to send small text messages from your Ethereum (public) address to another Ethereum address.
What does DChat mean?
The unit of currency in Ethereum is called Ether. Wei is the smallest denomination of Ether. One Ether equals one quintillion (1 followed by 18 zeros) of Wei. DChat is a chat app that uses Wei to transmit messeges between two users.
Is DChat private?
Beyond your Ethereum wallet, you do not need a login account to use DChat. Your identity is preserved behind your Ethereum address which is read from your Ethereum wallet. DChat is anonymous in this sense. Moreover, your messages are encrypted before they are sent.
How can I send feedback/suggestion to the developers?
Believe it or now, we use DChat too! Just send an DChat message to the contract owner (listed under contract properties).


Why does an industry I've never heard of know so much about me? There are companies buying and selling your information behind the scenes, and you probably won't know until it's leaked.
https://0.30000000000000004.com/ Your language isn't broken, it's doing floating point math. Computers can only natively store integers, so they need some way of representing decimal numbers. This representation comes with some degree of inaccuracy. That's...
Compiler Explorer - C++ (x86-64 clang 7.0.0) void append_vector(std::vector<long double> foo, std::vector<long double> bar) { for (int i=0; i < bar.size(); ++i) foo.push_back(bar[i]); }
Episode v1.3 - 12 Configuration Blues Chris is joined by Steve Collins to talk about the wonderful world of configuration files. What wonders do they hold? How many configuration files does it take to setup an application? How to handle secure connection information across environments? And i...
Exploring borrowed annotations in C# One request I see fairly often for C# is to add the concept of borrowed values. That is values which can be used but not stored beyond the invocation of a particular method. This generally comes up in the context of features which require a form of owner...
Guarding Against Physical Attacks: The Xbox One Story — Tony Chen, Microsoft https://PlatformSecuritySummit.com/2019/speaker/chen Every game console since the first Atari was more or less designed to prevent the piracy of games and yet every single game console has been successfully modified to enable piracy. However, this trend ...
BlueHat Seattle 2019 || Guarding Against Physical Attacks: The Xbox One Story Tony Chen Every game console since the first Atari was more or less designed to prevent the piracy of games and yet every single game console has been successfully modified to enable piracy. However, this trend has come to an end. Both the Xbox One and t...
EfCore.GenericEventRunner: an event-driven library that works with EF Core – The Reformed Programmer Last Updated: January 3, 2020 | Created: December 1, 2019
Using HTTP Request Routes, Request Body, and Query string parameters for Authorization in ASP.NET Core This post shows how HTTP route parameters, a HTTP request body or HTTP request query string parameters can be used for authorization in ASP.NET Core. Code: Authorization using ASP.NET Core Route pa…
Edward Thomson: GitHub Actions Day 1: CI/CD Triggers GitHub Actions is a unique system: it provides CI/CD build functionality - the ability to build and test pull requests and merges into your master branch - but it's more than just a build system. So you need to specify when workflows should run, with tri...


The trackball was invented in 1946 by Ralph Benjamin for use in a military radar system and has had a small but loyal following amongst computer users who shun the conventional mouse. However, acquiring a nice trackball can be a difficult proposition, it is a small and underserved market populated with cheap plastic offerings utilising undersized spheres.
Many years ago I came across a nice industrial grade trackball. As expected it used an old serial protocol to communicate and thus began a project to re-engineer it to function with modern hardware.
For tracking the ball I settled on using the guts from a laser mouse. Laser mice are a welcome step up from regular optical models and track accurately at high DPI on almost any surface type, this includes shiny oversized black spheres. For the scroll wheel I salvaged a flywheel from an old HiFi tuner, it is nice and weighty with excellent bearings. The buttons were carved from Ebony and linked to lever type microswitches using brass rod.
I decided to put some luthiery into the the case using Western Red Cedar with Cocobolo bindings for the top. The finish is French Polished shellac. And yes, that is a detachable mahogany palm rest, bet your Logitech doesn’t come with one of those.
The result is quite striking, I really like the smooth action of the scroll wheel and you are far less likely to spill beer all over your keyboard than are when using a mouse.
You can see some of my other things I have been working on at Google+ and some things for sale for sale at Etsy.
Also check out my OpenBazaar listings.


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Competition Gallery
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Gallery: Gallery 2
Tips and regulations: Only upload pictures created with the SURFER programme. The title can be chosen freely. Please paste the equation that creates the picture into the formula field. Leave a valid e-mail address to be contacted in case your picture is among the winners. Have fun and enjoy "Surfing"!
E-Mail:
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0">There already exists an Enquiry with same details from same or different center. Hence, cannot save it. Please contact Head Office.


Okay, so here's a simple little web page. Note how I do almost all my styling in a separate .css file, to keep my html clean, but almost all my css selectors refer to classes, not general elements. This is so my styles don't clash with one another--especially important if you're working in teams.
Hey, check this out:
Another Grumpy Cat, yes. So what? You think I get paid enough to Google two separate images?
Nonetheless, note the styling I used to center the image--how I had to set display to block for the margin to take effect.
Other things to note inside the .css file:
- I use the background-image attribute, along with a few useful relatives, to create the jumbotron (the cat-explosion picture thingy).
- Using the :hover modifier, I have added an opacity property to the jumbotron that changes when the user hovers the cursor over the image.
- See what happens if you remove clear: both from the container class...
Okay, that's all for now. None of the links at the top work yet, but if you email me here to suggest topics you'd like me to cover in new versions of this site.
This is my spirit animal, my daemon. Keep that in mind before you email me with web design questions. If I don't answer, it's probably because I'm too busy laughing at your audacity for emailing me in the first place.


Another splendid quotation from the journal of Brian Cornelius Cardew, circa 1959:
My passport is more important to me than my sex-life.
[2011-05-05]


@(consistent: Int, conflicting: Int, duration: Long)
@index("Result") {
| Overall triples |
@{
consistent + conflicting
} |
| Consistent triples |
@consistent |
| Removed/Conflicted triples |
@conflicting |
| Runtime |
@{
duration / 1000d
} sec |
Consistent Triples
| Subject |
Predicate |
Object |
From |
To |
Conflicting Triples
| Subject |
Predicate |
Object |
From |
To |
}


This is my awesome first PDF generated using WKHTMLTOPDF with Node.js
UTF-8 Test : κσμε
Image :
SVG Example :
Canvas Example with Javascript:


No matter what Japanese or international dish you're after, you'll almost certainly find it in Tokyo.
But some dishes are more Tokyo than others – the iconic foods created or perfect here in the capital.
Take a look on that sweet doughnut and you can easily find out what should you try first in Tokyo.


Dustin’s style starts with acoustic pop country music with an alternative sound. His vocal arrangements have been compared to Shawn Mendes, The Killers, Hedley, Coldplay, and David Usher to name a few. Recently Dustin recorded a new EP, produced and recorded in Victoria, British Columbia. Dustin is currently playing local pub shows at some of Vancouver Island’s favorite establishments. Dustin knows how to engage an audience, by giving a great performance and the crowd keeps coming back for more.
Dustin’s musical experience began at the age of 5 when Dustin began singing alongside his mother, Carole Child, a well-respected musician in British Columbia who has played music across the province. His first tour across Canada took place in 2000. Where Dustin successfully played shows at a wide variety of venues shared by some of the most well known bands in Canada. Dustin is available for co-writing, opening acts, fundraisers, and private events. You can find a sample of Dustin’s music here.


The information contained in this website is for general information purposes only. The information is provided by Nama Developments and while we endeavour to keep the information up to date and correct, we make no representations or warranties of any kind, express or implied, about the completeness or accuracy with respect to the website or the information, products, services, or related graphics contained on the website for any purpose. The information contained in any promotional material is for illustration purposes only and may be subject to change at any time without notice. Statements, plans, images and representations are indicative only. Images may include sketches, artist impressions and computer generated images. As such prospective purchasers must not rely on such information and must make their own enquiries to satisfy themselves to all aspects of Nama projects, designs or products by seeking independent legal and financial advice in relation to all of the information contained herein. In no event will Nama be liable for any loss or damage including without limitation, indirect or consequential loss or damage, or any loss or damage whatsoever arising from loss of data or profits arising out of, or in connection with, the use of this website. Through this website you may be able to link to other websites which are not under the control of Nama. We have no control over the nature, content and availability of those sites. The inclusion of any links does not necessarily imply a recommendation or endorse the views expressed within them.


Hi there! I am a PhD student at UT Dallas being advised by Nick Gans. We currently collaborate with Drs. Xuejun Gu and Steve Jiang of UT Southwestern's Radiation Oncology lab, and we are working on proof-of-concept prototype of a soft-robot actuation mechanism for the head and neck regions during maskless and frameless cancer radiotherapy.
I've been a serial TA for the Introduction to Robotics course from Fall 2014 through Fall 2016. In the Springs of 2015 and 2016, I was the TA for the Masters Level Linear Systems Course.
My research interests lie broadly at the intersection of control systems, and vision/machine learning.


| Opcode | Instruction | 64-Bit Mode | Compat/Leg Mode | Description |
|---|---|---|---|---|
| DD /4 | FRSTOR m94/108byte | Valid | Valid | Load FPU state from m94byte or m108byte. |
Loads the FPU state (operating environment and register stack) from the memory area specified with the source operand. This state data is typically written to the specified memory location by a previous FSAVE/FNSAVE instruction.
The FPU operating environment consists of the FPU control word, status word, tag word, instruction pointer, data pointer, and last opcode. Figures 8-9 through 8-12 in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 1, show the layout in memory of the stored environment, depending on the operating mode of the processor (protected or real) and the current operand-size attribute (16-bit or 32-bit). In virtual-8086 mode, the real mode layouts are used. The contents of the FPU register stack are stored in the 80 bytes immediately following the operating environment image.
The FRSTOR instruction should be executed in the same operating mode as the corresponding FSAVE/FNSAVE instruction.
If one or more unmasked exception bits are set in the new FPU status word, a floating-point exception will be generated. To avoid raising exceptions when loading a new operating environment, clear all the exception flags in the FPU status word that is being loaded.
This instruction’s operation is the same in non-64-bit modes and 64-bit mode.
FPUControlWord ← SRC[FPUControlWord]; FPUStatusWord ← SRC[FPUStatusWord]; FPUTagWord ← SRC[FPUTagWord]; FPUDataPointer ← SRC[FPUDataPointer]; FPUInstructionPointer ← SRC[FPUInstructionPointer]; FPULastInstructionOpcode ← SRC[FPULastInstructionOpcode]; ST(0) ← SRC[ST(0)]; ST(1) ← SRC[ST(1)]; ST(2) ← SRC[ST(2)]; ST(3) ← SRC[ST(3)]; ST(4) ← SRC[ST(4)]; ST(5) ← SRC[ST(5)]; ST(6) ← SRC[ST(6)]; ST(7) ← SRC[ST(7)];
The C0, C1, C2, C3 flags are loaded.
None; however, this operation might unmask an existing exception that has been detected but not generated, because it was masked. Here, the exception is generated at the completion of the instruction.
| #GP(0) | If a memory operand effective address is outside the CS, DS, ES, FS, or GS segment limit. |
| If the DS, ES, FS, or GS register is used to access memory and it contains a NULL segment selector. | |
| #SS(0) | If a memory operand effective address is outside the SS segment limit. |
| #NM | CR0.EM[bit 2] or CR0.TS[bit 3] = 1. |
| #PF(fault-code) | If a page fault occurs. |
| #AC(0) | If alignment checking is enabled and an unaligned memory reference is made while the current privilege level is 3. |
| #UD | If the LOCK prefix is used. |
| #GP | If a memory operand effective address is outside the CS, DS, ES, FS, or GS segment limit. |
| #SS | If a memory operand effective address is outside the SS segment limit. |
| #NM | CR0.EM[bit 2] or CR0.TS[bit 3] = 1. |
| #UD | If the LOCK prefix is used. |
| #GP(0) | If a memory operand effective address is outside the CS, DS, ES, FS, or GS segment limit. |
| #SS(0) | If a memory operand effective address is outside the SS segment limit. |
| #NM | CR0.EM[bit 2] or CR0.TS[bit 3] = 1. |
| #PF(fault-code) | If a page fault occurs. |
| #AC(0) | If alignment checking is enabled and an unaligned memory reference is made. |
| #UD | If the LOCK prefix is used. |
Same exceptions as in protected mode.
| #SS(0) | If a memory address referencing the SS segment is in a non-canonical form. |
| #GP(0) | If the memory address is in a non-canonical form. |
| #NM | CR0.EM[bit 2] or CR0.TS[bit 3] = 1. |
| #PF(fault-code) | If a page fault occurs. |
| #AC(0) | If alignment checking is enabled and an unaligned memory reference is made while the current privilege level is 3. |
| #UD | If the LOCK prefix is used. |


--- layout: page title: "Contribute" parallax: true ---
Destination Sol requires either Java 7 or 8. You can either use Git or download a source zip from GitHub
$ git clone https://github.com/MovingBlocks/DestinationSol.git
$ cd DestinationSol
$ gradlew run


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Expedite Ltd are a software development company based at the Bristol & Bath Science Park near Bristol, UK offering full-stack development services.
Over the last 10 years the company has provided .NET and AWS development resource for a multitide of clients from all business sectors including global brands like Dyson and JustEat. In the last few years the company has particularly focused on helping clients build microservice and serverless cloud architectures to manage large scale web traffic and IoT connectivity to connected consumer devices.
The company was founded by Jon Reynolds in 2007. After reading a PhD in Biochemistry at the University of Bristol in 2000, Jon re-trained in web development from the ground up and now proactively enjoys working with clients to deliver solutions that meet their financial needs and expectations. Through Jon, Expedite have and continue to support smaller clients with their online marketing strategies by helping to develop, support, enhance and host their web site presence.
If you are a business requiring specialist skills in .NET or microservice technologies; or a business requiring web maintenance and hosting or a fellow techie looking to share knowledge and collaborate feel free to contact by the channels below.


Hello {{data.NICK_NAME}}
This is your profile page. You can see the progress you've made with your work and manage your projects or assigned tasks
Profile{% load static %} {% load widget_tweaks %}
This is your profile page. You can see the progress you've made with your work and manage your projects or assigned tasks
Profile


How to use
Basics
The main aim of IUPred2 is to identify Intrinsically Disordered Protein Regions (IDPRs, i.e.
regions that lack a stable monomeric structure under native
conditions) based on a biophysics-based model.
The user can input any protein sequence and IUPred returns a score between 0 and 1 for each
residue, corresponding to the probability of the given
residue being part of a disordered region.
The disordered nature of a protein segment can be context dependent: certain protein regions
can switch between an ordered and a disordered state
depending on various environmental factors. Currently, the IUPred2A server is able to detect
such context-dependent disorder in the case where the
environmental factors are either a change in the redox state or the presence of an ordered
binding partner (for more details see
here).
The following sections outline the use of IUPred2A in various scenarios. For a list of
select example runs highlighting various IUPred2A features,
see the Examples
section.
Protein sequence input
There are three basic ways to input protein sequences into IUPred2A:
I - If the protein is deposited in the UniProt database (either in SwissProt or
TrEMBL) you can specify the accession
code or the ID of the protein in the "Enter SWISS-PROT/TrEMBL identifier or accession
number" field. The IUPred2A server
is always linked to newest version of UniProt. The header of the UniProt entry will be
displayed as the title in the results page.
II - Type or cut and paste your sequence in the "paste the amino acid sequence"
field.
The amino acid sequence must be in the standard FASTA
format or must be a plain sequence.
Spaces and other non-standard
characters within the pasted sequence are permitted, however they will be removed with the
remaining sequence treated as a single
continuous chain.
III - For analysis of a large number of sequences/full proteomes, users can upload
their sequences in a single file adhering to
the standard multiple FASTA file format criteria. In this case the output will be provided
in text format via email.
Prediction type
There are three different disorder prediction types offered, each using different parameters
optimized for slightly different applications.
These are: long disorder, short disorder, and structured domains.
Long disorder (default option):
The main profile of IUPred2A is to predict global structural disorder that encompasses at
least 30 consecutive residues of the protein. The
long option is optimized for this task.
Short disorder:
In this setting, IUPred2A uses a parameter set best suited for predicting short disordered
regions, such as missing residues in the X-ray
structure of an otherwise globular protein. For this application a smaller sequential
neighbourhood of residues is considered for the
calculation of the IUPred score. As chain termini of globular proteins are often disordered
in X-ray structures, this is taken into account
by an end-adjustment parameter which favors disorder prediction at the ends.
Structured domains:
The reliable identification of ordered protein regions is a crucial step in target selection
for structural studies and structural genomics
projects. Finding putative structured domains suitable for structure determination is
another potential application of IUPred2A. In this
case the algorithm aims to find continuous regions confidently predicted ordered.
Neighbouring regions close to each other are merged,
while regions shorter than the minimal domain size of at least 30 residues are ignored. When
this prediction type is selected, the region(s)
predicted to correspond to structured/globular domains are returned.
Context-dependent predictions
IDPRs often harbor binding regions that are able to specifically interact with a globular
domain. During this interaction, in the majority
of known cases, the binding disordered region adopts an ordered structure in its bound form.
This is probably the most commonly occurring
context-dependent protein disorder, where the transition between the unstructured and the
structured states is initiated by the presence of
an appropriate protein partner. Such disordered binding regions are identified using the
ANCHOR2 prediction algorithm. Similarly to IUPred2, ANCHOR2
also assigns to each residue a score between 0 and 1, representing the probability of the
given residue to be part of a disordered binding region.
Selecting ANCHOR2 as a prediction option, the ANCHOR2 score is provided along with the
IUPred
score.
Another known context-dependent behaviour of IDPRs is the change between a folded and an
unfolded state as a result of a change in the redox state. Such protein regions can be
ordered or disordered depending on their localization in/outside the cell. Upon selecting
this option, IUPred2A marks such redox-sensitive protein regions, and also shows their
maximal and minimal predicted disorder tendencies.
Output
Basic features:
The primary output of IUPred2A is a graph showing the disorder tendency of each residue in
the given protein, where higher values correspond
to a higher probability of disorder. The graph is scalable and can be directly downloaded
for presentation/publication purposes. The list of
position-specific disorder scores is also downloadable in simple text or JSON
format.
Extended features:
If the prediction was run by specifying a UniProt ID/accession, the output of IUPred2A also
shows additional protein annotations, including
Pfam regions; post-translational
modifications (PTMs), including phosphorylations (upper line),
methylations and acetylations (lower line) taken from PhosphoSitePlus;
corresponding structures
from the PDB; and regions that were
experimentally verified to be disordered, taken from
DisProt, DIBS, and
MFIB.
If context-dependent predictions were selected, the output graph and the downloadable
results incorporate additional data as well.
In case of disordered binding region prediction via ANCHOR2, the graph shows the probability
of each residue being part of a binding region in blue.
The presence or absence of the IUPred2 and ANCHOR2 scores are switchable by clicking on the
legend.
If redox state-dependent predictions were enabled, the ranges of possible disorder
tendencies for redox- sensitive regions of the query protein are marked in purple.
REST API
IUPred2A is also accessible via REST API to enable automated/large scale use. Requests
should be input following the syntax:
http://iupred2a.elte.hu/iupred2a/::accession::
or
http://iupred2a.elte.hu/iupred2a/::iupred_type::/::accession::
In case ::iupred_type:: is not given, the default "long" will be used.
If the requested URL ends with ".json" the output
will be JSON type, in any other case it will be simple text.
Examples:
http://iupred2a.elte.hu/iupred2a/q32p44
http://iupred2a.elte.hu/iupred2a/q32p44.json
http://iupred2a.elte.hu/iupred2a/short/q32p44
|


3 writes to fdwRevocationChecks
System.Management.Automation (3)
security\nativeMethods.cs (3)
988
wtd.
fdwRevocationChecks
= 0;
1012
wtd.
fdwRevocationChecks
= 0;
1178
wtd.
fdwRevocationChecks
= 0;


Margot Tenenbaum Interiors is a studio made up of designers passionate about creating the perfect space for each client. Our interiors are timeless, reflecting our client’s personality, not the latest trend. This insight can only be delivered due to the personal relationship which Margot develops with each client. Attention to detail is key to creating a beautiful and truly personal space, which is why we only work with the highest quality materials and seek out the most skilled craftsmen for our projects.
Margot Helen Tenenbaum was adopted at the age of two. She was a successful playwright and was awarded the Braverman grant for her work in the ninth grade. Margot is known for her extreme secrecy- none of her family know she is a smoker, or of her first marriage and divorce to a Jamaican recording artist at the age of twenty-two.
After her marriage to the prominent neurologist, Raleigh St. Clair, Margot decided to change careers and become an interior designer. Her new career builds on skills she developed designing sets for her plays and retains a theatrical and stylistic quality, true to its origins. Margot’s work is characterised by a whimsical use of colour and her eclectic style is often imitated, but rarely matched. Her skill lies in combining bright colours, bold patterns and exotic antiques to create a unique space tailor made for her clients.


#include <config.h>
#include <stdio.h>
#include <bdd/util.h>
Go to the source code of this file.
Functions | |
| static int check_file | ARGS ((char *, char *)) |
| char * | util_path_search (char *prog) |
| char * | util_file_search (char *file, char *path, char *mode) |
| static int | check_file (char *filename, char *mode) |
| static int check_file ARGS | ( | (char *, char *) | ) | [static] |
| static int check_file | ( | char * | filename, | |
| char * | mode | |||
| ) | [static] |
| char* util_file_search | ( | char * | file, | |
| char * | path, | |||
| char * | mode | |||
| ) |
Definition at line 22 of file pathsearch.c.
References ALLOC, check_file(), FREE, sprintf(), strchr(), strcmp(), strlen(), strsav, and util_tilde_expand().
Referenced by util_path_search().
| char* util_path_search | ( | char * | prog | ) |


body (great-great-grandparent)
div (great-grandparent)
ul (second ancestor - second grandparent)
ul (first ancestor - first grandparent)
li (direct parent)
span


We define a "root-to-leaf path" to be any
sequence of nodes in a tree starting with the root node and
proceeding downward to a leaf.
The "root-to-leaf path sum" for that path is the sum of
all the nodes (including the root) along that path.
Define an empty tree to contain no root-to-leaf
paths (and so its sum is zero). Define a tree with one node
to have a root-to-leaf path consisting of just the root (and
so its sum is the value of the root).
Given a binary tree and a value "sum", return true if the
tree has some root-to-leaf path such that adding up all the
values along the path equals "sum".
Return false if no such path can be found.
If the root is null, and "sum" is zero, then we have success. To return True. Otherwise return False.
We can't pass the sum of the path from the leaf coming up as the return value of the function, because we won't know which child's sum to use. So instead, we have to pass something useful DOWN the tree. In particular, call the children recursively by subtracting the root's value from "sum".
The return value for any non-null node is simply true if and only if at least child returns true.


As your data reader reads your custom data file, LEAN adds the data points into a List[StockDataSource])
IEnumerable<StockDataSource>
object it passes to your algorithm's filter function. Your filter function needs to return a list of Symbol
or str
string
object. LEAN automatically subscribes to these new assets and adds them to your algorithm.
public class MyAlgorithm : QCAlgorithm { private IEnumerable<string> FilterFunction(IEnumerable<StockDataSource> stockDataSource) { return stockDataSource.SelectMany(x => x.Symbols); } }
class MyAlgorithm(QCAlgorithm): def FilterFunction(self, data: List[StockDataSource]) -> List[str]: list = [] for item in data: for symbol in item["Symbols"]: list.append(symbol) return list
If you add custom properties to your data object in the Reader
method, LEAN adds them as members to the data object in your filter method. To ensure the property names you add in the Reader
method follow the convention of member names, LEAN applies the following changes to the property names you provide in the Reader
method:
-
and .
characters are replaced with whitespace.For example, if you set a property name in the Reader
method to ['some-property.name']
, you can access it in your filter method through the Somepropertyname
member of your data object.


Preparation time
overnight
Cooking time
1 to 2 hours
Serves
Serves 4
Equipment and preparation: You will need a wide, shallow, flameproof casserole with a domed lid, about 23cm/9in across the base. Failing that, use any flameproof casserole of 3 litres/5 pints capacity.
There are two ways to deal with chickpeas. The easiest is to pop them into a bowl, cover them with cold water and leave them overnight or for a minimum of 8 hours. But, if it slips your mind, what you can do is place them in a saucepan, cover them with cold water and bring them up to the boil for 10 minutes. Then turn off the heat and let them soak for 3 hours. Either way, when you want to start making this recipe, the chickpeas need to be simmered for 20 minutes or until tender.
While they're simmering, place a small frying pan over direct medium heat, add the cumin and coriander seeds and toss them around in a hot pan for about 2-3 minutes or until they start to dance and change colour. Then remove the seeds to a pestle and mortar and crush them coarsely and transfer them to a plate. Next, crush the saffron stamens to a powder with the pestle and mortar, then squeeze out the juice of one of the lemons and add it to the saffron, stirring well.
Then prepare the chicken by seasoning the joints with salt and pepper. Slice the peppers in half, remove the seeds and pith and cut each half intolarge pieces. The onions should be sliced roughly the same size as the peppers. Now heat 1 tbsp of the olive oil in the flameproof casserole and, when it's really hot, brown the chicken pieces on all sides - don't overcrowd the pan; it's best to do it in two batches, four pieces at a time.
After that, remove the chicken pieces to a plate, then add the second tablespoon of oil and turn the heat to its highest setting. When the oil is really hot, add the peppers and onions and cook them in the hot oil, moving them around until their edges are slightly blackened - this should take about 5 minutes - then turn the heat down. Strip the coriander leaves from the stalks, wrap them in a piece of clingfilm and keep them in the fridge. Then chop the coriander stalks finely and add these to the peppers and onions, along with the garlic, chillies, crushed spices, the chickpeas and rice, then give everything a good stir to distribute all the ingredients.
Season well with salt and pepper, then combine the lemon and saffron mixture with the stock and wine, pour it all in to the casserole and stir well. Cut the remaining lemon into thin slices and push these well into the liquid. Now scatter the olives in and, finally, place the pieces of chicken on top of everything. Cover with a tight-fitting lid and place in the pre-heated oven for one hour or until the rice and chickpeas are tender. Then, just before serving, scatter the coriander leaves on top and serve straight away on warmed serving plates.


FREE(root shells)BSD
~$ whoami
Mattias Karlsson
http://bsd.rce.fun
<EMAIL_ADDRESS>//<EMAIL_ADDRESS>@likvidera
FreeBS ... What?
*https://github.com/Cryptogenic
Inspiration
Kernel ... what?
*ioctl, syscalls, userspace/kernel, api
Kernel exploitation, why?
Privilege escalation
Escape sandboxes
Escape jails/containers
Disable selinux and friends or inject into a privileged context
AV-bypass (Shoutout to DUQU)
*Less mitigations than in userspace
Where to start?
*Debug setup, source, etc
Setup Kernel
*VMWare is enough
Setup GDB
CVE-2019-5602 - Bug description
TL;DR Oopsie
To implement one particular ioctl, the Linux emulation code used a special interface present in the cd(4) driver which allows it to copy subchannel information directly to a kernel address. This interface was erroneously made accessible to userland, allowing users with read access to a cd(4) device to arbitrarily overwrite kernel memory when some media is present in the device...
*https://packetstormsecurity.com/files/153522/FreeBSD-Security-Advisory-FreeBSD-SA-19-11.cd_ioctl.html
Bug analysis
Bug analysis II
Exploit primitive
Exploit PoC
Why this bug sucks
Exploit requires the user to be in the operator group
Exploit requries a media to be inserted in the cdrom (* This is not true in virtualization such as VMWare)
Why this bug rules
Moderatly tricky exploit-primitive but it's reliable
Good opportunity to learn about FreeBSD kernel pwning
*Not a lot of public FreeBSD kernel vulns
FreeBSD 12 RELEASE - Exploit Mitigations
SMEP : ✔
SMAP : ✔
KASLR : ✘
KPTR_RESTRICT : ✘
*FreeBSD has supported Supervisor Mode Execution Prevention since 2012[6] and Supervisor Mode Access Prevention since 2018
SMEP - Prevent executing in userspace when in supervisor mode
SMAP - Prevent accessing data from userspace when in supervisor mode
KASLR - Randomize kernel loadaddress and data
KPTR_RESTRICT - Hide kernel pointers
*kldsym
FreeBSD 12 RELEASE - Exploitation with no mitigations
SMEP : ✘
SMAP : ✘
KASLR : ✘
KPTR_RESTRICT : ✘
Exploit method #1 - Static pointer hijack (shoutout to b0bb)
*Can't overwrite the kernel directly but theres candy in .data
Exploit method #1 - Static pointer hijack
Exploit method #1 - Static pointer hijack
FreeBSD 12 RELEASE - Exploit Mitigations
SMEP : ✔
SMAP : ✔
KASLR : ✘
KPTR_RESTRICT : ✘
Exploit method #2 - cred corruption
A perfect target
But FreeBSD differs from Linux
Hunt for a cred spray primitive
Use fork+setuid to achieve cred spray
Downsides with this method
Write to non-allocated page, equals panic
Trash an important pointer or data, equals panic
A panic is game-over!
Exploit method #3 - cred corruption with page spraying
1) Fork first to reduce heap-noise
2) Use mmap to vacate most of the available memory on the system
3) Use god_write to mark a specific page, find it and free it
4) Spray cred structs and pray one lands at our target address
Exploit method #3 - cred corruption with page spraying
Exploit method #3 - cred corruption with page spraying
Exploit method #3 - cred corruption with page spraying
Winning!? (1 in 30 to 1 in 5)
Improvements?
create UaF via kernel .data
Want more?
ADVENT CTF - advent2019.overthewire.org
PWNYRACING - https://pwny.racing
WARGAMES - http://pwnable.kr && http://pwnable.tw
FREE(root shells)BSD
~$ whoami
Mattias Karlsson
http://bsd.rce.fun
<EMAIL_ADDRESS>//<EMAIL_ADDRESS>@likvidera


New Accessories from Anthropologie
Filters
All
Purse
Jewelry
Shoes
Other
To see more accessories, visit Anthropologie's
website


Class: Aws::DatabaseMigrationService::Types::NeptuneSettings
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb |
Overview
Provides information that defines an Amazon Neptune endpoint.
Constant Summary
Instance Attribute Summary
-
#error_retry_duration ⇒ Integer
rw
The number of milliseconds for DMS to wait to retry a bulk-load of migrated graph data to the
::Aws::Neptune
target database before raising an error. -
#iam_auth_enabled ⇒ Boolean
rw
If you want Identity and Access Management (IAM) authorization enabled for this endpoint, set this parameter to
true
. -
#max_file_size ⇒ Integer
rw
The maximum size in kilobytes of migrated graph data stored in a .csv file before DMS bulk-loads the data to the
::Aws::Neptune
target database. -
#max_retry_count ⇒ Integer
rw
The number of times for DMS to retry a bulk load of migrated graph data to the
::Aws::Neptune
target database before raising an error. -
#s3_bucket_folder ⇒ String
rw
A folder path where you want DMS to store migrated graph data in the
::Aws::S3
bucket specified byS3BucketName
. -
#s3_bucket_name ⇒ String
rw
The name of the Amazon S3 bucket where DMS can temporarily store migrated graph data in .csv files before bulk-loading it to the
::Aws::Neptune
target database. -
#service_access_role_arn ⇒ String
rw
The Amazon
::Aws::DatabaseMigrationService::Resource
Name (ARN) of the service role that you created for the::Aws::Neptune
target endpoint.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#error_retry_duration ⇒ Integer
(rw)
The number of milliseconds for DMS to wait to retry a bulk-load of
migrated graph data to the ::Aws::Neptune
target database before raising an
error. The default is 250.
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 8214
class NeptuneSettings < Struct.new( :service_access_role_arn, :s3_bucket_name, :s3_bucket_folder, :error_retry_duration, :max_file_size, :max_retry_count, :iam_auth_enabled) SENSITIVE = [] include Aws::Structure end
#iam_auth_enabled ⇒ Boolean
(rw)
If you want Identity and Access Management (IAM) authorization
enabled for this endpoint, set this parameter to true
. Then attach
the appropriate ::Aws::IAM
policy document to your service role specified
by ServiceAccessRoleArn
. The default is false
.
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 8214
class NeptuneSettings < Struct.new( :service_access_role_arn, :s3_bucket_name, :s3_bucket_folder, :error_retry_duration, :max_file_size, :max_retry_count, :iam_auth_enabled) SENSITIVE = [] include Aws::Structure end
#max_file_size ⇒ Integer
(rw)
The maximum size in kilobytes of migrated graph data stored in a
.csv file before DMS bulk-loads the data to the ::Aws::Neptune
target
database. The default is 1,048,576 KB. If the bulk load is
successful, DMS clears the bucket, ready to store the next batch of
migrated graph data.
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 8214
class NeptuneSettings < Struct.new( :service_access_role_arn, :s3_bucket_name, :s3_bucket_folder, :error_retry_duration, :max_file_size, :max_retry_count, :iam_auth_enabled) SENSITIVE = [] include Aws::Structure end
#max_retry_count ⇒ Integer
(rw)
The number of times for DMS to retry a bulk load of migrated graph
data to the ::Aws::Neptune
target database before raising an error. The
default is 5.
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 8214
class NeptuneSettings < Struct.new( :service_access_role_arn, :s3_bucket_name, :s3_bucket_folder, :error_retry_duration, :max_file_size, :max_retry_count, :iam_auth_enabled) SENSITIVE = [] include Aws::Structure end
#s3_bucket_folder ⇒ String
(rw)
A folder path where you want DMS to store migrated graph data in the
::Aws::S3
bucket specified by S3BucketName
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 8214
class NeptuneSettings < Struct.new( :service_access_role_arn, :s3_bucket_name, :s3_bucket_folder, :error_retry_duration, :max_file_size, :max_retry_count, :iam_auth_enabled) SENSITIVE = [] include Aws::Structure end
#s3_bucket_name ⇒ String
(rw)
The name of the Amazon S3 bucket where DMS can temporarily store
migrated graph data in .csv files before bulk-loading it to the
::Aws::Neptune
target database. DMS maps the SQL source data to graph data
before storing it in these .csv files.
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 8214
class NeptuneSettings < Struct.new( :service_access_role_arn, :s3_bucket_name, :s3_bucket_folder, :error_retry_duration, :max_file_size, :max_retry_count, :iam_auth_enabled) SENSITIVE = [] include Aws::Structure end
#service_access_role_arn ⇒ String
(rw)
The Amazon ::Aws::DatabaseMigrationService::Resource
Name (ARN) of the service role that you created
for the ::Aws::Neptune
target endpoint. The role must allow the
iam:PassRole
action. For more information, see Creating an ::Aws::IAM
Service Role for Accessing Amazon ::Aws::Neptune
as a Target in the
Database Migration Service User Guide.
# File 'gems/aws-sdk-databasemigrationservice/lib/aws-sdk-databasemigrationservice/types.rb', line 8214
class NeptuneSettings < Struct.new( :service_access_role_arn, :s3_bucket_name, :s3_bucket_folder, :error_retry_duration, :max_file_size, :max_retry_count, :iam_auth_enabled) SENSITIVE = [] include Aws::Structure end


Narrated Salman Al-Farsi:
Allah's Apostle (p.b.u.h) said, "Anyone who takes a bath on Friday and cleans himself as much as he can and puts oil (on his hair) or scents himself; and then proceeds for the prayer and does not force his way between two persons (assembled in the mosque for the Friday prayer), and prays as much as is written for him and remains quiet when the Imam delivers the Khutba, all his sins in between the present and the last Friday will be forgiven."


Big Fat Quiz of Maja
Are you in desperate need of a Maja? Answer these 14 questions and find out!
Do you use the company instagram soley for seminar/conference/meeting pictures?
Ja
Nej


4 / 0 6 / 2 0 1 4 - E N U M E R A B L E # G R O U P _ B Y
The group_by method is part of the enumerable class in ruby. It takes an array and converts it to a hash that is sorted by the input of the method. Here are some uses:
You could sort an array of strings by first letter:
strings = ["Lorem", "Ipsum", "Dolor", "Sit", "Lamet"]
strings.group_by { |x| x[0] } => {"L"=>["Lorem", "Lamet"], "I"=>["Ipsum"], "D"=>["Dolor"], "S"=>["Sit"]}
As seen above, group_by can be used to sort the list into a hash where the keys are letters and the values are the strings that begin with those letters. This is extremely useful for any sort of filing system, and is very easy to implement. Here's an example where the array is separated into a hash by length:
strings.group_by { |x| x.length } => {"5"=>["Lorem", "Ipsum", "Dolor", "Lamet"], "3"=>["Sit"]}
As you can see the strings array was converted into a hash with the keys being the length of the string and the values being the strings themselves. This is just the tip of the iceberg when it comes to the group_by method, but from these examples you can get a taste of the utility of the method.


{% extends 'base_email.html' %} {% block preheader %}Confirmation of attendance for {{ h_name }}{% endblock %} {% block content %}
Thank you {{ name }} for confirming your attendance to {{ h_name }}!
We are really excited to host this event and have you physically with us.
The situation with coronavirus is ever-changing and so we reserve the right to change your invitation to participate online. If this happens to be inevitable, you will be informed.
In order to make registration go smoother, please show us this QR code when you arrive at the venue so we can easily find you:
{% include 'mails/include/email_image.html' with url=qr_url %} {% include 'mails/include/cancel.html' %} {% include 'mails/include/arrival_departure_info.html' %} {% include 'mails/include/closing.html' %} {% endblock %}


Lamar Odom is engaged!
by Bashiera Parker (@bparks_)Cape Town – Lamar Odom and Sabrina Parr are engaged!
The professional basketball player who made his relationship with the personal trainer public just three months ago, shared the news on Instagram on Monday writing, "Introducing my new fiancé!! Soon to be Mrs Parr-Odom.
"She the ONE!!!"
SEE THE POST HERE:
In the photo, Sabrina is wearing a pear-shaped ring she later showed off in a few videos of her own.
"I SAID YES!!!" she captioned it, adding the hashtags, "#mrsparrodom" and "#lamarandsabrina".
SEE THAT POST HERE:
Although Lamar and Sabrina haven't been dating for very long, the 40-year-old shared that they were dating in August, he wrote on Instagram, "What we have is much more than they can see..." Shortly after the soon-to-be-married couple also spoke openly about their relationship on Dish Nation.
Sabrina said, "You have to meet people where they are." When talking about Lamar's troubled past, touching on his relationship and very public split from Khloé Kardashian, she continued, "He was never in a position to be someone's husband, you know? He was sick, he needed to heal, he needed to grieve. He experienced a lot of losses. And he never had time to go through that."
Congratulations to the happy couple!
(Photo: Getty Images)


Satay sauce without peanuts
For anyone who'd like to eat peanut sauce, but can't use peanuts.
metadata
Created on 2020-04-13
Estimated time needed: At least 8 minutes. At most 13 minutes.
Ingredients
| 75 | g | onion | 1 medium onion is about 150 g. | |
| 70 | g | cashews | ||
| 10 | g | ginger | ||
| 4 | tbsp | tamarind | ||
| 4 | dl | coconut milk | ||
| 2 | pieces | chili pepper | ||
| 1 | tsp | paprika spice | ||
| 1 | tbsp | malt syrup | ||
| 1 | tbsp | brown sugar | ||
| 0.5 | tsp | ginger spice | ||
| 0.5 | tsp | onion spice | ||
| 0.25 | tsp | chili spice |
Scaling
Timeline
Directions
⌛ Active time 5 minutes
- 70 g cashews
- 4 dl coconut milk
- 4 tbsp tamarind
Grind cashews and add liquids:
Grind the cashews until they are slightly chunky. Then put them in a bowl and mix with the coconut milk and tamarind. If you want to use a blender, add the coconut milk and tamarind to go easier on your blender. If you only have a knife, chop the cashews finely before putting them in a bowl with the other ingredients.
⌛ Active time 5 minutes
- 2 pieces chili pepper
- 75 g onion | 1 medium onion is about 150 g.
- 10 g ginger
Chop the choppables:
Dice the onion, and finely chop the chili peppers and ginger.
⌛ Active time 3 minutes
- 0.5 tsp ginger spice
- 1 tsp paprika spice
- 0.5 tsp onion spice
- 0.25 tsp chili spice
- 1 tbsp malt syrup
- 1 tbsp brown sugar
Mix everything:
Mix the spices with the chopped vegetables and the cashew paste you've already prepared. Adjust the amounts of all the spices as you go to taste.


RadCon allows the user to manipulate a set of source trees.
The commands for manipulating source trees are grouped together in the top half of the Source menu.
The user should note that the commands are implemented on all the trees in a set of source trees whether they are selected or deselected and active or inactive.
Using the commands in the Source menu the user can root, unroot, reroot, reweight and condense a set of source trees. In addition an outgroup leaf can be grafted and leaves can be pruned and regrafted. Furthermore trees from other files can be added to a set of source trees.The Add Trees... Source menu command allows the user to input sets of source trees, from one or more text files, and add them to the set of source trees associated with the active Trees window
The Graft Outgroup Leaf Source menu command adds a new leaf to all the source trees at the root and moves the root onto the newly created terminal branch.
This command is only available if the source trees are rooted.
The Prune/Regraft Leaves Source menu command allows the user to prune and regraft leaves from all the trees in a set of source trees.
This command can cause trees to be inactivated/activated.
The Reroot Trees Source menu command allows the user to specify the terminal branch on which the root is to be placed. The terminal branch is specified by choosing the associated leaf at the tip of the terminal branch.
This command is only available if all the trees in a set of source trees share at least one leaf.
Rooting trees with three leaves will cause them to become active.
All the trees in a set of source trees must be either all rooted or all unrooted.
The Rooting Source menu command allows the user to root or unroot all the trees in a set of source trees.
Unrooting or rooting trees with three leaves will cause them to become inactive or active, respectively.
The Condense Trees Source menu command allows the user to condense identical source trees ,i.e., identify multiple copies of a single tree and delete all but one copy.
In addition, the user can specify the weight of the remaining tree to be the sum, mean, maximum or minimum of the multiple copies (including itself).
The sum option allows the user to reduce the size of a set of source trees without affecting the analysis.
If the set of trees are a set of bootstrap trees the user can specify that only identical trees within the same bootstrap replicate are to be condensed. This function was used in Thorley and Wilkinson (1999).
The Reweight Trees Source menu command allows the user to assign all the trees in a set of source trees the weight of 1 or if the source trees are a set of bootstrap trees to set the weight of each tree to be the inverse of the size of the bootstrap replicate in which it occurs.
Go to the Table of Contents.
This page is maintained by<EMAIL_ADDRESS>© Copyright 1999, 2000, 2001, Joseph L. Thorley and Mark Wilkinson. All rights reserved.


ng-options are used to select
{{x}}
Select a car:
{{x.model}}
select: {{selectedCar}}
selection: {{selectedCar.model}}
color is: {{selectedCar.color}}
You selected: {{selectedplaces}}


A webapp meant as a tool for Warp To Me Communciations Department in creating mails for Denial, Review, and Removal mails.


GDIFFMK(1) GDIFFMK(1) NAME gdiffmk - mark differences between groff/nroff/troff files SYNOPSIS gdiffmk [ -aaddmark ] [ -cchangemark ] [ -ddeletemark ] [ -D [ -B ] [ -Mmark1 mark2 ] ] [ -xdiffcmd ] [ -- ] [ --help ] [ --version ] file1 file2 [ output ] DESCRIPTION gdiffmk compares two groff(1), nroff(1), or troff(1) documents, file1 and file2, and creates an output which is file2 with added `margin character' (.mc) commands that indicate the differences. If the output filename is present, the output is written there. If it is - or absent the output is written to the standard output. If the file1 or file2 argument is - the standard input is read for that input. Clearly both cannot be -. Note that the output is not necessarily compatible with all macro pack‐ ages and all preprocessors. See the BUGS section below. OPTIONS -aaddmark Use the addmark for source lines not in file1 but present in file2. Default: +. -B By default, the deleted texts marked by the -D option end with an added troff break command, .br, to ensure that the deletions are marked properly. This is the only way to guarantee that deletions and small changes get flagged. This option directs the program not to insert these breaks; it makes no sense to use it without -D. -cchangemark Use the changemark for changed source lines. Default: |. -ddeletemark Use the deletemark for deleted source lines. Default: *. -D Show the deleted portions from changed and deleted text. Default delimiting marks: [[ .... ]]. -Mmark1 mark2 Change the delimiting marks for the -D option. It makes no sense to use this option without -D. -xdiffcmd Use the diffcmd command to perform the comparison of file1 and file2. In particular, diffcmd should accept the GNU diff -Dname option. Default: diff(1). -- All the following arguments are treated as file names, even if they begin with -. --help Print a usage message on standard error output and exit. --version Print version information on the standard output and exit. BUGS The output is not necessarily compatible with all macro packages and all preprocessors. A workaround that is often successful against preproces‐ sor problems is to run gdiffmk on the output of all the preprocessors instead of the input source. gdiffmk relies on the -Dname option of GNU diff(1) to make a merged `#ifdef' output format. It hasn't been tested whether other versions of diff(1) do support this option. See also the -xdiffcmd option. Report bugs to<EMAIL_ADDRESS>Include a complete, self-contained example that will allow the bug to be reproduced, and say which version of gdiffmk you are using. AUTHORS This document was written and is maintained by Mike Bianchi<EMAIL_ADDRESS>This document is distributed under the terms of the FDL (GNU Free Docu‐ mentation License) version 1.1 or later. You should have received a copy of the FDL on your system, it is also available on-line at the GNU copyleft site ⟨http://www.gnu.org/copyleft/fdl.html⟩. gdiffmk is part of the groff GNU free software project. All parts of the groff package are protected by GNU copyleft licenses. The software files are distributed under the terms of the GNU General Public License (GPL), while the documentation files mostly use the GNU Free Documentation License (FDL). COPYRIGHT Copyright © 2004, 2005, 2008 Free Software Foundation, Inc. gdiffmk is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. gdiffmk is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see <http://www.gnu.org/licenses/>. SEE ALSO groff(1), nroff(1), gtroff(1), diff(1) Groff Version 1.21 31 December 2010 GDIFFMK(1)


Experience Property Purchasing With Mansion Realty
With over 25 years of work experience, we focus on understanding our clients and their needs and then delivering to them the right kind of property
With over 25 years of work experience, we focus on understanding our clients and their needs and then delivering to them the right kind of property
<EMAIL_ADDRESS>Shop Number 13, Arnica Iris Jangid Enclave, Beverly Park, Mira Road East, Mira Bhayandar, Maharashtra 401107


RESOLV.CONF
Section: Linux Programmer's Manual (5)
Updated: 2014-02-22
Index
Return to Main Contents
NAME
resolv.conf - resolver configuration file
SYNOPSIS
/etc/resolv.conf
DESCRIPTION
The
resolver
is a set of routines in the C library
that provide access to the Internet Domain Name System (DNS).
The resolver configuration file contains information that is read
by the resolver routines the first time they are invoked by a process.
The file is designed to be human readable and contains a list of
keywords with values that provide various types of resolver information.
The configuration file is considered a trusted source of DNS information
(e.g., DNSSEC AD-bit information will be returned unmodified from this
source).
If this file does not exist,
only the name server on the local machine will be queried;
the domain name is determined from the hostname
and the domain search path is constructed from the domain name.
The different configuration options are:
- nameserver Name server IP address
-
Internet address of a name server that the resolver should query,
either an IPv4 address (in dot notation),
or an IPv6 address in colon (and possibly dot) notation as per RFC 2373.
Up to
MAXNS
(currently 3, see <resolv.h>) name servers may be listed,
one per keyword.
If there are multiple servers,
the resolver library queries them in the order listed.
If no nameserver entries are present,
the default is to use the name server on the local machine.
(The algorithm used is to try a name server, and if the query times out,
try the next, until out of name servers,
then repeat trying all the name servers
until a maximum number of retries are made.)
- domain Local domain name.
-
Most queries for names within this domain can use short names
relative to the local domain.
If set to '.', the root domain is considered.
If no domain entry is present, the domain is determined
from the local hostname returned by
gethostname(2);
the domain part is taken to be everything after the first '.'.
Finally, if the hostname does not contain a domain part, the root
domain is assumed.
- search Search list for host-name lookup.
-
The search list is normally determined from the local domain name;
by default, it contains only the local domain name.
This may be changed by listing the desired domain search path
following the search keyword with spaces or tabs separating
the names.
Resolver queries having fewer than
ndots
dots (default is 1) in them will be attempted using each component
of the search path in turn until a match is found.
For environments with multiple subdomains please read
options ndots:n
below to avoid man-in-the-middle attacks and unnecessary
traffic for the root-dns-servers.
Note that this process may be slow and will generate a lot of network
traffic if the servers for the listed domains are not local,
and that queries will time out if no server is available
for one of the domains.
-
The search list is currently limited to six domains
with a total of 256 characters.
- sortlist
-
This option allows addresses returned by
gethostbyname(3)
to be sorted.
A sortlist is specified by IP-address-netmask pairs.
The netmask is
optional and defaults to the natural netmask of the net.
The IP address
and optional network pairs are separated by slashes.
Up to 10 pairs may
be specified.
Here is an example:
sortlist <IP_ADDRESS>/<IP_ADDRESS> <IP_ADDRESS>
- options
-
Options allows certain internal resolver variables to be modified.
The syntax is
-
-
options option ...
where option is one of the following:
- debug
-
sets
RES_DEBUG
in
_res.options
(effective only if glibc was built with debug support; see
resolver(3)).
- ndots:n
-
sets a threshold for the number of dots which
must appear in a name given to
res_query(3)
(see
resolver(3))
before an initial absolute query will be made.
The default for
n is 1, meaning that if there are any dots in a name, the name
will be tried first as an absolute name before any search list
elements are appended to it.
The value for this option is silently capped to 15.
- timeout:n
-
sets the amount of time the resolver will wait for a
response from a remote name server before retrying the
query via a different name server.
Measured in seconds,
the default is
RES_TIMEOUT
(currently 5, see <resolv.h>).
The value for this option is silently capped to 30.
- attempts:n
-
sets the number of times the resolver will send a
query to its name servers before giving up and returning
an error to the calling application.
The default is
RES_DFLRETRY
(currently 2, see <resolv.h>).
The value for this option is silently capped to 5.
- rotate
-
sets
RES_ROTATE
in
_res.options,
which causes round-robin selection of name servers from among those listed.
This has the effect of spreading the query load among all listed servers,
rather than having all clients try the first listed server first every time.
- no-check-names
-
sets
RES_NOCHECKNAME
in
_res.options,
which disables the modern BIND checking of incoming hostnames and
mail names for invalid characters such as underscore (_), non-ASCII,
or control characters.
- inet6
-
sets
RES_USE_INET6
in
_res.options.
This has the effect of trying a AAAA query before an A query inside the
gethostbyname(3)
function, and of mapping IPv4 responses in IPv6 "tunneled form"
if no AAAA records are found but an A record set exists.
- ip6-bytestring (since glibc 2.3.4)
-
sets
RES_USE_BSTRING
in
_res.options.
This causes reverse IPv6 lookups to be made using the bit-label format
described in RFC 2673;
if this option is not set, then nibble format is used.
- ip6-dotint/no-ip6-dotint (since glibc 2.3.4)
-
Clear/set
RES_NOIP6DOTINT
in
_res.options.
When this option is clear
(ip6-dotint),
reverse IPv6 lookups are made in the (deprecated)
ip6.int
zone;
when this option is set
(no-ip6-dotint),
reverse IPv6 lookups are made in the
ip6.arpa
zone by default.
This option is set by default.
- edns0 (since glibc 2.6)
-
sets
RES_USE_EDNSO
in
_res.options.
This enables support for the DNS extensions described in RFC 2671.
- single-request (since glibc 2.10)
-
sets
RES_SNGLKUP
in
_res.options.
By default, glibc performs IPv4 and IPv6 lookups in parallel since
version 2.9.
Some appliance DNS servers
cannot handle these queries properly and make the requests time out.
This option disables the behavior and makes glibc perform the IPv6
and IPv4 requests sequentially (at the cost of some slowdown of the
resolving process).
- single-request-reopen (since glibc 2.9)
-
The resolver uses the same socket for the A and AAAA requests.
Some hardware mistakenly sends back only one reply.
When that happens the client system will sit and wait for the second reply.
Turning this option on changes this behavior
so that if two requests from the same port are not handled correctly it will
close the socket and open a new one before sending the second request.
The domain and search keywords are mutually exclusive.
If more than one instance of these keywords is present,
the last instance wins.
The search keyword of a system's resolv.conf file can be
overridden on a per-process basis by setting the environment variable
LOCALDOMAIN
to a space-separated list of search domains.
The options keyword of a system's resolv.conf file can be
amended on a per-process basis by setting the environment variable
RES_OPTIONS
to a space-separated list of resolver options
as explained above under options.
The keyword and value must appear on a single line, and the keyword
(e.g., nameserver) must start the line.
The value follows the keyword, separated by white space.
Lines that contain a semicolon (;) or hash character (#)
in the first column are treated as comments.
FILES
/etc/resolv.conf,
<resolv.h>
SEE ALSO
gethostbyname(3),
resolver(3),
hostname(7),
named(8)
Name Server Operations Guide for BIND
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- FILES
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:20 GMT, September 18, 2014


July 27, 2014
Three times throughout the week I thought I was satisfied with my improved layout, and that I would let it be. But, I found that everytime I revisited my page, I would catch one or two small things that I thought I could change. It was really fun trying to make ideas happen. It took a long time, for example, for me to figure out how to allow the navigation panel on the left and the text in the middle to scroll seperately, while the rest of the site remained static and while proper positioning was maintained.
Asking for feedback from friends was a huge help. This helped me identify any inconsistencies on my page between different browsers, screen sizes, or hardware. A few issues I uncovered definitely still need to be addressed. For example, when going to my website in a chrome browser on a PC, the scroll bars are visible to the right of the navigation and main text sections. I built my layout on a mac using a chrome browser as my reference, and the scroll bars are invisible through this set up. I'd like to figure out if there is a way to ensure that those stay hidden so that my intended formatting isn't compromised, regardless of broswer / hardware. Screen Fly is a great tool to see what your site looks like through different screen sizes and resolutions.
Impressions of my old site
Finally - an update to my blog template! Throughout the week, I dedicated a significant amount of time to improving the layout of my blog. I hadn't given it attention since the beginning of the program, and knew that it could use some work. It didn't seem very professional, especially when comparing it to many of the other blogs from my cohort. The color scheme just didn't seem right and there was a lot of unused open space, amongst other items that just weren't great about the page. I had been paying so much attention to the layouts of other websites that I use (this has become an uncontrollable habit since the program started) - that I really wanted to apply some similiar details to my site.Making it happen
I didn't actually end up wireframing my site again, but instead just did a lot of editing right in the browser to see how certain tweaks would look. I played with a lot of different color schemes, spacing, and formatting until the site started to present itself a little better. Anytime I made a couple improvements that I really liked I would apply the code to my HTML and CSS files.Three times throughout the week I thought I was satisfied with my improved layout, and that I would let it be. But, I found that everytime I revisited my page, I would catch one or two small things that I thought I could change. It was really fun trying to make ideas happen. It took a long time, for example, for me to figure out how to allow the navigation panel on the left and the text in the middle to scroll seperately, while the rest of the site remained static and while proper positioning was maintained.
Asking for feedback from friends was a huge help. This helped me identify any inconsistencies on my page between different browsers, screen sizes, or hardware. A few issues I uncovered definitely still need to be addressed. For example, when going to my website in a chrome browser on a PC, the scroll bars are visible to the right of the navigation and main text sections. I built my layout on a mac using a chrome browser as my reference, and the scroll bars are invisible through this set up. I'd like to figure out if there is a way to ensure that those stay hidden so that my intended formatting isn't compromised, regardless of broswer / hardware. Screen Fly is a great tool to see what your site looks like through different screen sizes and resolutions.
The experience of blogging
Blogging itself has been a huge learning experience. Actually writing out your thoughts about something you recently learned or are interested in is a powerful step in retaining knowledge and pushing your learning even further. The concepts that I take the time to blog about and try my best to teach to others are those that I find I retain very easily. Sometimes I wish blogging wasn't as tedious as it was - you know, all the formatting, spacing, etc.. with every post. Some of the technical blogs, for example, take a long time to translate from an idea to a good post with consistent user experience. But in the end, it is all worth it. I have learned an exceptional amount from simply blogging.All in all
I have realized that a website will always be a work in progress. Preferences will change over time. I will be influenced by what I experience on other websites and also by my own capabilities. One should stay constantly open to feedback from others and should always try to improve upon their projects, when possible. I'm looking forward to seeing how this site evolves from here!Copyright: Gary Hammell 2014


Music-Calculator
Enter a starting note and return a chord, scale or other calculation
1st Number
2nd Number
compute!
Major Chord Calculator
Starting Note
majorChord
minorChord
diminishedChord
augmentedChord
Root Position
First Inversion
Second Inversion
compute!


Ever After A film review by Marty Mapes Copyright 1998 Marty Mapes
**** (out of 4) For years, Hollywood has paid lip service to the idea of a strong female character. Yet from Disney's cartoons to THE SAINT to KISS THE GIRLS, these "strong" women have needed a man to save them in the end.
Drew Barrymore plays Cinderella, who, without giving up her femininity, is a genuinely strong character. It is the most refreshing turn of the summer.
In this retelling of the fairy tale, the magic and mysticism have been stripped away, leaving human nature to drive the story. It makes for a much more interesting movie.
Danielle has been raised by her father Auguste (Jeroen Krabbe), her mother having died in childbirth. Dad marries Rodmilla (Anjelica Huston), when Danielle is about 9. Danielle immediately loves Rodmilla and her two daughters, though the opposite isn't necessarily true.
Soon after the wedding, Auguste leaves on business. Everyone is tense because they sense that without him, their family will fall apart. They understand that he is the buffer and the glue that allows them all to coexist peacefully. Before he can make it to the front gate, he falls off his horse and dies, his last words professing his love, not for his wife, but for his daughter. This gives Danielle hope throughout her life, but it makes her stepmother even more jealous and cruel.
Danielle, nicknamed Cinderella because she likes to read on the hearth, grows up less a daughter and more a servant to her step-family. Nevertheless, she is happy, enjoying life more than her bitter mother and sister Marguerite. (Her other sister Jacqueline (Melanie Lynskey) is not so bad.)
One day a hooded figure on a stolen horse nearly tramples Danielle. She pelts him with apples and demands the return of the horse, until she sees that he is the prince. She makes her obeisance and allows him to ride on. He pays her for her silence in this embarrassing matter.
Danielle knows exactly what to do with the money. A hired hand has been sold into slavery, parting him from his wife. She heads to town to buy him back, disguised as nobility. There she meets the prince again and, when drawn into conversation, scolds him for his elitist point of view toward slavery.
The prince is taken by this challenging young woman, who is more than just a pretty face, who can argue politics and morality with him as an intellectual equal. Like in the fairy tale, the prince is smitten, but he doesn't know his love's identity. He must learn who she is and where she lives before his father the king forces him to marry another.
Even though the story is melodramatic, there are no two-dimensional characters. That's not to say they aren't exaggerated, but they have their own motives and thoughts; they are not merely acting on behalf of the plot. For example, Rodmilla is, on the whole, cruel and jealous. But the movie took the time to show us why, and it even permitted her a scene of kindness. She and Danielle are alone together, the stepdaughter braiding the stepmother's hair. The camera captures them, locked in each other's gaze as they talk about love. For a brief, fleeting moment, the two connect as mother and daughter, before Rodmilla puts her hard exterior back on. (This scene also demonstrates the capability of both Barrymore and Huston as actors).
Another example is that Prince Henry falls in love with Danielle, not merely because the plot demands it, but because she offers him something the other courtiers do not. At first she is challenging and elusive. Later, she proves to be an intelligent, clever, capable partner. They meet again several times, each time discussing important and substantive issues. Their love springs from their friendship and mutual respect, not the other way around.
Along with the depth of the characters, the caliber of the dialogue makes screenwriters Susannah Grant, Tenant, and Rick Parks a trio to watch. As mentioned before, the arguments between characters are substantive and insightful. When Danielle is at the table with her step-family the insults are incisive and on-target. When she argues with the prince, the two bait each other with rhetorical traps. Everyone in the movie is a notch smarter than in your average film.
The movie turns corny near the end, and a wrinkle in the plot contrives to lengthen the film by about ten minutes, but on the whole, there is nothing wrong with the film.
It is incredibly refreshing to see a movie with a genuinely strong female character. It is equally refreshing to see a love story that has time to develop. EVER AFTER gives me hope that Hollywood is capable of producing high-quality entertainment that doesn't treat its audience like idiots. This is a movie not to be missed.
Check out more current movie reviews at http://www.indra.com/~mmapes/
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


TerminusDB — the database for data people.
TerminusDB is open source now and forever. We are releasing with the GPL V3 licence.
The development of Terminus has been a nine-year labour of love, devotion, frustration and pain. You can imagine how delighted we are to release TerminusDB to the world.
We have designed TerminusDB for the web age. We wanted to make something that greatly reduced the time and effort required to build any application that shares, manipulates or edits data. TerminusDB is a unified model database; it has the most desirable features of graph, semantic, document and time-series database alternatives. With WOQL, the model aware query language, Terminus allows you to query your data flexibly and quickly.
We hope that TerminusDB will make the life of anybody who cares about data — and particularly the long term value of well curated data — much easier.
The core team will be working on improving Terminus over the coming months, years and decades. We hope you’ll join us on this journey as a user, contributor or enthusiast. The database of the future needs you — join the data-centric revolution!
Download at terminusdb.com
(We live for GitHub stars, so please go and star Terminus: https://github.com/terminusdb/terminus-server)
Building the database of the future.


Kangana Ranaut’s first looks as Jayalalithaa in ‘Thalaivi’ revealed
Biopic on former Tamil Nadu CM has Arvind Swamy as MGR
by The Hindu Net DeskThe first look of director Vijay’s biopic on former Tamil Nadu Chief Minister J Jayalalithaa is out.
Titled Thalaivi, the biopic stars Bollywood actor Kangana Ranaut in the lead role, and also has the likes of Arvind Swamy (expected to play the role of MGR) on board, while the music is by G.V. Prakash.
The Queen star had earlier travelled to the US to undergo various look tests for this coveted role, with Hollywood make-up artist and prosthetic expert Jason Collins, who has worked on films like Captain Marvel and Blade Runner 2049.
While director Gautham Menon is also making a web-series inspired from the life of Jayalaithaa, the release date of Thalaivi has been fixed as June 26, 2020.


MBMLGeometryFunctions Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | MBMLGeometryFunctions.h |
Overview
This class implements MBML functions for working with geometric values.
These functions are exposed to the Mockingbird environment via
<Function ... />
declarations in the MBDataEnvironmentModule.xml
file.
For more information on MBML functions, see the MBMLFunction
class.
Accessing components of rectangles
+ rectOrigin:
Returns the origin point of the given rectangle, as a comma-separated string
in the format “x
,
y
”.
+ (id)rectOrigin:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the origin point of the rectangle expressed as a comma-separated string.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.All other cases are considered errors.
Expression usage
^rectOrigin(10,20,80,90)
The expression above would return the string “10,20
”.
Declared In
MBMLGeometryFunctions.h
+ rectSize:
Returns the size of the given rectangle, as a comma-separated string
in the format “width
,
height
”.
+ (id)rectSize:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the size of the rectangle expressed as a comma-separated string.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.All other cases are considered errors.
Expression usage
^rectSize(10,20,80,90)
The expression above would return the string “80,90
”.
Declared In
MBMLGeometryFunctions.h
+ rectX:
Returns an NSNumber
containing the x coordinate of the given rectangle’s
origin point.
+ (id)rectX:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the x coordinate of the rectangle’s origin.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.All other cases are considered errors.
Expression usage
^rectX(10,20,80,90)
The expression above would return the value 10
.
Declared In
MBMLGeometryFunctions.h
+ rectY:
Returns an NSNumber
containing the y coordinate of the given rectangle’s
origin point.
+ (id)rectY:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the y coordinate of the rectangle’s origin.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.All other cases are considered errors.
Expression usage
^rectY(10,20,80,90)
The expression above would return the value 20
.
Declared In
MBMLGeometryFunctions.h
+ rectWidth:
Returns an NSNumber
containing the width of the given rectangle.
+ (id)rectWidth:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the width of the rectangle.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.All other cases are considered errors.
Expression usage
^rectWidth(10,20,80,90)
The expression above would return the value 80
.
Declared In
MBMLGeometryFunctions.h
+ rectHeight:
Returns an NSNumber
containing the height of the given rectangle.
+ (id)rectHeight:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the height of the rectangle.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.All other cases are considered errors.
Expression usage
^rectHeight(10,20,80,90)
The expression above would return the value 90
.
Declared In
MBMLGeometryFunctions.h
Adjusting rectangles
+ insetRect:
Adjusts the given rectangle by applying the specified insets to each edge,
and returns the resulting rectangle as a comma-separated string in the
format “origin-x
,
origin-y
,
width
,
height
”.
+ (id)insetRect:(NSArray *)params
Parameters
params |
The function’s input parameters. |
|---|
Return Value
A string containing the adjusted rectangle.
Discussion
This Mockingbird function accepts two pipe-separated object expressions as parameters: the source rectangle and the edge insets.
The source rectangle expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.
The edge insets expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
topInset
,
leftInset
,
bottomInset
,
rightInset
”.If the expression yields an
NSValue
, it is expected to contain aUIEdgeInsets
value.
Any other value for either input parameter is considered an error.
Expression usage
^insetRect(10,10,100,100|-5,-5,15,15)
The expression above would return the string “5,5,90,90
”.
Declared In
MBMLGeometryFunctions.h
+ insetRectTop:
Adjusts the given rectangle by applying an inset to the top edge, and
returns the resulting rectangle as a comma-separated string in the format
“origin-x
,
origin-y
,
width
,
height
”.
+ (id)insetRectTop:(NSArray *)params
Parameters
params |
The function’s input parameters. |
|---|
Return Value
A string containing the adjusted rectangle.
Discussion
This Mockingbird function accepts two pipe-separated expressions as parameters: the source rectangle and the inset amount.
The source rectangle expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.
The inset amount is interpreted as a numeric expression indicating the amount by which the edge of the source rectangle will be adjusted.
A negative inset amount makes the rectangle taller by moving the top edge upwards; a positive value makes the rectangle shorter by lowering the top edge.
Expression usage
^insetRectTop(10,10,100,100|-5)
The expression above would return the string “10,5,100,105
”.
Declared In
MBMLGeometryFunctions.h
+ insetRectLeft:
Adjusts the given rectangle by applying an inset to the left edge, and
returns the resulting rectangle as a comma-separated string in the format
“origin-x
,
origin-y
,
width
,
height
”.
+ (id)insetRectLeft:(NSArray *)params
Parameters
params |
The function’s input parameters. |
|---|
Return Value
A string containing the adjusted rectangle.
Discussion
This Mockingbird function accepts two pipe-separated expressions as parameters: the source rectangle and the inset amount.
The source rectangle expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.
The inset amount is interpreted as a numeric expression indicating the amount by which the edge of the source rectangle will be adjusted.
A negative inset amount makes the rectangle wider by moving the left edge further leftwards; a positive value makes the rectangle narrower by moving the left edge rightwards.
Expression usage
^insetRectLeft(50,50,50,50|25)
The expression above would return the string “75,50,25,50
”.
Declared In
MBMLGeometryFunctions.h
+ insetRectBottom:
Adjusts the given rectangle by applying an inset to the bottom edge, and
returns the resulting rectangle as a comma-separated string in the format
“origin-x
,
origin-y
,
width
,
height
”.
+ (id)insetRectBottom:(NSArray *)params
Parameters
params |
The function’s input parameters. |
|---|
Return Value
A string containing the adjusted rectangle.
Discussion
This Mockingbird function accepts two pipe-separated expressions as parameters: the source rectangle and the inset amount.
The source rectangle expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.
The inset amount is interpreted as a numeric expression indicating the amount by which the edge of the source rectangle will be adjusted.
A negative inset amount makes the rectangle taller by moving the bottom edge downwards; a positive value makes the rectangle shorter by raising the bottom edge.
Expression usage
^insetRectBottom(20,20,100,100|25)
The expression above would return the string “20,20,100,75
”.
Declared In
MBMLGeometryFunctions.h
+ insetRectRight:
Adjusts the given rectangle by applying an inset to the right edge, and
returns the resulting rectangle as a comma-separated string in the format
“origin-x
,
origin-y
,
width
,
height
”.
+ (id)insetRectRight:(NSArray *)params
Parameters
params |
The function’s input parameters. |
|---|
Return Value
A string containing the adjusted rectangle.
Discussion
This Mockingbird function accepts two pipe-separated expressions as parameters: the source rectangle and the inset amount.
The source rectangle expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
origin-x
,
origin-y
,
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGRect
value.
The inset amount is interpreted as a numeric expression indicating the amount by which the edge of the source rectangle will be adjusted.
A negative inset amount makes the rectangle larger by moving the right edge further rightwards; a positive value makes the rectangle smaller by moving the right edge leftwards.
Expression usage
^insetRectRight(10,10,50,50|-10)
The expression above would return the string “10,10,60,50
”.
Declared In
MBMLGeometryFunctions.h
Accessing the width and height components of sizes
+ sizeWidth:
Returns an NSNumber
containing the width component of the given size.
+ (id)sizeWidth:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the width component of the given size.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGSize
value.All other cases are considered errors.
Expression usage
^sizeWidth(10,20)
The expression above would return the value 10
.
Declared In
MBMLGeometryFunctions.h
+ sizeHeight:
Returns an NSNumber
containing the height component of the given size.
+ (id)sizeHeight:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the height component of the given size.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
width
,
height
”.If the expression yields an
NSValue
, it is expected to contain aCGSize
value.All other cases are considered errors.
Expression usage
^sizeHeight(10,20)
The expression above would return the value 20
.
Declared In
MBMLGeometryFunctions.h
Accessing the x and y coordinates of points
+ pointX:
Returns an NSNumber
containing the x coordinate of the given point.
+ (id)pointX:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the x coordinate of the given point.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
x
,
y
”.If the expression yields an
NSValue
, it is expected to contain aCGPoint
value.All other cases are considered errors.
Expression usage
^pointX(10,20)
The expression above would return the value 10
.
Declared In
MBMLGeometryFunctions.h
+ pointY:
Returns an NSNumber
containing the y coordinate of the given point.
+ (id)pointY:(id)param
Parameters
param |
The function’s input parameter. |
|---|
Return Value
The function result, the y coordinate of the given point.
Discussion
This Mockingbird function accepts a single parameter, an object expression
that’s expected to yield an NSString
or an NSValue
instance. This
expression is interpreted as follows:
If the expression yields a string, it is expected to be a comma-separated string in the format “
x
,
y
”.If the expression yields an
NSValue
, it is expected to contain aCGPoint
value.All other cases are considered errors.
Expression usage
^pointY(10,20)
The expression above would return the value 20
.
Declared In
MBMLGeometryFunctions.h


Returns the absolute reference of the cells that are offset from a reference by a specified amount. You should generally use OFFSET instead of ABSREF. This function is provided for users who prefer to supply an absolute reference in text form.
Syntax
ABSREF(ref_text, reference)
Ref_text specifies a position relative to reference. Think of ref_text as "directions" from one range of cells to another.
Ref_text must be an R1C1-style relative reference in the form of text, such as "R[1]C[1]".
Ref_text is considered relative to the cell in the upper-left corner of reference.
Reference is a cell or range of cells specifying a starting point that ref_text uses to locate another range of cells. Reference can be an external reference.
Remarks
If you use ABSREF in a function or operation, you will usually get the values contained in the reference instead of the reference itself because the reference is automatically converted to the contents of the reference.
If you use ABSREF in a function that requires a reference argument, then Microsoft Excel does not convert the reference to a value.
If you want to work with the actual reference, use the REFTEXT function to convert the active-cell reference to text, which you can then store or manipulate (or convert back to a reference with TEXTREF). See the third example following.
Examples
ABSREF("R[-2]C[-2]", C3) equals $A$1
ABSREF(RELREF(A1, C3), D4) equals $B$2
REFTEXT(ABSREF("R[-2]C[-2]:R[2]C[2]", C3:G7), TRUE) is equivalent to
REFTEXT(ABSREF("R[-2]C[-2]:R[2]C[2]", C3), TRUE), which equals "$A$1:$E$5"
In Microsoft Excel for Windows ABSREF("R[-2]C[-2]", [FINANCE.XLS]Sheet1!C3) equals [FINANCE.XLS]Sheet1!$A$1.
In Microsoft Excel for the Macintosh ABSREF("R[-2]C[-2]", [FINANCE]Sheet1!C3) equals [FINANCE]Sheet1!$A$1
Related Function
RELREF Returns a relative reference
Return to index


There was a problem on the website.
Make sure the web address you want is typed in correctly.
http://www.myeggtimer.com/


- Green LED = All records
indicate this host is reachable and stable.
- Yellow LED = There has
been at least one failed attempt to reach this host.
- Red LED = This host is
unreachable at the most recent attempt.
Each block is a representation of a unit of time. Red blocks indicate a failed attempt.
Green blocks represent success. Values that appear when you hover over a block indicate
the estimated time that attempt was made.
You can add and remove hosts by clicking on Hosts Edit. (adding and removing hosts can
take a few minutes to take effect.) In addtion, clicking Refresh Now can
speed the
process up a bit most times. Using the Monitory Summary, you can filter the table by
color
by clicking the number of the status or clicking the total.
To fine tune other settings such as duration, time between checks and others, please view
the readme that was distributed with this package.
Version 1.0 Written by LKW2


grph = new Graph('xy')
-'xy': normal xy plane
grph.show()
This one is pretty self explanatory
Should be called after all of your data and settings have been input
grph.xLabel('Radius (m)', [10,-20]) //moves label right:10px, down:20pxgrph.yLabel('Velocity (m/s)') //label stays in standard positiongrph.title('Radius v Velocity', [0,10]) //moves label up:10px
what the axis or title of your graph should be
offsets, these describe where your label should be placed relative to its standard position, in case of overlap, or if you want to adjust the position of a label. In terms of pixels
grph.addPoints([[0, 1, 2, 3], [0.9, 0.8, 0.7, 0.6]], 'lists', 'GREEN')//draws green points at (0, 0.9), (1, 0.8), ...// ^ makes the same points as: grph.addPoints([[0, 0.9], [1, 0.8], [2, 0.7], [3, 0.6]], 'points', [255,120,60])
Both arrays must be the same length
'points' mode: (x1, y1), (x2, y2) or 'lists' mode: [x1,x2], [y1,y2]
select color: one of p5.graphing.js's presets or a custom color array in the form: [r,g,b]
grph.addPointUncert([[0.4, 1, 0.2, 0.3], [0.2, 0.3, 0.2, 0.1]], 'lists')// ^ makes the same uncertainties as: grph.addPointUncert([[0.4, 0.2], [1, 0.3], [0.2, 0.2], [0.3, 0.1]], 'points', [255,120,60])
v[] is the uncertainty list for your x[] values and w[] is for y[] values
You must have added points to add uncertainties to those points
Both arrays must be the same length, and the same length as the point arrays
'points' mode: (x1 ± v1, y1 ± w1) or 'lists' mode:(x2 ± v2, y2 ± w2) or [x1,x2], [y1,y2], [v1,v2], [w1,w2]
grph.bestfit() //creates line & label in default color // or grph.bestfit(false, "RED") //doesnt label line, line is red
boolean: label the trendline with a legend
grph.addFunc(x => (x * 3) - 2, [120,120,0] // linear function y = 3x -2, drawn in yellow)grph.addFunc(function(x){return pow(2,x)}, color = 'YELLOW') // y = 2^x, drawn yellow grph.addFunc(sin,"BLACK") // y = sin(x), black wave
The passed function must be a valid JS function that returns a number or undefined. You can define it however you like, with function shorthand, full function notation, or defined elsewhere in your code or library
grph.xInterv(0.5) //x axis example: 0, 0.5, 1, 1.5grph.yInterv(2) //y axis example: 0, 2, 4, 6, 8
The rate at which axes labels are incremented.
grph.xlimits(-2,4) // smallest and largest x vals are -2 and 4grph.ylimits(6,10) // smallest and largest y vals are 6 and 10 // does the same thing as grph.axis(-2, 4, 6, 10)
define the leftmost and rightmost values of your graph
define the lowermost and uppermost values of your graph
grph.backgroundCol([255,120,120]) // makes the background a salmon color grph.backgroundCol("RED") // background red
grph.drawGridLines(false) // turns off gridlines
turns gridlines on or off
default: true, gridlines on
grph.createCanvas(100,100)grph.canvasLocation(10,10,90,90) // draws canvas from (10,10) to (90,90)
If this command is not called, the chart will fill your entire canvas.
The coordinate point of the top left corner of the chart on your canvas.
The coordinate point of the bottom right corner of the chart on your canvas.


CharTermAttribute
instead.
@Deprecated public interface TermAttribute extends Attribute
| Modifier and Type | Method and Description |
|---|---|
char[]
|
resizeTermBuffer
(int newSize)
Deprecated.
Grows the termBuffer to at least size newSize, preserving the
existing content.
|
void
|
setTermBuffer
(char[] buffer,
int offset,
int length)
Deprecated.
Copies the contents of buffer, starting at offset for
length characters, into the termBuffer array.
|
void
|
setTermBuffer
(
String
buffer)
Deprecated.
Copies the contents of buffer into the termBuffer array.
|
void
|
setTermBuffer
(
String
buffer,
int offset,
int length)
Deprecated.
Copies the contents of buffer, starting at offset and continuing
for length characters, into the termBuffer array.
|
void
|
setTermLength
(int length)
Deprecated.
Set number of valid characters (length of the term) in
the termBuffer array.
|
String
|
term
()
Deprecated.
Returns the Token's term text.
|
char[]
|
termBuffer
()
Deprecated.
Returns the internal termBuffer character array which
you can then directly alter.
|
int
|
termLength
()
Deprecated.
Return number of valid characters (length of the term)
in the termBuffer array.
|
String term()
termBuffer()
and
termLength()
directly instead. If you really need a
String, use this method, which is nothing more than
a convenience call to
new String(token.termBuffer(), 0, token.termLength())
void setTermBuffer(char[] buffer, int offset, int length)
buffer
- the buffer to copy
offset
- the index in the buffer of the first character to copy
length
- the number of characters to copy
void setTermBuffer( String buffer)
buffer
- the buffer to copy
void setTermBuffer( String buffer, int offset, int length)
buffer
- the buffer to copy
offset
- the index in the buffer of the first character to copy
length
- the number of characters to copy
char[] termBuffer()
resizeTermBuffer(int)
to increase it. After
altering the buffer be sure to call
setTermLength(int)
to record the number of valid
characters that were placed into the termBuffer.
char[] resizeTermBuffer(int newSize)
setTermBuffer(char[], int, int)
,
setTermBuffer(String)
, or
setTermBuffer(String, int, int)
to optimally combine the resize with the setting of the termBuffer.
newSize
- minimum size of the new termBuffer
int termLength()
void setTermLength(int length)
resizeTermBuffer(int)
first.
length
- the truncated length


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ggplot2::diamonds
dataset in R Markdown
diamonds-with-kable.html (16.8MB)
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Download R Markdown (and compare them youself!)


Pelosi says progress was made on USMCA in meeting with Lighthizer
U.S. House Speaker Nancy Pelosi said on Thursday that progress was made on the U.S.-Mexico-Canada trade pact in a meeting she held with U.S. Trade Representative Robert Lighthizer and Richard Neal, the chairman of the House Ways and Means Committee.
“We’re narrowing our differences,” Pelosi told reporters.