|
coveo::linq
Implementation of .NET-like LINQ operators in C++
|
Type-erased sequence wrapper. More...
Classes | |
| class | iterator |
| Iterator for elements in the sequence. More... | |
Public Types | |
| using | value_type = typename seq_element_traits< T >::value_type |
| Type of element in the sequence. More... | |
| using | raw_value_type = typename seq_element_traits< T >::raw_value_type |
| Raw type of element in the sequence. More... | |
| using | pointer = typename seq_element_traits< T >::pointer |
| Pointer to a sequence element. More... | |
| using | reference = typename seq_element_traits< T >::reference |
| Reference to a sequence element. More... | |
| using | next_delegate = std::function< pointer()> |
| Delegate to fetch next element. More... | |
| using | size_delegate = std::function< std::size_t()> |
| Delegate to fetch sequence size. More... | |
| using | const_iterator = iterator |
iterator alias. More... | |
Public Member Functions | |
| enumerable () | |
| Default constructor. More... | |
| template<typename F , typename _S = std::nullptr_t, typename = typename std::enable_if<!is_enumerable<typename std::decay<F>::type>::value && (!detail::has_begin<typename std::decay<F>::type>::value || !detail::has_end<typename std::decay<F>::type>::value), void>::type> | |
| enumerable (F &&next, _S &&siz=nullptr) | |
| Constructor with delegates. More... | |
| template<typename C , typename = typename std::enable_if<!is_enumerable<typename std::decay<C>::type>::value && detail::has_begin<typename std::decay<C>::type>::value && detail::has_end<typename std::decay<C>::type>::value, void>::type> | |
| enumerable (C &&cnt) | |
| Constructor with container. More... | |
| template<typename U , typename = typename std::enable_if<!std::is_const<U>::value && std::is_same<T, typename std::add_const<U>::type>::value, void>::type> | |
| enumerable (enumerable< U > e) | |
Constructor for non-const to const conversion. More... | |
| template<typename U , typename = typename std::enable_if<!std::is_const<U>::value && std::is_same<T, typename std::add_const<U>::type>::value, void>::type> | |
| enumerable & | operator= (enumerable< U > e) |
Assignment operator for non-const to const conversion. More... | |
| iterator | begin () const |
| Iterator to beginning of sequence. More... | |
| iterator | cbegin () const |
Alias for begin() . More... | |
| iterator | end () const |
| Iterator to end of sequence. More... | |
| iterator | cend () const |
Alias for end() . More... | |
| bool | has_fast_size () const |
Determines if size() is fast. More... | |
| std::size_t | size () const |
| Size of sequence. More... | |
| auto | as_const () const -> enumerable< typename std::add_const< T >::type > |
Non-const to const explicit conversion. More... | |
Static Public Member Functions | |
| static enumerable< T > | empty () |
Returns enumerable over empty sequence. More... | |
| template<typename U > | |
| static enumerable< T > | for_one (U &&obj) |
Returns enumerable over sequence of one element (stored internally). More... | |
| static enumerable< T > | for_one_ref (reference obj) |
Returns enumerable over sequence of one element (stored externally). More... | |
| template<typename It > | |
| static enumerable< T > | for_range (It ibeg, It iend) |
Returns enumerable over sequence bound by iterators. More... | |
| template<typename C > | |
| static enumerable< T > | for_container (C &cnt) |
Returns enumerable over container's sequence (stored externally). More... | |
| template<typename C , typename = typename std::enable_if<!std::is_reference<C>::value, void>::type> | |
| static enumerable< T > | for_container (C &&cnt) |
Returns enumerable over container's sequence (stored internally). More... | |
| static enumerable< T > | for_array (pointer parr, size_t siz) |
Returns enumerable over array's sequence. More... | |
Inspired by .NET's IEnumerable<T>
, coveo::enumerable
is a type-erased wrapper for a multipass, forward-only sequence of elements. It is possible to iterate over the elements using begin()
/ end()
(or cbegin()
/ cend()
, which is equivalent since this class is immutable).
In order to fetch the elements to return, this class uses a next delegate - a function that returns a pointer to the next element every time it is called, finally returning nullptr
when the enumeration is over. The next delegate is provided at construction time and cannot change.
Optionally, it is also possible to specify a size delegeate for the enumerable
at construction time. If provided, it will be used to fetch the number of elements in the sequence when size()
is called; otherwise, a slower algorithm is used (iterating over the entire sequence using std::distance()
). It is possible to determine if the enumerable
has a fast size delegate by using has_fast_size()
.
While this class is immutable, the elements it returns are not necessarily so. In order to wrap a sequence of const
elements, const
must also be specified in this class' template argument:
| T | Type of elements stored in the sequence. |
| using coveo::enumerable< T >::value_type = typename seq_element_traits<T>::value_type |
Type of element stored in the sequence.
| using coveo::enumerable< T >::raw_value_type = typename seq_element_traits<T>::raw_value_type |
Same as coveo::enumerable::value_type
, but "raw", e.g. without const
or volatile
.
| using coveo::enumerable< T >::pointer = typename seq_element_traits<T>::pointer |
Pointer to an element in the sequence. Corresponds to coveo::enumerable::value_type*
. This is the type of pointer returned by the coveo::enumerable::next_delegate
.
| using coveo::enumerable< T >::reference = typename seq_element_traits<T>::reference |
Reference to an element in the sequence. Corresponds to coveo::enumerable::value_type&
. This is the type of reference returned by the coveo::enumerable::iterator
s.
| using coveo::enumerable< T >::next_delegate = std::function<pointer()> |
Delegate that will be called by the enumerable
to fetch the next element in the sequence when needed. The delegate must return a coveo::enumerable::pointer
to the next element if there is one, or nullptr
when done.
| using coveo::enumerable< T >::size_delegate = std::function<std::size_t()> |
Delegate that will be called by the enumerable
to fetch the number of elements in the sequence when size()
is called.
| using coveo::enumerable< T >::const_iterator = iterator |
Alias for coveo::enumerable::iterator
. Provided because even though begin()
and end()
are already const
, some generic code might want to use const_iterator
.
|
inline |
|
inline |
Constructor that accepts a coveo::enumerable::next_delegate
as well as an optional coveo::enumerable::size_delegate
. The next delegate is used to fetch the elements to return during iteration. The size delegate, if provided, will be called to know the size()
of the sequence.
| next | Function object to use as next delegate. |
| siz | Optional function object to use as size delegate. Defaults to nullptr . |
|
inline |
Constructor that wraps a container. The container must have the following methods to be accepted by this constructor:
begin
(or a specialization of std::begin()
)end
(or a specialization of std::end()
)The container will be wrapped in the enumerable, either by keeping a reference to it or by storing it internally, depending on how the container is passed to the method (if it is move
d, it will be stored internally).
Using this constructor is equivalent to calling for_container()
. It is provided implicitely so that it is possible to call a function declared as accepting a coveo::enumerable
with a container instance directly.
| cnt | Container to wrap. |
|
inline |
Constructor that creates an enumerable over const
elements from an enumerable over non-const
elements of the same type. Allows implicit non-const
to const
conversion.
| e | coveo::enumerable to convert. |
|
inline |
Assignment operator that allows an enumerable over non-const
elements to be assigned to an enumerable over const
elements of the same type. Allows non-const
to const
conversion.
| e | coveo::enumerable to convert. |
this
enumerable.
|
inline |
Returns a coveo::enumerable::iterator
pointing at the beginning of the sequence. Together with end()
, it can be used to enumerate the elements in the sequence.
The iterator allows the elements to be modified if the enumerable's type T
is not const
.
iterator
to beginning of sequence.
|
inline |
|
inline |
Returns a coveo::enumerable::iterator
pointing at the end of the sequence. Together with begin()
, it can be used to enumerable the elements in the sequence.
iterator
to end of sequence.
|
inline |
|
inline |
Method that can be used to know if this enumerable
has a coveo::enumerable::size_delegate
. If so, calling size()
should be reasonably fast; otherwise, size()
will have to iterate over the entire sequence in order to return a result.
true
if size()
should be reasonably fast.
|
inline |
Returns the number of elements in the sequence. If this enumerable
has a coveo::enumerable::size_delegate
, it will be used to fetch the information; otherwise, a more lenghty process is used (e.g., using std::distance()
, which forces the iteration over the entire sequence).
|
inline |
Returns a copy of this enumerable
, but iterating over const
elements. Can be used to explicitely perform a non-const
to const
conversion.
enumerable
over const
elements.
|
inlinestatic |
Static method that returns a coveo::enumerable
over an empty sequence. Equivalent to using the default constructor.
enumerable
over empty sequence.
|
inlinestatic |
Static method that returns a coveo::enumerable
over a sequence of one element. The enumerable
will store the element internally, moving it if possible.
In order to auto-discover the enumerable's type, use coveo::enumerate_one()
.
| obj | Object to store as the sequence's only element. |
enumerable
over sequence of one element.
|
inlinestatic |
Static method that returns a coveo::enumerable
over a sequence of one element. The enumerable
will only store a reference to the element.
In order to auto-discover the enumerable's type, use coveo::enumerate_one_ref()
.
| obj | Object to use as the sequence's only element. |
enumerable
over sequence of one element.
|
inlinestatic |
Static method that returns a coveo::enumerable
over a sequence bound by two iterators.
In order to auto-discover the enumerable's type, use coveo::enumerate_range()
.
| ibeg | Iterator pointing at beginning of range. |
| iend | Iterator pointing at end of range. |
enumerable
over sequence bound by [ibeg, iend[
.
|
inlinestatic |
Static method that returns a coveo::enumerable
over a sequence stored in a container. Only a reference to the container is kept by the enumerable
.
In order to auto-discover the enumerable's type, use coveo::enumerate_container()
.
| cnt | Container whose elements to wrap. |
enumerable
over sequence of elements from cnt
.
|
inlinestatic |
Static method that returns a coveo::enumerable
over a sequence stored in a container. The container is moved to the enumerable
and stored internally.
In order to auto-discover the enumerable's type, use coveo::enumerate_container()
.
| cnt | Container to store in the enumerable. |
enumerable
over sequence of elements from cnt
.
|
inlinestatic |
Static method that returns a coveo::enumerable
over a sequence stored in a dynamic array. Equivalent to using for_range()
without using pointer arithmetic.
In order to auto-discover the enumerable's type, use coveo::enumerate_array()
.
| parr | Pointer to beginning of array. |
| siz | Size of array. |
enumerable
over sequence in array.


"web designing learner"
I'm looking to a successful future in web devolopment
here is my portfilo
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Preparation time
less than 30 mins
Cooking time
over 2 hours
Serves
Serves 10-12
This recipe is perfect for when you have a gang of hungry mouths to feed because the oven does most of the work for you.
Preheat the oven to 150C/130C Fan/Gas 2.
For the pork, put the soy sauce, chilli powder, Chinese five-spice, sugar, garlic and ginger in a large bowl. Mix together to make a sloppy paste.
Put the pork in a deep roasting tray and massage the paste over the meat. Cover with foil and cook for 8–10 hours, or until the meat is so tender you can shred it with a fork.
Just before serving, make the slaw. Mix the sesame oil and soy sauce together in a large bowl. Add the cabbage, onion, carrot, chilli and coriander. Toss together until well mixed. Season to taste with pepper.
Once the pork is ready, shred it with a fork. Serve it piled into toasted sesame buns with a smear of mayonnaise and the spicy slaw.


Jump to Chapter 4
This chapter explains blala
This chapter explains lbllblb
This chapter explains blalala


Enter code in the "source code" editor on the left and see how the transpiled code looks in the "promised code" editor on the right.


Our main objective is develop innovative solutions and modernize the sector. Today, we are working in the health field together with JUB Solutions.
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Developed with the latest technologies of the IT sector
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Cross-platfrom web application for the centers that carry out the shipments. Allows you to create shipments, assign refrigerators to each shipment and be able to view the data of each refrigerator during transport.
Microcontroller with Bluetooth and a temperature sensor that allows us to collect data temperature on each refrigerator.
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Hi {{ .user.name }},
you've just changed your model or sensors of your weatherstation on the openSenseMap. You will find the new sketch in the attachment of this mail.
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The in the attachment is in an untreated state. This means:
Your senseBox ID is: {{ .box._id }}
In addition, the following IDs were generated for the sensors of your station:
If you have any questions write us an email to<EMAIL_ADDRESS>The senseBox team wishes you a lot of fun with your new senseBox


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“ArriveDepart.exe”
Readme
Introduction
“ArriveDepart.exe” is a GUI Demo app for exercising the 1-Wire API’s
DeviceMonitor and DeviceMonitorEventListener classes in .NET. It shows how you
can monitor a 1-Wire network for arrivals and departures of iButtons and/or
1-Wire devices.
This particular example was written in Microsoft C# through Visual Studio .NET
2005.
Requirements
1-Wire Drivers version 4.00
or higher, with the OneWireAPI.NET.dll in the same directory as the
executable.
.NET Framework 2.0 Redistributable:
Visual J# .NET 2.0 Second Edition Redistributable:
When compiling this program, make sure that the program references “vjslib” and
the OneWireAPI.NET.dll.
Operation
After installing the prerequisites listed above, double-click the
ArriveDepart.exe file to start the application. This program uses the "Default Port"
adapter which can be changed using the "Default 1-Wire Net.exe" program found in
the 1-Wire Drivers install.
Revision History
0.0.1 - First release.


MusPy documentation
MusPy is an open source Python library for symbolic music generation. It provides essential tools for developing a music generation system, including dataset management, data I/O, data preprocessing and model evaluation.
Features
Dataset management system for commonly used datasets with interfaces to PyTorch and TensorFlow.
Data I/O for common symbolic music formats (e.g., MIDI, MusicXML and ABC) and interfaces to other symbolic music libraries (e.g., music21, mido, pretty_midi and Pypianoroll).
Implementations of common music representations for music generation, including the pitch-based, the event-based, the piano-roll and the note-based representations.
Model evaluation tools for music generation systems, including audio rendering, score and piano-roll visualizations and objective metrics.
Here is an overview of the library.
Why MusPy
A music generation pipeline usually consists of several steps: data collection, data preprocessing, model creation, model training and model evaluation.
While some components need to be customized for each model, others can be shared across systems. For symbolic music generation in particular, a number of datasets, representations and metrics have been proposed in the literature. As a result, an easy-to-use toolkit that implements standard versions of such routines could save a great deal of time and effort and might lead to increased reproducibility.
Installation
To install MusPy, please run pip install muspy
. To build MusPy from source, please download the source and run python setup.py install
.
Documentation
Documentation is available here and as docstrings with the code.
Citing
Please cite the following paper if you use MusPy in a published work:
Hao-Wen Dong, Ke Chen, Julian McAuley, and Taylor Berg-Kirkpatrick, “MusPy: A Toolkit for Symbolic Music Generation,” in Proceedings of the 21st International Society for Music Information Retrieval Conference (ISMIR), 2020.
[homepage] [video] [paper] [slides] [poster] [arXiv] [code] [documentation]
Disclaimer
This is a utility library that downloads and prepares public datasets. We do not host or distribute these datasets, vouch for their quality or fairness, or claim that you have license to use the dataset. It is your responsibility to determine whether you have permission to use the dataset under the dataset’s license.
If you’re a dataset owner and wish to update any part of it (description, citation, etc.), or do not want your dataset to be included in this library, please get in touch through a GitHub issue. Thanks for your contribution to the community!


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You can manage your account in the Tool Sharing online at {{ url }}.
If you have any questions please email {{ email }}.
Sincerely,
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|
Shift Invariant Space Library (SISL)
|
#include <fftwalloc.hpp>
Classes | |
| struct | rebind |
Public Member Functions | |
| _fftwalloc (const _fftwalloc &) | |
| template<typename U > | |
| _fftwalloc (const _fftwalloc< U > &) | |
| T * | address (T &r) const |
| const T * | address (const T &s) const |
| size_t | max_size () const |
| bool | operator!= (const _fftwalloc &other) const |
| void | construct (T *const p, const T &t) const |
| void | destroy (T *const p) const |
| bool | operator== (const _fftwalloc &other) const |
| T * | allocate (const size_t n) const |
| void | deallocate (T *const p, const size_t n) const |
| template<typename U > | |
| T * | allocate (const size_t n, const U *) const |
An allocator that wraps FFTW Malloc, for properly aligned memory allocations.
Taken mostly from "The Mallocator" http://blogs.msdn.com/b/vcblog/archive/2008/08/28/the-mallocator.aspx With a few very minor changes.
Allocator that uses FFTW to allocate properly aligned regions of memory for Fourier transforms.


Thresholding based tests for null hypothesis of the form A beta =c, and the Quantile Universal Threshold (QUT) for GLM-lasso and Square-root lasso to obtain a sparse model with a good compromise between high true positive rate and low false discovery rate.
| Version: | 2.1 |
| Depends: | Matrix, glmnet, lars, flare |
| Published: | 2018-05-22 |
| Author: | Jairo Diaz-Rodriguez, Sylvain Sardy, Caroline Giacobino, Nick Hengartner. |
| Maintainer: | Jairo Diaz-Rodriguez <jairo.diaz at unige.ch> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | qut results |
| Reference manual: | qut.pdf |
| Package source: | qut_2.1.tar.gz |
| Windows binaries: | r-devel: qut_2.1.zip, r-release: qut_2.1.zip, r-oldrel: qut_2.1.zip |
| OS X binaries: | r-release: qut_2.1.tgz, r-oldrel: qut_2.1.tgz |
| Old sources: | qut archive |
Please use the canonical form https://CRAN.R-project.org/package=qut to link to this page.


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Indian Prime Minister Blames Google for Ruining His Passion for Book Reading, Man ki baat
New Delhi (Sputnik): The Indian prime minister talks to voters each month on the radio to share his personal vision and his government’s perspective on various issues.
Indian Prime Minister Narendra Modi has revealed that it was his passion to read books until Google arrived and provided online shortcuts.
Addressing the nation on Sunday during ‘Mann ki Baat’, the monthly radio programme he hosts, Modi responded to a question from a student in Haryana who asked if the prime minister gets time to watch television, movies or read books despite his busy schedule.
Modi replied that he always loved reading books but these days I cannot read much due to the impact of Google.
Modi added he never had any interest in watching films and also he doesn’t watch TV regularly. However, he said he sometimes watched the Discovery Channel.
The Indian prime minister also interacted with National Cadet Corps students and answered their questions. He spoke about the significance of Armed Forces Flag Day and paid tributes to the country's armed forces. At the same time, he appealed to the people of India to contribute towards the welfare of armed forces personnel.


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Wellness Information
Wellness Information for Health Care Workers during COVID-19 Self Quarantine
ICARE Team – HCW HOSTED Support
ICARE team is a team of licensed mental health providers Offering daily virtual group support platform Also available for individual virtal consultation on as needed basis Questions about connecting with mental health and wellness resources in your community? We serve to support and connect medical workers to mental health and wellness services in our community
Mental Health Services
Physical Self-Care
Mayo Clinic: Ensuring optimal nutrition and exercise during stressful times
Additional Topics
Talking with Children about COVID-19
Advice to Parents: Listen and be flexible and cut yourself a break.
Helping Children Cope with Changes Resulting from Covid-19
COVID-19 & Supporting Those Diagnosed
Helplines
1-800-985-5990
1-800-273-TALK (8255)
Peer Support & Connection
-
Psychiatry for All Physicians
Online closed physician group for all specialties interested in learning about psychiatry.
-
Netflix Watch Party
Watch a movie in sync with your remote friends, need Netflix app and Chrome browser, as well as Netflix subscription for anyone watching
Helpful Apps
Headspace App
Paid version currently free to end of year (need NPI #)
Two apps about administering psychological first aid
UCLA Mindfulness App
ACT Companion: The Happiness Trap
This free app, The ACT Companion: The Happiness Trap, will be available for free for the next few months. One of the creators is Russ Harris who is a very respected ACT therapist in Australia. Just use the code “TOGETHER” on the subscription page. (ACT stands for “Acceptance and Commitment Therapy, a relative new form of CBT that we practice a lot in our office)
A relatively new meditation app for people of color. It includes talks and meditations led by fabulous teachers, including Ruth King, Gina Sharpe, and Sebene Selassie.
Exercise
-
Use of app extended to 90 days (usually 14 days)—it’s amazing, you can use on treadmill, outdoor runs, bike, lots of floor exercise, yoga and meditation
-
60-day free trial (usually 30 days), click on 30-day trial, use promo code EXTENDEDTRIAL and trial will go to 60 days and $0
-
Link to YouTube videos
-
30-day free streaming trial
Support for Children
-
For kids/families to learn about COVID-19
-
Center for the Study of Traumatic Stress
Helping Homebound Children Parent/Caregiver Helping Families Cope
-
Education about Coronavirus for children with autism
-
Audio stories for children Access thousands of e-books and audible books from the public library
-
3 months free access to learn a language Free virtual ballet lessons
-
Watch 15 Broadway plays and musicals online
-
List of free virtual museum tours (also check your local museums)
-
Learn to draw with Mo Willems, Artist
-
Daily videos with featured animals
-
Movement and mindfulness videos
-
Free yoga and mindfulness videos (and on YouTube), app free for 2 weeks
-
Learn dance routines by watching videos Mindful Schools is offering a daily mindfulness class for children on Tuesdays, Wednesdays, and Thursday at 1 pm EDT. Gene Beresin, MD, provides tips on how to discuss coronavirus with children. For information on Mass General Hospital's response to coronavirus visit YouTube
Anxiety, Coping, Wellness
-
Unlocking Us podcast
-
To calm your mind
-
For first responders/healthcare workers, first three sessions $50
-
Go to this link, open account, use gift code HEALTHCARE to download app and get 6 months free (meditations and practical teachings). Also includes free
-
Tips summarized by a physician
-
By a physician, created for the Coronavirus crisis
-
Including material on compassion fatigue, telepsychiatry, managing anxiety, dealing with opioid replacement issues
Patient Resources
-
Center for the Study of Traumatic Stress
Comprehensive list of patient resources
-
UCLA Center for Autism Research and Treatment
Comprehensive list of resources for addressing COVID-19 issues for patients with autism
-
Substance Abuse and Mental Health Services Administration (SAMHSA)
24/7 helpline for assisting patients in finding referrals to treatment Domestic Violence e-tool.
Training & Education
-
COVID19 Harm Reduction Guidelines for Substance Use
From the Yale Program in Addiction Medicine
-
Mental Health and Psychosocial Aspects of COVID-19 Outbreak
Can be used to help you address your patients Discussion about the most commonly asked questions when starting telepsychiatry; must “purchase” but cost is free
Miscellaneous
-
Information for patients who are hourly workers Inexpensive and : Purchase online and have delivered to use for working at home (note shipping is $49, but overall price still fairly inexpensive) Another and Option: Purchase online and deliver or pick-up from store
-
Psychiatry of Pandemics: A Mental Health Response to Infection Outbreak
Prescient book written in 2019


Héctor Ramos iOS engineer at Polsense
github.com/hramos twitter.com/hectorramos gowalla.com/hramos flickr.com/photos/hramos


Co-star
Dir. Callie Khouri / Lionsgate
Supporting
Grand Divisions Productions
Supporting
Dir. Faith McQuinn
Lead
Dir. Mack Hoskins
Supporting
BurnOut Productions
Lead
Dir. Karina Castelan
Lead
Dir. Tara Cocco
Supporting
Grand Divisions Productions
Lead
Grand Divisions Productions
Principal
Dir. Edde Brothers / Edde Brothers Ent.
Principal
Dir. Edde Brothers / Edde Brothers Ent.
Principal
Dir. Edde Brothers / Edde Brothers Ent.
Supporting
Grand Divisions Productions
Lead
Grand Divisions Productions
Principal
Grand Divisions Productions
Supporting
Grand Divisions Productions
Principal
Cue2Media
Principal
Cue2Media
Tyler Litton
Kelsey (Soloist/Ensemble)
Disney/MTI Productions
Personal Demo
Gordon Kennedy, Producer
Soloist/Ensemble
Time Life/Warner
Master-Trax, David Tobin
The 4th Wall Acting Studio, William Arnold, Nashville, TN
Tiffany Morgan, Atlanta, GA
Actor’s School Nashville, Franklin, TN
Caroline Binkley // Sandra Dudley // Alyssa Volker
Belmont University, Nashville, TN
Tap Dancing, Hip Hop, Quick Study of Various Choreography
Southern, Country, Character Voices
Play both basic piano/guitar, Runner, Cycler, Hand gun
Advantage Talent Agency
Misty Griggs
615-953-2486


Ezekiel 1:25
And there was a voice from the firmament that was over their heads, when they stood, and had let down their wings.


Amazon EC2 API access requires Access Key ID and Secret Access Key that must be generated if not already existing.
In addition, API access policy needs to be attached allowing modification access for the resources.
- Go to the Security Credentials section.
- Click on the Users tab.
- Select the user by clicking on its username. If you don't have a user, create it by clicking on the Create New Users button.
- Navigate to the Permissions tab and click on the Attach Policy button. Select AmazonEC2FullAccess and click Attach Policy.
- Navigate to the Security Credentials tab and click on the Create Access Key button to generate new access key.
You can check newly created credentials by clicking on the Show User Security Credentials button in the pop-up.


BLOOD AND WINE A film review by Mark R. Leeper Copyright 1997 Mark R. Leeper
Capsule: Two crooks plan to steal a million- dollar diamond necklace, but having the necklace is one thing, holding on to it is something else. This is a violent and often bloody but low-key crime story set in grimy, sweaty, muggy South Florida. The plot is tangled without being difficult either to follow or to believe. Jack Nicholson and Michael Caine nicely outdo each other as slimeball thieves in the humid and sometimes sexy crime story. Rating: high +1 (-4 to +4)
These days crime films seem to have spectacular gun-fights, big explosions, crazed madmen, and, of course, tense car chases though metropolitan centers. The films go for the spectacular, roller-coaster experience.  You cannot get much better a feel for what has happened to the crime film than to compare the original CAPE FEAR with its high-tech remake. Explosive film-making has replaced gritty little crime films. One misses the low-key crime dramas like the original CAPE FEAR. Occasionally there is a throwback like THE GRIFTERS, but they are all too few. BLOOD AND WINE has the feel of a John D. MacDonald novel from the 50s. The characters are smallish and petty, but they are believable and except for perhaps its complexity, the story is believable also.
Alex Gates (played by Jack Nicholson) runs a Southern Florida wine store and in his spare time cheats on his wife Suzanne (Judy Davis). Both Suzanne and his son Jason (Stephen Dorff) have had their fill of him and the marriage is in its last stages. Alex is fooling around with the Gabrielle (Jennifer Lopez) the nanny of a rich customer, but he also has his eye on that same customer's safe where he believes there to be a diamond necklace worth over a million dollars. To get the necklace Alex has to go into partnership with Victor (Michael Caine), a tubercular safecracker who might well just be using Alex. This is not a very tightly-knit little group at the best of times and add to the mixture a necklace with "diamonds the size of chocolates" and the bonds of family and friendship may be totally forgotten.
The film revolves around five characters, but the heart is Nicholson and Caine, of course. In a sense they are playing much the same character, suddenly-violent, constantly-vile. Caine plays the British version of the character, Nicholson the American. Bob Rafelson has directed Nicholson before, in fact he was largely responsible for Nicholson becoming a respected actor with FIVE EASY PIECES (1970) and THE KING OF MARVIN GARDENS (1972). It has been suggested that the three films form a pattern with Nicholson playing a son in the first, a brother in the second, and now playing a father. There does not seem to be a whole lot of connection beyond that. To Nicholson's and Caine's characters the greasy lowlife life-style comes naturally, but Judy Davis seems to be someone who was once decent, but in self-defense has been pushed to become the same sort of violent person her husband is. Significantly even after she has escaped the control of her husband she is attracted to another man with many of the same characteristics. Her performance could easily be overlooked playing against the two scheming greaseballs, but she does a nice job at playing a no longer very nice person. Jennifer Lopez is attractive and reasonably convincing, but her thick Cuban accent obscures some of her lines. Stephen Dorff is nominally the main character. But his performance is the least textured of the five major characters.
As films go today, this was probably a fairly low-budget one. In the realistic crime story style the characters use golf clubs against each other rather than dynamite. If there are explosions they are ones of sudden anger. This was a good role for Nicholson and a better one for Caine. The production values are decent, though I would swear Nicholson's black eye comes and goes from scene to scene. Other continuity errors have been reported also, though I did not catch them. This is a small film and one that works not on photography or pyrotechnics, but in acting and script. As such it may be a sort of nostalgic reminder of the days when that went without saying. This is not a major film but it is watchable and at times tense. I would give it a high +1 on the -4 to +4 scale.
Mark R. Leeper<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
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Related links: index of all rec.arts.movies.reviews reviews


Sloth in their natural habitat-
Sloth is climbing up a tree.
Sloth mother with her child.
Bradypus variegatus
Bradypodidae
Mammal
Herbivore
20 Years
3.6 - 8 kg
60 - 75 cm
Forest in South America


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WITNESS LIST Corrections Committee (Subcommittee on on Blue Warrants) July 11, 2000-10:00A Blue Warrants On: Bonny, Charles (Texas Board of Pardons and Paroles) Brown, Tim (Conference of Urban Counties) Cohen, Gary (Texas Criminal Defense Lawyers Association) Fabelo, Ph.D., Dr. Tony (Texas Criminal Justice Policy Council) Filmore, Debbie (Texas State Jail Commission) Garrett, Gerald (Texas Board of Pardons and Paroles) Kellar, Major Mark (Harris County Sheriff's Departmet) Leveling, Captain Gregory W. (Denton County Sheriff's Office) Moody, Sheriff Leroy (San Patricio County) Pardue, Craig (Dallas County) Rodriguez, Victor (Texas Department of Criminal Justice, Parole Division) Scott, Rider (Denton County) Registering, but not testifying: On: Garsee, Lin Marie (Self)


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Mitchell (Mitch) Smith is a full time Software Engineer and father from Baltimore Maryland. In his free time he enjoys creating apps as a hobby.
These are some of the apps I have developed, check them out and let me know your thoughts!
Pinball Overdrive is a retro-themed pinball game inspired by the arcade era!
Watch out! Various moving, bouncing, and exploding hazards make reaching the next level a challenge! Come back and play again to explore more randomized levels, gain a score multiplier or bonus pinballs to top and share your high score!
Pinfinite Smash is a 2D pinball game combined with an endless brick breaker.
In this retro themed pinball game, you will face endless waves of bricks in need of breaking! Watch out, as the brick speed increases as you progress! Take advantage of powerful upgrades to help clear your way, earning increased point rewards to help you top your high score!
Tap and Teleport is a 3D reaction-based survival game.
You control a lone wizard with the power of teleportation! Use this power to dodge a variety of hazards: fireballs, archers, soldiers, lancers, and even fellow mages. Challenge yourself to survive and collect orbs for points and power-ups. Utilize your reaction skills to survive as you challenge your high-score.
Pinball Defense force is a classic 2D pinball game inspired by the arcade era!
In this retro pinball game you will face endless waves of randomized enemies as you defend space with your pinball and paddles. Come back again and again, as no two games are the same. Explore randomized enemy formations, defeat challenging bosses, take advantage of powerful upgrades, and earn score multipliers to top your high score!
Launch your way into Surge Blast! This hyper casual game allows you to release and match bubbles of different colors to score points.
Match five bubbles of the same color to score points and survive as long as possible! But watch out! Every eight bubbles, an increasingly difficult blast of different colors will try to disrupt your efforts!
Jump into Bounce and Bound, a free, retro-themed puzzle game inspired by the arcade era!
Work your way through 36 challenging levels. Strategically drop bouncing balls to hit three goals and move onto the next level! But watch out! Various moving, bouncing, and exploding hazards make finding the correct time and location to drop a challenge.
A ultra casual color hopping game.
Help Dizz the Dizzy Frog leap from lily pad to lily pad! If you’re successful, Dizz changes colors and new lily pads appear in endless randomized patterns; the fun never stops! The more accurate your jump, the more points you gain! Play over and over again to build your high score!
Shift and Shatter is a quick-paced color matching game. There are six different game modes to choose from, each featuring fun, retro styles inspired by the arcade era.
Match shapes by color. But be careful; make sure to avoid bombs and the walls! Challenge yourself to improve your reflexes and beat your high score!
Jog it Log it is a simple logging app, perfect for recording your daily exercise without confusing setup or nonsense bells and whistles. Track your progress and get fit!
Jog it Log it features a simple and intuitive interface for entering your daily run. You can view multiple charts of your exercise data to track your progress overtime.


This is called title tag h1, ht, h3, h4, h6
This is h2 tag
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This is h5 tag
This is h6 tag
This is called Paragraph/Content tag p, mark, small, u, q, b/strong, u, pre, sup
This is Paragraph tag
This is Mark tag
This is Small tag
This is Underline tag
This is Quotation tag
This is Bold tag
This is Strong tag
This is Underline tag
This is Preformatted tag
This is Superscript tag
This is Anchor tag
Click me
W3school
W3school
This is Button tag
List item - ul, ol, li , dl, dt, dd
Order list
- Order list
- Order list
- Order list
Unorder list
Description list
- Nishan Mazumder
- -Programmer
Various style test
Just bear with it.
No pain no gain.
We want to be as relaxed as possible
As the Bthe game and Bangladesh cricketers
this my heading number 1
this my heading number 2
this my heading number 3
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[9]
Varney, Sarah. When does life begin? As state laws define it, science, politics and religion clash. NPR.
https://www.npr.org/sections/health-shots/2022/08/27/1119684376/when-does-life-begin-as-state-laws-define-it-science-politics-and-religion-clash
.


A mapping table from ids to descriptions of the different course progress states, such as 1 meaning "started".
| Name | Description |
|---|---|
| course_progress_state_type_id | There are different possible progress state types, each state is given a number. |
| course_progress_state_type_desc | The description of each possible progress state type. Currently 0 (not started), 1 (started), and 2 (completed). |
CREATE TABLE course_progress_state_types ( course_progress_state_type_id int4 ,course_progress_state_type_desc varchar ,PRIMARY KEY (course_progress_state_type_id) );


Index of niqlow
- Information
- niqlow-license.txt
- README.txt
- Open Directories
- doc/ HTML documentation of niqlow and its components, including installation and use instructions
- examples/ test code, examples and replication code
- include/ .h and .oxo files related to niqlow
- Source Directories (may not be present in this distribution)
- source/ .ox files for niqlow


Last updated: 2020-06-24
Checks: 7 0
Knit directory: smash-paper/analysis/
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Note that any generated files, e.g. HTML, png, CSS, etc., are not included in this status report because it is ok for generated content to have uncommitted changes.
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), click on the hyperlinks in the table below to view the files as they were in that past version.
| File | Version | Author | Date | Message |
|---|---|---|---|---|
| Rmd | cf9ef36 | Peter Carbonetto | 2020-06-24 | wflow_publish(“motorcycle.Rmd”) |
| html | 99385ec | Peter Carbonetto | 2019-12-18 | Slightly revised the text in the motorcycle example. |
| Rmd | 7663045 | Peter Carbonetto | 2019-12-18 | wflow_publish(“motorcycle.Rmd”) |
| html | e14abc7 | Peter Carbonetto | 2019-12-18 | Added comparison to TI thresholding in motorcycle data example. |
| Rmd | c76fbf7 | Peter Carbonetto | 2019-12-18 | wflow_publish(“motorcycle.Rmd”) |
| Rmd | 35a397a | Peter Carbonetto | 2019-11-12 | Simplifying some of the code in poisson.Rmd. |
| Rmd | 500381a | Zhengrong Xing | 2019-10-27 | move gausdemo; add HF for chipseq |
| html | 500381a | Zhengrong Xing | 2019-10-27 | move gausdemo; add HF for chipseq |
| html | f0221c5 | Zhengrong Xing | 2019-10-27 | address some reviewer comments |
| html | 99d1f34 | Peter Carbonetto | 2018-12-07 | Re-built all the outdated workflowr webpages. |
| Rmd | a09d13e | Peter Carbonetto | 2018-11-09 | Adjusted setup steps in a few of the R Markdown files. |
| Rmd | f9f193c | Peter Carbonetto | 2018-11-07 | Revised setup instructions for a couple .Rmd files. |
| html | 85368eb | Peter Carbonetto | 2018-11-06 | A few final adjustments to the motorcycle example. |
| Rmd | 3b7071b | Peter Carbonetto | 2018-11-06 | wflow_publish(“motorcycle.Rmd”) |
| html | 3ce045f | Peter Carbonetto | 2018-11-06 | Added explanatory text to motorcycle example. |
| Rmd | 4a73ed9 | Peter Carbonetto | 2018-11-06 | wflow_publish(“motorcycle.Rmd”) |
| html | d51e8f8 | Peter Carbonetto | 2018-11-06 | Adjusted the plots in the motorcycle example. |
| Rmd | fd51be8 | Peter Carbonetto | 2018-11-06 | wflow_publish(“motorcycle.Rmd”) |
| html | fdc9c33 | Peter Carbonetto | 2018-11-06 | Build site. |
| Rmd | 1ab1447 | Peter Carbonetto | 2018-11-06 | wflow_publish(“motorcycle.Rmd”) |
| html | 7d7ce92 | Peter Carbonetto | 2018-11-06 | Added setup instructions to motorcycle example. |
| Rmd | f0059b3 | Peter Carbonetto | 2018-11-06 | wflow_publish(“motorcycle.Rmd”) |
| Rmd | 507a261 | Peter Carbonetto | 2018-11-06 | Having trouble re-building spikesdemo.html. |
| html | f6a9477 | Peter Carbonetto | 2018-10-10 | Completed revisions of motorcycle example. |
| Rmd | 7f2ef79 | Peter Carbonetto | 2018-10-10 | wflow_publish(“motorcycle.Rmd”) |
| Rmd | 3b3d373 | Peter Carbonetto | 2018-10-09 | Some more improvements to the motorcycle example. |
| Rmd | 757462c | Peter Carbonetto | 2018-10-09 | Working on motorcycle .Rmd example. |
This is an illustration of “smoothing via adaptive shrinkage” (SMASH) applied to the Motorcycle Acceleration data. This implements the “illustrative application” presented in Sec. 5.1 of the manuscript.
To run this example on your own computer, please follow these setup instructions. These instructions assume you already have R and/or RStudio installed on your computer.
Download or clone the git repository on your computer.
Launch R, and change the working directory to be the “analysis” folder inside your local copy of the git repository.
Install the devtools, wavethresh and EbayesThresh packages used here and in the code below:
install.packages(c("devtools","wavethresh","EbayesThresh"))
Finally, install the smashr package from GitHub:
devtools::install_github("stephenslab/smashr")
See the “Session Info” at the bottom for the versions of the software and R packages that were used to generate the results shown below.
Load the MASS, lattice wavethresh, EbayesThresh and smashr packages. The MASS package is loaded only for the Motorcycle Acceleration data. Some additional functions are defined in file motorcycle.functions.R
.
library(MASS)
library(lattice)
library(smashr)
library(wavethresh)
library(EbayesThresh)
source("../code/motorcycle.functions.R")
Note that the MASS and lattice packages are included in most standard R installations, so you probably don’t need to install these packages separately.
Load the motorcycle data from the MASS package, and order the data points by time.
data(mcycle)
x.ini.mc <- sort(mcycle$times)
y.ini.mc <- mcycle$accel[order(mcycle$times)]
Apply SMASH to the Motorcycle Acceleration data set.
res.mc <- smash.wrapper(x.ini.mc,y.ini.mc)
Create a plot showing the Motorcycle Acceleration data and the smash estimates (with the dashed red lines showing the confidence intervals).
plot(res.mc$x,res.mc$mu.est,type = "l",
ylim = c(min(res.mc$y - 2 * sqrt(res.mc$var.est)),
max(res.mc$y + 2 * sqrt(res.mc$var.est))),
xlab = "time (ms)", ylab = "acceleration (g)",lwd = 2,
col = "darkorange",xlim = c(0,60),xaxp = c(0,60,6))
lines(res.mc$x, res.mc$mu.est + 2*sqrt(res.mc$var.est),lty = 5,
lwd = 2,col = "dodgerblue")
lines(res.mc$x,res.mc$mu.est - 2*sqrt(res.mc$var.est),
lty = 5,lwd = 2,col = "dodgerblue")
points(res.mc$x,res.mc$y,pch = 1,cex = 1,col = "black")
Apply SMASH, this time assuming equal variances, to the Motorcycle Acceleration data set:
res.cons.mc <- smash.cons.wrapper(x.ini.mc,y.ini.mc)
In this second plot, we compare the mean estimate provided by SMASH (with heteroskedastic variances; orange line) against homoskedastic SMASH (dotted, light blue line).
plot(res.mc$x,res.mc$mu.est,type = "l",
ylim = c(min(res.mc$y - 2 * sqrt(res.mc$var.est)),
max(res.mc$y + 2 * sqrt(res.mc$var.est))),
xlab = "time (ms)",ylab = "acceleration (g)",lwd = 2,
col = "darkorange",xlim = c(0,60),xaxp = c(0,60,6))
lines(res.cons.mc$x,res.cons.mc$mu.est,lwd = 2,lty = "dotted",
col = "dodgerblue")
points(res.mc$x,res.mc$y,pch = 1,cex = 0.8,col = "black")
While the estimates are similar, heteroskedastic SMASH yields a noticeably smoother curve.
Apply TI thresholding to the Motorcycle Acceleration data set. In this first run, the variance is assumed to be constant.
res.ti.cons.mc <- tithresh.cons.wrapper(x.ini.mc,y.ini.mc)
Apply TI thresholding to the Motorcycle Acceleration data, this time using the variances estimated using the “median absolute deviation”, or RMAD, method.
res.ti.rmad.mc <- tithresh.rmad.wrapper(x.ini.mc,y.ini.mc)
Apply TI thresholding to the Motorcycle Acceleration data, this time using the variances estimated by SMASH.
res.ti.mc <- tithresh.wrapper(x.ini.mc,y.ini.mc)
In this next plot, we compare the SMASH estimates with heteroskedastic variances (the same orange line as above) against the the mean estimates obtained by TI thresholding with constant variance (solid dark blue line), TI thresholding with RMAD variance estimates (solid light blue line), and TI thresholding when the variances have been estimated by SMASH (dotted green line).
plot(res.mc$x,res.mc$mu.est,type = "l",
ylim = c(min(res.mc$y - 2 * sqrt(res.mc$var.est)),
max(res.mc$y + 2 * sqrt(res.mc$var.est))),
xlab = "time (ms)",ylab = "acceleration (g)",lwd = 2,
col = "darkorange",xlim = c(0,60),xaxp = c(0,60,6))
lines(res.ti.cons.mc$x,res.ti.cons.mc$mu.est,lwd = 2,lty = "solid",
col = "darkblue")
lines(res.ti.rmad.mc$x,res.ti.rmad.mc$mu.est,lwd = 2,lty = "solid",
col = "dodgerblue")
lines(res.ti.mc$x,res.ti.mc$mu.est,lwd = 2,col = "limegreen",lty = "dotted")
points(res.mc$x,res.mc$y,pch = 1,cex = 0.8,col = "black")
The TI thresholding estimate with constant variance, like the SMASH estimate with homoskedastic variances (in the plot above), shows notable artifacts. By contrast, when TI thresholding is provided with either the RMAD or SMASH variance estimates, the mean signal is substantially smoother.
sessionInfo()
# R version 3.6.2 (2019-12-12)
# Platform: x86_64-apple-darwin15.6.0 (64-bit)
# Running under: macOS Catalina 10.15.5
#
# Matrix products: default
# BLAS: /Library/Frameworks/R.framework/Versions/3.6/Resources/lib/libRblas.0.dylib
# LAPACK: /Library/Frameworks/R.framework/Versions/3.6/Resources/lib/libRlapack.dylib
#
# locale:
# [1] en_US.UTF-8/en_US.UTF-8/en_US.UTF-8/C/en_US.UTF-8/en_US.UTF-8
#
# attached base packages:
# [1] stats graphics grDevices utils datasets methods base
#
# other attached packages:
# [1] EbayesThresh_1.4-12 wavethresh_4.6.8 smashr_1.2-5
# [4] lattice_0.20-38 MASS_7.3-51.4
#
# loaded via a namespace (and not attached):
# [1] Rcpp_1.0.3 knitr_1.26 whisker_0.4 magrittr_1.5
# [5] workflowr_1.6.2 SQUAREM_2017.10-1 R6_2.4.1 rlang_0.4.5
# [9] ashr_2.2-50 stringr_1.4.0 caTools_<IP_ADDRESS> tools_3.6.2
# [13] grid_3.6.2 data.table_1.12.8 xfun_0.11 irlba_2.3.3
# [17] invgamma_1.1 git2r_0.26.1 htmltools_0.4.0 yaml_2.2.0
# [21] digest_0.6.23 rprojroot_1.3-2 mixsqp_0.3-43 Matrix_1.2-18
# [25] later_1.0.0 bitops_1.0-6 promises_1.1.0 fs_1.3.1
# [29] glue_1.3.1 evaluate_0.14 rmarkdown_2.0 stringi_1.4.3
# [33] compiler_3.6.2 backports_1.1.5 truncnorm_1.0-8 httpuv_1.5.2


Hacklab Cosenza / Centro di Ricerca su Tecnologia e Innovazione
By default, a Cisco router decides whether to forward or drop a packet based only on the content of its routing table.
Access Control Lists (ACLs), allow admins to decide whether a router should forward or drop a packet based based on informations retrieved from the packet header.
ACLs are list of rules (ACEs, Access Control Entries) applied to an interface. If a packet matches a rule, the specific action associated to the rule is executed: the packet is either:
We may already know them as firewall or packet filters.
In short, ACLs help administrators to implement the network’s policy for usage and security.
ACLs are lists of rules, applied to an interface, in a direction, specifying which filtering action the router should perform to a packet that matches a rule.
Example: "Block all FTP file transfers from the <IP_ADDRESS>/24 subnet, except for the host <IP_ADDRESS>". The list of rules:
The rules describe the packets that will be subject to that rule, using the following possible criteria:
Packet Filtering operates at the network and transport layer of the ISO/OSI stack.
Multiple ACLs can be defined on a router, but:
The direction to which an ACL applies can be:
Both standard and extended ACLs can be identified by:
Almost always, the wildcard mask is just a complementary way to express the subnet mask.
Unlike subnet masks, wildcard masks doesn’t necessarily have consecutive all-0s followed by consecutive all-1s.
There are two keywords, host and any, that can be used as a shortcut for
A dual stack router with 3 interfaces could need as many as 12 ACLs: on each interface there would be one IPv4-inbound, one IPv4-outbound, one IPv6-inbound, one IPv6-outbound.
Generally, ACLs should be placed on routers:
The general rule for the CCNA certification is that:
In reality, actual implementation depends on a compromise between these factors:
A (numbered) IPv4 Standard ACL is created as soon as the first ACE is entered with the access-list
command,
Router(config)# access-list acl_number { deny | permit | remark } src [ src_wildcard ][ log ]
# EXAMPLE ACEs #
access-list 3 deny host <IP_ADDRESS>
access-list 3 permit <IP_ADDRESS> <IP_ADDRESS>
access-list 3 deny <IP_ADDRESS> <IP_ADDRESS>
access-list 3 permit any
no access-list [acl_num]
erases an ACL.
To display the list of ACEs in an ACL, use
R1# show access-lists
R1# show running-config | include access-list [acl_number]
ACLs’ rules are processed in sequence and processing stops at first match, so the order is fundamental.
Router(config)# access-list 5 deny <IP_ADDRESS> <IP_ADDRESS>
Router(config)# access-list 5 permit host <IP_ADDRESS>
% Access rule can't be configured at higher sequence num
as it is part of the existing rule at sequence num 10
Router(config)# access-list 8 permit host <IP_ADDRESS>
Router(config)# access-list 8 deny <IP_ADDRESS> <IP_ADDRESS>
Router(config)# access-list 11 deny <IP_ADDRESS> <IP_ADDRESS>
Router(config)# access-list 11 permit host <IP_ADDRESS>
For Standard ACLs, the order in which they are stored and processed can be different than the order ACEs were entered.
After creation, an ACL is not active until attached to an interface with the command:
Router(config-if)# ip access-group {acl_num | acl_name} {in | out}
Always remember that if the applied ACL is missing a permit rule at the bottom, all traffic not matching a specific rule will be dropped by the implicit "deny".
To disable the filtering on a interface, remove the ACL attached to it with the command no ip access-group
.
If needed, you can now erase the ACL entirely.
Named ACLs (both standard and extended) are created by first entering in Named ACL configuration mode with:
Router(config)# ip access-list [standard | extended] [name]
Router(config-std-nacl)#
Rules are then entered in this mode, with the same commands used for numbered ACLs, but without access-list
.
R1(config-std-nacl)# {permit | deny | remark} [src] [src_wildcard] [log]
To remove a remark there’s no remark [text]
.
With a text editor:
show running-config | include access-list [acl_number]
to display the ACL to edit.no access-lists [acl_number]
Important: what happens if you delete an ACL that was applied to an interface, depends on the version of Cisco IOS: it could behave as there is no ACL or deny all traffic.
With the sequence number:
show access-lists [acl_num]
to display the sequence number associated to each ACE.ip access-list standard [acl_num]
no [seq_num]
[seq_num] [ACL command]
Router# show access-lists 8
Standard IP access list 8
10 permit <IP_ADDRESS>
20 deny <IP_ADDRESS>, wildcard bits <IP_ADDRESS>
Router# conf t
Router(config)# ip access-list standard 8
Router(config-std-nacl)# no 10
Router(config-std-nacl)# 10 permit host <IP_ADDRESS>
Router(config-std-nacl)# 15 permit host <IP_ADDRESS>
Router(config-std-nacl)# end
Router# show access-lists 8
Standard IP access list 8
10 permit <IP_ADDRESS>
15 permit <IP_ADDRESS>
20 deny <IP_ADDRESS>, wildcard bits <IP_ADDRESS>
## VERIFY WHICH ACL IS APPLIED TO AN INTERFACE
Router# show ip interface Fa0/0
FastEthernet0/0 is up, line protocol is up
Internet address is <IP_ADDRESS>/24
[...]
Outgoing access list is 11
Inbound access list is not set
[...]
Router# show ip interface Fa0/1
FastEthernet0/1 is up, line protocol is up
Internet address is <IP_ADDRESS>/24
[...]
Outgoing access list is DMZ
Inbound access list is not set
[...]
## DISPLAY ACL CONTENT
Router# show access-lists
Standard IP access list 8
10 permit <IP_ADDRESS>
20 deny <IP_ADDRESS>, wildcard bits <IP_ADDRESS>
Standard IP access list DMZ
15 deny <IP_ADDRESS>
10 deny <IP_ADDRESS>
20 permit <IP_ADDRESS>, wildcard bits <IP_ADDRESS>
## IT ALSO SHOWS STATISTICS ABOUT TRAFFIC
Router# show access-lists
Standard IP access list 8
10 permit <IP_ADDRESS> (10 match(es))
20 deny <IP_ADDRESS>, wildcard bits <IP_ADDRESS>
Standard IP access list DMZ
15 deny <IP_ADDRESS> (2 match(es))
10 deny <IP_ADDRESS>
20 permit <IP_ADDRESS>, wildcard bits <IP_ADDRESS>
## WE CAN RESET THE STATS FOR EACH ACL
Router# clear access-list counters 8
Router# show access-lists 8
Standard IP access list 8
10 permit <IP_ADDRESS>
20 deny <IP_ADDRESS>, wildcard bits <IP_ADDRESS>
Use the line configuration command access-class [acl_num] {in | out}
Router(config)# line vty 0 15
Router(config-line)# login local
Router(config-line)# transport input ssh
Router(config-line)# access-class 34 in
Router(config-line)# exit
Router(config)# access-list 34 permit <IP_ADDRESS> <IP_ADDRESS>
Router(config)# access-list 34 deny any
# NUMBERED #
Router(config)# access-list acl_number { deny | permit | remark } {protocol} {src} [ src_wildcard ] [operator {operand}] [port {number/name}] {dst} [dst_wildcard] [operator {operand}] [port {num/name}] [established]
# NAMED #
Router(config)# ip access-list extended {name}
Router(config-ext-nacl)# { deny | permit | remark } {protocol} {src} [ src_wildcard ] [operator {operand}] [port {number/name}] {dst} [dst_wildcard] [operator {operand}] [port {num/name}] [established]
Example of an extended (numbered) ACL:
access-list 145 permit tcp <IP_ADDRESS> <IP_ADDRESS> any eq 445
Extended ACL are applied to interfaces in the same way as Standard ACLs. Verification commands are also identical, and so is editing (with a text editor or by sequence number).
The implicit default rule at the bottom of an extended ACL is "ip deny any any".
A common security practice is to allow all traffic from a network but blocking all traffic from the outside. This raises the question: how can we block all incoming traffic but still receiving responses to our requests?
If we simply were to use a deny ip any [this_network] inbound ACL, we would really block every packet.
This can be done by using the established paramater. It will match incoming packets having ACK or RST flags set, which means it’s return traffic belonging to an established TCP conversation.
This configuration allows users from the <IP_ADDRESS>/24 network to browse the Internet:
access-list 145 permit tcp <IP_ADDRESS> <IP_ADDRESS> any eq www
access-list 145 permit tcp <IP_ADDRESS> <IP_ADDRESS> any eq 443
access-list 146 permit tcp any <IP_ADDRESS> <IP_ADDRESS> established
IPv4 ACLs can be standard or extended, and both can be numbered or named. IPv6 ACL are of a single type, similar to IPv4 named extended ACLs.
They're almost identical to IPv4 ACLs, the differences being:
Router(config)# ipv6 access-list [name]
Router(config-ipv6-acl)#
ipv6 traffic-filter
.For IPv6 ACLs, there are two new implicit rules applied:
permit icmp any any nd-na
permit icmp any any nd-ns
These are needed because in IPv6 there is no ARP protocol and instead ICMPv6 Neighbour Discovery (ND) feature is used to resolve L2 addresses.
Unlike ARP, which isn’t embedded in IPv4, ICMPv6 is encapsulated in L3, IPv6 packets.
Since packet filtering works at the network layer, we have to explicitly allow for ICMPv6 Neighbour Advertisement (ND-NA) and Neighbour Solicitation (ND-NS) Traffic.
Router#conf t
Router(config)#ipv6 access-list myfirewall
Router(config-ipv6-acl)#permit 3ffe:200::/32 any
Router(config-ipv6-acl)#permit 3ffe:100::/32 any
Router(config-ipv6-acl)#end
Router# show access-lists myfirewall
IPv6 access list myfirewall
permit ipv6 3FFE:200::/32 any sequence 10
permit ipv6 3FFE:201::/32 any sequence 20
Router#conf t
Router(config)#int te 1/1
Router(config-if)#ipv6 traffic-filter myfirewall in
Router#conf t
Router(config)#line vty 1
Router(config-line)#ipv6 access-class myfirewall in


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neil@postgrescompare.com


1. | What is the minimal number of jar files required in a ServingXML distribution? |
| ServingXML versions 0.8.x, which minimally require Java 5, need servingxml.jar
and a conforming XSLT implementation (the versions of Xalan currently shipping with Java 5.x and 6.x will not work,
because of bugs in these versions.) Earlier ServingXML versions, which minimally require Java 1.4, need additional jar files, including
concurrent.jar , xml-apis.jar , and xercesImpl.jar .
Extensions such as Fop need more jar files.
|
2. | Using ServingXML within a Spring framework, how do I pass a Spring ApplicationContext
object down to a custom record filter? |
| Pass it through the parameters. In the application code, add it to the parameters before
executing a service.
ApplicationContext appContext ...
ParameterBuilder paramBuilder = new ParameterBuilder();
Name contextName = new QualifiedName("appContext");
paramBuilder.setObject(contextName, appContext);
Record parameters = paramBuilder.toRecord();
Flow flow = new FlowImpl(parameters, defaultStreamSource, defaultStreamSink);
service.execute(context, flow);
In the custom record filter, access the ApplicationContext object from the parameters.
public class MyRecordFilter extends AbstractRecordFilter
implements RecordFilter {
private static final Name contextName = new QualifiedName("appContext");
private ApplicationContext appContext;
public void startRecordStream(ServiceContext context, Flow flow) {
super.startRecordStream(context, flow);
this.appContext = (ApplicationContext)parameters.getObject(contextName);
}
|
3. | When creating the Flow , what can I use as a
default (empty) StreamSource ?
|
| StreamSource.NULL |
4. | Is it possible to pass the input file as a
String? |
| Yes, by passing a StringStreamSource when creating a Flow,
import com.servingxml.io.streamsource.StreamSource;
import com.servingxml.io.streamsource.StringStreamSource;
..
StreamSource streamSource = new StringStreamSource(str);
Flow flow = new FlowImpl(parameters, streamSource, streamSink);
|
5. | Is it possible to pass the resource file as an
InputStream? |
| Yes, using the createIocContainer method that takes
an InputStream,
IocContainerFactory iocContainerFactory = new IocContainerFactory();
iocContainerFactory.loadComponentDefinitions();
InputStream is;
//Initialize input stream
IocContainer resources =
iocContainerFactory.createIocContainer(is, parameters);
|
6. | Is it possible to pass the resource file as a
String? |
| Yes, using the createIocContainer method that takes
a Reader,
import java.io.Reader;
import java.io.StringReader;
IocContainerFactory iocContainerFactory = new IocContainerFactory();
iocContainerFactory.loadComponentDefinitions();
Reader reader = new StringReader(str);
IocContainer resources =
iocContainerFactory.createIocContainer(reader, parameters);
|
7. | How do I get the ouput XML as a string? |
| Use a StringStreamSink ,
import com.servingxml.io.streamsink.StringStreamSink;
...
StreamSink streamSink = new StringStreamSink();
Flow flow = new FlowImpl(parameters, streamSource, streamSink);
...
String s = streamSink.toString();
|