Introduction
Credit: Mark Hammond, co-author of Python
Programming on Win32 (O'Reilly)
The
first computer I had in my home was a 64 KB Z80 CP/M machine. Having
the machine at home meant I had much time to deeply explore this
exciting toy. Turbo Pascal had just been released, and it seemed the
obvious progression from the various BASIC dialects and assemblers I
had been using. Even then, I was drawn towards developing reusable
libraries for my programs, and as my skills and employment experience
progressed, I remained drawn to building tools that assisted
developers as much as building end-user applications.
Building tools for developers means that debugging and testing are
often in the foreground. Although images of an interactive debugger
may pop into your head, the concepts of debugging and testing are
much broader than you may initially think. Debugging and testing are
sometimes an inseparable cycle. Testing will often lead to the
discovery of bugs. You debug until you believe you understand the
cause of the error and make the necessary changes. Rinse and repeat
as required.
Debugging and testing often are more insidious. I am a big fan of
Python's assert statement, and
every time I use it, I am debugging and testing my program. Large
projects often develop strategies to build debugging and testing
capabilities directly into the application itself, such as
centralized logging and error handling. It could be argued that this
style of debugging and testing is more critical in larger projects
than the post mortem activities I just
described.
Python, in particular, supports a variety of techniques to help
developers in their endeavors. The introspective and dynamic nature
of Python (the result of Guido's
we-are-all-consenting-adults philosophy of programming) means that
opportunities for debugging techniques are limited only by your
imagination. You can replace functions at runtime, add methods to
classes, and extract everything about your program that there is to
know. All at runtime, and all quite simple and Pythonic.
An emerging
subject you will meet in this chapter is unit
testing, which, in today's programming,
is taking quite a different role from traditional
testing's emphasis on unearthing bugs after a system
is coded. Today, more and more programmers are letting unit testing
guide the way, right from the earliest phases of development,
preventing bugs from arising in the first place and playing a key
enabling role in refactoring, optimization, and porting.
Python's standard library now supplies two modules
devoted to unit testing, unittest and
doctest, and, in Python 2.4, a bridge between
them, which you'll see highlighted in one of this
chapter's recipes. If you haven't
yet met the modern concept of unit testing, these recipes will just
about whet your appetite for more information and guidance on the
subject. Fortunately, in this chapter you will also find a couple of
pointers to recent books on this specific issue.
In this chapter, in addition to testing, you will find a nice
collection of recipes from which even the most hardened critic will
take gastronomic delight. Whether you want customized error logging,
deep diagnostic information in Python tracebacks, or even help with
your garbage, you have come to the right place. So tuck in your
napkin; your next course has arrived!
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This track, produced as part of the ENCODE Project, contains deep sequencing DNase data that will be used to identify sites where regulatory factors bind to the genome (footprints).
Footprinting is a technique used to define the DNA sequences that interact with and bind DNA-binding proteins, such as transcription factors, zinc-finger proteins, hormone-receptor complexes, and other chromatin-modulating factors like CTCF. The technique depends upon the strength and tight nature of protein-DNA interactions. In their native chromatin state, DNA sequences that interact directly with DNA-binding proteins are relatively protected from DNA-degrading endonucleases, while the exposed/unbound portions are readily degraded by such endonucleases. A massively parallel next-generation sequencing technique to define the DNase hypersensitive sites in the genome was adopted. The DNase samples were sequenced using next-generation sequencing machines to significantly higher depths of 300-fold or greater. This produces a base-pair level resolution of the DNase susceptibility maps of the native chromatin state. These base-pair resolution maps represent and are dependent upon the nature and the specificity of interaction of the DNA with the regulatory/modulatory proteins binding at specific loci in the genome; thus they represent the native chromatin state of the genome under investigation. The deep sequencing approach has been used to define the footprint landscape of the genome by identifying DNA motifs that interact with known or novel DNA-binding proteins.
This track is a multi-view composite track that contains multiple data types (views). For each view, there are multiple subtracks that display individually on the browser. Instructions for configuring multi-view tracks are here.
For each cell type, this track contains the following views:
DNaseI sensitivity is shown as the absolute density of in vivo cleavage sites across the genome mapped using the Digital DNaseI methodology (see below).
Metadata for a particular subtrack can be found by clicking the down arrow in the list of subtracks.
Results were validated by conventional DNaseI hypersensitivity assays using end-labeling/Southern blotting methods.
Images and their associated mappings can be found in the supplemental data.
This is Release 4 (August 2012) of this track, which includes 10 new experiments across 8 cell lines.
A number of previously released Peaks have been replaced by updated versions. The affected database tables and files include 'V2' in the name, and metadata is marked with "submittedDataVersion=V2", followed by the reason for replacement, "Fixed bug in peak calls that artificially reduced the number of peaks".
Previous versions of files are available for download from the FTP site.
These data were generated by the UW ENCODE group.
Contact: Richard Sandstrom
Sabo PJ, Hawrylycz M, Wallace JC, Humbert R, Yu M, Shafer A, Kawamoto J, Hall R, Mack J, Dorschner MO et al. Discovery of functional noncoding elements by digital analysis of chromatin structure. Proc Natl Acad Sci U S A. 2004 Nov 30;101(48):16837-42.
Sabo PJ, Kuehn MS, Thurman R, Johnson BE, Johnson EM, Cao H, Yu M, Rosenzweig E, Goldy J, Haydock A et al. Genome-scale mapping of DNase I sensitivity in vivo using tiling DNA microarrays. Nat Methods. 2006 Jul;3(7):511-8.


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- Following MSc Degree in Web Business Technology – The Kyoto College of Graduate Studies for Informatics (KCGI)
BSc Degree in Business Management (Second Class lower Division)– University College of Dublin (Ireland)
- Successfully completed a Advanced National Diploma in Human Resource Management at NIBM
- Successfully completed an Advanced Certificate course in Human Resource Management at NIBM
- Successfully completed a Foundation Course in Human Resource Management at NIBM
| - One year as a Administrative assistant in Wanamandawa Ayurvedic Drugs Manufactory Company – From September 2011 to September 2012
- Two years Training experience in HR Division of Ceylon Shipping Corporation Ltd – From November 2014 to January 2017
- Almost three years working experience as a Associate officer of Ceylon Shipping Corporation Ltd, - from February 2017 to October 2019
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Before Change
super(SubnetworkLayer, cls).transform_config_dict(d, network=network, get_layer=get_layer)
// Construct it now, just to resolve dependencies.
cls._construct_template_subnet(
name=d.get("name", "unknown-subnet"),
network=network, get_parent_layer=get_layer, parent_layer_cache=d.setdefault("_parent_layer_cache", {}),
subnetwork=d["subnetwork"],
concat_sources=d.get("concat_sources", True), sources=d["sources"])
// noinspection PyShadowingNames
@classmethod
def _construct_template_subnet(cls, name, network, subnetwork, sources, concat_sources=True,
After Change
// Note that in the common cases, this transform_config_dict is actually *not* called,
// because net.construct_layer directly gets the Subnetwork via cls_get_sub_network.
// This is only called when we explicitly construct the layer itself.
name = d["_name"]
// Make sure the Subnetwork instance is created.
// This works both in case of template construction or for real construction.
// See Subnetwork for determining whether this is supposed to be a template or real.
subnet = cls.cls_get_sub_network(network=network, name=name, layer_desc=d)
cls._update_for_rec_previous_layer(d.get("rec_previous_layer"), d["subnetwork"], subnet.net)
d["_subnet"] = subnet
// In case of non-template construction, this will trigger the non-template construction of our "output" sublayer.
d["_output"] = subnet.construct_layer("output", parent_get_layer=get_layer)


We are helping our less fortunate friends in the Gambia. Join us for an incredible journey of joyful giving.
Here are some pictures to look at!
From West of The Atlantic: It’s my greatest gratitude and with full appreciation with your immense support you about everything you willing to offer to us !! It’s so unfortunate life have been a challenge for us because we don’t have anyone to support us,with your help we life will at least be better for us and things will somehow change for us over here
Amadou Bojang, The GambiaFrom East of the Atlantic: I met Amadou Bojang through an online prayer worship, his family was starving and needed help. It does not cost me much to help them, but it brings much needed aid to this beautiful family. My goal is to send all the Bojang children to school.
Stephanie L Hahn, The United States of AmericaYou can reach out to us on our Contact page to find out how you can become a part of this growing effort to change lives for the better. Please reach out. Only you can help!
Now you can give to a family truly in need, directly through the web app Terangas Gambia. We are working with Families in The Gambia. If you join our team you will be paired with an individual or family in The Gambia. Food is ordered from www.terangasgambia.com and can be sent directly to the family, or they can pick it up.
You will be able to meet your new family through Whats App video call. You can stay in touch with the family you sponsor. It does not cost a lot to get food, however you can save lives from starving. It will fill your heart with joy, we promise!


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My Project
|
A container for Varnode objects from a specific function. More...
#include <varnode.hh>
Public Member Functions | |
| VarnodeBank (AddrSpaceManager *m, AddrSpace *uspace, uintm ubase) | |
| Construct the container. More... | |
| void | clear (void) |
| Clear out all Varnodes and reset counters. | |
| ~VarnodeBank (void) | |
| Destructor. | |
| int4 | numVarnodes (void) const |
| Get number of Varnodes this contains. | |
| Varnode * | create (int4 s, const Address &m, Datatype *ct) |
| Create a free Varnode object. More... | |
| Varnode * | createDef (int4 s, const Address &m, Datatype *ct, PcodeOp *op) |
| Create a Varnode as the output of a PcodeOp. More... | |
| Varnode * | createUnique (int4 s, Datatype *ct) |
| Create a temporary varnode. More... | |
| Varnode * | createDefUnique (int4 s, Datatype *ct, PcodeOp *op) |
| Create a temporary Varnode as output of a PcodeOp. More... | |
| void | destroy (Varnode *vn) |
| Remove a Varnode from the container. More... | |
| Varnode * | setInput (Varnode *vn) |
| Mark a Varnode as an input to the function. More... | |
| Varnode * | setDef (Varnode *vn, PcodeOp *op) |
| Change Varnode to be defined by the given PcodeOp. More... | |
| void | makeFree (Varnode *vn) |
| Convert a Varnode to be free. More... | |
| void | replace (Varnode *oldvn, Varnode *newvn) |
| Replace every read of one Varnode with another. More... | |
| Varnode * | find (int4 s, const Address &loc, const Address &pc, uintm uniq=~((uintm) 0)) const |
| Find a Varnode. More... | |
| Varnode * | findInput (int4 s, const Address &loc) const |
| Find an input Varnode. More... | |
| Varnode * | findCoveredInput (int4 s, const Address &loc) const |
| Find an input Varnode contained within this range. More... | |
| Varnode * | findCoveringInput (int4 s, const Address &loc) const |
| Find an input Varnode covering a range. More... | |
| uint4 | getCreateIndex (void) const |
| Get the next creation index to be assigned. | |
| VarnodeLocSet::const_iterator | beginLoc (void) const |
| Beginning of location list. | |
| VarnodeLocSet::const_iterator | endLoc (void) const |
| End of location list. | |
| VarnodeLocSet::const_iterator | beginLoc (AddrSpace *spaceid) const |
| Beginning of Varnodes in given address space sorted by location. More... | |
| VarnodeLocSet::const_iterator | endLoc (AddrSpace *spaceid) const |
| Ending of Varnodes in given address space sorted by location. More... | |
| VarnodeLocSet::const_iterator | beginLoc (const Address &addr) const |
| Beginning of Varnodes starting at a given address sorted by location. More... | |
| VarnodeLocSet::const_iterator | endLoc (const Address &addr) const |
| End of Varnodes starting at a given address sorted by location. More... | |
| VarnodeLocSet::const_iterator | beginLoc (int4 s, const Address &addr) const |
| Beginning of Varnodes of given size and starting address sorted by location. More... | |
| VarnodeLocSet::const_iterator | endLoc (int4 s, const Address &addr) const |
| End of Varnodes of given size and starting address sorted by location. More... | |
| VarnodeLocSet::const_iterator | beginLoc (int4 s, const Address &addr, uint4 fl) const |
| Beginning of Varnodes sorted by location. More... | |
| VarnodeLocSet::const_iterator | endLoc (int4 s, const Address &addr, uint4 fl) const |
| End of Varnodes sorted by location. More... | |
| VarnodeLocSet::const_iterator | beginLoc (int4 s, const Address &addr, const Address &pc, uintm uniq) const |
| Beginning of Varnodes sorted by location. More... | |
| VarnodeLocSet::const_iterator | endLoc (int4 s, const Address &addr, const Address &pc, uintm uniq) const |
| End of Varnodes sorted by location. More... | |
| VarnodeDefSet::const_iterator | beginDef (void) const |
| Beginning of Varnodes sorted by definition. | |
| VarnodeDefSet::const_iterator | endDef (void) const |
| End of Varnodes sorted by definition. | |
| VarnodeDefSet::const_iterator | beginDef (uint4 fl) const |
| Beginning of varnodes with set definition property. More... | |
| VarnodeDefSet::const_iterator | endDef (uint4 fl) const |
| End of varnodes with set definition property. More... | |
| VarnodeDefSet::const_iterator | beginDef (uint4 fl, const Address &addr) const |
| Beginning of varnodes starting at a given address with a set definition property. More... | |
| VarnodeDefSet::const_iterator | endDef (uint4 fl, const Address &addr) const |
| End of varnodes starting at a given address with a set definition property. More... | |
A container for Varnode objects from a specific function.
The API allows the creation, deletion, search, and iteration of Varnode objects from one function. The class maintains two ordering for efficiency:
| VarnodeBank::VarnodeBank | ( | AddrSpaceManager * | m, |
| AddrSpace * | uspace, | ||
| uintm | ubase | ||
| ) |
Construct the container.
| m | is the underlying address space manager |
| uspace | is the unique space |
| ubase | is the base offset for allocating temporaries |
| VarnodeDefSet::const_iterator VarnodeBank::beginDef | ( | uint4 | fl | ) | const |
Beginning of varnodes with set definition property.
Get an iterator to Varnodes in definition order restricted with the following properties:
| fl | is the property restriction |
| VarnodeDefSet::const_iterator VarnodeBank::beginDef | ( | uint4 | fl, |
| const Address & | addr | ||
| ) | const |
Beginning of varnodes starting at a given address with a set definition property.
Get an iterator to Varnodes in definition order. The starting address of the Varnodes must match the given address, and they are further restricted by the following properties:
| fl | is the property restriction |
| addr | is the given starting address |
| VarnodeLocSet::const_iterator VarnodeBank::beginLoc | ( | AddrSpace * | spaceid | ) | const |
Beginning of Varnodes in given address space sorted by location.
| spaceid | is the given address space |
| VarnodeLocSet::const_iterator VarnodeBank::beginLoc | ( | const Address & | addr | ) | const |
Beginning of Varnodes starting at a given address sorted by location.
| addr | is the given starting address |
| VarnodeLocSet::const_iterator VarnodeBank::beginLoc | ( | int4 | s, |
| const Address & | addr | ||
| ) | const |
Beginning of Varnodes of given size and starting address sorted by location.
| s | is the given size |
| addr | is the given starting address |
| VarnodeLocSet::const_iterator VarnodeBank::beginLoc | ( | int4 | s, |
| const Address & | addr, | ||
| uint4 | fl | ||
| ) | const |
Beginning of Varnodes sorted by location.
Varnodes are restricted by a given size and location and by the property
| s | is the given size |
| addr | is the given starting address |
| fl | is the property restriction |
| VarnodeLocSet::const_iterator VarnodeBank::beginLoc | ( | int4 | s, |
| const Address & | addr, | ||
| const Address & | pc, | ||
| uintm | uniq | ||
| ) | const |
Beginning of Varnodes sorted by location.
Varnodes are restricted by a given size and location and by the sequence number of the PcodeOp defining it
| s | is the given size |
| addr | is the given starting address |
| pc | is the address of the PcodeOp defining the Varnode |
| uniq | is the sequence number of the PcodeOp or -1 for now sequence number restriction |
Create a free Varnode object.
The Varnode is created and inserted into the maps as free: not defined as the output of a p-code op or the input to a function.
| s | is the size of the Varnode in bytes |
| m | is the starting address |
| ct | is the data-type of the new varnode (must not be NULL) |
Create a Varnode as the output of a PcodeOp.
The new Varnode object will already be put in the definition list as if it were the output of the given PcodeOp. The Varnode must still be set as the output.
| s | is the size in bytes |
| m | is the starting address |
| ct | is the data-type to associate |
| op | is the given PcodeOp |
Create a temporary Varnode as output of a PcodeOp.
The new Varnode will be assigned from the unique space, and it will already be put in the definition list as if it were the output of the given PcodeOp. The Varnode must still be set as the output.
| s | is the size in bytes |
| ct | is the data-type to associate |
| op | is the given PcodeOp |
| void VarnodeBank::destroy | ( | Varnode * | vn | ) |
| VarnodeDefSet::const_iterator VarnodeBank::endDef | ( | uint4 | fl | ) | const |
End of varnodes with set definition property.
Get an iterator to Varnodes in definition order restricted with the following properties:
| fl | is the property restriction |
| VarnodeDefSet::const_iterator VarnodeBank::endDef | ( | uint4 | fl, |
| const Address & | addr | ||
| ) | const |
End of varnodes starting at a given address with a set definition property.
Get an iterator to Varnodes in definition order. The starting address of the Varnodes must match the given address, and they are further restricted by the following properties:
| fl | is the property restriction |
| addr | is the given starting address |
| VarnodeLocSet::const_iterator VarnodeBank::endLoc | ( | AddrSpace * | spaceid | ) | const |
Ending of Varnodes in given address space sorted by location.
| spaceid | is the given address space |
| VarnodeLocSet::const_iterator VarnodeBank::endLoc | ( | const Address & | addr | ) | const |
End of Varnodes starting at a given address sorted by location.
| addr | is the given starting address |
| VarnodeLocSet::const_iterator VarnodeBank::endLoc | ( | int4 | s, |
| const Address & | addr | ||
| ) | const |
End of Varnodes of given size and starting address sorted by location.
| s | is the given size |
| addr | is the given starting address |
| VarnodeLocSet::const_iterator VarnodeBank::endLoc | ( | int4 | s, |
| const Address & | addr, | ||
| uint4 | fl | ||
| ) | const |
End of Varnodes sorted by location.
Varnodes are restricted by a given size and location and by the property
| s | is the given size |
| addr | is the given starting address |
| fl | is the property restriction |
| VarnodeLocSet::const_iterator VarnodeBank::endLoc | ( | int4 | s, |
| const Address & | addr, | ||
| const Address & | pc, | ||
| uintm | uniq | ||
| ) | const |
End of Varnodes sorted by location.
Varnodes are restricted by a given size and location and by the sequence number of the PcodeOp defining it
| s | is the given size |
| addr | is the given starting address |
| pc | is the address of the PcodeOp defining the Varnode |
| uniq | is the sequence number of the PcodeOp or -1 for now sequence number restriction |
| void VarnodeBank::makeFree | ( | Varnode * | vn | ) |
Change Varnode to be defined by the given PcodeOp.
The Varnode must initially be free. It will be removed from the cross-referencing lists and reinserted as if its were the output of the given PcodeOp. It still must be explicitly set as the output.


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Bvckup 2 | Introducing a small spinoff project - byenow - a faster folder deleter Bvckup 2 | Development blog
syscolabs/kasaya A "WYSIWYG" scripting language and runtime for browser automation - syscolabs/kasaya
BBC Micro bot If you've never tried BASIC playing with the examples on the @bbcmicrobot Twitter account is a good place to start.
Screaming in the Cloud Archives - Last Week in AWS The Staying Power of Kubernetes with Kelsey Hightower
Last Week in AWS - AWS News Sprinkled With a Side of Snark Posts about AWS come out over sixty times a day. We filter through it to find the hidden gems and stuff worth reading--right to your inbox each Monday.
ralfholly/git-autocommit Automatically commit Git working copy changes. Contribute to ralfholly/git-autocommit development by creating an account on GitHub.
Copyrighting all the melodies to avoid accidental infringement | Damien Riehl | TEDxMinneapolis In the litany of copyright infringement lawsuits, technology lawyer and musician Damien Riehl demonstrates that music is merely math, and has a finite number of possible melodies. If you’ve ever thought a song you like sounded similar to another, the culp...
Zaid-Ajaj/Npgsql.FSharp.Analyzer Analyzer that provides embedded SQL syntax analysis when writing queries using Npgsql.FSharp. It verifies query syntax, checks the parameters in the query match with the provided parameters and per...
Marten The Marten library provides .NET developers with the ability to easily use the proven PostgreSQL database engine and its fantastic JSON support as a fully fledged document database. The Marten team believes that a document database has...
Szkoła Event Sourcing - Fakty i Mity o Event Sourcing Darmowy ebook - 'Fakty i Mity o Event Sourcing'


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Claremont Homeless Advocacy Program (CHAP) established to provide life-supporting assistance to those interested in doing the work necessary to receive financial and other.
Overnight Program launched to provide a safe place to sleep and an opportunity for participants to establish productive, sustainable and mutually supportive relationships.
Food Working Group established. Its mission is to provide nutritious meals for CHAP participants who otherwise cannot meet their basic food needs.
Housing Working Group established with the mission of securing affordable, sustainable housing in the greater Claremont area to support ten to twelve CHAP participants.
First CHAP Café started. It offers regularly scheduled hot meals for CHAP participants another opportunity for them to work together to build a productive, sustainable community.


{% extends 'base.html' %} {% block menu %}
{{ _('If you would like to find out more about the project, please contact us:')}}


I am an enthusiastic young professional who has a passion for programming, embedded systems, and all things electronic. In my spare time I enjoy writing programs, tinkering with computers, hiking, and music. I currently reside in Camas, WA with my wife and two cats.
Here are a few of my favorite things:
I previously worked for Verizon as an RF Engineer after getting my Bachelor of Science in Electrical Engineering. I have experience in C, C++, and Python, and I'm endeavoring to learn other languages such as Java and Javascript.


I am currently a state of Ohio Specialist who feels like his skills are being concealed. With these new powers I am currently acquiring, I feel like I will be bringing some fire power to my next group. Feel free to check out the results of my most favorite conquests.
Projects
This is our second group project. This application helps people find restaurants or bars located around them, and provides them with certain details from people who are there, which includes how crowded it is, if there is entertainment, if there are food or drink specials, if masks are required, and how clean it is.
ApplicationThis application helps people with their daily work schedule. It allows the individual to insert any daily tasks they may have during their day. It has a color coded system where the colors change as the day goes by.
ApplicationThis application allows the user to generate a random password, based off of a series of questions that the password should meet.
Application


{% extends 'base.html' %} {% import "macro.html" as macros %} {% block content %}
A description of rest calls you can do against this api.
Get the postman collection, with it you can see how general requests are done: here Please have a look there for some examples and more details.
In the header you should have the key Authorization starting with Bearer (including space) followed by the token from config. Token is set via AUTH_TOKEN in config.


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Perl Weekly
Issue #199 - 2015-05-18 - Rust 1.0 is out!
latest | archive | by Neil Bowers
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Hi,
More of you (ok, us) should follow Joel Berger's example: write about your new modules.
If you're looking for a project to work on, check our Mark Dominus's list of unfinished projects.
Editor #3, Neil
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Sponsors
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Courses before YAPC::Europe 2015
YAPC::EU is featuring 3 courses: - Web Application Development using Perl, HTML5, CSS3, and JavaScript; - Practical Career Development for Perl Programmers; - Database Development with Perl and DBIx::Class; Early bird registration ends on 1 June.
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CPAN News
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Plack news
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Plack::Middleware::SignedCookies
by Aristotle Pagaltzis (ARISTOTLE)
Aristotle has released Plack::Middleware::SignedCookies to CPAN. It is Plack middleware that "signs outgoing cookies on the server with a HMAC digest and verifies the digest on incoming cookies. If a cookie doesn’t pass the signature test, it is dropped on the floor and your application never gets to see it".
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Community
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Events
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Perl Hacking
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Perl Zombie Ate My Brain
by John Scoles (BYTEROCK)
Byterock describes his experience adding an async call into an existing website. Tests in development worked fine, but releasing it on production quickly resulted in hundreds of zombie processes...
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Perl 6
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Grants
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Maintaining the Perl 5 Core: Dave's monthly report
by Dave Mitchell
There's probably not much in this, relatively short, list that most readers will understand, but I think it's important we all acknowledge Dave's work. This is a key part of the grind that keeps Perl 5 moving forward.
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Not Perl, but may be of interest
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Announcing Rust 1.0
The first stable release of the Rust programming language was announced this week. "Rust combines low-level control over performance with high-level convenience and safety guarantees. Better yet, it achieves these goals without requiring a garbage collector or runtime, making it possible to use Rust libraries as a 'drop-in replacement' for C". Rust's equivalent of CPAN is crate.io, which currently has 2,092 crates.
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Perl Maven Tutorials
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You know, you could get the Perl Weekly right in your mailbox. Every Week. Free of charge!
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TUI
Terminal user interface library
|
Public Member Functions | |
| box_appearance (symbol s) | |
| box_appearance (symbol ht_line, symbol hb_line, symbol vl_line, symbol vr_line, symbol top_l, symbol top_r, symbol bottom_l, symbol bottom_r) | |
| void | setColor (color Color) override |
| void | setAppearance (box_appearance appearance) |
| box_appearance | getAppearance () const |
| void | setHorizontalTopLineSymbol (symbol h_line) |
| symbol | getHorizontalTopLineSymbol () const |
| void | setHorizontalBottomLineSymbol (symbol h_line) |
| symbol | getHorizontalBottomLineSymbol () const |
| void | setVerticalLeftLineSymbol (symbol v_line) |
| symbol | getVerticalLeftLineSymbol () const |
| void | setVerticalRightLineSymbol (symbol v_line) |
| symbol | getVerticalRightLineSymbol () const |
| void | setTopLeftSymbol (symbol top_l) |
| symbol | getTopLeftSymbol () const |
| void | setTopRightSymbol (symbol top_r) |
| symbol | getTopRightSymbol () const |
| void | setBottomLeftSymbol (symbol bottom_l) |
| symbol | getBottomLeftSymbol () const |
| void | setBottomRightSymbol (symbol bottom_r) |
| symbol | getBottomRightSymbol () const |
Static Public Attributes | |
| static const box_appearance | thin_line = { U'\x2500', U'\x2500', U'\x2502', U'\x2502', U'\x250C', U'\x2510', U'\x2514', U'\x2518' } |
| static const box_appearance | double_line = { U'\x2550', U'\x2550', U'\x2551', U'\x2551', U'\x2554', U'\x2557', U'\x255A', U'\x255D' } |
| static const box_appearance | medium_line = { U'\x2580', U'\x2584', U'\x258C', U'\x2590', U'\x259B', U'\x259C', U'\x2599', U'\x259F' } |
| static const box_appearance | thick_line = { U'\x2588' } |
Protected Attributes | |
| symbol | horizontal_top_line |
| symbol | horizontal_bottom_line |
| symbol | vertical_left_line |
| symbol | vertical_right_line |
| symbol | top_left |
| symbol | top_right |
| symbol | bottom_left |
| symbol | bottom_right |
Additional Inherited Members | |
| Protected Member Functions inherited from tui::appearance | |
| template<typename T > | |
| void | setElement (T &elem_to_set, T elem) |
| virtual void | setAppearanceAction () |


This page is to help orient you to housing issues within the Sacramento Area.
- For an in-depth analysis of the City’s housing needs (affordable and market rate), please visit the Housing Element of the City’s General Plan (27.5 MB PDF).
The Housing Element:
- Analyzes population, employment and income trends as well as the nature and characteristics of existing housing
- Conducts a housing needs assessment
- Provides the list of implementing programs and policies for all forms of housing
Population and Households
Housing can be broken into two parts. The housing units and the people that live in them. The City’s housing programs and policies target both parts. This section focuses on the occupants of housing units. When one or more people live together in a single housing unit they are considered a household. Looking at the number of people and households in Sacramento over time provides context for the City’s housing programs and policies.
{% include core/dataembed.html embed="population-and-households" count="1" %}Housing Stock and Occupancy
Housing can be broken into two parts. The housing units and the people that live in them. The City’s housing programs and policies target both parts. This section focuses on the housing units, in particular, measures of growth and occupancy.
{% include core/dataembed.html embed="housing-stock-and-occupancy" count="2" %}Renters and Owners
Sacramento is a city that is increasingly being dominated by renters. Historically, 1/2 of households are renters.
{% include core/dataembed.html embed="renters-and-owners" count="3" %}Housing Affordability
There is general agreement that if you pay no more than 30% of your income on housing, your housing is "affordable". If you pay over 30% the census considers you “housing-cost burdened.”
The Census publishes estimates of the population that are housing-cost burdened. In Sacramento, estimates from 2015 suggest that over a half of renters and a third of owners with mortgages meet this criteria.
The charts below explore this issue by showing affordability and monthly costs by tenure.
{% include core/dataembed.html embed="housing-affordability" count="4" %}


Attempts one or more installation methods in sequence, retrying if appropriate, until one method succeeds. The installation will be declared an overall success once a method succeeds.
During an installation, any non-applicable installers (e.g. labels not matching) will be silently ignored. The remainder will be reported on, including any retries.
In the event of a total failure (after all applicable installers and all retries have been attempted), the last failure failure exception will be fully logged and the build will fail.
e.g. Specifying two nearly-identical Zip Extraction installers, both downloading the same .zip file but from two different webservers, will allow builds to continue if the first webserver is down/inaccessible etc.


Mon Compte
Codes
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Gestion des Commerçants
se déconnecter
Nom
name is required.
name should not contain numbers or symbols.
Prenom
lastname is required.
lastname should not contain numbers or symbols.
Email
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Email should not contain numbers or symbols.
Password
Password is required.
modifier


KING KONG (1933) A film review by James Berardinelli Copyright 1994 James Berardinelli
Rating (0 to 10): 7.0
Year Released: 1933 Running Length: 1:45 Rated: No MPAA Rating (Violence)
Starring: Robert Armstrong, Bruce Cabot, Fay Wray Directors: Merian C. Cooper and Ernest B. Schoedsack Producers: Merian C. Cooper and Ernest b. Schoedsack Screenplay: James Creelman and Ruth Rose from an idea conceived by Merian C. Cooper and Edgar Wallace Cinematography: Eddie Linden Music: Max Steiner Released by Radio Pictures
"And lo, the beast looked upon the face of beauty. And it stayed its hand from killing. And from that day, it was as one dead." - Old Arabian Proverb
When released in 1933, KING KONG was greeted with unprecedented amazement. State-of-the-art visual effects, an entertaining story, and a touching ending combined to bequeath upon this film the coveted label of a "classic." It its era - and, indeed, for decades after - no monster movie approached the lofty perch of this one.
It is no longer the 1930s, however. By 1994, KING KONG has aged, and the passage of years has not been kind. Many rip-offs, one remake, and a film called JURASSIC PARK have come and gone. While the original KING KONG still sits upon the throne of our memories, the said reality is that advances in technology and acting have outdated the movie. It deserves credit for what it once was, but the time of its greatness is past. Though it is perhaps in our nature to embrace this film because of what it represents, and because of its role in motion picture history, those who deny KING KONG's flaws deny reality.
The plot is reasonably straightforward - not a bad thing for a monster movie. A film crew headed by Carl Denham (Robert Armstrong) arrives at the mysterious Skull Island to do some location shooting for a new picture. However, the dark-skinned natives take a liking to Denham's leading lady, Ann Darrow (Fay Wray, in the role that immortalized her scream), and kidnap her as an offering to their god, Kong. Just as the cavalry, led by Denham and a hunky sailor named Jack Driscoll (Bruce Cabot), rushes in to save Ann, Kong - a 40-foot high ape - makes his appearance, snatching his prize from the altar and heading off into the jungle.
Denham, Driscoll, and a search party set off in pursuit. Various encounters with Kong and a series of prehistoric relics decimate the group. In the meantime, we get to see battles between the giant ape and several dinosaurs. Eventually, Driscoll sneaks Ann away from Kong and, when the beast arrives at the natives' village to recapture her, Denham uses sleeping gas to capture him.
Weeks later, a live show opens in New York City, with a chained Kong as the main attraction. Despite Denham's best precautions, Kong breaks free on opening night, grabs Ann, wreaks havoc in the city, then climbs to the top of the Empire State Building. There, high atop New York, in one of the cinema's most unforgettable moments, Kong fights a duel to the death with a group of biplanes.
The story stands up pretty well today. In fact, with the exception of a few "modernizing" changes, the basic frame was left intact for the 1976 Dino DeLaurentiis remake. Character development, on the other hand, is nonexistent. Strange as it might sound, Kong is the most thoroughly explored personality in the film. Driscoll and Ann are types (the dashing hero and the damsel in distress), and Denham isn't given much more depth (the ruthless movie maker who's actually not such a bad guy).
The acting is part of the problem. What was acceptable in 1933 is inadequate when compared to even the mediocre performances of today. It's next-to-impossible to accept any of the three lead actors as anything other than people reciting lines. And as for the actual words they were expected to say... How's this for dialogue: "Some big, hard- boiled egg gets a look at a pretty face and bang! - he cracks up and goes sappy." There's very little about KING KONG that the word "corny" doesn't describe.
The special effects, which once were so impressive, now pale in comparison to what has been accomplished in JURASSIC PARK. On a technical level, it's possible to appreciate the miniatures work in KING KONG, but they aren't nearly as awe-inspiring as they were before ILM let the genie out of the bottle.
Sometimes, it's not always the best thing to re-watch an older, well-beloved movie. Rarely does the real thing equal the images preserved and enhanced in our memories. Despite its various deficiencies and antiquated style, I still retain a fondness for KING KONG. My overall opinion of this film, however, has been formed more by childhood impressions than those garnered through any later, critical viewing. Ultimately, the mystique of KING KONG lies not so much in what it offers today, but what it has contributed during the course of the last six decades.
- James Berardinelli<EMAIL_ADDRESS>.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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|
OpenMesh
|
This is the real IOManager class that is later encapsulated by SingletonT to enforce its uniqueness. More...
#include <OpenMesh/Core/IO/IOManager.hh>
Public Member Functions | |
| bool | read (const std::string &_filename, BaseImporter &_bi, Options &_opt) |
| Read a mesh from file _filename. More... | |
| bool | read (std::istream &_filename, const std::string &_ext, BaseImporter &_bi, Options &_opt) |
| Read a mesh from open std::istream _is. More... | |
| bool | write (const std::string &_filename, BaseExporter &_be, Options _opt=Options::Default, std::streamsize _precision=6) |
| Write a mesh to file _filename. More... | |
| bool | write (std::ostream &_filename, const std::string &_ext, BaseExporter &_be, Options _opt=Options::Default, std::streamsize _precision=6) |
| Write a mesh to open std::ostream _os. More... | |
| bool | can_read (const std::string &_format) const |
| Returns true if the format is supported by one of the reader modules. | |
| bool | can_write (const std::string &_format) const |
| Returns true if the format is supported by one of the writer modules. | |
| size_t | binary_size (const std::string &_format, BaseExporter &_be, Options _opt=Options::Default) |
| const std::string & | qt_read_filters () const |
| Returns all readable file extension + descriptions in one string. More... | |
| const std::string & | qt_write_filters () const |
| Returns all writeable file extension + descriptions in one string. More... | |
| bool | register_module (BaseReader *_bl) |
| Registers a new reader module. More... | |
| bool | register_module (BaseWriter *_bw) |
| Registers a new writer module. More... | |
Friends | |
| _IOManager_ & | IOManager () |
| Declare the singleton getter function as friend to access the private constructor and destructor. | |
This is the real IOManager class that is later encapsulated by SingletonT to enforce its uniqueness.
IOManager is not meant to be used directly by the programmer - the IOManager alias exists for this task.
All reader/writer modules register themselves at this class. For reading or writing data all modules are asked to do the job. If no suitable module is found, an error is returned.
For the sake of reading, the target data structure is hidden behind the BaseImporter interface that takes care of adding vertices or faces.
Writing from a source structure is encapsulate similarly behind a BaseExporter interface, providing iterators over vertices/faces to the writer modules.
|
inline |
Returns all readable file extension + descriptions in one string.
File formats are separated by ;;
. Convenience function for Qt file dialogs.
|
inline |
Returns all writeable file extension + descriptions in one string.
File formats are separated by ;;
. Convenience function for Qt file dialogs.
| bool OpenMesh::IO::_IOManager_::read | ( | const std::string & | _filename, |
| BaseImporter & | _bi, | ||
| Options & | _opt | ||
| ) |
Read a mesh from file _filename.
The target data structure is specified by the given BaseImporter. The read
method consecutively queries all of its reader modules. True is returned upon success, false if all reader modules failed to interprete _filename.
| bool OpenMesh::IO::_IOManager_::read | ( | std::istream & | _filename, |
| const std::string & | _ext, | ||
| BaseImporter & | _bi, | ||
| Options & | _opt | ||
| ) |
Read a mesh from open std::istream _is.
The target data structure is specified by the given BaseImporter. The sread
method consecutively queries all of its reader modules. True is returned upon success, false if all reader modules failed to use _is.
|
inline |
Registers a new reader module.
A call to this function should be implemented in the constructor of all classes derived from BaseReader.
|
inline |
Registers a new writer module.
A call to this function should be implemented in the constructor of all classed derived from BaseWriter.
| bool OpenMesh::IO::_IOManager_::write | ( | const std::string & | _filename, |
| BaseExporter & | _be, | ||
| Options | _opt = Options::Default , |
||
| std::streamsize | _precision = 6 |
||
| ) |
Write a mesh to file _filename.
The source data structure is specified by the given BaseExporter. The save
method consecutively queries all of its writer modules. True is returned upon success, false if all writer modules failed to write the requested format. Options is determined by _filename's extension.
| bool OpenMesh::IO::_IOManager_::write | ( | std::ostream & | _filename, |
| const std::string & | _ext, | ||
| BaseExporter & | _be, | ||
| Options | _opt = Options::Default , |
||
| std::streamsize | _precision = 6 |
||
| ) |
Write a mesh to open std::ostream _os.
The source data structure is specified by the given BaseExporter. The save
method consecutively queries all of its writer modules. True is returned upon success, false if all writer modules failed to write the requested format. Options is determined by _filename's extension.


Configurations
api_endpoint
query
refresh
For authenticated APIs
uname
http password
Query preview
Click here to see what your query will return:
Save


Sorting IP Addresses With PowerShell
I was recently attempting to sort a list of IP addresses that I had in a text file. PowerShell is awesome at sorting, so I figured I would use it given that I had nearly 2000 of them. I initially just tried to pipe the contents of the file to the Sort-Object cmdlet:
Get-Content -Path .\ipListFixed.txt | Sort-Object
The results were, suffice to say, lackluster. I ended up with something like this:
<IP_ADDRESS>
<IP_ADDRESS>
<IP_ADDRESS>
<IP_ADDRESS>
<IP_ADDRESS>
Gross, right? Obviously <IP_ADDRESS> shouldn’t be after <IP_ADDRESS> or .149. The issue is that the whole octet isn’t being considered. It’s being sorted like they’re just strings rather than IP addresses; 7 is bigger than 4 so they’re sorted accordingly. PowerShell isn’t really comparing the numbers of 17 to 148, for example, to realize that 17 is actually smaller.
It makes sense; PowerShell can’t assume that the value is an IP address so it’s treating the value like a string instead. This means that the key is to tell PowerShell it’s an IP address so that PowerShell can adjust the way it does sorting. This is possible by casting the values as the .NET Version class. Since I happened to be pulling the IPs from a file, I did the casting within the -Property parameter that I added to the Sort-Object cmdlet:
Get-Content -Path .\ipListFixed.txt | Sort-Object -Property { [System.Version]$_ }
This yields significantly better results:
<IP_ADDRESS>
<IP_ADDRESS>
<IP_ADDRESS>
<IP_ADDRESS>
<IP_ADDRESS>
Stay pink!


#include <math_ops.h>
Returns the imaginary part of a complex number.
Given a tensor input
of complex numbers, this operation returns a tensor of type float
that is the imaginary part of each element in input
. All elements in input
must be complex numbers of the form \(a + bj\), where a is the real part and b is the imaginary part returned by this operation.
For example:
# tensor 'input' is [-2.25 + 4.75j, 3.25 + 5.75j] tf.imag(input) ==> [4.75, 5.75]
Arguments:
Returns:
Output
: The output tensor.
Constructors and Destructors |
|
|---|---|
Imag(const ::tensorflow::Scope & scope, ::tensorflow::Input input)
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|
Imag(const ::tensorflow::Scope & scope, ::tensorflow::Input input, const Imag::Attrs & attrs)
|
Public attributes |
|
|---|---|
operation
|
|
output
|
Public functions |
|
|---|---|
node() const
|
::tensorflow::Node *
|
operator::tensorflow::Input() const
|
|
operator::tensorflow::Output() const
|
|
Public static functions |
|
|---|---|
Tout(DataType x)
|
Structs |
|
|---|---|
|
tensorflow:: |
Optional attribute setters for Imag. |
Operation operation
::tensorflow::Output output
Imag( const ::tensorflow::Scope & scope, ::tensorflow::Input input )
Imag( const ::tensorflow::Scope & scope, ::tensorflow::Input input, const Imag::Attrs & attrs )
::tensorflow::Node * node() const
operator::tensorflow::Input() const
operator::tensorflow::Output() const
Attrs Tout( DataType x )


getw
—read a word (int)#include <stdio.h> int getw(FILE *fp);
Description
getw
is a function, defined in stdio.h
. You can use getw
to get the next word from the file or stream identified by fp. As
a side effect, getw
advances the file's current position
indicator.
Returns
int
), unless there is no more
data or the host system reports a read error; in either of these
situations, getw
returns EOF
. Since EOF
is a valid
int
, you must use ferror
or feof
to distinguish these
situations.
Portability
getw
is a remnant of K&R C; it is not part of any ISO C Standard.
fread
should be used instead. In fact, this implementation of
getw
is based upon fread
.
Supporting OS subroutines required: fread
.


Classes
The following classes are available globally.
-
A wrapper object for custom data structures and Model nesting
Usually, a list of models could be simply initialized with a flat array of models, that will be independently transformed in ItemViewModels and sequentially rendered by proper UI components (for example, a list of views in a UIScrollView).
Sometimes, nesting is required to section, separate and reorganize data (for example, a UITableView that renders a contact list, with a pinned header for each initial letter)
ModelStructure is a universal wrapper for these kind of nesting. It can be initialized in two different ways:
- with an array of Model objects
- with an array of ModelStructure objects.
When accessed with an IndexPath, its last index will always match a ModelType object; previous indexes are used to traverse provided hierarchy.
See moreNote
The most common case is two-dimensional ModelStructures, meaning a ModelStructure with single array of child ModelStructures, each one with its models. This is working out-of-the-box with UICollectionView and UITableView. However, multi-dimensional structures are theoretically supported, but will require proper handling on the View layer.Declaration
Swift
public final class ModelStructure
-
A custom UICollectionViewCell that automatically embeds any UIView This class is automatically used by Boomerang to allow any view to be used in any list, and instantly swap (for example) a table view with a collection view without redesigning all the xibs.
See moreDeclaration
Swift
open class ContentCollectionViewCell : UICollectionViewCell, ViewModelBindable
-
Concrete, objc compliant, implementation for UIPageViewControllerDataSource
See moreDeclaration
Swift
public class ViewModelPagerViewDataSource : NSObject, UIPageViewControllerDataSource
-
Undocumented
See moreDeclaration
Swift
open class StackableScrollView : UIScrollView
-
Undocumented
See moreDeclaration
Swift
open class ContentTableViewCell : UITableViewCell, ViewModelBindable
-
Undocumented
See moreDeclaration
Swift
open class ContentTableHeaderFooterView : UITableViewHeaderFooterView, ViewModelBindable
-
Concrete implementation of ListDataHolderType
See moreDeclaration
Swift
public final class ListDataHolder : ListDataHolderType


http://www.speakers-podium.com/susangranger.
Susan Granger's review of "The Story of Us" (Universal Pictures)
Instead of the usual vows, perhaps the marriage ceremony should include the question: "Do you have any idea how difficult this is going to be?" Because that's what intrigued filmmaker Rob Reiner to wonder: Can any couple with two kids survive together for 15 years? Bruce Willis and Michelle Pfeiffer play a suburban dad-and-mom whose constant quarrels have made them decide on a trial separation while their kids are in summer camp. As they fumble through the nitty-gritty of living apart, flashbacks reveal what abrasive episodes led up to their edgy estrangement.  (One is tempted to interpret Willis' obviously raw hurt as a spillover from his real-life divorce from Demi Moore.) Writers Alan Zweibel and Jessie Nelson re-visit bittersweet marital territory that's been explored many times before, stressing that any successful relationship is a work-in-progress.  And when Jayne Meadows, Tom Poston, Betty White, and Red Buttons pop up as the in-laws, you're acutely aware that these are aging stars playing cameos. Nevertheless, Reiner's slickly inventive direction and the sheer charm and likeability of Willis and Pfeiffer prevail, set to the tune of Eric Clapton's guitar strumming "I'm Sorry." On the Granger Movie Gauge of 1 to 10, "The Story of Us" is a shaky, sentimental 6. It's "When Harry Met Sally" - 15 years later - with "best friend" Rita Wilson outrageously attempting to update the orgasm-in-a-deli scene.
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


@printing-date@
This document is produced by the java class ProjectGraph and show Eclipse project
build path dependencies. A read arrow to a project means that the projected is included
in the build path and also exported. A gray arrow indicates that the project is not exported.
Jar files are marked with green circles if exported otherwise marked with a red rectangle.


System notification trigger displays notification in system tray. An example notification has been presented below:
Alternatively a sound may be played when the system notification trigger executes.
To set up the trigger settings, aside from setting up the basic configuration
(common for all types of the triggers,
it is necessary to configure additional settings:
- Display System Tray Notification Turns on the system tray notification.
- Caption Caption of the notification.
- Text Displayed message.
- Play sound Turns on the sound notification.
- Sound file Path to a WAV file which will be played.
|


|
cds
2.3.1
|
Cuts a bit sequence from fixed-size bit-string. More...
#include <cds/algo/split_bitstring.h>
Public Types | |
| typedef BitString | bitstring |
| Bit-string type. | |
| typedef UInt | uint_type |
Result type of cut() function. | |
Public Member Functions | |
| split_bitstring (bitstring const &h) | |
Initializises the splitter with reference to h and zero start bit offset. | |
| split_bitstring (bitstring const &h, size_t nBitOffset) | |
Initializises the splitter with reference to h and start bit offset nBitOffset . | |
| operator bool () const | |
Returns true if end-of-string is not reached yet. | |
| bool | eos () const |
Returns true if end-of-stream encountered. | |
| uint_type | cut (unsigned count) |
Cuts next count bits from bit-string. More... | |
| uint_type | safe_cut (unsigned count) |
Cuts up to count from the bit-string. More... | |
| void | reset () noexcept() |
| Resets the splitter. | |
| bitstring const * | source () const |
| Returns pointer to source bitstring. | |
| size_t | bit_offset () const |
| Returns current bit offset from beginning of bit-string. | |
| size_t | rest_count () const |
| Returns how many bits remain. | |
Static Public Member Functions | |
| static constexpr bool | is_correct (unsigned) |
Returns true for any argument. | |
Static Public Attributes | |
| static constexpr size_t const | c_bitstring_size = BitStringSize ? BitStringSize : sizeof( BitString ) |
size of BitString in bytes | |
Cuts a bit sequence from fixed-size bit-string.
The splitter can be used as an iterator over bit-string. Each call of cut()
or safe_cut()
cuts the bit count specified and keeps the position inside bit-string for the next call.
The splitter stores a const reference to bit-string, not a copy. The maximum count of bits that can be cut in a single call is sizeof(UInt) * 8
The splitter keeps byte order.
Template parameters:
BitString
- a fixed-sized type that interprets as bit stringBitStringSize
- the size of BitString
in bytes, default is sizeof( BitString )
. You can specify 0 for default.UInt
- an unsigned integer, return type for cut()
, default is unsigned
There are specialized splitters:
byte_splitter
algorithm that is suitable when count is multiple of 8.number_splitter
algorithm is suitable for a number
|
inline |
Cuts next count
bits from bit-string.
For performance reason, the function does not manage out-of-bound condition. To control that use safe_cut()
.
|
inline |


yum
Package management utility for RHEL, Fedora, and CentOS (for older versions).
For equivalent commands in other package managers, see home page
More information: home page
- Install a new package:
yum install package
- Install a new package and assume yes to all questions (also works with update, great for automated updates):
yum -y install package
- Find the package that provides a particular command:
yum provides command
- Remove a package:
yum remove package
- Display available updates for installed packages:
yum check-update
- Upgrade installed packages to the newest available versions:
yum upgrade


class Builder : TextStatementBuilder<Key>
A builer for UpdateStatement. See Database.update.
<init> |
A builer for UpdateStatement. See Database.update. Builder(db: Database, table: Table) |
run |
Run setBody to set any needed Parameter values on the delete statement, and the TableColumn values to be updated. After setBody executes, the update statement is executed, and the number of rows updated is returned. infix fun run(setBody: (UpdateStatement) -> Unit): Int |


bicycles
fixed/single speed
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parts
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bicycles
FIXED / SINGLE SPEED
CITY BIKES
PREMIUM SERIES
parts
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FIXED GEAR
$249.00
option
buy
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$249.00
option
buy
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$249.00
option
buy
CONTACT US
Please contact us for all inquiries and purchase options
send


{% extends "general.html" %} {% load i18n %} {% block title %}{% trans 'Page not found' %}{% endblock %} {% block pagebanner %}
{% blocktrans %} We're sorry, but the requested page could not be found. If you think there should have been something here, you can try searching for it: {% endblocktrans %}


It is the goal of the game to connect four of your tokens in a line.
All directions (vertical, horizontal, diagonal) are allowed.
Players take turns putting one of their tokens into one of the slots.
A token falls down as far as possible within a slot.
The game ends immediately when one player connects four stones.
Do you really want a restart?
The whole game progress will be lost...
Do you really want to go back?
The whole game progress will be lost...


Windows Version
#OSInfo
.Net Framework/Versions Installed
#DotNetData
LAN Names
#LanNames
MAC Addresses
#MacAddresses
CPU-Related
#CpuData


Self-host Mporter
If you'd like to run Mporter on your own private server, or at home on your computer, you can do that too! It's open source. Instructions on Github
And for the right mentorship to happen, it is essential that the mentor knows what the mentee is up to and provide feedback. Mporter aims at reducing the mental friction of having to manually spend time to curate the tasks done, putting them down in an email/message and sending them at a particular interval of the day.
If you'd like to run Mporter on your own private server, or at home on your computer, you can do that too! It's open source. Instructions on Github
An MIT licensed free web application to help you regularly report your progress to your mentors.


Note: Even if the content of the relatively positioned element is moved, the reserved space for the element is still preserved in the normal flow.


{% load i18n static admin_volt %} {% get_current_language as LANGUAGE_CODE %} {% get_current_language_bidi as LANGUAGE_BIDI %} {% get_direction as direction %} {% get_admin_setting as admin_setting %}


Trump Plaza and Casino in Atlantic City files for bankruptcy, having racked up $250 million in debt. It is Trump’s third bankruptcy filing.


One-in-four adults and one-in-ten children experience mental illness during their lifetime, and , many more of us know and care for people who do.
Improved mental health and wellbeing is associated with a range of better outcomes for people of all ages and backgrounds.
Since 2013, the NHS has been working to improve the outcomes and experiences of all people of all ages with mental health problems, to ensure that mental health. To achive this, we are working closely with service users , carers , and other national NHS bodies and key partners such as social care and the voluntary sector
The nursing staff at the hospital will assess your nutritional status so you know which pathway to follow.


Red Hat Bugzilla – Bug 226979
Buffer overflow in bzip2's bzip2recover
Last modified: 2007-11-30 17:11:56 EST
Unchecking all boxes makes this a more public bug.
Only members of a group can change the visibility of a bug for that group.
Description of problem: bzip2-1.0.3/bzip2recover.c copies argv[0] to a statically sized buffer progName which is declared as: 92 #define BZ_MAX_FILENAME 2000 93 94 Char inFileName[BZ_MAX_FILENAME]; 95 Char outFileName[BZ_MAX_FILENAME]; 96 Char progName[BZ_MAX_FILENAME]; here, in main(): 344 strcpy ( progName, argv[0] ); If we trick argv[0] into being more than 2000 characters long, we can overwrite arbitrary locations in heap following the progName[] buffer. If compiler put buffers that store file names after this location, the exploitation of the flaw could lead to arbitrary file overwrite, however this does not happen. Version-Release number of selected component (if applicable): At least FC-6 and RHEL-5 bzip2recover. Seems like the code originates from mid-90's, so it likely affects other releases. How reproducible: Allways. Steps to Reproduce: $ DIR=$(perl -e 'print ((("x" x 200)."/") x 20)') $ mkdir -p $DIR $ ln -s $(which bzip2recover) $DIR $ $DIR/bzip2recover *** buffer overflow detected *** Actual results: In releases with FORTIFY_SOURCE, glibc catches the bug. In other cases a random corruption on heap occurs, possibly causing the program to receive a SIGSEGV signal. Additional info: This has no security implications, as is would need a victim to voluntarily interact with the attack mechanism and all he would get would be to execute commands as himself.
Fixed in bzip2-1.0.4-2.fc7 (bzip2-1.0.3-4.fc6 in fc6 branch).
Fixed in bzip2-1.0.4-3.fc7 (bzip2-1.0.3-6.fc6 in fc6 branch).


Overview of the Organization Code and Documentation
If you are viewing this Organization.md in GitHub, here is this same Organization on the documentation site
At the solution level, almost everything is found in three solution folders that map to three filesystem subfolders.
- Solution Documentation contains documents that discuss the demonstrations as a whole
- Demos contains the individual DemoXX subfolders, and a Documentation folder that discuss aspects common to all Demos*
- AutoDoc subfolder contains resources used by docFx in creating the static documentation web site.
Also at the solution level is a solution folder called Solution Items, which contains the Directory.Build.props file, the top-level ReadMe.md file and three top-level files docfx.json, index.md and toc.yml which are used in creating the static documentation site. After the documentation site is created, a log.txt file is added in the Solution Items, but not to the Git repository, because the .gitignore file specifically notes this file to be ignored.
The static documentation site is part of the repository, found in the subfolder /docs (note that case is significant, use all lower-case letters). The contents of this subfolder is generated by DocFx. Instructions for generating the documentation site can be found under the SolutionDocumentation in the file Building the Documentation
Contained in the SolutionDocumentation subfolder are individual documentation files. They are listed in the toc.yml file found in that subfolder.
Contained in the AutoDoc subfolder are found DocFx template customizations, images subfolder and svg subfolder for image and svg files used by the documentation.
Contained in the Demo subfolder is a ReadMe.md file and a toc.yml file. The ReadMe.md file here contains most of the documentation that describes what every DemoXX demonstration is intended to teach.
Below the Demo subfolder are individual DemoXX solution folders and filesystem subfolders. These hold the code for each demonstration, along with documentation specific to each DemoXX.
In each DemoXX subfolder are subfolders for CommonDTOs, for ConsoleApp, and for GUI
The CommonDTOs project define the classes used to transfer data between the GUI and the ConsoleApp.
The ConsoleApp project defines the .exe program that serves the files needed by the Blazor GUI to the browser, and provides REST endpoints for the GUI to interact with.
The GUI project defines the Blazor app.


The books of computer science, I think, should be divided into two major groups: one is references which play a role like a dictionary; the other is tutorials which can be, but not limited to, used by teachers and students in colleges.
References are those books which provide full explanation about some topics. They should express all the things in a concise, accurate, detailed way. Those books are not appropriate for learners or novices. They are for the ones who have been familiar with the topics and have known what and why and just want to know how.
Tutorials are, however, written like a novel and an essay. The words in the books should be easy to understand. The main mission of such books is to teach novices the basic mechanisms and to help learners to master the key concepts and core issues concerning what and why. Exercises are essential to those books which have three purposes: testing readers’ comprehension of topics discussed, giving readers a chance to practice and extending the texts. And a good book should give some hints or answers to some exercises. Because, in most cases, we are solving the wrong problems. It is very easy for a reader to misunderstand the author’s intention.
One of most important standard for a good book is that it MUST NOT have lots of errors.
For good books, examples are very important to make them better. Excellent examples are the most useful information for readers.
When you want to start studying some new topic, you should start with tutorials. After you’ve been grasping basic mechanisms and familiar with key concepts, you should refer to some manuals to learn more about that topic. With some practices, you will be proficient in that area.
Examples of good books:
Good references: <C, a reference manual>, <Linux in a nutshell>
Good tutorials: <The C programming Language>, <Advanced Programming under Unix Environment>
Appendix:
Here are some good books:
Books for learning C programming:
First book should be <C primer> or <Practical C programming>
<C programming Language> and <Pointers on C> should follow
Then you can try <C Traps and Pitfalls> and <Expert C programming>
Books for learning Linux development
<Practical guide to Fedora, Red hat Linux system>
<Advanced Programming under Unix Environment>
<Understanding Linux kernel>
Books for learning Java programming
<Header first Java>
<Thinking in Java>
<Core Java>
Books for learning C++ programming
<C++ Primer>
<Accelerated in C++>
<Thinking in C++>
Books for data structure and algorithms
<Introduction to algorithms>
<Algorithms in C/C++/Java>
<The art of computer programming>


All the mitmproxy projects strive to maintain 100% code coverage. In general, patches and pull requests will be declined unless they're accompanied by a suitable extension to the test suite.
Our tests are written for the nose. At the point where you send your pull request, a command like this:
> nosetests --with-cov --cov-report term-missing ./test
Should give output something like this:
> ---------- coverage: platform darwin, python 2.7.2-final-0 -- > Name Stmts Miss Cover Missing > ---------------------------------------------------- > libmproxy/__init__ 0 0 100% > libmproxy/app 4 0 100% > libmproxy/cmdline 100 0 100% > libmproxy/controller 69 0 100% > libmproxy/dump 150 0 100% > libmproxy/encoding 39 0 100% > libmproxy/filt 201 0 100% > libmproxy/flow 891 0 100% > libmproxy/proxy 427 0 100% > libmproxy/script 27 0 100% > libmproxy/utils 133 0 100% > libmproxy/version 4 0 100% > ---------------------------------------------------- > TOTAL 2045 0 100% > ---------------------------------------------------- > Ran 251 tests in 11.864s
There are exceptions to the coverage requirement - for instance, much of the console interface code can't sensibly be unit tested. These portions are excluded from coverage analysis either in the .coveragerc file, or using #pragma no-cover directives. To keep our coverage analysis relevant, we use these measures as sparingly as possible.


This page does not appear to be a VTEX website.
If this seems wrong, follow the
troubleshooting instructions
.


Contraceptives are tools that you can use to practive safe sex. They aid against unplanned pregnancies and contracting sexually transmitted diseases. Below is a list of many of the common forms of contraception.

Birth control pills are a kind of medication that women can take daily to prevent pregnancy.
Spermicide contains chemicals that stop your sperm from moving.
The ring is a small, flexible ring a woman inserts into her vagina once a month to prevent pregnancy. It is left in place for three weeks and taken out for the remaining week each month.
The diaphragm is a shallow, dome-shaped, silicon cup with a flexible rim.
A vasectomy is considered a permanent form of birth control for men.
The Morning-After Pill, or Plan-B, is a safe and effective way to prevent pregnancy after unprotected intercourse.


Hello
Ko Dominic ahau.
This website is about my time learning web development at Ensipral Dev Academy. The "Projects" and "Contact" link don't work because this is a work in progess.
This website is about my time learning web development at Ensipral Dev Academy. The "Projects" and "Contact" link don't work because this is a work in progess.


Depending on what state a user is in - when we use blockUser on the user service we expect to get different user states depending on initial state of user.


{% extends "layout.html" %} {% block content %}
Unless your email was not registered on this site. We'll show you this message either way.


|
Doctor Who |
Monsters, Inc. |
Expedition Everest |
Pop Tarts |
|
Scooby-Doo |
Yeti: Cure of the Snow Demon |
Matterhorn Bobsleds |
The Abominable Charles Christopher |
|
Johnny Quest |
The Mummy: Tomb of the Dragon Emperor |
Ranchita Yeti |
Wendigo |
|
|
Rudolph the Red Nose Reindeer |
|
|


The Julia package that implements LLS goes by the name of LinearLeastSquares.jl. We’ll refer to LinearLeastSquares.jl as LLS throughout this tutorial.
LLS requires Julia 0.3 or higher. For those new to Julia, the official Julia docs are a good way to get acquainted with the language.
To install LLS, simply open up a Julia terminal and run the commands:
Pkg.update()
Pkg.add("LinearLeastSquares")
To use LLS in Julia, run the following command to import the library:
using LinearLeastSquares
The same line of code can also be used in Julia scripts to import the LinearLeastSquares.jl package.
To declare variables in LLS, use the following syntax to specify their size:
x = Variable() # A scalar variable
y = Variable(3) # A vector variable with 3 rows and 1 column
z = Variable(10, 4) # A matrix variable that has 10 rows and 4 columns
LLS currently only supports variables up to 2 dimensions in size, i.e., scalars, vectors, and matrices. Variables have no value upon creation, but after solving a problem, LLS will populate all variables in the problem with optimal values. These values can be accessed using the evaluate function:
# x is a variable with value populated
x_value = evaluate(x)
Constants refer to any numerical scalars, vectors, or matrices of fixed value. Together with variables, they serve as the building blocks for more complex expressions.
Affine expressions are linear functions of variables plus a constant. Variables are themselves affine expressions. The most basic way to build more affine expressions from variables is to use the overloaded binary arithmetic operators +, -, *, /. The following operations are supported:
Here are some examples of using binary operators to construct affine expressions:
w = Variable() # scalar
x = Variable(3) # 3-by-1 vector
Y = Variable(2, 3) # 2-by-3 matrix
z = Variable() # scalar
b = [1 2 3] # 1-by-3 matrix
C = randn(3, 4) # 3-by-4 matrix
affine1 = w + b * x / 1.3 - 6.1 # scalar
affine2 = (affine1 - Y) * C # 2-by-4 matrix
affine3 = affine2 - affine1 # 2-by-4 matrix
An affine expression can be evaluated to a numerical value if all variables the affine expression depends on have been populated with values. For example, the following code prints the value of the affine expression affine1, assuming both w and x have been populated with values:
println(evaluate(affine1))
Affine expressions support indexing and slicing using Julia’s native syntax:
x = Variable(4)
a = x[3] # third component of x
y = x[1:2] # first two components of x
X = Variable(4, 5)
Y = X[3:4, 4:5] # bottom right 2-by-2 submatrix of X
T = X[2:end, :] # all but the first row of X
Z = 2 * x[1] + X
b = Z[1, 2] # entry in first row and second column of Z
Affine expressions may also be stacked vertically and horizontally using Julia’s native syntax:
x = Variable()
y = Variable(1, 3)
z = Variable(3)
T = Variable(3, 3)
horizontal_stack = [x y] # 1-by-4 matrix
vertical_stack = [z; x] # 4-by-1 vector
horizontal_and_vertical_stack = [x y; z T] # 4-by-4 matrix
A few other functions also alter the shapes and sizes of affine expressions:
x = Variable(3, 1)
T = Variable(4, 4)
y = x' # transpose of x
X = diagm(x) # create a diagonal matrix from a vector x
t = diag(T) # extract the main diagonal of T as a column vector
t1 = diag(T, 1) # extract the diagonal one right of the main diagonal of T
t2 = diag(T, -1) # extract the diagonal one left of the main diagonal of T
S = reshape(T, 8, 2) # reshape T as an 8-by-2 matrix
s = vec(S) # reshape S as a 16-by-1 vector
x_rep = repmat(x, 2, 3) # tiles x twice vertically and three times horizontally to form a 6-by-3 matrix
The sum and mean of the entries of an affine expression can be constructed:
X = Variable(2, 3)
sum_of_entries = sum(X) # sums all entries of X
sum_of_columns = sum(X, 1) # sums along the first dimension of X, creating a row vector
sum_of_rows = sum(X, 2) # sums along the second dimension of X, creating a column vector
mean_of_entries = mean(X)
mean_of_columns = mean(X, 1)
mean_of_rows = mean(X, 2)
In LLS, a linear equality constraint is formed between an affine expression and a constant, or two affine expressions, using the == operator. Note that the == operator has been overloaded to no longer return a boolean, but rather an object representing the linear equality constraint. A linear equality constraint is only valid if the left hand side and the right hand side of the == have the same size, or if one is scalar. Here are some examples of linear equality constraints:
x = Variable(3)
A = randn(4, 3)
constraint1 = A * x == randn(4, 1)
constraint2 = 3 == x[1:2]
Lists of constraints can also be created. Additional constraints can be appended to a list using the + operator.
constraint_list = [A * x == randn(4, 1), 3 == x[1:2]]
constraint_list += x[3] == 1.6
An empty list of constraints can be created with []. You can add to an empty list with the same syntax.
new_list = []
new_list += x[2] == 1.2
LLS can solve a system of linear equations using the solve! funciton. The exclamation point after solve is a Julia convention signifying that this function will have side effects; specifically, it will assign values to variables after solving. After that, the values of the variables, and any expressions that depend on them, can be accessed.
x = Variable()
y = Variable()
solve!(x + 3 * y == 2, x - y == 1)
println(evaluate(x))
println(evaluate(y))
The arguments to the solve! function are either one or more comma separated linear equality constraints or a list of linear equality constraints. Only systems with unique solutions can be solved by LLS; see the Solving LCLS section for detailed conditions. The solve! function will issue an error if these conditions are not satisfied.
In LLS, a sum of squares expression is the sum of squares of the entries of a scalar, vector, or matrix. The most basic way to create such an expression is to call the sum_squares function on an affine expression argument. For example, sum_squares(A * x - b) is the LLS representation of \(\|Ax - b\|_2^2\). To create other sum of squares expressions, the +, *, and / operators can be used in conjunction with the following rules:
Note that sum of squares expression cannot be subtracted from each other, or multiplied or divided by a negative number. LLS will issue an error message if the user attempts any of these. Here are some examples of building sum of squares expressions:
A = randn(4, 3)
b = randn(4, 1)
x = Variable(3)
c = 0.1
reg_least_squares = sum_squares(A * x - b) + c * sum_squares(x)
Similar to an affine expression, a sum of squares expression can be evaluated to a numerical value if all variables the sum of squares expression depends on have been populated with values. For example, the following code prints the value of the sum of squares expression reg_least_squares, assuming x has been populated with a value:
println(evaluate(reg_least_squares))
Often you’ll find it useful to first initialize a sum of squares expression to 0 and then add on more sum of squares expressions in a for loop.
error_term = 0
for i in 1:3
error_term += rand() * sum_squares(A[i, :] * x + b[i])
end
The variance of the entries of an affine expression X can be expressed as sum_squares(mean(X) - X) / (m * n), where m and n are the number of rows and number of columns of X, respectively. For convenience, the function var can be used to directly create this sum of squares expression for variance.
X = Variable(3, 4)
variance = var(X)
LLS can also solve a linearly constrained least squares problem using the minimize! function:
A = randn(3, 2)
b = randn(2, 1)
x = Variable(3)
objective = sum_squares(x)
constraint = A * x == b
optimal_value = minimize!(objective, constraint)
println(evaluate(x))
The first argument, or objective, of minimize! must be a sum of squares expression. The remaining arguments are for constraints, and can be zero or more comma separated linear equality constraints, or a list of linear equality constraints. The minimize! function will return the optimal value of the sum of squares expression, while populating all variables with optimal values. Here are some usage examples:
x = Variable(3)
C = randn(2, 3)
d = randn(2)
A = randn(4, 3)
b = randn(4)
# no constraints
objective2 = sum_squares(A * x - b)
optimum_value_2 = minimize!(objective2)
println(evaluate(x))
# list of constraints
objective1 = sum_squares(x)
constraints = [C * x == d, x[1] == 0]
optimum_value_1 = minimize!(objective1, constraints)
println(evaluate(x))
A linearly constrained least squares can only be solved if it satisfies the conditions in the Solving LCLS section. The minimize! function will issue an error these conditions are not satisfied.


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